Circuit_macros9.5/0000755060175006010010000000000013774371763013212 5ustar DwightNoneCircuit_macros9.5/boxdims.sty0000644060175006010010000000224113774371757015422 0ustar DwightNone% % boxdims.sty, for use with Circuit_macros. Last modified 30 Apr 2004. % % \boxdims{arg1}{arg2} expands to arg2, but writes into file \jobname.dim % the m4 definitions for macros arg1_h, arg1_w, arg1_d, the height, width % and depth of \hbox{arg2}. % % \defboxdim{arg1}{arg2} writes the definitions but expands to nothing. % % \boxdimfile{filename} sets the output file to filename, default \jobname.dim % \ProvidesPackage{boxdims} [2004/04/30 v2.0 Macros: boxdimfile, boxdims, defboxdim (DA)] \newwrite\@dimensionfile \newif\if@dimfile \newbox\dimbox \def\boxdimfile#1{\immediate\openout\@dimensionfile=#1\global\@dimfiletrue% \typeout{ boxdims.sty v2.0: Writing dimension file #1 }}% \def\boxdims#1#2{\defboxdim{#1}{#2}#2} \def\defboxdim#1#2{\if@dimfile\else% \immediate\openout\@dimensionfile=\jobname.dim\global\@dimfiletrue% \typeout{ boxdims.sty v2.0: Writing dimension file \jobname.dim }\fi% \setbox\dimbox=\hbox{#2}% \begingroup\@sanitize\edef\@tempa{\write\@dimensionfile{% \@defboxdim{#1}}}\expandafter\endgroup\@tempa} \def\@defboxdim#1{% define(`#1_w',\the\wd\dimbox__)% define(`#1_h',\the\ht\dimbox__)% define(`#1_d',\the\dp\dimbox__)dnl} Circuit_macros9.5/CHANGES0000644060175006010010000003037513774371757014220 0ustar DwightNoneCHANGES Version 9.5: Distribution cleaned and a non utf-8 character removed. Version 9.4: Changes to examples and additional SVG examples. New macros RightAngle, PerpTo, langle, ArcAngle, DCsymbol. Rewritten arrester macro. Tweaked Equidist3, ground, antenna, NeedDpicTools. Modified List of Macros. Version 9.3: New macro ACsymbol, Proxim, Magn, options for mosfet, ground, microphone, consource. Bugfix for the source macro. Tweaked examples, macro svg_font. Added a short discussion of integrated circuits and connectors. Removed compression of the manual to restore broken internal links. Version 9.2: New options for macros contact, dswitch, FlipFlop, FlipFlopX. New macros pvcell, contacts, relaycoil. Modified cbreaker and relay. New file Licence.txt. Change from siunits to siunitx.sty. Version 9.1: Corrected two examples; added others including vacuum tubes. Tweaked dashline. Removed an extraneous log file and extraneous code from libgen.m4. New pic macros for operations on complex numbers. New macros Rot_, Vcoords. Version 9.0: Tweaked svg_sub, svg_sup, lamp. New macros cm__, px__. New option for source. Obsolete Autologic and stackpromote_ removed. Version 8.9: Tweaked lswitch, contact, rotbox, parallel_, darrow. Uniform open-arrowhead option for diode, thyristor. New macros reed, lamp. Version 8.8: Tweaks for source macro. Change to svg.m4 for compatibility with dpic Version 2018.05.15 or later. Macros for embedding pic diagrams into Tikz pictures. Changed the name of the manual from CMman.pdf to Circuit_macros.pdf. Option for dswitch. Version 8.7: Fixes for more robust nested macros and SVG color. Options for the source macro. Version 8.6: Options for switch, lswitch. Simplified Quick Start section of the manual. Added WARNING to m4 output for default configuration file gpic.m4. Macro pconnex tweaked for tikz. Version 8.5: SVG macro tweaks for generality. Options for Mux, Demux, hatchbox. Fixed arcr, vperp, fitcurve, setdir_ rs_box. New macros LEintersect, LEtangent, sqrta, arcdimension_. Version 8.4: Tweaked Autologix inputs. Options for NOT_gate, LH_symbol, arcr, arcd. New macros tbox, thermocouple. Fixed a problem setting defaults using the top-level Makefile on some systems. Version 8.3: A simpler CTAN distribution and several examples reworked for use with multiple postprocessors. New macros NeedDpicTools, iflatex, latexcommand, ifpsfrag, hlth, Mitre_. Tweaked potentiometer, pconnex, corner, svg text. Option for mosfet. Version 8.2: Tweaks to round, bi_tr, bi_trans, Darlington, along_. New Along_, lin_ang, mitre_. Version 8.1: Additions to dpictools.pic. New macros parallel_, rgbstring, series_, stackdo_, Vsprod, sbs, scs, sus. Options for diode. Thyristor options and minor changes of functionality. Bugfix in winding macro. Version 8.0: New options for capacitor, cbreaker, diode, inductor, lswitch, Mux, resistor, rotbox, transformer. New macros addtaps, binary_, Demux, Header, HeaderPin, hex_digit, hexadecimal_, Pr_xy, Pr_xz, Pr_yz, SQUID, KelvinR, FTcap, tconn, and tapped. Tweaked setrgb for svg output. Generalized setview in lib3D. Version 7.9: Added accessibility features to the documentation. Replaced Autologic with Autologix to allow multiple outputs and simplified expressions. New macros savem4dir, restorem4dir. Options for vperp and Vperp. Bug fix in source macro. Tweaked stacksplit_. Removed a name clash between libcct and liblog. Version 7.8: Logic gate options for arbitrary negated inputs; lg_pin options. New macro FlipFlopX for simplicity and generality; new macros Cintersect, LCintersect, LCtangent, stacksplit_; modified Loopover_. Version 7.7: SVG macro tweaks. Tweaked BOX_gate and bugfix in IOdefs in liblog.m4. Version 7.6: New macro NPDT; new option for contact and relay; Autologic tweaks. Changed the Point_ simplification to require specific activation because of rare interaction with dpic loops. Version 7.5: Usage has been simplified by making the initialization macros cct_init, gen_init, log_init, darrow_init, and threeD_init read the appropriate libraries automatically. New macros: jack, plug, tstrip, ccoax, pconnex, basename_, Autologic and associated wrappers for automatic Boolean functions, stack macros stackexec_, stackcopy_, stackprint_, stackreverse_. Simplified setting of drawing direction in composite macros. Bugfix in calls to BUFFER_gen. Tweaked Point_ for simpler output for common arguments. Reordered the arguments of round for consistency. Version 7.4: New macro lthick. Simplified shadebox. The ifroff macro renamed to iftpic. New configuration file m4defaults.m4. Reworked darrow library for consistency with solid lines and arrows; new macro darc and wrappers Darc, Darrow, Dline; old version included in olddarrow.m4 to ease transition. Macros and examples fixed and made more robust for gpic (where possible). Version 7.3: Options for sinusoid. Bug fix for switch(,,D). Heater macro. Modified Loopover_ Version 7.2: Tweaked crossover macro. Size options for inductor, resistor, capacitor; dlabel alignment options; new options for source, capacitor. Version 7.1: Eliminated the HOMELIB_ macro for easier package installation and use (requires m4 -I or the M4PATH environment variable). Version 7.0: New options and wrapper macro scr for thyristor. Generalized ifinstr. Macros corner, round, resized. Options for mosfet. Tweaked b_current and color macros. Simplified \psbezier workaround assuming recent PSTricks. Version 6.9: New workaround for \psbezier. Fixed round_. Default postprocessor reset to gpic. Style parameters for em_arrows. Tweaks to winding, dimension_, fitcurve, distance. New macro rot_. Version 6.8: New configuration file svg.m4 and other changes to support dpic svg output. Inkscape-aware changes. Opamp option. New macros ptrans and tgate. Tweaks to switch macros, color, variable, centerline, intersect_, inductor(,W), inductor(,L). Version 6.7: Fixed source(,S) and ttmotor to work correctly with labels. Simplified several 2-terminal macros by using the reversed macro. Version 6.6: New macros memristor, centerline. Revised PSTricks patch. Options in mosfet, capacitor. Opamp .C defined. Tweaks to avoid potential name conflicts. Fix for dashline. Version 6.5: New macros Loopover_, m4xpand, showbox_, gyrator, norator, nullator, nterm, rotellipse, rotbox. Logic gate examples. Customization arguments for non-2-terminal elements. Signal flow-graph macros tuned to allow large nodes; bug fix in sfgarc. A patch for PSTricks to work around the context dependency of \psbezier within \pscustom. Version 6.4: New macros Equidist3, f_box, rs_box, Darlington, View3D. Options for diode, inductor, transformer, consource. Moved arrowhead initialization in pstricks.m4 and libcct.m4 for for more flexibility with diagrams embedded in latex files. Version 6.3: New options for mosfet, diode, earphone. Better color support. Fixed system-dependent OR_gate problems. New macro cintersect. Version 6.2: Replaced scr with a variant of thyristor. Bug fix in bi_trans. Options for source. Version 6.1: New macros ttmotor, thyristor. Options for source, bi_trans, transformer. More robust arcd, arcr. Version 6.0: TikZ PGF compatibility. Added transformer labels, optional FlipFlop labels. New macros dswitch, winding. Tweaked nport, source, bi_trans, AND_gen, OR_gen, sinusoid, resistor. Version 5.9: Simplified internal flags for pic processor and postprocessor. New antenna, cbreaker, dturn, and lbox macros. Several changes to allow sprintf string arguments. New options for buzzer, capacitor, dimension_, ebox, fuse, mosfet, source, and switch. Fix of drjust. Better compatibility with pic macros. Numerous changes to documentation. Version 5.8: Simplified installation. Revised and augmented logic-gate library. Cleaner libgen macro output. Improved b_current, bi_trans, ground, dtee. Dline and darrow corrected for gpic. New macros dashline, m4xtract. Version 5.7: Psfrag examples. Improved dline. Added option and label in igbt. Bug fix in tr_xy. Multiple-emitter option in bi_trans. Version 5.6: Better MetaPost, PDFLaTeX, and xfig support. PDF examples. Reworked diode for easier customization and more options. Improved shade, sfgline, dline, darrow, gap, point_, Point_, opamp, bi_trans, variable, em_arrows, larrow, rarrow, FlipFlop6. New speaker, bell, microphone, buzzer. Negated logic gate inputs and IEEE box logic gates. Version 5.5: New macros potentiometer, variable, igbt, tline. Optional negated logic gate inputs. Options for diode, source. Version 5.4: New Mux, for_, arca. Reworked gate macros FlipFlop, AND_gate, OR_gate, NOT_gate. Improved lg_pintxt, boxdim, s_box, s_ht, s_wd, s_dp, nport, resistor, opamp. Completely reworked bi_tr, mosfet; deleted smosfet. Minor additions and changes to the manual. Version 5.3: New macros arcr, arcd, beginshade, endshade, larrow, rarrow, s_sp, s_ht, s_wd, Max, Min, sfgself. Improved ground, sfgnode, diode, resistor. Version 5.2: New macros arrowline, nport, vlength, boxcoord, reversed. Improved s_box, sfg_init, cross, fitcurve, sinusoid, transformer, darrow, mosfet, psset_, battery, diode, capacitor. Version 5.1: Signal-flow graph (directed graph) macros. More consistent rot3Dz. Work-around for a bug in some pic processors invoked by the battery macro and for an arc instability invoked by the fuse macro. Modified ground, dimension_, par_, label macros, b_current, diode, transformer. New macros gpar_, ujt, scr, contact, relay. Document fixes and additions. Changes to examples for portability. Version 5.0: Macros fuse, lpop, sinc; dpic-only sinusoid and fitcurve macros. More robust mosfet, smosfet, b_current, bi_tr, j_fet, intersect_. Editorial changes to the manual. Examples in Xfig version 3.2 format. Web-based examples and updated links. Version 4.9: More robust NOT_gate. Function pmod(), macro shade(). Tweaks to diode, dend, crossover. Newer manual and web references. Binary tree and flowchart macros. Version 4.8: More robust ebox, source, shadebox, gap. Modified d_fet and e_fet. Macros mosfet and smosfet. More examples in the manual. Bug fixes in Fector, transformer, BUFFER_gate and in sum_, abs_, neg_, sign_ (!). Version 4.7: Fixed the excess-space bug in boxdims.sty. Added Macros s_box, s_init, scale changes to make the package more metric-friendly. Reworked amp, integrator, opamp, diode, battery and a few other macros for robustness and clarity. Minor document changes. Version 4.6: Percent-signs at the end of pstricks-generated lines. Index in the manual. New copyright notices. Version 4.5: Options for several 2-terminal macros. Minor bug fixes and better robustness. Documents edited for friendlier PC installation and use. Version 4.3: Macros pt__ and boxdim. Additions to the manual. More robust dimension_, tuned FlipFlop for xfig. PC installation information. Version 4.2: Friendlier manual. New Xfig prototype file to allow correct scaling. Cleaned up b_current, added line_leng. Changes and additions to logic gates. Version 4.1: Xfig prototype file included. Minor document changes. Fixed recursive call bug and blank line bug. Changed argument for dend macro. Better arrowheads in circuit elements. Version 4: Simplified library use. Added capabilities and flexibility to several devices, added _init macros, modified b_current. Updated font.m4, cosmetic changes to inductor. Made gamp, amp, opamp, integrator more robust. Deleted edel_ macro. Fixed elen_ bug in darrow.m4. Removed Capacitor, Inductor and others in favour of parameterized macros. Iron-core inductors. Re-worked use of arcs in basic elements for better robustness. Edited examples document and the manual. Version 3: Document changes, minor changes to dimension_, switch, ground, battery. Added flexibility for several elements. New diodes, Capacitor, transistors, hop, transformer. Experimental Metafont version of basic elements. Version 2.2: Replaced definitions of two-terminal elements with current arrow by an arrow-labelling macro. Version 2.1: one or two examples simplified, and logic gates added. Version 2: considerable added flexibility and robustness, bug fixes, a few new constructs, a manual, and a complex logic-gate example. Circuit_macros9.5/Copying0000644060175006010010000000071613774371757014554 0ustar DwightNone* Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * Circuit_macros9.5/darrow.m40000644060175006010010000003371713774371757014770 0ustar DwightNonedivert(-1) darrow.m4 Macros for double lines and arrows * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * `Notes: these macros have been reworked (Jan 2013) so that dlthick is the total outside width, consistent with solid lines and arrows, and to add the !- and -! half-linethick line caps to simplify butting to boxes. Some of these macros have uncomfortably many arguments for specifying options, so wrappers beginning with upper-case letters (Dline, Darrow, Darc) are provided and implement key=val;key=val... option specifications. ' ============================================================================= define(`darrow_') ifdef(`libgen_',,`include(libgen.m4)divert(-1)') Default width (thickness) of double lines define(`dlthick',`(0.08*scale+lthick)') #efine(`dlinewid',`dlthick') Obsolete, keep for a while for compatibility. `ELement fill color (default white) e.g. define(`dfillcolor',`1,0.84,0') Obsolete: command "\definecolor{gold}{rgb}{1,0.84,0}" define(`dfillcolor',gold)' define(`dfillcolor',`1,1,1') define(`dfillgrey',1) `fill shade for gpic' define(`darcrad',`dlthick*2') `default darc radius' `Default length:' ifdef(`elen_',,`define(`elen_',linewid*3/2)') ============================================================================= `deleminit_(linespec,len,dlinethick) dline initialization' define(`deleminit_',`define(`m4dlthk',ifelse(`$3',,dlthick,`$3'))dnl rpoint_(ifelse(`$1',,`to rvec_(ifelse(`$2',,linewid,`$2'),0)',`$1')) ') `above, below, ljust, rjust but displaced by dlthick/2 eg "string" dabove(at position)' define(`dabove',`above ifelse(`$1',,`at Here',`$1')+(0,dlthick/2)') define(`dbelow',`below ifelse(`$1',,`at Here',`$1')-(0,dlthick/2)') define(`dljust',`ljust ifelse(`$1',,`at Here',`$1')+(dlthick/2,0)') define(`drjust',`rjust ifelse(`$1',,`at Here',`$1')-(dlthick/2,0)') `dline(linespec,start truncation,end truncation,dlthick, ends ) ends= blank, x-x, -x, x-, where x means ! or |' define(`dline',`deleminit_(`$1',,`$4') M4DL: line from last line.start to last line.end \ chop ifelse(`$2',,0,m4dlthk/2) chop ifelse(`$3',,0,m4dlthk/2) ifelse(rgbstring(1,1,1),"",, `{line thick m4dlthk/(1bp__) from M4DL.start to M4DL.end } {line thick m4dlthk/(1bp__)-2*linethick outlined rgbstring(dfillcolor) \ from M4DL.start \ ifinstr(`$5',|-,`+vec_(lthick,0)',`$5',!-,`+vec_(lthick/2,0)') \ to M4DL.end \ ifinstr(`$5',-|,`-vec_(lthick,0)',`$5',-!,`-vec_(lthick/2,0)') }') ifgpic(`M4dV: vec_(0,m4dlthk/2-lthick/2); shade(dfillgrey, {line from M4DL.start+(M4dV.x,M4dV.y) to M4DL.end+(M4dV.x,M4dV.y)} {line from M4DL.start-(M4dV.x,M4dV.y) to M4DL.end-(M4dV.x,M4dV.y)})') line invis from M4DL.start to M4DL.end') `Dline(linespec,params) params is a semicolon-separated list of items: S truncate at start by dline thickness/2 E truncate at end by dline thickness/2 thick=val (total thicknes, ie width) ends= x-x or -x or x- where x is ! or | |- closed end with full-width line !- closed end with half-width line eg Dline(from A to B,E;ends=|-)' define(`Dline', `setkey_(`$2',thick,dlthick) setkey_(`$2',ends)pushdef(`m4ends',substr(m4ends,1,eval(len(m4ends)-2))) dline(`$1',ifinstr(`$2',S,t),ifinstr(`$2',E,t),m4thick,m4ends) popdef(`m4ends')popdef(`m4ends')popdef(`m4thick') ') `dleft(at position,dlthick) Turn left, leaving current location at exit of corner' define(`dleft',`deleminit_(,ifelse(`$2',,dlthick,`$2'),`$2') ifelse(`$1',,,`move to substr(`$1',eval(index(`$1',t)+1))-vec_(m4dlthk/2,0)') { line thick m4dlthk/(1bp__) to rvec_(m4dlthk,0) } ifelse(rgbstring(1,1,1),"",, `line thick m4dlthk/(1bp__)-2*linethick outlined rgbstring(dfillcolor) \ to rvec_(m4dlthk/2,0) then to rvec_(m4dlthk/2,m4dlthk/2)') ifgpic(`{line from rvec_(0,m4dlthk/2-lthick/2) to rvec_(0,m4dlthk/2-lthick/2)} {line from rvec_(m4dlthk-lthick/2,m4dlthk/2) \ to rvec_(m4dlthk-lthick/2,-m4dlthk/2+lthick/2) then \ to rvec_(0,-m4dlthk/2+lthick/2)} move to rvec_(m4dlthk/2,m4dlthk/2)') rp_ang = rp_ang+pi__/2') `dright(at position,dlthick) Turn right, leaving current location at exit of corner' define(`dright',`deleminit_(,ifelse(`$2',,dlthick,`$2'),`$2') ifelse(`$1',,,`move to substr(`$1',eval(index(`$1',t)+1))-vec_(m4dlthk/2,0)') { line thick m4dlthk/(1bp__) to rvec_(m4dlthk,0) } ifelse(rgbstring(1,1,1),"",, `line thick m4dlthk/(1bp__)-2*linethick outlined rgbstring(dfillcolor) \ to rvec_(m4dlthk/2,0) then to rvec_(m4dlthk/2,-m4dlthk/2)') ifgpic(`{line from rvec_(0,-m4dlthk/2+lthick/2) \ to rvec_(0,-m4dlthk/2+lthick/2)} {line from rvec_(m4dlthk-lthick/2,-m4dlthk/2) \ to rvec_(m4dlthk-lthick/2,m4dlthk/2-lthick/2) then \ to rvec_(0,m4dlthk/2-lthick/2)} move to rvec_(m4dlthk/2,-m4dlthk/2)') rp_ang = rp_ang-pi__/2') `dturn(arg,dlthick) Turn arg relative degrees ccw' define(`dturn',`deleminit_(,ifelse(`$2',,dlthick,`$2'),`$2') [S: Here deg = ifelse(`$1',,0,`$1') c = cosd(deg); s = sind(deg); sgn = sign(deg); r = (dlthick-lthick)/2 A: S+vec_(lthick/2*abs(s),sgn*r) B: A+vec_(vscal_(lthick/2*abs(s),c,s)) C: S+vec_(0, sgn*r) if deg==0 then {t = 0} else { t = (1-c)/s } # t = tan(deg/2) D: A+vec_(vscal_(r*2,sgn*t,-sgn)) E: B+vec_(vscal_(r*2,sgn*s,-sgn*c)) F: S+vec_(0,-sgn*r) T: 0.5 between A and D X: 0.5 between B and E ifelse(rgbstring(1,1,1),"",, `line thick r*2/(1bp__) outlined rgbstring(dfillcolor) \ from S to T then to X') ifgpic(`m4tmpth = linethick; linethick=0 shade(dfillgrey,`line from C to A then to B; line from E to D then to F') linethick = m4tmpth') line from C to A then to B line from E to D then to F #{"A" at A;"B" at B;"C" at C;"D" at D;"E" at E; "F" at F;"T" at T;"X" at X} `$3'] with .S at Here move to last [].X ifelse(`$1',,,`Point_(`$1'+rp_ang*rtod_)') ') `darrow(linespec, start truncation, end truncation, dlthick, arrow wid, arrow ht, terminals) terminals is blank or x-, ->, x->, <-, <-x, <-> where x is ! for closed end with half-width line or | for closed end with full-width line' define(`darrow',`deleminit_(`$1',,`$4') ifelse(ifinstr(`$7',<->,,`$7',<-,T),T, `define(`m4dx',`ifinstr(`$7',|,|,`$7',!,!)'->)dnl M4DA: line invis from last line.end to last line.start \ chop ifelse(`$3',,0,m4dlthk/2) chop ifelse(`$2',,0,m4dlthk/2) rp_ang = rp_ang+pi__', `define(`m4dx',`$7')dnl M4DA: line invis from last line.start to last line.end \ chop ifelse(`$2',,0,m4dlthk/2) chop ifelse(`$3',,0,m4dlthk/2)') [ C: M4DA.c; S: M4DA.start; E: M4DA.end w = ifelse(`$5',,m4dlthk*3/2,`$5') h = ifelse(`$6',,m4dlthk,`$6') d = sqrt((w/2)^2+h^2) p = d/w*lthick V: vec_(0,m4dlthk/2-lthick/2) T: vec_(h-lthick/2,0) P: vec_(p,0) Vt: vec_(0,w/2/h * (h-lthick/2-p)) W: vec_(lthick/2,0) X: ifinstr(`$7',<->,C,m4dx,!,S,m4dx,|,S+(W.x,W.y),S) ifgpic(`shade(dfillgrey,') line dnl ifelse(rgbstring(1,1,1),"",,`shaded rgbstring(dfillcolor)') from dnl ifinstr(m4dx,|,`X to X+(V.x,V.y) then',`X+(V.x,V.y)') to \ E-(T.x,T.y)+(V.x,V.y) then to E-(T.x,T.y)+(Vt.x,Vt.y) \ then to E-(P.x,P.y) \ then to E-(T.x,T.y)-(Vt.x,Vt.y) then to E-(T.x,T.y)-(V.x,V.y) \ then to dnl ifinstr(m4dx,<-, `S+(T.x,T.y)-(V.x,V.y) then to S+(T.x,T.y)-(Vt.x,Vt.y) \ then to S+(P.x,P.y) \ then to S+(T.x,T.y)+(Vt.x,Vt.y) then to S+(T.x,T.y)+(V.x,V.y) \ then to X+(V.x,V.y)', m4dx,|, `X-(V.x,V.y) then to X', m4dx,!, `S-(V.x,V.y); line thick linethick/2 from S+(W.x/2,W.y/2)-(V.x,V.y) \ to S+(W.x/2,W.y/2)+(V.x,V.y) line from S+(V.x,V.y) to X+(V.x,V.y)', `X-(V.x,V.y)') ifgpic(`)') ] with .C at M4DA.c ifelse(ifinstr(`$7',<->,,`$7',<-,T),T, `rp_ang = rp_ang-pi__ arrow invis from M4DA.end to M4DA.start', `arrow invis from M4DA.start to M4DA.end') ') `Darrow(linespec,params) params is a semicolon-separated list of items: S truncate at start by dline thickness/2 E truncate at end by dline thickness/2 thick=val (total thicknes, ie width) wid=val (arrowhead width) ht=val (arrowhead height) ends= -> or x-> or <- or <-x or <-> where x is | or ! |- closed end with full-width line !- closed end with half-width line eg Darrow(from A to B,E;ends=<-|)' define(`Darrow', `setkey_(`$2',thick,dlthick) setkey_(`$2',wid,dlthick*3/2) setkey_(`$2',ht,dlthick) setkey_(`$2',ends)pushdef(`m4ends',substr(m4ends,1,eval(len(m4ends)-2))) darrow(`$1',ifinstr(`$2',S,t),ifinstr(`$2',E,t),m4thick,m4wid,m4ht,m4ends) popdef(`m4ends')popdef(`m4ends')popdef(`m4ht')popdef(`m4wid')popdef(`m4thick')') `dtee([L|R],dlthick) Construct tee with tail right, left, or back along current direction, leaving current location at tee centre; eg dline(right_,,t); dtee(R); { darrow(down_,t) }; darrow(right_,t)' define(`dtee',`deleminit_(,ifelse(`$2',,dlthick,`$2'),`$2') move to last line.c ifelse(`$1',L,`rp_ang = rp_ang-pi_/2',`$1',R,`rp_ang = rp_ang+pi_/2') ifelse(rgbstring(1,1,1),"",, `{line thick dlthick/(1bp__) from rvec_(-m4dlthk/2,0) to rvec_(m4dlthk/2,0)} {line thick dlthick/(1bp__)-2*linethick outlined rgbstring(dfillcolor) \ to rvec_(-m4dlthk/2,0) } {line thick dlthick/(1bp__)-2*linethick outlined rgbstring(dfillcolor) \ from rvec_(0,-m4dlthk/2) to rvec_(0,m4dlthk/2) } ') ifgpic(`m4tmpth = linethick; linethick=0; shade(dfillgrey, {line from rvec_(-m4dlthk/2, m4dlthk/2) to rvec_( m4dlthk/2, m4dlthk/2)} {line from rvec_( m4dlthk/2,-m4dlthk/2) to rvec_(-m4dlthk/2,-m4dlthk/2)}) linethick = m4tmpth') ') Close off line end: `dend([at position])' define(`dend',`deleminit_(,lthick) ifelse(`$1',,,`move to substr(`$1',eval(index(`$1',at)+2))') {line from rvec_(0,-dlthick/2) to rvec_(0,dlthick/2)} move to rvec_(lthick/2,0) ') `darc(center pos, radius, start radians, end radians, dlthick, arrow wid, arrow ht, symbols ) draw CCW arc symbols= x-, -x, x-x, ->, x->, <-, <-x, <-> where x is | or ! ; arrowheads for dpic only ' define(`darc',`[ C: (0,0) dlth=ifelse(`$5',,dlthick,`$5') w = ifelse(`$6',,dlth*1.75,(`$6')) h = ifelse(`$7',,dlth,(`$7')) r = ifelse(`$2',,darcrad,`($2)') p = sqrt((w/2)^2+h^2)/(w/2)*lthick as = ifelse(`$3',,rp_ang-pi__/2,`$3') tas = as ifinstr(`$8',<-,`+ p/r') ae = ifelse(`$4',,as+pi__/2,`$4') tae = ae ifinstr(`$8',<-,`- p/r') S: (rect_(r,as)); TS: (rect_(r,tas)) E: (rect_(r,ae)); TE: (rect_(r,tae)) arc thick dlth/(1bp__) wid w ht h dnl ifinstr(`$8',<-,<-`'ifinstr(`$8',->,>),`$8',->,->) from S to E with .c at C ifelse(rgbstring(1,1,1),"",, `arc thick dlth/(1bp__)-linethick*2 wid (h-p-lthick)/h*w ht h-p-lthick \ colored rgbstring(dfillcolor) \ ifinstr(`$8',<-,<-`'ifinstr(`$8',->,>),`$8',->,->) \ from TS to TE rad r with .c at C') ifinstr(`$8',|-,`X: (vscal_(lthick/2,-sin(as),cos(as))) line from C+(rect_(r+dlthick/2-lthick/2,as))+(X.x,X.y) to \ C+(rect_(r-dlthick/2+lthick/2,as))+(X.x,X.y)', `$8',!-,`X: (vscal_(lthick/4,-sin(as),cos(as))) line thick linethick/2 \ from C+(rect_(r+dlthick/2-lthick/4,as))+(X.x,X.y) to \ C+(rect_(r-dlthick/2+lthick/4,as))+(X.x,X.y)') ifinstr(`$8',-|,`X: (vscal_(lthick/2,-sin(ae),cos(ae))) line from C+(rect_(r+dlthick/2-lthick/2,ae))-(X.x,X.y) to \ C+(rect_(r-dlthick/2+lthick/2,ae))-(X.x,X.y)', `$8',!-,`X: (vscal_(lthick/4,-sin(ae),cos(ae))) line thick linethick/2 \ from C+(rect_(r+dlthick/2-lthick/4,ae))-(X.x,X.y) to \ C+(rect_(r-dlthick/2+lthick/4,ae))-(X.x,X.y)') rp_ang := ae+pi__/2 ] with ifelse(`$1',,.S at Here,.C at `$1') move to last [].E ') `Darc(center pos, radius, start radians, end radians, params) draw CCW arc params is a semicolon-separated list of items: thick=val (total thicknes, ie width) wid=val (arrowhead width) ht=val (arrowhead height) ends= x-, -x, x-x, ->, x->, <-, <-x, <-> where x is ! or | < and > work for dpic only |- closed end with full-width line !- closed end with half-width line eg Darc(C,r,ang1,ang2,ends=<-|)' define(`Darc', `setkey_(`$5',thick,dlthick) setkey_(`$5',wid,dlthick*1.75) setkey_(`$5',ht,dlthick) setkey_(`$5',ends)pushdef(`m4ends',substr(m4ends,1,eval(len(m4ends)-2))) darc(`$1',`$2',`$3',`$4',m4thick,m4wid,m4ht,m4ends) popdef(`m4ends')popdef(`m4ends')popdef(`m4ht')popdef(`m4wid')popdef(`m4thick')') divert(0)dnl Circuit_macros9.5/doc/0000755060175006010010000000000013774371757013762 5ustar DwightNoneCircuit_macros9.5/doc/ACsymbol.m40000644060175006010010000000003213774371757015730 0ustar DwightNone.PS cct_init ACsymbol .PE Circuit_macros9.5/doc/AmpTable.tex0000644060175006010010000000362413774371757016176 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0,0) --(0.125,0)\dpicstop \dpicdraw (0.625,0) --(0.125,0.25) --(0.125,-0.25) --(0.625,0) --(0.75,0)\dpicstop \draw (0.777674,0) node[right=-2bp]{{\tt amp}}; \dpicdraw (0,-0.4) --(0.225,-0.4)\dpicstop \dpicdraw (0.525,-0.4) --(0.225,-0.25) --(0.225,-0.55) --(0.525,-0.4) --(0.75,-0.4)\dpicstop \draw (0.777674,-0.4) node[right=-2bp]{{\tt amp(,0.3)}}; \dpicdraw (2,0) --(2.229167,0)\dpicstop \dpicdraw (2.345833,-0.175) --(2.229167,-0.175) --(2.229167,0.175) --(2.345833,0.175)\dpicstop \dpicdraw (2.345833,0.175) ..controls (2.442483,0.175) and (2.520833,0.09665) ..(2.520833,0) ..controls (2.520833,-0.09665) and (2.442483,-0.175) ..(2.345833,-0.175)\dpicstop \dpicdraw (2.520833,0) --(2.75,0)\dpicstop \draw (2.777674,0) node[right=-2bp]{{\tt delay}}; \dpicdraw (2,-0.4) --(2.291667,-0.4)\dpicstop \dpicdraw (2.358333,-0.5) --(2.291667,-0.5) --(2.291667,-0.3) --(2.358333,-0.3)\dpicstop \dpicdraw (2.358333,-0.3) ..controls (2.413562,-0.3) and (2.458333,-0.344772) ..(2.458333,-0.4) ..controls (2.458333,-0.455228) and (2.413562,-0.5) ..(2.358333,-0.5)\dpicstop \dpicdraw (2.458333,-0.4) --(2.75,-0.4)\dpicstop \draw (2.777674,-0.4) node[right=-2bp]{{\tt delay(,0.2)}}; \dpicdraw (4.125,0.25) --(4,0.25) --(4,-0.25) --(4.125,-0.25)\dpicstop \dpicdraw (4.625,0) --(4.125,0.25) --(4.125,-0.25) --(4.625,0) --(4.75,0)\dpicstop \draw (4.777674,0) node[right=-2bp]{{\tt integrator}}; \dpicdraw (4.075,-0.35) --(4,-0.35) --(4,-0.65) --(4.075,-0.65)\dpicstop \dpicdraw (4.375,-0.5) --(4.075,-0.35) --(4.075,-0.65) --(4.375,-0.5) --(4.75,-0.5)\dpicstop \draw (4.777674,-0.5) node[right=-2bp]{{\tt integrator(,0.3)}}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/AmpTableMan.m40000644060175006010010000000075613774371757016355 0ustar DwightNone.PS # `Amptable.m4' cct_init movewid = 2pt__ { {amp ; move ; "{\tt `amp'}" ljust} move down 0.4; right_ {amp(,0.3) ; move ; "{\tt `amp'(,0.3)}" ljust} } move right_ 2.0 { {delay ; move ; "{\tt `delay'}" ljust} move down 0.4; right_ {delay(,0.2) ; move ; "{\tt `delay'(,0.2)}" ljust} } move right_ 2.0 { {integrator ; move ; "{\tt `integrator'}" ljust} move down 0.5; right_ {integrator(,0.3) ; move ; "{\tt `integrator'(,0.3)}" wid 82pt__ ljust} } .PE Circuit_macros9.5/doc/AntennasMan.m40000644060175006010010000000231613774371757016431 0ustar DwightNone.PS # `Antennas.m4' cct_init s_init(Antennas) sinclude(Circuit_macros.dim) define(`elen_',elen_*0.9) B: Here A: antenna s_box(T) below at A.T s_box(`\tt an`'tenna') at A.n above A: antenna(at A.T+(elen_,0),T) s_box(T) below at A.T s_box(`\tt (,T)') at A.n above A: antenna(at A.T+(elen_,0),,L) s_box(T1) below rjust at A.T1 s_box(T2) below ljust at A.T2 s_box(`\tt (,{,}L)') at A.n above A: antenna(at A.T+(elen_,0),T,L) s_box(T1) below rjust at A.T1 s_box(T2) below ljust at A.T2 s_box(`\tt (,T,L)') at A.n above A: antenna(at A.T+(elen_,0),,T) s_box(T) below at A.T s_box(`\tt (,{,}T)') at A.n above A: antenna(at A.T+(elen_,0),,S) s_box(T1) below rjust at A.T1 s_box(T2) below ljust at A.T2 s_box(`\tt (,{,}S)') at A.n above A: antenna(at A.T+(elen_,0),,D) s_box(T1) below rjust at A.T1 s_box(T2) below ljust at A.T2 s_box(`\tt (,{,}D)') at A.n above A: antenna(at A.T+(elen_,0),dimen_*3/4,P) s_box(T) below at A.T s_box(`\tt (,dimen\_*3/4,P)') at A.n above A: antenna(at A.T+(elen_,0),,F) s_box(T) below at A.T s_box(`\tt (,{,}F)') at A.n above .PE Circuit_macros9.5/doc/ArrestersMan.m40000644060175006010010000000312213774371757016630 0ustar DwightNone.PS # ArrestersMan.m4 cct_init sep = 0.2 R1: [ arrester {`"\tt arrester"' at last line.c+(0,-0.2)} move sep arrester(,G) {`"\tt arrester(,G)"' at last line.c+(0,-0.2)} move sep arrester(,g) {`"\tt ...(,g)"' at last line.c+(0,-0.2)} move sep arrester(,M) {`"\tt \ldots(,M)"' at last line.c+(0,-0.2)} move sep arrester(,C) {`"\tt \ldots(,C)"' at last line.c+(0,-0.2)} move sep arrester(,A) {`"\tt \ldots(,A)"' at last line.c+(0,-0.2)} ] R2: [ arrester(,H) {`"\tt \ldots(,H)"' at last line.c+(0,-0.2)} move sep arrester(,HR) {`"\tt \ldots(,HR)"' at last line.c+(0,-0.2)} move sep arrester(,P) {`"\tt \ldots(,P)"' at last line.c+(0,-0.2)} move sep arrester(,s) {`"\tt \ldots(,s)"' at last line.c+(0,-0.2)} move sep arrester(,F) {`"\tt \ldots(,F)"' at last line.c+(0,-0.2)} move sep arrester(,S) {`"\tt \ldots(,S)"' at last line.c+(0,-0.2)} ] with .nw at R1.sw+(0,-0.2) define(`Dlabels', `{ thinlines_ arrow <- from A.A up 0.1 left 0.1; "\sl A" rjust arrow <- from A.B up 0.1 right 0.1; "\sl B" ljust arrow <- from A.G up 0.05 right 0.15; "\sl G" ljust thicklines_ }') [ arrester(,E) {`"\tt \ldots(,E)"' at last line.c+(0,-0.25)} move sep A: arrester(,DE) {`"\tt \ldots(,DE)"' at last [].s+(0,-0.1)} Dlabels move sep*3 A: arrester(,DS) {`"\tt \ldots(,DS)"' at last [].s+(0,-0.1)} Dlabels move sep*3 A: arrester(,DEL) {`"\tt \ldots(,DEL)"' at last [].s+(0,-0.1)} Dlabels move sep*3 A: arrester(,DSL) {`"\tt \ldots(,DSL)"' at last [].s+(0,-0.1)} Dlabels ] with .nw at R2.sw+(0,-0.2) .PE Circuit_macros9.5/doc/Audio.tex0000644060175006010010000002366413774371757015560 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.61348,0.294444) --(0.849182,0.461111) --(0.849182,-0.205556) --(0.61348,-0.038889)\dpicstop \dpicdraw (0.61348,0.127778) --(0.61348,0.294444) --(0.377778,0.294444) --(0.377778,-0.038889) --(0.61348,-0.038889) --(0.61348,0.127778)\dpicstop \draw (0.61348,-0.405556) node{\tt speaker}; \dpiclw=0.4bp \filldraw[line width=0bp](0.308208,0.213219) --(0.377778,0.211111) --(0.320857,0.251167) --cycle\dpicstop \dpicdraw (0.359436,0.217225) --(0.227778,0.261111)\dpicstop \draw (0.227778,0.261111) node[above left=-2bp]{{\sl In1}}; \filldraw[line width=0bp](0.311111,0.107778) --(0.377778,0.127778) --(0.311111,0.147778) --cycle\dpicstop \dpicdraw (0.358444,0.127778) --(0.227778,0.127778)\dpicstop \draw (0.227778,0.127778) node[left=-2bp]{{\sl In2}}; \filldraw[line width=0bp](0.320857,0.004389) --(0.377778,0.044444) --(0.308208,0.042336) --cycle\dpicstop \dpicdraw (0.359436,0.038331) --(0.227778,-0.005556)\dpicstop \draw (0.227778,-0.005556) node[below left=-2bp]{{\sl In3}}; \dpiclw=0.8bp \dpiclw=0.4bp \filldraw[line width=0bp](0.396648,0.351365) --(0.436703,0.294444) --(0.434595,0.364015) --cycle\dpicstop \dpicdraw (0.430589,0.312786) --(0.386703,0.444444)\dpicstop \draw (0.386703,0.444444) node[above left=-2bp]{{\sl In4}}; \filldraw[line width=0bp](0.556663,0.364015) --(0.554554,0.294444) --(0.59461,0.351365) --cycle\dpicstop \dpicdraw (0.560668,0.312786) --(0.604554,0.444444)\dpicstop \draw (0.604554,0.444444) node[above=-2bp]{{\sl In5}}; \filldraw[line width=0bp](0.434595,-0.108459) --(0.436703,-0.038889) --(0.396648,-0.09581) --cycle\dpicstop \dpicdraw (0.430589,-0.057231) --(0.386703,-0.188889)\dpicstop \draw (0.386703,-0.188889) node[below left=-2bp]{{\sl In6}}; \filldraw[line width=0bp](0.59461,-0.09581) --(0.554554,-0.038889) --(0.556663,-0.108459) --cycle\dpicstop \dpicdraw (0.560668,-0.057231) --(0.604554,-0.188889)\dpicstop \draw (0.604554,-0.188889) node[below=-2bp]{{\sl In7}}; \filldraw[line width=0bp](0.66905,0.219687) --(0.61348,0.177778) --(0.682943,0.182177) --cycle\dpicstop \dpicdraw (0.63161,0.184493) --(0.757545,0.231135) ..controls (0.841502,0.26223) and (0.900147,0.311111) ..(0.93348,0.377778) --(0.98348,0.477778)\dpicstop \draw (0.98348,0.477778) node[above=-2bp]{\sl Box}; \dpiclw=0.8bp \dpicdraw (1.469182,0.044444) --(1.587033,0.106944) --(1.587033,-0.184722) --(1.469182,-0.122222)\dpicstop \dpicdraw (1.469182,-0.038889) --(1.469182,0.127778) --(1.23348,0.127778) --(1.23348,-0.205556) --(1.469182,-0.205556) --(1.469182,-0.038889)\dpicstop \draw (1.410257,-0.505556) node{\tt speaker(,{,}H)}; \dpicdraw (2.214811,0.511111) --(2.214811,0.636111) --(1.964811,0.636111) --(1.964811,0.386111) --(2.214811,0.386111) --(2.214811,0.511111)\dpicstop \dpicdraw (2.339811,0.511111) circle (0.049213in)\dpicstop \draw (2.214811,0.186111) node{\tt bell}; \dpiclw=0.4bp \filldraw[line width=0bp](1.895241,0.575719) --(1.964811,0.573611) --(1.90789,0.613667) --cycle\dpicstop \dpicdraw (1.946469,0.579725) --(1.814811,0.623611)\dpicstop \draw (1.814811,0.623611) node[above left=-2bp]{{\sl In1}}; \filldraw[line width=0bp](1.898145,0.491111) --(1.964811,0.511111) --(1.898145,0.531111) --cycle\dpicstop \dpicdraw (1.945477,0.511111) --(1.814811,0.511111)\dpicstop \draw (1.814811,0.511111) node[left=-2bp]{{\sl In2}}; \filldraw[line width=0bp](1.90789,0.408556) --(1.964811,0.448611) --(1.895241,0.446503) --cycle\dpicstop \dpicdraw (1.946469,0.442497) --(1.814811,0.398611)\dpicstop \draw (1.814811,0.398611) node[below left=-2bp]{{\sl In3}}; \dpiclw=0.8bp \dpiclw=0.4bp \filldraw[line width=0bp](1.93619,0.680487) --(1.989811,0.636111) --(1.969472,0.702675) --cycle\dpicstop \dpicdraw (1.979087,0.652198) --(1.889811,0.786111)\dpicstop \draw (1.889811,0.786111) node[above=-2bp]{\sl Box}; \filldraw[line width=0bp](2.319811,0.702778) --(2.339811,0.636111) --(2.359811,0.702778) --cycle\dpicstop \dpicdraw (2.339811,0.655445) --(2.339811,0.786111)\dpicstop \draw (2.339811,0.786111) node[above=-2bp]{\sl Circle}; \dpiclw=0.8bp \dpicdraw (3.492589,0.386111) --(3.492589,0.636111)\dpicstop \dpicdraw (3.367589,0.511111) circle (0.049213in)\dpicstop \draw (3.367589,0.186111) node{\tt microphone}; \dpiclw=0.4bp \filldraw[line width=0bp](3.189766,0.575719) --(3.259336,0.573611) --(3.202415,0.613667) --cycle\dpicstop \dpicdraw (3.240994,0.579725) --(3.109336,0.623611)\dpicstop \draw (3.109336,0.623611) node[above left=-2bp]{{\sl In1}}; \filldraw[line width=0bp](3.175922,0.491111) --(3.242589,0.511111) --(3.175922,0.531111) --cycle\dpicstop \dpicdraw (3.223255,0.511111) --(3.092589,0.511111)\dpicstop \draw (3.092589,0.511111) node[left=-2bp]{{\sl In2}}; \filldraw[line width=0bp](3.202415,0.408556) --(3.259336,0.448611) --(3.189766,0.446503) --cycle\dpicstop \dpicdraw (3.240994,0.442497) --(3.109336,0.398611)\dpicstop \draw (3.109336,0.398611) node[below left=-2bp]{{\sl In3}}; \dpiclw=0.8bp \dpiclw=0.4bp \filldraw[line width=0bp](3.347589,0.702778) --(3.367589,0.636111) --(3.387589,0.702778) --cycle\dpicstop \dpicdraw (3.367589,0.655445) --(3.367589,0.786111)\dpicstop \draw (3.367589,0.786111) node[above=-2bp]{\sl Circle}; \dpiclw=0.8bp \dpicdraw (4.520367,0.511111) --(4.520367,0.636111) --(4.270367,0.636111) --(4.270367,0.386111) --(4.520367,0.386111) --(4.520367,0.511111)\dpicstop \dpicdraw (4.520367,0.636111) --(4.585072,0.39463)\dpicstop \draw (4.427719,0.186111) node{\tt buzzer}; \dpiclw=0.4bp \filldraw[line width=0bp](4.200797,0.575719) --(4.270367,0.573611) --(4.213446,0.613667) --cycle\dpicstop \dpicdraw (4.252025,0.579725) --(4.120367,0.623611)\dpicstop \draw (4.120367,0.623611) node[above left=-2bp]{{\sl In1}}; \filldraw[line width=0bp](4.2037,0.491111) --(4.270367,0.511111) --(4.2037,0.531111) --cycle\dpicstop \dpicdraw (4.251033,0.511111) --(4.120367,0.511111)\dpicstop \draw (4.120367,0.511111) node[left=-2bp]{{\sl In2}}; \filldraw[line width=0bp](4.213446,0.408556) --(4.270367,0.448611) --(4.200797,0.446503) --cycle\dpicstop \dpicdraw (4.252025,0.442497) --(4.120367,0.398611)\dpicstop \draw (4.120367,0.398611) node[below left=-2bp]{{\sl In3}}; \dpiclw=0.8bp \dpiclw=0.4bp \filldraw[line width=0bp](4.375367,0.702778) --(4.395367,0.636111) --(4.415367,0.702778) --cycle\dpicstop \dpicdraw (4.395367,0.655445) --(4.395367,0.786111)\dpicstop \draw (4.395367,0.786111) node[above=-2bp]{\sl Box}; \dpiclw=0.8bp \dpicdraw (5.529516,0.386111) --(5.529516,0.719444)\dpicstop \dpicdraw (5.529516,0.719444) ..controls (5.437469,0.719444) and (5.362849,0.644825) ..(5.362849,0.552778) ..controls (5.362849,0.46073) and (5.437469,0.386111) ..(5.529516,0.386111)\dpicstop \draw (5.446183,0.186111) node{\tt buzzer(,{,}C)}; \dpiclw=0.4bp \filldraw[line width=0bp](5.302811,0.610442) --(5.372381,0.608333) --(5.31546,0.648389) --cycle\dpicstop \dpicdraw (5.354039,0.614447) --(5.222381,0.658333)\dpicstop \draw (5.222381,0.658333) node[above left=-2bp]{{\sl In1}}; \filldraw[line width=0bp](5.296183,0.532778) --(5.362849,0.552778) --(5.296183,0.572778) --cycle\dpicstop \dpicdraw (5.343515,0.552778) --(5.212849,0.552778)\dpicstop \draw (5.212849,0.552778) node[left=-2bp]{{\sl In2}}; \filldraw[line width=0bp](5.31546,0.457167) --(5.372381,0.497222) --(5.302811,0.495114) --cycle\dpicstop \dpicdraw (5.354039,0.491108) --(5.222381,0.447222)\dpicstop \draw (5.222381,0.447222) node[below left=-2bp]{{\sl In3}}; \dpiclw=0.8bp \dpiclw=0.4bp \filldraw[line width=0bp](5.589341,0.68835) --(5.529516,0.652778) --(5.599043,0.649544) --cycle\dpicstop \dpicdraw (5.548273,0.657467) --(5.605561,0.671789) ..controls (5.643753,0.681337) and (5.671183,0.711111) ..(5.687849,0.761111) --(5.712849,0.836111)\dpicstop \draw (5.712849,0.836111) node[above=-2bp]{\sl Face}; \dpiclw=0.8bp \dpicdraw (3.065693,-0.216667) --(3.065693,-0.091667) --(2.899026,-0.091667) --(2.899026,-0.341667) --(3.065693,-0.341667) --(3.065693,-0.216667)\dpicstop \dpicdraw[line width=1.6bp](3.076762,-0.383333) --(3.076762,-0.05)\dpicstop \draw (2.987894,-0.583333) node{\tt earphone}; \dpiclw=0.4bp \filldraw[line width=0bp](2.829456,-0.152058) --(2.899026,-0.154167) --(2.842105,-0.114111) --cycle\dpicstop \dpicdraw (2.880684,-0.148053) --(2.749026,-0.104167)\dpicstop \draw (2.749026,-0.104167) node[above left=-2bp]{{\sl In1}}; \filldraw[line width=0bp](2.832359,-0.236667) --(2.899026,-0.216667) --(2.832359,-0.196667) --cycle\dpicstop \dpicdraw (2.879692,-0.216667) --(2.749026,-0.216667)\dpicstop \draw (2.749026,-0.216667) node[left=-2bp]{{\sl In2}}; \filldraw[line width=0bp](2.842105,-0.319222) --(2.899026,-0.279167) --(2.829456,-0.281275) --cycle\dpicstop \dpicdraw (2.880684,-0.285281) --(2.749026,-0.329167)\dpicstop \draw (2.749026,-0.329167) node[below left=-2bp]{{\sl In3}}; \dpiclw=0.8bp \dpiclw=0.4bp \filldraw[line width=0bp](2.921077,-0.058668) --(2.982359,-0.091667) --(2.949361,-0.030384) --cycle\dpicstop \dpicdraw (2.968688,-0.077996) --(2.832359,0.058333)\dpicstop \draw (2.832359,0.058333) node[above=-2bp]{\sl Box}; \dpiclw=0.8bp \dpicdraw (3.85454,-0.283333) circle (0.03937in)\dpicstop \dpicdraw (4.35454,-0.283333) circle (0.03937in)\dpicstop \dpicdraw (3.87454,-0.185354) ..controls (3.960887,0.01734) and (4.248193,0.01734) ..(4.33454,-0.185354)\dpicstop \draw (4.10454,-0.583333) node{\tt earphone(,{,}C)}; \dpiclw=0.4bp \filldraw[line width=0bp](3.793257,-0.250335) --(3.85454,-0.283333) --(3.821542,-0.222051) --cycle\dpicstop \dpicdraw (3.840869,-0.269662) --(3.70454,-0.133333)\dpicstop \draw (3.70454,-0.133333) node[left=-2bp]{\sl L}; \filldraw[line width=0bp](4.387538,-0.222051) --(4.35454,-0.283333) --(4.415823,-0.250335) --cycle\dpicstop \dpicdraw (4.368211,-0.269662) --(4.50454,-0.133333)\dpicstop \draw (4.50454,-0.133333) node[right=-2bp]{\sl R}; \draw (4.10454,-0.033333) node[above=-2bp]{\sl N}; \draw (4.10454,-0.283333) node{\sl C}; \dpiclw=0.8bp \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/AudioMan.m40000644060175006010010000000511213774371757015720 0ustar DwightNone.PS # `Audio.m4' cct_init define(`In123',` thinlines_ arrow <- from `$1'.In1 up 0.05 left 0.15 "{\sl In1}sp_" rjust above arrow <- left 0.15 from `$1'.In2 "{\sl In2}sp_" wid 0.2 rjust arrow <- from `$1'.In3 down 0.05 left 0.15 "{\sl In3}sp_" rjust below thicklines_ ') L:[ [ S: speaker `"\tt speaker"' at S.s+(0,-0.2) #below In123(S) thinlines_ arrow <- from S.In4 left 0.05 up 0.15 "{\sl In4}" above rjust arrow <- from S.In5 right 0.05 up 0.15 "{\sl In5}" above arrow <- from S.In6 left 0.05 down 0.15 "{\sl In6}" below rjust arrow <- from S.In7 right 0.05 down 0.15 "{\sl In7}" below spline <- from S.Box.e+(0,0.05) right 0.27 up 0.10 \ then right 0.1 up 0.2 "\sl Box" above thicklines_ ] [ H: speaker(,,H) `"\tt speaker(,{,}H)"' at H.s+(0,-0.30) #below ] with .sw at last [].se+(0.25,-0.1) ] [ B: bell `"\tt bell"' at B.s+(0,-0.2) #below In123(B) thinlines_ arrow <- from B.Box.n+(-0.1,0) up 0.15 left 0.1 ; "\sl Box" above arrow <- from B.Circle.n up 0.15 ; "\sl Circle" above thicklines_ ] with .w at last [].e+(0.0,0.5) [ Z: buzzer `"\tt buzzer"' at Z.s+(0,-0.2) #below In123(Z) thinlines_ arrow <- from Z.Box.n up 0.15 ; "\sl Box" above thicklines_ ] with .sw at last [].se+(0.4,0) R:[ Z: buzzer(,,C) `"\tt buzzer(,{,}C)"' at Z.s+(0,-0.2) #below In123(Z) thinlines_ spline <- from 0.8 right 2*arrowht up 0.5*arrowht \ then up 0.15 right 0.05 "\sl Face" above thicklines_ ] with .sw at last [].se+(0.4,0) [ M: microphone `"\tt microphone"' at M.s+(0,-0.2) #below In123(M) thinlines_ arrow <- from M.Circle.n up 0.15 ; "\sl Circle" above thicklines_ ] with .sw at last [].se+(0.4,0) [ M: microphone(A) `"\tt microphone(A)"' at M.s+(0,-0.2) #below thinlines_ arrow <- from M.Head.e+(0,0.05) right 0.2; "\sl Head" ljust spline 0.5 <- from M.Head.b down 0.05 right 0.1 then right 0.1 "\sl Head.b" ljust arrow <- from M.Stand.s right 0.2; "\sl Stand.s" ljust thicklines_ ] with .n at last [].s+(0,-0.05) [[ E: earphone `"\tt earphone"' at E.s+(0,-0.2) #below In123(E) thinlines_ arrow <- from E.Box.n up 0.15 left 0.15 ; "\sl Box" above thicklines_ ] [ E: earphone(,,C) `"\tt earphone(,{,}C)"' at E.s+(0,-0.2) #below thinlines_ arrow <- from E.L up 0.15 left 0.15; "\sl L" rjust arrow <- from E.R up 0.15 right 0.15; "\sl R" ljust "\sl N" at E.N above "\sl C" at E.C thicklines_ ] with .sw at last [].se+(0.6,0) ] with .n at (0.6 between L and R, R.s)+(0.5,0.1-ifdpic(0.2,0.25)) .PE Circuit_macros9.5/doc/Axes.m40000644060175006010010000000020313774371757015117 0ustar DwightNone.PS # `Axes.m4' arrow right 0.7 "`$x$-axis'" below arrow up 0.7 from 1st arrow.start "`\rput[B]{90}(0,0){$y$-axis}'" rjust .PE Circuit_macros9.5/doc/BigResistor.m40000644060175006010010000000114613774371757016462 0ustar DwightNone.PS cct_init linewid = 2.0 linethick_(2.0) R1: resistor thinlines_ box dotted wid last [].wid ht last [].ht at last [] move to 0.85 between last [].sw and last [].se spline <- down arrowht*2 right arrowht/2 then right 0.15; "\tt last []" ljust arrow <- down 0.3 from R1.start chop 0.05; "\tt R1.start" below arrow <- down 0.3 from R1.end chop 0.05; "\tt R1.end" below arrow <- down last [].c.y-last arrow.end.y from R1.c; "\tt R1.centre" below dimension_(from R1.start to R1.end,0.45,\tt elen\_,0.4) dimension_(right_ dimen_ from R1.c-(dimen_/2,0),0.3,\tt dimen\_,0.5) .PE Circuit_macros9.5/doc/Bip.tex0000644060175006010010000001265113774371757015223 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.1625,0) --(0.1625,0.1) --(0.158796,0.101667)\dpicstop \dpicdraw (0.1625,0.5) --(0.1625,0.4) --(0.158796,0.398333)\dpicstop \dpicdraw (-0.0375,0.15) --(-0.0375,0.35)\dpicstop \dpicdraw (-0.1625,0.25) --(-0.0375,0.25)\dpicstop \dpicdraw (0.1625,0.1) --(-0.0375,0.19)\dpicstop \filldraw[line width=0bp](0.025108,0.131366) --(0.1125,0.1225) --(0.047906,0.182028) --cycle\dpicstop \dpicdraw (0.096479,0.129709) --(0.0125,0.1675)\dpicstop \dpicdraw (0.1625,0.4) --(-0.0375,0.31)\dpicstop \dpiclw=0.4bp \dpicdraw[dotted](-0.1625,0) rectangle (0.1625,0.5)\dpicstop \dpiclw=0.8bp \draw (0.1625,-0.05) node[below=-2bp]{\hbox{\sl E}}; \draw (-0.1625,0.25) node[left=-2bp]{\hbox{\sl B}}; \draw (0.1625,0.5) node[above=-2bp]{\hbox{\sl C}}; \draw (0,-0.35) node[below=-2bp]{{\tt bi\_tr(up\_ dimen\_)}}; \dpicdraw (0.6125,0.05) --(0.6125,0.25)\dpicstop \dpicdraw (0.7375,0.15) --(0.6125,0.15)\dpicstop \dpicdraw (0.4125,0) --(0.6125,0.09)\dpicstop \filldraw[line width=0bp](0.527094,0.082028) --(0.4625,0.0225) --(0.549892,0.031366) --cycle\dpicstop \dpicdraw (0.478521,0.029709) --(0.5625,0.0675)\dpicstop \dpicdraw (0.4125,0.3) --(0.6125,0.21)\dpicstop \dpiclw=0.4bp \dpicdraw[dotted](0.4125,0) rectangle (0.7375,0.3)\dpicstop \dpiclw=0.8bp \draw (0.4125,-0.05) node[below=-2bp]{\hbox{\sl E}}; \draw (0.7375,0.15) node[right=-2bp]{\hbox{\sl B}}; \draw (0.4125,0.3) node[above=-2bp]{\hbox{\sl C}}; \draw (0.575,-0.2) node[below=-2bp]{{\tt bi\_tr(,R)}}; \dpicdraw (1.3625,0.05) --(1.3625,0.25)\dpicstop \dpicdraw (1.2375,0.15) --(1.3625,0.15)\dpicstop \dpicdraw (1.5625,0) --(1.3625,0.09)\dpicstop \filldraw[line width=0bp](1.499892,0.058634) --(1.4125,0.0675) --(1.477094,0.007972) --cycle\dpicstop \dpicdraw (1.5125,0.0225) --(1.428521,0.060291)\dpicstop \dpicdraw (1.5625,0.3) --(1.3625,0.21)\dpicstop \dpiclw=0.4bp \dpicdraw[dotted](1.2375,0) rectangle (1.5625,0.3)\dpicstop \dpiclw=0.8bp \draw (1.5625,-0.05) node[below=-2bp]{\hbox{\sl E}}; \draw (1.2375,0.15) node[left=-2bp]{\hbox{\sl B}}; \draw (1.5625,0.3) node[above=-2bp]{\hbox{\sl C}}; \draw (1.4,-0.35) node[below=-2bp]{{\tt bi\_tr(,{,}P)}}; \dpicdraw (2.2625,0.05) --(2.2625,0.25)\dpicstop \dpicdraw (2.1375,0.15) --(2.2625,0.15)\dpicstop \dpicdraw (2.4625,0) --(2.2625,0.09)\dpicstop \filldraw[line width=0bp](2.325108,0.031366) --(2.4125,0.0225) --(2.347906,0.082028) --cycle\dpicstop \dpicdraw (2.396479,0.029709) --(2.3125,0.0675)\dpicstop \dpicdraw (2.4625,0.3) --(2.2625,0.21)\dpicstop \dpicdraw (2.1375,0.15) ..controls (2.1375,0.260457) and (2.227043,0.35) ..(2.3375,0.35) ..controls (2.447957,0.35) and (2.5375,0.260457) ..(2.5375,0.15)\dpicstop \dpicdraw (2.5375,0.15) --(2.5375,0.15)\dpicstop \dpicdraw (2.5375,0.15) ..controls (2.5375,0.039543) and (2.447957,-0.05) ..(2.3375,-0.05) ..controls (2.227043,-0.05) and (2.1375,0.039543) ..(2.1375,0.15)\dpicstop \dpicdraw (2.1375,0.15) --(2.1375,0.15)\dpicstop \dpiclw=0.4bp \dpicdraw[dotted](2.1375,-0.05) rectangle (2.5375,0.35)\dpicstop \dpiclw=0.8bp \draw (2.4625,-0.05) node[below=-2bp]{\hbox{\sl E}}; \draw (2.1375,0.15) node[left=-2bp]{\hbox{\sl B}}; \draw (2.4625,0.3) node[above=-2bp]{\hbox{\sl C}}; \draw (2.3375,-0.2) node[below=-2bp]{{\tt bi\_tr(,{,},E)}}; \dpicdraw (2.9125,0.05) --(2.9125,0.25)\dpicstop \dpicdraw (3.1125,0) --(2.9125,0.09)\dpicstop \filldraw[line width=0bp](2.975108,0.031366) --(3.0625,0.0225) --(2.997906,0.082028) --cycle\dpicstop \dpicdraw (3.046479,0.029709) --(2.9625,0.0675)\dpicstop \dpicdraw (3.1125,0.3) --(2.9125,0.21)\dpicstop \dpicdraw (2.7875,0.15) --(2.8775,0.15)\dpicstop \dpicdraw (2.8775,0.05) --(2.8775,0.25)\dpicstop \dpiclw=0.4bp \dpicdraw[dotted](2.7875,0) rectangle (3.1125,0.3)\dpicstop \dpiclw=0.8bp \draw (3.1125,-0.05) node[below=-2bp]{\hbox{\sl E}}; \draw (2.7875,0.15) node[left=-2bp]{\hbox{\sl G}}; \draw (3.1125,0.3) node[above=-2bp]{\hbox{\sl C}}; \draw (2.95,-0.35) node[below=-2bp]{{\tt igbt}}; \dpicdraw (3.4625,0.15) --(3.4625,0.35)\dpicstop \dpicdraw (3.6625,0.1) --(3.4625,0.19)\dpicstop \filldraw[line width=0bp](3.525108,0.131366) --(3.6125,0.1225) --(3.547906,0.182028) --cycle\dpicstop \dpicdraw (3.596479,0.129709) --(3.5125,0.1675)\dpicstop \dpicdraw (3.6625,0.4) --(3.4625,0.31)\dpicstop \dpicdraw (3.3525,0.175) --(3.4275,0.175) --(3.4275,0.325)\dpicstop \dpicdraw (3.6625,0) --(3.8625,0)\dpicstop \dpicdraw (3.6625,0.5) --(3.8625,0.5)\dpicstop \dpicdraw (3.8625,0) --(3.8625,0.213916)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (3.8625,0.213916) --(3.820833,0.213916) --(3.8625,0.28055) --(3.904167,0.213916) --(3.8625,0.213916)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (3.908218,0.286084) --(3.816782,0.286084)\dpicstop \dpicdraw (3.8625,0.286084) --(3.8625,0.5)\dpicstop \dpicdraw (3.6625,0) --(3.6625,0.1)\dpicstop \dpicdraw (3.6625,0.5) --(3.6625,0.4)\dpicstop \dpiclw=0.4bp \dpicdraw[dotted](3.3525,0) rectangle (3.913753,0.5)\dpicstop \dpiclw=0.8bp \draw (3.6625,-0.05) node[below=-2bp]{\hbox{\sl E}}; \draw (3.3525,0.175) node[left=-2bp]{\hbox{\sl G}}; \draw (3.6625,0.5) node[above=-2bp]{\hbox{\sl C}}; \draw (3.633127,-0.2) node[below=-2bp]{{\tt igbt(,{,}LD)}}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/BipMan.m40000644060175006010010000000312313774371757015371 0ustar DwightNone.PS # `Bip.m4' cct_init up_ Q1: bi_tr(up_ dimen_) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q1.E-(0,0.05) below "\hbox{\sl B}sp_" at Q1.B rjust "\hbox{\sl C}" at Q1.C above "`{\tt bi\_tr(up\_ dimen\_)}'" wid 1.2 at Q1.s + (0,-0.35) below Q2: bi_tr(,R) with .E at Q1.E+(0.25,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q2.E-(0,0.05) below "sp_\hbox{\sl B}" at Q2.B ljust "\hbox{\sl C}" at Q2.C above "`{\tt bi\_tr(,R)}'" at Q2.s + (0,-0.2) below Q3: bi_tr(,,P) with .C at Q2.C+(1.15,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q3.E-(0,0.05) below "\hbox{\sl B}sp_" at Q3.B rjust "\hbox{\sl C}" at Q3.C above "`{\tt bi\_tr(,{,}P)}'" at Q3.s + (0,-0.35) below Q4: bi_tr(,,,E) with .C at Q3.C+(0.9,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q4.E-(0,0.05) below "\hbox{\sl B}sp_" at Q4.B rjust "\hbox{\sl C}" at Q4.C above "`{\tt bi\_tr(,{,},E)}'" at (Q4.s,Q4.E) + (0,-0.2) below Q5: igbt(,,) with .E at Q4.E+(0.65,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q5.E-(0,0.05) below "\hbox{\sl G}sp_" at Q5.G rjust "\hbox{\sl C}" at Q5.C above "`{\tt igbt}'" at Q5.s + (0,-0.35) below Q6: igbt(,,LD) with .E at Q5.E+(0.55,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q6.E-(0,0.05) below "\hbox{\sl G}sp_" at Q6.G rjust "\hbox{\sl C}" at Q6.C above "`{\tt igbt(,{,}LD)}'" at (Q6.s,Q6.E) + (0,-0.2) below .PE Circuit_macros9.5/doc/bistableMan.m40000644060175006010010000000206213774371757016445 0ustar DwightNone.PS # `bistable.m4' cct_init # Default initialization up_ rgbdraw(1,0,0, Q1: bi_tr(,R) # Q1 upward with base to the right llabel(,Q_1) ) # Label to left of last [] rgbdraw(0,0,1, Q2: bi_tr with .C at Q1.C+(elen_*7/4,0) # Q2 with base to left rlabel(,Q_2) ) ground(at Q1.E) ground(at Q2.E) line right_ dimen_/3 from Q1.B # Extend the base conductors B1: Here line left_ dimen_/3 from Q2.B B2: Here resistor(up_ elen_*0.75 from Q1.C); llabel(,"$R_L$" wid 0.16) #Load resistors line to (Q2.C,Here) "$V_{\hbox{cc}}$" below resistor(down_ to Q2.C); llabel(,R_L) move to Q1.C+(0,dimen_/5) { resistor(right_ to (B1,Here)); llabel(,R_1) X: line to B2 } # Label the line to be jumped resistor(from (Q2.C,Here) left_ to (B2,Here)); rlabel(,R_1) crossover(to B1,R,X) resistor(down_ elen_*0.75); rlabel(,R_2) # Bias resistors {"$-V_{\hbox{cc}}$" rjust} line to (B2,Here) resistor(up_ to B2); rlabel(,R_2) .PE Circuit_macros9.5/doc/bitr.m40000644060175006010010000000006213774371757015162 0ustar DwightNone.PS # `bitr.m4' cct_init include(bitrbody.m4) .PE Circuit_macros9.5/doc/bitrbody.m40000644060175006010010000000020213774371757016034 0ustar DwightNoneS: dot; line left_ 0.1; up_ Q1: bi_tr(,R) with .B at Here ground(at Q1.E) line up 0.1 from Q1.C; resistor(right_ S.x-Here.x); dot Circuit_macros9.5/doc/bi_trans.m40000644060175006010010000000350413774371757016027 0ustar DwightNone.PS # `bi_trans.m4' sinclude(Circuit_macros.dim) s_init(bitrans) ifdef(`bitrans_1',,`sinclude(tst.dim)') cct_init [[ Q: bi_trans(,,BCuEBUS) s_box($C$) at Q.C below s_box($B$) at Q.B above s_box($E$) at Q.E below thinlines_ M4_xyO: Q.M4_xyO spline <- from tr_xy(0,5.25) left 0.1 then up 0.15 left 0.15 s_box(\tt B) above spline <- from 0.5 right 0.1 then right 0.15 up 0.15 s_box(\tt C) ljust spline <- from 0.7 up 0.1 then right 0.15 up 0.15 s_box(\tt BU) above spline <- from 0.7 left 0.1 then left 0.15 up 0.15 s_box(\tt uE) rjust arrow <- from Q.Bulk.start+vec_(vscal_(m4_U,0,0.5)) up 0.15 left 0.15 s_box(\tt S) above rjust arrow <- from Q.Bulk.end up 0.1 right 0.1 s_box($\;\;$\tt S) above ] s_box(\tt bi\_trans(,{,}BCuEBUS)) at last [].s below ] [[ Q2: bi_trans(,,BCdE2BU) s_box($C$) at Q2.C below s_box($B$) at Q2.B above thinlines_ M4_xyO: Q2.M4_xyO arrow <- from Q2.E0 down 0.1 right 0.1; s_box($\;\;E0$) below arrow <- from Q2.E2 down 0.1 left 0.1; s_box($E2\;\;$) below arrow <- from Q2.E1 down 0.1 ; s_box($E1$) below spline <- from 0.4 left 0.1 then up 0.15 left 0.15 s_box($Em2\;\;$) above ] s_box(\tt bi\_trans(,{,}BCdE2BU)) at last [].s below ] with .nw at last [].ne+(0.5,0) [[ Q2: bi_trans(,,BC2dEBU) s_box($E$) at Q2.E below s_box($B$) at Q2.B above thinlines_ M4_xyO: Q2.M4_xyO arrow <- from Q2.C0 down 0.1 left 0.1; s_box($C0\;\;$) below arrow <- from Q2.C2 down 0.1 right 0.1; s_box($\;\;C2$) below arrow <- from Q2.C1 down 0.1 ; s_box($C1$) below spline <- from 0.4 right 0.1 then up 0.15 right 0.15 s_box($Cm2\;\;$) above ] s_box(\tt bi\_trans(,{,}BC2dEBU)) at last [].s below ] with .nw at last [].ne+(0.5,0) .PE Circuit_macros9.5/doc/body.tex0000644060175006010010000041340713774371757015452 0ustar DwightNone% body.tex \newcommand{\bq}{} \newcommand{\dpic}{{\bq dpic}\xspace} \newcommand{\Dpic}{{\bq Dpic}\xspace} \newcommand{\dvips}{{\bq dvips}\xspace} \newcommand{\gpic}{{\bq gpic}\xspace} \newcommand{\Gpic}{{\bq Gpic}\xspace} \newcommand{\groff}{{\bq groff}\xspace} \newcommand{\latex}{\LaTeX\xspace} \newcommand{\linespec}{{\sl linespec}\xspace} \newcommand{\MetaPost}{{\bq MetaPost}\xspace} \newcommand{\Mfour}{{\bq m4}\xspace} \newcommand{\mfpic}{{\bq mfpic}\xspace} \newcommand{\PDF}{{\bq PDF}\xspace} \newcommand{\pic}{{\bq pic}\xspace} \newcommand{\Pic}{{\bq Pic}\xspace} \newcommand{\Postscript}{{\bq Postscript}\xspace} \newcommand{\PSTricks}{{\bq PSTricks}\xspace} \newcommand{\SVG}{{\bq SVG}\xspace} \newcommand{\tex}{\TeX\xspace} \newcommand{\Textregistered}{\textregistered\xspace} \newcommand{\TPGF}{{\bq Ti{\it k}z~PGF}\xspace} \newcommand{\Tikz}{{\bq Ti{\it k}z}\xspace} \newcommand{\tpic}{{\bq tpic}\xspace} \newcommand{\xfig}{{\bq xfig}\xspace} \newcommand{\Xfig}{{\bq Xfig}\xspace} % \newcommand{\xection}[1]{\section[\texorpdfstring{#1\ \dotfill}{#1}]{#1}} \newcommand{\NVL}{\\\hspace*{\parindent}} \newcommand{\brtt}{\hfill\break\hspace*\parindent} \newcommand{\lbr}{{\tt\char123}} \newcommand{\rbr}{{\tt\char125}} \newcommand{\bsl}{{\tt\char92}} \newcommand{\SR}[1]{\hyperref[#1]{Section~\ref*{#1}}} \newcommand{\PR}[1]{\hyperref[#1]{page~\pageref*{#1}}} \newcommand{\FR}[1]{\hyperref[#1]{Figure~\ref*{#1}}} \newcommand{\FRS}[1]{\hyperref[#1]{Figures~\ref*{#1}}} \newcommand{\REF}[1]{\hyperref[#1]{\ref*{#1}}} \newcommand{\LQ}{\char96} \newcommand{\RQ}{\char39} % \newcommand{\Example}[1]{\vspace{\parsep}\noindent {\bf Example #1:}} % % \pdfbookmark[section]{\contentsname}{toc} %\begin{multicols}{2} % \tableofcontents %\end{multicols} % \xection{Introduction\label{Introduction:}} \begin{quotation}\noindent % Before every conference, I find Ph.D.s in on weekends running back % and forth from their offices to the printer. It appears that people who are unable to execute pretty pictures with pen and paper find it gratifying to try with a computer~\cite{Landauer95}. \end{quotation} This manual\footnote{% This document is best displayed with a reader that shows bookmarks.} describes a method for drawing electric circuits and other diagrams in \latex and web documents. The diagrams are defined in the simple \pic drawing language~\cite{KRpic} augmented with \Mfour macros~\cite{KRm4}, and are processed by \Mfour and a \pic processor to convert them to \TPGF, \PSTricks, other \latex-compatible code, or \SVG. In its basic form, the method has the advantages and disadvantages of \tex itself, since it is macro-based and non-WYSIWYG, with ordinary text input. The book from which the above quotation is taken correctly points out that the payoff can be in quality of diagrams at the price of the time spent in learning how to draw them. A collection of basic components, most based on IEEE standards~\cite{IEEEstd}, and conventions for their internal structure are described. Macros such as these are only a starting point, since it is often convenient to customize elements or to package combinations of them for particular drawings. \xection{Using the macros\label{Using:}} This section describes the basic process of adding circuit diagrams to \latex documents to produce postscript or pdf files. On some operating systems, project management software with graphical interfaces can automate the process, but the steps can also be performed by a script, makefile, or by hand for simple documents as described in~\SR{Quickstart:}. The diagram source file is preprocessed as illustrated in \FR{Flowdiag}. A configuration file is read by \Mfour, followed by the diagram source. The result is passed through a \pic interpreter to produce {\tt .tex} output that can be inserted into a {\tt .tex} document using the \verb|\input| command. \begin{figure}[ht] \pdftooltip{\input Flowdiag }{Flow diagram for the inclusion of figures} \caption{Inclusion of figures and macros in the \latex document. \label{Flowdiag}} \end{figure} \noindent The interpreter output contains \TPGF~\cite{tikz} commands, \PSTricks~\cite{pstricks} commands, basic \latex graphics, \tpic specials, or other formats, depending on the chosen options. These variations are described in \SR{Alternative:}. There are two principal choices of \pic interpreter. One is~\dpic, described later in this document. A partial alternative is GNU {\bq gpic -t} (sometimes simply named \pic)~\cite{gpic} together with a printer driver that understands \tpic specials, typically {\bq dvips}~\cite{dvips}. The \dpic processor extends the pic language in small but important ways; consequently, some of the macros and examples in this distribution work fully only with \dpic. \Pic processors contain basic macro facilities, so some of the concepts applied here do not require \Mfour. \subsection{Quick start\label{Quickstart:}} The contents of file {\tt quick.m4} and resulting diagram are shown in \FR{quick} to illustrate the language % to show several ways for placing circuit elements, %and to provide sufficient information for producing and the production of basic labeled circuits. \begin{figure}[h!] \parbox{\textwidth}{\small\verbatiminput{quick.m4}}% \hfill\llap{\raise-1.15in\hbox{\input quick }}% % \hfill\llap{\raise-1.15in\hbox{\pdftooltip{\input quick }% % {The file {\tt quick.m4} and resulting diagram. % There are several ways of drawing the same picture; for example, % nodes (such as {\tt Origin}) can be defined and circuit branches % drawn between them; or absolute coordinates can be used (e.g., % {\tt source(up\_ from (0,0) to (0,0.75))} ). Element sizes and styles % can be varied as described in later sections.}}}% \vspace*{-\baselineskip}% \caption{The file {\tt quick.m4} and resulting diagram. There are several ways of drawing the same picture; for example, nodes (such as {\tt Origin}) can be defined and circuit branches drawn between them; or absolute coordinates can be used (e.g., {\tt source(up\_ from (0,0) to (0,0.75))} ). Element sizes and styles can be varied as described in later sections.\label{quick}}% \end{figure} \subsubsection{\protect{Using \Mfour}% \label{Usingmfour:}} The command {\vspace*\parsep\tt m4 {\sl filename \ldots} \vspace*\parsep} \noindent causes \Mfour\ to search for the named files in the current directory and directories specified by environmental variable {\tt M4PATH}. Set {\tt M4PATH} to the full name (i.e., the path) of the directory containing {\tt libcct.m4} and the other circuit library {\tt .m4} files; otherwise invoke \Mfour\ as {\tt m4 -I} {\sl installdir} where {\sl installdir} is the path to the directory containing the library files. Now there are at least two basic possibilities as follows, but be sure to read \SR{Simplifications:} for simplified use. \subsubsection{\protect{Processing with \dpic and \PSTricks or \TPGF}% \label{Processingwithpstricks:}} If you are using \dpic with \PSTricks, put \verb|\usepackage{pstricks}| in the main \latex source file header and type the following commands or put them into a script: {\vspace*\parsep\tt m4 pstricks.m4 quick.m4 > quick.pic \brtt dpic -p quick.pic > quick.tex \vspace*\parsep} \noindent To produce \TPGF code, the \latex header should contain \verb|\usepackage{tikz}|. The commands are modified to read \verb|pgf.m4| and invoke the {\tt-g} option of \dpic as follows: {\vspace*\parsep\tt % {\tt m4 pgf.m4 quick.m4 > quick.pic \brtt dpic -g quick.pic > quick.tex \vspace*\parsep} A configuration file ({\tt pstricks.m4} and {\tt pgf.m4} in the above examples) is {\em always} the first file to be given to \Mfour. Put the following or its equivalent in the document body: \begin{verbatim} \begin{figure}[ht] \centering \input quick \caption{Customized caption for the figure.} \label{Symbolic_label} \end{figure} \end{verbatim} Then for \PSTricks, the commands ``{\tt latex} {\sl file}{\tt;} {\tt dvips} {\sl file}'' produce {\sl file}{\tt.ps}, which can be printed or viewed using {\tt gsview}, for example. For \TPGF, Invoking PDFlatex on the source produces {\tt .pdf} output directly. %Whether or not the figure environment is used, %the essential line in all cases is \verb|\input quick|. The essential line is \verb|\input quick| whether or not the figure environment is used. The effect of the \Mfour command above is shown in \FR{ConfigA}. Configuration files {\tt pstricks.m4} or {\tt pgf.m4} cause library {\tt libgen.m4} to be read, thereby defining the macro {\tt cct\_init}. The diagram source file is then read and the circuit-element macros in {\tt libcct.m4} are defined during expansion of {\tt cct\_init}. \begin{figure}[ht] \input ConfigA \caption{The command {\tt m4 pstricks.m4 quick.m4 > quick.pic}. \label{ConfigA}} \end{figure} \subsubsection{Processing with \gpic\label{Processingwithgpic:}} If your printer driver understands \tpic specials and you are using \gpic (on some systems the \gpic command is {\tt pic}), the commands are {\tt m4 gpic.m4 quick.m4 > quick.pic \brtt gpic -t quick.pic > quick.tex \vspace*\parsep} \noindent and the figure inclusion statements are as shown: \begin{verbatim} \begin{figure}[ht] \input quick \centerline{\box\graph} \caption{Customized caption for the figure.} \label{Symbolic_label} \end{figure} \end{verbatim} \subsubsection{Simplifications\label{Simplifications:}} M4 must read a configuration file before any other files, %followed by the macro definitions in one or more library files, either before reading the diagram source file or at the beginning of it. There are several ways to control the process, as follows: \begin{enumerate} \item The macros can be processed by \latex-specific project software and by graphic applications such as Pycirkuit~\cite{Mas2019}. % Cirkuit~\cite{KDEApps2009}. Alternatively when many files are to be processed, a facility such as Unix ``make,'' which is also available in PC and Mac versions, can be employed to automate the required commands. On systems without such facilities, a scripting language can be used. \item The \Mfour commands illustrated above can be shortened to \verb|m4 quick.m4 > quick.pic| \noindent by inserting {\tt include(pstricks.m4)} (assuming \PSTricks processing) %or {\tt include(libgen.m4)} (assuming the default processor is to be used) {\em immediately} after the {\tt .PS} line, the effect of which %The effect of the first include statement is shown in \FR{ConfigB}. However, if you then want to use \TPGF, the line must be changed to {\tt include(pgf.m4)}. %and the second in \FR{ConfigC}. \begin{figure}[h!] \input{ConfigB} \caption{The command {\tt m4 quick.m4 > quick.pic}, with {\tt include(pstricks.m4)} preceding {\tt cct\_init}.} \label{ConfigB} \end{figure} %\begin{figure}[h!] % \input{ConfigC} % \caption{The command {\tt m4 quick.m4 > quick.pic}, % with {\tt include(libgen.m4)} preceding {\tt cct\_init}, causing % the default configuration file to be read.} % \label{ConfigC} % \end{figure} %\item %On some systems, setting the environment variable {\tt M4PATH} to {\sl %installdir} allows the {\tt -I} {\sl installdir} option of \Mfour to %be omitted, but it will be kept in following examples. \item In the absence of a need to examine the file {\tt quick.pic}, the commands for producing the {\tt .tex} file can be reduced (provided the above inclusions have been made) to \verb%m4 quick.m4 | dpic -p > quick.tex% \item It may be desirable to invoke \Mfour and \dpic automatically from the document file as shown: {\tt \verb^\documentclass{article}^ \brtt \verb^\usepackage{tikz}^ \brtt \verb^\newcommand\mtotex[2]{\immediate\write18{m4 ^%-I^ {\sl installdir} \verb^#2.m4 | dpic -#1 > #2.tex}}%^\break \verb^\begin{document}^ \brtt \verb^\mtotex{g}{FileA} % Generate FileA.tex^ \brtt \verb^\input{FileA.tex} \par^ \brtt \verb^\mtotex{g}{FileB} % Generate FileB.tex^ \brtt \verb^\input{FileB.tex}^ \brtt \verb^\end{document}^ \vspace*\parsep} The first argument of \verb|\mtotex| is a {\tt p} for pstricks or {\tt g} for pgf. Sources \verb|FileA.m4| and \verb|FileB.m4| must contain any required \verb|include| statements, and the main document should be processed using the latex or pdflatex option \verb|-shell-escape|. If the {\tt M4PATH} environment variable is not set then insert {\tt -I }{\sl installdir} after {\tt m4} in the command definition, where {\sl installdir} is the absolute path to the installation directory. This method processes the picture source each time \latex is run, so for large documents containing many diagrams, the \verb|\mtotex| lines could be commented out after debugging the corresponding graphic. A derivative of this method that allows the insertion of \pic code into a \Tikz picture is described in \SR{Tikzwithpic:}. \item You can put several diagrams into a single source file. Make each diagram the body of a \latex macro, as shown: \par \verb|\newcommand{\diaA}{%|\NVL \verb|.PS|\NVL {\sl drawing commands}\NVL \verb|.PE|\NVL \verb|\box\graph }% \box\graph not required for dpic|\NVL \verb|\newcommand{\diaB}{%|\NVL \verb|.PS|\NVL {\sl drawing commands}\NVL \verb|.PE|\NVL \verb|\box\graph }% \box\graph not required for dpic|\NVL Produce a {\tt .tex} file using \verb|\mtotex| or \Mfour and \dpic or \gpic, insert the {\tt .tex} into the \latex source, and invoke the macros \verb^\diaA^ and \verb^\diaB^ at the appropriate places. \end{enumerate} \subsection{Including the libraries\label{Libraries:}} The configuration files for \dpic are as follows, depending on the output format (see \SR{Alternative:}): {\tt pstricks.m4, pgf.m4, mfpic.m4, mpost.m4, postscript.m4, psfrag.m4, svg.m4, gpic.m4,} or {\tt xfig.m4}. The file {\tt psfrag.m4} simply defines the macro {\tt psfrag\_} and then reads {\tt postscript.m4}. For \gpic, the configuration file is {\tt gpic.m4}. The usual case for producing circuit diagrams is to read {\tt pstricks.m4} or {\tt pgf.m4} first when \dpic is the postprocessor or to set one of these as the default configuration file. At the top of each diagram source, put one or more initialization commands; that is, {\tt cct\_init, log\_init, sfg\_init, darrow\_init, threeD\_init} \noindent or, for diagrams not requiring specialized macros, {\tt gen\_init}. As shown in \FRS{ConfigA} and~\REF{ConfigB}, each initialization command reads in the appropriate macro library if it hasn't already been read; for example, {\tt cct\_init} tests whether {\tt libcct.m4} has been read and includes it if necessary. A few of the distributed example files contain other experimental macros that can be pasted into diagram source files; see {\tt Flow.m4} or {\tt Buttons.m4}, for example. The libraries contain hints and explanations that might help in debugging or if you wish to modify any of the macros. Macros are generally named using the obvious circuit element names so that programming becomes something of an extension of the \pic language. Some macro names end in an underscore to reduce the chance of name clashes. These can be invoked in the diagram source but there is no long-term guarantee that their names and functionality will remain unchanged. Finally, macros intended only for internal use begin with the characters {\tt m4}. \xection{\Pic essentials\label{Pic:}} \Pic source is a sequence of lines in a file. The first line of a diagram begins with {\tt .PS} with optional following arguments, and the last line is normally {\tt .PE}. Lines outside of these pass through the \pic processor unchanged. The visible objects can be divided conveniently into two classes, the {\em linear} objects {\tt line, arrow, spline, arc,} and the {\em planar} objects {\tt box, circle, ellipse.} The object {\tt move} is linear but draws nothing. A compound object, or {\tt block,} is planar and consists of a pair of square brackets enclosing other objects, as described in \SR{Compoundobjects:}. Objects can be placed using absolute coordinates or relative to other objects. \Pic allows the definition of real-valued variables, which are alphameric names beginning with lower-case letters, and computations using them. Objects or locations on the diagram can be given symbolic names beginning with an upper-case letter. \subsection{Manuals\label{Manuals:}} The classic \pic manual~\cite{KRpic} is still a good introduction to \pic, but a more complete manual~\cite{Raymond95} can be found in the GNU \groff\ package, and both are available on the web~\cite{KRpic,Raymond95}. Reading either will give you competence with \pic in an hour or two. Explicit mention of {\tt *roff} string and font constructs in these manuals should be replaced by their equivalents in the \latex context. A man-page language summary is appended to the \dpic manual~\cite{Aplevich2011}. A web search will yield good discussions of ``little languages''; for \pic in particular, see Chapter~9 of~\cite{Bentley88}. Chapter~1 of reference~\cite{Goossens97} also contains a brief discussion of this and other languages. \subsection{The linear objects: {\tt line, arrow, spline, arc}% \label{Linearobjects:}} A line can be drawn as follows: {\tt line from} {\sl position} {\tt to} {\sl position} \noindent where {\sl position} is defined below or {\tt line} {\sl direction} {\sl distance} \noindent where {\sl direction} is one of {\tt up,} {\tt down,} {\tt left,} {\tt right.} When used with the \Mfour macros described here, it is preferable to add an underscore: {\tt up\_,} {\tt down\_,} {\tt left\_,} {\tt right\_.} The {\sl distance} is a number or expression and the units are inches, but the assignment {\tt scale = 25.4} \noindent has the effect of changing the units to millimetres, as described in \SR{Scaling:}. Lines can also be drawn to any distance in any direction. The example, {\tt line up\_ 3/sqrt(2) right\_ 3/sqrt(2) dashed} \noindent draws a line 3 units long from the current location, at a $45^\circ$ angle above horizontal. Lines (and other objects) can be specified as {\tt dotted,} {\tt dashed,} or {\tt invisible,} as above. The construction {\tt line from A to B chop x} \noindent truncates the line at each end by {\tt x} (which may be negative) or, if {\tt x} is omitted, by the current circle radius, a convenience when A and B are circular graph nodes, for example. Otherwise {\tt line from A to B chop x chop y} \noindent truncates the line by {\tt x} at the start and {\tt y} at the end. Any of the above means of specifying line (or arrow) direction and length will be called a \linespec. Lines can be concatenated. For example, to draw a triangle: {\tt line up\_ sqrt(3) right\_ 1 then down\_ sqrt(3) right\_ 1 then left\_ 2} \subsection{Positions\label{Positions:}} A {\sl position} can be defined by a coordinate pair, e.g. {\tt 3,2.5}, more generally using parentheses by {\tt (}{\sl expression, expression}{\tt )}, as a sum or difference as {\tt{\sl position} $+$ ({\sl expression, expression})}, or by the construction {\tt (}{\sl position, position}{\tt )}, the latter taking the $x$-coordinate from the first position and the $y$-coordinate from the second. A position can be given a symbolic name beginning with an upper-case letter, e.g. {\tt Top:~(0.5,4.5)}. Such a definition does not affect the calculated figure boundaries. The current position {\tt Here} is always defined and is equal to $(0,0)$ at the beginning of a diagram or block. The coordinates of a position are accessible, e.g. {\tt Top.x} and {\tt Top.y} can be used in expressions. The center, start, and end of linear objects (and the defined points of other objects as described below) are predefined positions, as shown in the following example, which also illustrates how to refer to a previously drawn element if it has not been given a name: {\tt line from last line.start to 2nd last arrow.end then to 3rd line.center} Objects can be named (using a name commencing with an upper-case letter), for example: {\tt Bus23: line up right} \noindent after which, positions associated with the object can be referenced using the name; for example: {\tt arc cw from Bus23.start to Bus23.end with .center at Bus23.center} An arc is drawn by specifying its rotation, starting point, end point, and center, but sensible defaults are assumed if any of these are omitted. Note that {\tt arc cw from Bus23.start to Bus23.end} \noindent does {\em not} define the arc uniquely; there are two arcs that satisfy this specification. This distribution includes the \Mfour macros {\tt arcr( {\sl position, radius, start radians, end radians, modifiers, ht}) \hfill\break\indent arcd( {\sl position, radius, start degrees, end degrees, modifiers, ht}) \hfill\break\indent arca( {\sl chord linespec,} ccw|cw, {\sl radius, modifiers}) } \noindent to draw uniquely defined arcs. If the fifth argument of {\tt arcr} or {\tt arcd} contains {\tt ->} or {\tt <-} then a midpoint arrowhead of height specified by arg6 is added. For example, {\tt arcd((1,-1),{},0,-90,<- outlined "red") dotted} \noindent draws a red dotted arc with midpoint arrowhead, centre at $(1,-1),$ and default radius. The example {\tt arca(from (1,1) to (2,2),{,}1,->)} \noindent draws an acute angled arc with arrowhead on the chord defined by the first argument. The linear objects can be given arrowheads at the start, end, or both ends, for example: {\tt line dashed <- right 0.5\hfill\break \hspace*{\parindent}% arc <-> height 0.06 width 0.03 ccw from Here to Here+(0.5,0) \char92\hfill\break \hspace*{2\parindent}% with .center at Here+(0.25,0)\hfill\break \hspace*{\parindent}% spline -> right 0.5 then down 0.2 left 0.3 then right 0.4} The arrowheads on the arc above have had their shape adjusted using the {\tt height} and {\tt width} parameters. \subsection{The planar objects: {\tt box, circle, ellipse}, and text% \label{Planarobjects:}} Planar objects are drawn by specifying the width, height, and position, thus: {\tt A: box ht 0.6 wid 0.8 at (1,1)} \noindent after which, in this example, the position {\tt A.center} is defined, and can be referenced simply as {\tt A}. The compass points {\tt A.n,} {\tt A.s,} {\tt A.e,} {\tt A.w,} {\tt A.ne,} {\tt A.se,} {\tt A.sw,} {\tt A.nw} are automatically defined, as are the dimensions {\tt A.height} and {\tt A.width.} Planar objects can also be placed by specifying the location of a defined point; for example, two touching circles can be drawn as shown: {\tt circle radius 0.2\hfill\break \hspace*{\parindent}% circle diameter (last circle.width * 1.2) with .sw at last circle.ne} The planar objects can be filled with gray or colour. For example, either {\tt box dashed fill\_({\sl number})}\quad or\quad {\tt box dashed outlined "{\sl color}" shaded "{\sl color}"} \noindent produces a dashed box. The first case has a gray fill determined by {\sl number}, with $0$ corresponding to black and $1$ to white; the second case allows color outline and fill, the color strings depending on the postprocessor. Postprocessor-compatible RGB color strings are produced by the macro {\tt rgbstring({\sl red fraction, green fraction, blue fraction})}; to produce an orange fill for example: {\tt ... shaded rgbstring( 1, 0.645, 0)} Basic colours for lines and fills are provided by \gpic and \dpic, but more elaborate line and fill styles or other effects can be incorporated, depending on the postprocessor, using %by inserting postprocessor commands using %{\tt \char92 special} commands or %other lines beginning with a backslash in the drawing code. In fact, %arbitrary lines can be inserted into the output using {\tt command "}{\sl string}{\tt "} \noindent where {\sl string} is one or more postprocessor command lines. Arbitrary text strings, typically meant to be typeset by \latex, are delimited by double-quote characters and occur in two ways. The first way is illustrated by \verb|"\large Resonances of $C_{20}H_{42}$"| \verb|wid |{\sl x}\verb| ht |{\sl y}\verb| at |{\sl position} \noindent which writes the typeset result, like a box, at {\sl position} and tells \pic its size. The default size assumed by \pic is given by parameters {\tt textwid} and {\tt textht} if it is not specified as above. The exact typeset size of formatted text can be obtained as described in \SR{Interaction:}. The second occurrence associates one or more strings with an object, e.g., the following writes two words, one above the other, at the centre of an ellipse: \verb|ellipse "\bf Stop" "\bf here"| \noindent The C-like \pic function {\tt sprintf("{\sl format string}",{\sl numerical arguments})} is equivalent to a string. \subsection{Compound objects\label{Compoundobjects:}} A compound object is a group of statements enclosed in square brackets. Such an object is placed by default as if it were a box, but it can also be placed by specifying the final position of a defined point. A defined point is the center or compass corner of the bounding box of the compound object or one of its internal objects. Consider the last line of the code fragment shown: \noindent% \verb| Ands: [ right_|\\ \verb| And1: AND_gate|\\ \verb| And2: AND_gate at And1 - (0,And1.ht*3/2)|\\ \verb| |$\ldots$\\ \verb| ] with .And2.In1 at| {\sl position} % (K.x,IC5.Pin9.y)| The two gate macros evaluate to compound objects containing {\tt Out}, {\tt In1}, and other locations. The final positions of all objects inside the square brackets are determined in the last line by specifying the position of {\tt In1} of gate {\tt And2}. \subsection{Other language facilities\label{Otherlanguage:}} All objects have default sizes, directions, and other characteristics, so part of the specification of an object can sometimes be profitably omitted. Another possibility for defining positions is {\sl expression} {\tt between} {\sl position} {\tt and} {\sl position} \noindent% which means $\hbox{\sl 1st position} + \hbox{\sl expression} \times (\hbox{\sl 2nd position} - \hbox{\sl 1st position})$ \noindent and which can be abbreviated as {\sl expression} {\tt <} {\sl position} {\tt ,} {\sl position} {\tt >} \noindent% Care has to be used in processing the latter construction with \Mfour, since the comma may have to be put within quotes, {\tt `,'} to distinguish it from the {\tt m4} argument separator. Positions can be calculated using expressions containing variables. The scope of a position is the current block. Thus, for example, {\tt theta = atan2(B.y-A.y,B.x-A.x) line to Here+(3*cos(theta),3*sin(theta)). } Expressions are the usual algebraic combinations of primary quantities: constants, environmental parameters such as {\tt scale,} variables, horizontal or vertical coordinates of terms such as {\sl position}{\tt.x} or {\sl position}{\tt.y}, dimensions of \pic objects, e.g. {\tt last circle.rad}. The elementary algebraic operators are {\tt +, -, *, /, \%, =, +=, -=, *=, /=,} and {\tt \%=,} similar to the C language. The logical operators {\tt ==, !=, <=, >=, >,} and {\tt <} apply to expressions and strings. A modest selection of numerical functions is also provided: the single-argument functions {\tt sin, cos, log, exp, sqrt, int}, where {\tt log} and {\tt exp} are base-10, the two-argument functions {\tt atan2, max, min,} and the random-number generator {\tt rand()}. Other functions are also provided using macros. A \pic manual should be consulted for details, more examples, and other facilities, such as the branching facility \verb|if |{\sl expression}\verb| then { |{\sl anything} \verb|} else { |{\sl anything}\verb| }|, \noindent% the looping facility \verb|for |{\sl variable}\verb| = |{\sl expression}\verb| to |% {\sl expression}\verb| by |{\sl expression}\verb| do { |% {\sl anything}\verb| }|, \noindent% operating-system commands, \pic macros, and external file inclusion. \xection{Two-terminal circuit elements\label{Basictwo:}} There is a fundamental difference between the two-terminal elements, each of which is drawn along an invisible straight-line segment, and other elements, which are compound objects mentioned in \SR{Compoundobjects:}. % Specifying the straight-line segment requires four numbers, the coordinates % of the start and end, or equivalent, but default values are used if % not specified. The two-terminal element macros follow a set of conventions described in this section, and other elements will be described in \SR{Composite:}. \subsection{Circuit and element basics\label{Basics:}} A list of the library macros and their arguments is in \SR{defines}. The arguments have default values, so that only those that differ from defaults need be specified. \FR{BigResistor}, which shows a resistor, also serves as an example of \pic commands. %Consider the resistor shown in \FR{BigResistor}, %which also serves as an example of \pic commands. The first part of the source file for this figure is %as follows: on the left: \begin{figure}[ht] \parbox{2in}{\tt .PS\\ \hbox{}\quad cct\_init\\ \hbox{}\quad linewid = 2.0\\ \hbox{}\quad linethick\_(2.0)\\ R1: resistor} \raisebox{-0.3in}{\hbox{\input{BigResistor.tex}}} \caption{Resistor named {\tt R1}, showing the size parameters, enclosing block, and predefined positions.} \label{BigResistor} \end{figure} The lines of \FR{BigResistor} and the remaining source lines of the file are explained below: \begin{itemize} \item The first line invokes the macro {\tt cct\_init} that loads the library {\tt libcct.m4} and initializes local variables needed by some circuit-element macros. \item The sizes of circuit elements are proportional to the \pic environmental variable {\tt linewid}, so redefining this variable changes element sizes. The element body is drawn in proportion to {\tt dimen\_}, a macro that evaluates to {\tt linewid} unless redefined, and the default element length is {\tt elen\_}, which evaluates to {\tt dimen\_*3/2} unless redefined. Setting {\tt linewid} to 2.0 as in the example means that the default element length becomes 3.0\,in. For resistors, the default length of the body is {\tt dimen\_/2,} and the width is {\tt dimen\_/6.} All of these values can be customized. Element scaling and the use of SI units is discussed further in \SR{Scaling:}. \item The macro {\tt linethick\_} sets the default thickness of subsequent lines (to 2.0\,pt in the example). Macro arguments are written within parentheses following the macro name, with no space between the name and the opening parenthesis. Lines can be broken before macro arguments because \Mfour and \dpic ignore white space immediately preceding arguments. Otherwise, a long line can be continued to the next by putting a backslash as the rightmost character. \item The two-terminal element macros expand to sequences of drawing commands that begin with {\tt `line invis \linespec'}, where \linespec is the first argument of the macro if it is non-blank, otherwise the line is drawn a distance {\tt elen\_} in the current direction, which is to the right by default. % All this is handled by the macro {\tt eleminit\_}, which also % calculates the length and angle of the invisible line for later use. The invisible line is first drawn, then the element is drawn on top of it. The element---rather, the initial invisible line---can be given a name, {\tt R1} in the example, so that positions {\tt R1.start}, {\tt R1.centre}, and {\tt R1.end} are automatically defined as shown. \item The element body is overlaid by a block, which can be used to place labels around the element. The block corresponds to an invisible rectangle with horizontal top and bottom lines, regardless of the direction in which the element is drawn. A dotted box has been drawn in the diagram to show the block boundaries. \item The last sub-element, identical to the first in two-terminal elements, is an invisible line that can be referenced later to place labels or other elements. % This might be over-kill. If you create your own macros, you might choose simplicity over generality, and include only visible lines. \end{itemize} To produce \FR{BigResistor}, the following embellishments were added after the previously shown source: {\small \input BigResistor2.verb } \begin{itemize} \item The line thickness is set to the default thin value of \hbox{0.4\,pt}, and the box displaying the element body block is drawn. Notice how the width and height can be specified, and the box centre positioned at the centre of the block. \item The next paragraph draws two objects, a spline with an arrowhead, and a string left justified at the end of the spline. Other string-positioning modifiers than {\tt ljust} are {\tt rjust,} {\tt above,} and {\tt below.} \item The last paragraph invokes a macro for dimensioning diagrams. \end{itemize} \subsection{The two-terminal elements\label{Twoterminal:}} The two-terminal elements are shown in \FRS{CctTable} % to~\REF{Diodes} and \FRS{Fuses} %to~\REF{Switches}. to~\REF{Arresters}. Several elements are included more than once to illustrate some of their arguments, which are listed in \SR{defines}. \enlargethispage{\baselineskip} \begin{figure}[h!] \input CctTableMan % \ifpdf\vspace*{-\baselineskip}\fi% \caption{Basic two-terminal elements, showing some variations.} \label{CctTable} \end{figure} The first macro argument specifies the invisible line segment along which the element is drawn. If the argument is blank, the element is drawn from the current position in the current drawing direction along a default length. The other arguments produce variants of the default elements. \begin{figure}[ht] \input AmpTableMan \caption{Amplifier, delay, and integrator.} \label{AmpTable} \end{figure} \pagebreak Thus, for example, \par {\tt resistor(up\_ 1.25,7)} \par \noindent% draws a resistor 1.25 units long up from the current position, with $7$ vertices per side. The macro {\tt up\_} evaluates to {\tt up} but also resets the current directional parameters to point up. \begin{figure}[ht] \input SourcesMan % \ifpdf\vspace*{-0.5\baselineskip}\fi% \caption{Sources and source-like elements.} \label{Sources} \end{figure} The {\tt AC} and {\tt S} options of the {\tt source} macro in \FR{Sources} illustrate the need to draw a single cycle of a sinusoid or approximate sinusoid. As a convenience, the macro {\tt ACsymbol(at {\sl position, length, height,} [A]U|D|L|R|{\sl degrees})} is included as an interface to the {\tt sinusoid} macro. For example to add the sumbol (\input{ACsymbol.tex}) to an ebox: \par {\tt ebox; $\lbrace$\ ACsymbol(at last [],{,},dimen\_/8) $\rbrace$} \noindent For direct current (\input{DCsymbol.tex}), there is also {\tt DCsymbol(at {\sl position, length, height,} U|D|L|R|{\sl degrees})}. \begin{figure}[ht] \input DiodesMan \caption{The macro {\tt diode(\linespec,B|CR|D|L|LE[R]|P[R]|S|T|V|v|w|Z|{\sl chars},[R][E])}. Appending {\tt K} to the second argument draws an open arrowhead.} \label{Diodes} \end{figure} \begin{figure}[t!] \input FusesMan \caption{Variations of the macros {\tt fuse(\linespec, A|dA|B|C|D|E|S|HB|HC|SB, {\sl wid}, {\sl ht})} and {\tt cbreaker(\linespec,L|R,D|T|TS)}.} \label{Fuses} \end{figure} \begin{figure}[t!] \input SwitchesMan \caption{The {\tt switch(\linespec,L|R,{\sl chars},L|B|D)} macro is a wrapper for the macros {\tt lswitch(\linespec,[L|R],[O|C][D][K][A])}, {\tt bswitch(\linespec,[L|R],[O|C])}, and the many-optioned {\tt dswitch(\linespec,R,W[ud]B[K] {\sl chars})} shown. The switch is drawn in the current drawing direction. A second-argument {\tt R} produces a mirror image with respect to the drawing direction. The separately defined macros {\tt Proxim} and {\tt Magn} embellish switches in the second-last row.} \label{Switches} \end{figure} Most of the two-terminal elements are oriented; that is, they have a defined direction or polarity. Several element macros include an argument that reverses polarity, but there is also a more general mechanism, as follows. The first argument of the macro \par {\tt reversed(`}{\sl macro name}{\tt',}{\sl macro arguments}{\tt )} \par \noindent is the name of a two-terminal element in quotes, followed by the element arguments. The element is drawn with reversed direction. \pagebreak Thus, \par {\tt diode(right\_ 0.4); reversed(`diode',right\_ 0.4)} \par \noindent draws two diodes to the right, but the second one points left. Similarly, the macro \par {\tt resized(}{\sl factor},`{\sl macro name}',{\sl macro arguments}{\tt )} \par \noindent can be used to resize the body of an element by temporarily multiplying the {\tt dimen\_} macro by {\sl factor}. More general resizing should be done by redefining {\tt dimen\_} as described in \SR{Circuitscaling:}. These two macros can be nested; the following scales the above example by 1.8, for example \par {\tt resized(1.8,`diode',right\_ 0.4);} {\tt resized(1.8,`reversed',`diode',right\_ 0.4)} \pagebreak \FR{Arresters} shows a collection of surge-protection devices, or arresters, of which the {\tt E} and {\tt S} types may be either 2-terminal or as 3-terminal (composite) elements described in \SR{Composite:}. \begin{figure}[ht] \input ArrestersMan \caption{Variations of the {\tt arrester({\sl linespec, chars,} {\sl wid}[{\tt :}{\sl arrowhead ht}], {\sl ht}[{\tt :}{\sl arrowhead wid})} macro. Putting {\tt D} in argument 2 for the {\tt S} or {\tt E} configuration creates a 3-terminal composite element with terminals {\sl A, B}, and {\sl G.}} \label{Arresters} \end{figure} \FR{Emarrows} contains radiation-effect arrows for embellishing two-terminal and other macros. The arrow stems are named {\sl A1}, {\sl A2}, and each pair is drawn in a \verb|[]| block, with the names {\sl Head} and {\sl Tail} defined to aid placement near another device. The second argument specifies \begin{figure}[ht] \input EmarrowsMan \caption{Radiation arrows: {\tt em\_arrows({\sl type, angle, length})}} \label{Emarrows} \end{figure} absolute angle in degrees (default 135 degrees). The arrows are drawn relative to the diode direction by the {\tt LE} option in \FR{Diodes}. For absolute arrow directions, one can define a wrapper (see \SR{Writing:}) for the {\tt diode} macro to draw arrows at 45 degrees, for example: \par {\tt define(`myLED',`diode(`\$1'); em\_arrows(N,45) with .Tail at last [].ne')} \FR{Variable} shows some two-terminal elements with arrows or lines overlaid to indicate variability using the macro \par {\tt variable(`}{\sl element}{\tt',{\sl type},{\sl angle},{\sl length})}, \noindent where {\sl type} is one of {\tt A, P, L, N, NN} with {\tt C} or {\tt S} optionally appended to indicate continuous or stepwise variation. Alternatively, this macro can be invoked similarly to the label macros in \SR{Labels:} by specifying an empty first argument; thus, the following line draws the resistor in \FR{Variable}: \par {\tt resistor(down\_ dimen\_); variable(,uN)} \begin{figure}[ht] \vspace*{-\baselineskip} \input VariableMan \caption{Illustrating {\tt variable(`{\sl element}',% [A|P|L|[u]N]|[u]NN]][C|S],{\sl angle},{\sl length})}. For example,\break {\tt variable(`resistor(down\_ dimen\_)',A)} draws the leftmost resistor shown above, and {\tt variable(`resistor(down\_ dimen\_)',uN)} draws the third resistor. The default angle is 45${}^{\circ}$, regardless of the direction of the element. The array on the right shows the effect of the second argument.} \label{Variable} \end{figure} \subsection{Branch-current arrows\label{Branchcurrent:}} Arrowheads and labels can be added to conductors using basic \pic statements. For example, the following line adds a labeled arrowhead at a distance {\tt alpha} along a horizontal line that has just been drawn. Many variations of this are possible: \verb|arrow right arrowht from last line.start+(alpha,0) "$i_1$" above| Macros have been defined to simplify labelling two-terminal elements, as shown in \FR{currents}. The macro {\tt b\_current({\sl label,} above\_|below\_, In|O[ut], Start|E[nd], {\sl frac})} \noindent draws an arrow from the start of the last-drawn two-terminal element {\sl frac} of the way toward the body. \begin{figure}[ht] % \ifpdf\vspace*{-0.5\baselineskip}\fi% \input currents \caption{Illustrating {\tt b\_current, larrow,} and {\tt rarrow}. The drawing direction is to the right.} \label{currents} \end{figure} If the fourth argument is {\tt End}, the arrow is drawn from the end toward the body. If the third element is {\tt Out}, the arrow is drawn outward from the body. The first argument is the desired label, of which the default position is the macro {\tt above\_,} which evaluates to {\tt above} if the current direction is right or to {\tt ljust, below, rjust} if the current direction is respectively down, left, up. The label is assumed to be in math mode unless it begins with {\tt sprintf} or a double quote, in which case it is copied literally. A non-blank second argument specifies the relative position of the label with respect to the arrow, for example {\tt below\_,} which places the label below with respect to the current direction. Absolute positions, for example {\tt below} or {\tt ljust}, also can be specified. For those who prefer a separate arrow to indicate the reference direction for current, the macros {\tt larrow({\sl label}, ->|<-,{\sl dist})} and {\tt rarrow({\sl label}, ->|<-,{\sl dist})} are provided. The label is placed outside the arrow as shown in \FR{currents}. The first argument is assumed to be in math mode unless it begins with {\tt sprintf} or a double quote, in which case the argument is copied literally. The third argument specifies the separation from the element. \subsection{Labels\label{Labels:}} Special macros for labeling two-terminal elements are included: \par {\tt llabel(} {\sl arg1,arg2,arg3} {\tt ) \hfill\break\hspace*{\parindent}% clabel(} {\sl arg1,arg2,arg3} {\tt ) \hfill\break\hspace*{\parindent}% rlabel(} {\sl arg1,arg2,arg3} {\tt ) \hfill\break\hspace*{\parindent}% dlabel(} {\sl long,lat,arg1,arg2,arg3,}{\tt[X][A|B][L|R])} The first macro places the three arguments, which are treated as math-mode strings, on the left side of the element block {\em with respect to the current direction:} {\tt up, down, left, right.} The second places the arguments along the centre, and the third along the right side. A simple circuit example with labels is shown in \FR{Loop}. The macro {\tt dlabel} performs these functions for an obliquely drawn element, placing the three macro arguments at {\tt vec\_(-long,lat),} {\tt vec\_(0,lat),} and {\tt vec\_(long,lat)} respectively relative to the centre of the element. In the fourth argument, an {\tt X} aligns the labels with respect to the line joining the two terminals rather than the element body, and {\tt A, B, L, R} use absolute {\tt above, below, left,} or {\tt right} alignment respectively for the labels. Labels beginning with {\tt sprintf} or a double quote are copied literally rather than assumed to be in math mode. Arbitrary \latex including {\bsl\tt includegraphics,} for example, can also be placed on a diagram using {\tt "}{\sl \latex text}{\tt" wid {\sl width} ht {\sl height} at {\sl position}} \begin{figure}[ht] \vspace*{-\baselineskip} \parbox{4in}{\small \verbatiminput{Loop.m4}}% \hfill\raise-0.5in\hbox{\input Loop } \vspace*{-\baselineskip} \caption{A loop containing labeled elements, with its source code.} \label{Loop} \end{figure} \xection{Placing two-terminal elements\label{Placing:}} The length and position of a two-terminal element are defined by a straight-line segment and, possibly, a direction, so four numbers are required to place the element as in the following example: \par {\tt resistor(from (1,1) to (2,1))}. \noindent However, \pic has a very useful concept of the current point (explicitly named {\tt Here}); thus, \par {\tt resistor(to (2,1))} \par \noindent is equivalent to \par {\tt resistor(from Here to (2,1)).} Any defined position can be used; for example, if {\sl C1} and {\sl L2} are names of previously defined two-terminal elements, then, for example, the following places the resistor: \par {\tt resistor(from L2.end to C1.start)} A line segment starting at the current position can also be defined using a direction and length. To draw a resistor up $d$ units from the current position, for example: \par {\tt resistor(up\_ d)} \Pic stores the current drawing direction, the latter unfortunately limited to {\tt up, down, left, right,} which is assumed when necessary. The circuit macros need to know the current direction, so whenever {\tt up, down, left, right} are used they should be written respectively as the macros {\tt up\_, down\_, left\_, right\_} as in the above example. To allow drawing circuit objects in other than the standard four directions, a transformation matrix is applied at the macro level to generate the required \pic code. Potentially, the matrix can be used for other transformations. The macro {\tt setdir\_({\sl direction, default direction})} \noindent is preferred when setting drawing direction. The {\sl direction} arguments are of the form {\tt R[ight] | L[eft] | U[p] | D[own] | {\sl degrees}}, \noindent but the macros {\tt Point\_(}{\sl degrees}{\tt ),} {\tt point\_(}{\sl radians}{\tt ),} and {\tt rpoint\_(}{\sl relative linespec}{\tt )} are employed in many macros to re-define the entries of the matrix (named {\tt m4a\_}, {\tt m4b\_}, {\tt m4c\_}, and {\tt m4d\_}) for the required rotation. The macro {\tt eleminit\_} in the two-terminal elements invokes {\tt rpoint\_} with a specified or default {\sl linespec} to establish element length and direction. As shown in \FR{Oblique}, \begin{figure}[ht] \vspace{-\baselineskip} \parbox{4.5in}{\small \verbatiminput{Oblique.m4}}% \hfill\raise-0.7in\llap{\hbox{\input Oblique }}% \vspace{-\baselineskip} \caption{Illustrating elements drawn at oblique angles.} \label{Oblique} \end{figure} ``{\tt Point\_(-30); resistor}'' draws a resistor along a line with slope of~-30 degrees, and ``{\tt rpoint\_(to Z)}'' sets the current direction cosines to point from the current location to location Z. Macro {\tt vec\_(x,y)} evaluates to the position {\tt (x,y)} rotated as defined by the argument of the previous {\tt setdir\_, Point\_, point\_} or {\tt rpoint\_} command. The principal device used to define relative locations in the circuit macros is {\tt rvec\_(x,y)}, which evaluates to position {\tt Here + vec\_(x,y)}. Thus, {\tt line to rvec\_(x,0)} draws a line of length {\tt x} in the current direction. \FR{Oblique} illustrates that some hand placement of labels using {\tt dlabel} may be useful when elements are drawn obliquely. The figure also illustrates that any commas within \Mfour arguments must be treated specially because the arguments are separated by commas. Argument commas are protected either by parentheses as in {\tt inductor(from Cr to Cr+vec\_(elen\_,0))}, or by multiple single quotes as in {\tt `{`,'}',} as necessary. Commas also may be avoided by writing {\tt 0.5 between L and T} instead of {\tt 0.5.} \subsection{Series and parallel circuits\label{Seriesandparallel:}} To draw elements in series, each element can be placed by specifying its line segment as described previously, but the \pic language makes some geometries particularly simple. Thus, {\tt setdir\_(Right)\\ \hspace*{\parindent}% resistor; llabel(,R); capacitor; llabel(,C); inductor; llabel(,L)} \noindent draws three elements in series as shown in the top line of \FR{Series}. \begin{figure}[ht] \vspace{-\baselineskip} \input Series \caption{Three ways of drawing basic elements in series.} \label{Series} \end{figure} However, the default length {\tt elen\_} appears too long for some diagrams. It can be redefined temporarily (to {\tt dimen\_}, say), by enclosing the above line in the pair {\tt pushdef(`elen\_',dimen\_) resistor$\ldots$ popdef(`elen\_')} \noindent with the result shown in the middle row of the figure. Alternatively, the length of each element can be tuned individually; for example, the capacitor in the above example can be shortened as shown, producing the bottom line of \FR{Series}: {\tt resistor; llabel(,R)\\ \hspace*{\parindent}% capacitor(right\_ dimen\_/4); llabel(,C)\\ \hspace*{\parindent}% inductor; llabel(,L)} If a macro that takes care of common cases automatically is to be preferred, you can use the macro {\tt series\_({\sl elementspec, elementspec, $\ldots$})}. This macro draws elements of length {\tt dimen\_} from the current position in the current drawing direction, enclosed in a {\tt [ ]} block. The internal names {\tt Start}, {\tt End}, and {\tt C} (for centre) are defined, along with any element labels. An {\sl elementspec} is of the form {\tt[{\sl Label}:] {\sl element}; [{\sl attributes}]}, where an attribute is zero or more of {\tt llabel($\ldots$), rlabel($\ldots$)}, or {\tt b\_current($\ldots$)}. Drawing elements in parallel requires a little more effort but, for example, three elements can be drawn in parallel using the code snippet shown, producing the left circuit in \FR{ParSeries}: \begin{verbatim} define(`elen_',dimen_) L: inductor(right_ 2*elen_,W); llabel(+,L,-) R1: resistor(right elen_ from L.start+(0,-dimen_)); llabel(,R1) R2: resistor; llabel(,R2) C: capacitor(right 2*elen_ from R1.start+(0,-dimen_)); llabel(,C) line from L.start to C.start line from L.end to C.end \end{verbatim} \begin{figure}[ht] % \vspace*{-\baselineskip} \input ParSeries \vspace*{-\baselineskip} \caption{Illustrating the macros {\tt parallel\_} and {\tt series\_}, with {\tt Start} and {\tt End} points marked.} \label{ParSeries} \end{figure} A macro that produces the same effect automatically is {\tt parallel\_({\LQ {\sl elementspec}\RQ, \LQ {\sl elementspec}\RQ,} $\ldots$)} The arguments {\em must be quoted} to delay expansion, unless an argument is a nested {\tt parallel\_} or {\tt series\_} macro, in which case it is not quoted. The elements are drawn in a {\tt [ ]} block with defined points {\tt Start}, {\tt End}, and {\tt C}. An {\sl elementspec} is of the form {\tt [Sep={\sl val};][{\sl Label}:] {\sl element}; [{\sl attributes}]} \noindent where an {\sl attribute} is of the form {\tt [llabel($\ldots$);] | [rlabel($\ldots$)] | [b\_current($\ldots$);]} Putting {\tt Sep={\sl val};} in the first branch sets the default separation of all branches to {\sl val}; in a later element, {\tt Sep={\sl val}}; applies only to that branch. An element may have normal arguments but should not change the drawing direction. \xection{Composite circuit elements\label{Composite:}} Many basic elements are not two-terminal. These elements are usually enclosed in a \verb|[ ]| \pic block, and contain named interior locations and components. The block must be placed by using its compass corners, thus: {\sl element} {\tt with} {\sl corner} {\tt at} {\sl position} or, when the block contains a predefined location, thus: {\sl element} {\tt with} {\sl location} {\tt at} {\sl position}. A few macros are positioned with the first argument; the {\tt ground} macro, for example: {\tt ground(}{\tt at} {\sl position}{\tt ).} In some cases, an invisible line can be specified by the first argument to determine length and direction (but not position) of the block. Nearly all elements drawn within blocks can be customized by adding an extra argument, which is executed as the last item within the block. The macro {\tt potentiometer(\linespec,{\sl cycles},{\sl fractional pos},{\sl length}, $\ldots$)}, shown in \FR{Potentiometers}, first draws a resistor along the specified line, then adds arrows for taps at fractional positions along the body, with default or specified length. A negative length draws the arrow from the right of the current drawing direction. \begin{figure}[ht!] \input Potentiometers \caption{Default and multiple-tap potentiometer.} \label{Potentiometers} \end{figure} The macro {\tt addtaps([{\sl arrowhd} | type={\sl arrowhd};name={\sl Name}], {\sl fraction, length, fraction, length,} $\ldots$)}, shown in \FR{Taps}, will add taps to the immediately preceding two-terminal element. \begin{figure}[ht] \input Taps \caption{Macros for adding taps to two-terminal elements.} \label{Taps} \end{figure} However, the default names {\tt Tap1, Tap2} $\ldots$ may not be unique in the current scope. An alternative name for the taps can be specified or, if preferable, the tapped element can be drawn in a [ ] block using the macro {\tt tapped(`{\sl two-terminal element}', [{\sl arrowhd} | type={\sl arrowhd};name={\sl Name}], {\sl fraction, length, fraction, length,} $\ldots$)}. Internal names {\tt .Start, .End,} and {.C} are defined automatically, corresponding to the drawn element. These and the tap names can be used to place the block. These two macros require the two-terminal element to be drawn either up, down, to the left, or to the right; they are not designed for obliquely drawn elements. A few composite symbols derived from two-terminal elements are shown in \FR{Composite}. \begin{figure}[h!b] \vspace*{-0.5ex} % \vspace*{-\baselineskip} \input Composite \vspace*{-0.5ex} \caption{Composite elements {\tt KelvinR({\sl cycles},[R],{\sl cycle wid})} and {\tt FTcap({\sl chars})} .} \label{Composite} \end{figure} \enlargethispage{\baselineskip} The ground symbol is shown in \FR{Grounds}. The first argument specifies position; for example, the two lines shown have identical effect: \par {\tt move to (1.5,2); ground \par ground(at (1.5,2)) } %\noindent The second argument truncates the stem, and the third defines the symbol type. The fourth argument specifies the angle at which the symbol is drawn, with D (down) the default. This macro is one of several in which a temporary drawing direction is set using the {\tt setdir\_( U|D|L|R|{\sl degrees, default} R|L|U|D|{\sl degrees} )} macro and reset at the end using {\tt resetdir\_}. \begin{figure}[ht!] \input GroundsMan \caption{The {\tt ground( at }{\sl position}{\tt, T|{\sl stem length}, N|F|S|L|P[A]|E, U|D|L|R|{\sl degrees} )} macro.} \label{Grounds} \end{figure} The arguments of {\tt antenna(at }{\sl position}{\tt, T|{\sl stem length}, A|L|T|S|D|P|F, U|D|L|R|{\sl degrees})} shown in \FR{Antennas} are similar to those of {\tt ground}. \begin{figure}[h!] \input AntennasMan \caption{Antenna symbols, with macro arguments shown above and terminal names below.} \label{Antennas} \end{figure} \FR{Opamp} illustrates the macro {\tt opamp({\sl\linespec, - label, + label, size, chars})\label{OPAMP}}. The element is enclosed in a block containing the predefined internal locations shown. \begin{figure}[ht] % \ifpdf\vspace*{-0.5\baselineskip}\fi% \input OpampMan \caption{Operational amplifiers. The {\tt P} option adds power connections. The second and third arguments can be used to place and rotate arbitrary text at {\tt In1} and {\tt In2}.} \label{Opamp} \end{figure} These locations can be referenced in later commands, for example as ``{\tt last [].Out}.'' The first argument defines the direction and length of the opamp, but the position is determined either by the enclosing block of the opamp, or by a construction such as ``{\tt opamp with .In1 at Here}'', which places the internal position {\sl In1} at the specified location. There are optional second and third arguments for which the defaults are {\tt \char92{}scriptsize\$-\$} and {\tt \char92{}scriptsize\$+\$} respectively, and the fourth argument changes the size of the opamp. The fifth argument is a string of characters. {\tt P} adds a power connection, {\tt R} exchanges the second and third entries, and {\tt T} truncates the opamp point. Typeset text associated with circuit elements is not rotated by default, as illustrated by the second and third opamps in \FR{Opamp}. The {\tt opamp} labels can be rotated if necessary by using postprocessor commands (for example \PSTricks \verb|\rput|) as second and third arguments. The code in \FR{oax} places an opamp with three connections. \begin{figure}[h!b] \parbox{4in}{\small \verbatiminput{oaxbody.m4}}% \quad\raise-0.2in\hbox{\input oax }% % \vspace{-\baselineskip} \caption{A code fragment invoking the {\tt opamp(\linespec,-,+,{\sl size},[R][P])} macro.} \label{oax} \end{figure} \FR{Xform} shows variants of the transformer macro, which has predefined internal locations {\sl P1,} {\sl P2,} {\sl S1,} {\sl S2,} {\sl TP,} and {\sl TS.} \begin{figure}[h!t] \input XformMan \caption{The {\tt transformer(\linespec,L|R,{\sl np},% [A|P][W|L][D1|D2|D12|D21],{\sl ns})} macro (drawing direction {\tt down}), showing predefined terminal and centre-tap points.} \label{Xform} \end{figure} The first argument specifies the direction and distance from {\sl P1} to {\sl P2}, with position determined by the enclosing block as for opamps. The second argument places the secondary side of the transformer to the left or right of the drawing direction. The optional third and fifth arguments specify the number of primary and secondary arcs respectively. If the fourth argument string contains an {\tt A}, the iron core is omitted; if a {\tt P}, the core is dashed (powder); and if it contains a {\tt W}, wide windings are drawn. A {\tt D1} puts phase dots at the {\sl P1, S1} end, {\tt D2} at the {\sl P2, S2} ends, and {\tt D12} or {\tt D21} puts dots at opposite ends. \FR{Audio} shows some audio devices, defined in {\tt []} blocks, with predefined internal locations as shown. The first argument specifies the device orientation. Thus, \par {\tt S: speaker(U) with .In2 at Here} \noindent places an upward-facing speaker with input {\sl In2} at the current location. \begin{figure}[ht] % \ifpdf\vspace*{-\baselineskip}\fi% \input AudioMan % \ifpdf\vspace*{-\baselineskip}\fi% \caption{Audio components: {\tt speaker(U|D|L|R|{\sl degrees},{\sl size},{\sl type}), bell, microphone, buzzer, earphone}, with their internally named positions and components.} \label{Audio} \end{figure} The {\tt nport({\sl box specs {\tt[;} other commands{\tt]}, nw, nn, ne, ns, space ratio, pin lgth, style})} macro is shown in \FR{Nport}. \begin{figure}[ht] % \ifpdf\vspace*{-\baselineskip}\fi \input NportMan % \ifpdf\vspace*{-\baselineskip}\fi \caption{The {\tt nport} macro draws a sequence of pairs of named pins on each side of a box. The pin names are shown. The default is a twoport. The {\tt nterm} macro draws single pins instead of pin pairs.} \label{Nport} \end{figure} The macro begins with the line \verb|define(`nport',`[Box: box `$1'|, so the first argument is a box specification such as size, fill, or text. The second to fifth arguments specify the number of ports (pin pairs) to be drawn respectively on the west, north, east, and south sides of the box. The end of each pin is named according to the side, port number, and $a$ or $b$ pin, as shown. The sixth argument specifies the ratio of port width to inter-port space, the seventh is the pin length, and setting the eighth argument to {\tt N} omits the pin dots. The macro ends with \verb|`$9']')|, so that a ninth argument can be used to add further customizations within the enclosing block. The {\tt nterm({\sl box specs, nw, nn, ne, ns, pin lgth, style})} macro illustrated in \FR{Nport} is similar to the {\tt nport} macro but has one fewer argument, draws single pins instead of pin pairs, and defaults to a 3-terminal box. Many custom labels or added elements may be required, particularly for 2-ports\label{Nports:}. These elements can be added using the first argument and the ninth of the {\tt nport} macro. For example, the following code adds a pair of labels to the box immediately after drawing it but within the enclosing block: {\tt nport(; {`"${}0$"'\ at Box.w ljust; `"$\infty$"'\ at Box.e rjust})} If this trick were to be used extensively, then the following custom wrapper would save typing, add the labels, and pass all arguments to {\tt nport}: \begin{verbatim} define(`nullor',`nport(`$1' {`"${}0$"' at Box.w ljust `"$\infty$"' at Box.e rjust},shift($@))') \end{verbatim} The above example and the related gyrator macro are illustrated in \FR{NLG}.\hfill\break \begin{figure}[ht] \input NLGMan \caption{The {\tt nullor} example and the {\tt gyrator} macro are customizations of the {\tt nport} macro.} \label{NLG} \end{figure} \FR{Contact} shows the macro {\tt contact({\sl chars})}, which contains predefined locations {\sl P, C, O} for the armature and normally closed and normally open terminals. An {\tt I} in the first argument draws open circles for contacts. \begin{figure}[ht] % \ifpdf\vspace*{-\baselineskip}\else\vspace*{-0.5\baselineskip}\fi% \input ContactMan \vspace{-1ex} \caption{The {\tt contact({\sl chars})} macro (default drawing direction right) can be used alone, in a set of ganged contacts, or in relays.} \label{Contact} \end{figure} The {\tt contacts({\sl poles, chars})} macro in \FR{Contacts} draws multiple contacts. \begin{figure}[ht] \input ContactsMan \vspace{-1ex} \caption{The {\tt contacts({\sl poles, chars})} macro (drawing direction right).} \label{Contacts} \end{figure} For drawing relays, the macro {\tt relaycoil({\sl chars, wid, ht,} {\tt U|D|L|R|}{\sl degrees})} shown in \FR{relaycoil} provides a choice of connection points and actuator types. \pagebreak \begin{figure}[ht] % \ifpdf\vspace*{-\baselineskip}\else\vspace*{-0.5\baselineskip}\fi% \input relaycoilMan \vspace{-1ex} \caption{The {\tt relaycoil} macro.} \label{relaycoil} \end{figure} The {\tt relay({\sl poles, chars})} macro in \FR{Relay} defines coil terminals {\sl V1, V2} and contact terminals {\sl P$_i$, C$_i$, O$_i$.} \begin{figure}[ht] \input RelayMan \vspace{-1ex} \caption{The {\tt relay({\sl poles, chars})} macro (drawing direction right).} \label{Relay} \end{figure} The {\tt jack} and {\tt plug} macros and their defined points are illustrated in \FR{Jack}. The first argument of both macros establishes the drawing direction. \begin{figure}[h!] \input JackMan \vspace{-1ex} \caption{The {\tt jack(U|D|L|R|{\sl degrees}, {\sl chars})} and {\tt plug(U|D|L|R|{\sl degrees},[2|3][R])} components and their defined points.} \label{Jack} \end{figure} The second argument is a string of characters defining drawn components. An {\tt R} in the string specifies a right orientation with respect to the drawing direction. The two principal terminals of the jack are included by putting \hbox{{\tt L} {\tt S}} or both into the string with associated make ({\tt M}) or break ({\tt B}) points. Thus, {\tt LMB} within the third argument draws the {\tt L} contact with associated make and break points. Repeated {\tt L[M|B]} or {\tt S[M|B]} substrings add auxiliary contacts with specified make or break points. A macro for drawing headers is in \FR{Headers}, and some experimental connectors are shown in \FR{Conn} and \FR{Pconn}. The {\tt tstrip} macro allows ``{\sl key}{\tt =}{\sl value}{\tt ;}'' arguments for width and height. \begin{figure}[ht] % \ifpdf\vspace*{-0.5\baselineskip}\fi% \input HeadersMan % \ifpdf{\vspace*{-0.5ex}}\fi% \caption{Macro {\tt Header(1|2, {\sl rows, wid, ht, type})}.} \label{Headers} \end{figure} \begin{figure}[ht] \input ConnMan % \ifpdf{\vspace*{-0.5ex}}\fi% \caption{Macros {\tt tstrip(R|L|U|D|{\sl degrees}, {\sl chars})}, {\tt ccoax(at} {\sl location}, {\tt M|F, {\sl diameter})}, {\tt tconn(\linespec, >|>>|<|<<|O[F], {\sl wid})}, and {\tt tbox({\sl text, wid, ht}, <|>|<>,{\sl type})}. } \label{Conn} % \ifpdf{\vspace*{-1ex}}\fi% \end{figure} \begin{figure}[ht] % \ifpdf{\vspace*{-1ex}}\fi% \input PconnMan % \ifpdf{\vspace*{-0.5ex}}\fi% \caption{A small set of power connectors drawn by {\tt pconnex(R|L|U|D|}{\sl degrees, chars}{\tt)}. Each connector has an internal {\tt H}, {\tt N}, and where applicable, a {\tt G} shape.} \label{Pconn} \end{figure} The double-throw switches shown in \FR{NPDT} are drawn in the current drawing direction like the two-terminal elements, but are composite elements that must be placed accordingly. \begin{figure}[h!b] \ifpdf{\vspace*{-1ex}}\fi% \input NPDTMan \caption{Multipole double-throw switches drawn by {\tt NPDT({\sl npoles}, [R])}.} \label{NPDT} \end{figure} A basic winding macro for magnetic-circuit sketches and similar figures is shown in \FR{Windings}. For simplicity, the complete spline is first drawn and then blanked in appropriate places using the background (core) color (\verb!lightgray! for example, default \verb!white!). \begin{figure}[h!b] \vspace*{-\baselineskip}% % \ifpdf\vspace*{-2\baselineskip}\else \vspace{-\baselineskip}\fi \input WindingsMan % \ifpdf\vspace*{-\baselineskip}\else\vspace*{-1ex}\fi \caption{The {\tt winding(L|R, diam, pitch, turns, core wid, core color)} macro draws a coil with axis along the current drawing direction. Terminals {\tt T1} and {\tt T2} are defined. Setting the first argument to {\tt R} draws a right-hand winding.} \label{Windings} \end{figure} \subsection{Semiconductors\label{Semiconductors:}}% \FR{Bip} shows the variants of bipolar transistor macro {\tt bi\_tr(\linespec,L|R,P,E)} which contains predefined internal locations {\sl E}, {\sl B}, {\sl C}. The first argument defines the distance and direction from {\sl E} \begin{figure}[ht] % \ifpdf\vspace*{-0.5\baselineskip}\fi% \input BipMan % \ifpdf\vspace*{-0.5\baselineskip}\fi% \caption{Variants of bipolar transistor {\tt bi\_tr(\linespec,L|R,P,E)} (current direction upward).} \label{Bip} \end{figure} to {\sl C,} with location determined by the enclosing block as for other elements, and the base placed to the left or right of the current drawing direction according to the second argument. Setting the third argument to {\tt P} creates a PNP device instead of NPN, and setting the fourth to {\tt E} draws an envelope around the device. \FR{Darlington} shows a composite macro with several optional internal elements. \begin{figure}[ht] \input Darlington \caption{Macro {\tt Darlington(L|R,[E][P][B1][E1|R1][E2|R2][D][Z])}, drawing direction {\tt up\_}.} \label{Darlington} \end{figure} The code fragment example in \FR{bitr} places a bipolar transistor, connects a ground to the emitter, and connects a resistor to the collector. \begin{figure}[ht] %\vspace*{-\baselineskip} \quad\quad\parbox{4in}{\small \verbatiminput{bitrbody.m4}}% \quad\raise-0.4in\hbox{\input bitr }% \vspace{-\baselineskip} \caption{The {\tt bi\_tr(\linespec,L|R,P,E)} macro.} \label{bitr} \end{figure} The {\tt bi\_tr} and {\tt igbt} macros are wrappers for the macro {\tt bi\_trans(\linespec, L|R, {\sl chars}, E)}, which draws the components of the transistor according to the characters in its third argument. For example, multiple emitters and collectors can be specified as shown in \FR{bitrans}. \begin{figure}[ht] %\vspace*{-0.5\baselineskip} \input bi_trans \caption{The {\tt bi\_trans(\linespec,L|R,{\sl chars},E)} macro. The sub-elements are specified by the third argument. The substring {\tt E}{\sl n} creates multiple emitters {\sl E0} to {\sl En}. Collectors are similar.} \label{bitrans} \end{figure} \pagebreak A UJT macro with predefined internal locations {\sl B1,} {\sl B2,} and {\sl E} is shown in \FR{ujt}, and a thyristor macro with predefined internal locations {\sl G} and {\sl T1,} {\sl T2,} or {\sl A,} {\sl K} is in \FR{thyristor}. Except for the {\sl G} terminal, a thyristor (the {\tt IEC} variant excluded) \begin{figure}[ht] % \ifpdf\vspace*{-\baselineskip}\else\vspace*{-0.5\baselineskip}\fi% \input ujtMan % \ifpdf\vspace*{-0.5\baselineskip}\fi% \caption{UJT devices, with current drawing direction {\tt up\_}. } \label{ujt} \end{figure} \begin{figure}[h!t] % \ifpdf\vspace*{-\baselineskip}\else\vspace*{-0.5\baselineskip}\fi% \input thyristorMan \vspace*{-1ex} \caption{The top two rows illustrate use of the {\tt thyristor({\sl linespec, chars})} macro, drawing direction {\tt down\_}, and the bottom row shows wrapper macros (drawing direction {\tt right\_}) that place the thyristor like a two-terminal element. Append {\tt K} to the second argument to draw open arrowheads.} \label{thyristor} \end{figure} is much like an two-terminal element. The wrapper macro {\tt scr({\sl linespec, chars, label})} and similar macros {\tt scs, sus,} and {\tt sbs} place thyristors using {\sl linespec} as for a two-terminal element, but require a third argument for the label for the compound block; thus, {\tt scr(from A to B,{,}Q3); line right from Q3.G} \noindent draws the element from position {\sl A} to position {\sl B} with label {\sl Q3}, and draws a line from {\sl G}. Some FETs with predefined internal locations {\sl S,} {\sl D,} and {\sl G} are also included, with similar arguments to those of {\tt bi\_tr,} as shown in \FR{fet}. \begin{figure}[ht] % \ifpdf\vspace*{-\baselineskip}\fi% \input fetMan % \ifpdf\vspace*{-\baselineskip}\fi% \caption{JFET, insulated-gate enhancement and depletion MOSFETs, and simplified versions. These macros are wrappers that invoke the {\tt mosfet} macro as shown in the middle and bottom rows. The two lower-right examples show custom devices, the first defined by omitting the substrate connection, and the second defined using a wrapper macro.} \label{fet} \end{figure} In all cases the first argument is a linespec, and entering {\tt R} as the second argument orients the {\sl G} terminal to the right of the current drawing direction. The macros in the top three rows of the figure are wrappers for the general macro {\tt mosfet(\linespec,R,{\sl characters},E)}. The third argument of this macro is a subset of the characters $\{${\tt BDEFGLMQRSTXZ}$\}$, each letter corresponding to a diagram component as shown in the bottom row of the figure. Preceding the characters {\tt B}, {\tt G}, and {\tt S} by {\tt u} or {\tt d} adds an up or down arrowhead to the pin, preceding {\tt T} by {\tt d} negates the pin, and preceding {\tt M} by {\tt u} or {\tt d} puts the pin at the drain or source end respectively of the gate. The obsolete letter {\tt L} is equivalent to {\tt dM} and has been kept temporarily for compatibility. This system allows considerable freedom in choosing or customizing components, as illustrated in \FR{fet}. The number of possible semiconductor symbols is very large, so these macros must be regarded as prototypes. Often an element is a minor modification of existing elements. For example, the {\tt thyristor(\linespec, {\sl chars})} macro illustrated in \FR{thyristor} is derived from the diode and bipolar transistor macros. Another example is the {\tt tgate} macro shown in \FR{Tgate}, which also shows a pass transistor. \begin{figure}[ht] % \ifpdf\vspace*{-\baselineskip}\fi% \input TgateMan \caption{The {\tt tgate({\sl linespec,} [B][R|L])} element, derived from a customized diode and {\tt ebox}, and the {\tt ptrans(\linespec, [R|L])} macro. These are not two-terminal elements, so the {\sl linespec} argument defines the direction and length of the line from $A$ to $B$ but not the element position.} \label{Tgate} \end{figure} \pagebreak Some other non-two-terminal macros are {\tt dot}, which has an optional argument ``{\tt at} {\sl location}'', the line-thickness macros, the {\tt fill\_} macro, and {\tt crossover}, which is a useful if archaic method to show non-touching conductor crossovers, as in \FR{bistable}. \begin{figure}[ht] \input bistableMan % \vspace{-1ex} \caption{Bipolar transistor circuit, illustrating {\tt crossover} and colored elements.} \label{bistable} \end{figure} This figure also illustrates how elements and labels can be colored using the macro \par {\tt rgbdraw({\sl r}, {\sl g}, {\sl b}, {\sl drawing commands})} \par \noindent where the {\sl r, g, b} values are in the range 0 to 1 (integers from 0 to 255 for \SVG) to specify the rgb color. This macro is a wrapper for the following, which may be more convenient if many elements are to be given the same color: {\tt setrgb({\sl r}, {\sl g}, {\sl b})} \hfill\break\hspace*{\parindent}% {\sl drawing commands} \hfill\break\hspace*{\parindent}% {\tt resetrgb} A macro is also provided for colored fills: {\tt rgbfill({\sl r}, {\sl g}, {\sl b}, {\sl drawing commands})} \noindent% These macros depend heavily on the postprocessor and are intended only for \PSTricks, \TPGF, \MetaPost, \SVG, and the Postscript or PDF output of \dpic. \xection{Corners\label{Corners:}}% If two straight lines meet at an angle then, depending on the postprocessor, the corner may not be mitred or rounded unless the two lines belong to a multisegment line, as illustrated in \FR{Corners}. \begin{figure}[ht] \input Corners \caption{Producing mitred angles and corners.} \label{Corners} \end{figure} This is normally not an issue for circuit diagrams unless the figure is magnified or thick lines are drawn. Rounded corners can be obtained by setting post-processor parameters, but the figure shows the effect of macros {\tt round} and {\tt corner}. The macros {\tt mitre\_({\sl Position1,Position2,Position3,length,attributes})} and {\tt Mitre\_({\sl Line1,Line2,length,attributes})} may assist as shown. Otherwise, a right-angle line can be extended by half the line thickness (macro {\tt hlth}) as shown on the upper row of the figure, or a two-segment line can be overlaid at the corner to produce the same effect. \xection{Looping\label{Looping:}} Sequential actions can be performed using either the \dpic command {\tt for {\sl variable}={\sl expression} to {\sl expression} [by {\sl expression}] do $\lbrace$ {\sl actions} $\rbrace$} \noindent or at the \Mfour processing stage. The {\tt libgen} library defines the macro {\tt for\_({\sl start}, {\sl end}, {\sl increment}, `{\sl actions}')} \noindent for this and other purposes. Nested loops are allowed and the innermost loop index variable is {\tt m4x.} The first three arguments must be integers and the {\sl end} value must be reached exactly; for example, \verb|for_(1,3,2,`print In`'m4x')| prints locations {\sl In1} and {\sl In3}, but \verb|for_(1,4,2,`print In`'m4x')| does not terminate since the index takes on values 1, 3, 5, $\ldots$. Repetitive actions can also be performed with the {\tt libgen} macro {\tt Loopover\_(`{\sl variable}', {\sl actions}, {\sl value1}, {\sl value2}, $\ldots$)} \noindent which evaluates {\sl actions} for each instance of {\sl variable} set to {\sl value1, value2, $\ldots$}. \xection{Logic gates\label{Logicgates:}} \FR{Logic} shows the basic logic gates included in library {\tt liblog.m4}. The first argument of the gate macros can be an integer $N$ from $0$ to $16,$ specifying the number of input locations {\tt In1,} $\ldots$ {\tt In}$N,$ as illustrated for the NOR gate in the figure. By default, $N=2$ except for macros {\tt NOT\_gate} and {\tt BUFFER\_gate}, which have one input {\tt In1} unless they are given a first argument, which is treated as the line specification of a two-terminal element. \begin{figure}[h!] \input LogicMan \caption{Basic logic gates. The input and output locations of a three-input NOR gate are shown. Inputs are negated by including an {\tt N} in the second argument letter sequence. A {\tt B} in the second argument produces a box shape as shown in the rightmost column, where the second example has AND functionality and the bottom two are examples of exclusive OR functions.} \label{Logic} \end{figure} Input locations retain their positions relative to the gate body regardless of gate orientation, as in \FR{FF}. \begin{figure}[ht] \vspace*{-\baselineskip} \parbox{4.75in}{\small \verbatiminput{FF.m4}}% \input FF \vspace*{-\baselineskip} \caption{$SR$ flip-flop.} \label{FF} \end{figure} \begin{figure}[ht] \input mplex \caption{Eight-input multiplexer, showing a gate with wings.} \label{exVIII} \end{figure} Beyond a default number (6) of inputs, the gates are given wings as in \FR{exVIII}. Negated inputs or outputs are marked by circles drawn using the \verb|NOT_circle| macro. The name marks the point at the outer edge of the circle and the circle itself has the same name prefixed by~{\tt N\_}. For example, the output circle of a nand gate is named {\tt N\_Out} and the outermost point of the circle is named {\tt Out.} Instead of a number, the first argument can be a sequence of letters {\tt P} or {\tt N} to define normal or negated inputs; thus for example, {\tt NXOR\_gate(NPN)} defines a 3-input nxor gate with not-circle inputs {\tt In1} and {\tt In3} and normal input {\tt In2} as shown in the figure. The macro {\tt IOdefs} can also be used to create a sequence of custom named inputs or outputs. Gates are typically not two-terminal elements and are normally drawn horizontally or vertically (although arbitrary directions may be set with e.g. {\tt Point\_({\sl degrees})}). Each gate is contained in a block of typical height {\tt 6*L\_unit} where {\tt L\_unit} is a macro intended to establish line separation for an imaginary grid on which the elements are superimposed. Including an \verb|N| in the second argument character sequence of any gate negates the inputs, and including \verb|B| in the second argument invokes the general macro {\tt BOX\_gate([P|N]...,[P|N],{\sl horiz size},{\sl vert size},{\sl label})}, which draws box gates. Thus, {\tt BOX\_gate(PNP,N,,8,\char92 geq 1)} creates a gate of default width, eight {\tt L\_unit}s height, negated output, three inputs with the second negated, and internal label ``$\geq1$''. If the fifth argument begins with {\tt sprintf} or a double quote then the argument is copied literally; otherwise it is treated as scriptsize mathematics. A good strategy for drawing complex logic circuits might be summarized as follows: \begin{itemize}\itemsep=0pt \item Establish the absolute locations of gates and other major components (e.g. chips) relative to a grid of mesh size commensurate with {\tt L\_unit}, which is an absolute length. \item Draw minor components or blocks relative to the major ones, using parameterized relative distances. \item Draw connecting lines relative to the components and previously drawn lines. \item Write macros for repeated objects. \item Tune the diagram by making absolute locations relative, and by tuning the parameters. Some useful macros for this are the following, which are in units of {\tt L\_unit}: \begin{itemize} \item[] {\tt AND\_ht, AND\_wd}: the height and width of basic AND and OR gates \item[] {\tt BUF\_ht, BUF\_wd}: the height and width of basic buffers \item[] {\tt N\_diam}: the diameter of NOT circles \end{itemize} \end{itemize} The macro {\tt BUFFER\_gate(\linespec,[N|B],{\sl wid},{\sl ht},% [N|P]\char42,[N|P]\char42)} is a wrapper for the composite element {\tt BUFFER\_gen}. If the second argument is {\tt B}, then a box gate is drawn; otherwise the gate is triangular. Arguments 5 and 6 determine the number of defined points along the northeast and southeast edges respectively, with an {\tt N} adding a NOT circle. If the first argument is non-blank however, then the buffer is drawn along an invisible line like a two-terminal element, which is convenient sometimes but requires internal locations of the block to be referenced using {\tt last []}, as shown in \FR{Buffer}. \begin{figure}[ht] \input Buffer \caption{The {\tt BUFFER\_gate} and {\tt BUFFER\_gen} macros. The bottom two examples show how the gate can be drawn as a two-terminal macro but internal block locations must be referenced using {\tt last []}.} \label{Buffer} \end{figure} \FR{FlipFlops} shows the macro {\tt FlipFlop(D|T|RS|JK, {\sl label, boxspec, pinlength})}, which is a wrapper for the more general macro {\tt FlipFlopX(}{\sl boxspec, label, leftpins, toppins, rightpins, bottompins, pinlength}{\tt )}. \begin{figure}[ht] \input FlipFlop \caption{The {\tt FlipFlop} and {\tt FlipFlopX} macros, with variations.} \label{FlipFlops} \end{figure} The first argument modifies the box (labelled {\sl Chip}) default specification. Each of arguments 3 to 6 is null or a string of {\sl pinspecs} separated by semicolons ({\tt;}). A {\sl pinspec} is either empty (null) or of the form {\tt[}{\sl pinopts}{\tt]:[}{\sl label}{\tt[:}{\sl Picname}{\tt]]}. The first colon draws the pin. Pins are placed top to bottom or left to right along the box edges with null pinspecs counted for placement. Pins are named by side and number by default; eg {\tt W1, W2, ..., N1, N2, ..., E1, ..., S1, ...} ; however, if {\tt:}{\sl Picname} is present in a {\sl pinspec} then {\sl Picname} replaces the default name. A {\sl pinspec} label is text placed at the pin base. Semicolons are not allowed in labels; use e.g., \verb|\char59{}| instead. To put a bar over a label, use {\tt lg\_bartxt(}{\sl label}{\tt)}. The {\sl pinopts} are {\tt [L|M|I|O][N][E]} as for the \verb|lg_pin| macro. Optional argument 7 is the pin length in drawing units. \pagebreak \FR{Multiplexer} shows a multiplexer block with variations, and \FR{Demultiplexer} shows the very similar demultiplexer. \begin{figure}[h!t] \input MultiplexerMan \caption{The {\tt Mux({\sl input count}, {\sl label}, [L][B|H|X][N[$n$]|S[$n$]][[N]OE],{\sl wid},{\sl ht})} macro.} \label{Multiplexer} \end{figure} \begin{figure}[h!t] \input DemultiplexerMan \caption{The {\tt Demux({\sl input count}, {\sl label}, [L][B|H|X][N[$n$]|S[$n$]][[N]OE],{\sl wid},{\sl ht})} macro.} \label{Demultiplexer} \end{figure} Customized gates can be defined simply. For example, the following code defines the custom flipflops in \FR{ShiftR}. \begin{verbatim} define(`customFF',`FlipFlopX(wid 10*L_unit ht FF_ht*L_unit,, :S;NE:CK;:R, N:PR, :Q;;ifelse(`$1',1,:lg_bartxt(Q)), N:CLR) ') \end{verbatim} \begin{figure}[h!t] \input ShiftRMan \caption{A 5-bit shift register.} \label{ShiftR} \end{figure} This definition makes use of macros \verb|L_unit| and \verb|FF_ht| that predefine default dimensions. There are three pins on the right; the centre pin is null and the bottom is null if the first macro argument is 1. \pagebreak For hybrid applications, the \verb|dac| and \verb|adc| macros are illustrated in \FR{Dac}. The figure shows the default and predefined internal locations, the number of which can be specified as macro arguments. \begin{figure}[ht] % \ifpdf\vspace*{-\baselineskip}\fi% \input Dac % \ifpdf\vspace*{-\baselineskip}\fi% \caption{The {\tt dac({\sl width,height},nIn,nN,nOut,nS)} and {\tt adc({\sl width,height},nIn,nN,nOut,nS)} macros.} \label{Dac} \end{figure} In addition to the logic gates described here, some experimental IC chip diagrams are included with the distributed example files. \xection{Integrated circuits\label{ICs:}} Developing a definitive library of integrated circuits is problematic because context may determine how they should be drawn. Logical clarity may require drawing a functional diagram in which the connection pins are not in the physical order of a terminal diagram, for example. Circuit boards and connectors are similar. Although the geometries are simple, managing lists of pin locations and labels can be tedious and repetitive. The many-argument macro {\tt lg\_pin( {\sl location, label, Picname,} n|e|s|w [L|M|I|O][N][E], {\sl pinno, optional length})} can be used to draw a variety of pins as illustrated in the \FR{sampleIC}. To draw the left-side pins, for example, one can write \begin{verbatim} lg_pin( U.nw-(0,lg_pinsep), Vin, Pin1, w ) lg_pin( U.nw-(0,2*lg_pinsep),,, wL ) \end{verbatim} \noindent and so on. \begin{figure}[h!] \parbox{\textwidth}{\small\verbatiminput{sampleIC.m4}}% \hfill\llap{\raise-0.15in\hbox{\input sampleIC }}% \vspace*{-\baselineskip}% \caption{ An imaginary 16-pin integrated circuit and its code. Pin variations defined by the first {\tt Loopover\_} are shown on the left; and text, pic labels, and pin numbers are defined on the right. The third and successive arguments of the second {\tt Loopover\_} are {\tt ;}-separated pin number, text, and pin type. The semicolons are changed to commas by the {\tt patsubst} \Mfour\ macro and the {\tt Upin} macro gives the resulting arguments to {\tt lg\_pin}. \label{sampleIC}}% \end{figure} Each pin can also be given a \pic\ name, some text to indicate function, and a number. To reduce the tedium of adding the pins by hand, a list can be given to the {\tt Loopover\_(\char96{}variable\char39, \char96{}{\sl actions}\char39, {\sl value1, value2, $\ldots$})} which executes the given actions successively with {\sl variable} = {\sl value1}, {\sl value2} $\ldots$ and the counter {\tt m4Lx} set to 1, 2, $\ldots$ as in the diagram. \xection{Element and diagram scaling\label{Scaling:}} There are several issues related to scale changes. You may wish to use millimetres, for example, instead of the default inches. You may wish to change the size of a complete diagram while keeping the relative proportions of objects within it. You may wish to change the sizes or proportions of individual elements within a diagram. You must take into account that line widths are scaled separately from drawn objects, and that the size of typeset text is independent of the \pic language. The scaling of circuit elements will be described first, then the \pic scaling facilities. \subsection{Circuit scaling\label{Circuitscaling:}} The circuit elements all have default dimensions that are multiples of the \pic environmental parameter {\tt linewid,} so changing this parameter changes default element dimensions. The scope of a \pic variable is the current block; therefore, a sequence such as \begin{verbatim} resistor T: [linewid = linewid*1.5; up_; Q: bi_tr] with .Q.B at Here ground(at T.Q.E) resistor(up_ dimen_ from T.Q.C) \end{verbatim} \noindent% connects two resistors and a ground to an enlarged transistor. Alternatively, you may redefine the default length {\tt elen\_} or the body-size parameter {\tt dimen\_.} For example, adding the line {\tt define(`dimen\_',(dimen\_*1.2))} \noindent% after the {\tt cct\_init} line of {\tt quick.m4} produces slightly larger body sizes for all circuit elements. For logic elements, the equivalent to the {\tt dimen\_} macro is {\tt L\_unit}, which has default value {\tt (linewid/10)}. The macros {\tt capacitor, inductor,} and {\tt resistor} have arguments that allow the body sizes to be adjusted individually. The macro {\tt resized} mentioned previously can also be used. \subsection{Pic scaling\label{Picscaling:}} There are at least three kinds of graphical elements to be considered: \begin{enumerate} \item When generating final output after reading the {\tt.PE} line, \pic processors divide distances and sizes by the value of the environmental parameter {\tt scale}, which is 1 by default. Therefore, the effect of assigning a value to {\tt scale} at the beginning of the diagram is to change the drawing unit (initially 1 inch) throughout the figure. For example, the file {\tt quick.m4} can be modified to use millimetres as follows: \begin{verbatim} .PS # Pic input begins with .PS scale = 25.4 # mm cct_init # Set defaults elen = 19 # Variables are allowed ... \end{verbatim} \vspace*{-1.5\baselineskip} The default sizes of \pic objects are redefined by assigning new values to the environmental parameters {\tt arcrad,} {\tt arrowht,} {\tt arrowwid,} {\tt boxht,} {\tt boxrad,} {\tt boxwid,} {\tt circlerad,} {\tt dashwid,} {\tt ellipseht,} {\tt ellipsewid,} {\tt lineht,} {\tt linewid,} {\tt moveht,} {\tt movewid,} {\tt textht,} and {\tt textwid.} The $\ldots${\tt ht} and $\ldots${\tt wid} parameters refer to the default sizes of vertical and horizontal lines, moves, etc., except for {\tt arrowht} and {\tt arrowwid}, which are arrowhead dimensions. The {\tt boxrad} parameter can be used to put rounded corners on boxes. Assigning a new value to {\tt scale} also multiplies all of these parameters except {\tt arrowht,} {\tt arrowwid,} {\tt textht,} and {\tt textwid} by the new value of {\tt scale} (\gpic multiplies them all). Therefore, objects drawn to default sizes are unaffected by changing {\tt scale} at the beginning of the diagram. To change default sizes, redefine the appropriate parameters explicitly. \item The {\tt .PS} line can be used to scale the entire drawing, regardless of its interior. Thus, for example, the line {\tt.PS 100/25.4} scales the entire drawing to a width of 100$\,$mm. Line thickness, text size, and \dpic arrowheads are unaffected by this scaling. If the final picture width exceeds {\tt maxpswid}, which has a default value of 8.5, then the picture is scaled to this size. Similarly, if the height exceeds {\tt maxpsht} (default 11), then the picture is scaled to fit. These parameters can be assigned new values as necessary, for example, to accommodate landscape figures. \item The finished size of typeset text is independent of \pic variables, but can be determined as in \SR{Interaction:}. Then, {\tt "text" wid $x$ ht $y$} tells \pic the size of {\tt text}, once the printed width $x$ and height $y$ have been found. \item Line widths are independent of diagram and text scaling, and have to be set explicitly. For example, the assignment {\tt linethick = 1.2} sets the default line width to 1.2\,pt. The macro {\tt linethick\_({\sl points})} is also provided, together with default macros {\tt thicklines\_} and {\tt thinlines\_}. \end{enumerate} \xection{Writing macros\label{Writing:}} The \Mfour language is quite simple and is described in numerous documents such as the original reference~\cite{KRm4} or in later manuals~\cite{Seindal94}. If a new circuit or other element is required, then it may suffice to modify and rename one of the library definitions or simply add an option to it. Hints for drawing general two-terminal elements are given in {\tt libcct.m4}. However, if an element or block is to be drawn in only one orientation then most of the elaborations used for general two-terminal elements in \SR{Basictwo:} can be dropped. If you develop a library of custom macros in the installation directory then the statement {\tt include(}{\sl mylibrary}{\tt.m4)} can bring its definitions into play. \enlargethispage{\baselineskip} It may not be necessary to define your own macro if all that is needed is a small addition to an existing element that is defined in an enclosing \verb|[ ]| block. After the element arguments are expanded, one argument beyond the normal list is automatically expanded before exiting the block, as mentioned near the beginning of \SR{Composite:}. This extra argument can be used to embellish the element. A macro is defined using quoted name and replacement text as follows: {\tt define(`}{\sl name}{\tt',`}{\sl replacement text}{\tt ')} After this line is read by the \Mfour processor, then whenever {\sl name} is encountered as a separate string, it is replaced by its replacement text, which may have multiple lines. The quotation characters are used to defer macro expansion. Macro arguments are referenced inside a macro by number; thus {\tt \$1} refers to the first argument. A few examples will be given. \Example{1} Custom two-terminal elements can often be defined by writing a wrapper for an existing element. For example, an enclosed thermal switch can be defined as shown in \FR{Thermal}. \begin{figure}[ht] \parbox{4.2in}{\tt define(`thermalsw',\hfill\break \hbox{}\space`dswitch(`\$1',`\$2',WDdBTh)\hfill\break \hbox{}\space\space circle rad distance(M4T,last line.c) at last line.c ') }% \hfill\raise-0.15in\hbox{\input Thermal } \caption{A custom thermal switch defined from the {\tt dswitch} macro.} \label{Thermal} \end{figure} \Example{2} In the following, two macros are defined to simplify the repeated drawing of a series resistor and series inductor, and the macro {\tt tsection} defines a subcircuit that is replicated several times to generate \FR{Tline}. {\small \verbatiminput{Tline.m4}} \begin{figure}[h!] % \ifpdf\vspace*{-\baselineskip}\fi% \input Tline \caption{A lumped model of a transmission line, illustrating the use of custom macros.} \label{Tline} \end{figure} \Example{3} %\par\noindent {\bf Example 3:} Composite elements containing several basic elements may be required. \FR{HybridPi} shows a circuit that can be drawn in any reference direction prespecified by {\tt Point\_({\sl degrees})}, containing labels that always appear in their natural horizontal orientation. Two flags in the argument determine the circuit orientation with respect to the current drawing direction and whether a mirrored circuit is drawn. The key to writing such a macro is to observe that the \pic language allows two-terminal elements to change the current drawing direction, so the value of {\tt rp\_ang} should be saved and restored as necessary after each internal two-terminal element has been drawn. A draft of such a macro follows: \begin{verbatim} # `Point_(degrees) # hybrid_PI_BJT([L][M]) # L=left orientation; M=mirror' define(`hybrid_PI_BJT', `[ # Size (and direction) parameters: hunit = ifinstr(`$1',M,-)dimen_ vunit = ifinstr(`$1',L,-)dimen_*3/2 hp_ang = rp_ang # Save the reference direction Rpi: resistor(to rvec_(0,-vunit)); point_(hp_ang) # Restore direction DotG: dot(at rvec_(hunit*5/4,0)) Gm: consource(to rvec_(0,vunit),I,R); point_(hp_ang) # Restore direction dot(at rvec_(hunit*3/4,0)) Ro: resistor(to rvec_(0,-vunit)); point_(hp_ang) # Restore direction line from Rpi.start to Rpi.start+vec_(-hunit/2,0) chop -lthick/2 chop 0 Base: dot(,,1) line from Gm.end to Ro.start+vec_(hunit/2,0) chop -lthick/2 chop 0 Collector: dot(,,1) line from Rpi.end to Ro.end chop -lthick/2 DotE: dot(at 0.5 between Rpi.end and DotG) line to rvec_(0,-vunit/2) Emitter: dot(,,1) # Labels `"$\mathrm{r_\pi}$"' at Rpi.c+vec_(hunit/4,0) `"$ + $"' at Rpi.c+vec_(-hunit/6, vunit/4) `"$ - $"' at Rpi.c+vec_(-hunit/6,-vunit/4) `"$\mathrm{v_\pi}$"' at Rpi.c+vec_(-hunit/4,0) `"$\mathrm{g_m}$$\mathrm{v_\pi}$"' at Gm.c+vec_(-hunit*3/8,-vunit/4) `"$\mathrm{r_o}$"' at Ro.c+vec_(hunit/4,0) `$2' ] ') \end{verbatim} \begin{figure}[ht] \vspace*{-0.5ex} \input HybridPi \vspace*{-0.5ex} \caption{A composite element containing several basic elements} \label{HybridPi} \end{figure} %\enlargethispage{\baselineskip} \Example{4} A number of elements have arguments meant explicitly for customization. \FR{Sinus} customizes the {\tt source} macro to show a cycle of a horizontal sinusoid with adjustable phase given by argument 2 in degrees, as might be wanted for a 3-phase circuit: \begin{figure}[ht] \hfill\input Sinus \vspace*{-0.5in} \begin{verbatim} define(`phsource',`source($1, #`Set angle to 0, draw sinusoid, restore angle' m4smp_ang = rp_ang; rp_ang = 0 sinusoid(m4h/2,twopi_/(m4h), ifelse(`$2',,,`($2)/360*twopi_+')pi_/2,-m4h/2,m4h/2) with .Origin at Here rp_ang = m4smp_ang, $3,$4,$5)') \end{verbatim} \vspace*{-\baselineskip} \caption{A source element customized using its second argument.} \label{Sinus} \end{figure} \Example{5} Repeated subcircuits might appear only as the subcircuit and its mirror image, for example, so the power of the \verb|vec_()| and \verb|rvec_()| macros is not required. Suppose that an optoisolator is to be drawn with left-right or right-left orientation as shown in \FR{Opto}. %\vspace*{-0.5em} \begin{figure}[h!b] \input Opto \caption{Showing {\tt opto} and {\tt opto(BR)} with defined labels.} \label{Opto} \end{figure} The macro interface could be something like the following: \par {\tt opto( [L|R][A|B] )}, \noindent where an {\tt R} in the argument string signifies a right-left (mirrored) orientation and the element is of either {\tt A} or {\tt B} type; that is, there are two related elements that might be drawn in either orientation, for a total of four possibilities. Those who find such an interface to be too cryptic might prefer to invoke the macro as \par {\tt opto(orientation=Rightleft;type=B)}, \noindent which includes semantic sugar surrounding the {\tt R} and {\tt B} characters for readability; this usage is made possible by testing the argument string using the {\tt ifinstr()} macro rather than requiring an exact match. A draft of the macro follows, and the file {\tt Optoiso.m4} in the examples directory adds a third type option. \begin{verbatim} # `opto([R|L][A|B])' define(`opto',`[{u = dimen_/2 Q: bi_trans(up u*2,ifinstr(`$1',R,R),ifinstr(`$1',B,B)CBUdE) E: Q.E; C: Q.C; A:ifinstr(`$1',R,Q.e+(u*3/2,u),Q.w+(-u*3/2,u)); K: A-(0,u*2) ifinstr(`$1',B,line from Q.B to (Q.B,E); B: Here) D: diode(from A to K) arrow from D.c+(0,u/6) to Q.ifinstr(`$1',R,e,w)+(0,u/6) chop u/3 chop u/4 arrow from last arrow.start-(0,u/3) to last arrow.end-(0,u/3) Enc: box rad u wid abs(C.x-A.x)+u*2 ht u*2 with .c at 0.5 between C and K `$2' }]') \end{verbatim} Two instances of this subcircuit are drawn and placed by the following code, with the result shown in \FR{Opto}. \begin{verbatim} Q1: opto Q2: opto(type=B;orientation=Rightleft) with .w at Q1.e+(dimen_,0) \end{verbatim} \iffalse \noindent {\bf Example 4:} Repeated subcircuits might have different orientations. Suppose that a simple opamp subcircuit might have to be drawn in any direction. The subcircuit will be placed in a {\tt [} {\tt ]} block, with internal points {\sl In}, {\sl Out}, and {\sl G}. The macro interface could be something like the following: {\tt fbfilter( U|D|L|R|{\sl degrees}, [L|R], {\sl opamp label}, {\sl C label}, {\sl R label} )} \noindent The first argument specifies the drawing direction as for the {\tt antenna} macro, for example. Setting the second argument to {\tt R} specifies right orientation with respect to the drawing direction, and the last three arguments are labels for three internal elements. Two instances of this subcircuit are drawn and placed by the following code, with the result shown in \FR{fbfilter}. \begin{verbatim} F1: fbfilter(,,K_3,C_{24},R_4) ground(at F1.G) dot(at F1.In); line up_ elen_/4 F2: fbfilter(L,R,K_2,C_{23},R_3) with .In at F1.In ground(at F2.G) \end{verbatim} \vspace*{-0.5em} \begin{figure}[ht] \input fbfilter \caption{Showing the result of two invocations of the {\tt fbfilter} macro, with labels.} \label{fbfilter} \end{figure} A draft macro for the subcircuit follows: \begin{verbatim} define(`fbfilter', `[ setdir_(ifelse(`$1',,0,`$1')) # Process arg 1, default to the right eleminit_ # Assign rp_ang, rp_len tmpang = rp_ang # Save rp_ang hunit = elen_ # Dimension parameters vunit = ifinstr(`$2',R,-)elen_/2 K: opamp(,,,,`$2') move to K.In`'ifinstr(`$2',R,2,1); line to rvec_(-hunit/4,0) J: dot R: resistor(to rvec_(-elen_,0)); point_(tmpang) # Reset rp_ang In: Here move to K.In`'ifinstr(`$2',R,1,2); line to rvec_(-hunit/4,0) G: Here dot(at K.Out) { line to rvec_(hunit/4,0) Out: Here } line to rvec_(0,vunit) C: capacitor(to rvec_(-distance(K.Out,0.5 between J and G),0)); point_(tmpang) line to J ifelse(`$3',,,"$`$3'$" at K.C) # Add the labels if non-blank. ifelse(`$4',,,"$`$4'$" at C+vec_(0,-vunit/3)) ifelse(`$5',,,"$`$5'$" at R+vec_(0,-vunit/4)) resetdir_ ]') \end{verbatim} The drawing direction is unknown when the macro is defined, so the macros {\tt vec\_} and {\tt rvec\_} are used for drawing lines and elements. Thus, {\tt (vec\_({\sl x,y}))} is position {\tt ({\sl x,y})} rotated by angle {\tt rp\_ang}. A side effect of drawing a two-terminal element is to change the drawing direction (in conformity with the \pic language), so the angle must be saved and reset as needed. Normally, the {\tt fbfilter} block will be placed by specifying the position of one of its defined points; by default it will be placed as if it were a box. \fi \xection{Interaction with \latex\label{Interaction:}} The sizes of typeset labels and other \tex boxes are generally unknown prior to processing the diagram by \latex. Although they are not needed for many circuit diagrams, these sizes may be required explicitly for calculations or implicitly for determining the diagram bounding box. The following example shows how text sizes can affect the overall size of a diagram: \begin{verbatim} .PS B: box "Left text" at B.w rjust "Right text: $x^2$" at B.e ljust .PE \end{verbatim} The \pic interpreter cannot know the size of the text to the left and right of the box, and the diagram is generated using default text values. One solution to this problem is to measure the text sizes by hand and include them literally, thus:\hfill\break \hbox{}\quad% \verb|"Left text" wid 38.47pt__ ht 7pt__ at B.w rjust|\hfill\break but this is tedious. Often, a better solution is to process the diagram twice. The diagram source is processed as usual by \Mfour and a \pic processor, and the main document source is \latex{}ed to input the diagram and format the text, and also to write the text dimensions into a supplementary file. Then the diagram source is processed again, reading the required dimensions from the supplementary file and producing a diagram ready for final \latex{}ing. This hackery is summarized below, with an example in \FR{stringdim}. \begin{itemize} \item Put \verb|\usepackage{boxdims}| into the document source. \item Insert the following at the beginning of the diagram source, where {\sl jobname} is the name of the main \latex file:\hfill\break \quad{\tt sinclude({\sl jobname}.dim)\hfill\break \quad s\_init({\sl unique name})} \item Use the macro {\tt s\_box({\sl text})} to produce typeset text of known size, or alternatively, invoke the macros \verb|\boxdims| and \verb|boxdim| described later. The argument of {\tt s\_box} need not be text exclusively; it can be anything that produces a \TeX\ box, for example, \verb|\includegraphics|. \end{itemize} \begin{figure}[ht] \parbox{3.5in}{\small\tt.PS\\ gen\_init\\ sinclude(Circuit\_macros.dim)\\ s\_init(stringdims)\\ B: box\\ \hbox{}\quad s\_box(Left text) at B.w rjust\\ \hbox{}\quad s\_box(Right text: \$x\^{}{\%g}\$,2) at B.e ljust\\ .PE}% \hfill\llap{\raise-0.25in\hbox{\input stringdims }}% \caption{The macro {\tt s\_box} sets string dimensions automatically when processed twice. If two or more arguments are given to {\tt s\_box}, they are passed through {\tt sprintf}. The dots show the figure bounding box.} \label{stringdim} \end{figure} \noindent The macro \verb|s_box(|{\sl text}\verb|)| evaluates initially to \verb|"\boxdims{|{\sl name}\verb|}{|{\sl text}\verb|}"| \verb|wid boxdim(|{\sl name}\verb|,w) ht boxdim(|{\sl name}\verb|,v)| \noindent On the second pass, this is equivalent to {\tt "{\sl text}" wid {\sl x} ht {\sl y}} \noindent where {\sl x} and {\sl y} are the typeset dimensions of the \latex input text. If {\tt s\_box} is given two or more arguments as in \FR{stringdim} then they are processed by {\tt sprintf}. The argument of {\tt s\_init}, which should be unique within {\tt{\sl jobname}.dim}, is used to generate a unique \verb|\boxdims| first argument for each invocation of \verb|s_box| in the current file. If \verb|s_init| has been omitted, the symbols ``{\bf !!}'' are inserted into the text as a warning. Be sure to quote any commas in the arguments. Since the first argument of {\tt s\_box} is \latex source, make a rule of quoting it to avoid comma and name-clash problems. For convenience, the macros {\tt s\_ht}, {\tt s\_wd}, and {\tt s\_dp} evaluate to the dimensions of the most recent {\tt s\_box} string or to the dimensions of their argument names, if present. The file \verb|boxdims.sty| distributed with this package should be installed where \latex can find it. The essential idea is to define a two-argument \latex macro \verb|\boxdims| that writes out definitions for the width, height and depth of its typeset second argument into file {\sl jobname.}\verb|dim|, where {\sl jobname} is the name of the main source file. The first argument of \verb|\boxdims| is used to construct unique symbolic names for these dimensions. Thus, the line {\tt box \verb|"\boxdims{Q}{\Huge Hi there!}"| } \noindent has the same effect as {\tt box \verb|"\Huge Hi there!"|} \noindent except that the line {\tt define(`Q\_w',77.6077pt\_\_)define(`Q\_h',17.27779pt\_\_)% define(`Q\_d',0.0pt\_\_)dnl} \noindent is written into file {\sl jobname.}\verb|dim| (and the numerical values depend on the current font). These definitions are required by the \verb|boxdim| macro described below. \vbox{\strut The \latex macro \par \verb|\boxdimfile{|{\sl dimension file}\verb|}| } \noindent is used to specify an alternative to {\sl jobname.}\verb|dim| as the dimension file to be written. This simplifies cases where {\sl jobname} is not known in advance or where an absolute path name is required. Another simplification is available. Instead of the {\tt sinclude({\sl dimension file})} line above, the dimension file can be read by \Mfour before reprocessing the source for the second time: {\tt m4 {\sl library files} {\sl dimension file} {\sl diagram source file} ...} Here is a second small example. Suppose that the file {\tt tsbox.m4} contains the following: \pagebreak \begin{verbatim} \documentclass{article} \usepackage{boxdims,ifpstricks(pstricks,tikz)} \begin{document} .PS cct_init s_init(unique) sinclude(tsbox.dim) [ source(up_,AC); llabel(,s_box(AC supply)) ]; showbox_ .PE \end{document} \end{verbatim} The file is processed twice as follows: {\tt m4 pgf.m4 tsbox.m4 | dpic -g > tsbox.tex; pdflatex tsbox} \par {\tt m4 pgf.m4 tsbox.m4 | dpic -g > tsbox.tex; pdflatex tsbox} \noindent The first command line produces a file {\tt tsbox.pdf} with incorrect bounding box. The second command reads the data in {\tt tsbox.dim} to size the label correctly. The equivalent pstricks commands (note the {\tt ifpstricks} macro in the second source line) are {\tt m4 pstricks.m4 tsbox.m4 | dpic -p > tsbox.tex; latex tsbox} \par {\tt m4 pstricks.m4 tsbox.m4 | dpic -p > tsbox.tex; latex tsbox; dvips tsbox} \hbox{} Objects can be taylored to their attached text by invoking \verb|\boxdims| and \verb|boxdim| explicitly. The small source file in \FR{boxdims}, for example, produces the box in the figure. %\vspace*{-\baselineskip}% \begin{figure}[ht] \parbox{4.2in}{\small \input eboxdims.verb }% \hfill\llap{\raise-0.35in\hbox{\input eboxdims }}% \vspace{-\baselineskip} \caption{Fitting a box to typeset text.} \label{boxdims} \end{figure} The figure is processed twice, as described previously. The line \verb|sinclude(|{\sl jobname}\verb|.dim)| reads the named file if it exists. The macro \verb|boxdim(|{\sl name,suffix,default}\verb|)| from {\tt libgen.m4} expands the expression \verb|boxdim(Q,w)| to the value of \verb|Q_w| if it is defined, else to its third argument if defined, else to 0, the latter two cases applying if {\sl jobname.}\verb|dim| doesn't exist yet. The values of \verb|boxdim(Q,h)| and \verb|boxdim(Q,d)| are similarly defined and, for convenience, \verb|boxdim(Q,v)| evaluates to the sum of these. Macro \verb|pt__| is defined as \verb|*scale/72.27| in {\tt libgen.m4}, to convert points to drawing coordinates. Sometimes a label needs a plain background in order to blank out previously drawn components overlapped by the label, as shown on the left of \FR{fbox}. \begin{figure}[h!b] \input woodchips \vspace{-0.5\baselineskip} \caption{Illustrating the {\tt f\_box} macro.} \label{fbox} \end{figure} The technique illustrated in \FR{boxdims} is automated by the macro {\tt f\_box(}{\sl boxspecs}, {\sl label arguments}{\tt )}. For the special case of only one argument, e.g., {\tt f\_box(Wood chips),} this macro simply overwrites the label on a white box of identical size. Otherwise, the first argument specifies the box characteristics (except for size), and the macro evaluates to {\tt box }{\sl boxspecs} {\tt s\_box(}{\sl label arguments}{\tt)}. \noindent% For example, the result of the following command is shown on the right of \FR{fbox}. \par \verb|f_box(color "lightgray" thickness 2 rad 2pt__,"\huge$n^{%g}$",4-1)| More tricks can be played. The example \verb|Picture: s_box(`\includegraphics{|{\it file}\verb|.eps}') with .sw at| {\sl location} \noindent shows a nice way of including eps graphics in a diagram. The included picture (named {\tt Picture} in the example) has known position and dimensions, which can be used to add vector graphics or text to the picture. To aid in overlaying objects, the macro {\tt boxcoord(}{\sl object name, x-fraction, y-fraction}{\tt)} evaluates to a position, with {\tt boxcoord(}{\sl object name}{\tt,0,0)} at the lower left corner of the object, and {\tt boxcoord(}{\sl object name}{\tt,1,1)} at its upper right. \xection{\PSTricks and other tricks\label{Pstricks:}} This section applies only to a \pic processor (\dpic) that is capable of producing output compatible with \PSTricks, \TPGF, or in principle, other graphics postprocessors. By using {\tt command} lines, or simply by inserting \latex graphics directives along with strings to be formatted, one can mix arbitrary \PSTricks (or other) commands with \Mfour input to create complicated effects. Some commonly required effects are particularly simple. For example, the rotation of text by \PSTricks postprocessing is illustrated by the file {\small \verbatiminput{Axes.m4}} \noindent% which contains both horizontal text and text rotated $90^\circ$ along the vertical line. This rotation of text is also implemented by the macro {\tt rs\_box}, which is similar to {\tt s\_box} but rotates its argument by~$90^\circ,$ a default angle that can be changed by preceding invocation with \verb|define(`text_ang',|{\sl degrees}{\tt )}. The {\tt rs\_box} macro requires either \PSTricks or \TPGF and, like {\tt s\_box}, it calculates the size of the resulting text box but requires the diagram to be processed twice. Another common requirement is the filling of arbitrary shapes, as illustrated by the following lines within a {\tt .m4} file: \vspace{\parsep} \noindent% \verb|command "`\pscustom[fillstyle=solid,fillcolor=lightgray]{'"| \hfill\break {\sl drawing commands for an arbitrary closed curve} \hfill\break \verb|command "`}%'"| \vspace{\parsep} For colour printing or viewing, arbitrary colours can be chosen, as described in the \PSTricks manual. \PSTricks parameters can be set by inserting the line \vspace{\parsep} \noindent\verb|command "`\psset{|{\sl option=value,}$\;\ldots$\verb|}'"| \vspace{\parsep} \noindent% in the drawing commands or by using the macro {\tt psset\_(}{\sl PSTricks options}{\tt )}. The macros {\tt shade(}{\sl gray value},{\sl closed line specs}{\tt )} and {\tt rgbfill(}{\sl red value, green value, blue value, closed line specs}% {\tt )} can be invoked to accomplish the same effect as the above fill example, but are not confined to use only with \PSTricks. Since arbitrary \latex can be output, either in ordinary strings or by use of {\tt command} output, complex examples such as found in reference~\cite{Girou94}, for example, can be included. The complications are twofold: \latex and \dpic may not know the dimensions of the formatted result, and the code is generally unique to the postprocessor. Where postprocessors are capable of equivalent results, then macros such as {\tt rs\_box}, {\tt shade}, and {\tt rgbfill} mentioned previously can be used to hide code differences. \subsection{\Tikz\ with pic}\label{Tikzwithpic:} Arbitrary \pic output can be inserted into a {\tt \bsl{}tikzpicture} environment. The trick is to keep the \pic and \Tikz coordinate systems the same. The lines \vspace{\parsep} \noindent\verb|\begin{tikzpicture}[scale=2.54]|\\ \noindent\verb|\end{tikzpicture}%| \vspace{\parsep} \noindent in the {\tt dpic -g} output must be changed to \vspace{\parsep} \noindent\verb|\begin{scope}[scale=2.54]|\\ \noindent\verb|\end{scope}%| \vspace{\parsep} This is accomplished, for example, by adapting the {\tt \bsl{}mtotex} macro of \SR{Simplifications:} as follows: \vspace{\parsep} \noindent \verb^\newcommand\mtotikz[1]{\immediate\write18{m4 pgf.m4 #1.m4 | dpic -g^\\ \verb^ | sed -e "/begin{tikzpicture}/s/tikzpicture/scope/"^\\ \verb^ -e "/end{tikzpicture}/s/tikzpicture/scope/" > #1.tex}\input{./#1.tex}}%^\break %\verb^ -e "/end{tikzpicture}/s/tikzpicture/scope/"^\\ %\verb^ > #1.tex}\input{./#1.tex}}%^\break Then, from within a \Tikz pictdure, {\tt \bsl{}mtotikz\lbr{}{\sl filename}\rbr} will create {\sl filename}{\tt .tex} from {\sl filename}{\tt .m4} and read the result into the \Tikz code. In addition, the \Tikz code may need to refer to nodes defined in the \pic diagram. The included \Mfour macro {\tt tikznode(}{\sl tikz node name,[position],[string]}{\tt)} defines a zero-size \Tikz node at the given \pic position, which is {\tt Here} by default. This macro must be invoked in the outermost scope of a pic diagram, and the {\tt .PS} {\sl value} scaling construct may not be used. \xection{Web documents, {\ttfamily pdf}, and alternative output formats% \label{Alternative:}} Circuit diagrams contain graphics and symbols, and the issues related to web publishing are similar to those for other mathematical documents. Here the important factor is that \gpic\ {\tt -t} generates output containing \tpic \verb|\special| commands, which must be converted to the desired output, whereas \dpic can generate several alternative formats, as shown in \FR{Workflow}. One of the easiest methods for producing web documents is to generate postscript as usual and to convert the result to pdf format with Adobe Distiller or equivalent. \begin{figure}[h!b] % \ifpdf\vspace*{-\baselineskip}\fi% \input Workflow % \ifpdf\vspace*{-\baselineskip}\fi% \caption{Output formats produced by \gpic {\tt -t} and \dpic. SVG output can be read by Inkscape or used directly in web documents.} \label{Workflow} \end{figure} PDFlatex produces pdf without first creating a postscript file but does not handle \tpic \verb|\special|s, so \dpic must be installed. Most PDFLatex distributions are not directly compatible with \PSTricks, but the \TPGF output of \dpic is compatible with both \latex and PDFLatex. Several alternative \dpic output formats such as \mfpic and \MetaPost also work well. To test \MetaPost, create a file {\sl filename}{\tt .mp} containing appropriate header lines, for example: \begin{verbatim} verbatimtex \documentclass[11pt]{article} \usepackage{times,boxdims,graphicx} \boxdimfile{tmp.dim} \begin{document} etex \end{verbatim} Then append one or more diagrams by using the equivalent of {\tt m4 <}{\sl installdir}{\tt >mpost.m4 {\sl library files} {\sl diagram}.m4 | dpic -s >> {\sl filename}.mp} The command ``{\tt mpost --tex=latex } {\sl filename}{\tt .mp end}'' processes this file, formatting the diagram text by creating a temporary {\tt .tex} file, \latex{}ing it, and recovering the {\tt .dvi} output to create {\sl filename}{\tt .1} and other files. If the {\tt boxdims} macros are being invoked, this process must be repeated to handle formatted text correctly as described in \SR{Interaction:}. In this case, either put {\tt sinclude(tmp.dim)} in the diagram {\tt .m4} source or read the {\tt .dim} file at the second invocation of \Mfour as follows: {\tt m4 <}{\sl installdir}{\tt >mpost.m4 {\sl library files} tmp.dim {\sl diagram}.m4 | dpic -s >> {\sl filename}.mp} On some operating systems, the absolute path name for {\tt tmp.dim} has to be used to ensure that the correct dimension file is written and read. This distribution includes a {\tt Makefile} that simplifies the process; otherwise a script can automate it. Having produced {\sl filename}{\tt .1}, rename it to {\sl filename}{\tt .mps} and, {\it voil\`a,} you can now run PDFlatex on a {\tt .tex} source that includes the diagram using \verb|\includegraphics{|{\sl filename}\verb|.mps}| as usual. The \dpic processor is capable of other output formats, as illustrated in \FR{Workflow} and in example files included with the distribution. The \latex drawing commands alone or with {\tt eepic} or {\tt pict2e} extensions are suitable only for simple diagrams. \xection{Developer's notes\label{Developersnotes:}} Years ago in the course of writing a book, I took a few days off to write a \pic-like interpreter (\dpic) to automate the tedious coordinate calculations required by \latex picture objects. The macros in this distribution and the interpreter are the result of that effort, drawings I have had to produce since, and suggestions received from others. The interpreter has been upgraded over time to generate \mfpic, \MetaPost~\cite{metapost}, raw \Postscript, \Postscript with {\tt psfrag} tags, raw PDF, \PSTricks, and Ti{\it k}Z PGF output, the latter two my preference because of their quality and flexibility, including facilities for colour and rotations, together with simple font selection. \Xfig{}-compatible output was introduced early on to allow the creation of diagrams both by programming and by interactive graphics. \SVG output was added relatively recently, and seems suitable for producing web diagrams directly and for further editing by the Inkscape interactive graphics editor. The latest addition is raw PDF output, which has very basic text capability and is most suitable for creating diagrams without labels, but on which sophisticated text can be overlaid. \Dpic can write the coordinates of selected locations to an external file to be used in overlaying text or other items on the diagram. Instead of using \pic macros, I preferred the equally simple but more powerful \Mfour macro processor, and therefore \Mfour is required here, although \dpic now supports \pic-like macros. Free versions of \Mfour are available for Unix, Windows, and other operating systems. If starting over today would I not just use one of the other drawing packages available these days? It would depend on the context, but \pic remains a good choice for line drawings because it is easy to learn and read but powerful enough for coding the geometrical calculations required for precise component sizing and placement. It would be nice if arbitrary rotations and scaling were simpler and if a general path element with clipping were available as in \Postscript. However, all the power of \Postscript or \TPGF, for example, remains available, as arbitrary postprocessor code can be included with \pic code. The main value of this distribution is not in the use of a specific language but in the element data encoded in the macros, which have been developed with reference to standards and refined over two decades. Some of them have become less readable as more options and flexibility have been added, and if starting over today, perhaps I would change some details. Compromises have been made in order to retain reasonable compatibility with the variety of postprocessors. No choice of tool is without compromise, and producing good graphics seems to be time consuming, no matter how it is done, especially for circuits or other diagrams that contain random detail. The \dpic interpreter has several output-format options that may be useful. The {\tt eepicemu} and {\tt pict2e} extensions of the primitive \latex picture objects are supported. The \mfpic output allows the production of Metafont alphabets of circuit elements or other graphics, thereby essentially removing dependence on device drivers, but with the complication of treating every alphabetic component as a \tex box. The \xfig output allows elements to be precisely defined with \dpic and interactively placed with \xfig. Similarly, the SVG output can be read directly by the Inkscape graphics editor, but SVG can also be used directly for web pages. \Dpic will also generate low-level \MetaPost or \Postscript code, so that diagrams defined using \pic can be manipulated and combined with others. The \Postscript output can be imported into CorelDraw %\Textregistered and Adobe Illustrator %\Textregistered for further processing. With raw \Postscript, \PDF, and \SVG output, the user is responsible for ensuring that the correct fonts are provided and for formatting the text. \pagebreak Many thanks to the people who continue to send comments, questions, and, occasionally, bug fixes. What began as a tool for my own use changed into a hobby that has persisted, thanks to your help and advice. \xection{Bugs\label{Bugs:}} This section provides hints and a list of common errors. The distributed macros are not written for maximum robustness. Arguments could be entered in a key--value style (for example, {\tt resistor(up\_ elen\_,style=N;cycles=8}) instead of by positional parameters, but it was decided early on to keep macro usage as close as possible to \pic\ conventions. Macro arguments could be tested for correctness and explanatory error messages could be written as necessary, but that would make the macros more difficult to read and to write. You will have to read them when unexpected results are obtained or when you wish to modify them. Maintaining reasonable compatibility with both \gpic\ and \dpic and, especially, for different postprocessors, has resulted in some macros becoming more complicated than is preferable. Here are some hints, gleaned from experience and from comments I have received. \newcommand{% \bflistitem}[2]{\phantomsection\pdfbookmark[subsection]{#1}{#2}{\bf #1: }} \begin{enumerate} %\item {\bf Misconfiguration:} \item \bflistitem{Misconfiguration}{misconfig}% One of the configuration files listed in \SR{Libraries:} and {\tt libgen.m4} {\em must} be read by \Mfour before any other library macros. Otherwise, the macros assume default configuration. To aid in detecting the default condition, a {\tt WARNING} comment line is inserted into the {\tt pic} output. If only \PSTricks is to be used, for example, then the simplest strategy is to set it as the default processor by typing ``make psdefault'' in the installation directory to change the mention of {\tt gpic} to {\tt pstricks} near the top of {\tt libgen.m4}. Similarly if only \TPGF will be used, change {\tt gpic} to {\tt pgf} using the Makefile. The package default is to read {\tt gpic.m4} for historical compatibility. The processor options must be chosen correspondingly, {\tt gpic -t} for {\tt gpic.m4} and, most often, {\tt dpic -p} or {\tt dpic -g} when \dpic is employed. For example, the pipeline for \PSTricks output from file {\tt quick.m4} is {\tt m4 -I {\sl installdir} pstricks.m4 quick.m4 | dpic -p > quick.tex} \noindent% but for \TPGF processing, the configuration file and \dpic option have to be changed: {\tt m4 -I {\sl installdir} pgf.m4 quick.m4 | dpic -g > quick.tex} Any non-default configuration file must appear explicitly in the command line or in an {\tt include()} statement. \iffalse \item \bflistitem{Initialization}{initialization} If the first element macro evaluated is not two-terminal or is within a \Pic block, then later macros evaluated outside the block may produce the error message {\tt there is no variable `rp\_ang'} \noindent because {\tt rp\_ang} is not defined in the outermost scope of the diagram. To cure this problem, make sure that the line {\tt cct\_init} \noindent appears immediately after the .PS line or prior to the first block. It is entirely permissible to modify {\tt cct\_init} to include customized diagram initializations such as the {\tt thicklines\_} statement. One way to do this is to define a macro {\tt local\_init} in {\tt libgen.m4}. \fi \item \bflistitem{Pic objects versus macros}{objects}% A common error is to write something like {\tt line from A to B; resistor from B to C; ground at D} \noindent when it should be {\tt line from A to B; resistor(from B to C); ground(at D)} \noindent This error is caused by an unfortunate inconsistency between \pic object attributes and the way \Mfour and \pic pass macro arguments. \item \bflistitem{Commas}{commas} Macro arguments are separated by commas, so any comma that is part of an argument must be protected by parentheses or quotes. Thus, {\tt shadebox(box with .n at w,h)} \noindent produces an error, whereas {\tt shadebox(box with .n at w`,'h)} \noindent and {\tt shadebox(box with .n at (w,h))} \noindent do not. The parentheses are preferred. For example, a macro invoked by circuit elements contained the line \verb|command "\pscustom[fillstyle=solid`,'fillcolor=m4fillv]{%"| \noindent which includes a comma, duly quoted. However, if such an element is an argument of another macro, the quotes are removed and the comma causes obscure ``too many arguments'' error messages. Changing this line to \verb|command sprintf("\pscustom[fillstyle=solid,fillcolor=m4fillv]{%%")| \noindent cured the problem because the protecting parentheses are not stripped away. \item \bflistitem{Default directions and lengths}{defaultdir} The \linespec argument of element macros defines a straight-line segment, which requires the equivalent of four parameters to be specified uniquely. If information is omitted, default values are used. Writing {\tt source(up\_)} \noindent draws a source up a distance equal to the current {\tt lineht} value, which may cause confusion. Writing {\tt source(0.5)} \noindent draws a source of length 0.5 units in the current \pic default direction, which is one of {\tt right,} {\tt left,} {\tt up,} or {\tt down.} The best practice is to specify both the direction and length of an element, thus: {\tt source(up\_ elen\_).} The effect of a \linespec argument is independent of any direction set using the {\tt Point\_} or similar macros. To draw an element at an obtuse angle (see \SR{Corners:}) try, for example, {\tt Point\_(45); source(to rvec\_(0.5,0))} \item \bflistitem{Processing sequence}{sequence} It is easy to forget that \Mfour finishes before \pic processing begins. Consequently, it may be puzzling that the following mix of a \pic loop and the \Mfour macro {\tt s\_box} does not appear to produce the required result: {\tt for i=1 to 5 do \lbr s\_box(A[i]); move \rbr} \noindent In this example, the {\tt s\_box} macro is expanded only once and the index {\tt i} is not a number. This particular example can be repaired by using an \Mfour loop: {\tt for\_(1,5,1,`s\_box(A[m4x]); move')} Note that the loop index variable {\tt m4x} is automatically defined. \item \bflistitem{Quotes}{quotes} Single quote characters are stripped in pairs by \Mfour, so the string {\tt "{`}{`}inverse{'}{'}"} \noindent will become {\tt "{`}inverse{'}".} \noindent The cure is to add single quotes in pairs as necessary. The only subtlety required in writing \Mfour macros is deciding when to quote macro arguments. In the context of circuits it seemed best to assume that arguments would not be protected by quotes at the level of macro invocation, but should be quoted inside each macro. There may be cases where this rule is not optimal or where the quotes could be omitted, and there are rare exceptions such as the {\tt parallel\_} macro. To keep track of paired single quotes, parentheses ``{\tt (}, {\tt)},'' braces ``\lbr, \rbr,'' and brackets ``{\tt [}, {\tt ]},'' use an editor that highlights these pairs. For example, the vim editor highlights single quotes with the command \verb|:set mps+=`:'|. \item \bflistitem{Dollar signs}{dollarsigns} The $i$-th argument of an \Mfour macro is {\tt \$}$i,$ where $i$ is an integer, so the following construction can cause an error when it is part of a macro, {\tt "\$0\$" rjust below} \noindent since {\tt \$0} expands to the name of the macro itself. To avoid this problem, put the string in quotes or write {\tt "\$`'0\$".} \item \bflistitem{Name conflicts}{conflicts} Using the name of a macro as part of a comment or string is a simple and common error. Thus, {\tt arrow right \verb|"$\dot x$"| above} \noindent produces an error message because {\tt dot} is a macro name. Macro expansion can be avoided by adding quotes, as follows: {\tt arrow right `\verb|"$\dot x$"|'\ above} Library macros intended only for internal use have names that begin with {\tt m4} or {\tt M4} to avoid name clashes, but in addition, a good rule is to quote all \latex in the diagram input. If extensive use of strings that conflict with macro names is required, then one possibility is to replace the strings by macros to be expanded by \latex, for example the diagram {\tt .PS\hfill\break \hspace*{\parindent} box \verb|"\stringA"|\hfill\break .PE } \noindent with the \latex macro {\tt \verb|\newcommand{\stringA}{|% \verb|Circuit containing planar inductor and capacitor}| } \item \bflistitem{Current direction}{currdir} Some macros, particularly those for labels, do unexpected things if care is not taken to preset the current direction using macros {\tt right\_,} {\tt left\_,} {\tt up\_,} {\tt down\_,} or {\tt rpoint\_($\cdot$).} Thus for two-terminal macros it is good practice to write, e.g. {\tt resistor(up\_ from A to B); rlabel(,R\_1)} \noindent% rather than {\tt resistor(from A to B); rlabel(,R\_1),} \noindent% which produce different results if the last-defined drawing direction is not {\tt up}. It might be possible to change the label macros to avoid this problem without sacrificing ease of use. \item \bflistitem{Position of elements that are not 2-terminal}{nottwoterm} The \linespec argument of elements defined in {\tt[} {\tt]} blocks must be understood as defining a direction and length, but not the position of the resulting block. In the \pic language, objects inside these brackets are placed by default {\em as if the block were a box}. Place the element by its compass corners or defined interior points as described in the first paragraph of \SR{Composite:} on \PR{Composite:}, for example {\tt igbt(up\_ elen\_) with .E at (1,0)} \item \bflistitem{Pic error messages}{errormessages} Some errors are detected only after scanning beyond the end of the line containing the error. The semicolon is a logical line end, so putting a semicolon at the end of lines may assist in locating bugs. \item \bflistitem{Line continuation}{continuation} A line is continued to the next if the rightmost character is a backslash or, with \dpic, if the backslash is followed immediately by the {\tt \#} character. A blank after the backslash, for example, produces a \pic error. \item \bflistitem{Scaling}{scaling} \Pic and these macros provide several ways to scale diagrams and elements within them, but subtle unanticipated effects may appear. The line {\tt.PS} $x$ provides a convenient way to force the finished diagram to width $x.$ However, if \gpic is the \pic processor then all scaled parameters are affected, including those for arrowheads and text parameters, which may not be the desired result. A good general rule is to use the {\tt scale} parameter for global scaling unless the primary objective is to specify overall dimensions. \item \bflistitem{Buffer overflow}{overflow} For some \Mfour implementations, the error message {\tt pushed back more than 4096 chars} results from expanding large macros or macro arguments, and can be avoided by enlarging the buffer. For example, the option {\tt -B16000} enlarges the buffer size to 16000 bytes. However, this error message could also result from a syntax error. \item \bflistitem{\PSTricks anomaly}{anomaly} If you are using \PSTricks and you get the error message {\tt Graphics parameter `noCurrentPoint' not defined..} then your version of \PSTricks is older than August 2010. You can do the following: \begin{enumerate} \item Update your \PSTricks package. \item Instead, comment out the second definition of {\tt M4PatchPSTricks} in {\tt pstricks.m4}. The first definition works for some older \PSTricks distributions. \item Insert {\tt define(`M4PatchPSTricks',)} immediately after the {\tt .PS} line of your diagram. This change prevents the line \verb|\psset{noCurrentPoint}| from being added to the {\tt .tex} code for the diagram. This line is a workaround for a ``feature'' of the current \PSTricks \verb|\psbezier| command that changes its behaviour within the \verb|\pscustom| environment. This situation occurs rarely and so the line is unnecessary for many diagrams. \item For very old versions of \PSTricks such as pstricks97, disable the workaround totally by changing the second definition in {\tt pstricks.m4} to {\tt define(`M4PatchPSTricks',)}. Undo the change if you later update \PSTricks. \end{enumerate} \item \bflistitem{m4 {\tt -I} error}{mfourerror}\label{Mfourerror:} Some old versions of m4 may not implement the {\tt -I} option or the {\tt M4PATH} environment variable that simplify file inclusion. The simplest course of action is probably to install GNU m4, which is free and widely available. Otherwise, all {\tt include({\sl filename})} statements in the libraries and calling commands have to be given absolute {\sl filename} paths. You can define the {\tt HOMELIB\_} macro in {\tt libgen.m4} to the path of the installation directory and change the library include statements to the form {\tt include(HOMELIB\_`'{\sl filename})}. \end{enumerate} \xection{List of macros\label{Listofmacros:}} \label{defines} The following table lists macros in the libraries, configuration files, and selected macros from example diagrams. Some of the sources in the {\tt examples} directory contain additional macros, such as for flowcharts, Boolean logic, and binary trees. Internal macros defined within the libraries begin with the characters m4 or M4 and, for the most part, are not listed here. The library in which each macro is found is given, and a brief description. \input defines \endinput %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% I think you want the pdfcomment package. This includes a \pdftooltip command. This lets you add a tool tip to the PDF using \pdftooltip{item}{tooltip}, where the item can be almost anything (e.g. \pdftooltip{\includegraphics[]{}}{description of my figure}). In your case, you could use \pdftooltip{abbreviation}{what that TLA means} But with pdfcomment, the tool tip cannot be anything but plain, unformatted text. Try the \pdfcomment package. There's an option to add a tool tip to the PDF using \pdftooltip{item}{tooltip}, where the item can be a float (e.g. \pdftooltip{\includegraphics[]{}}{description of my figure}). The overall process that I've settled on to produce 508-compliant documents is to Produce a high-quality PDF from \latex which includes all of the tooltips Run the PDF through the tagging tool that is provided by Adobe Acrobat X (Adobe how-to). Circuit_macros9.5/doc/Buffer.m40000644060175006010010000000364113774371757015441 0ustar DwightNone.PS # `Buffer.m4' log_init bd = dimen_*3/4 esep = dimen_*3 [ B1: BUFFER_gate(,,bd,bd) thinlines_ { arrow <- left 0.2 up 0.2 from B1.In1; "\sl In1" wid 18bp__ rjust move left 18bp__ `"\tt bd = dimen\_*3/4" ljust "\tt BUFFER\_gate(,{,}bd,bd)"' ljust \ at (last "".w,B1.s +(0,-25bp__)) arrow <- up 0.2 from B1.NE; "\sl NE" rjust arrow <- up 0.15 right 0.15 from B1.Out; "\sl Out" above arrow <- down 0.2 from B1.SE; "\sl SE" rjust arrow <- right 0.3 down 0.2 from B1.C; "\sl C" ljust } thicklines_ B2: BUFFER_gate(,N,bd,bd,NN) with .sw at B1.se+(esep,0) thinlines_ { arrow <- left 0.2 up 0.2 from B2.In1; "\sl In1" rjust arrow <- right 0.2 up 0.2 from B2.N_NE1 ; "\sl N\_NE1" ljust ht 11bp__ arrow <- right 0.15 up 0.15 from B2.N_NE2 ; "\sl N\_NE2" ljust arrow <- down 0.15 right 0.15 from B2.Out; "\sl Out" ljust `"\tt BUFFER\_gate(,N,bd,bd,NN)"' at B2.s+(0,-18bp__) } thicklines_ B3: BUFFER_gen(ITNOC,bd,bd,PN,,N,LH_symbol at C) \ with .sw at last [].se+(esep,0) { `"\tt BUFFER\_gen(ITNOC,bd,bd,PN,{,}N,"' ljust \ `"\tt $\;\;$LH\_symbol at C)"' ljust at B3.s+(-60bp__,-30bp__) } thinlines_ { arrow <- left 0.2 up 0.2 from B3.In1; "\sl In1" rjust arrow <- left 0.2 up 0.2 from B3.In2; "\sl In2" rjust arrow <- up 0.15 right 0.15 from B3.Out; "\sl Out" above arrow <- down 0.2 from B3.N_SE1; "\sl N\_SE1" rjust arrow <- right 0.3 down 0.2 from B3.C; "\sl C" ljust } thicklines_ ] B4: BUFFER_gate(right_ elen_ from last [].sw+(0,-0.35),,bd,bd) { `"\tt BUFFER\_gate(right\_ elen\_,{,}bd,bd)"' ljust at B4.end } move to B4.start+(0,-dimen_) B6: BUFFER_gate(right_ elen_,N,bd,bd,,N,LH_symbol(I) at C) line down dimen_/4 from last [].N_SE1.s then left dimen_*2/3 {`"\tt BUFFER\_gate(right\_ elen\_,N,bd,bd,{,}N,LH\_symbol(I) at C)"' ljust \ `"\tt line down dimen\_/3 from last [].N\_SE1.s then left dimen\_*2/3"' \ ljust at B6.end } .PE Circuit_macros9.5/doc/Capture.JPG0000644060175006010010000006156413774371757015743 0ustar DwightNoneÿØÿàJFIF``ÿáàExifMM*;J‡iRœÊê >êDwight ´’‘40’’40ê ”ê2016:01:13 11:50:152016:01:13 11:50:15Dwightÿá http://ns.adobe.com/xap/1.0/ 2016-01-13T11:50:15.404Dwight ÿÛC   '!%"."%()+,+ /3/*2'*+*ÿÛC  ***************************************************ÿÀZ‘"ÿÄ ÿĵ}!1AQa"q2‘¡#B±ÁRÑð$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™š¢£¤¥¦§¨©ª²³´µ¶·¸¹ºÂÃÄÅÆÇÈÉÊÒÓÔÕÖ×ØÙÚáâãäåæçèéêñòóôõö÷øùúÿÄ ÿĵw!1AQaq"2B‘¡±Á #3RðbrÑ $4á%ñ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™š¢£¤¥¦§¨©ª²³´µ¶·¸¹ºÂÃÄÅÆÇÈÉÊÒÓÔÕÖ×ØÙÚâãäåæçèéêòóôõö÷øùúÿÚ ?ú:ŠåÑ”H3±†æ@™ãp¬¿øÞúãCÐÿµ­5+ýW\GºX¿Ñ#D6ä§ï1ã/&2H§mmýZ}.zÄxoÆÒϨ6Ÿ«[^±ŸW½²·¿0¢Áº9$)1"4ûÛJœcvìŠt´W][6×f]*Xbž^ ‡&Y|¥Ç•+€wUˆ`?†—o2š³k·ü1ÚÑ\¤>0·¾»³†H5M.èjŸ`šÎT€·˜mÚ`$!œl)†9Àõ/Žoµ]3G¶¼ÒocµU¾µŽu6âF‘$¸ «…á›?)>…O4í·Ÿëÿ/ëúûŽšŠóx¾ïKñ]Òmýš[K»H­ôO*3ý¡¥“r¦C‚îV ¦/˜rjž‰ñho¡–ÿZ:«\ØÏ=æ˜ÆL¹G@¶ë±CK”Û!,J‚:šK_ëúþ·°ìz¥ÍxQÔõÏ.»:Ïy¡w´h@ŽwPp'“ŽyªšwÄ.úÉ/gÓõ=>Êk¾‚æî 4q€\(FfÜ3лªîСØQ^Wâ?x‚+I4ý/T±ak§¬VòÅmæÀÓÜÉJ r„• ,À67(«Ó¬ÖE±fi^A‡iöo'–Ùòç×oœS¶—ÑØšŠ(¤EP?àëÔú¦¹¥Zj×Ä‘ ¿·ŽeqÂ_—%‰>§è*-6Ç[ÐÓGÒtÛ ô[P±Gqs©ºÎ±zyknTí(ßÈQ’+~âîÞÓËûUÄPy²£ó.÷=g©=…M@ŧlìïlÙ5Aôû Zk=.FŒÁnåY~S³ÌÀøRåFp~éé¦Ï§Í©jWfÆ[ Xe’•§h×úŸöm“L$´x[ÝÉÄ,|ÙS• ÇŒýñ]‡õq¯xfËSòÌMsi"'&'èè}Õ…jVEdž¬nµ©I>¨³««„‹VºŽ®1û•FG¸<ç94­xòÿ_×ù[žeàûk‘àÍ#‰­eâ (nŒ¡IH¡>Õ=·a@÷¸8û´ÝÄÆŸà:ËK¾û*G¢èæ!GòÚk³‡‘ÎPƒÀÇ5ìÔUß[ùþWЫïýu»ûÎsÃ7·Òë °¾½’ñ4ë¨`†IQÈ6Ñ9'b¨$³1éߌ ä¯.|57¼[¤Úk:V›-î„"âž4d›uÁ•Ø>uR³È&»í_B´ÖÄBòkøü¬íû£qkœã¯”뻧|ã·Z»mn––±[Ädd‰)–V‘ȳÌ}É$÷©ß~Öü, Ûo/ÁÜñ•¿’çXÿ„•ïü+gk§}Š(ÜjEtëÙ‘gÁAó*I¸FÚUFNÝ=..¼¦èW1ˆ_ÄZÄòˆU,üæ™ðŒ€(ÈëG õ:)ßúü_ßo»B-ý|š_ŸÞpþ5ñZX½µ†ºšJ¦¬–Z•Ó¤@lòõml;¹¾@"±ÓÅ—­g¤®£âŸìý>â[Á²máPòä ò¥>u,ß öe1^ƒ©ij—:t÷"¶uö¨‚?–é†È›…ô›? 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--(2.341667,0.083333) --(2.383333,0) --(2.425,0.083333) --(2.466667,0) --(2.508333,0.083333) --(2.55,0) --(2.55,0) --(2.8,0)\dpicstop \draw (2.827674,0) node[right=-2bp]{\tt resistor(,{,}Q) }; \dpicdraw (4.1,0) --(4.35,0)\dpicstop \dpicdraw (4.6,0) --(4.6,0.05) --(4.35,0.05) --(4.35,-0.05) --(4.6,-0.05) --(4.6,0)\dpicstop \dpicdraw (4.6,0) --(4.85,0)\dpicstop \draw (4.877674,0) node[right=-2bp]{\shortstack[l]{\tt resistor(,{,}E)\\ {\tt $\equiv$ ebox}}}; \dpicdraw (0,-0.28) --(0.25,-0.28)\dpicstop \dpicdraw (0.5,-0.28) --(0.5,-0.23) --(0.25,-0.23) --(0.25,-0.33) --(0.5,-0.33) --(0.5,-0.28)\dpicstop \dpicdraw (0.5,-0.28) --(0.75,-0.28)\dpicstop \dpicdraw (0.45,-0.23) --(0.3,-0.33)\dpicstop \draw (0.777674,-0.28) node[right=-2bp]{\tt resistor(,{,}ES) }; \dpicdraw (2.05,-0.28) --(2.3,-0.28) --(2.3,-0.221667) --(2.35,-0.221667) --(2.35,-0.28) --(2.4,-0.28) --(2.4,-0.221667) --(2.45,-0.221667) --(2.45,-0.28) --(2.5,-0.28) --(2.5,-0.221667) --(2.55,-0.221667) --(2.55,-0.28) --(2.55,-0.28) --(2.8,-0.28)\dpicstop \draw (2.827674,-0.28) node[right=-2bp]{\tt resistor(,{,}H) }; \dpicdraw (4.1,-0.28) --(4.35,-0.28)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!50!black] \dpicdraw (4.6,-0.28) --(4.6,-0.23) --(4.35,-0.23) --(4.35,-0.33) --(4.6,-0.33) --(4.6,-0.28)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.6,-0.28) --(4.85,-0.28)\dpicstop \draw (4.877674,-0.28) node[right=-2bp]{{\tt ebox(,{,},0.5)}}; \dpicdraw (0,-0.56) --(0.25,-0.56)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.25,-0.56) --(0.25,-0.6225) --(0.375,-0.56) --(0.25,-0.56)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.5,-0.56) --(0.5,-0.4975) --(0.375,-0.56) --(0.5,-0.56)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.5,-0.56) --(0.75,-0.56)\dpicstop \draw (0.777674,-0.56) node[right=-2bp]{{\tt resistor(,{,}V)}}; \dpicdraw (2.05,-0.61) --(2.375,-0.61) --(2.375,-0.41) --(2.425,-0.36) --(2.475,-0.41) --(2.475,-0.61) --(2.8,-0.61)\dpicstop \dpicdraw[fill=black](2.425,-0.36) circle (0.007874in)\dpicstop \draw (2.827674,-0.61) node[right=-2bp]{{\tt thermocouple}}; \dpicdraw (4.1,-0.56) --(4.225,-0.56)\dpicstop \dpicdraw (4.725,-0.56) --(4.725,-0.41) --(4.225,-0.41) --(4.225,-0.71) --(4.725,-0.71) --(4.725,-0.56)\dpicstop \dpicdraw (4.725,-0.56) --(4.85,-0.56)\dpicstop \draw (4.877674,-0.56) node[right=-2bp]{{\tt ebox(,0.5,0.3)}}; \dpicdraw (0,-0.84) --(0.25,-0.84)\dpicstop \dpicdraw (0.25,-0.84) --(0.25,-0.845556)\dpicstop \dpicdraw (0.25,-0.84) ..controls (0.25,-0.822741) and (0.263991,-0.80875) ..(0.28125,-0.80875) ..controls (0.298509,-0.80875) and (0.3125,-0.822741) ..(0.3125,-0.84)\dpicstop \dpicdraw (0.3125,-0.84) --(0.3125,-0.845556)\dpicstop \dpicdraw (0.3125,-0.84) ..controls (0.3125,-0.822741) and (0.326491,-0.80875) ..(0.34375,-0.80875) ..controls (0.361009,-0.80875) and (0.375,-0.822741) ..(0.375,-0.84)\dpicstop \dpicdraw (0.375,-0.84) --(0.375,-0.845556)\dpicstop \dpicdraw (0.375,-0.84) ..controls (0.375,-0.822741) and (0.388991,-0.80875) ..(0.40625,-0.80875) ..controls (0.423509,-0.80875) and (0.4375,-0.822741) ..(0.4375,-0.84)\dpicstop \dpicdraw (0.4375,-0.84) --(0.4375,-0.845556)\dpicstop \dpicdraw (0.4375,-0.84) ..controls (0.4375,-0.822741) and (0.451491,-0.80875) ..(0.46875,-0.80875) ..controls (0.486009,-0.80875) and (0.5,-0.822741) ..(0.5,-0.84)\dpicstop \dpicdraw (0.5,-0.84) --(0.5,-0.845556)\dpicstop \dpicdraw (0.5,-0.84) --(0.75,-0.84)\dpicstop \draw (0.777674,-0.84) node[right=-2bp]{{\tt inductor}}; \dpicdraw (2.05,-0.84) --(2.283266,-0.84)\dpicstop \dpicdraw[line width=0.4bp](2.283266,-0.84) circle (0.00109in)\dpicstop \dpicdraw (2.283266,-0.84) ..controls (2.265746,-0.802428) and (2.298931,-0.761082) ..(2.339404,-0.770054) ..controls (2.379877,-0.779027) and (2.392478,-0.830524) ..(2.360721,-0.857171)\dpicstop \dpicdraw[line width=0.4bp](2.360721,-0.857171) circle (0.00109in)\dpicstop \dpicdraw (2.360721,-0.857171) ..controls (2.324962,-0.827166) and (2.34618,-0.768869) ..(2.392861,-0.768869) ..controls (2.439541,-0.768869) and (2.460759,-0.827166) ..(2.425,-0.857171)\dpicstop \dpicdraw[line width=0.4bp](2.425,-0.857171) circle (0.00109in)\dpicstop \dpicdraw (2.425,-0.857171) ..controls (2.389241,-0.827166) and (2.410459,-0.768869) ..(2.457139,-0.768869) ..controls (2.50382,-0.768869) and (2.525038,-0.827166) ..(2.489279,-0.857171)\dpicstop \dpicdraw[line width=0.4bp](2.489279,-0.857171) circle (0.00109in)\dpicstop \dpicdraw (2.489279,-0.857171) ..controls (2.457522,-0.830524) and (2.470123,-0.779027) ..(2.510596,-0.770054) ..controls (2.551069,-0.761082) and (2.584254,-0.802428) ..(2.566734,-0.84)\dpicstop \dpicdraw[line width=0.4bp](2.566734,-0.84) circle (0.00109in)\dpicstop \dpicdraw (2.566734,-0.84) --(2.8,-0.84)\dpicstop \draw (2.827674,-0.84) node[right=-2bp]{{\tt inductor(,W)}}; \dpicdraw (4.1,-0.84) --(4.35,-0.84)\dpicstop \dpicdraw[line width=0.4bp](4.35,-0.84) circle (0.00109in)\dpicstop \dpicdraw (4.35,-0.84) ..controls (4.35,-0.805625) and (4.364625,-0.7775) ..(4.3825,-0.7775) ..controls (4.400375,-0.7775) and (4.415,-0.797188) ..(4.415,-0.82125) ..controls (4.415,-0.845313) and (4.40825,-0.865) ..(4.4,-0.865) ..controls (4.39175,-0.865) and (4.385,-0.845313) ..(4.385,-0.82125) ..controls (4.385,-0.797188) and (4.403,-0.7775) ..(4.425,-0.7775) ..controls (4.447,-0.7775) and (4.465,-0.797188) ..(4.465,-0.82125) ..controls (4.465,-0.845313) and (4.45825,-0.865) ..(4.45,-0.865) ..controls (4.44175,-0.865) and (4.435,-0.845313) ..(4.435,-0.82125) ..controls (4.435,-0.797188) and (4.453,-0.7775) ..(4.475,-0.7775) ..controls (4.497,-0.7775) and (4.515,-0.797188) ..(4.515,-0.82125) ..controls (4.515,-0.845313) and (4.50825,-0.865) ..(4.5,-0.865) ..controls (4.49175,-0.865) and (4.485,-0.845313) ..(4.485,-0.82125) ..controls (4.485,-0.797188) and (4.503,-0.7775) ..(4.525,-0.7775) ..controls (4.547,-0.7775) and (4.565,-0.797188) ..(4.565,-0.82125) ..controls (4.565,-0.845313) and (4.55825,-0.865) ..(4.55,-0.865) ..controls (4.54175,-0.865) and (4.535,-0.845313) ..(4.535,-0.82125) ..controls (4.535,-0.797188) and (4.549625,-0.7775) ..(4.5675,-0.7775) ..controls (4.585375,-0.7775) and (4.6,-0.805625) ..(4.6,-0.84)\dpicstop \dpicdraw[line width=0.4bp](4.6,-0.84) circle (0.00109in)\dpicstop \dpicdraw (4.6,-0.84) --(4.85,-0.84)\dpicstop \draw (4.877674,-0.84) node[right=-2bp]{{\tt inductor(,L)}}; \dpicdraw (0,-1.12) --(0.25,-1.12)\dpicstop \dpicdraw (0.25,-1.12) --(0.25,-1.125556)\dpicstop \dpicdraw (0.25,-1.12) ..controls (0.25,-1.102741) and (0.263991,-1.08875) ..(0.28125,-1.08875) ..controls (0.298509,-1.08875) and (0.3125,-1.102741) ..(0.3125,-1.12)\dpicstop \dpicdraw (0.3125,-1.12) --(0.3125,-1.125556)\dpicstop \dpicdraw (0.3125,-1.12) ..controls (0.3125,-1.102741) and (0.326491,-1.08875) ..(0.34375,-1.08875) ..controls (0.361009,-1.08875) and (0.375,-1.102741) ..(0.375,-1.12)\dpicstop \dpicdraw (0.375,-1.12) --(0.375,-1.125556)\dpicstop \dpicdraw (0.375,-1.12) ..controls (0.375,-1.102741) and (0.388991,-1.08875) ..(0.40625,-1.08875) ..controls (0.423509,-1.08875) and (0.4375,-1.102741) ..(0.4375,-1.12)\dpicstop \dpicdraw (0.4375,-1.12) --(0.4375,-1.125556)\dpicstop \dpicdraw (0.4375,-1.12) ..controls (0.4375,-1.102741) and (0.451491,-1.08875) ..(0.46875,-1.08875) ..controls (0.486009,-1.08875) and (0.5,-1.102741) ..(0.5,-1.12)\dpicstop \dpicdraw (0.5,-1.12) --(0.5,-1.125556)\dpicstop \dpicdraw (0.5,-1.12) --(0.75,-1.12)\dpicstop \dpicdraw (0.25,-1.067917) --(0.5,-1.067917)\dpicstop \dpicdraw (0.25,-1.036667) --(0.5,-1.036667)\dpicstop \draw (0.777674,-1.12) node[right=-2bp]{{\tt inductor(,{,},M)}}; \dpicdraw (2.05,-1.12) --(2.218988,-1.12)\dpicstop \dpicdraw[line width=0.4bp](2.218988,-1.12) circle (0.00109in)\dpicstop \dpicdraw (2.218988,-1.12) ..controls (2.201468,-1.082428) and (2.234652,-1.041082) ..(2.275125,-1.050054) ..controls (2.315598,-1.059027) and (2.3282,-1.110524) ..(2.296442,-1.137171)\dpicstop \dpicdraw[line width=0.4bp](2.296442,-1.137171) circle (0.00109in)\dpicstop \dpicdraw (2.296442,-1.137171) ..controls (2.260683,-1.107166) and (2.281901,-1.048869) ..(2.328582,-1.048869) ..controls (2.375262,-1.048869) and (2.396481,-1.107166) ..(2.360721,-1.137171)\dpicstop \dpicdraw[line width=0.4bp](2.360721,-1.137171) circle (0.00109in)\dpicstop \dpicdraw (2.360721,-1.137171) ..controls (2.324962,-1.107166) and (2.34618,-1.048869) ..(2.392861,-1.048869) ..controls (2.439541,-1.048869) and (2.460759,-1.107166) ..(2.425,-1.137171)\dpicstop \dpicdraw[line width=0.4bp](2.425,-1.137171) circle (0.00109in)\dpicstop \dpicdraw (2.425,-1.137171) ..controls (2.389241,-1.107166) and (2.410459,-1.048869) ..(2.457139,-1.048869) ..controls (2.50382,-1.048869) and (2.525038,-1.107166) ..(2.489279,-1.137171)\dpicstop \dpicdraw[line width=0.4bp](2.489279,-1.137171) circle (0.00109in)\dpicstop \dpicdraw (2.489279,-1.137171) ..controls (2.453519,-1.107166) and (2.474738,-1.048869) ..(2.521418,-1.048869) ..controls (2.568099,-1.048869) and (2.589317,-1.107166) ..(2.553558,-1.137171)\dpicstop \dpicdraw[line width=0.4bp](2.553558,-1.137171) circle (0.00109in)\dpicstop \dpicdraw (2.553558,-1.137171) ..controls (2.5218,-1.110524) and (2.534402,-1.059027) ..(2.574875,-1.050054) ..controls (2.615348,-1.041082) and (2.648532,-1.082428) ..(2.631012,-1.12)\dpicstop \dpicdraw[line width=0.4bp](2.631012,-1.12) circle (0.00109in)\dpicstop \dpicdraw (2.631012,-1.12) --(2.8,-1.12)\dpicstop \dpicdraw[dash pattern=on 0.032415in off 0.032415in](2.214303,-1.028036) --(2.635697,-1.028036)\dpicstop \dpicdraw[dash pattern=on 0.032415in off 0.032415in](2.214303,-0.996786) --(2.635697,-0.996786)\dpicstop \draw (2.827674,-1.12) node[right=-2bp]{{\tt inductor(,W,6,P)}}; \dpicdraw (4.3,-1.12) --(4.51875,-1.12)\dpicstop \dpicdraw (4.553969,-1.08875) --(4.51875,-1.08875) --(4.51875,-1.15125) --(4.553969,-1.15125)\dpicstop \dpicdraw (4.675,-1.12) circle (0.049213in)\dpicstop \draw (4.675,-1.12) node{G}; \dpicdraw (4.796031,-1.08875) --(4.83125,-1.08875) --(4.83125,-1.15125) --(4.796031,-1.15125)\dpicstop \dpicdraw (4.83125,-1.12) --(5.05,-1.12)\dpicstop \draw (5.077674,-1.12) node[right=-2bp]{{\tt ttmotor(,G)}}; \dpicdraw (0,-1.4) --(0.35,-1.4)\dpicstop \dpicdraw (0.35,-1.483333) --(0.35,-1.316667)\dpicstop \dpicdraw (0.4,-1.483333) --(0.4,-1.316667)\dpicstop \dpicdraw (0.4,-1.4) --(0.75,-1.4)\dpicstop \draw (0.777674,-1.4) node[right=-2bp]{{\tt capacitor}}; \dpicdraw (2.05,-1.4) --(2.4,-1.4)\dpicstop \dpicdraw (2.4,-1.4625) --(2.4,-1.3375)\dpicstop \dpicdraw (2.45,-1.4625) ..controls (2.427671,-1.423825) and (2.427671,-1.376175) ..(2.45,-1.3375)\dpicstop \dpicdraw (2.433253,-1.4) --(2.8,-1.4)\dpicstop \draw (2.827674,-1.4) node[right=-2bp]{{\tt capacitor(,C)}}; \dpicdraw (4.1,-1.4) --(4.45,-1.4)\dpicstop \dpicdraw (4.45,-1.4625) --(4.45,-1.3375)\dpicstop \dpicdraw (4.5,-1.4625) ..controls (4.477671,-1.423825) and (4.477671,-1.376175) ..(4.5,-1.3375)\dpicstop \dpicdraw (4.483253,-1.4) --(4.85,-1.4)\dpicstop \dpicdraw[line width=0.5bp](4.429167,-1.441667) --(4.3875,-1.441667)\dpicstop \dpicdraw[line width=0.5bp](4.408333,-1.420833) --(4.408333,-1.4625)\dpicstop \draw (4.877674,-1.4) node[right=-2bp]{{\tt capacitor(,C+)}}; \dpicdraw (0,-1.68) --(0.35,-1.68)\dpicstop \dpicdraw (0.4,-1.7425) --(0.35,-1.7425) --(0.35,-1.6175) --(0.4,-1.6175)\dpicstop \dpicdraw (0.383333,-1.726875) --(0.383333,-1.633125)\dpicstop \dpicdraw (0.383333,-1.68) --(0.75,-1.68)\dpicstop \draw (0.777674,-1.68) node[right=-2bp]{{\tt capacitor(,P)}}; \dpicdraw (2.05,-1.68) --(2.375,-1.68)\dpicstop \dpiclw=0.4bp \dpicdraw (2.40625,-1.68) --(2.40625,-1.63) --(2.375,-1.63) --(2.375,-1.73) --(2.40625,-1.73) --(2.40625,-1.68)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (2.44375,-1.68) --(2.44375,-1.63) --(2.475,-1.63) --(2.475,-1.73) --(2.44375,-1.73) --(2.44375,-1.68)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpiclw=0.8bp \dpicdraw (2.475,-1.68) --(2.8,-1.68)\dpicstop \draw (2.827674,-1.68) node[right=-2bp]{{\tt capacitor(,E)}}; \dpicdraw (4.1,-1.68) --(4.425,-1.68)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.45625,-1.68) --(4.45625,-1.63) --(4.425,-1.63) --(4.425,-1.73) --(4.45625,-1.73) --(4.45625,-1.68)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.49375,-1.68) --(4.49375,-1.63) --(4.525,-1.63) --(4.525,-1.73) --(4.49375,-1.73) --(4.49375,-1.68)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.525,-1.68) --(4.85,-1.68)\dpicstop \draw (4.877674,-1.68) node[right=-2bp]{{\tt capacitor(,K)}}; \dpicdraw (0,-1.93) --(0.325,-1.93)\dpicstop \dpiclw=0.4bp \dpicdraw (0.35625,-1.93) --(0.35625,-1.88) --(0.325,-1.88) --(0.325,-1.98) --(0.35625,-1.98) --(0.35625,-1.93)\dpicstop \dpicdraw (0.39375,-1.93) --(0.39375,-1.88) --(0.425,-1.88) --(0.425,-1.98) --(0.39375,-1.98) --(0.39375,-1.93)\dpicstop \dpiclw=0.8bp \dpicdraw (0.425,-1.93) --(0.75,-1.93)\dpicstop \draw (0.777674,-1.93) node[right=-2bp]{{\tt capacitor(,M)}}; \dpicdraw (2.05,-1.93) --(2.391667,-1.93)\dpicstop \dpicdraw (2.422917,-1.93) --(2.422917,-1.88) --(2.391667,-1.88) --(2.391667,-1.98) --(2.422917,-1.98) --(2.422917,-1.93)\dpicstop \dpicdraw (2.458333,-1.88) --(2.458333,-1.98)\dpicstop \dpicdraw (2.458333,-1.93) --(2.8,-1.93)\dpicstop \draw (2.827674,-1.93) node[right=-2bp]{{\tt capacitor(,N)}}; \dpicdraw (4.1,-1.93) --(4.433333,-1.93)\dpicstop \dpicdraw (4.433333,-1.971667) --(4.433333,-1.888333)\dpicstop \dpicdraw (4.454167,-1.93) --(4.454167,-1.8675) --(4.495833,-1.8675) --(4.495833,-1.9925) --(4.454167,-1.9925) --(4.454167,-1.93)\dpicstop \dpicdraw (4.516667,-1.971667) --(4.516667,-1.888333)\dpicstop \dpicdraw (4.516667,-1.93) --(4.85,-1.93)\dpicstop \draw (4.877674,-1.93) node[right=-2bp]{{\tt xtal}}; \dpicdraw (0,-2.18) --(0.25,-2.18)\dpicstop \dpicdraw (0.5,-2.18) --(0.5,-2.13) --(0.25,-2.13) --(0.25,-2.23) --(0.5,-2.23) --(0.5,-2.18)\dpicstop \dpicdraw (0.25,-2.18) --(0.29,-2.18) --(0.29,-2.155) --(0.33,-2.155) --(0.33,-2.205) --(0.37,-2.205) --(0.37,-2.155) --(0.41,-2.155) --(0.41,-2.18) --(0.45,-2.18)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.5125,-2.18) --(0.5125,-2.13) --(0.45,-2.13) --(0.45,-2.23) --(0.5125,-2.23) --(0.5125,-2.18)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.5125,-2.18) --(0.7625,-2.18)\dpicstop \draw (0.777674,-2.18) node[right=-2bp]{{\tt memristor}}; \dpicdraw (2.05,-2.18) --(2.3,-2.18)\dpicstop \dpicdraw (2.55,-2.18) --(2.55,-2.13) --(2.3,-2.13) --(2.3,-2.23) --(2.55,-2.23) --(2.55,-2.18)\dpicstop \dpicdraw (2.3625,-2.13) --(2.3625,-2.23)\dpicstop \dpicdraw (2.425,-2.13) --(2.425,-2.23)\dpicstop \dpicdraw (2.4875,-2.13) --(2.4875,-2.23)\dpicstop \dpicdraw (2.55,-2.18) --(2.8,-2.18)\dpicstop \draw (2.827674,-2.18) node[right=-2bp]{{\tt heater}}; \dpicdraw (4.6625,-2.18) --(4.85,-2.18)\dpicstop \dpicdraw (4.1,-2.18) --(4.308333,-2.18)\dpicstop \dpicdraw[line width=0.4bp](4.308333,-2.18) circle (0.00109in)\dpicstop \dpicdraw (4.308333,-2.221667) --(4.641667,-2.221667)\dpicstop \dpicdraw (4.641667,-2.221667) ..controls (4.653173,-2.221667) and (4.6625,-2.203012) ..(4.6625,-2.18) ..controls (4.6625,-2.156988) and (4.653173,-2.138333) ..(4.641667,-2.138333)\dpicstop \dpicdraw (4.641667,-2.138333) --(4.308333,-2.138333)\dpicstop \dpicdraw (4.308333,-2.138333) ..controls (4.296827,-2.138333) and (4.2875,-2.156988) ..(4.2875,-2.18) ..controls (4.2875,-2.203012) and (4.296827,-2.221667) ..(4.308333,-2.221667) ..controls (4.31984,-2.221667) and (4.329167,-2.203012) ..(4.329167,-2.18) ..controls (4.329167,-2.156988) and (4.31984,-2.138333) ..(4.308333,-2.138333)\dpicstop \draw (4.877674,-2.18) node[right=-2bp]{{\tt tline}}; \dpicdraw[fill=black](0,-2.38) circle (0.007874in)\dpicstop \dpicdraw[fill=black](0.75,-2.38) circle (0.007874in)\dpicstop \draw (0.777674,-2.38) node[right=-2bp]{{\tt gap}}; \dpicdraw[fill=black](2.05,-2.43) circle (0.007874in)\dpicstop \dpicdraw[fill=black](2.8,-2.43) circle (0.007874in)\dpicstop \filldraw[line width=0bp](2.64,-2.455) --(2.74,-2.43) --(2.64,-2.405) --cycle\dpicstop \dpicdraw (2.11,-2.43) --(2.717094,-2.43)\dpicstop \draw (2.827674,-2.43) node[right=-2bp]{{\tt gap(,{,}A)}}; \dpicdraw (4.1,-2.43) --(4.85,-2.43)\dpicstop \filldraw[line width=0bp](4.425,-2.455) --(4.525,-2.43) --(4.425,-2.405) --cycle\dpicstop \dpicdraw (4.425,-2.43) --(4.502094,-2.43)\dpicstop \draw (4.877674,-2.43) node[right=-2bp]{{\tt arrowline}}; \dpicdraw (0,-2.68) --(0.325,-2.68) --(0.325,-2.52375)\dpicstop \dpicdraw (0.325,-2.52375) ..controls (0.325,-2.489264) and (0.339567,-2.46125) ..(0.3575,-2.46125) ..controls (0.375433,-2.46125) and (0.39,-2.480859) ..(0.39,-2.505) ..controls (0.39,-2.529141) and (0.383277,-2.54875) ..(0.375,-2.54875) ..controls (0.366723,-2.54875) and (0.36,-2.529141) ..(0.36,-2.505) ..controls (0.36,-2.480859) and (0.374567,-2.46125) ..(0.3925,-2.46125) ..controls (0.410433,-2.46125) and (0.425,-2.489264) ..(0.425,-2.52375)\dpicstop \dpicdraw (0.425,-2.52375) --(0.425,-2.68) --(0.75,-2.68)\dpicstop \dpicdraw (0.375,-2.52375) circle (0.03937in)\dpicstop \draw (0.777674,-2.68) node[right=-2bp]{{\tt lamp}}; \dpicdraw (2.05,-2.68) --(2.225,-2.68)\dpicstop \dpicdraw (2.625,-2.68) ..controls (2.624554,-2.672786) and (2.623417,-2.664086) ..(2.622464,-2.660589) ..controls (2.621511,-2.657091) and (2.619497,-2.651585) ..(2.617969,-2.648304) ..controls (2.616442,-2.645022) and (2.613514,-2.639948) ..(2.611437,-2.636982) ..controls (2.609359,-2.634016) and (2.605593,-2.629528) ..(2.603033,-2.626967) ..controls (2.600472,-2.624407) and (2.595984,-2.620641) ..(2.593018,-2.618563) ..controls (2.590052,-2.616486) and (2.584978,-2.613558) ..(2.581696,-2.612031) ..controls (2.578415,-2.610503) and (2.572909,-2.608489) ..(2.569411,-2.607536) ..controls (2.565914,-2.606583) and (2.560143,-2.605628) ..(2.556537,-2.605404) ..controls (2.55293,-2.605181) and (2.493973,-2.605) ..(2.425,-2.605) ..controls (2.356027,-2.605) and (2.29707,-2.605181) ..(2.293463,-2.605404) ..controls (2.289857,-2.605628) and (2.284086,-2.606583) ..(2.280589,-2.607536) ..controls (2.277091,-2.608489) and (2.271585,-2.610503) ..(2.268304,-2.612031) ..controls (2.265022,-2.613558) and (2.259948,-2.616486) ..(2.256982,-2.618563) ..controls (2.254016,-2.620641) and (2.249528,-2.624407) ..(2.246967,-2.626967) ..controls (2.244407,-2.629528) and (2.240641,-2.634016) ..(2.238563,-2.636982) ..controls (2.236486,-2.639948) and (2.233558,-2.645022) ..(2.232031,-2.648304) ..controls (2.230503,-2.651585) and (2.228489,-2.657091) ..(2.227536,-2.660589) ..controls (2.226583,-2.664086) and (2.225628,-2.669857) ..(2.225404,-2.673463) ..controls (2.225181,-2.67707) and (2.225,-2.68) ..(2.225,-2.68) ..controls (2.225,-2.68) and (2.225181,-2.68293) ..(2.225404,-2.686537) ..controls (2.225628,-2.690143) and (2.226583,-2.695914) ..(2.227536,-2.699411) ..controls (2.228489,-2.702909) and (2.230503,-2.708415) ..(2.232031,-2.711696) ..controls (2.233558,-2.714978) and (2.236486,-2.720052) ..(2.238563,-2.723018) ..controls (2.240641,-2.725984) and (2.244407,-2.730472) ..(2.246967,-2.733033) ..controls (2.249528,-2.735593) and (2.254016,-2.739359) ..(2.256982,-2.741437) ..controls (2.259948,-2.743514) and (2.265022,-2.746442) ..(2.268304,-2.747969) ..controls (2.271585,-2.749497) and (2.277091,-2.751511) ..(2.280589,-2.752464) ..controls (2.284086,-2.753417) and (2.289857,-2.754372) ..(2.293463,-2.754596) ..controls (2.29707,-2.754819) and (2.356027,-2.755) ..(2.425,-2.755) ..controls (2.493973,-2.755) and (2.55293,-2.754819) ..(2.556537,-2.754596) ..controls (2.560143,-2.754372) and (2.565914,-2.753417) ..(2.569411,-2.752464) ..controls (2.572909,-2.751511) and (2.578415,-2.749497) ..(2.581696,-2.747969) ..controls (2.584978,-2.746442) and (2.590052,-2.743514) ..(2.593018,-2.741437) ..controls (2.595984,-2.739359) and (2.600472,-2.735593) ..(2.603033,-2.733033) ..controls (2.605593,-2.730472) and (2.609359,-2.725984) ..(2.611437,-2.723018) ..controls (2.613514,-2.720052) and (2.616442,-2.714978) ..(2.617969,-2.711696) ..controls (2.619497,-2.708415) and (2.621511,-2.702909) ..(2.622464,-2.699411) ..controls (2.623417,-2.695914) and (2.624372,-2.690143) ..(2.624596,-2.686537) ..controls (2.624819,-2.68293) and (2.625,-2.68) ..(2.625,-2.68)\dpicstop \dpicdraw (2.225,-2.68) --(2.305,-2.68) --(2.465,-2.63)\dpicstop \dpicdraw (2.425,-2.68) --(2.625,-2.68)\dpicstop \dpicdraw (2.625,-2.68) --(2.8,-2.68)\dpicstop \draw (2.827674,-2.68) node[right=-2bp]{{\tt reed}}; \dpicdraw (4.1,-2.68) --(4.275,-2.68)\dpicstop \fill[fill=white!90!black,line width=0bp](4.675,-2.68) ..controls (4.674554,-2.672786) and (4.673417,-2.664086) ..(4.672464,-2.660589) ..controls (4.671511,-2.657091) and (4.669497,-2.651585) ..(4.667969,-2.648304) ..controls (4.666442,-2.645022) and (4.663514,-2.639948) ..(4.661437,-2.636982) ..controls (4.659359,-2.634016) and (4.655593,-2.629528) ..(4.653033,-2.626967) ..controls (4.650472,-2.624407) and (4.645984,-2.620641) ..(4.643018,-2.618563) ..controls (4.640052,-2.616486) and (4.634978,-2.613558) ..(4.631696,-2.612031) ..controls (4.628415,-2.610503) and (4.622909,-2.608489) ..(4.619411,-2.607536) ..controls (4.615914,-2.606583) and (4.610143,-2.605628) ..(4.606537,-2.605404) ..controls (4.60293,-2.605181) and (4.543973,-2.605) ..(4.475,-2.605) ..controls (4.406027,-2.605) and (4.34707,-2.605181) ..(4.343463,-2.605404) ..controls (4.339857,-2.605628) and (4.334086,-2.606583) ..(4.330589,-2.607536) ..controls (4.327091,-2.608489) and (4.321585,-2.610503) ..(4.318304,-2.612031) ..controls (4.315022,-2.613558) and (4.309948,-2.616486) ..(4.306982,-2.618563) ..controls (4.304016,-2.620641) and (4.299528,-2.624407) ..(4.296967,-2.626967) ..controls (4.294407,-2.629528) and (4.290641,-2.634016) ..(4.288563,-2.636982) ..controls (4.286486,-2.639948) and (4.283558,-2.645022) ..(4.282031,-2.648304) ..controls (4.280503,-2.651585) and (4.278489,-2.657091) ..(4.277536,-2.660589) ..controls (4.276583,-2.664086) and (4.275628,-2.669857) ..(4.275404,-2.673463) ..controls (4.275181,-2.67707) and (4.275,-2.68) ..(4.275,-2.68) ..controls (4.275,-2.68) and (4.275181,-2.68293) ..(4.275404,-2.686537) ..controls (4.275628,-2.690143) and (4.276583,-2.695914) ..(4.277536,-2.699411) ..controls (4.278489,-2.702909) and (4.280503,-2.708415) ..(4.282031,-2.711696) ..controls (4.283558,-2.714978) and (4.286486,-2.720052) ..(4.288563,-2.723018) ..controls (4.290641,-2.725984) and (4.294407,-2.730472) ..(4.296967,-2.733033) ..controls (4.299528,-2.735593) and (4.304016,-2.739359) ..(4.306982,-2.741437) ..controls (4.309948,-2.743514) and (4.315022,-2.746442) ..(4.318304,-2.747969) ..controls (4.321585,-2.749497) and (4.327091,-2.751511) ..(4.330589,-2.752464) ..controls (4.334086,-2.753417) and (4.339857,-2.754372) ..(4.343463,-2.754596) ..controls (4.34707,-2.754819) and (4.406027,-2.755) ..(4.475,-2.755) ..controls (4.543973,-2.755) and (4.60293,-2.754819) ..(4.606537,-2.754596) ..controls (4.610143,-2.754372) and (4.615914,-2.753417) ..(4.619411,-2.752464) ..controls (4.622909,-2.751511) and (4.628415,-2.749497) ..(4.631696,-2.747969) ..controls (4.634978,-2.746442) and (4.640052,-2.743514) ..(4.643018,-2.741437) ..controls (4.645984,-2.739359) and (4.650472,-2.735593) ..(4.653033,-2.733033) ..controls (4.655593,-2.730472) and (4.659359,-2.725984) ..(4.661437,-2.723018) ..controls (4.663514,-2.720052) and (4.666442,-2.714978) ..(4.667969,-2.711696) ..controls (4.669497,-2.708415) and (4.671511,-2.702909) ..(4.672464,-2.699411) ..controls (4.673417,-2.695914) and (4.674372,-2.690143) ..(4.674596,-2.686537) ..controls (4.674819,-2.68293) and (4.675,-2.68) ..(4.675,-2.68) --cycle\dpicstop \dpicdraw (4.675,-2.68) ..controls (4.674554,-2.672786) and (4.673417,-2.664086) ..(4.672464,-2.660589) ..controls (4.671511,-2.657091) and (4.669497,-2.651585) ..(4.667969,-2.648304) ..controls (4.666442,-2.645022) and (4.663514,-2.639948) ..(4.661437,-2.636982) ..controls (4.659359,-2.634016) and (4.655593,-2.629528) ..(4.653033,-2.626967) ..controls (4.650472,-2.624407) and (4.645984,-2.620641) ..(4.643018,-2.618563) ..controls (4.640052,-2.616486) and (4.634978,-2.613558) ..(4.631696,-2.612031) ..controls (4.628415,-2.610503) and (4.622909,-2.608489) ..(4.619411,-2.607536) ..controls (4.615914,-2.606583) and (4.610143,-2.605628) ..(4.606537,-2.605404) ..controls (4.60293,-2.605181) and (4.543973,-2.605) ..(4.475,-2.605) ..controls (4.406027,-2.605) and (4.34707,-2.605181) ..(4.343463,-2.605404) ..controls (4.339857,-2.605628) and (4.334086,-2.606583) ..(4.330589,-2.607536) ..controls (4.327091,-2.608489) and (4.321585,-2.610503) ..(4.318304,-2.612031) ..controls (4.315022,-2.613558) and (4.309948,-2.616486) ..(4.306982,-2.618563) ..controls (4.304016,-2.620641) and (4.299528,-2.624407) ..(4.296967,-2.626967) ..controls (4.294407,-2.629528) and (4.290641,-2.634016) ..(4.288563,-2.636982) ..controls (4.286486,-2.639948) and (4.283558,-2.645022) ..(4.282031,-2.648304) ..controls (4.280503,-2.651585) and (4.278489,-2.657091) ..(4.277536,-2.660589) ..controls (4.276583,-2.664086) and (4.275628,-2.669857) ..(4.275404,-2.673463) ..controls (4.275181,-2.67707) and (4.275,-2.68) ..(4.275,-2.68) ..controls (4.275,-2.68) and (4.275181,-2.68293) ..(4.275404,-2.686537) ..controls (4.275628,-2.690143) and (4.276583,-2.695914) ..(4.277536,-2.699411) ..controls (4.278489,-2.702909) and (4.280503,-2.708415) ..(4.282031,-2.711696) ..controls (4.283558,-2.714978) and (4.286486,-2.720052) ..(4.288563,-2.723018) ..controls (4.290641,-2.725984) and (4.294407,-2.730472) ..(4.296967,-2.733033) ..controls (4.299528,-2.735593) and (4.304016,-2.739359) ..(4.306982,-2.741437) ..controls (4.309948,-2.743514) and (4.315022,-2.746442) ..(4.318304,-2.747969) ..controls (4.321585,-2.749497) and (4.327091,-2.751511) ..(4.330589,-2.752464) ..controls (4.334086,-2.753417) and (4.339857,-2.754372) ..(4.343463,-2.754596) ..controls (4.34707,-2.754819) and (4.406027,-2.755) ..(4.475,-2.755) ..controls (4.543973,-2.755) and (4.60293,-2.754819) ..(4.606537,-2.754596) ..controls (4.610143,-2.754372) and (4.615914,-2.753417) ..(4.619411,-2.752464) ..controls (4.622909,-2.751511) and (4.628415,-2.749497) ..(4.631696,-2.747969) ..controls (4.634978,-2.746442) and (4.640052,-2.743514) ..(4.643018,-2.741437) ..controls (4.645984,-2.739359) and (4.650472,-2.735593) ..(4.653033,-2.733033) ..controls (4.655593,-2.730472) and (4.659359,-2.725984) ..(4.661437,-2.723018) ..controls (4.663514,-2.720052) and (4.666442,-2.714978) ..(4.667969,-2.711696) ..controls (4.669497,-2.708415) and (4.671511,-2.702909) ..(4.672464,-2.699411) ..controls (4.673417,-2.695914) and (4.674372,-2.690143) ..(4.674596,-2.686537) ..controls (4.674819,-2.68293) and (4.675,-2.68) ..(4.675,-2.68)\dpicstop \dpicdraw (4.275,-2.68) --(4.355,-2.68) --(4.515,-2.691111)\dpicstop \dpicdraw (4.475,-2.68) --(4.675,-2.68)\dpicstop \dpicdraw (4.675,-2.68) --(4.85,-2.68)\dpicstop \draw (4.877674,-2.68) node[right=-2bp]{{\tt reed(,{,},fill\_(0.9),CR)}}; \dpicdraw (0,-2.93) --(0.25,-2.93)\dpicstop \dpicdraw (0.5,-2.93) --(0.5,-2.88) --(0.25,-2.88) --(0.25,-2.98) --(0.5,-2.98) --(0.5,-2.93)\dpicstop \dpicdraw (0.25,-2.98) --(0.333333,-2.93) --(0.25,-2.88)\dpicstop \dpicdraw (0.5,-2.93) --(0.75,-2.93)\dpicstop \draw (0.777674,-2.93) node[right=-2bp]{{\tt pvcell}}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/CctTableMan.m40000644060175006010010000000525713774371757016352 0ustar DwightNone.PS # `CctTable.m4' cct_init movewid = 2 pt__ hm = 2.05 vm = 0.28 { {resistor ; move ;"`{\tt resistor}'" ljust} move right_ hm {resistor(,,Q) ; move ;"`\tt resistor(,{,}Q) '" ljust} move right_ hm {resistor(,,E) ; move "`\shortstack[l]{\tt resistor(,{,}E)\\ {\tt $\equiv$ ebox}}'" ljust} } move down vm; right_ { {resistor(,,ES) ; move ;"`\tt resistor(,{,}ES) '" ljust} move right_ hm {resistor(,,H) ; move ;"`\tt resistor(,{,}H) '" ljust} move right_ hm {ebox(,,,0.5) ; move ;"`{\tt ebox(,{,},0.5)}'" ljust} } move down vm; right_ { {resistor(,,V) ; move ;"`{\tt resistor(,{,}V)}'" ljust} move right_ hm {move down_ 0.05; right_ thermocouple ; move;"`{\tt thermocouple}'" ljust; move up_ 0.05} move right_ hm {ebox(,0.5,0.3) ; move ;"`{\tt ebox(,0.5,0.3)}'" ljust} } move down vm; right_ { {inductor ; move ;"`{\tt inductor}'" ljust} move right_ hm {inductor(,W); move ;"`{\tt inductor(,W)}'" ljust} move right_ hm {inductor(,L); move ;"`{\tt inductor(,L)}'" ljust} } move down vm; right_ { {inductor(,,,M) ; move ;"`{\tt inductor(,{,},M)}'" ljust} move right_ hm {inductor(,W,6,P); move ;"`{\tt inductor(,W,6,P)}'" ljust} move right_ hm {move right_ 0.2; ttmotor(,G) ; move ;"`{\tt ttmotor(,G)}'" ljust} } move down vm; right_ { {capacitor ; move ;"`{\tt capacitor}'" ljust} move right_ hm {capacitor(,C); move ;"`{\tt capacitor(,C)}'" ljust} move right_ hm {capacitor(,C+); move ;"`{\tt capacitor(,C+)}'" ljust} } move down vm; right_ { {capacitor(,P); move ;"`{\tt capacitor(,P)}'" ljust} move right_ hm {capacitor(,E); move ;"`{\tt capacitor(,E)}'" ljust} move right_ hm {capacitor(,K); move ;"`{\tt capacitor(,K)}'" ljust} } move down 0.25; right_ { {capacitor(,M); move ;"`{\tt capacitor(,M)}'" ljust} move right_ hm {capacitor(,N); move ;"`{\tt capacitor(,N)}'" ljust} move right_ hm {xtal ; move ;"`{\tt xtal}'" ljust} } move down 0.25; right_ { {memristor ; move;"`{\tt memristor}'" ljust} move right_ hm {heater; move;"`{\tt heater}'" ljust} move right_ hm {tline ; move;"`{\tt tline}'" ljust} } move down 0.25; right_ { {move up_ 0.05; right_; gap ; move ;"`{\tt gap}'" ljust} move right_ hm {gap(,,A) ; move ;"`{\tt gap(,{,}A)}'" ljust} move right_ hm {arrowline ; move;"`{\tt arrowline}'" ljust} } move down 0.25; right_ { {lamp ; move;"`{\tt lamp}'" ljust} move right_ hm {reed ; move ;"`{\tt reed}'" ljust} move right_ hm {reed(,,,fill_(0.9),CR) ; move ; "`{\tt reed(,{,},fill\_(0.9),CR)}'" ljust} } move down 0.25; right_ { {pvcell ; move;"`{\tt pvcell}'" ljust} move right_ hm {arrester ; move ;"`{\tt arrester}'" ljust} } .PE Circuit_macros9.5/doc/Circuit_macros.bib0000644060175006010010000000775113774371757017420 0ustar DwightNone @misc{Aplevich2011, author={Aplevich, J. D.}, title={Drawing with dpic}, note={In the dpic source distribution.}, year={2015}} @book{Bentley88, author={Bentley, J.}, title={More Programming Pearls}, address={Reading, Massachusetts}, publisher={Addison-Wesley}, year={1988}} @misc{Bentley2010, author={Bentley, J. and Yepez, A.}, title={Little Languages}, publisher={Mississippi State University}, note={\url{www.cse.msstate.edu/~niu/courses/CSE8990/slides/Alejandra-0210.pdf}}, year={2010}} @misc{Clark99, author={Clark, A. R.}, title={Using Circuit Macros}, note={Courtesy of Alan Robert Clark at \url{http://ytdp.ee.wits.ac.za/cct.html}}, year={1999}} @article{Girou94, author={Girou, D.}, title={Pr\'esentation de {PST}ricks}, journal={Cahiers {GUT}enberg}, volume={16}, note={% \url{http://cahiers.gutenberg.eu.org/cg-bin/article/CG_1994___16_21_0.pdf}}, year={1994}} @book{Goossens97, author={Goossens, M. and Rahtz, S. and Mittelbach, F.}, title={The \LaTeX Graphics Companion}, address={Reading, Massachusetts}, publisher={Addison-Wesley}, year={1997}} @misc{IEEEstd, author={IEEE}, title={Graphic Symbols for Electrical and Electronic Diagrams}, note={Std 315-1975, 315A-1986, reaffirmed 1993.}, institution={IEEE}, year={1975}} @misc{Johnstone92, author={Johnstone, A.}, title={Electronic symbols for \protect{\LaTeX}\ picture mode}, institution={Royal Holloway, University of London}, note={Email:{\tt adrean@cs.rhbnc.ac.uk}}, year={1992}} @book{Mas2019, author={Mas, O.}, title={Pycirkuit 0.5.0}, publisher={Python Software Foundation}, note={\url{https://pypi.org/project/pycirkuit/}}, year={2019}} @misc{KDEApps2009, author={KDE-Apps.org}, title={Cirkuit}, note={KDE application: \url{http://kde-apps.org/content/show.php/Cirkuit?content=107098} and later version at \url{https://github.com/ag-ckt/cirkuit/tree/V0.5.0}}, year={2009}} @techreport{KRm4, author={Kernighan, B. W. and Richie, D. M.}, title={The {M4} Macro Processor}, institution={Bell Laboratories}, year={1977}} @techreport{KRpic, author={Kernighan, B. W.}, title={{PIC}---{A} Graphics Language for Typesetting, User Manual}, institution={AT\&T Bell Laboratories}, series={Computing Science Technical Report}, number={116}, note={\url{http://doc.cat-v.org/unix/v10/10thEdMan/pic.pdf}}, year={1991}} @book{Landauer95, author={Landauer, Thomas K.}, title={The Trouble with Computers}, address={Cambridge}, publisher={MIT Press}, year={1995}} @misc{Raymond95, author={Raymond, E. S.}, title={Making Pictures With {GNU} {PIC}}, note={In {GNU} groff source distribution, also in the dpic package and at \url{http://www.kohala.com/start/troff/gpic.raymond.ps}}, year={1995}} @book{Sedra97, author={Sedra, A. S. and Smith, K. C.}, title={Microelectronic Circuits}, address={Oxford}, publisher={Oxford University Press}, year={1997}} @misc{Seindal94, author={Seindal {\sl et al}, R.}, title={{GNU} m4}, note={\url{http://www.gnu.org/software/m4/manual/m4.html}}, institution={GNU}, year={1994}} @misc{Verwer92, author={Verwer, N.}, title={Readme for {L}oggates}, institution={Utrecht, Dept. of Computer Science}, note={Email:{\tt nico@cs.ruu.nl}}, year={1992}} @techreport{dvips, author={Rokicki, T.}, title={{DVIPS:} {A} {\TeX\ } Driver}, institution={Stanford}, year={1994}} @misc{gpic, author={Lemberg, W.}, institution={The Free Software Foundation}, title={Gpic man page}, note={\url{http://www.manpagez.com/man/1/groff/}}, year={2005}} @misc{metapost, author={Hobby, J. D.}, title={A User's Manual for {M}eta{P}ost}, institution={Bell Laboratories}, year={1990}} @misc{mfpic, author={Leathrum, T. and Tobin, G.}, title={Pictures in {\TeX\ }with Metafont}, note={Mfpic manual}, year={1996}} @misc{pstricks, author={Van Zandt, T.}, title={{PST}ricks: Postscript Macros for Generic TeX}, institution={CTAN.org}, note={\url{http://mirrors.ctan.org/graphics/pstricks/base/doc/pst-user.pdf}}, year={2007}} @misc{tikz, author={Tantau, T.}, title={TiKz \& PGF}, institution={CTAN.org}, note={\url{http://mirrors.ctan.org/graphics/pgf/base/doc/pgfmanual.pdf}}, year={2013}} Circuit_macros9.5/doc/Circuit_macros.pdf0000644060175006010010000355607713774371757017452 0ustar DwightNone%PDF-1.6 %âãÏÓ 1931 0 obj <> endobj 1971 0 obj <>/Filter/FlateDecode/ID[<9834FDB40E03D93BFCA1BA98FF2CC9A6>]/Index[1931 1588]/Info 1930 0 R/Length 238/Prev 972764/Root 1932 0 R/Size 3519/Type/XRef/W[1 3 1]>>stream hÞìÒ½JA…áo6$iAXo å"¹KSF´°MÀÆÊÂÊNX°ó¯HrZ¥K6"ÚÙäRèžs ¼ÍÃá›avv8YŠØŽ,bïPƃLY9’;wò*/MK墭|ü¥Ükx§O¸ùÙÀ“{Ÿ³ÐÎÞÐóKÙyu,Oõ•TyödKžÝÊî‹Ì[²~nl!ko²zí<Õ µoç™ýñêÜùɾz2qþ,]½—wHQß÷ÿFÂMwwÌ;àÿ›y¤WH¯^!Ò+¤WH¯éÒ+¤Wˆô éÒ+Dzµ¦þFódú'À¸:Ž endstream endobj startxref 0 %%EOF 3518 0 obj <>stream hÞÌSíO[Uν·Ý¥¼sW:LÜ^¶‹‚eØ™%v¥`%ŽL±[y¹0L°Ô!l¨n±ín÷A?Ktc‹Ù|Á€‰3MŒ†"‹ËX&ºI–iLG_ü Lüf|nÇâ¿àÉ=Ïóœßyîïù7ì÷À`{vÃm7H`Å.ÏûhÜ%£9,ïD’ 0 &vŒŸ^lÏ7ÖˆoAx[I kzà®õÒ£µ-Ùcû¶Ÿº!º|cÛÆÈ̲¿R>0ýÂRÕWÖX© ¿Cï²…éùüc—ÄAHæKÖයÛ²7ò¶[Âøa÷ºÚ`û{¾éEñ¸>ØA÷ ‹ÞzÙš5Ýñ—xY?•O“€ç-ø\·¯Šô­IüzÕ²tUÊ_Õ>9›5®¤Ö¾Ïœú̸9›š:;õõõ3ç&F&O™<=4<|ùÑú›=z"sôd¦%ŸÓÓ•Q™àéâ#Þ@¤:QB7Õ­_ÙÏ1î ³W¾‹æs¼vŽEsª‹¿–äT»U?ßÛ>5¹¢V¦åÖU)¹Y4ÜŒ<)-áñ &ïöhï¤ïZ^Ô¦ëFÅ¿ w˜i!NäÖÍ7¶œ†îcqDº9‰¨ñA¬«žï9a{VCVJ—Bw†|$R/:)Yë6¾¿b¯Ï¥œÝÍjûÒj°«&¡iî,ê'®ìt©A(–h ¨¶¤®2¥Åh2Çë^>x_UDù>7¼auË!+Ü犾HH O 31tÒ›®ì¼–7,Ù¸=¿*=-TdcTŸKõy“ãw6Lý-9,!éQŸ)ûX4©Ý Š„:qöØIœ zØh™µ+NÃå@>ˆ¹²iª8Sý{¤XØ´ÉM¦XvÖ úI„;<˜Ü’‹p ‰¹®^¤ùkT±DT<&{^U0ˆ!C#¸ëˆJsw ¢ÔaoÅy+vÑ(V£á µpÐQ·ÇŒ· %€ÿj 6b`ȧT×#‚‰&"ùMÏݦõùƒX©Ú¬D&%Qj5vi(ï‰î!D5Z͈™ºIf B×T†| T RU e#@E¨„×!Œ‘¤ÔšKô‚`Êp>±  ¶³‚üÿ?Fl· xæ(z<ÜC ë@ÉÛtõÍ¡èãïí,éñ&Šá<¬t^€+ÇoýÞ^òy®÷ÛgþllÛ{§ìùÉOKúv ÌüÖÖlkèjöŸ¢…Ò#;ïx×G ýhîx9@¨ý/PÖ;†¾ àD;ú? ì§äã%Oü+ÀF8W´ endstream endobj 1932 0 obj <> endobj 1933 0 obj <> endobj 1934 0 obj <>/ProcSet[/PDF/Text]>>/Rotate 0/Type/Page>> endobj 1935 0 obj <>stream hÞì[ÛrÇÑ~‚¼Ã^&ùK;çSUJU¢Î–[²b)V|’K ¿A€@[öÓçëžÙÅ.BXȺ‹T6æÔ3=}žJAW²R)˜JEúk+e®ÒNà+¸&TNbå" UÁ%QV1P-õŽ« 7bŒvž š<šˆ.N∯iZš Xî‡.1p+MW’•V<3¾jÍ3']iÃ3'SiiD²•öÒ„MØ’¯täͤPéä¹.VF&®K•ÁÔ•–XÁ?‚Te,FÒ•q[Me<-CbzC®2É0ä++#(TVE®‹•5’¡TY« Â0ë,Cª²ÞÓ¥+"C¦²I2dAmÍ«œ² ùÊé<ga@0@±rŽW¯R弡5‘ ¼z­*G”¤+Ç“ ¶w‚õmòµ&µ¥ñjÐÉPC+‘u3þÄm62nYÖmtµVzä†ÍQ²n½­Iéz˜fq~4æ£HídmeìÄÌzHËWÅÜRÛ€¿àvÁbx6ÖþˆM›c6 ·äúT›@k µN£QÛcP+[C•lè ñ2Æ}UÜ-Å¥®ÙJµ'·Lxq4bwĦ VÀΉRu "`óØøhÜþÜ0›žÜãÁo`ôsêGé’#hm°²GκÄÀ–{gFnØ¥KŒõu€©-7qšs0`~4îc´‰Ñ v4Ö஋C³j4îc„Úhhâoà(Àq0°8~ßÇHµQð )~ık­œS5†ÉÜx&Ó‘ÌbËc:Á_Tc ´;ŠÇtpµ¤ NZôä“»:º8f¿cdÙÊBt‰º3ù¤°ìæÝXsåGmÙh(lDDêÒ!¸± ¢ŒhÜfGEሠ#bcëÜmXÊÚx7m<­'{h;´z¨8êxÓ1h¡±” ´9ƒVÉcðâ,“U¼eFQY©cðâ4ƒï‘æÑ»±&Y©£øÙFò·ˆŸuvD…™aÀѧ ÇB“ãGQ\Aq‹ ¶¸£¸õðñý(=­Ì1xa‹’Úœ´…]”q”úPö¼8Ÿä6œmT&9šÃìQfÈ I6¢7òô¡ÈÈ'µiwĦ Œ““ž#hÊšgD«¯×S‚JwÄ6ÖÉÛï1VÑXUS ³Ãë`šâ(WcœÈɱjcœŒq©®±NšJ…´ÁK™ŠQÊãïˆ>ŽcàpÉÍ “Û“ÜA”>›®›úåd~>¹i–i{ÉJ “_G™_¸˜PWØ-å¥,¾ÇC]Ìg‹ÅUÍ8_σ­J€Ž€‰2¾5ç¯ÅæàM¿xs==±_ëˆJ¹dŠ™(#áë„àQ±  Þ+;­‚Ïè&!ÐÕ ¤7pvÛÔ)ŒõùãÇWëóˆÉjÏ—Ø_„šsQŸÔî玦Ͳ™Ÿ5«ZœM—g7W³æ“XOgç 6#~¹ÁÁŸŸÎfÍźû²œ^~Ü|;¬qy3EŸ«Åš;vßrÏ|»ú(š+ú1âb*.f¦|Ñ|:›M®ºÅüæê´Y®¦—sq¾˜Í&KqÝ,ÏšùZL®­ ¹sžÿz‚=0b†rådEÍ«ŸÅõìf%ÎWWññ÷ëÍœ&›.ÎÅjF«ú£Y.ÄbÞˆõo ±þ¸lq±¸Yb¿6b5ý$VͯÓð¤ó):ž-f‹9ª¯¦š5«•h~¹™ÌÄå²™-׬HUˆÉZ<'â¡x$‹'â)Ü7â…x)^‰ŠoÅwâµxƒã~+þ%~ïÄ{ñoñ£8]NÎ~n21O楖ÚvgÓi>2q3¬ÎË&“…ÇMÄ©8çû—⣘Šÿ?‹™¸s±×â±+±7âWñ›ø$~0†¦`]æoŒ a±“ËåäצÒt`“³›uóSæ§Çó³Åùt~™™yEçDwfâáäú“-û8Y~߬ÿZhAû‹ÝN°FZ!Óü‹lX÷7º â)ï©äÄ“ÙärUYñd1_Ÿœ,>}¸g¥¬îiº"5¤^É8µ>™ÎÀÁ ž„¬ÞpÍ?'WxzròÍûgÿ÷òÕ›ÅÕd®Â½7Íå qØóõd6={0¿Ä0)¾_7W?@iäÒhZÆrz½^,Åû²-käýûÐ8pLªý¥¶ˆèK }`þR­Ñµ+5>™š.)£ë)ïS c¬éKת ÚS+÷4šúØ Ê ð¡u£“¥½ÌÊ£ %õ‚AHCÁÉef7¨qpLTY;ÝGȹnd®É;ÍóZ¬Ù`Šùã O¡I®vCŸ@{,cûsrƒõ)”´Ó sëO`½(":©»Ï¸åÔ|×Ë|1]®ÖÄšð÷ns¾¦N/'¥ÂËNŸc¨ {ˆwÓóõÇU¾1în-‹0¤ÔúÖ Ã @ÐÄr]”„rÀûvïcà}؃x¼¼oå÷_¿~÷îLJ]ô^Þ÷î3¼¯Àû®ñ€—â0pšp[‰W ñ7󡳂]âÇÄóhEl«˜BiÏ’G îé"¯›záC—áÝ—"3—άI™1©¾Á“-“XãhD~`¿zç:§<–Fߣ*c»^¹Í@„"GºÀ›6^ì€ï$û>vù·ÙÑßfÇt;†-vŒvŒ=v„ü,Ó9åÀt)Ò-Ø¡píé¾xùè_oÚÝû½<3ñyž#ÎQß…b}mÚAß4¤¯=€¼FŽ ïÛžQ&yï›ãâ”´6ù7²ÇpM>¯œ§ã€‡kӮ㸥^>{õèõ»–VqïqÀqèäH E¦â ÊnË‹ÞÍgûôƒ;ôC#«vÖV ,]É|ÖÈZ="Sõ&öig\¿c“JNw¾Úé{|íŤ¹öØ·|#•ýëžÙ9, ‹Ý1tt; 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\hypersetup{ pdflang=English, unicode=true, colorlinks=true, linkcolor=purple, citecolor=purple} \begin{document} \title{M4 Macros for Electric Circuit Diagrams in \LaTeX\ Documents} \author{Dwight Aplevich} \enlargethispage{\baselineskip} \date{% %\input Version \vspace*{-\baselineskip} } \maketitle % \pdfbookmark[section]{\contentsname}{toc} \pdfbookmark[section]{Contents}{toc} \begin{multicols}{2} \tableofcontents \end{multicols} \input body %\pdfbookmark[section]{\refname}{refs} \bibliographystyle{plain} \makeatletter \addcontentsline{toc}{section}{References\ \unhbox \voidb@x %\cleaders \hbox to0.44em{\hss .\hss }\hfill \kern \z@ } %\cleaders \hbox{\hss \hss }\hfill \kern \z@ } \cleaders \hbox{\hss .$\;$\hss }\hfill \kern \z@ } \makeatother \bibliography{Circuit_macros} \end{document} Circuit_macros9.5/doc/Composite.m40000644060175006010010000000350113774371757016165 0ustar DwightNone.PS # Composite.m4 log_init divert(-1) divert(0)dnl command "{\tt" [ K1: KelvinR { "`KelvinR'" at last [].C +(0,-0.25) "\sl T1" at K1.T1 above "\sl T2" at K1.T2 above arrow <- up 0.1 left 0.1 from last [].Start ; `"\sl Start"' above arrow <- up 0.1 right 0.1 from last [].End ; `"\sl End"' above } K2: KelvinR(,R) with .Start at K1.End+(0.25,0.1) { "`KelvinR(,R)'" at last [].C +(0,-0.25) "\sl T1" at K2.T1 rjust "\sl T2" at K2.T2 ljust } ] [ FTcap { thinlines_ `"FTcap"' at last [].s +(0,-0.2) arrow <- up 0.1 left 0.1 from last [].Start ; `"\sl Start"' above arrow <- up 0.1 right 0.1 from last [].End ; `"\sl End"' above arrow <- up 0.15 left 0.1 from last [].T1 ; `"\sl T1"' rjust arrow <- right 0.1 from last [].T2 ; `"\sl T2"' ljust thicklines_ } FTcap(B) with .w at last [].e+(0.65,0) { thinlines_ `"FTcap(B)"' at last [].s +(0,-0.2) arrow <- up 0.1 left 0.1 from last [].Start ; `"\sl Start"' above arrow <- up 0.1 right 0.1 from last [].End ; `"\sl End"' above arrow <- up 0.15 left 0.1 from last [].T1 ; `"\sl T1"' rjust arrow <- left 0.1 from last [].T2 ; `"\sl T2"' rjust thicklines_ } FTcap(C) with .w at last [].e+(0.65,0) { thinlines_ `"FTcap(C)"' at last [].s +(0,-0.2) arrow <- up 0.1 left 0.1 from last [].Start ; `"\sl Start"' above arrow <- up 0.1 right 0.1 from last [].End ; `"\sl End"' above arrow <- left 0.1 from last [].T ; `"\sl T"' rjust thicklines_ } FTcap(D) with .w at last [].e+(0.65,0) { thinlines_ `"FTcap(D)"' at last [].s +(0,-0.2) arrow <- up 0.1 left 0.1 from last [].Start ; `"\sl Start"' above arrow <- up 0.1 right 0.1 from last [].End ; `"\sl End"' above arrow <- left 0.1 from last [].T ; `"\sl T"' rjust thicklines_ } ] with .sw at last [].se+(0.1,0) command "}" .PE Circuit_macros9.5/doc/ConfigA.m40000644060175006010010000000214013774371757015527 0ustar DwightNone.PS # ConfigA.m4 sinclude(Circuit_macros.dim) s_init(ConfigA) gen_init "{\tt .pic}" above arrow <- M4: shadebox(box wid boxht "{\tt m4}") arrow <- Conf: shadebox(box wid boxwid*2 "Configuration file") s_box(\tt pstricks.m4) at Conf.nw above ljust arrow <- from Conf.e Gen: shadebox(box wid boxwid*2.25) s_box(\tt libgen.m4) at Gen.nw above ljust s_box(\tt\small\shortstack[l]{% $\;\cdots$ \\ ``define(\char96cct\_init\char39,...)'' \\ $\;\cdots$}) with .w at 0.05 between Gen.w and Gen.e Src: shadebox(box ht Gen.ht wid Conf.wid with .nw at Conf.sw+(0,-0.25)) s_box(Diagram source {\tt quick.m4}) at Src.nw above ljust s_box(\tt\small\shortstack[l]{% .PS \\ cct\_init \\ $\;\cdots$}) with .w at 0.05 between Src.w and Src.e arrow from Src.w left linewid/2 then up M4.y-Src.y-M4.ht/4 then left linewid/2 arrow <- right from Src.e Cct: shadebox(box wid boxwid*2.25) s_box(\tt libcct.m4) at Cct.nw above ljust s_box(\tt\small\shortstack[l]{% $\;\cdots$ \\ ``define(\char96resistor\char39,...)'' \\ $\;\cdots$}) with .w at 0.05 between Cct.w and Cct.e .PE Circuit_macros9.5/doc/ConfigB.m40000644060175006010010000000235113774371757015534 0ustar DwightNone.PS # ConfigB.m4 sinclude(Circuit_macros.dim) s_init(ConfigB) gen_init aw = linewid/2 linewid = linewid*2/3 "{\tt .pic}" above arrow <- right aw M4: shadebox(box wid boxht "{\tt m4}") arrow <- right aw Src: shadebox(box wid boxwid*1.85) s_box(Diagram source) at Src.nw above ljust s_box(\tt\small\shortstack[l]{% .PS \\ ``include(pstricks.m4)'' \\ cct\_init \\ $\;\cdots$}) with .w at 0.05 between Src.w and Src.e arrow <- right aw from 0.35 between Src.ne and Src.se Conf: shadebox(box wid boxwid*2 "Configuration file" with .nw at (Here,Src.n)) { s_box(\tt pstricks.m4) at Conf.nw above ljust } arrow <- right aw from Conf.e Gen: shadebox(box wid Conf.wid) s_box(\tt libgen.m4) at Gen.nw above ljust s_box(\tt\small\shortstack[l]{% $\;\cdots$ \\ ``define(\char96cct\_init\char39,...)'' \\ $\;\cdots$}) with .w at 0.05 between Gen.w and Gen.e Cct: shadebox(box wid Conf.wid with .nw at Conf.sw+(0,-0.25)) s_box(\tt libcct.m4) at Cct.nw above ljust s_box(\tt\small\shortstack[l]{% $\;\cdots$ \\ ``define(\char96resistor\char39,...)'' \\ $\;\cdots$}) with .w at 0.05 between Cct.w and Cct.e dw =(Conf.w.x-Src.e.x)/2 arrow from Cct.w left dw then up Src.y-Cct.y-0.05 then left dw .PE Circuit_macros9.5/doc/ConfigC.m40000644060175006010010000000241313774371757015534 0ustar DwightNone.PS # ConfigC.m4 sinclude(Circuit_macros.dim) s_init(ConfigC) gen_init aw = linewid/2 linewid = linewid*2/3 "{\tt .pic}" above arrow <- right aw M4: shadebox(box wid boxht "{\tt m4}") arrow <- right aw Src: shadebox(box wid boxwid*1.85) s_box(Diagram source) at Src.nw above ljust s_box(\tt\small\shortstack[l]{% .PS \\ ``include(libgen.m4)'' \\ cct\_init \\ $\;\cdots$}) with .w at 0.05 between Src.w and Src.e arrow <- right aw from 0.35 between Src.ne and Src.se Gen: shadebox(box wid boxwid*2.25 with .nw at (Here,Src.n)) s_box(\tt libgen.m4) at Gen.nw above ljust s_box(\tt\small\shortstack[l]{% ``if..include(pstricks.m4)'' \\ $\;\cdots$ \\ ``define(\char96cct\_init\char39,...)'' \\ $\;\cdots$}) with .w at 0.05 between Gen.w and Gen.e arrow <- right aw from Gen.e Conf: shadebox(box wid boxwid*1.8 "Configuration file") { s_box(\tt pstricks.m4) at Conf.nw above ljust } Cct: shadebox(box wid Gen.wid with .nw at Gen.sw+(0,-0.25)) s_box(\tt libcct.m4) at Cct.nw above ljust s_box(\tt\small\shortstack[l]{% $\;\cdots$ \\ ``define(\char96resistor\char39,...)'' \\ $\;\cdots$}) with .w at 0.05 between Cct.w and Cct.e dw =(Cct.w.x-Src.e.x)/2 arrow from Cct.w left dw then up Src.y-Cct.y-0.05 then left dw .PE Circuit_macros9.5/doc/Conn.tex0000644060175006010010000001462613774371757015412 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp {\sf \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (0.502778,0.324448) --(0.377778,0.324448) --(0.377778,-0.275552) --(0.627778,-0.275552) --(0.627778,0.324448) --(0.502778,0.324448)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.627778,-0.125552) --(0.377778,-0.125552)\dpicstop \dpicdraw (0.627778,0.024448) --(0.377778,0.024448)\dpicstop \dpicdraw (0.627778,0.174448) --(0.377778,0.174448)\dpicstop \dpicdraw[fill=white](0.502778,-0.200552) circle (0.007874in)\dpicstop \dpicdraw[fill=white](0.502778,-0.050552) circle (0.007874in)\dpicstop \dpicdraw[fill=white](0.502778,0.099448) circle (0.007874in)\dpicstop \dpicdraw[fill=white](0.502778,0.249448) circle (0.007874in)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](0.311111,-0.220552) --(0.377778,-0.200552) --(0.311111,-0.180552) --cycle\dpicstop \dpicdraw (0.368111,-0.200552) --(0.227778,-0.200552)\dpicstop \draw (0.227778,-0.200552) node[left=-2bp]{L1}; \filldraw[line width=0bp](0.311111,0.229448) --(0.377778,0.249448) --(0.311111,0.269448) --cycle\dpicstop \dpicdraw (0.368111,0.249448) --(0.227778,0.249448)\dpicstop \draw (0.227778,0.249448) node[left=-2bp]{L4}; \draw (0.077778,0.044448) node{$\vdots$}; \filldraw[line width=0bp](0.694444,-0.180552) --(0.627778,-0.200552) --(0.694444,-0.220552) --cycle\dpicstop \dpicdraw (0.637445,-0.200552) --(0.877778,-0.200552)\dpicstop \draw (0.877778,-0.200552) node[right=-2bp]{R1}; \filldraw[line width=0bp](0.694444,0.269448) --(0.627778,0.249448) --(0.694444,0.229448) --cycle\dpicstop \dpicdraw (0.637445,0.249448) --(0.877778,0.249448)\dpicstop \draw (0.877778,0.249448) node[right=-2bp]{R4}; \draw (1.027778,0.044448) node{$\vdots$}; \filldraw[line width=0bp](0.547154,-0.146931) --(0.502778,-0.200552) --(0.569342,-0.180213) --cycle\dpicstop \dpicdraw (0.510821,-0.195189) --(0.652778,-0.100552)\dpicstop \draw (0.652778,-0.100552) node[right=-2bp]{T1}; \filldraw[line width=0bp](0.547154,0.303069) --(0.502778,0.249448) --(0.569342,0.269787) --cycle\dpicstop \dpicdraw (0.510821,0.254811) --(0.652778,0.349448)\dpicstop \draw (0.652778,0.349448) node[right=-2bp]{T4}; \draw (0.802778,0.144448) node{$\vdots$}; \dpiclw=0.8bp \draw (0.502778,-0.425552) node(CS1){\tt tstrip(U)}; \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (2.327778,-0.000552) --(2.327778,0.124448) --(1.327778,0.124448) --(1.327778,-0.125552) --(2.327778,-0.125552) --(2.327778,-0.000552)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw[fill=black](1.427778,-0.000552) circle (0.007874in)\dpicstop \dpicdraw[fill=black](1.627778,-0.000552) circle (0.007874in)\dpicstop \dpicdraw[fill=black](1.827778,-0.000552) circle (0.007874in)\dpicstop \dpicdraw[fill=black](2.027778,-0.000552) circle (0.007874in)\dpicstop \dpicdraw[fill=black](2.227778,-0.000552) circle (0.007874in)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](1.439703,0.068021) --(1.427778,-0.000552) --(1.475481,0.050132) --cycle\dpicstop \dpicdraw (1.432101,0.008095) --(1.527778,0.199448)\dpicstop \draw (1.527778,0.199448) node[above=-2bp]{T1}; \filldraw[line width=0bp](2.239703,0.068021) --(2.227778,-0.000552) --(2.275481,0.050132) --cycle\dpicstop \dpicdraw (2.232101,0.008095) --(2.327778,0.199448)\dpicstop \draw (2.327778,0.199448) node[above=-2bp]{T5}; \draw (1.927778,0.199448) node[above=-2bp]{$\cdots$}; \draw (1.227778,-0.325552) node(CS2){\shortstack{\rlap{\hbox to 2bp{}\tt tstrip(R,5,}\\% \rlap{\hbox to 2bp{}\tt $\;\;$DO;wid=1.0;ht=0.25)}}}; } \dpiclw=0.8bp \dpicdraw (2.927778,-0.025552) circle (0.03937in)\dpicstop \dpicdraw[fill=black](2.927778,-0.025552) circle (0.013123in)\dpicstop \draw (2.927778,-0.125552) node[below=-2bp]{\tt ccoax\vphantom{(}}; \dpiclw=0.4bp \filldraw[line width=0bp](2.984346,0.059301) --(2.951348,-0.001982) --(3.012631,0.031017) --cycle\dpicstop \dpicdraw (2.965019,0.01169) --(3.051348,0.098018)\dpicstop \draw (3.051348,0.098018) node[right=-2bp]{C}; \filldraw[line width=0bp](3.096351,-0.037477) --(3.027778,-0.025552) --(3.078462,-0.073255) --cycle\dpicstop \dpicdraw (3.045071,-0.034198) --(3.127778,-0.075552)\dpicstop \draw (3.127778,-0.075552) node[right=-2bp]{S}; \dpiclw=0.8bp \dpicdraw (2.927778,0.274448) circle (0.03937in)\dpicstop \dpicdraw[fill=white](2.927778,0.274448) circle (0.013123in)\dpicstop \draw (3.027778,0.374448) node[right=-2bp]{\tt ccoax(,F)}; \dpicdraw (3.740551,-0.225552) circle (0.019685in)\dpicstop \dpicdraw (3.415551,-0.225552) --(3.690551,-0.225552)\dpicstop \draw (3.603051,-0.425552) node{\tt tconn(,O)}; \dpicdraw (4.090551,-0.225552) --(4.465551,-0.225552)\dpicstop \dpicdraw (4.382218,-0.142218) --(4.465551,-0.225552) --(4.382218,-0.308885)\dpicstop \draw (4.278051,-0.425552) node{\tt (,>)}; \dpicdraw (4.765551,-0.225552) --(5.078051,-0.225552)\dpicstop \dpicdraw (4.994718,-0.142218) --(5.078051,-0.225552) --(4.994718,-0.308885)\dpicstop \dpicdraw (5.057218,-0.142218) --(5.140551,-0.225552) --(5.057218,-0.308885)\dpicstop \draw (4.953051,-0.425552) node{\tt (,>>)}; \dpicdraw (4.090551,0.274448) --(4.382218,0.274448)\dpicstop \dpicdraw (4.465551,0.357782) --(4.382218,0.274448) --(4.465551,0.191115)\dpicstop \draw (4.278051,0.074448) node{\tt tconn(,<)}; \dpicdraw (4.765551,0.274448) --(4.994718,0.274448)\dpicstop \dpicdraw (5.078051,0.357782) --(4.994718,0.274448) --(5.078051,0.191115)\dpicstop \dpicdraw (5.140551,0.357782) --(5.057218,0.274448) --(5.140551,0.191115)\dpicstop \draw (4.953051,0.074448) node{\tt (,<<)}; \dpicdraw (5.540551,0.357782) --(5.657218,0.357782) --(5.740551,0.274448) --(5.657218,0.191115) --(5.340551,0.191115) --(5.340551,0.357782) --(5.540551,0.357782)\dpicstop \draw (5.498884,0.274448) node{$ V_2$}; \draw (5.340551,0.191115) node[below right=-2bp]{\tt tbox(V\_2)}; \dpicdraw (5.540551,-0.225552) --(5.423884,-0.225552) --(5.340551,-0.142218) --(5.423884,-0.058885) --(5.657218,-0.058885) --(5.740551,-0.142218) --(5.657218,-0.225552) --(5.540551,-0.225552)\dpicstop \draw (5.540551,-0.142218) node{$ V_1$}; \draw (5.340551,-0.225552) node[below right=-2bp]{\tt tbox(V\_1,{,},<>)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/ConnMan.m40000644060175006010010000000420313774371757015554 0ustar DwightNone.PS # `Conn.m4' cct_init T:[ ifelse(ifmpost(T)`'ifpostscript(T),,`command "{\sf"') S1: tstrip(U) thinlines_ arrow <- left 0.15 from S1.L1; "L1" rjust arrow <- left 0.15 from S1.L4; "L4" wid 0.2 rjust "$\vdots$" at (0.5 between last "" and 2nd last "")+(-0.15,0.02) arrow <- right 0.25 from S1.R1; "R1" ljust arrow <- right 0.25 from S1.R4; "R4" ljust "$\vdots$" at (0.5 between last "" and 2nd last "")+(0.15,0.02) arrow <- right 0.15 up 0.10 from S1.T1; "T1" ljust arrow <- right 0.15 up 0.10 from S1.T4; "T4" ht 11 pt__ ljust "$\vdots$" at (0.5 between last "" and 2nd last "")+(0.15,0.02) thicklines_ CS1: "`\tt tstrip(U)'" at S1.s+(0,-0.15) S2: tstrip(R,5,DO;wid=1.0;ht=0.25) with .sw at S1.se+(0.8,0.15) thinlines_ arrow <- up 0.2 right 0.1 from S2.T1; "T1" above arrow <- up 0.2 right 0.1 from S2.T5; "T5" above "$\cdots$" at 0.5 between last "" and 2nd last "" above CS2: `"\tt tstrip(R,5,"' ht 0.1 ljust \ `"\tt $\;\;$DO;wid=1.0;ht=0.25)"' ljust at S2.sw+(-0.1,-0.2) ifelse(ifmpost(T)`'ifpostscript(T),,`command "}"') ] C: [ C1: ccoax `"\tt ccoax\vphantom{(}"' ht 11 pt__ at C1.s below thinlines_ arrow <- up 0.1 right 0.1 from C1.C.ne; "C" ljust arrow <- down 0.05 right 0.1 from C1.S.e; "S" wid 0.1 ht 11pt__ ljust thicklines_ C2: ccoax(at C1+(0,0.3),F) `"\tt ccoax(,F)"' ht 11 pt__ wid 0.65 at C2.ne ljust ] with .C1.sw at T.S2.se+(0.6,0.0) Y: [ tconn(,O) {`"\tt tconn(,O)"' at last line.c+(0,-0.2) wid 43 pt__ } move to Here+(0.3,0) P1: tconn(,>) {`"\tt (,>)"' at last line.c+(0,-0.2)} move to P1.end+(0.3,0) tconn(,>>) {`"\tt (,>{}>)"' at last line.c+(0,-0.2)} move to P1.start+(0,linewid) P3: tconn(,<) {`"\tt tconn(,<)"' at last line.c+(0,-0.2)} move to P3.end+(0.3,0) tconn(,<<) {`"\tt (,<{}<)"' at last line.c+(0,-0.2)} ] with .sw at (C.e.x-0.4,T.s.y) B: [ tbox(V_2) { `"\tt tbox(V\_2)"' at last [].sw below ljust } tbox(V_1,,,<) with .sw at last [].se+(0.75,0) { `"\tt tbox(V\_1,{,},<)"' at last [].s below } tbox(V_1,,,<>) with .sw at last [].se+(0.75,0) { `"\tt tbox(V\_1,{,},<>)"' at last [].s below } ] with .nw at T.sw+(0,-0.2) .PE Circuit_macros9.5/doc/Contact.tex0000644060175006010010000003301113774371757016075 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw[fill=white](0.02,0.03125) circle (0.007874in)\dpicstop \dpicdraw (0.04,0.03125) --(0.27,0.03125)\dpicstop \filldraw[line width=0bp](0.186667,0.114583) --(0.228333,0.03125) --(0.27,0.114583) --cycle\dpicstop \dpicdraw (0.228333,0.043673) --(0.228333,0.15625) --(0.328333,0.15625)\dpicstop \filldraw[line width=0bp](0.27,-0.114583) --(0.228333,-0.03125) --(0.186667,-0.114583) --cycle\dpicstop \dpicdraw (0.228333,-0.043673) --(0.228333,-0.15625) --(0.328333,-0.15625)\dpicstop \draw (0.164167,-0.347917) node{\tt contact}; \draw (0,0.03125) node[left=-2bp]{\sl P}; \draw (0.328333,-0.15625) node[right=-2bp]{\sl O}; \draw (0.328333,0.15625) node[right=-2bp]{\sl C}; \dpicdraw[fill=white](0.798333,-0.03125) circle (0.007874in)\dpicstop \dpicdraw (0.818333,-0.03125) --(1.048333,-0.03125)\dpicstop \filldraw[line width=0bp](1.048333,-0.114583) --(1.006667,-0.03125) --(0.965,-0.114583) --cycle\dpicstop \dpicdraw (1.006667,-0.043673) --(1.006667,-0.15625) --(1.106667,-0.15625)\dpicstop \filldraw[line width=0bp](0.965,0.114583) --(1.006667,0.03125) --(1.048333,0.114583) --cycle\dpicstop \dpicdraw (1.006667,0.043673) --(1.006667,0.15625) --(1.106667,0.15625)\dpicstop \draw (0.9425,-0.347917) node{\tt (R)}; \draw (0.778333,-0.03125) node[left=-2bp]{\sl P}; \draw (1.106667,0.15625) node[right=-2bp]{\sl O}; \draw (1.106667,-0.15625) node[right=-2bp]{\sl C}; \dpicdraw[fill=white](1.576667,0.104583) circle (0.007874in)\dpicstop \dpicdraw 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--(1.073333,-1.966667) --(1.14,-1.986667) --cycle\dpicstop \dpicdraw (1.092667,-1.966667) --(1.128,-1.966667) ..controls (1.151556,-1.966667) and (1.171667,-1.958333) ..(1.188333,-1.941667) --(1.213333,-1.916667)\dpicstop \draw (1.213333,-1.916667) node{$\;\;$\sl O}; \filldraw[line width=0bp](1.14,-2.113333) --(1.073333,-2.133333) --(1.14,-2.153333) --cycle\dpicstop \dpicdraw (1.092667,-2.133333) --(1.128,-2.133333) ..controls (1.151556,-2.133333) and (1.171667,-2.141667) ..(1.188333,-2.158333) --(1.213333,-2.183333)\dpicstop \draw (1.213333,-2.183333) node{$\;\;$\sl C}; \dpiclw=0.8bp \dpicdraw[fill=white](1.543333,-2.018333) circle (0.007874in)\dpicstop \dpicdraw (1.563333,-2.018333) --(1.793333,-2.018333)\dpicstop \dpicdraw (1.835,-2.101667) --(1.751667,-2.101667)\dpicstop \draw (1.679167,-2.283333) node{\tt (OU)}; \draw (1.835,-2.101667) node[right=-2bp]{\sl O}; \dpicdraw[fill=white](2.305,-2.081667) circle (0.007874in)\dpicstop \dpicdraw (2.325,-2.081667) --(2.555,-2.081667)\dpicstop \dpicdraw (2.596667,-1.998333) --(2.513333,-1.998333)\dpicstop \draw (2.440833,-2.283333) node{\tt (CU)}; \draw (2.596667,-1.998333) node[right=-2bp]{\sl C}; \dpicdraw[fill=white](3.066667,-2.05) circle (0.007874in)\dpicstop \dpicdraw (3.358333,-1.966667) --(3.275,-1.966667)\dpicstop \dpicdraw (3.358333,-2.133333) --(3.275,-2.133333)\dpicstop \dpicdraw (3.086667,-2.05) --(3.316667,-2.05)\dpicstop \draw (3.2025,-2.283333) node{\tt (PU)}; \dpicdraw[fill=white](3.828333,-2.046552) circle (0.007874in)\dpicstop \dpicdraw (4.12,-1.963218) --(4.036667,-1.963218)\dpicstop \dpicdraw (4.12,-2.129885) --(4.036667,-2.129885)\dpicstop \dpicdraw (3.847107,-2.053448) --(4.073959,-2.136782)\dpicstop \draw (3.964167,-2.283333) node{\tt (PUO)}; \dpicdraw[fill=white](4.59,-2.053448) circle (0.007874in)\dpicstop \dpicdraw (4.881667,-1.970115) --(4.798333,-1.970115)\dpicstop \dpicdraw (4.881667,-2.136782) --(4.798333,-2.136782)\dpicstop \dpicdraw (4.608773,-2.046552) --(4.835625,-1.963218)\dpicstop \draw (4.725833,-2.283333) node(S){\tt (PUC)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/ContactMan.m40000644060175006010010000000637613774371757016267 0ustar DwightNone.PS # Contact cct_init movw = 0.45 { contact {S:`"\tt contact"' at last [].s+(0,-0.15) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(R) {`"\tt (R)"' at (last [].s,S) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(O); {`"\tt (O)"' at (last [],S)} move right_ movw; contact(C); {`"\tt (C)"' at (last [],S)} move right_ movw; contact(P) {S: `"\tt (P)"' at last [].s+(0,-0.15) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(PR) {S: `"\tt (PR)"' at last [].s+(0,-0.15) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(PO); {`"\tt (PO)"' at (last [],S)} {"\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(PC); {`"\tt (PC)"' at (last [],S)} } move down 0.75; right_ ; { contact(I); {`S: "\tt (I)"' at last [].s+(0,-12bp__) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O.e "\sl C" ljust at last [].C.e } move right_ movw; contact(RI) {`"\tt (RI)"' at (last [],S) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O.e "\sl C" ljust at last [].C.e } move right_ movw; contact(OI); {`"\tt (OI)"' at (last [],S)} move right_ movw; contact(CI); {`"\tt (CI)"' at (last [],S)} move right_ movw; contact(PI); {`"\tt (PI)"' at (last [],S) } {"\sl O" ljust at last [].O.e "\sl C" ljust at last [].C.e } move right_ movw; contact(PIO); {`"\tt (PIO)"' at (last [],S) } move right_ movw; contact(PIC); {`"\tt (PIC)"' at (last [],S) } } movewid = movw move down 0.65; right_; { K: contact(T) {S: `"\tt (T)"' at last [].s+(0,-0.15) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.C; "$\;\;$\sl C" spline <- right 0.09 then down 0.05 right 0.05 from K.O; "$\;\;$\sl O" thicklines_ } move; K: contact(RT) {`"\tt (RT)"' at (last [],S) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.O; "$\;\;$\sl O" spline <- right 0.09 then down 0.05 right 0.05 from K.C; "$\;\;$\sl C" thicklines_ } move; contact(OT); {S: `"\tt (OT)"' at (last [],S) } move; contact(CT); {S: `"\tt (CT)"' at (last [],S) } move; contact(PT); {S: `"\tt (PT)"' at (last [],S) } move; contact(PTO); {S: `"\tt (PTO)"' at (last [],S) } move; contact(PTC); {S: `"\tt (PTC)"' at (last [],S) } } move down 0.65; right_; { K: contact(U) {S: `"\tt (U)"' at last [].s+(0,-0.15) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.C; "$\;\;$\sl C" spline <- right 0.09 then down 0.05 right 0.05 from K.O; "$\;\;$\sl O" thicklines_ } move; K: contact(RU) {`"\tt (RU)"' at (last [],S) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.O; "$\;\;$\sl O" spline <- right 0.09 then down 0.05 right 0.05 from K.C; "$\;\;$\sl C" thicklines_ } move; K: contact(OU); {S: `"\tt (OU)"' at (last [],S) "\sl O" ljust at K.O.e } move; K: contact(CU); {S: `"\tt (CU)"' at (last [],S) "\sl C" ljust at K.C.e } move; contact(PU); {S: `"\tt (PU)"' at (last [],S) } move; contact(PUO); {S: `"\tt (PUO)"' at (last [],S) } move; contact(PUC); {S: `"\tt (PUC)"' at (last [],S) } } .PE Circuit_macros9.5/doc/Contacts.tex0000644060175006010010000001366313774371757016273 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw[fill=white](0.02,-0.1875) circle (0.007874in)\dpicstop \dpicdraw (0.04,-0.1875) --(0.27,-0.1875)\dpicstop \filldraw[line width=0bp](0.186667,-0.104167) --(0.228333,-0.1875) --(0.27,-0.104167) --cycle\dpicstop \dpicdraw (0.228333,-0.175077) --(0.228333,-0.0625) --(0.328333,-0.0625)\dpicstop \filldraw[line width=0bp](0.27,-0.333333) --(0.228333,-0.25) --(0.186667,-0.333333) --cycle\dpicstop \dpicdraw (0.228333,-0.262423) --(0.228333,-0.375) --(0.328333,-0.375)\dpicstop \dpicdraw[fill=white](0.02,0.25) circle (0.007874in)\dpicstop \dpicdraw (0.04,0.25) --(0.27,0.25)\dpicstop \filldraw[line width=0bp](0.186667,0.333333) --(0.228333,0.25) --(0.27,0.333333) --cycle\dpicstop \dpicdraw (0.228333,0.262423) --(0.228333,0.375) --(0.328333,0.375)\dpicstop \filldraw[line width=0bp](0.27,0.104167) --(0.228333,0.1875) --(0.186667,0.104167) --cycle\dpicstop \dpicdraw (0.228333,0.175077) --(0.228333,0.0625) --(0.328333,0.0625)\dpicstop \draw (0.164167,-0.583333) node{\tt contacts(2)}; \draw (0,-0.1875) node[left=-2bp]{\sl P1}; \draw (0.348333,-0.375) node[right=-2bp]{\sl O1}; \draw (0.348333,-0.0625) node[right=-2bp]{\sl C1}; \draw (0,0.25) node[left=-2bp]{\sl P2}; \draw (0.348333,0.0625) node[right=-2bp]{\sl O2}; \draw (0.348333,0.375) node[right=-2bp]{\sl C2}; \dpicdraw[fill=white](1.098333,-0.294167) circle (0.007874in)\dpicstop \dpicdraw (1.118333,-0.294167) --(1.348333,-0.294167)\dpicstop \dpicdraw[fill=white](1.306667,-0.268611) circle (0.007874in)\dpicstop \dpicdraw[fill=white](1.306667,-0.396667) circle (0.007874in)\dpicstop \dpicdraw[fill=white](1.098333,-0.041111) circle (0.007874in)\dpicstop \dpicdraw (1.118333,-0.041111) --(1.348333,-0.041111)\dpicstop \dpicdraw[fill=white](1.306667,-0.015556) circle (0.007874in)\dpicstop \dpicdraw[fill=white](1.306667,-0.143611) circle (0.007874in)\dpicstop \draw (1.213333,-0.583333) node{\tt (2,I)}; \draw (1.078333,-0.294167) node[left=-2bp]{\sl P1}; \draw (1.326667,-0.396667) node[right=-2bp]{\sl O1}; \draw (1.326667,-0.268611) node[right=-2bp]{\sl C1}; \draw (1.078333,-0.041111) node[left=-2bp]{\sl P2}; \draw (1.326667,-0.143611) node[right=-2bp]{\sl O2}; \draw (1.326667,-0.015556) node[right=-2bp]{\sl C2}; \dpicdraw[fill=white](2.118333,-0.294167) circle (0.007874in)\dpicstop \dpicdraw (2.138333,-0.294167) --(2.368333,-0.294167)\dpicstop \dpicdraw[fill=white](2.326667,-0.396667) circle (0.007874in)\dpicstop \dpicdraw[fill=white](2.118333,-0.066667) circle (0.007874in)\dpicstop \dpicdraw (2.138333,-0.066667) --(2.368333,-0.066667)\dpicstop \dpicdraw[fill=white](2.326667,-0.169167) circle (0.007874in)\dpicstop \draw (2.233333,-0.583333) node{\tt (2,IO)}; \draw (2.098333,-0.294167) node[left=-2bp]{\sl P1}; \draw (2.346667,-0.396667) node[right=-2bp]{\sl O1}; \draw (2.098333,-0.066667) node[left=-2bp]{\sl P2}; \draw (2.346667,-0.169167) node[right=-2bp]{\sl O2}; \dpicdraw[fill=white](3.138333,-0.288611) circle (0.007874in)\dpicstop \dpicdraw[fill=white](3.346667,-0.180556) circle (0.007874in)\dpicstop \dpicdraw[fill=white](3.346667,-0.396667) circle (0.007874in)\dpicstop \dpicdraw (3.156984,-0.281391) --(3.374544,-0.197167)\dpicstop \dpicdraw[fill=white](3.138333,0.0525) circle (0.007874in)\dpicstop \dpicdraw[fill=white](3.346667,0.160556) circle (0.007874in)\dpicstop \dpicdraw[fill=white](3.346667,-0.055556) circle (0.007874in)\dpicstop \dpicdraw (3.156984,0.05972) --(3.374544,0.143944)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](3.265764,-0.289279) --(3.265764,0.151832)\dpicstop \draw (3.246439,-0.583333) node{\tt (2,PICD)}; \draw (3.118333,-0.288611) node[left=-2bp]{\sl P1}; \draw (3.366667,-0.396667) node[right=-2bp]{\sl O1}; \draw (3.366667,-0.180556) node[right=-2bp]{\sl C1}; \draw (3.118333,0.0525) node[left=-2bp]{\sl P2}; \draw (3.366667,-0.055556) node[right=-2bp]{\sl O2}; \draw (3.366667,0.160556) node[right=-2bp]{\sl C2}; \dpicdraw[fill=white](4.144544,-0.284722) circle (0.007874in)\dpicstop \dpicdraw (4.352877,-0.236111) --(4.352877,-0.152778)\dpicstop \dpicdraw (4.352877,-0.416667) --(4.352877,-0.333333)\dpicstop \dpicdraw (4.1637,-0.278975) --(4.372034,-0.216475)\dpicstop \dpicdraw[fill=white](4.144544,0.020833) circle (0.007874in)\dpicstop \dpicdraw (4.352877,0.069444) --(4.352877,0.152778)\dpicstop \dpicdraw (4.352877,-0.111111) --(4.352877,-0.027778)\dpicstop \dpicdraw (4.1637,0.02658) --(4.372034,0.08908)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](4.267867,-0.297725) --(4.267867,0.10783)\dpicstop \draw (4.248289,-0.583333) node{\tt (2,PTCD)}; \draw (4.124544,-0.284722) node[left=-2bp]{\sl P1}; \draw (4.372877,-0.375) node[right=-2bp]{\sl O1}; \draw (4.372877,-0.194444) node[right=-2bp]{\sl C1}; \draw (4.124544,0.020833) node[left=-2bp]{\sl P2}; \draw (4.372877,-0.069444) node[right=-2bp]{\sl O2}; \draw (4.372877,0.111111) node[right=-2bp]{\sl C2}; \dpicdraw[fill=white](5.142034,-0.333333) circle (0.007874in)\dpicstop \dpicdraw (5.4337,-0.25) --(5.350367,-0.25)\dpicstop \dpicdraw (5.4337,-0.416667) --(5.350367,-0.416667)\dpicstop \dpicdraw (5.160807,-0.326437) --(5.387659,-0.243104)\dpicstop \dpicdraw[fill=white](5.142034,-0.041667) circle (0.007874in)\dpicstop \dpicdraw (5.4337,0.041667) --(5.350367,0.041667)\dpicstop \dpicdraw (5.4337,-0.125) --(5.350367,-0.125)\dpicstop \dpicdraw (5.160807,-0.03477) --(5.387659,0.048563)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](5.274233,-0.33477) --(5.274233,0.056896)\dpicstop \draw (5.277867,-0.583333) node{\tt (2,PUCD)}; \draw (5.122034,-0.333333) node[left=-2bp]{\sl P1}; \draw (5.4537,-0.416667) node[right=-2bp]{\sl O1}; \draw (5.4537,-0.25) node[right=-2bp]{\sl C1}; \draw (5.122034,-0.041667) node[left=-2bp]{\sl P2}; \draw (5.4537,-0.125) node[right=-2bp]{\sl O2}; \draw (5.4537,0.041667) node[right=-2bp]{\sl C2}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/ContactsMan.m40000644060175006010010000000306113774371757016436 0ustar DwightNone.PS # Contacts.m4 cct_init space = 0.75 KS:contacts(2) {`"\tt contacts(2)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,I) with .sw at last [].se+(space,0) {`"\tt (2,I)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,IO) with .sw at last [].se+(space,0) {`"\tt (2,IO)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) ') } KS:contacts(2,PICD) with .sw at last [].se+(space,0) {`"\tt (2,PICD)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,PTCD) with .sw at last [].se+(space,0) {`"\tt (2,PTCD)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,PUCD) with .sw at last [].se+(space,0) {`"\tt (2,PUCD)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } .PE Circuit_macros9.5/doc/Corners.m40000644060175006010010000000371313774371757015643 0ustar DwightNone.PS # `Corners.m4' cct_init s_init(Corners) sinclude(Circuit_macros.dim) linethick = 4 [ [ [ line up 0.2 line from Here+(0.2,0) left 0.2 ] s_box(`\tt\shortstack[l]{line up 0.2\\ line right 0.2}') \ with .n at last [].s +(0,-0.1) ] [ [ line up 0.2 then right 0.2 ] s_box(`\tt\shortstack[l]{line up 0.2 \bsl\\ \enskip then right 0.2}') \ with .n at last [].s +(0,-0.1) ] with .nw at last [].ne+(0.25,0) [ [ line up 0.2 line right 0.2 chop -hlth chop 0 ] s_box(`\tt\shortstack[l]{% line up 0.2\\ line right 0.2 \bsl\\ \enskip chop `-hlth' chop 0}') \ with .n at last [].s +(0,-0.1) ] with .nw at last [].ne+(0.25,0) [ [ line up 0.2 round line right 0.2 ] s_box(`\tt\shortstack[l]{% line up 0.2\\`\smash{round}\vphantom{r}'\\ line right 0.2}') \ with .n at last [].s +(0,-0.1) ] with .nw at last [].ne+(0.25,0) ] [ [ [ line up 0.15 left 0.15 corner line up 0.1 right 0.1 ] s_box(`\tt\shortstack[l]{% line up 0.15 left 0.15\\`corner'\\ line up 0.1 right 0.1}') \ with .n at last [].s +(0,-0.1) ] [ [ A: Here corner(,at A) s_box(`\sl A') at A below ] s_box(`\tt c`'orner(,at A)') with .n at last [].s +(0,-0.1) ] with .nw at last [].ne+(0.2,0) [ [ L: line right 0.2 down 0.3 outlined "lightgray" M: line up 0.2 right 0.1 outlined "lightgray" s_box(\sl L) at L.c+(-0.1,-0.05) s_box(\sl M) at M.c+( 0.13,0) Mitre_(L,M,5 bp__) ] s_box(`\tt Mitre\_(L,M,5 bp\_\_)') with .n at last [].s +(0,-0.1) ] with .nw at last [].ne+(0.2,0) [ [ A: (0,0) B: (0.3,0.2) C: (0.5,0.1) line outlined "lightgray" from A to B line outlined "lightgray" from C to B s_box(\sl A) at A rjust s_box(\sl B) at B+(0,2pt__) above s_box(\sl C) at C ljust mitre_(A,B,C) ] s_box(\tt mitre\_(A,B,C)) with .n at last [].s +(0,-0.1) ] with .nw at last [].ne+(0.2,0) ] with .nw at last [].sw+(0,-0.1) .PE Circuit_macros9.5/doc/currents.m40000644060175006010010000000246113774371757016074 0ustar DwightNone.PS # `currents.m4' cct_init del = 0.75 [ {right_ resistor; b_current(i) {"\tt b\_current(i)" at last line + (0,-0.20)} move right_ del resistor; b_current(i,below_) {"\tt $\ldots$(i,below\_)" at last line + (0,-0.20)} move right_ del resistor; b_current(i,,O) {"\tt $\ldots$(i,{,}O)" at last line + (0,-0.20)} move right_ del resistor; b_current(i,below_,O) {"\tt $\ldots$(i,below\_,O)" at last line + (0,-0.20)} } move down_ 0.60 {right_ resistor; b_current(i,,,E) {"\tt b\_current(i,{,},E)" wid 1.2 at last line + (0,-0.20)} move right_ del resistor; b_current(i,below_,,E) {"\tt $\ldots$(i,below\_,{,}E)" at last line + (0,-0.20)} move right_ del resistor; b_current(i,,O,E,0.2) {"\tt $\ldots$(i,{,}O,E,0.2)" at last line + (0,-0.20)} move right_ del resistor; b_current(i,below_,O,E) {"\tt $\ldots$(i,below\_,O,E)" at last line + (0,-0.20)} } move down_ 0.60 {right_ del = 0.55 inductor; larrow(i) {"`\tt larrow(i)'" at last line + (0,-0.20)} move up 0.1 right_ del inductor; rarrow(i) {"`\tt rarrow(i)'" at last line + (0,-0.30)} move down 0.1 right_ del inductor; larrow(i,<-) {"`\tt larrow(i,<-)'" at last line + (0,-0.20)} move up 0.1 right_ del inductor; rarrow(i,<-) {"`\tt rarrow(i,<-)'" at last line + (0,-0.30)} } ] #showbox_ .PE Circuit_macros9.5/doc/Dac.m40000644060175006010010000000452513774371757014721 0ustar DwightNone.PS # Dac.m4 cct_init s_init(Dacx) ar = 0.15 Q: dac thinlines_ arrow <- left ar from last [].In1; { move left 0.15 } "In1" above rjust at Here+(0.1,0) "\sl NW" at Q.NW above rjust "\sl SW" at Q.SW below rjust "\sl SE" at Q.SE below ljust "\sl NE" at Q.NE above ljust arrow <- up ar from Q.N1; "\sl N1" above arrow <- down ar from Q.S1; "\sl S1" below arrow <- right ar from Q.Out1; "\sl Out1" above ljust at Here-(0.1,0) arrow <- right ar down ar/2 from Q.C; "\sl C" ljust s_box(`\tt d`'ac') at Q.s+(0,-0.3) below thicklines_ Q:dac(,,2,2,3,3) with .w at last [].e+(0.9,0) thinlines_ "DAC" at Q.C arrow <- left ar from Q.In1; "\sl In1" rjust arrow <- left ar from Q.In2; "\sl In2" rjust arrow <- up ar from Q.N1; "\sl N1" above rjust arrow <- up ar from Q.N2; "\sl N2" above ljust arrow <- right ar from Q.Out1; "\sl Out1" ljust arrow <- right ar from Q.Out2; "\sl Out2" ljust arrow <- right ar from Q.Out3; "\sl Out3" ljust arrow <- down ar left ar/2 from Q.S1; "\sl S1" below rjust arrow <- down ar from Q.S2; "\sl S2" below arrow <- down ar right ar/2 from Q.S3; "\sl S3" below ljust s_box( `\tt Q: d`'ac(,{,}2,2,3,3); \"DAC\" \"2\" at Q.C') at Q.s+(0,-0.3) below thicklines_ Q: adc with .nw at last [].ne + (0.9,0) thinlines_ "\sl NW" at Q.NW above rjust "\sl SW" at Q.SW below rjust "\sl SE" at Q.SE below ljust "\sl NE" at Q.NE above ljust arrow <- left ar from Q.In1; "\sl In1" rjust above at Here+(0.1,0) arrow <- up ar from Q.N1; "\sl N1" above arrow <- down ar from Q.S1; "\sl S1" below arrow <- right ar from Q.Out1; "\sl Out1" ljust above at Here-(0.1,0) arrow <- left ar down ar/2 from Q.C; "\sl C" rjust s_box(`\tt a`'dc') at Q.s+(0,-0.3) below thicklines_ Q:adc(,,2,2,3,3) with .w at last [].e+(0.8,0) thinlines_ "ADC" at Q.C arrow <- left ar from Q.In1; "\sl In1" rjust arrow <- left ar from Q.In2; "\sl In2" rjust arrow <- up ar from Q.N1; "\sl N1" above rjust arrow <- up ar from Q.N2; "\sl N2" above ljust arrow <- right ar from Q.Out1; "\sl Out1" ljust arrow <- right ar from Q.Out2; "\sl Out2" ljust arrow <- right ar from Q.Out3; "\sl Out3" ljust arrow <- down ar left ar/2 from Q.S1; "\sl S1" below rjust arrow <- down ar from Q.S2; "\sl S2" below arrow <- down ar right ar/2 from Q.S3; "\sl S3" below ljust s_box(`\tt a`'dc(,{,}2,2,3,3)') at Q.s+(0,-0.3) below .PE Circuit_macros9.5/doc/Darlington.m40000644060175006010010000000217713774371757016334 0ustar DwightNone.PS # `Darlington.m4' cct_init up_ Darlington { "\sl E" at last [].E below ljust "\sl B" at last [].B rjust "\sl C" at last [].C above ljust `"\tt Darlington"' at last [].s+(0,-10bp__) below } Darlington(R,DZB1) with .sw at last [].se+(0.5,0) { "\sl E" at last [].E below rjust "\sl B" at last [].B ljust "\sl B1" at last [].B1 below "\sl C" at last [].C above rjust `"\tt (R,DZB1)"' at last [].s+(0,-10bp__) below } Darlington(,EB1) with .sw at last [].se+(0.5,0) { "\sl E" at last [].E below ljust "\sl B" at last [].B rjust "\sl B1" at last [].B1 rjust "\sl C" at last [].C above ljust `"\tt (,EB1)"' at last [].s+(0,-10bp__) below } Darlington(,EB1DZR1) with .sw at last [].se+(0.5,0) { "\sl E" at last [].E below ljust "\sl B" at last [].B rjust "\sl B1" at last [].B1 below rjust "\sl C" at last [].C above ljust `"\tt (,EB1DZR1)"' at last [].s+(0,-10bp__) below } Darlington(,EB1DE1E2) with .sw at last [].se+(0.5,0) { "\sl E" at last [].E below ljust "\sl B" at last [].B rjust "\sl B1" at last [].B1 below rjust "\sl C" at last [].C above ljust `"\tt (,EB1DE1E2)"' at last [].s+(0,-10bp__) below } .PE Circuit_macros9.5/doc/DCsymbol.m40000644060175006010010000000003213774371757015733 0ustar DwightNone.PS cct_init DCsymbol .PE Circuit_macros9.5/doc/defines.tex0000644060175006010010000023737013774371757016135 0ustar DwightNone% \newdimen{\leftwid}\setlength{\leftwid}{2in} \newdimen{\libwid}\setlength{\libwid}{0.5in} \newdimen\rightwid \setlength{\rightwid}{\textwidth} \addtolength{\rightwid}{-\leftwid} \addtolength{\rightwid}{-\libwid} % \newbox\Defbox %\newcommand{\macx}[2]{% % \phantomsection\pdfbookmark[subsection]{#1}{#2}#1} \newcommand{\macrodef}[5]{%\begin{samepage}% \phantomsection\pdfbookmark[subsubsection]{#1}{#2}% \setbox\Defbox=\hbox{\tt #1#3}% \ifdim\wd\Defbox>\textwidth% \setbox\Defbox=\hbox{\parbox{\textwidth}{\tt #1#3}}\fi \ifdim\wd\Defbox>\leftwid% \box\Defbox\hfill\break\hspace*{\leftwid}% \else\hbox to \leftwid{\box\Defbox\hfill}\fi% \hbox to \libwid{#4\hfill}\parbox[t]{\rightwid}% {\raggedright #5}% % \end{samepage}% \vspace{\parsep}\\}% \newcommand{\seesect}[1]{ (\SR{#1})} \newcommand{\Letter}[1]{\noindent% \pdfbookmark[subsection]{#1}{#1}% \hskip-2em\hbox to 2em{#1\label{#1}\hfill}\relax}% \newcommand{\LR}[1]{\hyperref[#1]{{#1}}\hskip1em} %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% \vspace{\abovedisplayskip} \noindent \LR{A} \LR{B} \LR{C} \LR{D} \LR{E} \LR{F} \LR{G} \LR{H} \LR{I} \LR{J} \LR{K} \LR{L} \LR{M} \LR{N} \LR{O} \LR{P} \LR{R} \LR{S} \LR{T} \LR{U} \LR{V} \LR{W} \LR{X} \\ \Letter{A}% \macrodef{above\_}{above_}{} {gen} {string position above relative to current direction} \macrodef{abs\_}{abs_}{({\sl number})} {gen} {absolute value function} \macrodef{ACsymbol}{ACsymbol}{(at {\sl position, len, ht,} [A]U|D|L|R|{\sl degrees}) } {cct} {draw an AC symbol ( 1-cycle sine wave); If arg 4 contains A, two arcs are drawn. The current drawing direction is default, otherwise Up, Down, Left, Right, or at {\sl degrees} slant; \seesect{Twoterminal:} e.g.,\\ {\tt ebox; $\lbrace$ACsymbol(at last [],{,}dimen\_/8)$\rbrace$}} \macrodef{adc}{adc}{({\sl width,height,nIn,nN,nOut,nS})} {cct} {ADC with defined width, height, and number of inputs {\tt In$i$}, top terminals {\tt N$i$}, ouputs {\tt Out$i$}, and bottom terminals~{\tt S$i$}} \macrodef{addtaps}{addtaps}{[{\sl arrowhd} | type={\sl arrowhd};name={\sl Name}], {\sl fraction, length, fraction, length,} $\cdots$)} {cct} {Add taps to the previous two-terminal element. {\sl arrowhd} = blank or one of {\tt . - <- -> <->}. Each fraction determines the position along the element body of the tap. A negative length draws the tap to the right of the current direction; positive length to the left. Tap names are Tap1, Tap2, $\cdots$ by default or Name1, Name2, $\cdots$ if specified \seesect{Composite:}} \macrodef{along\_}{along_}{({\sl linear object name})} {gen} {short for {\tt between {\sl name}.start and {\sl name}.end}} \macrodef{Along\_}{Along_}{({\sl LinearObj,distance,}[R])} {gen} {Position arg2 (default all the way) along a linear object from {\tt .start} to {\tt .end} (from {\tt .end} to {\tt .start} if arg3={\tt R}) } \macrodef{amp}{amp}{(\linespec,{\sl size})} {cct} {amplifier\seesect{Twoterminal:}} \macrodef{And, Or, Not, Nand, Nor, Xor, Nxor, Buffer}% {And, Or, Not, Nand, Nor, Xor, Nxor, Buffer}{} {log} {Wrappers of {\tt AND\_gate}, $\ldots$ for use in the {\tt Autologix} macro} \macrodef{AND\_gate}{AND_gate}{({\sl n},N)} {log} {basic `and' gate, 2 or {\sl n\/} inputs; {\tt N}=negated input. Otherwise, arg1 can be a sequence of letters {\tt P|N} to define normal or negated inputs \seesect{Logicgates:}} \macrodef{AND\_gen}{AND_gen}{($n$,{\sl chars},[{\sl wid},[{\sl ht}]])} {log} {general AND gate: $n$=number of inputs $(0\leq n\leq 16)$; {\sl chars:} B=base and straight sides; A=Arc; [N]NE,[N]SE,[N]I,[N]N,[N]S=inputs or circles; [N]O=output; C=center. Otherwise, arg1 can be a sequence of letters {\tt P|N} to define normal or negated inputs.} \macrodef{AND\_ht}{AND_ht}{} {log} {height of basic `and' and `or' gates in {\tt L\_unit}s} \macrodef{AND\_wd}{AND_wd}{} {log} {width of basic `and' and `or' gates in {\tt L\_unit}s} \macrodef{antenna}{antenna}{% (at {\sl location}, T, A|L|T|S|D|P|F, U|D|L|R|{\sl degrees})} {cct} {antenna, without stem for nonblank 2nd arg; {\tt A}=aerial, {\tt L}=loop, {\tt T}=triangle, {\tt S}=diamond, {\tt D}=dipole, {\tt P}=phased, {\tt F}=fork; up, down, left, right, or angle from horizontal (default 90) \seesect{Composite:}} \macrodef{arca}{arca}{({\sl absolute chord linespec}, ccw|cw, {\sl radius}, {\sl modifiers}) } {gen} {arc with acute angle (obtuse if radius is negative), drawn in a [ ] block} \macrodef{ArcAngle}{ArcAngle}{({\sl position, position, position, radius, modifiers}) } {gen} {Arc angle symbol drawn ccw at arg2. Arg4 is the radius from arg2; arg5 contains line attributes, e.g., {\tt thick linethick/2}} \macrodef{arcd}{arcd}{({\sl center}, {\sl radius},{\sl start degrees},{\sl end degrees}) } {gen} {Arc definition (see {\tt arcr}), angles in degrees \seesect{Positions:}} \macrodef{arcdimension\_}{arcdimension_}{({\sl arcspec},{\sl offset},% {\sl label}, D|H|W|{\sl blank width},{\sl tic offset},{\sl arrowhead })} {gen} {like {\tt dimension\_}, for drawing arcs for dimensioning diagrams; {\sl arrowhead=}{\tt -> | <-}. Uses the first argument as the attributes of an invisible arc: {\tt arc invis }{\sl arg1}. {\sl Arg2} is the radial displacement (possibly negative) of the dimension arrows. If {\sl arg3} is {\tt s\_box(\ldots)} or {\sl rs\_box(\ldots)} and {\sl arg4=}{\tt D|H|W} then {\sl arg4} means: {\tt D:} blank width is the diagonal length of {\sl arg3}; {\tt H:} blank width is the height of {\sl arg3} + {\tt textoffset*2}; {\tt W:} blank width is the width of {\sl arg3} + {\tt textoffset*2}; otherwise {\sl arg4} is the absolute blank width} \macrodef{arcr}{arcr}{({\sl center},{\sl radius},{\sl start angle},{\sl end angle,modifiers,ht}) } {gen} {Arc definition. If arg5 contains {\tt <-} or {\tt ->} then a midpoint arrowhead of height equal to arg6 is added. Arg5 can contain modifiers (e.g. outlined "red"), for the arc and arrowhead. Modifiers following the macro affect the arc only, e.g., {\tt arcr(A,r,0,pi\_/2,->) dotted ->} \seesect{Positions:}} \macrodef{arcto}{arcto}{({\sl position 1},{\sl position 2},{\sl radius},[dashed|dotted])} {gen} {line toward position 1 with rounded corner toward position 2} \macrodef{arrester}{arrester}{(\linespec,{\sl chars}, {\sl len}[:arrowhead ht], {\sl ht}[:arrowhead wid] )} {cct} { {\sl Arg2 chars:} {\tt G=} spark gap (default), {\tt g=} general (dots), {\tt E=} gas discharge, {\tt S=} box enclosure, {\tt C=} carbon block, {\tt A=} electrolytic cell, {\tt H=} horn gap, {\tt P=} protective gap, {\tt s=} sphere gap, {\tt F=} film element, {\tt M=} multigap. {\sl Modifiers in arg2:} {\tt R=} right orientation, {\tt L=} left orientation, {\tt D=} 3-terminal element for {\tt S, E} only, with terminals {\sl A, B, G} \seesect{Twoterminal:}} \macrodef{arrowline}{arrowline}{(\linespec)} {cct} {line (dotted, dashed permissible) with centred arrowhead \seesect{Twoterminal:}} \macrodef{AutoGate}{AutoGate}{} {log} {Draw the tree for a gate as in the {\tt Autologix} macro. No inputs or external connections are drawn. The names of the internal gate inputs are stacked in {\tt `AutoInNames'}} \macrodef{Autologix}{Autologix}% {({\sl Boolean function sequence},% [N[oconnect]][L[eftinputs]][R][V][M][;offset={\sl value}]} {log} {Draw the Boolean expressions defined in function notation using {\tt And, Or, Not, Buffer, Xor, Nand, Nor, Nxor} and variables, e.g., {\tt Autologix(And(Or(x1,~x2),Or(~x1,x2)));}. The Boolean functions are separated by semicolons (;). Function outputs are aligned vertically but appending {\tt:}{\sl location attribute} to a function can be used to place it. Each unique variable {\sl var} causes an input point {\tt In}{\sl var} to be defined. Preceding the variable by a {\tt \~{}} causes a not gate to be drawn at the input. The inputs are drawn in a row at the upper left by default. An {\tt L} in arg2 draws the inputs in a column at the left; {\tt R} reverses the order of the drawn inputs; {\tt V} scans the expression from right to left when listing inputs; {\tt M} draws the left-right mirror image of the diagram; and {\tt N} draws only the function tree without the input array. The inputs are labelled {\tt In1}, {In2}, \ldots and the function outputs are {\tt Out1}, {Out2}, \dots. Each variable {\sl var} corresponds also to one of the input array points with label {\tt In}{\sl var}. Setting {\tt offset=}{\sl value} displaces the drawn input list in order to disambiguate the input connections when {\tt L} is used} \Letter{B}% \macrodef{b\_}{b_}{} {gen} {blue color value} \macrodef{b\_current}{b_current}{({\sl label},{\sl pos},In|Out,Start|End,{\sl frac})} {cct} {labelled branch-current arrow to {\sl frac} between branch end and body \seesect{Branchcurrent:}} \macrodef{basename\_}{basename_}{({\sl string sequence, separator})} {gen} {Extract the rightmost name from a sequence of names separated by arg2 (default dot ``.'')} \macrodef{battery}{battery}{(\linespec,{\sl n},R)} {cct} {n-cell battery: default 1 cell, R=reversed polarity\seesect{Twoterminal:}} \macrodef{beginshade}{beginshade}{({\sl gray value})} {gen} {begin gray shading, see {\tt shade} e.g., {\tt beginshade(.5);} {\sl closed line specs}; {\tt endshade}} \macrodef{bell}{bell}{( U|D|L|R|{\sl degrees}, {\sl size})} {cct} {bell, {\sl In1} to {\sl In3} defined \seesect{Composite:}} \macrodef{below\_}{below_}{} {gen} {string position relative to current direction} \macrodef{bi\_tr}{bi_tr}{(\linespec,L|R,P,E)} {cct} {left or right, N- or P-type bipolar transistor, without or with envelope \seesect{Semiconductors:}} \macrodef{bi\_trans}{bi_trans}{(\linespec,L|R,{\sl chars},E)} {cct} { bipolar transistor, core left or right; chars: {\tt BU}=bulk line, {\tt B}=base line and label, {\tt S}=Schottky base hooks, {\tt uEn|dEn}=emitters E0 to En, {\tt uE|dE}=single emitter, {\tt Cn|uCn|dCn}=collectors C0 to Cn; {\tt u} or {\tt d} add an arrow, {\tt C}=single collector; {\tt u} or {\tt d} add an arrow, {\tt G}=gate line and location, {\tt H}=gate line; {\tt L}=L-gate line and location, {\tt [d]D}=named parallel diode, {\tt d}=dotted connection, {\tt [u]T}=thyristor trigger line; arg 4 = E: envelope \seesect{Semiconductors:}} \macrodef{binary\_}{binary_}{($n$, [$m$])} {gen} {binary representation of $n,$ left padded to $m$ digits if the second argument is nonblank} \macrodef{BOX\_gate}{BOX_gate}{({\sl inputs,output,swid,sht,label})} {log} {output=[{\tt P|N}], inputs=[{\tt P|N}]$\ldots$, sizes swid and sht in {\tt L\_unit}s (default {\tt AND\_wd} = 7) \seesect{Logicgates:}} \macrodef{boxcoord}{boxcoord}{({\sl planar obj},{\sl x fraction},{\sl y fraction})} {gen} {internal point in a planar object} \macrodef{boxdim}{boxdim}{({\sl name},h|w|d|v,{\sl default})} {gen} {evaluate, e.g.\ {\sl name}{\tt \_w} if defined, else {\sl default\/} if given, else 0 {\tt v} gives sum of {\tt d} and {\tt h} values \seesect{Interaction:}} \macrodef{bp\_\_}{bp__}{} {gen} {big-point-size factor, in scaled inches, ({\tt *scale/72})} \macrodef{bswitch}{bswitch}{(\linespec, [L|R],chars)} {cct} {pushbutton switch R=right orientation (default L=left); chars: O= normally open, C=normally closed } \macrodef{BUF\_ht}{BUF_ht}{} {log} {basic buffer gate height in {\tt L\_unit}s} \macrodef{BUF\_wd}{BUF_wd}{} {log} {basic buffer gate width in {\tt L\_unit}s} \macrodef{BUFFER\_gate}{BUFFER_gate}{(\linespec, [N|B], {\sl wid, ht,} [N|P]\char42, [N|P]\char42, [N|P]\char42)} {log} {basic buffer, dfault 1 input or as a 2-terminal element, arg2: {\tt N}=negated input, {\tt B}=box gate; arg 5: normal ({\tt P}) or negated {\tt N}) inputs labeled In1 \seesect{Logicgates:}} \macrodef{BUFFER\_gen}{BUFFER_gen}{({\sl chars,wd,ht},[N|P]*,[N|P]*,[N|P]*)} {log} {general buffer, {\sl chars:} {\tt T}=triangle, {\tt [N]O}=output location {\tt Out} ({\tt NO} draws circle {\tt N\_Out}); {\tt [N]I, [N]N, [N]S, [N]NE, [N]SE} input locations; {\tt C}=centre location. Args 4-6 allow alternative definitions of respective {\tt In, NE,} and {\tt SE} argument sequences } \macrodef{buzzer}{buzzer}{( U|D|L|R|{\sl degrees, size,}[C])} {cct} {buzzer, {\sl In1} to {\sl In3} defined, C=curved \seesect{Composite:}} \Letter{C}% \macrodef{c\_fet}{c_fet}{(\linespec,L|R,P)} {cct} {left or right, plain or negated pin simplified MOSFET} \macrodef{capacitor}{capacitor}{(\linespec,{\sl char}[+[L]],R, {\sl height}, {\sl wid})} {cct} {capacitor, {\sl char}: F or none=flat plate, C=curved-plate, E=polarized boxed plates, K=filled boxed plates, M=unfilled boxes, M=one rectangular plate, P=alternate polarized; + adds a polarity sign; +L polarity sign to the left of drawing direction; arg3: R=reversed polarity, arg4 = height (defaults F: {\tt dimen\_}$/3$, C,P: {\tt dimen\_}$/4$, E,K: {\tt dimen\_}$/5$) arg5 = wid (defaults F: {\sl height}*0.3, C,P: {\sl height}*0.4, E,K: {\sl height}) \seesect{Twoterminal:}} \macrodef{cbreaker}{cbreaker}{(\linespec,L|R,D|Th|TS)} {cct} {circuit breaker to left or right, {\tt D}=with dots; {\tt Th}=thermal; {\tt TS}=squared thermal\seesect{Twoterminal:}} \macrodef{ccoax}{ccoax}{(at {\sl location}, M|F, {\sl diameter})} {cct} {coax connector, {\tt M}=male, {\tt F}=female \seesect{Composite:}} \macrodef{cct\_init}{cct_init}{} {cct} {initialize circuit-diagram environment (reads {\tt libcct.m4})} \macrodef{centerline\_}{centerline_}{({\sl linespec, thickness{\tt|}color, minimum long dash len, short dash len, gap len}} {gen} {Technical drawing centerline} \macrodef{Cintersect}{Cintersect}{({\sl Pos1, Pos2, rad1, rad2,} [R])} {gen} {Upper (lower if arg5={\tt R}) intersection of circles at {\sl Pos1} and {\sl Pos2}, radius {\sl rad1} and {\sl rad2}} \macrodef{clabel}{clabel}{({\sl label},{\sl label},{\sl label})} {cct} {centre triple label \seesect{Labels:}} \macrodef{cm\_\_}{cm__}{} {gen} {absolute centiimetres} \macrodef{consource}{consource}{(\linespec,V|I|v|i,R)} {cct} {voltage or current controlled source with alternate forms; {\tt R}=reversed polarity\seesect{Twoterminal:}} \macrodef{contact}{contact}{({\sl chars})} {cct} {single-pole contact: {\tt O}= normally open, {\tt C}= normally closed (default), {\tt I}= open circle contacts, {\tt P}= three position, {\tt R}= right orientation, {\tt T}= T contacts, {\tt U}= U contacts \seesect{Composite:}} \macrodef{contacts}{contacts}{({\sl count, chars})} {cct} {multiple ganged single-pole contacts: {\tt P}= three position, {\tt O}= normally open, {\tt C}= normally closed, {\tt D}= dashed ganging line over contact armatures {\tt I}= open circle contacts, {\tt R}= right orientation, {\tt T}= T contacts, {\tt U}= U contact lines parallel to drawing direction \seesect{Composite:}} \macrodef{contline}{contline}{({\sl line})} {gen} {evaluates to {\tt continue} if processor is {\bf dpic}, otherwise to first arg (default {\tt line})} \macrodef{corner}{corner}{({\sl line thickness,attributes,turn radians})} {gen} { Mitre (default filled square) drawn at end of last line or at a given position. arg1 default: current line thickness; arg2: e.g. {\tt outlined} {\sl string}; if arg2 starts with {\tt at} {\sl position} then a manhattan (right-left-up-down) corner is drawn; arg3= radians (turn angle, +ve is ccw, default $\pi/2$). The corner is enclosed in braces in order to leave {\tt Here} unchanged unless arg2 begins with {\tt at} \seesect{Corners:}} \macrodef{Cos}{Cos}{({\sl integer})} {gen} {cosine function, {\sl integer\/} degrees} \macrodef{cosd}{cosd}{({\sl arg})} {gen} {cosine of an expression in degrees} \macrodef{Cosine}{Cosine}{( {\sl amplitude}, {\sl freq}, {\sl time}, {\sl phase} )} {gen} {function $a\times\cos(\omega t + \phi)$ } \macrodef{cross}{cross}{(at {\sl location})} {gen} {plots a small cross} \macrodef{cross3D}{cross3D}{({\sl x1,y1,z1,x2,y2,z2})} {3D} {cross product of two triples} \macrodef{crossover}{crossover}{(\linespec, L|R, Line1, ...)} {cct} {line jumping left or right over named lines\seesect{Semiconductors:}} \macrodef{crosswd\_}{crosswd_}{} {gen} {cross dimension} \macrodef{csdim\_}{csdim_}{} {cct} {controlled-source width} \Letter{D}% \macrodef{d\_fet}{d_fet}{(\linespec,L|R,P,S,E|S)} {cct} {left or right, N or P depletion MOSFET, normal or simplified, without or with envelope or thick channel \seesect{Semiconductors:}} \macrodef{dabove}{dabove}{(at {\sl location})} {darrow} {above (displaced dlinewid/2)} \macrodef{dac}{dac}{({\sl width,height,nIn,nN,nOut,nS})} {cct} {DAC with defined width, height, and number of inputs {\tt In$i$}, top terminals {\tt N$i$}, ouputs {\tt Out$i$}, and bottom terminals~{\tt S$i$} \seesect{Logicgates:}} \macrodef{darc}{darc}{({\sl center position}, {\sl radius}, {\sl start radians}, {\sl end radians}, {\sl dline thickness}, {\sl arrowhead wid}, {\sl arrowhead ht}, {\sl terminals})} {darrow} {See also {\tt Darc}. CCW arc in {\tt dline} style, with closed ends or (dpic only) arrowheads. Permissible {\sl terminals}: {\sl x}{\tt -}, {\tt -}{\sl x}, {\sl x}{\tt -}{\sl x}, {\tt ->}, {\sl x}{\tt ->}, {\tt <-}, {\tt <-}{\sl x}, {\tt <->} where {\sl x} means {\tt |} or (half-thickness line) {\tt !}.} \macrodef{Darc}{Darc}{({\sl center position}, {\sl radius}, {\sl start radians}, {\sl end radians}, {\sl parameters})} {darrow} {Wrapper for {\tt darc}. CCW arc in {\tt dline} style, with closed ends or (dpic only) arrowheads. Semicolon-separated {\sl parameters}: {\tt thick=}{\sl value}, {\tt wid=}{\sl value}, {\tt ends=} {\sl x}{\tt -}, {\tt -}{\sl x}, {\sl x}{\tt -}{\sl x}, {\tt ->}, {\sl x}{\tt ->}, {\tt <-}, {\tt <-}{\sl x}, {\tt <->} where {\sl x} means {\tt |} or (half-thickness line) {\tt !}.} \macrodef{Darlington}{Darlington}{(L|R,{\sl chars})} {cct} {Composite Darlington pair Q1 and Q2 with internal locations E, B, C; Characters in {\sl arg2:} E= envelope, P= P-type, B1= internal base lead, D= damper diode, R1= Q1 bias resistor; E1= ebox, R2= Q2 bias resistor; E1= ebox, Z= zener bias diode \seesect{Semiconductors:}} \macrodef{darrow\_init}{darrow_init}{} {darrow} {initialize darrow drawing parameters (reads {\tt darrow.m4})} \macrodef{Darrow}{Darrow}{(\linespec, {\sl parameters})} {darrow} {Wrapper for {\tt darrow}. Semicolon-separated {\sl parameters}: {\tt S}, {\tt E} truncate at start or end by dline thickness/2; {\tt thick=}{\sl val} (total thicknes, ie width); {\tt wid=}{\sl val} (arrowhead width); {\tt ht=}{\sl val} (arrowhead height); {\tt ends=} {\sl x}{\tt -}{\sl x} or {\tt -}{\sl x} or {\sl x}{\tt -} where {\sl x} is {\tt !} (half-width line) or {\tt |} (full-width line).} \macrodef{darrow}{darrow}{(\linespec, t,t,{\sl width},{\sl arrowhd wd},{\sl arrowhd ht},{\sl parameters})} {darrow} {See also {\tt Darrow}. double arrow, truncated at beginning or end, specified sizes, with arrowhead or closed stem. {\sl parameters=} {\tt {\sl x}-} or {\tt ->} or {\tt {\sl x}->} or {\tt <-} or {\tt <-{\sl x}} or {\tt <->} where {\sl x} is {\tt |} or {\tt !}. The {\tt !-} or {\tt -!} parameters close the stem with half-thickness lines to simplify butting to other objects. } \macrodef{dashline}{dashline}{(\linespec,{\sl thickness}|{\sl color}|<->, {\sl dash len, gap len},G)} {gen} {dashed line with dash at end ({\tt G} ends with gap)} \macrodef{dbelow}{dbelow}{(at {\sl location})} {darrow} {below (displaced dlinewid/2)} \macrodef{dcosine3D}{dcosine3D}{({\sl i,x,y,z})} {3D} {extract i-th entry of triple x,y,z} \macrodef{DCsymbol}{DCsymbol}{(at {\sl position, len, ht,} U|D|L|R|{\sl degrees}) } {cct} {A DC symbol (a dashed line below a solid line). The current drawing direction is default, otherwise Up, Down, Left, Right, or at {\sl degrees} slant; e.g., {\tt source(up\_ dimen\_); $\lbrace$ DCsymbol(at last [],,,R) $\rbrace$} \seesect{Twoterminal:} } \macrodef{delay\_rad\_}{delay_rad_}{} {cct} {delay radius} \macrodef{delay}{delay}{(\linespec,{\sl size})} {cct} {delay element\seesect{Twoterminal:}} \macrodef{deleminit\_}{deleminit_}{} {darrow} {sets drawing direction for dlines} \macrodef{Demux}{Demux}{({\sl n},{\sl label}, {\tt [L][B|H|X][N[{\sl n}]|S[{\sl n}]][[N]OE], {\sl wid},{\sl ht}})} {log} {binary multiplexer, $n$ inputs, {\tt L} reverses input pin numbers, {\tt B} displays binary pin numbers, {\tt H} displays hexadecimal pin numbers, {\tt X} do not print pin numbers, {\tt N[{\sl n}]} puts Sel or Sel$0$ .. Sel$n$ at the top (i.e., to the left of the drawing direction), {\tt S[{\sl n}]} puts the Sel inputs at the bottom (default) {\tt OE} ({\tt N=}negated) {\tt OE} pin \seesect{Logicgates:}} \macrodef{dend}{dend}{(at {\sl location})} {darrow} {close (or start) double line} \macrodef{dfillcolor}{dfillcolor}{} {darrow} {dline fill color (default white)} \macrodef{diff\_}{diff_}{({\sl a},{\sl b})} {gen} {difference function} \macrodef{diff3D}{diff3D}{({\sl x1,y1,z1,x2,y2,z2})} {3D} {difference of two triples} \macrodef{dimen\_}{dimen_}{} {cct} {size parameter for scaling circuit element bodies \seesect{Circuitscaling:}} \macrodef{dimension\_}{dimension_}{(\linespec,{\sl offset},{\sl label}, D|H|W|{\sl blank width},{\sl tic offset},{\sl arrowhead })} {gen} {macro for dimensioning diagrams; {\sl arrowhead=}{\tt -> | <-}} \macrodef{diode}{diode}{(\linespec,% B|CR|D|G|L|LE[R]|P[R]|S|Sh|T|V|v|w|Z|chars,% [R][E])} {cct} {diode: {\tt B}=bi-directional, {\tt CR}=current regulator, {\tt D}=diac, {\tt G}=Gunn, {\tt L}=open form with centre line, {\tt LE[R]}=LED [right], {\tt P[R]}=photodiode [right], {\tt S}=Schottky, {\tt Sh}=Shockley, {\tt T}=tunnel, {\tt V}=varicap, {\tt v}=varicap (curved plate), {\tt w}=varicap (reversed polarity), {\tt Z}=zener; appending {\tt K} to arg 2 draws open arrowheads; arg 3: {\tt R}=reversed polarity, {\tt E}=enclosure \seesect{Twoterminal:}} \macrodef{dir\_}{dir_}{} {darrow} {used for temporary storage of direction by darrow macros} \macrodef{distance}{distance_}{({\sl Position 1}, {\sl Position2})} {gen} {distance between named positions} \macrodef{distance}{distance}{({\sl position}, {\sl position})} {gen} {distance between positions} \macrodef{dlabel}{dlabel}{({\sl long},{\sl lat},{\sl label},{\sl label},{\sl label},{\sl chars})} {cct} {general triple label; {\sl chars:} $x$ (drawing direction) displacement is from the centre of the last line rather than the centre of the last {\tt [ ]}; L,R,A,B align labels ljust, rjust, above, or below (absolute) respectively \seesect{Labels:}} \macrodef{dleft}{dleft}{} {darrow} {double line left turn} \macrodef{Dline}{Dline}{(\linespec, {\sl parameters})} {darrow} {Wrapper for {\tt dline}. Semicolon-separated {\sl parameters}: {\tt S}, {\tt E} truncate at start or end by dline thickness/2; {\tt thick=}{\sl val} (total thicknes, ie width); {\tt ends=} {\sl x}{\tt -}{\sl x} or {\tt -}{\sl x} or {\sl x}{\tt -} where {\sl x} is {\tt !} (half-width line) or {\tt |} (full-width line).} \macrodef{dline}{dline}{(\linespec,t,t,{\sl width},{\sl parameters})} {darrow} {See also {\tt Dline}. Double line, truncated by half width at either end, closed at either or both ends. {\sl parameters=} {\sl x}{\tt -}{\sl x} or {\tt -}{\sl x} or {\sl x}{\tt -} where {\sl x} is {\tt !} (half-width line) or {\tt |} (full-width line).} \macrodef{dlinewid}{dlinewid}{} {darrow} {width of double lines} \macrodef{dljust}{dljust}{(at {\sl location})} {darrow} {ljust (displaced dlinewid/2)} \macrodef{dn\_}{dnx}{} {gen} {down with respect to current direction} \macrodef{dna\_}{dna_}{} {cct} {internal character sequence that specifies which subcomponents are drawn} %\macrodef{dnm\_}{dnm_}{} % {cct} % {similar to dna\_} \macrodef{dot}{dot}{(at {\sl location},{\sl radius},{\sl fill})} {gen} {filled circle (third arg= gray value: 0=black, 1=white)} \macrodef{dot3D}{dot3D}{({\sl x1,y1,z1,x2,y2,z2})} {3D} {dot product of two triples} \macrodef{dotrad\_}{dotrad_}{} {gen} {dot radius} \macrodef{down\_}{down_}{} {gen} {sets current direction to down \seesect{Placing:}} \macrodef{dright}{dright}{} {darrow} {double arrow right turn} \macrodef{drjust}{drjust}{(at {\sl location})} {darrow} {rjust (displaced dlinewid/2)} \macrodef{dswitch}{dswitch}{(\linespec,L|R,W[ud]B[K]{\sl chars})} {cct} {SPST switch left or right, W=baseline, B=contact blade, dB=contact blade to the right of drawing direction, Bm = mirror contact blade, Bo = contact blade more widely open, Cb = circuit-breaker function, Co = contactor function, C = external operating mechanism, D = circle at contact and hinge, (dD = hinge only, uD = contact only) E = emergency button, EL = early close (or late open), LE = late close (or early open), F = fused, H = time delay closing, uH = time delay opening, HH = time delay opening and closing, K=vertical closing contact line, L = limit, M = maintained (latched), MM = momentary contact on make, MR = momentary contact on release, MMR = momentary contact on make and release, O = hand operation button, P = pushbutton, Pr{\tt [T|M]} = proximity (touch-sensitive or magnetically controlled), Th = thermal control linkage, Tr = tripping, Y = pull switch, Z = turn switch \seesect{Twoterminal:}} \macrodef{dtee}{dtee}{([L|R])} {darrow} {double arrow tee junction with tail to left, right, or (default) back along current direction } \macrodef{dtor\_}{dtor_}{} {gen} {degrees to radians conversion constant} \macrodef{dturn}{dturn}{({\sl degrees ccw})} {darrow} {turn dline arg1 degrees left (ccw)} \Letter{E}% \macrodef{E\_\_}{E__}{} {gen} {the constant $e$} \macrodef{e\_}{e_}{} {gen} {.e relative to current direction} \macrodef{e\_fet}{e_fet}{(\linespec,L|R,P,S,E|S)} {cct} {left or right, N or P enhancement MOSFET, normal or simplified, without or with envelope or thick channel \seesect{Semiconductors:}} \macrodef{earphone}{earphone}{( U|D|L|R|{\sl degrees, size})} {cct} {earphone, {\sl In1} to {\sl In3} defined \seesect{Composite:}} \macrodef{ebox}{ebox}{(\linespec,{\sl length},{\sl ht},{\sl fill value})} {cct} { two-terminal box element with adjustable dimensions and fill value 0 (black) to 1 (white). {\sl length} and {\sl ht} are relative to the direction of \linespec\seesect{Twoterminal:}} \macrodef{elchop}{elchop}{({\sl Name1,Name2})} {gen} {{\tt chop} for ellipses: evaluates to {\tt chop} $r$ where $r$ is the distance from the centre of ellipse Name1 to the intersection of the ellipse with a line to location Name2; e.g., {\tt line from A to E elchop(E,A)}} \macrodef{eleminit\_}{eleminit_}{(\linespec)} {cct} {internal line initialization} \macrodef{elen\_}{elen_}{} {cct} {default element length} \macrodef{em\_arrows}{em_arrows}{([N|I|E][D],{\sl angle,length})} {cct} {radiation arrows, N=nonionizing, I=ionizing, E=simple; D=dot\seesect{Twoterminal:}} \macrodef{endshade}{endshade}{} {gen} {end gray shading, see {\tt beginshade}} \macrodef{Equidist3}{Equidist3}{({\sl Pos1, Pos2, Pos3, Result, distance})} {gen} {Calculates location named {\sl Result} equidistant from the first three positions, i.e.\ the centre of the circle passing through the three positions. If arg5 is nonblank, it is equated to the radius.} \macrodef{expe}{expe}{} {gen} {exponential, base $e$} \Letter{F}% \macrodef{f\_box}{f_box}{({\sl boxspecs},{\sl text},{\sl expr1},$\cdots$)} {gen} {like {\tt s\_box} but the text is overlaid on a box of identical size. If there is only one argument then the default box is invisible and filed white \seesect{Interaction:}} \macrodef{Fector}{Fector}{({\sl x1,y1,z1,x2,y2,z2})} {3D} {vector projected on current view plane with top face of 3-dimensonal arrowhead normal to x2,y2,z2 } \macrodef{FF\_ht}{FF_ht}{} {cct} {flipflop height parameter in {\tt L\_unit}s} \macrodef{FF\_wid}{FF_wid}{} {cct} {flipflop width parameter in {\tt L\_unit}s} \macrodef{fill\_}{fill_}{({\sl number})} {gen} {fill macro, 0=black, 1=white\seesect{Semiconductors:}} \macrodef{fitcurve}{fitcurve}{(V,n,[e.g. dotted],m (default 0))} {gen} {Draw a spline through positions V[m], $ldots$ V[n]: Works only with dpic.} \macrodef{FlipFlop}{FlipFlop}{(D|T|RS|JK,{\sl label},{\sl boxspec},% {\sl pinlength})} {log} {flip-flops, {\sl boxspec}=e.g.\ ht x wid y \seesect{Logicgates:}} \macrodef{FlipFlop6}{FlipFlop6}{({\sl label},{\sl spec},{\sl boxspec})} {log} {{\em This macro (6-input flip-flops) has been superseded by {\tt FlipFlopX} and may be deleted in future}. {\sl spec}={\tt [[n]NQ][[n]Q][[n]CK][[n]PR][lb]} {\tt [[n]CLR][[n]S][[n].|D|T|R]} to include and negate pins, {\tt lb} to print labels } \macrodef{FlipFlopJK}{FlipFlopJK}{({\sl label}, {\sl spec},{\sl boxspec})} {log} {{\em This macro (JK flip-flop) has been superseded by {\tt FlipFlopX} and may be deleted in future}. Similar to {\tt FlipFlop6}.} \macrodef{FlipFlopX}{FlipFlopX}{({\sl boxspec, label, leftpins, toppins, rightpins, bottompins, pinlength})} {log} {General flipflop. Arg 1 modifies the box (labelled Chip) default specification. Each of args 3 to 6 is null or a string of {\sl pinspecs} separated by semicolons ({\tt;}). A {\sl Pinspec} is either empty or of the form {\tt[}{\sl pinopts}{\tt]:[}{\sl label}{\tt[:}{\sl Picname}{\tt]]}. The first colon draws the pin. Pins are placed top to bottom or left to right along the box edges with null {\sl pinspecs} counted for placement. Pins are named by side and number by default; eg {\tt W1, W2, ..., N1, N2, ..., E1, ..., S1, ...} ; however, if {\tt:}{\sl Picname} is present in a {\sl pinspec} then {\sl Picname} replaces the default name. A {\sl pinspec} label is text placed at the pin base. Semicolons are not allowed in labels; use, e.g., {\tt \char92{}char59\char123\char125} instead. To put a bar over a label, use {\tt lg\_bartxt(}{\sl label}{\tt)}. The {\sl pinopts} are {\tt[N|L|M][E]}; {\tt N}=pin with not circle; {\tt L}=active low out; {\tt M}=active low in; {\tt E}=edge trigger \seesect{Logicgates:}. Optional arg 7 is the length of pins} \macrodef{for\_}{for_}{({\sl start},{\sl end},{\sl increment},`{\sl actions}')} {gen} {integer for loop with index variable {\tt m4x} \seesect{Looping:}} \macrodef{FTcap}{FTcap}{({\sl chars})} {cct} {Feed-through capacitor; example of a composite element derived from a two-terminal element. Defined points: {\sl .Start, .End, .C .T1 .T2 T} Arg 1: (default) {\tt A}= type A, {\tt B}= type B, {\tt C}= type C \seesect{Composite:}} \macrodef{fuse}{fuse}{({\sl linespec, type, wid, ht})} {cct} {fuse symbol, type$=$ {\tt A|B|C|D|S|HB|HC|SB} or {\tt dA=D}\seesect{Twoterminal:}} \Letter{G}% \macrodef{g\_}{g_}{} {gen} {green color value} \macrodef{G\_hht}{G_hht}{} {log} {gate half-height in {\tt L\_unit}s} \macrodef{gap}{gap}{(\linespec,{\sl fill},A)} {cct} {gap with (filled) dots, A=chopped arrow between dots\seesect{Twoterminal:}} \macrodef{gen\_init}{gen_init}{} {gen} {initialize environment for general diagrams (customizable, reads {\tt libgen.m4})} \macrodef{glabel\_}{glabel_}{} {cct} {internal general labeller} %\macrodef{gpar\_}{gpar_}{({\sl element},{\sl element},{\sl separation})} % {cct} % {two same-direction elements in parallel} \macrodef{gpolyline\_}{gpolyline_}{({\sl fraction},{\sl location}, ...)} {gen} {internal to {\tt gshade}} \macrodef{graystring}{graystring}{({\sl gray value})} {gen} {evaluates to a string compatible with the postprocessor in use to go with {\tt colored}, {\tt shaded}, or {\tt outlined} attributes. (PSTricks, metapost, pgf-tikz, pdf, postscript, svg). The argument is a fraction in the range $[0,1]$; see {\tt rgbstring}} \macrodef{grid\_}{grid_}{({\sl x},{\sl y})} {log} {absolute grid location} \macrodef{ground}{ground}{(at {\sl location}, T|{\sl stem length}, N|F|S|L|P[A]|E, U|D|L|R|{\sl degrees})} {cct} { ground, without stem for 2nd arg = T; {\tt N}=normal, {\tt F}=frame, {\tt S}=signal, {\tt L}=low-noise, {\tt P}=protective, {\tt PA}=protective alternate, {\tt E}=European; up, down, left, right, or angle from horizontal (default -90) \seesect{Composite:}} \macrodef{gshade}{gshade}{({\sl gray value},A,B,...,Z,A,B)} {gen} {(Note last two arguments). Shade a polygon with named vertices, attempting to avoid sharp corners} \macrodef{gyrator}{gyrator}{({\sl box specs,space ratio,pin lgth,}[N][V])} {cct} {Gyrator two-port wrapper for {\tt nport}, {\tt N} omits pin dots; {\tt V} gives a vertical orientation \seesect{Composite:}} \Letter{H}% \macrodef{H\_ht}{H_ht}{} {log} {hysteresis symbol dimension in {\tt L\_unit}s} \macrodef{Header}{Header}{(1|2,{\sl rows,wid,ht,box attributes})} {log} {Header block with 1 or 2 columns and square Pin 1: arg1 = number of columns; arg2 = pins per column; arg3,4 = custom wid, ht; arg5 = e.g., {\tt fill\_(0.9)} \seesect{Composite:}} \macrodef{HeaderPin}{HeaderPin}{({\sl location, type, Picname},% n|e|s|w,{\sl length})} {log} {General pin for {\tt Header} macro; arg 4 specifies pin direction with respect to the current drawing direction)} \macrodef{hatchbox}{hatchbox}{({\sl boxspec,hashsep,hatchspec})} {gen} {Manhattan box with 45 degree hatching, e.g., {\tt hatchbox(outlined "blue",,dashed outlined "green" thick 0.4)}} \macrodef{heater}{heater}{({\sl linespec, ndivisions, wid, ht})} {cct} {heater element\seesect{Twoterminal:}} \macrodef{hex\_digit}{hex_digit}{($n$)} {gen} {hexadecimal digit for $0 \leq n < 16$} \macrodef{hexadecimal\_}{hexadecimal_}{($n$, [$m$])} {gen} {hexadecimal representation of $n,$ left padded to $m$ digits if the second argument is nonblank} \macrodef{hlth}{hlth}{} {gen} {current line half thickness in drawing units} \macrodef{hoprad\_}{hoprad_}{} {cct} {hop radius in crossover macro} \macrodef{ht\_}{ht_}{} {gen} {height relative to current direction} \Letter{I}% \macrodef{ifdpic}{ifdpic}{({\sl if true},{\sl if false})} {gen} {test if dpic has been specified as pic processor} \macrodef{ifgpic}{ifgpic}{({\sl if true},{\sl if false})} {gen} {test if gpic has been specified as pic processor} \macrodef{ifinstr}{ifinstr}{({\sl string},{\sl string},{\sl if true},{\sl if false})} {gen} {test if the second argument is a substring of the first; also {\tt ifinstr({\sl string},{\sl string},{\sl if true},{\sl string},{\sl string},{\sl if true}, $\ldots$ {\sl if false})} } \macrodef{ifmfpic}{ifmfpic}{({\sl if true},{\sl if false})} {gen} {test if mfpic has been specified as pic post-processor} \macrodef{ifmpost}{ifmpost}{({\sl if true},{\sl if false})} {gen} {test if MetaPost has been specified as pic post-processor} \macrodef{ifpgf}{ifpgf}{({\sl if true},{\sl if false})} {gen} {test if \TPGF~has been specified as pic post-processor} \macrodef{ifpostscript}{ifpostscript}{({\sl if true},{\sl if false})} {gen} {test if Postscript ({\tt dpic -r}) has been specified as pic output format} \macrodef{ifpsfrag}{ifpsfrag}{({\sl if true},{\sl if false})} {gen} {Test if either {\tt psfrag} or {\tt psfrag\_} has been defined. For postscript with psfrag strings, one or the other should be defined prior to or at the beginning of the diagram} \macrodef{ifpstricks}{ifpstricks}{({\sl if true},{\sl if false})} {gen} {test if \PSTricks~has been specified as post-processor} \macrodef{ifroff}{ifroff}{({\sl if true},{\sl if false})} {gen} {test if {\bf troff} or {\bf groff} has been specified as post-processor} \macrodef{ifxfig}{ifxfig}{({\sl if true},{\sl if false})} {gen} {test if Fig 3.2 ({\tt dpic -x}) has been specified as pic output format} \macrodef{igbt}{igbt}{(\linespec,L|R,[L][[d]D])} {cct} {left or right IGBT, L=alternate gate type, D=parallel diode, dD=dotted connections } \macrodef{in\_\_}{in__}{} {gen} {absolute inches} \macrodef{inductor}{inductor}{(\linespec,W|L,{\sl n},[M|P],{\sl loop wid})} {cct} {inductor, arg2: narrow (default), W=wide, L=looped; arg3: {\sl n} arcs (default 4); arg4: M=magnetic core, P=powder (dashed) core, arg5: loop width (default L,W: {\tt dimen\_}/5; other: {\tt dimen\_}/8) \seesect{Twoterminal:}} \macrodef{inner\_prod}{inner_prod}{({\sl linear obj},{\sl linear obj})} {gen} {inner product of (x,y) dimensions of two linear objects} \macrodef{Int\_}{Int_}{} {gen} {corrected (old) gpic $int()$ function} \macrodef{integrator}{integrator}{(\linespec,{\sl size})} {cct} {integrating amplifier\seesect{Twoterminal:}} \macrodef{intersect\_}{intersect_}{({\sl line1}.start,{\sl line1}.end, {\sl line2}.start,{\sl line2}.end)} {gen} {intersection of two lines} \macrodef{Intersect\_}{Intersect_}{({\sl Name1},{\sl Name2})} {gen} {intersection of two named lines} \macrodef{IOdefs}{IOdefs}{(\linespec,{\sl label},[P|N]*,L|R) } {log} {Define locations {\sl label}{\tt 1}, $\ldots$ {\sl label}{\tt n} along the line; {\tt P}= label only; {\tt N}=with {\tt NOT\_circle}; {\tt R}=circle to right of current direction } \Letter{J}% \macrodef{j\_fet}{j_fet}{(\linespec,L|R,P,E)} {cct} {left or right, N or P JFET, without or with envelope \seesect{Semiconductors:}} \macrodef{jack}{jack}{(U|D|L|R|{\sl degrees},{\sl chars})} {cct} {arg1: drawing direction; string arg2: {\tt R}=right orientation, one or more {\tt L[M][B]} for L and auxiliary contacts with make or break points; {\tt S[M][B]} for S and auxiliary contacts \seesect{Composite:}} \Letter{K}% \macrodef{KelvinR}{KelvinR}{({\sl cycles},[R],{\sl cycle wid})} {cct} {IEEE resistor in a {\tt [ ]} block with Kelvin taps {\sl T1} and {\sl T2} \seesect{Composite:}} \Letter{L}% \macrodef{L\_unit}{L_unit}{} {log} {logic-element grid size} \macrodef{lamp}{lamp}{(\linespec, [R])} {cct} {Two-terminal incandescent lamp \seesect{Twoterminal:}} \macrodef{larrow}{larrow}{({\sl label},{\tt ->|<-},{\sl dist})} {cct} {arrow {\sl dist} to left of last-drawn 2-terminal element \seesect{Branchcurrent:}} \macrodef{lbox}{lbox}{({\sl wid}, {\sl ht}, {\sl type})} {gen} {box oriented in current direction, type= e.g.\ dotted} \macrodef{LCintersect}{LCintersect}{({\sl line name, Centre, rad,} [R])} {gen} { First (second if arg4 is R) intersection of a line with a circle} \macrodef{LCtangent}{LCtangent}{({\sl Pos1, Centre, rad,} [R])} {gen} { Left (right if arg4=R) tangent point of line from Pos1 to circle at Centre with radius arg3} \macrodef{left\_}{left_}{} {gen} {left with respect to current direction \seesect{Placing:}} \macrodef{length3D}{length3D}{(x,y,z)} {3D} {Euclidean length of triple x,y,z} \macrodef{LEintersect}{LEintersect}{({\sl line name, Centre, ellipse wid, ellipse ht}, [R])} {gen} { First (second if arg5 is R) intersection of a line with an ellipse} \macrodef{LEtangent}{LEtangent}{({\sl Pos1, Centre, ellips wid, ellipse ht} [R])} {gen} { Left (right if arg5=R) tangent point of line from Pos1 to ellipse at Centre with given width and height} \macrodef{lg\_bartxt}{lg_bartxt}{} {log} {draws an overline over logic-pin text (except for xfig)} \macrodef{lg\_pin}{lg_pin}{({\sl location, label, Picname}, n|e|s|w[L|M|I|O][N][E], {\sl pinno, optlen})} {log} {comprehensive logic pin; {\sl label}= text (indicating logical pin function, usually), {\sl Picname}= pic label for referring to the pin (line), {\tt n|e|s|w}=orientation (north, south, east, west), {\tt L}=active low out, {\tt M}=active low in, {\tt I}=inward arrow, {\tt O}=outward arrow, {\tt N}=negated, {\tt E}=edge trigger} \macrodef{lg\_pintxt}{lg_pintxt}{} {log} {reduced-size text for logic pins} \macrodef{lg\_plen}{lg_plen}{} {log} {logic pin length in in {\tt L\_unit}s} \macrodef{LH\_symbol}{LH_symbol}{([U|D|L|R|{\sl degrees}][I])} {log} {logic-gate hysteresis symbol; {\tt I=}inverted} \macrodef{lin\_ang}{lin_ang}{({\sl line-reference})} {gen} {the angle from {\tt .start} to {\tt .end} of a line or move} \macrodef{lin\_leng}{lin_leng}{({\sl line-reference})} {gen} {length of a line, equivalent to {\sl line-reference}{\tt .len} with dpic} \macrodef{linethick\_}{linethick_}{({\sl number})} {gen} {set line thickness in points} \macrodef{ljust\_}{ljust_}{} {gen} {ljust with respect to current direction} \macrodef{llabel}{llabel}{({\sl label},{\sl label},{\sl label})} {cct} {triple label on left side of the element \seesect{Labels:}} \macrodef{loc\_}{loc_}{({\sl x}, {\sl y})} {gen} {location adjusted for current direction} \macrodef{log\_init}{log_init}{} {log} {initialize environment for logic diagrams (customizable, reads {\tt liblog.m4})} \macrodef{log10E\_}{log10E_}{} {gen} {constant $\log_{10}(e)$} \macrodef{loge}{loge}{} {gen} {logarithm, base $e$} \macrodef{Loopover\_}{Loopover_}{(`{\sl variable}',{\sl actions},{\sl value1, value2, $\ldots$})} {gen} {Repeat {\sl actions} with {\sl variable} set successively to {\sl value1, value2, $\ldots$}, setting macro {\tt m4Lx} to 1, 2, $\ldots$, terminating if {\sl variable} is nul} \macrodef{lp\_xy}{lp_xy}{} {log} {coordinates used by {\tt lg\_pin}} \macrodef{lpop}{lpop}{({\sl xcoord}, {\sl ycoord}, {\sl radius}, {\sl fill}, {\sl zero ht})} {gen} {for lollipop graphs: filled circle with stem to (xcoord,zeroht)} \macrodef{lswitch}{lswitch}{( \linespec, L|R, {\sl chars} )} {cct} {knife switch R=right orientation (default L=left); {\sl chars}=[O{\tt|}C][D][K][A] O=opening arrow; C=closing arrow; D=dots; K=closed switch; A=blade arrowhead \seesect{Twoterminal:}} \macrodef{lt\_}{lt_}{} {gen} {left with respect to current direction} \macrodef{LT\_symbol}{LT_symbol}{(U|D|L|R|{\sl degrees})} {log} {logic-gate triangle symbol} \macrodef{lthick}{lthick}{} {gen} {current line thickness in drawing units} \Letter{M}% \macrodef{m4\_arrow}{m4_arrow}{(\linespec,{\sl ht},{\sl wid})} {gen} {arrow with adjustable head, filled when possible} \macrodef{m4dupstr}{m4dupstr}{({\sl string},{\sl n},`{\sl name}')} {gen} {Defines {\sl name} as {\sl n} concatenated copies of {\sl string}.} \macrodef{m4lstring}{m4lstring}{({\sl arg1},{\sl arg2})} {gen} {expand {\sl arg1} if it begins with {\tt sprintf} or {\tt "}, otherwise {\sl arg2}} \macrodef{m4xpand}{m4xpand}{({\sl arg})} {gen} {Evaluate the argument as a macro} \macrodef{m4xtract}{m4xtract}{(`{\sl string1}',{\sl string2})} {gen} {delete {\sl string2} from {\sl string1}, return 1 if present} \macrodef{manhattan}{manhattan}{} {gen} {sets direction cosines for left, right, up, down} \macrodef{Max}{Max}{({\sl arg, arg, $\ldots$})} {gen} {Max of an arbitrary number of inputs} \macrodef{memristor}{memristor}{({\sl linespec, wid, ht})} {cct} {memristor element\seesect{Twoterminal:}} \macrodef{microphone}{microphone}{( A|U|D|L|R|{\sl degrees, size})} {cct} {microphone; if arg1 = A: upright mic, otherwise arg1 sets direction of standard microphone with {\sl In1} to {\sl In3} defined \seesect{Composite:}} \macrodef{Min}{Min}{({\sl arg, arg, $\ldots$})} {gen} {Min of an arbitrary number of inputs} \macrodef{Mitre\_}{Mitre_}{% ({\sl Line1,Line2,length,line attributes})} {gen} {e.g., {\tt Mitre\_(L,M)} draws angle at intersection of lines L and M with legs of length arg3 (default {\tt linethick bp\_\_/2}); sets {\tt Here} to intersection \seesect{Corners:}} \macrodef{mitre\_}{mitre_}{% ({\sl Position1,Position2,Position3,length,line attributes})} {gen} {e.g., {\tt mitre\_(A,B,C)} draws angle ABC with legs of length arg4 (default {\tt linethick bp\_\_/2}); sets {\tt Here} to Position2 \seesect{Corners:}} \macrodef{mm\_\_}{mm__}{} {gen} {absolute millimetres} \macrodef{mosfet}{mosfet}{(\linespec,L|R,{\sl chars},E)} {cct} {MOSFET left or right, included components defined by characters, envelope. arg 3 chars: {\tt [u][d]B:} center bulk connection pin; {\tt D:} D pin and lead; {\tt E:} dashed substrate; {\tt F:} solid-line substrate; {\tt [u][d]G:} G pin to substrate at source; {\tt [u][d]H:} G pin to substrate at center; {\tt L:} G pin to channel (obsolete); {\tt [u][d]M:} G pin to channel; u: at drain end; d: at source end {\tt [u][d]M{\sl n}:} multiple gates G0 to G{\sl n} {\tt Py:} parallel diode; {\tt Pz:} parallel zener diode; {\tt Q:} connect B pin to S pin; {\tt R:} thick channel; {\tt [u][d]S:} S pin and lead u: arrow up; d: arrow down; {\tt [d]T:} G pin to center of channel d: not circle; {\tt X:} XMOSFET terminal; {\tt Z:} simplified complementary MOS \seesect{Semiconductors:}} \macrodef{Mux\_ht}{Mux_ht}{} {cct} {Mux height parameter in {\tt L\_unit}s} \macrodef{Mux\_wid}{Mux_wid}{} {cct} {Mux width parameter in {\tt L\_unit}s} \macrodef{Mux}{Mux}{({\sl n},{\sl label}, {\tt [L][B|H|X][N[{\sl n}]|S[{\sl n}]][[N]OE], {\sl wid},{\sl ht}})} {log} {binary multiplexer, $n$ inputs, {\tt L} reverses input pin numbers, {\tt B} display binary pin numbers, {\tt H} display hexadecimal pin numbers, {\tt X} do not print pin numbers, {\tt N[{\sl n}]} puts Sel or Sel$0$ .. Sel$n$ at the top (i.e., to the left of the drawing direction), {\tt S[{\sl n}]} puts the Sel inputs at the bottom (default) {\tt OE} ({\tt N=}negated) {\tt OE} pin \seesect{Logicgates:}} \macrodef{Mx\_pins}{Mx_pins}{} {log} {max number of gate inputs without wings} \Letter{N}% \macrodef{n\_}{n_}{} {gen} {.n with respect to current direction} \macrodef{N\_diam}{N_diam}{} {log} {diameter of `not' circles in {\tt L\_unit}s} \macrodef{N\_rad}{N_rad}{} {log} {radius of `not' circles in {\tt L\_unit}s} \macrodef{NAND\_gate}{NAND_gate}{({\sl n},N)} {log} {`nand' gate, 2 or {\sl n\/} inputs; N=negated input. Otherwise, arg1 can be a sequence of letters {\tt P|N} to define normal or negated inputs. \seesect{Logicgates:}} \macrodef{ne\_}{ne_}{} {gen} {.ne with respect to current direction} \macrodef{NeedDpicTools}{NeedDpicTools}{} {gen} {executes {\tt copy "HOMELIB\_/dpictools.pic"} if the file has not been read} \macrodef{neg\_}{neg_}{} {gen} {unary negation} \macrodef{NOR\_gate}{NOR_gate}{({\sl n},N)} {log} {`nor' gate, 2 or {\sl n\/} inputs; N=negated input. Otherwise, arg1 can be a sequence of letters {\tt P|N} to define normal or negated inputs. \seesect{Logicgates:}} \macrodef{norator}{norator}{(\linespec,{\sl width},{\sl ht})} {cct} { norator two-terminal element \seesect{Twoterminal:}} \macrodef{NOT\_circle}{NOT_circle}{} {log} {`not' circle} \macrodef{NOT\_gate}{NOT_gate}{(\linespec,[B][N|n],{\sl wid},{\sl height})} {log} {`not' gate. When {\sl linespec} is blank then the element is composite and In1, Out, C, NE, and SE are defined; otherwise the element is drawn as a two-terminal element. arg2: {\tt B}=box gate, {\tt N}=not circle at input and output, {\tt n}=not circle at input only \seesect{Logicgates:}} \macrodef{NOT\_rad}{NOT_rad}{} {log} {`not' radius in absolute units} \macrodef{NPDT}{NPDT}{({\sl npoles,}[R])} {cct} {Double-throw switch; {\sl npoles:} number of poles; {\tt R}= right orientation with respect to drawing direction \seesect{Composite:}} \macrodef{nport}{nport}{({\sl box spec{\tt ;}other commands, nw,nn,ne,ns,space ratio,pin lgth,style, other commands})} {cct} { Default is a standard-box twoport. Args 2 to 5 are the number of ports to be drawn on w, n, e, s sides. The port pins are named by side, number, and by a or b pin, e.g., W1a, W1b, W2a, $\ldots$ Arg 6 specifies the ratio of port width to interport space (default 2), and arg 7 is the pin length. Set arg 8 to N to omit the dots on the port pins. Arguments 1 and 9 allow customizations \seesect{Composite:}} \macrodef{nterm}{nterm}{({\sl box spec{\tt ;}other commands, nw,nn,ne,ns,pin lgth,style, other commands})} {cct} {n-terminal box macro (default three pins). Args 2 to 5 are the number of pins to be drawn on W, N, E, S sides. The pins are named by side and number, e.g. W1, W2, N1, $\ldots$ Arg 6 is the pin length. Set arg 7 to N to omit the dots on the pins. Arguments 1 and 8 allow customizations, e.g. {\tt nterm(,{,},{,},{,}N,"\$a\$" at Box.w ljust,"\$b\$" at Box.e rjust, "\$c\$" at Box.s above)} } \macrodef{nullator}{nullator}{(\linespec,{\sl width},{\sl ht})} {cct} { nullator two-terminal element \seesect{Twoterminal:}} \macrodef{nw\_}{nw_}{} {gen} {.nw with respect to current direction} \macrodef{NXOR\_gate}{NXOR_gate}{({\sl n},N)} {log} {`nxor' gate, 2 or {\sl n\/} inputs; N=negated input. Otherwise, arg1 can be a sequence of letters {\tt P|N} to define normal or negated inputs. \seesect{Logicgates:}} \Letter{O}% \macrodef{opamp}{opamp}{(\linespec,{\sl label},{\sl label},{\sl size},{\sl chars}, other commands)} {cct} {operational amplifier with $-,$ $+$ or other internal labels, specified size. {\sl chars:} {\tt P=} add power connections, {\tt R=} swap In1, In2 labels, {\tt T=} truncated point. The first and last arguments allow added customizations \seesect{Composite:}} \macrodef{open\_arrow}{open_arrow}{(\linespec,{\sl ht},{\sl wid})} {gen} {arrow with adjustable open head} \macrodef{OR\_gate}{OR_gate}{({\sl n},N)} {log} {`or' gate, 2 or {\sl n\/} inputs; N=negated input. Otherwise, arg1 can be a sequence of letters {\tt P|N} to define normal or negated inputs. \seesect{Logicgates:}} \macrodef{OR\_gen}{OR_gen}{($n$,{\sl chars},[{\sl wid},[{\sl ht}]])} {log} {general OR gate: $n$=number of inputs $(0\leq n\leq 16)$; {\sl chars:} B=base and straight sides; A=Arcs; [N]NE,[N]SE,[N]I,[N]N,[N]S=inputs or circles; [N]P=XOR arc; [N]O=output; C=center. Otherwise, arg1 can be a sequence of letters {\tt P|N} to define normal or negated inputs.} \macrodef{OR\_rad}{OR_rad}{} {log} {radius of OR input face in {\tt L\_unit}s} \Letter{P}% \macrodef{parallel\_}{parallel_}{(\char96{\sl elementspec}\char39,% \char96{\sl elementspec}\char39 $\ldots$)} {cct} { Parallel combination of two-terminal elements in a {\tt [ ]} block. Each argument is a {\em quoted} elementspec of the form {\tt[Sep={\sl val};][{\sl Label}:] {\sl element}; [{\sl attributes}]} where an {\sl attribute} is of the form {\tt[llabel($\ldots$);] | [rlabel($\ldots$);] | [b\_current($\ldots$);]}. An argument may also be {\tt series\_($\ldots$)} or {\tt parallel\_($\ldots$)} {\em without} attributes or quotes. Sep={\sl val}; in the first branch sets the default separation of all branches to {\sl val}; in a later element Sep={\sl val}; applies only to that branch. An element may have normal arguments but should not change the drawing direction. \seesect{Seriesandparallel:}} %\macrodef{par\_}{par_}{({\sl element},{\sl element},{\sl separation})} % {cct} % {two same-direction, same-length elements in parallel} \macrodef{proximity}{proximity}{(\sl linespec)} {cct} {proximity detector (= {\tt consource(,P)})} \macrodef{pc\_\_}{pc__}{} {gen} {absolute points} \macrodef{pvcell}{pvcell}{({\sl linespec, width, height})} {cct} {PV cell} \macrodef{px\_\_}{px__}{} {gen} {absolute SVG screen pixels} \macrodef{pconnex}{pconnex}{(R|L|U|D|{\sl degrees},{\sl chars})} {cct} {power connectors, arg 1: drawing direction; {\sl chars:} {\tt R}=right orientation, {\tt M|F}= male, female, {\tt A|AC}=115V, 3 prong, B=box, C=circle, {\tt P}= PC connector, {\tt D}= 2-pin connector, {\tt G|GC}= GB 3-pin, {\tt J}= 110V 2-pin \seesect{Composite:}} \macrodef{pi\_}{pi_}{} {gen} {$\pi$} \macrodef{plug}{plug}{(U|D|L|R|{\sl degrees},[2|3][R])} {cct} {arg1: drawing direction; string arg2: {\tt R} right orientation, {\tt 2|3} number of conductors \seesect{Composite:}} \macrodef{pmod}{pmod}{({\sl integer}, {\sl integer})} {gen} {+ve $\hbox{mod}(M,N)$ e.g., $\hbox{\tt pmod}(-3,5)=2$} \macrodef{point\_}{point_}{({\sl angle})} {gen} {(radians) set direction cosines} \macrodef{PerpTo}{PerpTo}{({\sl Pos1, Line, Point})} {gen} {{\sl Point} is the label for the point on {\sl Line} of the perpendicular from {\sl Point} to {\sl Line}.} \macrodef{Point\_}{Point_}{({\sl integer})} {gen} {sets direction cosines in degrees \seesect{Placing:}} \macrodef{polar\_}{polar_}{({\sl x},{\sl y})} {gen} {rectangular-to polar conversion} \macrodef{langle}{langle}{({\sl Start, End})} {gen} {Angle in radians from horizontal of the line from {\sl Start} to {\sl End}.} \macrodef{potentiometer}{potentiometer}{(\linespec,% {\sl cycles},{\sl fractional pos},{\sl length},$\cdots$)} {cct} {resistor with taps T1, T2, $\ldots$ with specified fractional positions and lengths (possibly neg) \seesect{Composite:}} \macrodef{print3D}{print3D}{(x,y,z)} {3D} {write out triple for debugging} \macrodef{prod\_}{prod_}{({\sl a},{\sl b})} {gen} {binary multiplication} \macrodef{project}{project}{({\sl x},({\sl y},({\sl z})} {3D} {3D to 2D projection onto the plane perpendicular to the view vector with angles defined by {\tt setview({\sl azim, elev})}} \macrodef{psset\_}{psset_}{({\sl PSTricks settings})} {gen} {set PSTricks parameters} \macrodef{pt\_\_}{pt__}{} {gen} {\TeX\ point-size factor, in scaled inches, ({\tt *scale/72.27})} \macrodef{ptrans}{ptrans}{(\linespec, [R|L])} {cct} {pass transistor; {\tt L=} left orientation \seesect{Semiconductors:}} \Letter{R}% \macrodef{r\_}{r_}{} {gen} {red color value} \macrodef{rarrow}{rarrow}{({\sl label,{\tt ->|<-},{\sl dist}})} {cct} {arrow {\sl dist} to right of last-drawn 2-terminal element \seesect{Branchcurrent:}} \macrodef{Rect\_}{Rect_}{({\sl radius},{\sl angle})} {gen} {(deg) polar-to-rectangular conversion} \macrodef{rect\_}{rect_}{({\sl radius},{\sl angle})} {gen} {(radians) polar-rectangular conversion} \macrodef{reed}{reed}{({\sl linespec, width, height, box attribues}, [R][C])} {cct} {Enclosed reed two-terminal contact; {\tt R}=right orientation; {\tt C}=closed contact; e.g., {\tt reed(,,dimen\_/5,shaded "lightgreen"} \seesect{Composite:}} \macrodef{relay}{relay}{({\sl number of poles, chars})} {cct} {relay: n poles (default 1), {\sl chars:} {\tt O}=normally open, {\tt C}=normally closed, {\tt P}=three position, default double throw, {\tt L}=drawn left (default), {\tt R}=drawn right, {\tt Th}=thermal. Argument 3={\tt [L|R]} is deprecated but works for backward compatibility \seesect{Composite:}} \macrodef{relaycoil}{relaycoil}{({\sl chars, wid, ht,} R|L|U|D|{\sl degrees})} {cct} {chars: {\tt X}=or default: external lines from A2 and B2; {\tt AX}=external lines at positions A1,A3; {\tt BX}=external lines at positions B1,B3; {\tt NX}=no lines at positions A1,A2,A3,B1,B2,B3; {\tt SO}=slow operating; {\tt SOR}=slow operating and release; {\tt SR}=slow release; {\tt HS}=hight speed; {\tt HS}=hight speed; {\tt NAC}=unaffected by AC current; {\tt AC AC}=current; {\tt ML}=mechanically latched; {\tt PO}=polarized; {\tt RM}=remanent; {\tt RH}=remanent; {\tt TH}=thermal; {\tt EL}=electronic \seesect{Composite:}} \macrodef{resetdir\_}{resetdir_)}{} {gen} {resets direction set by {\tt setdir\_}} \macrodef{resetrgb}{resetrgb}{} {gen} {cancel {\tt r\_, g\_, b\_} color definitions} \macrodef{resistor}{resistor}{(\linespec,n|E,{\sl chars}, {\sl cycle wid})} {cct} {resistor, n cycles (default 3), {\sl chars:} {\tt E}={\tt ebox}, {\tt ES}={\tt ebox} with slash, {\tt Q}=offset, {\tt H}=squared, {\tt N}=IEEE, {\tt V}=varistor variant, {\tt R}=right-oriented, {\sl cycle width} (default {\tt dimen\_}$/6$) \seesect{Twoterminal:}} \macrodef{resized}{resized}{({\sl factor},`{\sl macro name}',args)} {cct} {scale the element body size by {\sl factor}} \macrodef{restorem4dir}{restorem4dir}{([`{\sl stack name}'])} {gen} {Restore m4 direction parameters from the named stack; default {\tt `savm4dir\_'}} \macrodef{reversed}{reversed}{(`{\sl macro name}',args)} {cct} {reverse polarity of 2-terminal element} \macrodef{rgbdraw}{rgbdraw}{({\sl color triple}, {\sl drawing commands})} {gen} {color drawing for PSTricks, pgf, MetaPost, SVG postprocessors; (color entries are 0 to 1 except for SVG entries which are 0 to 255), see {\tt setrgb} \seesect{Semiconductors:}. Exceptionally, the color of SVG arrows other than the default black has to be defined using the {\tt outlined }{\sl string} and {\tt shaded }{\sl string} constructs.} \macrodef{rgbfill}{rgbfill}{({\sl color triple}, {\sl closed path})} {gen} {fill with arbitrary color (color entries are 0 to 1 except SVG entries which are 0 to 255); see {\tt setrgb}\seesect{Semiconductors:}} \macrodef{rgbstring}{rgbstring}{({\sl color triple or color name})} {gen} {evaluates to a string compatible with the postprocessor in use to go with {\tt colored}, {\tt shaded}, or {\tt outlined} attributes. (PSTricks, metapost, pgf-tikz, pdf, postscript, svg). The arguments are fractions in the range $[0,1]$; For example, {\tt box outlined rgbstring(0.1,0.2,0.7) shaded rgbstring(0.75,0.5,0.25)}. For those postprocessors that allow it, there can be one argument which is the name of a defined color} \macrodef{right\_}{right_}{} {gen} {set current direction right \seesect{Placing:}} \macrodef{RightAngle}{RightAngle}{({\sl Pos1, Pos2, Pos3, line len, attributes})} {gen} {Draw a right-angle symbol at {\sl Pos2}, of size given by arg4. Arg5 = line attributes, e.g., {\tt outlined "gray"}} \macrodef{rjust\_}{rjust_}{} {gen} {right justify with respect to current direction} \macrodef{rlabel}{rlabel}{({\sl label},{\sl label},{\sl label})} {cct} {triple label on right side of the element \seesect{Labels:}} \macrodef{rot3Dx}{rot3Dx}{({\sl radians,x,y,z})} {3D} {rotates x,y,z about x axis} \macrodef{rot3Dy}{rot3Dy}{({\sl radians,x,y,z})} {3D} {rotates x,y,z about y axis} \macrodef{rot3Dz}{rot3Dz}{({\sl radians,x,y,z})} {3D} {rotates x,y,z about z axis} \macrodef{Rot\_}{Rot_}{({\sl position, degrees})} {gen} {rotate position by degrees} \macrodef{rot\_}{rot_}{({\sl x, y, angle})} {gen} {rotate {\sl x,y} by theta radians} \macrodef{rotbox}{rotbox}{({\sl wid,ht,type},[r|t={\sl val}])} {gen} {box oriented in current direction in {\tt [ ]} block; {\sl type}= e.g. {\tt dotted shaded "green".} Defined internal locations: N, E, S, W (and NE, SE, NW, SW if arg4 is blank). If arg4 is {\tt r=}{\sl val} then corners have radius {\sl val}. If arg4 is {\tt t=}{\sl val} then a spline with tension {\sl val} is used to draw a ``superellipse,'' and the bounding box is then only approximate. } \macrodef{rotellipse}{rotellipse}{({\sl wid,ht,type})} {gen} {ellipse oriented in current direction in {\tt [ ]} block; e.g. {\tt Point\_(45); rotellipse(,{},dotted fill\_(0.9)).} Defined internal locations: N, S, E, W.} \macrodef{round}{round}{(at {\sl location,line thickness,attributes})} {gen} {filled circle for rounded corners; attributes={\tt colored "gray"} for example; leaves {\tt Here} unchanged if arg1 is blank \seesect{Corners:}} \macrodef{rpoint\_}{rpoint_}{(\linespec)} {gen} {set direction cosines} \macrodef{rpos\_}{rpos_}{({\sl position})} {gen} {Here + {\sl position}} \macrodef{rrot\_}{rrot_}{({\sl x, y, angle})} {gen} {\tt Here + vrot\_({\sl x, y, cos(angle), sin(angle))}} \macrodef{rs\_box}{rs_box}{({\sl text},{\sl expr1},$\cdots$)} {gen} {like {\tt s\_box} but the text is rotated by {\tt text\_ang} (default 90) degrees \seesect{Interaction:}, \seesect{Pstricks:}} \macrodef{rsvec\_}{rsvec_}{({\sl position})} {gen} {Here + {\sl position}} \macrodef{rt\_}{rt_}{} {gen} {right with respect to current direction} \macrodef{rtod\_\_}{rtod__}{} {gen} {constant, degrees/radian} \macrodef{rtod\_}{rtod_}{} {gen} {constant, degrees/radian} \macrodef{rvec\_}{rvec_}{({\sl x},{\sl y})} {gen} {location relative to current direction} \Letter{S}% \macrodef{s\_}{s_}{} {gen} {.s with respect to current direction} \macrodef{s\_box}{s_box}{({\sl text},{\sl expr1},$\cdots$)} {gen} {generate dimensioned text string using {\tt\char92{}boxdims} from {\tt boxdims.sty}. Two or more args are passed to {\tt sprintf()} (default 90) degrees \seesect{Interaction:}} \macrodef{s\_dp}{s_dp}{({\sl name},{\sl default})} {gen} {depth of the most recent (or named) {\tt s\_box} \seesect{Interaction:}} \macrodef{s\_ht}{s_ht}{({\sl name},{\sl default})} {gen} {height of the most recent (or named) {\tt s\_box} \seesect{Interaction:}} \macrodef{s\_init}{s_init}{({\sl name})} {gen} {initialize {\tt s\_box} string label to {\sl name} which should be unique \seesect{Interaction:}} \macrodef{s\_name}{s_name}{} {gen} {the value of the last {\tt s\_init} argument \seesect{Interaction:}} \macrodef{s\_wd}{s_wd}{({\sl name},{\sl default})} {gen} {width of the most recent (or named) {\tt s\_box} \seesect{Interaction:}} \macrodef{savem4dir}{savem4dir}{([`{\sl stack name}'])} {gen} {Stack m4 direction parameters in the named stack (default {\tt `savm4dir\_'})} \macrodef{sbs}{sbs}{({\sl linespec, chars, label})} {cct} {Wrapper to place an SBS thyristor as a two-terminal element with {\tt [ ]} block label given by the third argument \seesect{Semiconductors:}} \macrodef{sc\_draw}{sc_draw}{({\sl dna string, chars, iftrue, iffalse})} {cct} {test if chars are in string, deleting chars from string} \macrodef{scr}{scr}{({\sl linespec, chars, label})} {cct} {Wrapper to place an SCR thyristor as a two-terminal element with {\tt [ ]} block label given by the third argument \seesect{Semiconductors:}} \macrodef{scs}{scs}{({\sl linespec, chars, label})} {cct} {Wrapper to place an SCS thyristor as a two-terminal element with {\tt [ ]} block label given by the third argument \seesect{Semiconductors:}} \macrodef{se\_}{se_}{} {gen} {.se with respect to current direction} \macrodef{series\_}{series_}{({\sl elementspec}, {\sl elementspec}, $\ldots$)} {cct} { Series combination in a {\tt []} block of elements with shortened default length. An {\sl elementspec} is of the form {\tt [{\sl Label}:] {\sl element}; [{\sl attributes}]}, where an {\sl attribute} is of the form {\tt [llabel($\ldots$);] | [rlabel($\ldots$);] [b\_current($\ldots$);]}. Internal points {\tt Start}, {\tt End}, and {\tt C} are defined \seesect{Seriesandparallel:} } \macrodef{setdir\_}{setdir_}{(R|L|U|D|{\sl degrees}, {\sl default} U|D|R|L|{\sl degrees})} {gen} {store drawing direction and set it to up, down, left, right, or angle in degrees (reset by {\tt resetdir\_}). The directions may be spelled out, i.e., Right, Left, $\ldots$ \seesect{Seriesandparallel:}} \macrodef{setrgb}{setrgb}{({\sl red value, green value, blue value},[{\sl name}])} {gen} {define colour for lines and text, optionally named (default {\tt lcspec}); svg values are integers from 0 to 255\seesect{Semiconductors:}} \macrodef{setkey\_}{setkey_}{({\sl string, key, default,}[N])} {gen} {Key-value definition. The string contains semicolon-separated terms of the form {\sl key}{\tt =}{\sl value}. Then macro {\tt m4{\sl key}} is defined using {\tt pushdef} to be {\tt ({\sl value})} but if arg4 is nonbland, the parentheses are omitted.} \macrodef{setview}{setview}{({\sl azimuth degrees},{\sl elevation degrees})} {3D} {set projection viewpoint} \macrodef{sfg\_init}{sfg_init}{({\sl default line len, node rad, arrowhd len, arrowhd wid}), (reads {\tt libcct.m4})} {cct} {initialization of signal flow graph macros} \macrodef{sfgabove}{sfgabove}{} {cct} {like above but with extra space} \macrodef{sfgarc}{sfgarc}{(\linespec,{\sl text},{\sl text justification},cw|ccw, {\sl height scale factor})} {cct} {directed arc drawn between nodes, with text label and a height-adjustment parameter } \macrodef{sfgbelow}{sfgbelow}{} {cct} {like below but with extra space} \macrodef{sfgline}{sfgline}{(\linespec,{\sl text},{\sl text justification})} {cct} {directed straight line chopped by node radius, with text label} \macrodef{sfgnode}{sfgnode}{(at {\sl location},{\sl text},above|below,{\sl circle options})} {cct} {small circle default white interior, with text label. The default label position is inside if the diameter is bigger than {\tt textht} and {\tt textwid}; otherwise it is {\tt sfgabove.} Options such as fill or line thickness can be given.} \macrodef{sfgself}{sfgself}{(at {\sl location}, U|D|L|R|{\sl degrees}, {\sl text}, {\sl text justification}, cw|ccw, {\sl scale factor})} {cct} {self-loop drawn at angle {\sl angle} from a node, with text label and a size-adjustment parameter } \macrodef{shade}{shade}{({\sl gray value},{\sl closed line specs})} {gen} {fill arbitrary closed curve} \macrodef{shadebox}{shadebox}{({\sl box specification})} {gen} {box with edge shading} \macrodef{ShadedPolygon}{ShadedPolygon}{({\sl vertexseq, line attributes, degrees, colorseq})} {gen} {Draws the polygon specified in arg1 and shades the interior according to arg4 by drawing lines perpendicular to the angle in arg3. The {\sl vertexseq} is a colon ({\tt:}) separated sequence of vertex positions (or names) of the polygon in cw or ccw order. A {\sl colorseq} is of the form 0, r0,g0,b0, {\sl frac1},r1,g1,b1, {\sl frac2},r2,g2,b2, \ldots 1,rn,gn,bn with $0 < \hbox{\sl frac1} < \hbox{\sl frac2} \ldots 1$ } \macrodef{SIdefaults}{SIdefaults}{} {gen} {Sets {\tt scale = 25.4} for drawing units in mm, and sets pic parameters {\tt lineht = 12, linewid = 12, moveht = 12, movewid = 12, arcrad = 6, circlerad = 6, boxht = 12, boxwid = 18, ellipseht = 12, ellipsewid = 18, dashwid = 2, arrowht = 3, arrowwid = arrowht/2,}} \macrodef{sign\_}{sign_}{({\sl number})} {gen} {sign function} \macrodef{Sin}{Sin}{({\sl integer})} {gen} {sine function, {\sl integer\/} degrees} \macrodef{sinc}{sinc}{({\sl number})} {gen} {the $\hbox{sinc}(x)$ function} \macrodef{sind}{sind}{({\sl arg})} {gen} {sine of an expression in degrees} \macrodef{sinusoid}{sinusoid}{({\sl amplitude, frequency, phase, tmin, tmax, linetype})} {gen} {draws a sinusoid over the interval $(t_{\hbox{\scriptsize min}}, t_{\hbox{\scriptsize max}})$; e.g., to draw a dashed sine curve, amplitude {\sl a}, of {\sl n} cycles of length {\sl x} from {\sl A}, {\tt sinusoid(a,twopi\_*n/x,-pi\_/2,0,x,dashed) with .Start at A}} \macrodef{source}{source}{(\linespec, V|v|I|i|AC|B|F|G|H|J|Q|L|N|P|S[C[r]]|E[r]]|T|X|U|{\sl other}, {\sl diameter},R)} {cct} {source, blank or: V = voltage source; v = alternate voltage source; I = current source; i = alternate current source; AC = AC source; B = bulb; F = fluorescent; G = generator; H = step function; L = lamp; N = neon; P = pulse; Q = charge; R = ramp; r = right orientation; S = sinusoid; SC = quarter arc; SE = arc; T = triangle; U = square-wave; X = interior X; other = custom interior label or waveform; arg 4: R = reversed polarity; arg 5 modifies the circle with e.g., color or fill \seesect{Twoterminal:}} \macrodef{sourcerad\_}{sourcerad_}{} {cct} {default source radius} \macrodef{sp\_}{sp_}{} {gen} {evaluates to medium space for gpic strings} \macrodef{speaker}{speaker}{( U|D|L|R|{\sl degrees},{\sl size},H)} {cct} {speaker, {\sl In1} to {\sl In7} defined; {\tt H}=horn \seesect{Composite:}} \macrodef{sprod3D}{sprod3D}{(a,x,y,z)} {3D} {scalar product of triple x,y,z by a} \macrodef{sqrta}{sqrta}{({\sl arg})} {gen} {square root of the absolute value of {\sl arg}; i.e., {\tt sqrt(abs({\sl arg}))}} \macrodef{SQUID}{SQUID}{({\sl n, diameter, initial angle}, {\tt ccw|cw})} {cct} {Superconducting quantum interface device with {\sl }n junctions labeled {\tt J1, ... J}{\sl n} placed around a circle with initial angle -90 deg (by default) with respect to the current drawing direction. The default diameter is {\tt dimen\_} } \macrodef{stackargs\_}{stackargs}{(`{\sl stackname}',{\sl args})} {gen} {Stack arg 2, arg 3, ... onto the named stack up to a blank arg} \macrodef{stackcopy\_}{stackcopy_}{(`{\sl name 1}',`{\sl name 2}')} {gen} {Copy stack 1 into stack 2, preserving the order of pushed elements} \macrodef{stackdo\_}{stackdo}{(`{\sl stackname}',{\sl commands})} {gen} {Empty the stack to the first blank entry, performing arg 2} \macrodef{stackexec\_}{stackexec_}{(`{\sl name 1}',`{\sl name 2}',% {\sl commands})} {gen} {Copy stack 1 into stack 2, performing arg3 for each nonblank entry} \macrodef{stackprint\_}{stackprint_}{(`{\sl stack name}')} {gen} {Print the contents of the stack to the terminal} %\macrodef{stackpromote\_}{stackpromote_}{({\sl prefix},% % `{\sl stack name}',{\sl In name})} % {gen} % {Define locations {\tt In1} or {\sl In name }{\tt 1}, $\ldots$ corresponding % to the locations in stack {\sl stack name}, as created by the % {\tt AutoGate} and {\tt Autologic} macros. Each location is prefixed % by argument 1 ``.''} \macrodef{stackreverse\_}{stackreverse_}{(`{\sl stack name}')} {gen} {Reverse the order of elements in a stack, preserving the name} \macrodef{stacksplit\_}{stacksplit_}{(`{\sl stack name}',{\sl string},{\sl separator})} {gen} {Stack the fields of {\sl string} left to right separated by nonblank {\sl separator} (default .). White space preceding the fields is ignored.} \macrodef{sum\_}{sum_}{({\sl a},{\sl b})} {gen} {binary sum} \macrodef{sum3D}{sum3D}{({\sl x1,y1,z1,x2,y2,z2})} {3D} {sum of two triples} \macrodef{sus}{sus}{({\sl linespec, chars, label})} {cct} {Wrapper to place an SUS thyristor as a two-terminal element with {\tt [ ]} block label given by the third argument \seesect{Semiconductors:}} \macrodef{svec\_}{svec_}{({\sl x},{\sl y})} {log} {scaled and rotated grid coordinate vector} \macrodef{sw\_}{sw_}{} {gen} {.sw with respect to current direction} \macrodef{switch}{switch}{(\linespec,L|R,[C|O][D],[B|D])} {cct} {SPST switch (wrapper for bswitch, lswitch, and dswitch), arg2: R=right orientation (default L=left); if arg4=blank (knife switch): arg3 = [O{\tt|}C][D][A] O= opening, C=closing, D=dots, A=blade arrowhead; if arg4=B (button switch): arg3 = O{\tt|}C O=normally open, C=normally closed, if arg4=D: arg3 = same as for dswitch \seesect{Twoterminal:}} \Letter{T}% \macrodef{ta\_xy}{ta_xy}{({\sl x, y})} {cct} {macro-internal coordinates adjusted for {\tt L|R}} \macrodef{tapped}{tapped}{(`{\sl two-terminal element}', [{\sl arrowhd} | type={\sl arrowhd};name={\sl Name}], {\sl fraction, length, fraction, length,} $\cdots$)} {cct} {Draw the two-terminal element with taps in a [ ] block (see {\tt addtaps}). {\sl arrowhd} = blank or one of {\tt . - <- -> <->}. Each fraction determines the position along the element body of the tap. A negative length draws the tap to the right of the current direction; positive length to the left. Tap names are Tap1, Tap2, $\cdots$ by default or Name1, Name2, $\cdots$ if specified. Internal block names are {\tt .Start, .End,} and {.C} corresponding to the drawn element, and the tap names \seesect{Composite:} } \macrodef{tbox}{tbox}{({\sl text,wid,ht},<|>|<>,{\sl type})} {cct} {Pointed terminal box. The {\sl text} is placed at the rectangular center in math mode unless the text begins with {\tt "} or {\tt sprintf} in which case the arument is used literally. Arg 4 determines whether the point is forward, backward, or both with respect to the current drawing direction. \seesect{Composite:}} \macrodef{tconn}{tconn}{({\sl linespec,}>|>>|<|<<|O[F],{\sl wid})} {cct} {Terminal connector, {\tt O}=circle; {\tt OF}=filled circle; {\tt > or >>} output connector (default {\tt >}) ; {\tt < or << input connector}; arg3 is arrowhead width or circle diameter \seesect{Composite:}} \macrodef{tgate}{tgate}{({\sl linespec,} [B][R|L])} {cct} {transmission gate, {\tt B=} ebox type; {\tt L=} oriented left \seesect{Semiconductors:}} \macrodef{thermocouple}{thermocouple}{({\sl linespec, wid, ht,} L|R)} {cct} { Thermocouple drawn to the left (by default) of the {\sl linespec} line. If the {\sl linespec} length equals {\sl wid} (default {\tt dimen\_/5}), then only the two branches appear. {\tt R=} right orientation. \seesect{Twoterminal:}} \macrodef{thicklines\_}{thicklines_}{({\sl number})} {gen} {set line thickness in points} \macrodef{thinlines\_}{thinlines_}{({\sl number})} {gen} {set line thickness in points} \macrodef{threeD\_init}{threeD_init}{} {3D} {initialize 3D transformations (reads {\tt lib3D.m4})} \macrodef{thyristor}{thyristor}{(\linespec,% {\tt [SCR|SCS|SUS|SBS|IEC][{\sl chars}]})} {cct} {Composite thyristor element in {\tt []}block: types SCR: silicon controlled rectifier (default), SCS: silicon controlled switch, SUS: silicon unilateral switch, SBS: silicon bilateral switch, IEC: type IEC. {\sl Chars} to modify or define the element: K: open arrowheads, A: arrowhead, F: half arrowhead, B: bidirectional diode, E: adds envelope, H: perpendicular gate (endpoint G), N: anode gate (endpoint Ga), U: centre line in diodes V: perpendicular gate across arrowhead centre, R=right orientation, E=envelope \seesect{Semiconductors:}} \macrodef{tikznode}{tikznode}{({\sl \Tikz node name, position}) } {pgf} {insert \Tikz code to define a zero-size \Tikz node at {\sl location} (default {\tt Here}) to assist with inclusion of \pic code output in \Tikz diagrams. This macro must be invoked in the outermost \pic scope. \seesect{Tikzwithpic:}} \macrodef{tline}{tline}{(\linespec,{\sl wid},{\sl ht}) } {cct} {transmission line, manhattan direction\seesect{Twoterminal:}} \macrodef{tr\_xy\_init}{tr_xy_init}{({\sl origin, unit size, sign })} {cct} {initialize {\tt tr\_xy}} \macrodef{tr\_xy}{tr_xy}{({\sl x, y})} {cct} {relative macro internal coordinates adjusted for {\tt L|R}} \macrodef{transformer}{transformer}{(\linespec,L|R,{\sl np},% [A|P][W|L][D1|D2|D12|D21],{\sl ns})} {cct} {2-winding transformer or choke with terminals P1, P2, TP, S1, S2, TS: arg2: L = left, R = right, arg3: np primary arcs, arg5: ns secondary arcs, arg4: A = air core, P = powder (dashed) core, W = wide windings, L = looped windings, D1: phase dots at P1 and S1 end; D2 at P2 and S2 end; D12 at P1 and S2 end; D21 at P2 and S1 end \seesect{Composite:}} \macrodef{tstrip}{tstrip}{(R|L|U|D|{\sl degrees, nterms, chars})} {cct} {terminal strip, chars: I=invisible terminals, C=circle terminals (default), D=dot terminals, O=omitted separator lines, {\tt wid=}value{\tt ;} total strip width, {\tt ht=}value{\tt ;} strip height \seesect{Composite:}} \macrodef{ttmotor}{ttmotor}{({\sl linespec, string, diameter, brushwid, brushht})} {cct} {motor with label\seesect{Twoterminal:}} \macrodef{twopi\_}{twopi_}{} {gen} {$2\pi$} \Letter{U}% \macrodef{ujt}{ujt}{(\linespec,R,P,E)} {cct} {unijunction transistor, right, P-channel, envelope \seesect{Semiconductors:}} \macrodef{unit3D}{unit3D}{(x,y,z)} {3D} {unit triple in the direction of triple x,y,z} \macrodef{up\_\_}{up__}{} {gen} {up with respect to current direction} \macrodef{up\_}{up_}{} {gen} {set current direction up \seesect{Placing:}} \Letter{V}% \macrodef{variable}{variable}{(`{\sl element}', {\tt [A|P|L|[u]N|[u]NN][C|S]},{\sl angle},{\sl length})} {cct} {overlaid arrow or line to indicate variable 2-terminal element: {\tt A}=arrow, {\tt P}=preset, {\tt L}=linear, {\tt N}= symmetric nonlinear, {\tt C}=continuous, {\tt S}=setpwise; {\tt u} changes the nonlinearity direction \seesect{Twoterminal:}} \macrodef{Vcoords\_}{Vcoords_}{({\sl position})} {gen} {The $x, y$ coordinate pair of the position} \macrodef{Vdiff\_}{Vdiff_}{({\sl position},{\sl position})} {gen} {{\tt Vdiff\_(A,B)} evaluates to {\tt A-(B)} with dpic, {\tt A-(B.x,B.y)} with gpic} \macrodef{vec\_}{vec_}{({\sl x},{\sl y})} {gen} {position rotated with respect to current direction} \macrodef{View3D}{View3D}{} {3D} {The view vector (triple) defined by {\tt setview({\sl azim, elev})}. The {\tt project} macro projects onto the plane perpendicular to this vector} \macrodef{vlength}{vlength}{({\sl x},{\sl y})} {gen} {vector length $\sqrt{x^2+y^2}$} \macrodef{vperp}{vperp}{({\sl linear object})} {gen} {unit-vector pair CCW-perpendicular to linear object} \macrodef{Vperp}{Vperp}{({\sl position name}, {\sl position name})} {gen} {unit-vector pair CCW-perpendicular to line joining two named positions} \macrodef{vrot\_}{vrot_}{({\sl x},{\sl y},{\sl xcosine},{\sl ycosine})} {gen} {rotation operator} \macrodef{vscal\_}{vscal_}{({\sl number},{\sl x},{\sl y})} {gen} {vector scale operator} \macrodef{Vsprod\_}{Vsprod_}{({\sl position}, {\sl expression})} {gen} {The vector in arg 1 multiplied by the scalar in arg 2} \macrodef{Vsum\_}{Vsum_}{({\sl position},{\sl position})} {gen} {{\tt Vsum\_(A,B)} evaluates to {\tt A+B} with dpic, {\tt A+(B.x,B.y)} with gpic} \Letter{W}% \macrodef{w\_}{w_}{} {gen} {.w with respect to current direction} \macrodef{while\_}{while_}{(`{\sl test}',`{\sl actions}')} {gen} {Integer m4 while loop} \macrodef{wid\_}{wid_}{} {gen} {width with respect to current direction} \macrodef{winding}{winding}{(L|R, {\sl diam, pitch, turns, core wid, core color})} {cct} {core winding drawn in the current direction; {\tt R}=right-handed \seesect{Composite:}} \macrodef{XOR\_gate}{XOR_gate}{({\sl n},N)} {log} {`xor' gate, 2 or {\sl n\/} inputs; N=negated input. Otherwise, arg1 can be a sequence of letters {\tt P|N} to define normal or negated inputs. \seesect{Logicgates:}} \macrodef{XOR\_off}{XOR_off}{} {log} {XOR and NXOR offset of input face} \Letter{X}% \macrodef{xtal}{xtal}{(\linespec)} {cct} {quartz crystal\seesect{Twoterminal:}} \macrodef{xtract}{xtract}{({\sl string, substr1, substr2, $\ldots$})} {gen} {returns substrings if present} % \end{tabbing} Circuit_macros9.5/doc/Demultiplexer.tex0000644060175006010010000001132113774371757017325 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp {\sf \dpicdraw (0.2,0.075) --(0.2,0.425) --(0.6,0.525) --(0.6,-0.375) --(0.2,-0.275) --(0.2,0.075)\dpicstop \draw (0.4,0.075) node{\scriptsize DM1}; \dpicdraw (0.2,0.075) --(0,0.075)\dpicstop \dpicdraw (0.4,-0.325) --(0.4,-0.525)\dpicstop \draw (0.6,0.4125) node[left=-2bp]{{\scriptsize 0}}; \dpicdraw (0.6,0.4125) --(0.8,0.4125)\dpicstop \draw (0.6,0.1875) node[left=-2bp]{{\scriptsize 1}}; \dpicdraw (0.6,0.1875) --(0.8,0.1875)\dpicstop \draw (0.6,-0.0375) node[left=-2bp]{{\scriptsize 2}}; \dpicdraw (0.6,-0.0375) --(0.8,-0.0375)\dpicstop \draw (0.6,-0.2625) node[left=-2bp]{{\scriptsize 3}}; \dpicdraw (0.6,-0.2625) --(0.8,-0.2625)\dpicstop \draw (0.4,-0.525) node[below=-2bp]{\tt Demux(4,DM1)}; \draw (0.883333,0.495833) node{\sl Out0}; \draw (0.883333,-0.345833) node{\sl Out3}; \draw (0,0.075) node[left=-2bp]{\sl In}; \draw (0.4,-0.525) node[above right=-2bp]{\sl Sel}; \dpicdraw (1.8,-0.075) --(1.8,-0.425) --(1.4,-0.525) --(1.4,0.375) --(1.8,0.275) --(1.8,-0.075)\dpicstop \dpicdraw (1.8,-0.075) --(2,-0.075)\dpicstop \dpicdraw (1.6,0.325) --(1.6,0.525)\dpicstop \draw (1.4,0.2625) node[right=-2bp]{{\scriptsize 0}}; \dpicdraw (1.4,0.2625) --(1.2,0.2625)\dpicstop \draw (1.4,0.0375) node[right=-2bp]{{\scriptsize 1}}; \dpicdraw (1.4,0.0375) --(1.2,0.0375)\dpicstop \draw (1.4,-0.1875) node[right=-2bp]{{\scriptsize 2}}; \dpicdraw (1.4,-0.1875) --(1.2,-0.1875)\dpicstop \draw (1.4,-0.4125) node[right=-2bp]{{\scriptsize 3}}; \dpicdraw (1.4,-0.4125) --(1.2,-0.4125)\dpicstop \draw (1.8,0.15) node[left=-2bp]{{\scriptsize OE}}; \dpicdraw (1.8,0.15) --(2,0.15)\dpicstop \draw (1.6,-0.802778) node{\tt left\_; Demux(4,{,}LOE)}; \draw (1.6,0.525) node[left=-2bp]{\sl Sel}; \draw (1.116667,0.345833) node{\sl Out0}; \draw (2,0.15) node[right=-2bp]{\sl OE}; \draw (2,-0.005556) node[right=-2bp]{\sl In}; \dpicdraw (2.6,-0.0875) --(2.6,0.2625) --(3,0.3625) --(3,-0.5375) --(2.6,-0.4375) --(2.6,-0.0875)\dpicstop \dpicdraw (2.6,-0.0875) --(2.4,-0.0875)\dpicstop \dpicdraw (2.7,0.2875) --(2.7,0.4875)\dpicstop \dpicdraw (2.9,0.3375) --(2.9,0.5375)\dpicstop \draw (3,0.25) node[left=-2bp]{{\scriptsize 00}}; \dpicdraw (3,0.25) --(3.2,0.25)\dpicstop \draw (3,0.025) node[left=-2bp]{{\scriptsize 01}}; \dpicdraw (3,0.025) --(3.2,0.025)\dpicstop \draw (3,-0.2) node[left=-2bp]{{\scriptsize 10}}; \dpicdraw (3,-0.2) --(3.2,-0.2)\dpicstop \draw (3,-0.425) node[left=-2bp]{{\scriptsize 11}}; \dpicdraw (3,-0.425) --(3.2,-0.425)\dpicstop \draw (2.6,-0.3125) node[right=-2bp]{{\scriptsize $\overline{\hbox{OE}}$}}; \dpicdraw (2.5625,-0.3125) circle (0.014764in)\dpicstop \dpicdraw (2.525,-0.3125) --(2.4,-0.3125)\dpicstop \draw (2.8,-0.5375) node[below=-2bp]{\tt (4,{,}NOEBN2)}; \draw (2.7,0.4875) node[left=-2bp]{\sl Sel0}; \draw (2.9,0.5375) node[right=-2bp]{\sl Sel1}; \draw (3.269444,0.333333) node{\sl Out0}; \draw (3.269444,-0.341667) node{\sl Out3}; \draw (2.4,-0.3125) node[left=-2bp]{\sl NOE}; \draw (2.4,-0.0875) node[above=-2bp]{\sl In}; \dpicdraw (4.691667,0.2) --(5.291667,0.2) --(5.391667,-0.2) --(3.991667,-0.2) --(4.091667,0.2) --(4.691667,0.2)\dpicstop \dpicdraw (4.691667,0.2) --(4.691667,0.4)\dpicstop \dpicdraw (4.075,0.133333) --(3.875,0.133333)\dpicstop \dpicdraw (4.041667,0) --(3.841667,0)\dpicstop \dpicdraw (4.008333,-0.133333) --(3.808333,-0.133333)\dpicstop \draw (4.079167,-0.2) node[above=-2bp]{{\scriptsize 0}}; \dpicdraw (4.079167,-0.2) --(4.079167,-0.4)\dpicstop \draw (4.254167,-0.2) node[above=-2bp]{{\scriptsize 1}}; \dpicdraw (4.254167,-0.2) --(4.254167,-0.4)\dpicstop \draw (4.429167,-0.2) node[above=-2bp]{{\scriptsize 2}}; \dpicdraw (4.429167,-0.2) --(4.429167,-0.4)\dpicstop \draw (4.604167,-0.2) node[above=-2bp]{{\scriptsize 3}}; \dpicdraw (4.604167,-0.2) --(4.604167,-0.4)\dpicstop \draw (4.779167,-0.2) node[above=-2bp]{{\scriptsize 4}}; \dpicdraw (4.779167,-0.2) --(4.779167,-0.4)\dpicstop \draw (4.954167,-0.2) node[above=-2bp]{{\scriptsize 5}}; \dpicdraw (4.954167,-0.2) --(4.954167,-0.4)\dpicstop \draw (5.129167,-0.2) node[above=-2bp]{{\scriptsize 6}}; \dpicdraw (5.129167,-0.2) --(5.129167,-0.4)\dpicstop \draw (5.304167,-0.2) node[above=-2bp]{{\scriptsize 7}}; \dpicdraw (5.304167,-0.2) --(5.304167,-0.4)\dpicstop \draw (4.6,-0.608333) node{\tt down\_; Demux(8,{,}L3,{,}28*L\_unit)}; \draw (3.875,0.133333) node[left=-2bp]{\sl Sel0}; \draw (3.808333,-0.133333) node[below left=-2bp]{\sl Sel2}; \draw (4.079167,-0.4) node[left=-2bp]{\sl Out0}; \draw (5.304167,-0.4) node[right=-2bp]{\sl Out7}; \draw (4.691667,0.4) node[left=-2bp]{\sl In}; } \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/DemultiplexerMan.m40000644060175006010010000000271513774371757017510 0ustar DwightNone.PS # `Demultiplexer.m4' log_init ifmpost(`command "verbatimtex {\sf etex"', `ifpostscript(, `command "{\sf"')') right_ Demux(4,DM1) `"\tt Demux(4,DM1)"' at last [].s below `"\sl Out0"' at last [].Out0.end +(6bp__,6bp__) `"\sl Out3"' at last [].Out3.end +(6bp__,-6bp__) `"\sl In"' at last [].In.end rjust wid 11bp__ `"\sl Sel"' at last [].Sel.end ljust above left_; Demux(4,,LOE) with .c at last [].c+(1.2,0) `"\tt left\_; Demux(4,{,}LOE)"' at last [].s + (0,-20bp__) ht 10bp__ `"\sl Sel"' at last [].Sel.end rjust `"\sl Out0"' at last [].Out0.end +(-6bp__,6bp__) `"\sl OE"' at last [].OE.end ljust `"\sl In"' at last [].In.end+(0,5bp__) ljust right_; Demux(4,,NOEBN2) with .c at last [].c+(1.2,0) `"\tt (4,{,}NOEBN2)"' at last [].s below `"\sl Sel0"' at last [].Sel0.end rjust `"\sl Sel1"' at last [].Sel1.end ljust `"\sl Out0"' at last [].Out0.end +(5bp__,6bp__) `"\sl Out3"' at last [].Out3.end +(5bp__,6bp__) `"\sl NOE"' at last [].NOE.end rjust `"\sl In"' at last [].In.end above down_; Demux(8,,L3,,28*L_unit) with .c at last [].c+(1.8,0) `"\tt down\_; Demux(8,{,}L3,{,}28*L\_unit)"' at last [].s+(0,-15bp__) \ ht 10bp__ wid 170bp__ `"\sl Sel0"' at last [].Sel0.end rjust `"\sl Sel2"' at last [].Sel2.end rjust below `"\sl Out0"' at last [].Out0.end rjust `"\sl Out7"' at last [].Out7.end ljust `"\sl In"' at last [].In.end rjust ifmpost(`command "verbatimtex } etex"', `ifpostscript(, `command "}"')') .PE Circuit_macros9.5/doc/Diodes.tex0000644060175006010010000002742213774371757015722 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0,0) --(0.338916,0)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.338916,0) --(0.338916,0.041667) --(0.40555,0) --(0.338916,-0.041667) --(0.338916,0)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.411084,-0.045718) --(0.411084,0.045718)\dpicstop \dpicdraw (0.411084,0) --(0.75,0)\dpicstop \draw (0.777674,0) node[right=-2bp]{{\tt diode}}; \dpicdraw (0,-0.2) --(0.338916,-0.2)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.338916,-0.2) --(0.338916,-0.158333) --(0.40555,-0.2) --(0.338916,-0.241667) --(0.338916,-0.2)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.390251,-0.227778) --(0.390251,-0.245718) --(0.411084,-0.245718) --(0.411084,-0.154282) --(0.431918,-0.154282) --(0.431918,-0.172222)\dpicstop \dpicdraw (0.411084,-0.2) --(0.75,-0.2)\dpicstop \draw (0.777674,-0.2) node[right=-2bp]{{\tt diode(,S)}}; \dpicdraw (0,-0.4) --(0.338916,-0.4)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.338916,-0.4) --(0.338916,-0.358333) --(0.40555,-0.4) --(0.338916,-0.441667) --(0.338916,-0.4)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.411084,-0.445718) --(0.411084,-0.354282)\dpicstop \dpicdraw (0.431918,-0.445718) --(0.431918,-0.354282)\dpicstop \dpicdraw (0.431918,-0.4) --(0.75,-0.4)\dpicstop \draw (0.777674,-0.4) node[right=-2bp]{{\tt diode(,V)}}; \dpicdraw (0,-0.6) --(0.338916,-0.6)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.338916,-0.6) --(0.338916,-0.558333) --(0.40555,-0.6) --(0.338916,-0.641667) --(0.338916,-0.6)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.411084,-0.645718) --(0.411084,-0.554282)\dpicstop \dpicdraw (0.438862,-0.645718) ..controls (0.421179,-0.617804) and (0.421179,-0.582196) ..(0.438862,-0.554282)\dpicstop \dpicdraw (0.4256,-0.6) --(0.431918,-0.6)\dpicstop \dpicdraw (0.431918,-0.6) --(0.75,-0.6)\dpicstop \draw (0.777674,-0.6) node[right=-2bp]{{\tt diode(,v)}}; \dpicdraw (0,-0.8) --(0.338916,-0.8)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.338916,-0.8) --(0.338916,-0.758333) --(0.40555,-0.8) --(0.338916,-0.841667) --(0.338916,-0.8)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.397822,-0.754282) ..controls (0.415505,-0.782196) and (0.415505,-0.817804) ..(0.397822,-0.845718)\dpicstop \dpicdraw (0.431918,-0.845718) --(0.431918,-0.754282)\dpicstop \dpicdraw (0.431918,-0.8) --(0.75,-0.8)\dpicstop \draw (0.777674,-0.8) node[right=-2bp]{{\tt diode(,w)}}; \dpicdraw (0,-1) --(0.302831,-1)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.302831,-1) --(0.302831,-0.958333) --(0.369465,-1) --(0.302831,-1.041667) --(0.302831,-1)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.354167,-1.045718) --(0.375,-1.045718) --(0.375,-0.954282) --(0.395833,-0.954282)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.447169,-1) --(0.447169,-0.958333) --(0.380535,-1) --(0.447169,-1.041667) --(0.447169,-1)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.447169,-1) --(0.75,-1)\dpicstop \draw (0.777674,-1) node[right=-2bp]{{\tt diode(,B)}}; \dpicdraw (0,-1.2) --(0.302831,-1.2)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.302831,-1.2) --(0.302831,-1.158333) --(0.369465,-1.2) --(0.302831,-1.241667) --(0.302831,-1.2)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.447169,-1.2) --(0.447169,-1.158333) --(0.380535,-1.2) --(0.447169,-1.241667) --(0.447169,-1.2)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.447169,-1.2) --(0.75,-1.2)\dpicstop \draw (0.777674,-1.2) node[right=-2bp]{{\tt diode(,G)}}; \dpicdraw (2,0) --(2.338916,0)\dpicstop \dpicdraw (2.338916,0) --(2.338916,0.041667) --(2.40555,0) --(2.338916,-0.041667) --(2.338916,0)\dpicstop \dpicdraw (2.411084,-0.045718) --(2.411084,0.045718)\dpicstop \dpicdraw (2.411084,0) --(2.75,0)\dpicstop \draw (2.777674,0) node[right=-2bp]{{\tt diode(,K)}}; \dpicdraw (2,-0.2) --(2.338916,-0.2)\dpicstop \dpicdraw (2.338916,-0.2) --(2.338916,-0.158333) --(2.40555,-0.2) --(2.338916,-0.241667) --(2.338916,-0.2)\dpicstop \dpicdraw (2.390251,-0.245718) --(2.411084,-0.245718) --(2.411084,-0.154282) --(2.431918,-0.154282)\dpicstop \dpicdraw (2.411084,-0.2) --(2.75,-0.2)\dpicstop \draw (2.777674,-0.2) node[right=-2bp]{{\tt diode(,ZK)}}; \dpicdraw (2,-0.4) --(2.338916,-0.4)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (2.338916,-0.4) --(2.338916,-0.358333) --(2.40555,-0.4) --(2.338916,-0.441667) --(2.338916,-0.4)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (2.411084,-0.445718) --(2.411084,-0.354282)\dpicstop \dpicdraw (2.390251,-0.445718) --(2.431918,-0.445718)\dpicstop \dpicdraw (2.390251,-0.354282) --(2.431918,-0.354282)\dpicstop \dpicdraw (2.411084,-0.4) --(2.75,-0.4)\dpicstop \draw (2.777674,-0.4) node[right=-2bp]{{\tt diode(,CR)}}; \dpicdraw (2,-0.6) --(2.338916,-0.6)\dpicstop \dpicdraw (2.338916,-0.6) --(2.338916,-0.558333) --(2.40555,-0.6) --(2.338916,-0.641667) --(2.338916,-0.6)\dpicstop \dpicdraw (2.338916,-0.6) --(2.411084,-0.6)\dpicstop \dpicdraw (2.411084,-0.645718) --(2.411084,-0.554282)\dpicstop \dpicdraw (2.411084,-0.6) --(2.75,-0.6)\dpicstop \draw (2.777674,-0.6) node[right=-2bp]{{\tt diode(,L)}}; \dpicdraw (2,-0.8) --(2.338916,-0.8)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (2.338916,-0.8) --(2.338916,-0.758333) --(2.40555,-0.8) --(2.338916,-0.8)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (2.338916,-0.8) --(2.338916,-0.841667)\dpicstop \dpicdraw (2.411084,-0.8) --(2.75,-0.8)\dpicstop \draw (2.777674,-0.8) node[right=-2bp]{{\tt diode(,F)}}; \dpicdraw (2,-1) --(2.338916,-1)\dpicstop \dpicdraw (2.338916,-1) --(2.338916,-0.958333) --(2.40555,-1) --(2.338916,-1)\dpicstop \dpicdraw (2.338916,-1) --(2.338916,-1.041667)\dpicstop \dpicdraw (2.411084,-1.045718) --(2.411084,-0.954282)\dpicstop \dpicdraw (2.411084,-1) --(2.75,-1)\dpicstop \draw (2.777674,-1) node[right=-2bp]{{\tt diode(,Sh)}}; \dpicdraw (2,-1.2) --(2.338916,-1.2)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (2.338916,-1.158333) --(2.338916,-1.116667) --(2.40555,-1.158333) --(2.338916,-1.2) --(2.338916,-1.158333)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (2.411084,-1.287385) --(2.411084,-1.112615)\dpicstop \dpicdraw (2.338916,-1.287385) --(2.338916,-1.112615)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (2.411084,-1.241667) --(2.411084,-1.2) --(2.34445,-1.241667) --(2.411084,-1.283333) --(2.411084,-1.241667)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (2.411084,-1.2) --(2.75,-1.2)\dpicstop \draw (2.777674,-1.2) node[right=-2bp]{{\tt diode(,D)}}; \dpicdraw (4.75,0) --(4.411084,0)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.411084,0) --(4.411084,-0.041667) --(4.34445,0) --(4.411084,0.041667) --(4.411084,0)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.359749,0.045718) --(4.338916,0.045718) --(4.338916,-0.045718) --(4.318082,-0.045718)\dpicstop \dpicdraw (4.338916,0) --(4,0)\dpicstop \dpicdraw (4.375,0) circle (0.068898in)\dpicstop \draw (4.777674,0) node[right=-2bp]{{\tt diode(,Z,RE)}}; \dpicdraw (4,-0.25) --(4.338916,-0.25)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.338916,-0.25) --(4.338916,-0.208333) --(4.40555,-0.25) --(4.338916,-0.291667) --(4.338916,-0.25)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.390251,-0.295718) --(4.411084,-0.295718) --(4.411084,-0.204282) --(4.390251,-0.204282)\dpicstop \dpicdraw (4.411084,-0.25) --(4.75,-0.25)\dpicstop \draw (4.777674,-0.25) node[right=-2bp]{{\tt diode(,T)}}; \dpicdraw (4,-0.55) --(4.338916,-0.55)\dpicstop \filldraw[line width=0bp](4.269213,-0.43037) --(4.339362,-0.461236) --(4.308496,-0.391087) --cycle\dpicstop \dpicdraw (4.176728,-0.298602) --(4.328524,-0.450398)\dpicstop \filldraw[line width=0bp](4.225018,-0.474565) --(4.295168,-0.50543) --(4.264302,-0.435281) --cycle\dpicstop \dpicdraw (4.132533,-0.342796) --(4.284329,-0.494592)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.338916,-0.55) --(4.338916,-0.508333) --(4.40555,-0.55) --(4.338916,-0.591667) --(4.338916,-0.55)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.411084,-0.595718) --(4.411084,-0.504282)\dpicstop \dpicdraw (4.411084,-0.55) --(4.75,-0.55)\dpicstop \draw (4.777674,-0.55) node[right=-2bp]{{\tt diode(,P)}}; \dpicdraw (4,-0.85) --(4.338916,-0.85)\dpicstop \filldraw[line width=0bp](4.202683,-0.673662) --(4.132533,-0.642796) --(4.163399,-0.712945) --cycle\dpicstop \dpicdraw (4.295168,-0.80543) --(4.143372,-0.653634)\dpicstop \filldraw[line width=0bp](4.246877,-0.629467) --(4.176728,-0.598602) --(4.207593,-0.668751) --cycle\dpicstop \dpicdraw (4.339362,-0.761236) --(4.187566,-0.60944)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.338916,-0.85) --(4.338916,-0.808333) --(4.40555,-0.85) --(4.338916,-0.891667) --(4.338916,-0.85)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.411084,-0.895718) --(4.411084,-0.804282)\dpicstop \dpicdraw (4.411084,-0.85) --(4.75,-0.85)\dpicstop \draw (4.777674,-0.85) node[right=-2bp]{{\tt diode(,LE)}}; \dpicdraw (4,-1) --(4.338916,-1)\dpicstop \filldraw[line width=0bp](4.207593,-1.181249) --(4.176728,-1.251398) --(4.246877,-1.220533) --cycle\dpicstop \dpicdraw (4.339362,-1.088764) --(4.187566,-1.24056)\dpicstop \filldraw[line width=0bp](4.163399,-1.137055) --(4.132533,-1.207204) --(4.202683,-1.176338) --cycle\dpicstop \dpicdraw (4.295168,-1.04457) --(4.143372,-1.196366)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.338916,-1) --(4.338916,-0.958333) --(4.40555,-1) --(4.338916,-1.041667) --(4.338916,-1)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.411084,-1.045718) --(4.411084,-0.954282)\dpicstop \dpicdraw (4.411084,-1) --(4.75,-1)\dpicstop \draw (4.777674,-1) node[right=-2bp]{{\tt diode(,LER)}}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/DiodesMan.m40000644060175006010010000000267313774371757016077 0ustar DwightNone.PS # `Diodes.m4' cct_init movewid = 2pt__ { {diode ; move ; "`{\tt diode}'" ljust} move down 0.2; right_ {diode(,S) ; move ; "`{\tt diode(,S)}'" ljust} move down 0.2; right_ {diode(,V) ; move ; "`{\tt diode(,V)}'" ljust} move down 0.2; right_ {diode(,v) ; move ; "`{\tt diode(,v)}'" ljust} move down 0.2; right_ {diode(,w) ; move ; "`{\tt diode(,w)}'" ljust} move down 0.2; right_ {diode(,B) ; move ; "`{\tt diode(,B)}'" ljust} move down 0.2; right_ {diode(,G) ; move ; "`{\tt diode(,G)}'" ljust} } move right_ 2.0 { {diode(,K) ; move ; "`{\tt diode(,K)}'" ljust} move down 0.2; right_ {diode(,ZK) ; move ; "`{\tt diode(,ZK)}'" ljust} move down 0.2; right_ {diode(,CR) ; move ; "`{\tt diode(,CR)}'" ljust} move down 0.2; right_ {diode(,L) ; move ; "`{\tt diode(,L)}'" ljust} move down 0.2; right_ {diode(,F) ; move ; "`{\tt diode(,F)}'" ljust} move down 0.2; right_ {diode(,Sh) ; move ; "`{\tt diode(,Sh)}'" ljust} move down 0.2; right_ {diode(,D) ; move ; "`{\tt diode(,D)}'" ljust} } move right_ 2.0 { {diode(,Z,RE) ; move ; "`{\tt diode(,Z,RE)}'" ljust} move down 0.25; right_ {diode(,T) ; move ; "`{\tt diode(,T)}'" ljust} move down 0.30; right_ {diode(,P) ; move ; "`{\tt diode(,P)}'" ljust} move down 0.30; right_ {diode(,LE) ; move ; "`{\tt diode(,LE)}'" ljust} move down 0.15; right_ {diode(,LER) ; move ; "`{\tt diode(,LER)}'" ljust} } .PE Circuit_macros9.5/doc/eboxdims.m40000644060175006010010000000074313774371757016042 0ustar DwightNone.PS # `eboxdims.m4' sinclude(Circuit_macros.dim) # The input file is Circuit_macros.tex box fill_(0.9) wid boxdim(Q,w) + 5pt__ ht boxdim(Q,v) + 5pt__ \ "\boxdims{Q}{\large$\displaystyle\int_0^T e^{tA}\,dt$}" thinlines_ s_init(eboxdims) d2 = 5pt__/2 textoffset = 2 pt__ dimension_(from last box.sw to last box.se chop d2, -0.1, s_box(\tt Q\_w),W,2pt__) dimension_(from last box.se to last box.ne chop d2, -0.1, s_box($\!\!\!$\tt Q\_h${+}$Q\_d) ljust,H,2pt__) .PE Circuit_macros9.5/doc/Emarrows.tex0000644060175006010010000001257613774371757016316 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \filldraw[line width=0bp](0.53583,0.053354) --(0.465681,0.08422) --(0.496546,0.014071) --cycle\dpicstop \dpicdraw (0.628315,-0.078414) --(0.476519,0.073382)\dpicstop \filldraw[line width=0bp](0.580024,0.097549) --(0.509875,0.128414) --(0.540741,0.058265) --cycle\dpicstop \dpicdraw (0.672509,-0.03422) --(0.520713,0.117576)\dpicstop \dpicdraw[dotted](0.465681,-0.078414) rectangle (0.672509,0.128414)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](0.421111,0.086317) --(0.487778,0.106317) --(0.421111,0.126317) --cycle\dpicstop \dpicdraw (0.468444,0.106317) --(0.337778,0.106317)\dpicstop \draw (0.337778,0.106317) node[left=-2bp]{\sl Head}; \filldraw[line width=0bp](0.670412,-0.122984) --(0.650412,-0.056317) --(0.630412,-0.122984) --cycle\dpicstop \dpicdraw (0.650412,-0.075651) --(0.650412,-0.176317)\dpicstop \draw (0.650412,-0.176317) node[below=-2bp]{\sl Tail}; \draw (0.546998,0.002903) node[below left=-2bp]{\sl A1}; \draw (0.591192,0.047097) node[above right=-2bp]{\sl A2}; \dpiclw=0.8bp \draw (0.569095,-0.278414) node[below=-2bp]{\tt em\_arrows(N)}; \filldraw[line width=0bp](1.724278,0.078265) --(1.755144,0.148414) --(1.684995,0.117549) --cycle\dpicstop \dpicdraw (1.592509,-0.01422) --(1.744305,0.137576)\dpicstop \filldraw[line width=0bp](1.768472,0.034071) --(1.799338,0.10422) --(1.729189,0.073354) --cycle\dpicstop \dpicdraw (1.636704,-0.058414) --(1.7885,0.093382)\dpicstop \dpicdraw[fill=black](1.592509,-0.01422) circle (0.007874in)\dpicstop \dpicdraw[fill=black](1.636704,-0.058414) circle (0.007874in)\dpicstop \draw (1.685924,-0.078414) node[below=-2bp]{\tt em\_arrows(ND,45)}; \dpicdraw (2.561973,-0.071092) ..controls (2.55221,-0.080855) and (2.53638,-0.080855) ..(2.526617,-0.071092) ..controls (2.516854,-0.061329) and (2.516854,-0.0455) ..(2.526617,-0.035737)\dpicstop \dpicdraw (2.526617,-0.035737) ..controls (2.550188,-0.012166) and (2.514832,0.023189) ..(2.491262,-0.000381)\dpicstop \dpicdraw (2.491262,-0.000381) ..controls (2.481499,-0.010144) and (2.46567,-0.010144) ..(2.455907,-0.000381) ..controls (2.446144,0.009382) and (2.446144,0.025211) ..(2.455907,0.034974)\dpicstop \filldraw[line width=0bp](2.456861,0.073304) --(2.399338,0.091543) --(2.417577,0.03402) --cycle\dpicstop \dpicdraw (2.455907,0.034974) --(2.407872,0.083008)\dpicstop \dpicdraw (2.606167,-0.026898) ..controls (2.582597,-0.050468) and (2.547241,-0.015113) ..(2.570812,0.008457)\dpicstop \dpicdraw (2.570812,0.008457) ..controls (2.580575,0.018221) and (2.580575,0.03405) ..(2.570812,0.043813) ..controls (2.561048,0.053576) and (2.545219,0.053576) ..(2.535456,0.043813)\dpicstop \dpicdraw (2.535456,0.043813) ..controls (2.525693,0.03405) and (2.509864,0.03405) ..(2.500101,0.043813) ..controls (2.490338,0.053576) and (2.490338,0.069405) ..(2.500101,0.079168)\dpicstop \filldraw[line width=0bp](2.501055,0.117498) --(2.443532,0.135737) --(2.461771,0.078214) --cycle\dpicstop \dpicdraw (2.500101,0.079168) --(2.452066,0.127203)\dpicstop \draw (2.502753,-0.078414) node[below=-2bp]{\tt $\ldots$(I)}; \dpicdraw (3.368801,-0.058414) ..controls (3.359038,-0.068177) and (3.343209,-0.068177) ..(3.333446,-0.058414) ..controls (3.323683,-0.048651) and (3.323683,-0.032822) ..(3.333446,-0.023059)\dpicstop \dpicdraw (3.333446,-0.023059) ..controls (3.357016,0.000511) and (3.321661,0.035867) ..(3.298091,0.012296)\dpicstop \dpicdraw (3.298091,0.012296) ..controls (3.288328,0.002533) and (3.272499,0.002533) ..(3.262735,0.012296) ..controls (3.252972,0.022059) and (3.252972,0.037889) ..(3.262735,0.047652)\dpicstop \filldraw[line width=0bp](3.263689,0.085981) --(3.206167,0.10422) --(3.224406,0.046698) --cycle\dpicstop \dpicdraw (3.262735,0.047652) --(3.214701,0.095686)\dpicstop \dpicdraw (3.412996,-0.01422) ..controls (3.389425,-0.03779) and (3.35407,-0.002435) ..(3.37764,0.021135)\dpicstop \dpicdraw (3.37764,0.021135) ..controls (3.387403,0.030898) and (3.387403,0.046727) ..(3.37764,0.05649) ..controls (3.367877,0.066254) and (3.352048,0.066254) ..(3.342285,0.05649)\dpicstop \dpicdraw (3.342285,0.05649) ..controls (3.332522,0.046727) and (3.316693,0.046727) ..(3.30693,0.05649) ..controls (3.297167,0.066254) and (3.297167,0.082083) ..(3.30693,0.091846)\dpicstop \filldraw[line width=0bp](3.307884,0.130176) --(3.250361,0.148414) --(3.2686,0.090892) --cycle\dpicstop \dpicdraw (3.30693,0.091846) --(3.258895,0.13988)\dpicstop \dpicdraw[fill=black](3.368801,-0.058414) circle (0.007874in)\dpicstop \dpicdraw[fill=black](3.412996,-0.01422) circle (0.007874in)\dpicstop \draw (3.319581,-0.078414) node[below=-2bp]{\tt $\ldots$(ID)}; \dpicdraw (4.121384,-0.078414) --(4.032996,0.009974) --(4.032996,-0.02931)\dpicstop \dpicdraw (4.165578,-0.03422) --(4.07719,0.054168) --(4.07719,0.014884)\dpicstop \draw (4.099287,-0.078414) node[below=-2bp]{\tt $\ldots$(E)}; \dpicdraw (4.853966,-0.058414) --(4.765578,0.029974) --(4.765578,-0.00931)\dpicstop \dpicdraw (4.898161,-0.01422) --(4.809772,0.074168) --(4.809772,0.034884)\dpicstop \dpicdraw[fill=black](4.853966,-0.058414) circle (0.007874in)\dpicstop \dpicdraw[fill=black](4.898161,-0.01422) circle (0.007874in)\dpicstop \draw (4.841869,-0.078414) node[below=-2bp]{\tt $\ldots$(ED)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/EmarrowsMan.m40000644060175006010010000000172413774371757016463 0ustar DwightNone.PS # `Emarrows.m4' cct_init hskip = 0.6 [ { em_arrows(N) box dotted wid last [].wid ht last [].ht at last [].c thinlines_ arrow <- left 0.15 from last [].Head; "\sl Head" wid 0.31 rjust arrow <- down 0.12 from last [].Tail; "\sl Tail" below "\sl A1" rjust below at last [].A1.c "\sl A2" ljust above at last [].A2.c thicklines_ move down 0.25 from last [].s move up 0.2 from last [].n "\tt em\_arrows(N)" at last [].s+(0,-0.20) below } { em_arrows(ND,45) with .sw at last [].se+(hskip*1.5,0) "\tt em\_arrows(ND,45)" at last [].s below } { em_arrows(I) with .sw at last [].se+(hskip,0) "\tt $\ldots$(I)" at last [].s below } { em_arrows(ID) with .sw at last [].se+(hskip,0) "\tt $\ldots$(ID)" at last [].s below } { em_arrows(E) with .sw at last [].se+(hskip,0) "\tt $\ldots$(E)" at last [].s below } { em_arrows(ED) with .sw at last [].se+(hskip,0) "\tt $\ldots$(ED)" at last [].s below } ] #showbox_ .PE Circuit_macros9.5/doc/fbfilter.m40000644060175006010010000000231513774371757016022 0ustar DwightNone.PS # fbfilter.m4 cct_init # `fbfilter( U|D|L|R|degrees, [R|L], # amp label, C label, R label )' define(`fbfilter', `[ setdir_(ifelse(`$1',,0,`$1')) # Process arg 1 eleminit_ # Assign rp_ang, rp_len tmpang = rp_ang # Save rp_ang hunit = elen_ # Dimension parameters vunit = ifinstr(`$2',R,-)dimen_ Q: opamp(,,,,`$2') move to Q.In`'ifinstr(`$2',R,2,1); line to rvec_(-hunit/4,0) J: dot R: resistor(to rvec_(-elen_,0)) # Two-term elements change rp_ang point_(tmpang) # so reset it. In: Here move to Q.In`'ifinstr(`$2',R,1,2); line to rvec_(-hunit/4,0) G: Here dot(at Q.Out) { line to rvec_(hunit/4,0) Out: Here } line to rvec_(0,vunit) C: capacitor(to rvec_(-distance(Q.Out,0.5 between J and G),0)); point_(tmpang) line to J ifelse(`$3',,,"$`$3'$" at Q.C) ifelse(`$4',,,"$`$4'$" at C+vec_(0,-vunit/3)) ifelse(`$5',,,"$`$5'$" at R+vec_(0,-vunit/4)) ]') F1: fbfilter(,,K_3,C_{24},R_4) ground(at F1.G) dot(at F1.In); line up_ elen_/4 F2: fbfilter(L,R,K_2,C_{23},R_3) with .In at F1.In ground(at F2.G) resetdir_ .PE Circuit_macros9.5/doc/fet.tex0000644060175006010010000004004413774371757015264 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0,-0.175) --(0.15,-0.175) --(0.15,-0.16393)\dpicstop \dpicdraw (0.5,-0.175) --(0.35,-0.175) --(0.35,-0.16393)\dpicstop \dpicdraw (0.35,-0.175) --(0.35,0)\dpicstop \dpicdraw (0.125,0) --(0.375,0)\dpicstop \filldraw[line width=0bp](0.122222,0.083333) --(0.15,0) --(0.177778,0.083333) --cycle\dpicstop \dpicdraw (0.15,0.175) --(0.15,0.017568)\dpicstop \dpicdraw (0.15,-0.175) --(0.15,0)\dpicstop \dpicdraw (0.25,0) circle (0.07874in)\dpicstop \draw (0.875,-0.5) node{{\tt j\_fet(right\_ dimen\_,{,},E)}}; \draw (0.15,0.175) node[above left=-2bp]{$G$}; \draw (0,-0.175) node[left=-2bp]{$S$}; \draw (0.5,-0.175) node[right=-2bp]{$D$}; \dpicdraw (1.127778,-0.175) --(1.127778,0)\dpicstop \dpicdraw (0.902778,0) --(1.152778,0)\dpicstop \dpicdraw (0.927778,0) --(0.927778,0.175)\dpicstop \filldraw[line width=0bp](0.955556,0.066667) --(0.927778,0.15) --(0.9,0.066667) --cycle\dpicstop \dpicdraw (0.927778,0.066667) --(0.927778,0.132432)\dpicstop \dpicdraw (0.927778,-0.175) --(0.927778,0)\dpicstop \draw (1.026389,-0.225) node[below=-2bp]{{\tt j\_fet(,{,}P,)}}; \draw (0.927778,0.175) node[left=-2bp]{$G$}; \draw (0.927778,-0.175) node[left=-2bp]{$S$}; \draw (1.127778,-0.175) node[right=-2bp]{$D$}; \dpicdraw (1.925,0.175) --(1.925,0)\dpicstop \filldraw[line width=0bp](1.897222,0.129167) --(1.925,0.045833) --(1.952778,0.129167) --cycle\dpicstop \dpicdraw (1.925,0.129167) --(1.925,0.063402)\dpicstop \dpicdraw (2.025,0.175) --(2.025,0)\dpicstop \dpicdraw (1.8,0) --(1.875,0)\dpicstop \dpicdraw (1.9,0) --(1.95,0)\dpicstop \dpicdraw (1.975,0) --(2.05,0)\dpicstop \dpicdraw (2.025,-0.05) --(1.825,-0.05) --(1.825,-0.175)\dpicstop \dpicdraw (1.925,0.16393) --(1.925,0.175) --(1.825,0.175) --(1.825,0.16393)\dpicstop \dpicdraw (1.825,0.175) --(1.825,0)\dpicstop \draw (1.925,-0.225) node[below=-2bp]{{\tt e\_fet(,R,{,})}}; \draw (1.825,-0.175) node[left=-2bp]{$G$}; \draw (1.825,0.175) node[left=-2bp]{$S$}; \draw (2.025,0.175) node[right=-2bp]{$D$}; \dpicdraw (1.925,-1.175) --(1.925,-1)\dpicstop \filldraw[line width=0bp](1.897222,-1.045833) --(1.925,-1.129167) --(1.952778,-1.045833) --cycle\dpicstop \dpicdraw (1.925,-1.111598) --(1.925,-1.045833)\dpicstop \dpicdraw (2.025,-1.175) --(2.025,-1)\dpicstop \dpicdraw (1.8,-1) --(1.875,-1)\dpicstop \dpicdraw (1.9,-1) --(1.95,-1)\dpicstop \dpicdraw (1.975,-1) --(2.05,-1)\dpicstop \dpicdraw (2.025,-0.95) --(1.825,-0.95) --(1.825,-0.825)\dpicstop \dpicdraw (1.925,-1.16393) --(1.925,-1.175) --(1.825,-1.175) --(1.825,-1.16393)\dpicstop \dpicdraw (1.825,-1.175) --(1.825,-1)\dpicstop \draw (2.025,-1.375) node[below=-2bp]{{\tt e\_fet(,{,}P)}}; \dpicdraw (2.825,-0.175) --(2.825,0)\dpicstop \filldraw[line width=0bp](2.852778,-0.129167) --(2.825,-0.045833) --(2.797222,-0.129167) --cycle\dpicstop \dpicdraw (2.825,-0.129167) --(2.825,-0.063402)\dpicstop \dpicdraw (2.925,-0.175) --(2.925,0)\dpicstop \dpicdraw (2.7,0) --(2.95,0)\dpicstop \dpicdraw (2.925,0.05) --(2.725,0.05) --(2.725,0.175)\dpicstop \dpicdraw (2.825,-0.16393) --(2.825,-0.175) --(2.725,-0.175) --(2.725,-0.16393)\dpicstop \dpicdraw (2.725,-0.175) --(2.725,0)\dpicstop \draw (2.825,-0.225) node[below=-2bp]{{\tt d\_fet(,{,},)}}; \dpicdraw (2.825,-1.175) --(2.825,-1)\dpicstop \filldraw[line width=0bp](2.797222,-1.045833) --(2.825,-1.129167) --(2.852778,-1.045833) --cycle\dpicstop \dpicdraw (2.825,-1.111598) --(2.825,-1.045833)\dpicstop \dpicdraw (2.925,-1.175) --(2.925,-1)\dpicstop \dpicdraw (2.7,-1) --(2.95,-1)\dpicstop \dpicdraw (2.925,-0.95) --(2.725,-0.95) --(2.725,-0.825)\dpicstop \dpicdraw (2.825,-1.16393) --(2.825,-1.175) --(2.725,-1.175) --(2.725,-1.16393)\dpicstop \dpicdraw (2.725,-1.175) --(2.725,-1)\dpicstop \draw (2.825,-1.225) node[below=-2bp]{{\tt d\_fet(,{,}P)}}; \dpicdraw (3.827778,-0.1875) --(3.827778,-0.0125)\dpicstop \dpicdraw (3.602778,-0.0125) --(3.852778,-0.0125)\dpicstop \dpicdraw (3.627778,-0.1875) --(3.627778,-0.0125)\dpicstop \filldraw[line width=0bp](3.6,-0.058333) --(3.627778,-0.141667) --(3.655556,-0.058333) --cycle\dpicstop \dpicdraw (3.627778,-0.124098) --(3.627778,-0.058333)\dpicstop \dpicdraw (3.627778,0.0375) --(3.827778,0.0375)\dpicstop \dpicdraw (3.727778,0.0375) --(3.727778,0.1875)\dpicstop \draw (3.726389,-0.2375) node[below=-2bp]{{\tt e\_fet(,{,},S)}}; \dpicdraw (3.827778,-1.1875) --(3.827778,-1.0125)\dpicstop \dpicdraw (3.602778,-1.0125) --(3.852778,-1.0125)\dpicstop \dpicdraw (3.627778,-1.1875) --(3.627778,-1.0125)\dpicstop \filldraw[line width=0bp](3.655556,-1.141667) --(3.627778,-1.058333) --(3.6,-1.141667) --cycle\dpicstop \dpicdraw (3.627778,-1.141667) --(3.627778,-1.075902)\dpicstop \dpicdraw (3.627778,-0.9625) --(3.827778,-0.9625)\dpicstop \dpicdraw (3.727778,-0.9625) --(3.727778,-0.8125)\dpicstop \draw (3.726389,-1.3875) node[below=-2bp]{{\tt e\_fet(,{,}P,S)}}; \dpicdraw (4.727778,-0.1875) --(4.727778,-0.0125)\dpicstop \dpicdraw (4.502778,-0.0125) --(4.752778,-0.0125)\dpicstop \dpicdraw[line width=1.6bp](4.527778,-0.029104) --(4.727778,-0.029104)\dpicstop \dpicdraw (4.527778,-0.1875) --(4.527778,-0.0125)\dpicstop \filldraw[line width=0bp](4.5,-0.058333) --(4.527778,-0.141667) --(4.555556,-0.058333) --cycle\dpicstop \dpicdraw (4.527778,-0.124098) --(4.527778,-0.058333)\dpicstop \dpicdraw (4.527778,0.0375) --(4.727778,0.0375)\dpicstop \dpicdraw (4.627778,0.0375) --(4.627778,0.1875)\dpicstop \draw (4.626389,-0.3875) node[below=-2bp]{{\tt d\_fet(,{,},S)}}; \dpicdraw (4.727778,-1.1875) --(4.727778,-1.0125)\dpicstop \dpicdraw (4.502778,-1.0125) --(4.752778,-1.0125)\dpicstop \dpicdraw[line width=1.6bp](4.527778,-1.029104) --(4.727778,-1.029104)\dpicstop \dpicdraw (4.527778,-1.1875) --(4.527778,-1.0125)\dpicstop \filldraw[line width=0bp](4.555556,-1.141667) --(4.527778,-1.058333) --(4.5,-1.141667) --cycle\dpicstop \dpicdraw (4.527778,-1.141667) --(4.527778,-1.075902)\dpicstop \dpicdraw (4.527778,-0.9625) --(4.727778,-0.9625)\dpicstop \dpicdraw (4.627778,-0.9625) --(4.627778,-0.8125)\dpicstop \draw (4.626389,-1.2375) node[below=-2bp]{{\tt d\_fet(,{,}P,S)}}; \dpicdraw (5.6,-0.1625) --(5.6,-0.0375)\dpicstop \dpicdraw (5.4,-0.0375) --(5.6,-0.0375)\dpicstop \dpicdraw (5.4,-0.1625) --(5.4,-0.0375)\dpicstop \dpicdraw (5.4,0.0125) --(5.6,0.0125)\dpicstop \dpicdraw (5.5,0.0125) --(5.5,0.1625)\dpicstop \draw (5.5,-0.2125) node[below=-2bp]{{\tt c\_fet(,{,},)}}; \dpicdraw (5.6,-1.1625) --(5.6,-1.0375)\dpicstop \dpicdraw (5.4,-1.0375) --(5.6,-1.0375)\dpicstop \dpicdraw (5.4,-1.1625) --(5.4,-1.0375)\dpicstop \dpicdraw (5.4,-0.9875) --(5.6,-0.9875)\dpicstop \dpicdraw (5.5,-0.954167) circle (0.013123in)\dpicstop \dpicdraw (5.5,-0.920833) --(5.5,-0.8375)\dpicstop \draw (5.5,-1.3625) node[below=-2bp]{{\tt c\_fet(,{,}P)}}; \dpicdraw (0.473333,-2.127778) --(0.473333,-1.917778)\dpicstop \dpicdraw (0.203333,-1.917778) --(0.503333,-1.917778)\dpicstop \filldraw[line width=0bp](0.2,-1.817778) --(0.233333,-1.917778) --(0.266667,-1.817778) --cycle\dpicstop \dpicdraw (0.233333,-1.707778) --(0.233333,-1.90021)\dpicstop \dpicdraw (0.233333,-2.127778) --(0.233333,-1.917778)\dpicstop \draw (0.625,-2.227778) node{\tt mosfet(,{,}dGSDF,)}; \dpiclw=0.4bp \filldraw[line width=0bp](0.176412,-1.797833) --(0.233333,-1.757778) --(0.163763,-1.759886) --cycle\dpicstop \dpicdraw (0.214992,-1.763892) --(0.083333,-1.807778)\dpicstop \draw (0.083333,-1.807778) node[left=-2bp]{\tt dG}; \filldraw[line width=0bp](0.296412,-1.957833) --(0.353333,-1.917778) --(0.283763,-1.919886) --cycle\dpicstop \dpicdraw (0.334992,-1.923892) --(0.053333,-2.017778)\dpicstop \draw (0.053333,-2.017778) node[left=-2bp]{\tt F}; \filldraw[line width=0bp](0.176412,-2.117833) --(0.233333,-2.077778) --(0.163763,-2.079886) --cycle\dpicstop \dpicdraw (0.214992,-2.083892) --(0.083333,-2.127778)\dpicstop \draw (0.083333,-2.127778) node[left=-2bp]{\tt S}; \filldraw[line width=0bp](0.542903,-2.079886) --(0.473333,-2.077778) --(0.530254,-2.117833) --cycle\dpicstop \dpicdraw (0.491675,-2.083892) --(0.623333,-2.127778)\dpicstop \draw (0.623333,-2.127778) node[right=-2bp]{\tt D}; \dpiclw=0.8bp \dpicdraw (1.523333,-2.142778) --(1.523333,-1.932778)\dpicstop \dpicdraw (1.253333,-1.932778) --(1.553333,-1.932778)\dpicstop \dpicdraw (1.403333,-1.932778) --(1.403333,-1.692778)\dpicstop \filldraw[line width=0bp](1.436667,-1.852778) --(1.403333,-1.752778) --(1.37,-1.852778) --cycle\dpicstop \dpicdraw (1.403333,-1.852778) --(1.403333,-1.770346)\dpicstop \dpicdraw (1.283333,-2.142778) --(1.283333,-1.932778)\dpicstop \draw (1.403333,-2.292778) node[below=-2bp]{\tt $\ldots$(,{,}uHSDF,)}; \dpiclw=0.4bp \filldraw[line width=0bp](1.346412,-1.782833) --(1.403333,-1.742778) --(1.333763,-1.744886) --cycle\dpicstop \dpicdraw (1.384992,-1.748892) --(1.253333,-1.792778)\dpicstop \draw (1.253333,-1.792778) node[left=-2bp]{\tt uH}; \dpiclw=0.8bp \dpicdraw (2.453333,-2.127778) --(2.453333,-1.917778)\dpicstop \filldraw[line width=0bp](2.486667,-2.072778) --(2.453333,-1.972778) --(2.42,-2.072778) --cycle\dpicstop \dpicdraw (2.453333,-2.072778) --(2.453333,-1.990346)\dpicstop \dpicdraw (2.573333,-2.127778) --(2.573333,-1.917778)\dpicstop \dpicdraw (2.303333,-1.917778) --(2.393333,-1.917778)\dpicstop \dpicdraw (2.423333,-1.917778) --(2.483333,-1.917778)\dpicstop \dpicdraw (2.513333,-1.917778) --(2.603333,-1.917778)\dpicstop \dpicdraw (2.573333,-1.857778) --(2.333333,-1.857778) --(2.333333,-1.707778)\dpicstop \dpicdraw (2.453333,-2.116708) --(2.453333,-2.127778) --(2.333333,-2.127778) --(2.333333,-2.116708)\dpicstop \dpicdraw (2.333333,-2.127778) --(2.333333,-1.917778)\dpicstop \draw (2.453333,-2.177778) node[below=-2bp]{\tt $\ldots$(,{,}dMEDSQuB,)}; \dpiclw=0.4bp \filldraw[line width=0bp](2.276412,-1.797833) --(2.333333,-1.757778) --(2.263763,-1.759886) --cycle\dpicstop \dpicdraw (2.314992,-1.763892) --(2.183333,-1.807778)\dpicstop \draw (2.183333,-1.807778) node[left=-2bp]{\tt dM}; \filldraw[line width=0bp](2.370115,-1.962636) --(2.423333,-1.917778) --(2.354211,-1.925934) --cycle\dpicstop \dpicdraw (2.405593,-1.925465) --(2.123333,-2.047778)\dpicstop \draw (2.123333,-2.047778) node[left=-2bp]{\tt E}; \filldraw[line width=0bp](2.342649,-2.175481) --(2.393333,-2.127778) --(2.324761,-2.139703) --cycle\dpicstop \dpicdraw (2.376041,-2.136424) --(2.293333,-2.177778)\dpicstop \draw (2.293333,-2.177778) node[left=-2bp]{\tt Q}; \filldraw[line width=0bp](2.522903,-1.954886) --(2.453333,-1.952778) --(2.510254,-1.992833) --cycle\dpicstop \dpicdraw (2.471675,-1.958892) --(2.693333,-2.032778)\dpicstop \draw (2.693333,-2.032778) node[right=-2bp]{\tt uB}; \dpiclw=0.8bp \dpicdraw (3.503333,-2.127778) --(3.503333,-1.917778)\dpicstop \filldraw[line width=0bp](3.536667,-2.072778) --(3.503333,-1.972778) --(3.47,-2.072778) --cycle\dpicstop \dpicdraw (3.503333,-2.072778) --(3.503333,-1.990346)\dpicstop \dpicdraw (3.623333,-2.127778) --(3.623333,-1.917778)\dpicstop \dpicdraw (3.353333,-1.917778) --(3.443333,-1.917778)\dpicstop \dpicdraw (3.473333,-1.917778) --(3.533333,-1.917778)\dpicstop \dpicdraw (3.563333,-1.917778) --(3.653333,-1.917778)\dpicstop \dpicdraw (3.383333,-1.857778) --(3.623333,-1.857778) --(3.623333,-1.707778)\dpicstop \dpicdraw (3.383333,-2.127778) --(3.383333,-1.917778)\dpicstop \draw (3.503333,-2.277778) node[below=-2bp]{{\tt $\ldots$(,{,}uMEDSuB)}}; \draw (3.623333,-1.707778) node[left=-2bp]{$G$}; \draw (3.383333,-2.127778) node[left=-2bp]{$S$}; \draw (3.623333,-2.127778) node[right=-2bp]{$D$}; \draw (3.503333,-2.127778) node[below=-2bp]{$B$}; \dpicdraw (4.643333,-2.112778) --(4.643333,-1.962778)\dpicstop \dpicdraw (4.403333,-1.962778) --(4.643333,-1.962778)\dpicstop \dpicdraw (4.403333,-2.112778) --(4.403333,-1.962778)\dpicstop \dpicdraw (4.403333,-1.902778) --(4.643333,-1.902778)\dpicstop \dpicdraw (4.523333,-1.862778) circle (0.015748in)\dpicstop \dpicdraw (4.523333,-1.822778) --(4.523333,-1.722778)\dpicstop \draw (4.523333,-2.162778) node[below=-2bp]{\tt $\ldots$(,{,}ZSDFdT,)}; \dpiclw=0.4bp \filldraw[line width=0bp](4.370335,-2.05406) --(4.403333,-1.992778) --(4.342051,-2.025776) --cycle\dpicstop \dpicdraw (4.389662,-2.006449) --(4.323333,-2.072778)\dpicstop \draw (4.323333,-2.072778) node[left=-2bp]{\tt Z}; \filldraw[line width=0bp](4.520367,-2.007933) --(4.573333,-1.962778) --(4.504258,-1.971321) --cycle\dpicstop \dpicdraw (4.323333,-2.072778) --(4.555637,-1.970564)\dpicstop \filldraw[line width=0bp](4.577324,-2.08485) --(4.643333,-2.062778) --(4.576074,-2.04487) --cycle\dpicstop \dpicdraw (4.323333,-2.072778) --(4.624009,-2.063382)\dpicstop \filldraw[line width=0bp](4.592903,-1.744886) --(4.523333,-1.742778) --(4.580254,-1.782833) --cycle\dpicstop \dpicdraw (4.541675,-1.748892) --(4.763333,-1.822778)\dpicstop \draw (4.763333,-1.822778) node[right=-2bp]{\tt dT}; \dpiclw=0.8bp \dpicdraw (5.483333,-1.917778) --(5.273333,-1.917778)\dpicstop \filldraw[line width=0bp](5.328333,-1.951111) --(5.428333,-1.917778) --(5.328333,-1.884444) --cycle\dpicstop \dpicdraw (5.410765,-1.917778) --(5.328333,-1.917778)\dpicstop \dpicdraw (5.483333,-1.797778) --(5.273333,-1.797778)\dpicstop \dpicdraw (5.273333,-2.067778) --(5.273333,-1.977778)\dpicstop \dpicdraw (5.273333,-1.947778) --(5.273333,-1.887778)\dpicstop \dpicdraw (5.273333,-1.857778) --(5.273333,-1.767778)\dpicstop \dpicdraw (5.213333,-1.797778) --(5.213333,-2.037778) --(5.063333,-2.037778)\dpicstop \dpicdraw (5.603333,-1.797778) --(5.603333,-1.874477)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (5.603333,-1.874477) --(5.653333,-1.874477) --(5.603333,-1.955544) --(5.553333,-1.874477) --(5.603333,-1.874477)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (5.549282,-1.936079) --(5.549282,-1.961079) --(5.657385,-1.961079) --(5.657385,-1.986079)\dpicstop \dpicdraw (5.603333,-1.961079) --(5.603333,-2.037778)\dpicstop \dpicdraw (5.483333,-2.037778) --(5.603333,-2.037778) --(5.603333,-1.797778) --(5.483333,-1.797778)\dpicstop \dpicdraw (5.472264,-1.917778) --(5.483333,-1.917778) --(5.483333,-2.037778) --(5.472264,-2.037778)\dpicstop \dpicdraw (5.483333,-2.037778) --(5.273333,-2.037778)\dpicstop \dpicdraw (5.603333,-2.037778) --(5.603333,-2.157778)\dpicstop \dpicdraw (5.603333,-1.797778) --(5.603333,-1.677778)\dpicstop \dpicdraw (5.423333,-1.917778) circle (0.11811in)\dpicstop \draw (5.393333,-2.367778) node[below=-2bp]{\tt IRF4905}; \draw (5.063333,-2.037778) node[left=-2bp]{$G$}; \draw (5.603333,-1.677778) node[above right=-2bp]{$D$}; \draw (5.603333,-2.157778) node[below right=-2bp]{$S$}; \dpicdraw (0.2,-1.175) --(0.2,-1)\dpicstop \filldraw[line width=0bp](0.172222,-1.045833) --(0.2,-1.129167) --(0.227778,-1.045833) --cycle\dpicstop \dpicdraw (0.2,-1.111598) --(0.2,-1.045833)\dpicstop \dpicdraw (0.3,-1.175) --(0.3,-1)\dpicstop \dpicdraw (0.075,-1) --(0.325,-1)\dpicstop \dpicdraw (0.075,-0.843875) --(0.075,-0.95) --(0.158333,-0.95)\dpicstop \dpicdraw (0.241667,-0.804388) --(0.241667,-0.95) --(0.325,-0.95)\dpicstop \dpicdraw (0.2,-1.16393) --(0.2,-1.175) --(0.1,-1.175) --(0.1,-1.16393)\dpicstop \dpicdraw (0.1,-1.175) --(0.1,-1)\dpicstop \dpicdraw (0.2,-1) circle (0.07874in)\dpicstop \draw (0.075,-0.843875) node[above left=-2bp]{$G0$}; \draw (0.241667,-0.804388) node[above right=-2bp]{$G1$}; \draw (0.725,-1.48) node{\tt mosfet(,{,}dBSDFQM1,E)}; \dpicdraw (1.025,-1.175) --(1.025,-1)\dpicstop \filldraw[line width=0bp](0.997222,-1.045833) --(1.025,-1.129167) --(1.052778,-1.045833) --cycle\dpicstop \dpicdraw (1.025,-1.111598) --(1.025,-1.045833)\dpicstop \dpicdraw (1.125,-1.175) --(1.125,-1)\dpicstop \dpicdraw (0.9,-1) --(1.15,-1)\dpicstop \dpicdraw (1.15,-0.8) --(1.15,-0.95) --(1.066667,-0.95)\dpicstop \dpicdraw (0.983333,-0.8) --(0.983333,-0.95) --(0.9,-0.95)\dpicstop \dpicdraw (1.025,-1.16393) --(1.025,-1.175) --(0.925,-1.175) --(0.925,-1.16393)\dpicstop \dpicdraw (0.925,-1.175) --(0.925,-1)\dpicstop \draw (1.15,-0.8) node[above right=-2bp]{$G0$}; \draw (0.983333,-0.8) node[above left=-2bp]{$G1$}; \draw (1.025,-1.275) node{\tt ...(,{,}dBSDFQuM1)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/fetMan.m40000644060175006010010000001061113774371757015435 0ustar DwightNone.PS # `fet.m4' cct_init dwn = 0.9 dwn = 1.0 rgt = 0.9 textht = 0.1 dnl `IRF4905(linespec,R)' define(`IRF4905', `[ ifelse(`$1',,,`eleminit_(`$1')') Q: mosfet(,`$2',dMdPzEDSQdB,) ifelse(`$1',,` S: Q.tr_xy(-4,-2); line from Q.tr_xy(-2,-2) to S D: Q.tr_xy( 4,-2); line from Q.tr_xy(2,-2) to D', `with .Diode.c at last line.c S: last line.start; D: last line.end; line from S to D ') G: Q.G circle rad 5*dimen_/10 at Q.tr_xy(0,1) ]') define(`rmove',0.75) define(`dir_',`right_') Orig: Here dir_ { move left 0.2 } {J: j_fet(right_ dimen_,,,E) "{\tt j\_fet(right\_ dimen\_,{,},E)}" wid 1.75 \ with .nw at last [].sw+(0.0,-0.25) "$G$" at last [].G rjust above "$S$" at last [].S rjust "$D$" at last [].D ljust } move right_ 0.9; dir_ {j_fet(,,P,) "{\tt j\_fet(,{,}P,)}" at last [].s+(0,-0.05) below "$G$" at last [].G rjust "$S$" at last [].S rjust "$D$" at last [].D ljust } move right_ 0.9; dir_ {e_fet(,R,,) "{\tt e\_fet(,R,{,})}" at last [].s+(0,-0.05) below "$G$" at last [].G rjust "$S$" at last [].S rjust "$D$" at last [].D ljust } {move down_ dwn; dir_ e_fet(,,P) "{\tt e\_fet(,{,}P)}" at last [].s+(0.1,-0.2) below} move right_ 0.9; dir_ {d_fet(,,,) "{\tt d\_fet(,{,},)}" at last [].s+(0,-0.05) below} {move down_ dwn; dir_ d_fet(,,P) "{\tt d\_fet(,{,}P)}" at last [].s+(0,-0.05) below} move right_ 0.9; dir_ {e_fet(,,,S) "{\tt e\_fet(,{,},S)}" at last [].s+(0,-0.05) below} {move down_ dwn; dir_ e_fet(,,P,S) "{\tt e\_fet(,{,}P,S)}" at last [].s+(0,-0.2) below} move right_ 0.9; dir_ {d_fet(,,,S) "{\tt d\_fet(,{,},S)}" at last [].s+(0,-0.2) below} {move down_ dwn; dir_ d_fet(,,P,S) "{\tt d\_fet(,{,}P,S)}" at last [].s+(0,-0.05) below} move right_ 0.9; dir_ {c_fet(,,,) "{\tt `c\_fet'(,{,},)}" at last [].s+(0,-0.05) below} {move down_ dwn; dir_ c_fet(,,P) "{\tt `c\_fet'(,{,}P)}" at last [].s+(0,-0.2) below} move down 1; right_ [ linewid = linewid*1.2 Q1: mosfet(,,dGSDF,) {"\tt `mosfet'(,{,}dGSDF,)" wid 1.25 \ with .nw at last [].sw+(-0.2,-0.05) thinlines_ arrow <- down .05 left .15 from (Q1.G.x,Q1.G.y-0.05) "\tt dG" rjust arrow <- down .10 left .30 from Q1.Channel.start+(.15,0) "\tt F" rjust arrow <- down .05 left .15 from (Q1.S.x,Q1.S.y+0.05) "\tt S" rjust arrow <- down .05 right .15 from (Q1.D.x,Q1.D.y+0.05) "\tt D" ljust thicklines_ } move right_ rmove Q2: mosfet(,,uHSDF,) {"\tt `$\ldots$'(,{,}uHSDF,)" at last [].s+(0,-0.15) below thinlines_ arrow <- down .05 left .15 from (Q2.G.x,Q2.G.y-0.05) "\tt uH" rjust thicklines_ } move right_ rmove Q3: mosfet(,,dMEDSQuB,) {"\tt `$\ldots$'(,{,}dMEDSQuB,)" at last [].s+(0,-0.05) below thinlines_ arrow <- down .05 left .15 from (Q3.G.x,Q3.G.y-0.05) "\tt dM" rjust arrow <- down .13 left .30 from Q3.Channel.start+(.12,0) "\tt E" rjust arrow <- down .05 left .10 from Q3.S+(.06,0) "\tt Q" rjust arrow <- down .08 right .24 from (Q3.B.x,Q3.B.y+0.175) "\tt uB" ljust thicklines_ } move right_ rmove Q4: mosfet(,,uMEDSuB) {`"{\tt $\ldots$(,{,}uMEDSuB)}"' at last [].s+(0,-0.15) below "$G$" at last [].G rjust "$S$" at last [].S rjust "$D$" at last [].D ljust "$B$" at last [].B below } move right_ rmove Q5: mosfet(,,ZSDFdT,) {"\tt `$\ldots$'(,{,}ZSDFdT,)" at last [].s+(0,-0.05) below thinlines_ arrow <- down .08 left .08 from (Q5.S.x,Q5.S.y+0.12) "\tt Z" rjust arrow from last arrow.end to Q5.Channel.c+(0.05,0) arrow from last arrow.start to (Q5.D.x,Q5.D.y+.05) arrow <- down .08 right .24 from (Q5.G.x,Q5.G.y-0.02) "\tt dT" ljust thicklines_ } move right_ rmove up_ Q6: IRF4905 with .c at Here {`"\tt IRF4905"' at Q6.s+(0,-0.15) below "$G$" at Q6.G rjust "$D$" at Q6.D ljust above "$S$" at Q6.S ljust below } ] with .nw at J.sw+(0,-1.35) #Orig+(-0.26,-1.2) right_ M1: mosfet(,,dBSDFQM1,E) with .nw at J.nw+(0,-dwn) "$G0$" at M1.G0 above rjust "$G1$" at M1.G1 above ljust {"\tt `mosfet'(,{,}dBSDFQM1,E)" wid 1.45 \ with .nw at last [].sw+(0,-0.23) } M2: mosfet(,,dBSDFQuM1) with .nw at M1.ne+(0.5,0) "$G0$" at M2.G0 above ljust "$G1$" at M2.G1 above rjust {"\tt ...(,{,}dBSDFQuM1)" wid 1.25 \ with .n at last [].s+(0,-0.05) } .PE Circuit_macros9.5/doc/FF.m40000644060175006010010000000051113774371757014514 0ustar DwightNone.PS # `FF.m4' log_init S: NOR_gate left_ R: NOR_gate at S+(0,-L_unit*(AND_ht+1)) line from S.Out right L_unit*3 then down S.Out.y-R.In2.y then to R.In2 line from R.Out left L_unit*3 then up S.In2.y-R.Out.y then to S.In2 line left 4*L_unit from S.In1 ; "$S$sp_" rjust line right 4*L_unit from R.In1 ; "sp_$R$" ljust .PE Circuit_macros9.5/doc/FlipFlop.m40000644060175006010010000000366713774371757015753 0ustar DwightNone.PS # `FlipFlop.m4' log_init iflatex(`ifpsfrag(,`latexcommand({\sf)') ') s_init(Flipflop) sinclude(Circuit_macros.dim) [ right_ { Q1: FlipFlop(D,Q1) s_box(``\tt FlipFlop(D,Q1)'') at last [].Chip.s below h1 = L_unit*20 w1 = L_unit*12 FlipFlop(T,Q2,ht h1 wid w1 fill_(0.9)) with .w at last [].e+(0.25,0) s_box(``\shortstack{\tt FlipFlop(T,Q2,\\ \tt\quad ht h1 wid w1 fill\_(0.9))}'') \ at (last [].Chip,2nd last [].Chip.s)+(0,-0.25) FlipFlop(RS,,,Chip.wid/8) with .w at last [].e+(0.5,0) s_box(``\shortstack[l]{\tt FlipFlop(RS,{,},\\ \tt\quad Chip.wid/8)}'') at last [].sw below ljust FlipFlop(JK) with .w at last [].e+(0.5,0) s_box(``\tt FlipFlop(JK)'') with .n at last [].PinPR.end } move down 1.5; right_ { FlipFlopX(,,:D;E:CK,,:Q;:lg_bartxt(Q)) s_box(``\shortstack[l]{\tt FlipFlopX(,{,}\\ \tt\quad:D;E:CK,{,}:Q;:lg\_bartxt(Q))}'') at last [].Chip.s below FlipFlopX(,,:T;E:CK,,:Q;) with .Chip.c at last [].e+(1.25,0) s_box(``\shortstack[l]{\tt FlipFlopX(,{,}\\ \tt\quad:T;E:CK,{,}:Q;)}'') at last [].Chip.s below FlipFlopX(,,:J;E:CK;:K,N:CLR,:Q;) with .Chip.c at last [].e+(1.25,0) s_box(``\shortstack[l]{\tt FlipFlopX(,{,} \\ \tt\quad:J;E:CK;:K,N:CLR,:Q;)}'') at last [].Chip.s below } ] if 0 then { [ # Redrawn from # https://tex.stackexchange.com/questions/521724/how-could-i-write-this-in-a-more-exportable-way for_(0,4,1,` Q: FlipFlopX(ifelse(m4x,0,`fill_(0.95)'),, :Q:PinQ; :lg_bartxt(Q):PinNQ, :CLR:PinCLR, :J:PinJ; E::PinCK; :K:PinK, :PRST:PinPRST, 0) with .PinCK at Here ifelse(m4x,0, `S: source(right_ sourcerad_*2 at Q.Chip,U) line from S.start to Q.PinCK') T: Q.PinQ-(Q.Chip.wid/2,0) arrow from Q.PinQ to T then up Q.Chip.ht/2; { "$Q_`'m4x$" above } ifelse(m4x,4,,`arrow from T to (T,Q.PinCK) then left Q.Chip.wid/2') ') ] with .nw at last [].sw+(0,-0.5) } iflatex(ifpsfrag(,`latexcommand(})')) .PE Circuit_macros9.5/doc/Flowdiag.m40000644060175006010010000000170013774371757015756 0ustar DwightNone.PS # `Flowdiag.m4' define(`shadellipse',`{ellipse $1 fill invis define(`m4h',`1.0 pt__')dnl ellipse invis fill 0.5 wid last ellipse .wid+linethick pt__ \ ht last ellipse .ht + linethick pt__ at last ellipse+(m4h,-m4h)} ellipse fill 1 $1') shadellipse "{\tt .m4}" "diagram" arrow right linewid*2/3 {shadellipse(with .b at Here+(-linewid*0.5,boxht/3+linewid/3)) \ "{\tt .m4}" "macros"} arrow from last ellipse.b down linewid/3 then right linewid*0.5 move down boxht/6; right shadebox(box wid boxht "{\bf m4}") arrow right linewid/2 shadebox(box "{\bf pic}" "interpreter") arrow right from Here-(0,boxht/6) {shadellipse(with .b at Here+(-linewid*0.5,boxht/3+linewid/3)) \ "{\tt .tex}" "files"} {arrow from last ellipse.b down linewid/3 then right linewid*0.5} move up boxht/6; right shadebox(box "\LaTeX" "or" "PDFlatex") arrow right linewid*2/3 shadebox(box wid boxht "{\tt .dvi}" "or" "{\tt .pdf}") .PE Circuit_macros9.5/doc/Fuses.tex0000644060175006010010000001126513774371757015576 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0,0) --(0.275,0)\dpicstop \dpicdraw (0.275,-0) ..controls (0.275,0.027614) and (0.297386,0.05) ..(0.325,0.05) ..controls (0.352614,0.05) and (0.375,0.027614) ..(0.375,0)\dpicstop \dpicdraw (0.375,0) ..controls (0.375,-0.027614) and (0.397386,-0.05) ..(0.425,-0.05) ..controls (0.452614,-0.05) and (0.475,-0.027614) ..(0.475,0)\dpicstop \dpicdraw (0.475,0) --(0.75,0)\dpicstop \draw (0.375,-0.2) node{{\tt fuse}}; \dpicdraw (1,0) --(1.275,0)\dpicstop \dpicdraw (1.275,-0) ..controls (1.275,0.027614) and (1.297386,0.05) ..(1.325,0.05) ..controls (1.352614,0.05) and (1.375,0.027614) ..(1.375,0)\dpicstop \dpicdraw[fill=white](1.275,-0) circle (0.007874in)\dpicstop \dpicdraw (1.375,0) ..controls (1.375,-0.027614) and (1.397386,-0.05) ..(1.425,-0.05) ..controls (1.452614,-0.05) and (1.475,-0.027614) ..(1.475,0)\dpicstop \dpicdraw (1.475,0) --(1.75,0)\dpicstop \dpicdraw[fill=white](1.475,0) circle (0.007874in)\dpicstop \draw (1.375,-0.2) node{{\tt fuse(,D)}}; \dpicdraw (2,0) --(2.275,0)\dpicstop \dpicdraw (2.475,0) --(2.475,0.05) --(2.275,0.05) --(2.275,-0.05) --(2.475,-0.05) --(2.475,0)\dpicstop \dpicdraw (2.275,0) --(2.75,0)\dpicstop \draw (2.375,-0.2) node{{\tt fuse(,B)}}; \dpicdraw (3,0) --(3.275,0)\dpicstop \dpicdraw (3.475,0) --(3.475,0.05) --(3.275,0.05) --(3.275,-0.05) --(3.475,-0.05) --(3.475,0)\dpicstop \dpicdraw (3.315,-0.05) --(3.315,0.05)\dpicstop \dpicdraw (3.435,-0.05) --(3.435,0.05)\dpicstop \dpicdraw (3.475,0) --(3.75,0)\dpicstop \draw (3.375,-0.2) node{{\tt fuse(,C)}}; \dpicdraw (4,0) --(4.275,0)\dpicstop \dpicdraw (4.475,0) --(4.475,0.05) --(4.275,0.05) --(4.275,-0.05) --(4.475,-0.05) --(4.475,0)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.315,0) --(4.315,0.05) --(4.275,0.05) --(4.275,-0.05) --(4.315,-0.05) --(4.315,0)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.475,0) --(4.75,0)\dpicstop \draw (4.375,-0.2) node{{\tt fuse(,S)}}; \dpicdraw (5,0) --(5.208333,0)\dpicstop \dpicdraw (5.508333,0) --(5.508333,0.05) --(5.241667,0.05) --(5.241667,-0.05) --(5.508333,-0.05) --(5.508333,0)\dpicstop \dpicdraw (5.541667,0) --(5.541667,0.083333) --(5.208333,0.083333) --(5.208333,-0.083333) --(5.541667,-0.083333) --(5.541667,0)\dpicstop \dpicdraw (5.208333,0) --(5.75,0)\dpicstop \draw (5.375,-0.2) node{{\tt fuse(,HB)}}; \dpicdraw (0,-0.5) --(0.125,-0.5)\dpicstop \dpicdraw (0.565,-0.5) --(0.565,-0.41) --(0.185,-0.41) --(0.185,-0.59) --(0.565,-0.59) --(0.565,-0.5)\dpicstop \dpicdraw (0.261,-0.41) --(0.261,-0.59)\dpicstop \dpicdraw (0.489,-0.41) --(0.489,-0.59)\dpicstop \dpicdraw (0.625,-0.5) --(0.625,-0.35) --(0.125,-0.35) --(0.125,-0.65) --(0.625,-0.65) --(0.625,-0.5)\dpicstop \dpicdraw (0.625,-0.5) --(0.75,-0.5)\dpicstop \draw (0.375,-0.75) node{{\tt (,HC,0.5,0.3)}}; \dpicdraw (1,-0.5) --(1.291667,-0.5)\dpicstop \dpicdraw (1.276042,-0.46875) ..controls (1.325521,-0.402778) and (1.424479,-0.402778) ..(1.473958,-0.46875)\dpicstop \dpicdraw (1.458333,-0.5) --(1.75,-0.5)\dpicstop \draw (1.375,-0.75) node{{\tt cbreaker}}; \dpicdraw (2,-0.5) --(2.291667,-0.5)\dpicstop \dpicdraw (2.276042,-0.53125) ..controls (2.325521,-0.597222) and (2.424479,-0.597222) ..(2.473958,-0.53125)\dpicstop \dpicdraw (2.458333,-0.5) --(2.75,-0.5)\dpicstop \draw (2.375,-0.75) node{{\tt cbreaker(,R)}}; \dpicdraw (3,-0.5) --(3.291667,-0.5)\dpicstop \dpicdraw (3.276042,-0.46875) ..controls (3.325521,-0.402778) and (3.424479,-0.402778) ..(3.473958,-0.46875)\dpicstop \dpicdraw (3.458333,-0.5) --(3.75,-0.5)\dpicstop \draw (3.375,-0.75) node{{\tt $\ldots$(,{,}D)}}; \dpicdraw (4,-0.5) --(4.275,-0.5)\dpicstop \dpicdraw[line width=0.4bp](4.275,-0.5) circle (0.00109in)\dpicstop \dpicdraw (4.275,-0.5) ..controls (4.275,-0.46151) and (4.316667,-0.437454) ..(4.35,-0.456699) ..controls (4.383333,-0.475944) and (4.383333,-0.524056) ..(4.35,-0.543301)\dpicstop \dpicdraw[line width=0.4bp](4.475,-0.5) circle (0.00109in)\dpicstop \dpicdraw (4.475,-0.5) ..controls (4.475,-0.53849) and (4.433333,-0.562546) ..(4.4,-0.543301) ..controls (4.366667,-0.524056) and (4.366667,-0.475944) ..(4.4,-0.456699)\dpicstop \dpicdraw (4.475,-0.5) --(4.75,-0.5)\dpicstop \draw (4.375,-0.75) node{{\tt $\ldots$(,{,}T)}}; \dpicdraw (5,-0.5) --(5.325,-0.5) --(5.325,-0.45) --(5.425,-0.45) --(5.425,-0.5) --(5.75,-0.5)\dpicstop \draw (5.375,-0.75) node{{\tt $\ldots$(,{,}TS)}}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/FusesMan.m40000644060175006010010000000174713774371757015756 0ustar DwightNone.PS # `Fuses.m4' cct_init movewid = 0.25 { fuse ; {"`{\tt fuse}'" at last line.c+(0,-0.2)} move fuse(,D) ; {"`{\tt fuse(,D)}'" at last line.c+(0,-0.2)} move fuse(,B) ; {"`{\tt fuse(,B)}'" at last line.c+(0,-0.2)} move fuse(,C) ; {"`{\tt fuse(,C)}'" at last line.c+(0,-0.2)} move fuse(,S) ; {"`{\tt fuse(,S)}'" at last line.c+(0,-0.2)} move fuse(,SB) ; {"`{\tt fuse(,SB)}'" at last line.c+(0,-0.2)} } move down; right_ { cbreaker; {"`{\tt cbreaker}'" at last line.c+(0,-0.25)} move cbreaker(,R); {"`{\tt cbreaker(,R)}'" at last line.c+(0,-0.25)} move cbreaker(,{,}D); {"`{\tt $\ldots$(,{,}D)}'" at last line.c+(0,-0.25)} move cbreaker(,{,}T); {"`{\tt $\ldots$(,{,}T)}'" at last line.c+(0,-0.25)} move cbreaker(,{,}TS); {"`{\tt $\ldots$(,{,}TS)}'" at last line.c+(0,-0.25) } } move down; right_ { fuse(,HB) ; {"`{\tt fuse(,HB)}'" at last line.c+(0,-0.2)} move fuse(,HC,0.5,0.3) ; {"`{\tt (,HC,0.5,0.3)}'" at last line.c+(0,-0.25)} } .PE Circuit_macros9.5/doc/Grounds.tex0000644060175006010010000000514513774371757016132 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0,0) --(0,-0.125)\dpicstop \dpicdraw (0.083333,-0.125) --(-0.083333,-0.125)\dpicstop \dpicdraw (0.055556,-0.15625) --(-0.055556,-0.15625)\dpicstop \dpicdraw (0.035714,-0.1875) --(-0.035714,-0.1875)\dpicstop \dpicdraw (0.733333,0) --(0.566667,-0)\dpicstop \dpicdraw (0.705556,-0.03125) --(0.594444,-0.03125)\dpicstop \dpicdraw (0.685714,-0.0625) --(0.614286,-0.0625)\dpicstop \dpicdraw (1.3,0) --(1.3,-0.125)\dpicstop \dpicdraw (1.341667,-0.1875) --(1.383333,-0.125) --(1.216667,-0.125) --(1.175,-0.1875)\dpicstop \dpicdraw (1.3,-0.125) --(1.258333,-0.1875)\dpicstop \dpicdraw (1.95,0) --(1.95,-0.125)\dpicstop \dpicdraw[line width=1.6bp](2.005556,-0.125) --(1.894444,-0.125)\dpicstop \draw (0,-0.5) node{{\tt ground}}; \draw (0.65,-0.402778) node{{\tt ground(,T)}}; \draw (1.3,-0.5) node{{\tt (,{,}F)}}; \draw (1.95,-0.5) node{{\tt (,{,}E)}}; \dpicdraw (2.6,0) --(2.6,-0.125)\dpicstop \dpicdraw (2.6,-0.125) --(2.683333,-0.125) --(2.6,-0.25) --(2.516667,-0.125) --(2.6,-0.125)\dpicstop \dpicdraw (3.25,-0.25) --(3.25,-0.125)\dpicstop \dpicdraw (3.25,-0.125) --(3.166667,-0.125) --(3.25,0) --(3.333333,-0.125) --(3.25,-0.125)\dpicstop \dpicdraw (3.9,0) --(3.9,-0.125)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (3.9,-0.125) --(3.983333,-0.125) --(3.9,-0.25) --(3.816667,-0.125) --(3.9,-0.125)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (4.55,0) --(4.55,-0.125)\dpicstop \dpicdraw (4.441747,-0.21875) ..controls (4.393634,-0.135417) and (4.453775,-0.03125) ..(4.55,-0.03125) ..controls (4.646225,-0.03125) and (4.706366,-0.135417) ..(4.658253,-0.21875)\dpicstop \dpicdraw (4.633333,-0.125) --(4.466667,-0.125)\dpicstop \dpicdraw (4.605556,-0.15625) --(4.494444,-0.15625)\dpicstop \dpicdraw (4.585714,-0.1875) --(4.514286,-0.1875)\dpicstop \dpicdraw (5.2,0) --(5.2,-0.125)\dpicstop \dpicdraw (5.2,-0.15625) circle (0.049213in)\dpicstop \dpicdraw (5.283333,-0.125) --(5.116667,-0.125)\dpicstop \dpicdraw (5.255556,-0.15625) --(5.144444,-0.15625)\dpicstop \dpicdraw (5.235714,-0.1875) --(5.164286,-0.1875)\dpicstop \draw (2.6,-0.5) node{{\tt (,{,}S)}}; \draw (3.25,-0.5) node{{\tt (,{,}S,90)}}; \draw (3.9,-0.5) node{{\tt (,{,}Q)}}; \draw (4.55,-0.5) node{{\tt (,{,}L)}}; \draw (5.2,-0.5) node{{\tt (,{,}P)}}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/GroundsMan.m40000644060175006010010000000147713774371757016312 0ustar DwightNone.PS # GroundsMan.m4 cct_init sep = 0.65 Ground: ground move right sep GT: ground(,T) move right sep GF: ground(,,F) sep = 0.55 move right sep GE: ground(,,E) move right sep B: Here+(0,-0.5) D: B+(0,11bp__) { "{\tt `ground'}" wid 32bp__ at (Ground,B) "{\tt `ground'(,T)}" at (GT,B)+(0,11bp__) "{\tt (,{,}F)}" at (GF,B) "{\tt (,{,}E)}" at (GE,D)} GS: ground(,dimen_/2,S) move right sep GS90: [ground(,,S,90) ] with .n at Here move right sep from GS90.n GQ: ground(,,Q) move right sep GL: ground(,,L) move right sep GP: ground(,,P) move right sep GPA: ground(,T,PA) C: Here+(0,-0.5) E: C+(0,11bp__) "{\tt (,dimen\_/2,S)}" at (GS,C) "{\tt (,{,}S,90)}" at (GS90,E) "{\tt (,{,}Q)}" at (GQ,C) "{\tt (,{,}L)}" at (GL,E) "{\tt (,{,}P)}" at (GP,C) "{\tt (,T,PA)}" at (GPA,E) .PE Circuit_macros9.5/doc/Headers.tex0000644060175006010010000001651713774371757016071 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.275,0) --(0.275,0.15) --(0.125,0.15) --(0.125,-0.15) --(0.275,-0.15) --(0.275,0)\dpicstop \dpicdraw (0.2,0.075) --(0,0.075)\dpicstop \fill[fill=white,line width=0bp](0.225,0.075) --(0.225,0.1) --(0.175,0.1) --(0.175,0.05) --(0.225,0.05) --(0.225,0.075)--cycle \dpicstop \dpicdraw (0.225,0.075) --(0.225,0.1) --(0.175,0.1) --(0.175,0.05) --(0.225,0.05) --(0.225,0.075)\dpicstop \dpicdraw (0.2,-0.075) --(0,-0.075)\dpicstop \dpicdraw[fill=white](0.2,-0.075) circle (0.009843in)\dpicstop \draw (0,0.075) node[left=-2bp]{\sl P1}; \draw (0.1375,-0.28837) node{\tt Header}; \draw (0,-0.075) node[left=-2bp]{\sl P2}; \dpicdraw (1.464961,-0.09685) --(1.464961,0.1) --(1.15,0.1) --(1.15,-0.293701) --(1.464961,-0.293701) --(1.464961,-0.09685)\dpicstop \dpicdraw (1.225,0.034383) --(1.025,0.034383)\dpicstop \fill[fill=white,line width=0bp](1.25,0.034383) --(1.25,0.059383) --(1.2,0.059383) --(1.2,0.009383) --(1.25,0.009383) --(1.25,0.034383)--cycle \dpicstop \dpicdraw (1.25,0.034383) --(1.25,0.059383) --(1.2,0.059383) --(1.2,0.009383) --(1.25,0.009383) --(1.25,0.034383)\dpicstop \dpicdraw (1.389961,0.034383) --(1.589961,0.034383)\dpicstop \dpicdraw[fill=white](1.389961,0.034383) circle (0.009843in)\dpicstop \dpicdraw (1.225,-0.09685) --(1.025,-0.09685)\dpicstop \dpicdraw[fill=white](1.225,-0.09685) circle (0.009843in)\dpicstop \dpicdraw (1.389961,-0.09685) --(1.589961,-0.09685)\dpicstop \dpicdraw[fill=white](1.389961,-0.09685) circle (0.009843in)\dpicstop \dpicdraw (1.225,-0.228084) --(1.025,-0.228084)\dpicstop \dpicdraw[fill=white](1.225,-0.228084) circle (0.009843in)\dpicstop \dpicdraw (1.389961,-0.228084) --(1.589961,-0.228084)\dpicstop \dpicdraw[fill=white](1.389961,-0.228084) circle (0.009843in)\dpicstop \draw (1.025,0.034383) node[left=-2bp]{\sl P1}; \draw (1.30748,-0.432071) node{\tt Header(2,3,8mm\_\_,10mm\_\_)}; \draw (1.589961,0.034383) node[right=-2bp]{\sl P2}; \draw (1.025,-0.228084) node[left=-2bp]{\sl P5}; \draw (1.589961,-0.228084) node[right=-2bp]{\sl P6}; \fill[fill=white!90!black,line width=0bp](2.464961,0.006299) --(2.464961,-0.293701) --(2.764961,-0.293701) --(2.764961,0.306299) --(2.464961,0.306299) --(2.464961,0.006299)--cycle \dpicstop \dpicdraw (2.464961,0.006299) --(2.464961,-0.293701) --(2.764961,-0.293701) --(2.764961,0.306299) --(2.464961,0.306299) --(2.464961,0.006299)\dpicstop \dpicdraw (2.689961,-0.218701) --(2.889961,-0.218701)\dpicstop \fill[fill=white,line width=0bp](2.664961,-0.218701) --(2.664961,-0.243701) --(2.714961,-0.243701) --(2.714961,-0.193701) --(2.664961,-0.193701) --(2.664961,-0.218701)--cycle \dpicstop \dpicdraw (2.664961,-0.218701) --(2.664961,-0.243701) --(2.714961,-0.243701) --(2.714961,-0.193701) --(2.664961,-0.193701) --(2.664961,-0.218701)\dpicstop \dpicdraw (2.539961,-0.218701) --(2.339961,-0.218701)\dpicstop \dpicdraw[fill=white](2.539961,-0.218701) circle (0.009843in)\dpicstop \dpicdraw (2.689961,-0.068701) --(2.889961,-0.068701)\dpicstop \dpicdraw[fill=white](2.689961,-0.068701) circle (0.009843in)\dpicstop \dpicdraw (2.539961,-0.068701) --(2.339961,-0.068701)\dpicstop \dpicdraw[fill=white](2.539961,-0.068701) circle (0.009843in)\dpicstop \dpicdraw (2.689961,0.081299) --(2.889961,0.081299)\dpicstop \dpicdraw[fill=white](2.689961,0.081299) circle (0.009843in)\dpicstop \dpicdraw (2.539961,0.081299) --(2.339961,0.081299)\dpicstop \dpicdraw[fill=white](2.539961,0.081299) circle (0.009843in)\dpicstop \dpicdraw (2.689961,0.231299) --(2.889961,0.231299)\dpicstop \dpicdraw[fill=white](2.689961,0.231299) circle (0.009843in)\dpicstop \dpicdraw (2.539961,0.231299) --(2.339961,0.231299)\dpicstop \dpicdraw[fill=white](2.539961,0.231299) circle (0.009843in)\dpicstop \draw (2.889961,-0.218701) node[right=-2bp]{\sl P1}; \draw (2.614961,-0.570441) node{\tt left\_; Header(2,4,{,},fill\_(0.9))}; \draw (2.339961,0.231299) node[left=-2bp]{\sl P8}; \dpicdraw (4.239961,-0.118701) --(4.839961,-0.118701) --(4.839961,0.181299) --(3.639961,0.181299) --(3.639961,-0.118701) --(4.239961,-0.118701)\dpicstop \dpicdraw (4.764961,0.106299) --(4.764961,0.306299)\dpicstop \fill[fill=white,line width=0bp](4.764961,0.081299) --(4.789961,0.081299) --(4.789961,0.131299) --(4.739961,0.131299) --(4.739961,0.081299) --(4.764961,0.081299)--cycle \dpicstop \dpicdraw (4.764961,0.081299) --(4.789961,0.081299) --(4.789961,0.131299) --(4.739961,0.131299) --(4.739961,0.081299) --(4.764961,0.081299)\dpicstop \dpicdraw (4.764961,-0.043701) --(4.764961,-0.243701)\dpicstop \dpicdraw[fill=white](4.764961,-0.043701) circle (0.009843in)\dpicstop \dpicdraw (4.614961,0.106299) --(4.614961,0.306299)\dpicstop \dpicdraw[fill=white](4.614961,0.106299) circle (0.009843in)\dpicstop \dpicdraw (4.614961,-0.043701) --(4.614961,-0.243701)\dpicstop \dpicdraw[fill=white](4.614961,-0.043701) circle (0.009843in)\dpicstop \dpicdraw (4.464961,0.106299) --(4.464961,0.306299)\dpicstop \dpicdraw[fill=white](4.464961,0.106299) circle (0.009843in)\dpicstop \dpicdraw (4.464961,-0.043701) --(4.464961,-0.243701)\dpicstop \dpicdraw[fill=white](4.464961,-0.043701) circle (0.009843in)\dpicstop \dpicdraw (4.314961,0.106299) --(4.314961,0.306299)\dpicstop \dpicdraw[fill=white](4.314961,0.106299) circle (0.009843in)\dpicstop \dpicdraw (4.314961,-0.043701) --(4.314961,-0.243701)\dpicstop \dpicdraw[fill=white](4.314961,-0.043701) circle (0.009843in)\dpicstop \dpicdraw (4.164961,0.106299) --(4.164961,0.306299)\dpicstop \dpicdraw[fill=white](4.164961,0.106299) circle (0.009843in)\dpicstop \dpicdraw (4.164961,-0.043701) --(4.164961,-0.243701)\dpicstop \dpicdraw[fill=white](4.164961,-0.043701) circle (0.009843in)\dpicstop \dpicdraw (4.014961,0.106299) --(4.014961,0.306299)\dpicstop \dpicdraw[fill=white](4.014961,0.106299) circle (0.009843in)\dpicstop \dpicdraw (4.014961,-0.043701) --(4.014961,-0.243701)\dpicstop \dpicdraw[fill=white](4.014961,-0.043701) circle (0.009843in)\dpicstop \dpicdraw (3.864961,0.106299) --(3.864961,0.306299)\dpicstop \dpicdraw[fill=white](3.864961,0.106299) circle (0.009843in)\dpicstop \dpicdraw (3.864961,-0.043701) --(3.864961,-0.243701)\dpicstop \dpicdraw[fill=white](3.864961,-0.043701) circle (0.009843in)\dpicstop \dpicdraw (3.714961,0.106299) --(3.714961,0.306299)\dpicstop \dpicdraw[fill=white](3.714961,0.106299) circle (0.009843in)\dpicstop \dpicdraw (3.714961,-0.043701) --(3.714961,-0.243701)\dpicstop \dpicdraw[fill=white](3.714961,-0.043701) circle (0.009843in)\dpicstop \draw (4.764961,0.306299) node[right=-2bp]{\sl P1}; \draw (4.764961,-0.243701) node[right=-2bp]{\sl P2}; \draw (4.239961,-0.382071) node{\tt down\_; Header(2,8)}; \draw (3.714961,0.306299) node[left=-2bp]{\sl P15}; \draw (3.714961,-0.243701) node[left=-2bp]{\sl P16}; \dpiclw=0.4bp \filldraw[line width=0bp](4.856627,0.126299) --(4.789961,0.106299) --(4.856627,0.086299) --cycle\dpicstop \dpicdraw (4.809295,0.106299) --(4.939961,0.106299)\dpicstop \draw (4.939961,0.106299) node[right=-2bp]{\sl PinP1}; \filldraw[line width=0bp](4.856627,-0.023701) --(4.789961,-0.043701) --(4.856627,-0.063701) --cycle\dpicstop \dpicdraw (4.809295,-0.043701) --(4.939961,-0.043701)\dpicstop \draw (4.939961,-0.043701) node[right=-2bp]{\sl PinP2}; \dpiclw=0.8bp \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/HeadersMan.m40000644060175006010010000000215413774371757016235 0ustar DwightNone.PS # Headers.m4 log_init Header {"\sl P1" at last [].P1 rjust `"\tt Header"' at last [].s+(0,-10pt__) "\sl P2" at last [].P2 rjust thinlines_ arrow <- from last [].Block.ne-(0,0.1) up 0.15 right 0.15 "\sl Block" ljust thicklines_ } Header(2,3,8mm__,10mm__) with .nw at last [].ne+(0.75,-0.05) {"\sl P1" at last [].P1 rjust `"\tt Header(2,3,8mm\_\_,10mm\_\_)"' at last [].s+(0,-10pt__) "\sl P2" at last [].P2 ljust "\sl P5" at last [].P5 rjust "\sl P6" at last [].P6 ljust} left_ Header(2,4,,,fill_(0.9)) with .sw at last [].se+(0.75,0) {"\sl P1" at last [].P1 rjust_ `"\tt left\_; Header(2,4,{,},fill\_(0.9))"' at last [].s+(0,-20pt__) "\sl P8" at last [].P8 ljust_} down_ Header(2,8) with .nw at last [].ne+(0.75,0) {"\sl P1" at last [].P1 ljust "\sl P2" at last [].P2 ljust `"\tt down\_; Header(2,8)" ' at last [].s+(0,-10pt__) "\sl P15" at last [].P15 rjust "\sl P16" at last [].P16 rjust} {thinlines_ arrow <- right 0.15 from last [].PinP1.e `"\sl PinP1"' ljust arrow <- right 0.15 from last [].PinP2.e `"\sl PinP2"' ljust thicklines_ } .PE Circuit_macros9.5/doc/HybridPi.m40000644060175006010010000000373513774371757015746 0ustar DwightNone.PS cct_init linewid = linewid*6/6.2435 command "{\sf" # `Point_(degrees) # hybrid_PI_BJT([L][M]) # L=left orientation; M=mirror' define(`hybrid_PI_BJT', `[ # Size (and direction) parameters: hunit = ifinstr(`$1',M,-)dimen_ vunit = ifinstr(`$1',L,-)dimen_*3/2 hp_ang = rp_ang # Save the reference direction Rpi: resistor(to rvec_(0,-vunit)); point_(hp_ang) # Restore direction DotG: dot(at rvec_(hunit*5/4,0)) Gm: consource(to rvec_(0,vunit),I,R); point_(hp_ang) # Restore direction dot(at rvec_(hunit*3/4,0)) Ro: resistor(to rvec_(0,-vunit)); point_(hp_ang) # Restore direction line from Rpi.start to Rpi.start+vec_(-hunit/2,0) chop -lthick/2 chop 0 Base: dot(,,1) line from Gm.end to Ro.start+vec_(hunit/2,0) chop -lthick/2 chop 0 Collector: dot(,,1) line from Rpi.end to Ro.end chop -lthick/2 DotE: dot(at 0.5 between Rpi.end and DotG) line to rvec_(0,-vunit/2) Emitter: dot(,,1) # Labels `"$\mathrm{r_\pi}$"' at Rpi.c+vec_(hunit/4,0) `"$ + $"' at Rpi.c+vec_(-hunit/6, vunit/4) `"$ - $"' at Rpi.c+vec_(-hunit/6,-vunit/4) `"$\mathrm{v_\pi}$"' at Rpi.c+vec_(-hunit/4,0) `"$\mathrm{g_m}$$\mathrm{v_\pi}$"' at Gm.c+vec_(-hunit*3/8,-vunit/4) `"$\mathrm{r_o}$"' at Ro.c+vec_(hunit/4,0) `$2' ] ') [ Q: hybrid_PI_BJT "Base" at Q.Base +(0.15,0.1) "Emitter" ht 0.1 wid 0.5 at Q.Emitter.w rjust "Collector" ht 0.1 at Q.Collector +(-0.2,0.1) `"hybrid\_PI\_BJT"' ht 0.1 at Q.s+(0,-0.2) hybrid_PI_BJT(M) with .Collector at last [].Collector+(0.15,0) `"hybrid\_PI\_BJT(M)"' ht 0.1 at last [].s+(0,-0.2) hybrid_PI_BJT(LM) with .w at last [].e `"hybrid\_PI\_BJT(LM)"' ht 0.1 at last [].s+(0,-0.2) Point_(45) hybrid_PI_BJT with .Emitter at last [].Base+(elen_*1.75,0.1) `"\shortstack[l]{Point\_(45)\\ hybrid\_PI\_BJT}"' \ ht 0.25 at last [].s+(0.2,-0.2) ] #print last [].wid command "}%" .PE Circuit_macros9.5/doc/Jack.tex0000644060175006010010000002734613774371757015370 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.127778,-0.061111) --(0.277778,-0.061111) --(0.277778,0.005556) --(0.477778,0.005556)\dpicstop \dpicdraw[fill=white](0.477778,0.005556) circle (0.007874in)\dpicstop \dpicdraw (0.127778,0.138889) --(0.277778,0.138889) --(0.277778,0.072222) --(0.427778,0.072222)\dpicstop \draw (0.127778,-0.061111) node[left=-2bp]{\sl A}; \draw (0.127778,0.138889) node[left=-2bp]{\sl B}; \draw (0.427778,0.072222) node[above right=-2bp]{\sl TB}; \draw (0.477778,0.005556) node[below right=-2bp]{\sl TA}; \dpicdraw (0.977778,0.138889) --(1.127778,0.138889) --(1.127778,0.072222) --(1.327778,0.072222)\dpicstop \dpicdraw[fill=white](1.327778,0.072222) circle (0.007874in)\dpicstop \dpicdraw (0.977778,-0.061111) --(1.127778,-0.061111) --(1.127778,0.005556) --(1.277778,0.005556)\dpicstop \draw (0.977778,0.138889) node[left=-2bp]{\sl A}; \draw (0.977778,-0.061111) node[left=-2bp]{\sl B}; \dpicdraw (1.827778,-0.061111) --(1.977778,-0.061111) --(1.977778,0.022222) --(2.177778,0.022222)\dpicstop \dpicdraw[fill=white](2.177778,0.022222) circle (0.007874in)\dpicstop \dpicdraw (1.827778,0.063889) --(2.127778,0.063889)\dpicstop \dpicdraw (1.827778,0.188889) --(1.977778,0.188889) --(1.977778,0.105556) --(2.127778,0.105556)\dpicstop \draw (1.827778,-0.061111) node[left=-2bp]{\sl A}; \draw (1.827778,0.188889) node[left=-2bp]{\sl B}; \draw (1.827778,0.063889) node[left=-2bp]{\sl C}; \dpicdraw (2.827778,-0.061111) --(2.677778,-0.061111) --(2.677778,0.022222) --(2.477778,0.022222)\dpicstop \dpicdraw[fill=white](2.477778,0.022222) circle (0.007874in)\dpicstop \dpicdraw (2.827778,0.063889) --(2.527778,0.063889)\dpicstop \dpicdraw (2.827778,0.188889) --(2.677778,0.188889) --(2.677778,0.105556) --(2.527778,0.105556)\dpicstop \draw (2.827778,-0.061111) node[right=-2bp]{\sl A}; \draw (2.827778,0.188889) node[right=-2bp]{\sl B}; \draw (2.827778,0.063889) node[right=-2bp]{\sl C}; \draw (0.312778,-0.161111) node[below=-2bp]{\tt plug}; \draw (1.162778,-0.161111) node[below=-2bp]{\tt plug(,R)}; \draw (1.912778,-0.161111) node[below=-2bp]{\tt plug(,3)}; \draw (2.742778,-0.161111) node[below=-2bp]{\tt plug(L,3R)}; \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (0.498611,-0.871242) --(0.498611,-0.746242) --(0.456944,-0.746242) --(0.456944,-0.996242) --(0.498611,-0.996242) --(0.498611,-0.871242)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.427778,-0.758742) --(0.396528,-0.789992) --(0.365278,-0.758742) --(0.127778,-0.758742)\dpicstop \dpicdraw[fill=white](0.127778,-0.758742) circle (0.007874in)\dpicstop \dpiclw=0.4bp \draw (0.127778,-0.758742) node[left=-2bp]{\sl L}; \filldraw[line width=0bp](0.565278,-0.851242) --(0.498611,-0.871242) --(0.565278,-0.891242) --cycle\dpicstop \dpicdraw (0.517945,-0.871242) --(0.598611,-0.871242)\dpicstop \draw (0.598611,-0.871242) node[right=-2bp]{\sl F}; \filldraw[line width=0bp](0.497778,-1.062909) --(0.477778,-0.996242) --(0.457778,-1.062909) --cycle\dpicstop \dpicdraw (0.477778,-1.015576) --(0.477778,-1.096242) --(0.377778,-1.096242)\dpicstop \draw (0.377778,-1.096242) node[left=-2bp]{\sl G}; \dpiclw=0.8bp \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (1.698611,-0.871242) --(1.698611,-0.746242) --(1.656944,-0.746242) --(1.656944,-0.996242) --(1.698611,-0.996242) --(1.698611,-0.871242)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (1.627778,-0.758742) --(1.596528,-0.789992) --(1.565278,-0.758742) --(1.327778,-0.758742)\dpicstop \dpicdraw[fill=white](1.327778,-0.758742) circle (0.007874in)\dpicstop \filldraw[line width=0bp](1.396528,-0.671242) --(1.427778,-0.733742) --(1.459028,-0.671242) --cycle\dpicstop \dpicdraw (1.427778,-0.72132) --(1.427778,-0.639992)\dpicstop \filldraw[line width=0bp](1.459028,-0.821242) --(1.427778,-0.758742) --(1.396528,-0.821242) --cycle\dpicstop \dpicdraw (1.427778,-0.771165) --(1.427778,-0.852492)\dpicstop \dpicdraw (1.577778,-0.983742) --(1.546528,-0.952492) --(1.515278,-0.983742) --(1.327778,-0.983742)\dpicstop \dpicdraw[fill=white](1.327778,-0.983742) circle (0.007874in)\dpicstop \dpiclw=0.4bp \draw (1.327778,-0.758742) node[left=-2bp]{\sl L}; \filldraw[line width=0bp](1.361111,-0.659992) --(1.427778,-0.639992) --(1.361111,-0.619992) --cycle\dpicstop \dpicdraw (1.408444,-0.639992) --(1.177778,-0.639992)\dpicstop \draw (1.177778,-0.639992) node[left=-2bp]{\sl LM}; \filldraw[line width=0bp](1.361111,-0.872492) --(1.427778,-0.852492) --(1.361111,-0.832492) --cycle\dpicstop \dpicdraw (1.408444,-0.852492) --(1.177778,-0.852492)\dpicstop \draw (1.177778,-0.852492) node[left=-2bp]{\sl LB}; \draw (1.327778,-0.983742) node[left=-2bp]{\sl S}; \dpiclw=0.8bp \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (2.098611,-0.871242) --(2.098611,-0.996242) --(2.140278,-0.996242) --(2.140278,-0.746242) --(2.098611,-0.746242) --(2.098611,-0.871242)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (2.169444,-0.758742) --(2.200694,-0.789992) --(2.231944,-0.758742) --(2.469444,-0.758742)\dpicstop \dpicdraw[fill=white](2.469444,-0.758742) circle (0.007874in)\dpicstop \dpicdraw (2.219444,-0.983742) --(2.250694,-0.952492) --(2.281944,-0.983742) --(2.469444,-0.983742)\dpicstop \dpicdraw[fill=white](2.469444,-0.983742) circle (0.007874in)\dpicstop \dpiclw=0.4bp \draw (2.469444,-0.758742) node[right=-2bp]{\sl L}; \draw (2.469444,-0.983742) node[right=-2bp]{\sl S}; \dpiclw=0.8bp \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (3.198611,-0.871242) --(3.198611,-0.996242) --(3.240278,-0.996242) --(3.240278,-0.746242) --(3.198611,-0.746242) --(3.198611,-0.871242)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (3.269444,-0.758742) --(3.300694,-0.789992) --(3.331944,-0.758742) --(3.569444,-0.758742)\dpicstop \dpicdraw[fill=white](3.569444,-0.758742) circle (0.007874in)\dpicstop \filldraw[line width=0bp](3.500694,-0.821242) --(3.469444,-0.758742) --(3.438194,-0.821242) --cycle\dpicstop \dpicdraw (3.469444,-0.771165) --(3.469444,-0.852492)\dpicstop \dpicdraw (3.319444,-0.571242) --(3.569444,-0.571242)\dpicstop \dpicdraw[fill=white](3.569444,-0.571242) circle (0.007874in)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (3.339028,-0.664992) --(3.339028,-0.758742) --(3.359861,-0.758742) --(3.359861,-0.571242) --(3.339028,-0.571242) --(3.339028,-0.664992)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \filldraw[line width=0bp](3.438194,-0.483742) --(3.469444,-0.546242) --(3.500694,-0.483742) --cycle\dpicstop \dpicdraw (3.469444,-0.53382) --(3.469444,-0.452492)\dpicstop \dpicdraw (3.319444,-0.383742) --(3.569444,-0.383742)\dpicstop \dpicdraw[fill=white](3.569444,-0.383742) circle (0.007874in)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (3.339028,-0.477492) --(3.339028,-0.571242) --(3.359861,-0.571242) --(3.359861,-0.383742) --(3.339028,-0.383742) --(3.339028,-0.477492)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \filldraw[line width=0bp](3.438194,-0.296242) --(3.469444,-0.358742) --(3.500694,-0.296242) --cycle\dpicstop \dpicdraw (3.469444,-0.34632) --(3.469444,-0.264992)\dpicstop \dpicdraw (3.319444,-0.983742) --(3.350694,-0.952492) --(3.381944,-0.983742) --(3.569444,-0.983742)\dpicstop \dpicdraw[fill=white](3.569444,-0.983742) circle (0.007874in)\dpicstop \dpiclw=0.4bp \draw (3.569444,-0.571242) node[right=-2bp]{\sl L1}; \filldraw[line width=0bp](3.536111,-0.432492) --(3.469444,-0.452492) --(3.536111,-0.472492) --cycle\dpicstop \dpicdraw (3.488778,-0.452492) --(3.769444,-0.452492)\dpicstop \draw (3.769444,-0.452492) node[right=-2bp]{\sl LM1}; \draw (3.569444,-0.383742) node[right=-2bp]{\sl L2}; \filldraw[line width=0bp](3.536111,-0.244992) --(3.469444,-0.264992) --(3.536111,-0.284992) --cycle\dpicstop \dpicdraw (3.488778,-0.264992) --(3.769444,-0.264992)\dpicstop \draw (3.769444,-0.264992) node[right=-2bp]{\sl LM2}; \draw (3.569444,-0.983742) node[right=-2bp]{\sl S}; \draw (3.569444,-0.758742) node[right=-2bp]{\sl L}; \filldraw[line width=0bp](3.536111,-0.832492) --(3.469444,-0.852492) --(3.536111,-0.872492) --cycle\dpicstop \dpicdraw (3.488778,-0.852492) --(3.669444,-0.852492)\dpicstop \draw (3.669444,-0.852492) node[right=-2bp]{\sl LB}; \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (5.148611,-0.871242) --(5.148611,-0.746242) --(5.106944,-0.746242) --(5.106944,-0.996242) --(5.148611,-0.996242) --(5.148611,-0.871242)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (5.077778,-0.983742) --(5.046528,-0.952492) --(5.015278,-0.983742) --(4.777778,-0.983742)\dpicstop \dpicdraw[fill=white](4.777778,-0.983742) circle (0.007874in)\dpicstop \filldraw[line width=0bp](4.846528,-0.921242) --(4.877778,-0.983742) --(4.909028,-0.921242) --cycle\dpicstop \dpicdraw (4.877778,-0.97132) --(4.877778,-0.889992)\dpicstop \dpicdraw (5.027778,-0.758742) --(4.996528,-0.789992) --(4.965278,-0.758742) --(4.777778,-0.758742)\dpicstop \dpicdraw[fill=white](4.777778,-0.758742) circle (0.007874in)\dpicstop \filldraw[line width=0bp](4.909028,-0.821242) --(4.877778,-0.758742) --(4.846528,-0.821242) --cycle\dpicstop \dpicdraw (4.877778,-0.771165) --(4.877778,-0.852492)\dpicstop \dpicdraw (4.977778,-0.571242) --(4.777778,-0.571242)\dpicstop \dpicdraw[fill=white](4.777778,-0.571242) circle (0.007874in)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!100!black] \dpicdraw (4.958194,-0.664992) --(4.958194,-0.571242) --(4.937361,-0.571242) --(4.937361,-0.758742) --(4.958194,-0.758742) --(4.958194,-0.664992)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \filldraw[line width=0bp](4.846528,-0.483742) --(4.877778,-0.546242) --(4.909028,-0.483742) --cycle\dpicstop \dpicdraw (4.877778,-0.53382) --(4.877778,-0.452492)\dpicstop \draw (4.777778,-0.983742) node[left=-2bp]{\sl L}; \draw (4.777778,-0.758742) node[left=-2bp]{\sl S}; \draw (4.777778,-0.571242) node[left=-2bp]{\sl S1}; \filldraw[line width=0bp](4.811111,-0.472492) --(4.877778,-0.452492) --(4.811111,-0.432492) --cycle\dpicstop \dpicdraw (4.858444,-0.452492) --(4.577778,-0.452492)\dpicstop \draw (4.577778,-0.452492) node[left=-2bp]{\sl SM1}; \filldraw[line width=0bp](4.811111,-0.909992) --(4.877778,-0.889992) --(4.811111,-0.869992) --cycle\dpicstop \dpicdraw (4.858444,-0.889992) ..controls (4.743111,-0.889992) and (4.577778,-0.914992) ..(4.527778,-0.939992)\dpicstop \draw (4.527778,-0.939992) node[left=-2bp]{\sl LB}; \filldraw[line width=0bp](4.811111,-0.872492) --(4.877778,-0.852492) --(4.811111,-0.832492) --cycle\dpicstop \dpicdraw (4.858444,-0.852492) ..controls (4.743111,-0.852492) and (4.577778,-0.827492) ..(4.527778,-0.802492)\dpicstop \draw (4.527778,-0.802492) node[left=-2bp]{\sl SB}; \dpiclw=0.8bp \draw (0.303194,-1.146242) node[below=-2bp]{\tt jack}; \draw (1.334306,-1.146242) node[below=-2bp]{\tt jack(,LMBS)}; \draw (2.294028,-1.146242) node[below=-2bp]{\tt ..(L,RLS)}; \draw (3.394028,-1.146242) node[below=-2bp]{\tt ..(L,RLBLMLMS)}; \draw (4.953194,-1.146242) node[below=-2bp]{\tt ..(,RSBSMLB)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/JackMan.m40000644060175006010010000000447213774371757015537 0ustar DwightNone.PS # `Jack.m4' cct_init P: [ P1: plug "\sl A" wid 0.1 at P1.A rjust "\sl B" at P1.B rjust "\sl TB" at P1.TB ljust above "\sl TA" at P1.TA ljust below P2: plug(,R) with .B at P1.A+(0.85,0) "\sl A" wid 0.1 at P2.A rjust "\sl B" at P2.B rjust # P3: plug(L) with .A at P2.A+(1,0) # "\sl A" wid 0.1 at P3.A ljust # "\sl B" at P3.B ljust P4: plug(,3) with .A at P2.B+(0.85,0) "\sl A" at P4.A rjust "\sl B" at P4.B rjust "\sl C" at P4.C rjust P5: plug(L,3R) with .A at P4.A+(1,0) "\sl A" wid 0.1 at P5.A ljust "\sl B" at P5.B ljust "\sl C" at P5.C ljust `"\tt plug"' below at P1.s+(0,-0.1) `"\tt plug(,R)"' below at P2.s+(0,-0.1) # `"\tt plug(L)"' below at P3.s+(0,-0.1) `"\tt plug(,3)"' below at P4.s+(-0.1,-0.1) `"\tt plug(L,3R)"' below at P5.s+(0.1,-0.1) ] L: [ right_ J1: jack thinlines_ "\sl L" wid 0.1 rjust at J1.L arrow <- right 0.1 from J1.F; "\sl F" ljust arrow <- down 0.1 from J1.G then left 0.1 ; "\sl G" rjust thicklines_ J2:[K2: jack(,LMBS) #with .F at J1.F+(1.2,0) thinlines_ "\sl L" rjust at K2.L arrow <- from K2.LM left 0.25; "\sl LM" wid 0.18 rjust arrow <- from K2.LB left 0.25; "\sl LB" rjust "\sl S" rjust at K2.S thicklines_ ] with .K2.F at J1.F+(1.2,0) J3: jack(L,RLS) with .F at J2.K2.F+(0.4,0) thinlines_ "\sl L" ljust at J3.L "\sl S" ljust at J3.S thicklines_ J4: jack(L,RLBLMLMS) with .F at J3.F+(1.1,0) thinlines_ "\sl L1" ljust at J4.L1 arrow <- right 0.3 from J4.LM1; "\sl LM1" ljust "\sl L2" ljust at J4.L2 arrow <- right 0.3 from J4.LM2; "\sl LM2" wid 0.2 ht 11pt__ ljust "\sl S" ljust at J4.S "\sl L" ljust at J4.L arrow <- right 0.2 from J4.LB ; "\sl LB" ljust right_ J5: jack(,RSBSMLB) with .F at J4.F+(1.95,0) thinlines_ "\sl L" rjust at J5.L "\sl S" rjust at J5.S "\sl S1" rjust at J5.S1 arrow <- left 0.3 from J5.SM1; "\sl SM1" rjust spline 0.5 <- left 0.25 then left 0.1 down 0.05 from J5.LB; "\sl LB" rjust spline 0.5 <- left 0.25 then left 0.1 up 0.05 from J5.SB; "\sl SB" rjust thicklines_ `"\tt jack"' ht 0.15 below at J1.s+(0,-0.15) `"\tt jack(,LMBS)"' below at (J2,last "") `"\tt ..(L,RLS)"' below at (J3,last "") `"\tt ..(L,RLBLMLMS)"' below at (J4,last "") `"\tt ..(,RSBSMLB)"' below at (J5,last "") ] with .nw at P.sw #+ (0,0.1) .PE Circuit_macros9.5/doc/Logic.tex0000644060175006010010000001655513774371757015555 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.2,0.45) --(0,0.45) --(0,0.75) --(0.2,0.75)\dpicstop \dpicdraw (0.2,0.75) ..controls (0.4,0.75) and (0.4,0.45) ..(0.2,0.45)\dpicstop \draw (0.6,0.6) node[right=-2bp]{{\tt AND\_gate}}; \dpicdraw (0.122222,0.348911) --(0,0.348911)\dpicstop \dpicdraw (0.004513,0.351089) ..controls (0.050565,0.25571) and (0.050948,0.144606) ..(0.005556,0.048911)\dpicstop \dpicdraw (0,0.048911) --(0.122222,0.048911)\dpicstop \dpicdraw (0.122222,0.348911) ..controls (0.222661,0.348911) and (0.313857,0.290284) ..(0.355556,0.198911)\dpicstop \dpicdraw (0.122222,0.048911) ..controls (0.222661,0.048911) and (0.313857,0.107537) ..(0.355556,0.198911)\dpicstop \draw (0.6,0.2) node[right=-2bp]{{\tt OR\_gate}}; \dpicdraw (0.175,-0.2) --(0,-0.3) --(0,-0.1) --(0.175,-0.2)\dpicstop \draw (0.6,-0.2) node[right=-2bp]{{\tt BUFFER\_gate}}; \dpicdraw (-0,-0.451089) ..controls (0.04503,-0.54602) and (0.04503,-0.656159) ..(-0,-0.751089)\dpicstop \dpicdraw (0.166667,-0.451089) --(0.044444,-0.451089)\dpicstop \dpicdraw (0.048957,-0.448911) ..controls (0.095009,-0.54429) and (0.095392,-0.655394) ..(0.05,-0.751089)\dpicstop \dpicdraw (0.044444,-0.751089) --(0.166667,-0.751089)\dpicstop \dpicdraw (0.166667,-0.451089) ..controls (0.267105,-0.451089) and (0.358302,-0.509716) ..(0.4,-0.601089)\dpicstop \dpicdraw (0.166667,-0.751089) ..controls (0.267105,-0.751089) and (0.358302,-0.692463) ..(0.4,-0.601089)\dpicstop \draw (0.6,-0.6) node[right=-2bp]{{\tt XOR\_gate}}; \dpicdraw (2.13718,0.45) --(1.93718,0.45) --(1.93718,0.75) --(2.13718,0.75)\dpicstop \dpicdraw (2.13718,0.75) ..controls (2.33718,0.75) and (2.33718,0.45) ..(2.13718,0.45)\dpicstop \dpicdraw (2.32468,0.6) circle (0.014764in)\dpicstop \draw (2.53718,0.6) node[right=-2bp]{{\tt NAND\_gate}}; \dpicdraw (2.059402,0.348911) --(1.93718,0.348911)\dpicstop \dpicdraw (1.941693,0.351089) ..controls (1.987745,0.25571) and (1.988128,0.144606) ..(1.942736,0.048911)\dpicstop \dpicdraw (1.93718,0.048911) --(2.059402,0.048911)\dpicstop \dpicdraw (2.059402,0.348911) ..controls (2.159841,0.348911) and (2.251037,0.290284) ..(2.292736,0.198911)\dpicstop \dpicdraw (2.059402,0.048911) ..controls (2.159841,0.048911) and (2.251037,0.107537) ..(2.292736,0.198911)\dpicstop \dpicdraw (2.330236,0.198911) circle (0.014764in)\dpicstop \draw (2.53718,0.2) node[right=-2bp]{{\tt NOR\_gate(3)}}; \dpiclw=0.4bp \filldraw[line width=0bp](2.434402,0.218911) --(2.367736,0.198911) --(2.434402,0.178911) --cycle\dpicstop \dpicdraw (2.387069,0.198911) --(2.444069,0.198911) ..controls (2.482069,0.198911) and (2.501069,0.223911) ..(2.501069,0.273911) ..controls (2.501069,0.323911) and (2.509402,0.348911) ..(2.526069,0.348911) --(2.551069,0.348911)\dpicstop \draw (2.551069,0.348911) node[right=-2bp]{{\tt Out}}; \filldraw[line width=0bp](2.350236,0.132244) --(2.330236,0.198911) --(2.310236,0.132244) --cycle\dpicstop \dpicdraw (2.330236,0.179577) --(2.330236,0.122577) ..controls (2.330236,0.084577) and (2.369819,0.062799) ..(2.448986,0.057244) --(2.567736,0.048911)\dpicstop \draw (2.567736,0.048911) node[right=-2bp]{{\tt N\_Out}}; \filldraw[line width=0bp](1.902093,0.263339) --(1.961918,0.298911) --(1.892391,0.302144) --cycle\dpicstop \dpicdraw (1.943161,0.294221) --(1.761918,0.248911)\dpicstop \draw (1.761918,0.268911) node[left=-2bp]{{\tt In1\/}}; \filldraw[line width=0bp](1.916682,0.163339) --(1.976508,0.198911) --(1.906981,0.202144) --cycle\dpicstop \dpicdraw (1.957751,0.194221) --(1.776508,0.148911)\dpicstop \draw (1.776508,0.148911) node[left=-2bp]{{\tt In2\/}}; \filldraw[line width=0bp](1.902093,0.063339) --(1.961918,0.098911) --(1.892391,0.102144) --cycle\dpicstop \dpicdraw (1.943161,0.094221) --(1.761918,0.048911)\dpicstop \draw (1.761918,0.028911) node[left=-2bp]{{\tt In3\/}}; \dpiclw=0.8bp \dpicdraw (2.11218,-0.2) --(1.93718,-0.3) --(1.93718,-0.1) --(2.11218,-0.2)\dpicstop \dpicdraw (2.14968,-0.2) circle (0.014764in)\dpicstop \draw (2.53718,-0.2) node[right=-2bp]{{\tt NOT\_gate}}; \dpicdraw (1.992998,-0.451089) ..controls (2.038027,-0.54602) and (2.038027,-0.656159) ..(1.992998,-0.751089)\dpicstop \dpicdraw (2.159664,-0.451089) --(2.037442,-0.451089)\dpicstop \dpicdraw (2.041955,-0.448911) ..controls (2.088007,-0.54429) and (2.08839,-0.655394) ..(2.042998,-0.751089)\dpicstop \dpicdraw (2.037442,-0.751089) --(2.159664,-0.751089)\dpicstop \dpicdraw (2.159664,-0.451089) ..controls (2.260103,-0.451089) and (2.351299,-0.509716) ..(2.392998,-0.601089)\dpicstop \dpicdraw (2.159664,-0.751089) ..controls (2.260103,-0.751089) and (2.351299,-0.692463) ..(2.392998,-0.601089)\dpicstop \dpicdraw (2.430498,-0.601089) circle (0.014764in)\dpicstop \dpicdraw (1.97468,-0.501089) circle (0.014764in)\dpicstop \dpicdraw (1.97468,-0.701089) circle (0.014764in)\dpicstop \draw (2.53718,-0.6) node[right=-2bp]{{\tt NXOR\_gate(NPN)}}; \filldraw[line width=0bp](1.834102,-0.501089) --(1.93718,-0.501089) --(1.846229,-0.452582) --cycle\dpicstop \dpicdraw (1.914958,-0.495534) --(1.73718,-0.451089)\dpicstop \draw (1.73718,-0.431089) node[left=-2bp]{{\tt In1\/}}; \filldraw[line width=0bp](1.923692,-0.601089) --(2.02677,-0.601089) --(1.935819,-0.552582) --cycle\dpicstop \dpicdraw (2.004548,-0.595534) --(1.82677,-0.551089)\dpicstop \draw (1.82677,-0.551089) node[left=-2bp]{{\tt In2\/}}; \filldraw[line width=0bp](1.834102,-0.701089) --(1.93718,-0.701089) --(1.846229,-0.652582) --cycle\dpicstop \dpicdraw (1.914958,-0.695534) --(1.73718,-0.651089)\dpicstop \draw (1.73718,-0.671089) node[left=-2bp]{{\tt In3\/}}; \dpicdraw (3.87436,0.6) --(3.87436,0.775) --(4.22436,0.775) --(4.22436,0.425) --(3.87436,0.425) --(3.87436,0.6)\dpicstop \draw (4.04936,0.705815) node{{\scriptsize$ \& $}}; \draw (4.47436,0.6) node[right=-2bp]{{\tt NAND\_gate(,B)}}; \dpicdraw (3.87436,0.2) --(3.87436,0.375) --(4.22436,0.375) --(4.22436,0.025) --(3.87436,0.025) --(3.87436,0.2)\dpicstop \draw (4.04936,0.305815) node{{\scriptsize$ \geq 1 $}}; \dpicdraw (3.83686,0.316667) circle (0.014764in)\dpicstop \dpicdraw (3.83686,0.2) circle (0.014764in)\dpicstop \dpicdraw (3.83686,0.083333) circle (0.014764in)\dpicstop \dpicdraw (4.26186,0.2) circle (0.014764in)\dpicstop \draw (4.47436,0.2) node[right=-2bp]{{\tt NOR\_gate(3,NB)}}; \dpicdraw (3.87436,-0.2) --(3.87436,-0.025) --(4.22436,-0.025) --(4.22436,-0.375) --(3.87436,-0.375) --(3.87436,-0.2)\dpicstop \draw (4.04936,-0.094185) node{{\scriptsize$ =1 $}}; \dpicdraw (3.83686,-0.2875) circle (0.014764in)\dpicstop \dpicdraw (4.26186,-0.2) circle (0.014764in)\dpicstop \draw (4.47436,-0.2) node[right=-2bp]{{\tt BOX\_gate(PN,N,{,},=1)}}; \dpicdraw (3.87436,-0.1125) --(3.72436,-0.1125)\dpicstop \dpicdraw (3.79936,-0.2875) --(3.72436,-0.2875)\dpicstop \dpicdraw (4.29936,-0.2) --(4.44936,-0.2)\dpicstop \dpicdraw (3.87436,-0.6) --(3.87436,-0.425) --(4.22436,-0.425) --(4.22436,-0.775) --(3.87436,-0.775) --(3.87436,-0.6)\dpicstop \draw (4.04936,-0.494185) node{{\scriptsize$ = $}}; \dpicdraw (4.26186,-0.6) circle (0.014764in)\dpicstop \draw (4.47436,-0.6) node[right=-2bp]{{\tt BOX\_gate(PP,N,{,},=)}}; \dpicdraw (3.87436,-0.5125) --(3.72436,-0.5125)\dpicstop \dpicdraw (3.87436,-0.6875) --(3.72436,-0.6875)\dpicstop \dpicdraw (4.29936,-0.6) --(4.44936,-0.6)\dpicstop \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/LogicMan.m40000644060175006010010000000410713774371757015717 0ustar DwightNone.PS # Logic.m4 cct_init ifdef(`AND_gate',,`include(liblog.m4)') xgap = 0.6 [ dmov = 0.4 { {AND_gate ; "{\tt AND\_gate}" ljust at last [].w + (xgap,0)} move down dmov; right_ {OR_gate ; "{\tt OR\_gate}" ljust at last [].w + (xgap,0)} move down dmov; right_ {BUFFER_gate ; "{\tt BUFFER\_gate}" ljust at last [].w + (xgap,0)} move down dmov; right_ {XOR_gate ; "{\tt XOR\_gate}" ljust at last [].w + (xgap,0)} } move right_ 140pt__ { { NAND_gate; "{\tt NAND\_gate}" ljust at last [].w + (xgap,0) } move down dmov; right_ { Gate: NOR_gate(3) "{\tt NOR\_gate(3)}" ljust at last [].w + (xgap,0) thinlines_ spline <- from Gate.Out right arrowht*2.0 \ then up 0.15 then right 0.05 "{\tt Out}" ljust spline <- from Gate.N_Out down arrowht*2.0 \ then right 0.1+arrowht*1.5+NOT_rad down 0.15-arrowht*2.0 "{\tt N\_Out}" ljust for_(1,3,1, `arrow <- left 0.2 down 0.05 from Gate.In`'m4x "{\tt In`'m4x\/}" rjust at Here+(0,(2-m4x)*0.02)') } thicklines_ move down dmov; right_ { NOT_gate ; "{\tt NOT\_gate}" ljust at last [].w + (xgap,0) } move down dmov; right_ {Gate: NXOR_gate(NPN); "{\tt NXOR\_gate(NPN)}" ljust at last [].w + (xgap,0) for_(1,3,1, `arrow <- left 0.2 up 0.05 from Gate.In`'m4x "{\tt In`'m4x\/}" rjust at Here+(0,(2-m4x)*0.02)') } } move right_ 140pt__ { {NAND_gate(,B) ; "{\tt NAND\_gate(,B)}" ljust at last [].w + (xgap,0)} { line invis right 1.6 from last [].se then down 1} move down dmov; right_ move left N_diam*L_unit; right_ {NOR_gate(3,NB) ; "{\tt NOR\_gate(3,NB)}" ljust at (last "",last []) } move down dmov; right_ {BOX_gate(PN,N,,,=1) "{\tt BOX\_gate(PN,N,{,},=1)}" ljust at (last "",last []) line left 0.15 from last [].In1 line left 0.15-NOT_rad*2 from last [].In2 line right 0.15 from last [].Out } move down dmov; move right_ N_diam*L_unit {BOX_gate(PP,N,,,=) "{\tt BOX\_gate(PP,N,{,},=)}" ljust at (last "",last []) line left 0.15 from last [].In1 line left 0.15 from last [].In2 line right 0.15 from last [].Out } } ] .PE Circuit_macros9.5/doc/Loop.m40000644060175006010010000000041513774371757015135 0ustar DwightNone.PS # `Loop.m4' cct_init define(`dimen_',0.75) loopwid = 1; loopht = 0.75 source(up_ loopht); llabel(-,v_s,+) resistor(right_ loopwid); llabel(,R,); b_current(i) inductor(down_ loopht,W); rlabel(,L,) capacitor(left_ loopwid,C); llabel(+,v_C,-); rlabel(,C,) .PE Circuit_macros9.5/doc/lrarrows.m40000644060175006010010000000060313774371757016076 0ustar DwightNone.PS # `lrarrows.m4' cct_init del = 0.55 inductor; larrow(i) {"`\tt larrow(i)'" at last line + (0,-0.25)} move right_ del inductor; rarrow(i) {"`\tt rarrow(i)'" at last line + (0,-0.25)} move right_ del inductor; larrow(i,<-) {"`\tt larrow(i,<-)'" at last line + (0,-0.25)} move right_ del inductor; rarrow(i,<-) {"`\tt rarrow(i,<-)'" at last line + (0,-0.25)} .PE Circuit_macros9.5/doc/Makefile0000644060175006010010000001122413774371757015422 0ustar DwightNone# The installed library directory, change this if necessary: LIBDIR = .. DOC = Circuit_macros DOCSRC = Circuit_macros.tex body.tex defines.tex PICTEX = \ ACsymbol.tex \ AmpTableMan.tex AntennasMan.tex ArrestersMan.tex AudioMan.tex Axes.tex \ Buffer.tex BigResistor.tex BipMan.tex \ CctTableMan.tex Composite.tex ConfigA.tex ConfigB.tex ConfigC.tex \ ConnMan.tex Corners.tex ContactMan.tex ContactsMan.tex \ Dac.tex Darlington.tex DCsymbol.tex DemultiplexerMan.tex DiodesMan.tex \ EmarrowsMan.tex FF.tex FlipFlop.tex Flowdiag.tex FusesMan.tex \ GroundsMan.tex HeadersMan.tex HybridPi.tex JackMan.tex LogicMan.tex \ Loop.tex MultiplexerMan.tex NPDTMan.tex NLGMan.tex NportMan.tex \ Oblique.tex OpampMan.tex Opto.tex ParSeries.tex PconnMan.tex \ Potentiometers.tex RelayMan.tex relaycoilMan.tex Series.tex ShiftRMan.tex \ Sinus.tex SourcesMan.tex SwitchesMan.tex Taps.tex TgateMan.tex \ Thermal.tex Tline.tex VariableMan.tex XformMan.tex \ WindingsMan.tex Workflow.tex bitr.tex bi_trans.tex bistableMan.tex \ currents.tex eboxdims.tex fbfilter.tex fetMan.tex lrarrows.tex \ mplex.tex oax.tex quick.tex \ sampleIC.tex stringdims.tex thyristorMan.tex ujtMan.tex \ woodchips.tex VERBATIM = BigResistor2.verb eboxdims.verb BOXDIMS = AntennasMan.tex bi_trans.tex ConfigA.tex ConfigB.tex ConfigC.tex \ Corners.tex \ Dac.tex eboxdims.tex FlipFlop.tex \ OpampMan.tex ParSeries.tex Sinus.tex stringdims.tex \ WindingsMan.tex woodchips.tex # BOXDIMS = $(PICTEX) LATEX = latex M4 = m4 -I $(LIBDIR) # If M4PATH has been set: M4 = m4 # For gpic MODE = gpic PIC = gpic -t PRE = POST = ;printf '\\centerline{\\box\\graph}\n' PST = # For dpic; comment these to stick with gpic. MODE = pstricks PIC = dpic -p # PIC = $$HOME/dpic/test/dpic -p # PIC = $$HOME/dpic/p2c/ftp/dpic -p PRE = POST = #POST = ;printf '}%%' PST = ;printf '\\usepackage{pstricks}\n' >> heading.tex # PST = ;printf '\\usepackage{tikz}\n' >> heading.tex SFX = dvi M4LIBS = $(MODE).m4 .SUFFIXES: .tex .m4 .m4.tex: touch $(DOC).dim $(M4) $(M4LIBS) $(DOC).dim $*.m4 > $*.pic ($(PRE) $(PIC) $*.pic $(POST)) > $*.tex $(DOC).pdf: touch mode.tex -if grep -q tikz mode.tex ; then true ; else \ rm mode.tex; make MODE=tikz clean mode.tex ; fi make MODE=pgf PIC="dpic -g" LATEX=pdflatex SFX=pdf \ POST="; printf '\\\\vspace*{-0.5\\\\baselineskip}\\n'" \ $(DOC).pdf # This breaks internal links: # optpdf $(DOC).pdf chmod 644 $(DOC).pdf $(DOC).ps: printf "\n $(DOC).ps:\n\n" make MODE=pstricks PIC="dpic -p" LATEX=latex SFX=dvi POST="" $(DOC).dvi dvips -t letter $(DOC) -o $(DOC).$(SFX): mode.tex citations $(PICTEX) @printf "\n $(DOC).SFX=$(DOC).$(SFX):\n\n" $(LATEX) $(DOC) ; bibtex $(DOC) -@if grep -s "Warning: Reference " $(DOC).log ; then \ @printf "\n Warning:\n\n" ; \ $(LATEX) $(DOC) ; bibtex $(DOC) ; \ elif test ! -f $(DOC).$(SFX) ; then\ @printf "\n No file $(DOC).$(SFX)\n\n" ; \ $(LATEX) $(DOC) ; bibtex $(DOC) ; fi ACsymbol.tex DCsymbol.tex: touch $(DOC).dim $(M4) $(M4LIBS) $(DOC).dim $*.m4 > $*.pic $(PRE) $(PIC) $*.pic | sed -e '/end{tikzpicture}/s/$$/%/' > $*.tex citations: mode.tex $(DOC).bbl $(PICTEX) @printf "\n citations:\n\n" $(LATEX) $(DOC) ; bibtex $(DOC) touch citations $(DOC).bbl: $(DOC).bib $(DOC).aux bibtex $(DOC) $(DOC).aux: mode.tex $(DOCSRC) heading.tex $(VERBATIM) $(PICTEX) @printf "\n $(DOC).aux:\n\n" $(LATEX) $(DOC) ; bibtex $(DOC) rm -f $(BOXDIMS) make $(BOXDIMS) mode.tex: -if test "$(MODE)" = "pstricks" ; then \ printf "\\usepackage{pstricks}\n" > mode.tex ; else \ printf "\\usepackage{tikz}\n" > mode.tex ; fi printf "\\def\\Version{" >> mode.tex sed -e 's/$$/}/' Version.tex >> mode.tex heading.tex: printf '\\documentclass{article}\n' > heading.tex printf '\\usepackage{verbatim,url}\n' >> heading.tex printf '\\usepackage{multicol}\n' >> heading.tex printf '\\usepackage{amssymb,boxdims}\n' >> heading.tex $(PST) oax.tex tran.tex bitr.tex: oax.m4 $(M4) $(M4LIBS) $*.m4 > $*.pic $(PIC) $*.pic > $*.tex pics: $(PICTEX) BigResistor2.verb: BigResistor.m4 ( printf '\\begin{verbatim}\n'; \ sed -n '/thinlines/,/PE/p' BigResistor.m4 ;\ printf '\\end{verbatim}\n' ) > BigResistor2.verb eboxdims.verb: eboxdims.m4 ( printf '\\begin{verbatim}\n' ; \ sed -e '/thinlines/,$$d' eboxdims.m4 ; \ printf '.PE\n\\end{verbatim}\n' ) > eboxdims.verb ex08.m4: ../examples/ex08.m4 cp ../examples/ex08.m4 ex08.m4 clobber: clean rm -f *.dvi Circuit_macros.pdf clean: rm -f *.bbl *.log *.aux *.blg *.toc citations *.verb ex08.m4 rm -f *.pic $(PICTEX) heading.tex *.dim *.uu Circuit_macros.ps rm -f mode.tex Circuit_macros.out *.upa *.upb *.brf Circuit_macros.dvi Circuit_macros9.5/doc/mplex.m40000644060175006010010000000304713774371757015355 0ustar DwightNone.PS # mplex.m4 log_init linewid = linewid*0.9 define(`short',elen_*2/3) del = BUF_ht*L_unit down_ P: NOR_gate(8) B: P.In3+(0,del/2) dx = P.In1.x-P.In2.x line down del/2 from P.Out then right 2*del; dot {line up del*1.5; right_; BUFFER_gate(right_ short); "$\bar{Y}$" ljust } # BUFFER_gate(right_ short,N) ; "$Y$" ljust NOT_gate(right_ short,n) ; "$Y$" ljust for_(0,7,1, `line from P.In`'eval(8-m4x) \ up B.y-P.In`'eval(8-m4x).y + (3.5-abs(m4x-3.5)) * dx \ then left (3.5-m4x)*AND_wd*L_unit then up (0.5+abs(m4x-3.5))*dx; down_ A`'m4x: AND_gate(5) with .Out at Here ') Eb: "$\bar{E}$" rjust at (A0.In5.x-2*short-dx/2,A0.n.y+del/2) # BUFFER_gate(from Eb right_ short,N); line to (A7.In1,Here) then to A7.In1 NOT_gate(from Eb right_ short,n); line to (A7.In1,Here) then to A7.In1 for_(0,6,1, `line from A`'m4x.In1 to (A`'m4x.In1,Eb) ; dot') for_(0,2,1, `"`$S_'m4x$" wid 0.17 with .e at (Eb.x-textoffset,Eb.y+(1+m4x)*del*2) NOT_gate(right_ short) V1`'m4x: Here+(N_diam*L_unit/2,-del); {dot(at (V1`'m4x,Here))} # NOT_gate(right_ short) NOT_gate(right_ short,n) V0`'m4x: Here') for_(0,7,1,`define(`i',m4x)dnl for_(0,2,1,`define(`j',m4x)define(`k',`eval(((i+2**j)/2**j)%2)')dnl move to A`'i.In`'eval(j+2) line up V`'k`'j.y - Here.y dnl ifelse(eval((i==7)|(i==(7-2**j))),1, `then to V`'k`'j ifelse(eval(k==1),1,`then up del')', `; dot') ') move to A`'i.In5; line to (Here,V02) reversed(`BUFFER_gate',up_ short) "$`I_'i$" at last line.end rjust ') .PE Circuit_macros9.5/doc/Multiplexer.tex0000644060175006010010000001154413774371757017023 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp {\sf \dpicdraw (0.2,0.075) --(0.2,0.525) --(0.6,0.425) --(0.6,-0.275) --(0.2,-0.375) --(0.2,0.075)\dpicstop \draw (0.4,0.075) node{\scriptsize M1}; \dpicdraw (0.6,0.075) --(0.8,0.075)\dpicstop \dpicdraw (0.4,-0.325) --(0.4,-0.525)\dpicstop \draw (0.2,0.4125) node[right=-2bp]{{\scriptsize 0}}; \dpicdraw (0.2,0.4125) --(0,0.4125)\dpicstop \draw (0.2,0.1875) node[right=-2bp]{{\scriptsize 1}}; \dpicdraw (0.2,0.1875) --(0,0.1875)\dpicstop \draw (0.2,-0.0375) node[right=-2bp]{{\scriptsize 2}}; \dpicdraw (0.2,-0.0375) --(0,-0.0375)\dpicstop \draw (0.2,-0.2625) node[right=-2bp]{{\scriptsize 3}}; \dpicdraw (0.2,-0.2625) --(0,-0.2625)\dpicstop \draw (0.4,-0.525) node[below=-2bp]{\tt Mux(4,M1)}; \draw (0,0.4125) node[left=-2bp]{\sl In0}; \draw (0,0.1875) node[left=-2bp]{\sl In1}; \draw (0,-0.0375) node[left=-2bp]{\sl In2}; \draw (0,-0.2625) node[left=-2bp]{\sl In3}; \draw (0.8,0.075) node[above=-2bp]{\sl Out}; \draw (0.4,-0.525) node[above right=-2bp]{\sl Sel}; \dpicdraw (1.5,-0.075) --(1.5,-0.525) --(1.1,-0.425) --(1.1,0.275) --(1.5,0.375) --(1.5,-0.075)\dpicstop \dpicdraw (1.1,-0.075) --(0.9,-0.075)\dpicstop \dpicdraw (1.3,0.325) --(1.3,0.525)\dpicstop \draw (1.5,0.285) node[left=-2bp]{{\scriptsize 0}}; \dpicdraw (1.5,0.285) --(1.7,0.285)\dpicstop \draw (1.5,0.105) node[left=-2bp]{{\scriptsize 1}}; \dpicdraw (1.5,0.105) --(1.7,0.105)\dpicstop \draw (1.5,-0.075) node[left=-2bp]{{\scriptsize 2}}; \dpicdraw (1.5,-0.075) --(1.7,-0.075)\dpicstop \draw (1.5,-0.255) node[left=-2bp]{{\scriptsize 3}}; \dpicdraw (1.5,-0.255) --(1.7,-0.255)\dpicstop \draw (1.5,-0.435) node[left=-2bp]{{\scriptsize $\overline{\hbox{OE}}$}}; \dpicdraw (1.5375,-0.435) circle (0.014764in)\dpicstop \dpicdraw (1.575,-0.435) --(1.7,-0.435)\dpicstop \draw (1.3,-0.802778) node{\tt left\_; Mux(4,{,}LNOE)}; \draw (1.7,0.285) node[above=-2bp]{\sl In0}; \draw (1.755556,-0.435) node[below=-2bp]{\sl NOE}; \draw (0.9,-0.075) node[below=-2bp]{\sl Out}; \draw (1.3,0.525) node[below left=-2bp]{\sl Sel}; \dpicdraw (2.5,-0.0875) --(2.5,0.3625) --(2.9,0.2625) --(2.9,-0.4375) --(2.5,-0.5375) --(2.5,-0.0875)\dpicstop \dpicdraw (2.9,-0.0875) --(3.1,-0.0875)\dpicstop \dpicdraw (2.6,0.3375) --(2.6,0.5375)\dpicstop \dpicdraw (2.8,0.2875) --(2.8,0.4875)\dpicstop \draw (2.5,0.2725) node[right=-2bp]{{\scriptsize 00}}; \dpicdraw (2.5,0.2725) --(2.3,0.2725)\dpicstop \draw (2.5,0.0925) node[right=-2bp]{{\scriptsize 01}}; \dpicdraw (2.5,0.0925) --(2.3,0.0925)\dpicstop \draw (2.5,-0.0875) node[right=-2bp]{{\scriptsize 10}}; \dpicdraw (2.5,-0.0875) --(2.3,-0.0875)\dpicstop \draw (2.5,-0.2675) node[right=-2bp]{{\scriptsize 11}}; \dpicdraw (2.5,-0.2675) --(2.3,-0.2675)\dpicstop \draw (2.5,-0.4475) node[right=-2bp]{{\scriptsize OE}}; \dpicdraw (2.5,-0.4475) --(2.3,-0.4475)\dpicstop \draw (2.7,-0.5375) node[below=-2bp]{\tt Mux(4,{,}OEBN2)}; \draw (2.6,0.5375) node[left=-2bp]{\sl Sel0}; \draw (2.8,0.4875) node[right=-2bp]{\sl Sel1}; \draw (2.3,0.2725) node[left=-2bp]{\sl In0}; \draw (2.3,-0.2675) node[left=-2bp]{\sl In3}; \draw (2.3,-0.4475) node[left=-2bp]{\sl OE}; \dpicdraw (4.491667,0.2) --(5.191667,0.2) --(5.091667,-0.2) --(3.891667,-0.2) --(3.791667,0.2) --(4.491667,0.2)\dpicstop \dpicdraw (4.491667,-0.2) --(4.491667,-0.4)\dpicstop \dpicdraw (3.808333,0.133333) --(3.608333,0.133333)\dpicstop \dpicdraw (3.841667,0) --(3.641667,0)\dpicstop \dpicdraw (3.875,-0.133333) --(3.675,-0.133333)\dpicstop \draw (3.879167,0.2) node[below=-2bp]{{\scriptsize 0}}; \dpicdraw (3.879167,0.2) --(3.879167,0.4)\dpicstop \draw (4.054167,0.2) node[below=-2bp]{{\scriptsize 1}}; \dpicdraw (4.054167,0.2) --(4.054167,0.4)\dpicstop \draw (4.229167,0.2) node[below=-2bp]{{\scriptsize 2}}; \dpicdraw (4.229167,0.2) --(4.229167,0.4)\dpicstop \draw (4.404167,0.2) node[below=-2bp]{{\scriptsize 3}}; \dpicdraw (4.404167,0.2) --(4.404167,0.4)\dpicstop \draw (4.579167,0.2) node[below=-2bp]{{\scriptsize 4}}; \dpicdraw (4.579167,0.2) --(4.579167,0.4)\dpicstop \draw (4.754167,0.2) node[below=-2bp]{{\scriptsize 5}}; \dpicdraw (4.754167,0.2) --(4.754167,0.4)\dpicstop \draw (4.929167,0.2) node[below=-2bp]{{\scriptsize 6}}; \dpicdraw (4.929167,0.2) --(4.929167,0.4)\dpicstop \draw (5.104167,0.2) node[below=-2bp]{{\scriptsize 7}}; \dpicdraw (5.104167,0.2) --(5.104167,0.4)\dpicstop \draw (4.4,-0.4) node[below=-2bp]{\tt down\_; Mux(8,{,}L3,{,}28*L\_unit)}; \draw (3.608333,0.133333) node[left=-2bp]{\sl Sel0}; \draw (3.675,-0.133333) node[below left=-2bp]{\sl Sel2}; \draw (3.879167,0.4) node[left=-2bp]{\sl In0}; \draw (5.104167,0.4) node[right=-2bp]{\sl In7}; } \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/MultiplexerMan.m40000644060175006010010000000257013774371757017176 0ustar DwightNone.PS # `Multiplexer.m4' log_init ifmpost(`command "verbatimtex {\sf etex"', `ifpostscript(, `command "{\sf"')') right_ Mux(4,M1) `"\tt Mux(4,M1)"' at last [].s below `"\sl In0"' at last [].In0.end rjust wid 14bp__ `"\sl In1"' at last [].In1.end rjust `"\sl In2"' at last [].In2.end rjust `"\sl In3"' at last [].In3.end rjust `"\sl Out"' at last [].Out.end above `"\sl Sel"' at last [].Sel.end ljust above left_; Mux(4,,LNOE) with .c at last [].c+(0.9,0) `"\tt left\_; Mux(4,{,}LNOE)"' at last [].s +(0,-20bp__) ht 10bp__ `"\sl In0"' at last [].In0.end above `"\sl NOE"' at last [].NOE.end +(4bp__,0) below `"\sl Out"' at last [].Out.end below `"\sl Sel"' at last [].Sel.end rjust below right_; Mux(4,,OEBN2) with .c at last [].c+(1.4,0) `"\tt Mux(4,{,}OEBN2)"' at last [].s below `"\sl Sel0"' at last [].Sel0.end rjust `"\sl Sel1"' at last [].Sel1.end ljust `"\sl In0"' at last [].In0.end rjust `"\sl In3"' at last [].In3.end rjust `"\sl OE"' at last [].OE.end rjust down_; Mux(8,,L3,,28*L_unit) with .c at last [].c+(1.7,0) `"\tt down\_; Mux(8,{,}L3,{,}28*L\_unit)"' at last [].s below `"\sl Sel0"' at last [].Sel0.end rjust `"\sl Sel2"' at last [].Sel2.end rjust below `"\sl In0"' at last [].In0.end rjust `"\sl In7"' at last [].In7.end ljust wid 14bp__ ifmpost(`command "verbatimtex } etex"', `ifpostscript(, `command "}"')') .PE Circuit_macros9.5/doc/NLG.tex0000644060175006010010000000615713774371757015135 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.145,-0.25) rectangle (0.895,0.25)\dpicstop \draw (0.145,0) node[right=-2bp]{${}0$}; \draw (0.895,0) node[left=-2bp]{$\infty$}; \dpicdraw (0.145,0.125) --(0.02,0.125)\dpicstop \dpicdraw[fill=black](0.02,0.125) circle (0.007874in)\dpicstop \dpicdraw (0.145,-0.125) --(0.02,-0.125)\dpicstop \dpicdraw[fill=black](0.02,-0.125) circle (0.007874in)\dpicstop \dpicdraw (0.895,0.125) --(1.02,0.125)\dpicstop \dpicdraw[fill=black](1.02,0.125) circle (0.007874in)\dpicstop \dpicdraw (0.895,-0.125) --(1.02,-0.125)\dpicstop \dpicdraw[fill=black](1.02,-0.125) circle (0.007874in)\dpicstop \draw (0.52,-0.291511) node[below=-2bp]{\tt nullor}; \dpicdraw (1.685,-0.25) rectangle (2.185,0.25)\dpicstop \dpicdraw (1.685,0.125) --(1.56,0.125)\dpicstop \dpicdraw[fill=black](1.56,0.125) circle (0.007874in)\dpicstop \dpicdraw (1.685,-0.125) --(1.56,-0.125)\dpicstop \dpicdraw[fill=black](1.56,-0.125) circle (0.007874in)\dpicstop \dpicdraw (2.185,0.125) --(2.31,0.125)\dpicstop \dpicdraw[fill=black](2.31,0.125) circle (0.007874in)\dpicstop \dpicdraw (2.185,-0.125) --(2.31,-0.125)\dpicstop \dpicdraw[fill=black](2.31,-0.125) circle (0.007874in)\dpicstop \dpicdraw (1.685,0.125) --(1.81,0.125) --(1.81,-0.125) --(1.685,-0.125)\dpicstop \dpicdraw (1.81,-0.083333) ..controls (1.856024,-0.083333) and (1.893333,-0.046024) ..(1.893333,0) ..controls (1.893333,0.046024) and (1.856024,0.083333) ..(1.81,0.083333)\dpicstop \dpicdraw (2.185,0.125) --(2.06,0.125) --(2.06,-0.125) --(2.185,-0.125)\dpicstop \dpicdraw (2.06,0.083333) ..controls (2.013976,0.083333) and (1.976667,0.046024) ..(1.976667,0) ..controls (1.976667,-0.046024) and (2.013976,-0.083333) ..(2.06,-0.083333)\dpicstop \draw (1.935,-0.291511) node[below=-2bp]{\tt gyrator}; \dpicdraw (2.83,0.125) --(3.0175,0.125) --(3.0175,-0.125) --(2.83,-0.125)\dpicstop \dpicdraw (3.0175,-0.083333) ..controls (3.063524,-0.083333) and (3.100833,-0.046024) ..(3.100833,0) ..controls (3.100833,0.046024) and (3.063524,0.083333) ..(3.0175,0.083333)\dpicstop \dpicdraw (3.58,0.125) --(3.3925,0.125) --(3.3925,-0.125) --(3.58,-0.125)\dpicstop \dpicdraw (3.3925,0.083333) ..controls (3.346476,0.083333) and (3.309167,0.046024) ..(3.309167,0) ..controls (3.309167,-0.046024) and (3.346476,-0.083333) ..(3.3925,-0.083333)\dpicstop \draw (3.205,-0.25) node{\tt gyrator(invis,{,}0,N)}; \dpicdraw (4.705,-0.25) --(4.705,-0.125) --(4.955,-0.125) --(4.955,-0.25)\dpicstop \dpicdraw (4.913333,-0.125) ..controls (4.913333,-0.078976) and (4.876024,-0.041667) ..(4.83,-0.041667) ..controls (4.783976,-0.041667) and (4.746667,-0.078976) ..(4.746667,-0.125)\dpicstop \dpicdraw (4.705,0.25) --(4.705,0.125) --(4.955,0.125) --(4.955,0.25)\dpicstop \dpicdraw (4.746667,0.125) ..controls (4.746667,0.013889) and (4.913333,0.013889) ..(4.913333,0.125)\dpicstop \draw (4.83,-0.291511) node[below=-2bp]{\tt gyrator(invis wid boxht,{,}0,NV)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/NLGMan.m40000644060175006010010000000076313774371757015306 0ustar DwightNone.PS # NLG.m4 cct_init define(`nullor',`nport(`$1' {`"${}0$"' at Box.w ljust `"$\infty$"' at Box.e rjust},shift($@))') N: nullor `"\tt nullor"' at last [].s+(0,-3pt__) below G: gyrator with .sw at N.se+(0.5,0) `"\tt gyrator"' at G.s+(0,-3pt__) below I: gyrator(invis,,0,N) with .w at G.e+(0.5,0) `"\tt gyrator(invis,{,}0,N)"' at I.s V: gyrator(invis wid boxht,,0,NV) with .w at I.e+(1,0) `"\tt gyrator(invis wid boxht,{,}0,NV)"' at V.s+(0,-3pt__) below move right 0.9 .PE Circuit_macros9.5/doc/NPDT.tex0000644060175006010010000001202113774371757015245 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw[fill=white](0.024,-0.061976) circle (0.009449in)\dpicstop \dpicdraw (0.224,-0.061976) --(0.224,-0.061976)\dpicstop \dpicdraw (0.224,-0.061976) --(0.374,0.088024)\dpicstop \dpicdraw (0.424,-0.061976) --(0.424,-0.061976)\dpicstop \dpicdraw[fill=white](0.224,-0.061976) circle (0.009449in)\dpicstop \dpicdraw[fill=white](0.424,-0.061976) circle (0.009449in)\dpicstop \draw (0.424,-0.085976) node[below=-2bp]{\sl R}; \draw (0.224,-0.085976) node[below=-2bp]{\sl T}; \draw (0.024,-0.085976) node[below=-2bp]{\sl L}; \draw (0.224,-0.308024) node{\tt NPDT}; \dpicdraw[fill=white](1.174,-0.061976) circle (0.009449in)\dpicstop \dpicdraw (1.174,0.138024) --(1.174,0.138024)\dpicstop \dpicdraw (1.174,0.138024) --(1.024,0.288024)\dpicstop \dpicdraw (1.174,0.338024) --(1.174,0.338024)\dpicstop \dpicdraw[fill=white](1.174,0.138024) circle (0.009449in)\dpicstop \dpicdraw[fill=white](1.174,0.338024) circle (0.009449in)\dpicstop \draw (1.198,0.338024) node[right=-2bp]{\sl R}; \draw (1.198,0.138024) node[right=-2bp]{\sl T}; \draw (1.198,-0.061976) node[right=-2bp]{\sl L}; \draw (1.212024,-0.235976) node{\tt up\_; NPDT\strut}; \dpicdraw[fill=white](1.924,-0.061976) circle (0.009449in)\dpicstop \dpicdraw (2.124,-0.061976) --(2.124,-0.061976)\dpicstop \dpicdraw (2.124,-0.061976) --(2.274,0.088024)\dpicstop \dpicdraw (2.324,-0.061976) --(2.324,-0.061976)\dpicstop \dpicdraw[fill=white](2.124,-0.061976) circle (0.009449in)\dpicstop \dpicdraw[fill=white](2.324,-0.061976) circle (0.009449in)\dpicstop \dpicdraw[fill=white](1.924,0.238024) circle (0.009449in)\dpicstop \dpicdraw (2.124,0.238024) --(2.124,0.238024)\dpicstop \dpicdraw (2.124,0.238024) --(2.274,0.388024)\dpicstop \dpicdraw (2.324,0.238024) --(2.324,0.238024)\dpicstop \dpicdraw[fill=white](2.124,0.238024) circle (0.009449in)\dpicstop \dpicdraw[fill=white](2.324,0.238024) circle (0.009449in)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](2.224,-0.001976) --(2.224,0.373024)\dpicstop \draw (2.348,-0.061976) node[right=-2bp]{\sl R1}; \draw (1.9,-0.061976) node[left=-2bp]{\sl L1}; \draw (2.348,0.238024) node[right=-2bp]{\sl R2}; \draw (1.9,0.238024) node[left=-2bp]{\sl L2}; \draw (2.124,-0.238024) node{\tt NPDT(2)\strut}; \dpicdraw[fill=white](3.074,0.538024) circle (0.009449in)\dpicstop \dpicdraw (3.274,0.538024) --(3.274,0.538024)\dpicstop \dpicdraw (3.274,0.538024) --(3.424,0.388024)\dpicstop \dpicdraw (3.474,0.538024) --(3.474,0.538024)\dpicstop \dpicdraw[fill=white](3.274,0.538024) circle (0.009449in)\dpicstop \dpicdraw[fill=white](3.474,0.538024) circle (0.009449in)\dpicstop \dpicdraw[fill=white](3.074,0.238024) circle (0.009449in)\dpicstop \dpicdraw (3.274,0.238024) --(3.274,0.238024)\dpicstop \dpicdraw (3.274,0.238024) --(3.424,0.088024)\dpicstop \dpicdraw (3.474,0.238024) --(3.474,0.238024)\dpicstop \dpicdraw[fill=white](3.274,0.238024) circle (0.009449in)\dpicstop \dpicdraw[fill=white](3.474,0.238024) circle (0.009449in)\dpicstop \dpicdraw[fill=white](3.074,-0.061976) circle (0.009449in)\dpicstop \dpicdraw (3.274,-0.061976) --(3.274,-0.061976)\dpicstop \dpicdraw (3.274,-0.061976) --(3.424,-0.211976)\dpicstop \dpicdraw (3.474,-0.061976) --(3.474,-0.061976)\dpicstop \dpicdraw[fill=white](3.274,-0.061976) circle (0.009449in)\dpicstop \dpicdraw[fill=white](3.474,-0.061976) circle (0.009449in)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](3.374,0.478024) --(3.374,-0.196976)\dpicstop \draw (3.498,0.538024) node[right=-2bp]{\sl R1}; \draw (3.05,0.538024) node[left=-2bp]{\sl L1}; \draw (3.498,0.238024) node[right=-2bp]{\sl R2}; \draw (3.05,0.238024) node[left=-2bp]{\sl L2}; \draw (3.498,-0.061976) node[right=-2bp]{\sl R3}; \draw (3.05,-0.061976) node[left=-2bp]{\sl L3}; \draw (3.274,-0.211976) node[below=-2bp]{\tt NPDT(3,R)\strut}; \dpicdraw[fill=white](4.624,-0.061976) circle (0.009449in)\dpicstop \dpicdraw (4.424,-0.061976) --(4.424,-0.061976)\dpicstop \dpicdraw (4.424,-0.061976) --(4.274,0.088024)\dpicstop \dpicdraw (4.224,-0.061976) --(4.224,-0.061976)\dpicstop \dpicdraw[fill=white](4.424,-0.061976) circle (0.009449in)\dpicstop \dpicdraw[fill=white](4.224,-0.061976) circle (0.009449in)\dpicstop \dpicdraw[fill=white](4.624,0.238024) circle (0.009449in)\dpicstop \dpicdraw (4.424,0.238024) --(4.424,0.238024)\dpicstop \dpicdraw (4.424,0.238024) --(4.274,0.388024)\dpicstop \dpicdraw (4.224,0.238024) --(4.224,0.238024)\dpicstop \dpicdraw[fill=white](4.424,0.238024) circle (0.009449in)\dpicstop \dpicdraw[fill=white](4.224,0.238024) circle (0.009449in)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](4.324,-0.001976) --(4.324,0.373024)\dpicstop \draw (4.2,-0.061976) node[left=-2bp]{\sl R1}; \draw (4.648,-0.061976) node[right=-2bp]{\sl L1}; \draw (4.2,0.238024) node[left=-2bp]{\sl R2}; \draw (4.648,0.238024) node[right=-2bp]{\sl L2}; \draw (4.424,-0.238024) node{\tt left\_; NPDT(2,R)\strut}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/NPDTMan.m40000644060175006010010000000215013774371757015423 0ustar DwightNone.PS # `NPDT.m4' cct_init linewid = linewid*1.2 movewid = 1.0 NPDT { `"\sl R" at last [].R.s below "\sl T" at last [].T.s below "\sl L" at last [].L.s below' } { `"\tt NPDT"' at last [].s +(0,-0.22) } up_; NPDT with .L at last[].R+(0.75,0) { `"\sl R"' wid 8pt__ at last [].R.e ljust "\sl T" at last [].T.e ljust "\sl L" at last [].L.e ljust } { `"\tt up\_; NPDT\strut"' at last [].s +(0.1,-0.15) } right_ NPDT(2) with .L1 at last [].L+(0.75,0) { for_(1,2,1, `"\sl R`'m4x" at last [].R`'m4x.e ljust "\sl L`'m4x" wid 11pt__ at last [].L`'m4x.w rjust') } { `"\tt NPDT(2)\strut"' at last [].s +(0,-0.15) } move NPDT(3,R) with .L3 at last [].R1+(0.75,0) { for_(1,3,1, `"\sl R`'m4x" at last [].R`'m4x.e ljust "\sl L`'m4x" wid 11pt__ at last [].L`'m4x.w rjust') } { `"\tt NPDT(3,R)\strut"' at last [].s below } left_; NPDT(2,R) with .R1 at last [].R3+(0.75,0) { for_(1,2,1, `"\sl R`'m4x" at last [].R`'m4x.w rjust "\sl L`'m4x" wid 11pt__ at last [].L`'m4x.e ljust') } { `"\tt left\_; NPDT(2,R)\strut"' at last [].s +(0,-0.15) } .PE Circuit_macros9.5/doc/Nport.tex0000644060175006010010000001107213774371757015607 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.145,-0.25) rectangle (0.895,0.25)\dpicstop \dpicdraw (0.145,0.125) --(0.02,0.125)\dpicstop \dpicdraw[fill=black](0.02,0.125) circle (0.007874in)\dpicstop \dpicdraw (0.145,-0.125) --(0.02,-0.125)\dpicstop \dpicdraw[fill=black](0.02,-0.125) circle (0.007874in)\dpicstop \dpicdraw (0.895,0.125) --(1.02,0.125)\dpicstop \dpicdraw[fill=black](1.02,0.125) circle (0.007874in)\dpicstop \dpicdraw (0.895,-0.125) --(1.02,-0.125)\dpicstop \dpicdraw[fill=black](1.02,-0.125) circle (0.007874in)\dpicstop \draw (0.02,0.125) node[above left=1bp]{\sl W1a}; \draw (0.02,-0.125) node[below left=1bp]{\sl W1b}; \draw (1.02,0.125) node[above right=1bp]{\sl E1a}; \draw (1.02,-0.125) node[below right=1bp]{\sl E1b}; \dpicdraw[fill=white!90!black](1.895,-0.5) rectangle (3.895,0.5)\dpicstop \draw (2.895,0) node{n-port}; \dpicdraw (1.895,0.25) --(1.77,0.25)\dpicstop \dpicdraw[fill=black](1.77,0.25) circle (0.007874in)\dpicstop \dpicdraw (1.895,-0.25) --(1.77,-0.25)\dpicstop \dpicdraw[fill=black](1.77,-0.25) circle (0.007874in)\dpicstop \dpicdraw (2.180714,0.5) --(2.180714,0.625)\dpicstop \dpicdraw[fill=black](2.180714,0.625) circle (0.007874in)\dpicstop \dpicdraw (2.752143,0.5) --(2.752143,0.625)\dpicstop \dpicdraw[fill=black](2.752143,0.625) circle (0.007874in)\dpicstop \dpicdraw (3.037857,0.5) --(3.037857,0.625)\dpicstop \dpicdraw[fill=black](3.037857,0.625) circle (0.007874in)\dpicstop \dpicdraw (3.609286,0.5) --(3.609286,0.625)\dpicstop \dpicdraw[fill=black](3.609286,0.625) circle (0.007874in)\dpicstop \dpicdraw (3.895,0.4) --(4.02,0.4)\dpicstop \dpicdraw[fill=black](4.02,0.4) circle (0.007874in)\dpicstop \dpicdraw (3.895,0.2) --(4.02,0.2)\dpicstop \dpicdraw[fill=black](4.02,0.2) circle (0.007874in)\dpicstop \dpicdraw (3.895,0.1) --(4.02,0.1)\dpicstop \dpicdraw[fill=black](4.02,0.1) circle (0.007874in)\dpicstop \dpicdraw (3.895,-0.1) --(4.02,-0.1)\dpicstop \dpicdraw[fill=black](4.02,-0.1) circle (0.007874in)\dpicstop \dpicdraw (3.895,-0.2) --(4.02,-0.2)\dpicstop \dpicdraw[fill=black](4.02,-0.2) circle (0.007874in)\dpicstop \dpicdraw (3.895,-0.4) --(4.02,-0.4)\dpicstop \dpicdraw[fill=black](4.02,-0.4) circle (0.007874in)\dpicstop \dpicdraw (2.048846,-0.5) --(2.048846,-0.625)\dpicstop \dpicdraw[fill=black](2.048846,-0.625) circle (0.007874in)\dpicstop \dpicdraw (2.356538,-0.5) --(2.356538,-0.625)\dpicstop \dpicdraw[fill=black](2.356538,-0.625) circle (0.007874in)\dpicstop \dpicdraw (2.510385,-0.5) --(2.510385,-0.625)\dpicstop \dpicdraw[fill=black](2.510385,-0.625) circle (0.007874in)\dpicstop \dpicdraw (2.818077,-0.5) --(2.818077,-0.625)\dpicstop \dpicdraw[fill=black](2.818077,-0.625) circle (0.007874in)\dpicstop \dpicdraw (2.971923,-0.5) --(2.971923,-0.625)\dpicstop \dpicdraw[fill=black](2.971923,-0.625) circle (0.007874in)\dpicstop \dpicdraw (3.279615,-0.5) --(3.279615,-0.625)\dpicstop \dpicdraw[fill=black](3.279615,-0.625) circle (0.007874in)\dpicstop \dpicdraw (3.433462,-0.5) --(3.433462,-0.625)\dpicstop \dpicdraw[fill=black](3.433462,-0.625) circle (0.007874in)\dpicstop \dpicdraw (3.741154,-0.5) --(3.741154,-0.625)\dpicstop \dpicdraw[fill=black](3.741154,-0.625) circle (0.007874in)\dpicstop \draw (1.77,0.25) node[left=1bp]{\sl W1a}; \draw (1.77,-0.25) node[left=1bp]{\sl W1b}; \draw (4.02,0.4) node[right=1bp]{\sl E1a}; \draw (4.02,-0.4) node[right=1bp]{\sl E3b}; \draw (2.180714,0.625) node[above=1bp]{\sl N1a}; \draw (2.752143,0.625) node[above=1bp]{\sl N1b$\;\;$}; \draw (3.037857,0.625) node[above=1bp]{\sl $\;\;$N2a}; \draw (3.609286,0.625) node[above=1bp]{\sl N2b}; \draw (2.048846,-0.625) node[below=1bp]{\sl S1a}; \draw (3.741154,-0.625) node[below=1bp]{\sl S4b}; \draw (2.895,-0.725) node{$\cdots$}; \draw (4.17,0.05) node{$\vdots$}; \dpicdraw (4.895,-0.166667) rectangle (5.395,0.166667)\dpicstop \dpicdraw (4.895,0) --(4.77,0)\dpicstop \dpicdraw[fill=black](4.77,0) circle (0.007874in)\dpicstop \dpicdraw (5.395,0) --(5.52,0)\dpicstop \dpicdraw[fill=black](5.52,0) circle (0.007874in)\dpicstop \dpicdraw (5.145,-0.166667) --(5.145,-0.291667)\dpicstop \dpicdraw[fill=black](5.145,-0.291667) circle (0.007874in)\dpicstop \draw (4.77,0) node[left=1bp]{\sl W1}; \draw (5.52,0) node[right=1bp]{\sl E1}; \draw (5.145,-0.291667) node[below=1bp]{\sl S1}; \draw (0.52,-0.55) node{\tt nport}; \draw (2.895,-0.895) node{\tt nport(wid 2.0 ht 1 fill\_(0.9) "n-port",1,2,3,4)}; \draw (5.145,-0.611667) node{\tt nterm}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/NportMan.m40000644060175006010010000000202013774371757015754 0ustar DwightNone.PS # `Nport.m4' cct_init textoffset = 5bp__ Twoport: nport "\sl W1a" above rjust at Twoport.W1a "\sl W1b" below rjust at Twoport.W1b wid 0.25 "\sl E1a" above ljust at Twoport.E1a "\sl E1b" below ljust at Twoport.E1b Nport: nport(wid 2.0 ht 1 fill_(0.9) "n-port",1,2,3,4) \ with .Box.w at Twoport.Box.e+(1.0,0) "\sl W1a" rjust at Nport.W1a "\sl W1b" rjust at Nport.W1b "\sl E1a" ljust at Nport.E1a "\sl E3b" ljust at Nport.E3b "\sl N1a" above at Nport.N1a "\sl N1b$\;\;$" above at Nport.N1b "\sl $\;\;$N2a" above at Nport.N2a "\sl N2b" above at Nport.N2b "\sl S1a" below at Nport.S1a "\sl S4b" below at Nport.S4b "$\cdots$" at 0.5+(0,-0.10) "$\vdots$" at 0.5+(0.15,0.05) Nterm: nterm with .Box.w at Nport.Box.e+(1.0,0) "\sl W1" rjust at Nterm.W1 "\sl E1" ljust at Nterm.E1 "\sl S1" below at Nterm.S1 `"\tt nport"' at Twoport.s+(0,-0.3) `"\tt nport(wid 2.0 ht 1 fill\_(0.9) \"n-port\",1,2,3,4)"' \ at Nport.s+(0,-0.25) `"\tt nterm"' at Nterm.s+(0,-0.3) .PE Circuit_macros9.5/doc/oax.m40000644060175006010010000000006013774371757015007 0ustar DwightNone.PS # `oax.m4' cct_init include(oaxbody.m4) .PE Circuit_macros9.5/doc/oaxbody.m40000644060175006010010000000021113774371757015663 0ustar DwightNoneline right 0.2 then up 0.1 A: opamp(up_,,,0.4,R) with .In1 at Here line right 0.2 from A.Out line down 0.1 from A.In2 then right 0.2 Circuit_macros9.5/doc/Oblique.m40000644060175006010010000000141613774371757015626 0ustar DwightNone.PS # `Oblique.m4' cct_init Ct:dot; Point_(-60); capacitor(,C); dlabel(0.12,0.12,,,C_3) Cr:dot; left_; capacitor(,C); dlabel(0.12,0.12,C_2,,) Cl:dot; down_; capacitor(from Ct to Cl,C); dlabel(0.12,-0.12,,,C_1) T:dot(at Ct+(0,elen_)) inductor(from T to Ct); dlabel(0.12,-0.1,,,L_1) Point_(-30); inductor(from Cr to Cr+vec_(elen_,0)) dlabel(0,-0.07,,L_3,) R:dot L:dot( at Cl-(R.x-Cr.x,Cr.y-R.y) ) inductor(from L to Cl); dlabel(0,-0.12,,L_2,) right_; resistor(from L to R); rlabel(,R_2,) resistor(from T to R); dlabel(0,0.15,,R_3,) ; b_current(y,ljust) line from L to 0.2 source(to 0.5 between L and T); dlabel(sourcerad_+0.07,0.1,-,,+) dlabel(0,sourcerad_+0.07,,u,) resistor(to 0.8 between L and T); dlabel(0,0.15,,R_1,) line to T .PE Circuit_macros9.5/doc/OpampMan.m40000644060175006010010000000263113774371757015736 0ustar DwightNone.PS # Opamp.m4 sinclude(FOpamp.dim) sinclude(Circuit_macros.dim) s_init(Opamp) cct_init A: opamp thinlines_ s_box(`\tt opam{}p') at A.s-(0,0.35) s_box(\tt Out) below at A.Out spline <- from A.In1 left 0.1 then up 0.1 left 0.1 s_box(\tt In1) rjust above spline <- from A.In2 left 0.1 then down 0.1 left 0.1 s_box(\tt In2) rjust below arrow <- up 0.1 right 0.1 from A.N s_box(\tt N) ljust above arrow <- up 0.1 right 0.1 from A.E1 s_box(\tt E1) ljust above arrow <- up 0.1 right 0.1 from A.E s_box(\tt E) ljust above arrow <- down 0.1 right 0.1 from A.E2 s_box(\tt E2) ljust below arrow <- down 0.1 right 0.1 from A.S s_box(\tt S) ljust below arrow <- left 0.2 from A.W s_box(\tt W) rjust thicklines_ Point_(15) B: opamp(,,,,PR) with .sw at A.se+(0.65,0) thinlines_ s_box(`\tt Point\_(15); opam{}p(,{,},{,}PR)') at B.s-(0,0.20) spline <- right arrowht up arrowht from B.V1 then right 0.1 s_box(\tt V1) ljust spline <- right arrowht down arrowht from B.V2 then right 0.1 s_box(\tt V2) ljust thicklines_ Point_(90) C: opamp with .sw at B.se+(1.05,0) s_box(`\tt Point\_(90); opam{}p') at C.s-(0,0.35) right_ D: opamp(,,,,T) with .sw at C.se+(0.65,0) s_box(`\tt opam{}p(,{,},{,}T)') at D.s-(0,0.20) .PE Circuit_macros9.5/doc/Opto.m40000644060175006010010000000150313774371757015144 0ustar DwightNone.PS cct_init # `opto([R|L][A|B])' define(`opto', `[{u = dimen_/2 Q: bi_trans(up u*2,ifinstr(`$1',R,R),ifinstr(`$1',B,B)CBUdE) E: Q.E; C: Q.C; A:ifinstr(`$1',R,Q.e+(u*3/2,u),Q.w+(-u*3/2,u)); K: A-(0,u*2) ifinstr(`$1',B,line from Q.B to (Q.B,E); B: Here) D: diode(from A to K) arrow from D.c+(0,u/6) to Q.ifinstr(`$1',R,e,w)+(0,u/6) chop u/3 chop u/4 arrow from last arrow.start-(0,u/3) to last arrow.end-(0,u/3) Enc: box rad u wid abs(C.x-A.x)+u*2 ht u*2 with .c at 0.5 between C and K `$2' }]') Q1: opto Q2: opto(type=B;orientation=Rightleft) with .w at Q1.e+(dimen_,0) {"\sl C" at Q1.C above} {"\sl C" at Q2.C above} {"\sl A" at Q1.A above} {"\sl A" at Q2.A above} {"\sl E" at Q1.E below} {"\sl E" at Q2.E below} {"\sl K" at Q1.K below} {"\sl K" at Q2.K below} {"\sl B" at Q2.B below} .PE Circuit_macros9.5/doc/ParSeries.m40000644060175006010010000000313013774371757016116 0ustar DwightNone.PS # ParSeries.m4 sinclude(tst.dim) sinclude(Circuit_macros.dim) s_init(ParSeries) cct_init command "\newcommand{\X}{\enskip}" setdir_(R) Ex1: [ P:parallel_( `L:inductor(,W); llabel(+,L,-)', series_(`R1:resistor; llabel(,R1)',`R2:resistor; llabel(,R2)'), `C:capacitor; llabel(,C)' ) dot(at P.Start); "{\small\sl Start}" at rvec_(0,-3pt__) below ljust dot(at P.End); "{\small\sl End}" below ljust ] #showbox_ s_box(``\shortstack[l]{ \tt parallel\_( \char96 L:inductor(,W); llabel(+,L,-)\char39,\\ \X\tt series\_(\char96 R1:resistor; llabel(,R1)\char39, \char96 R2:resistor; llabel(,R2)\char39),\\ \X\tt \char96 C:capacitor; llabel(,C)\char39\ )}'') with .nw at Ex1.sw+(0,-0.2) #showbox_(last "") setdir_(Down) Ex2: [ P: parallel_( series_( `R1:resistor; rlabel(,R_1)', parallel_( series_(`resistor; rlabel(,R_2)',`inductor(,W); rlabel(,L)'), `capacitor(,C); rlabel(,C)' ), line down dimen_/2 ), `Sep=linewid*3/2; V:source; rlabel(+,V,-)' ) dot(at P.Start); "{\small\sl Start}" below dot(at P.End); "{\small\sl End}" below ] with .sw at Ex1.se+(0.3,0) #showbox_ s_box(``\shortstack[l]{\tt setdir\_(Down)\\ \tt parallel\_(\\ \X\tt series\_(\char96 R1:resistor; rlabel(,R\_1)\char39,\\ \X\X\tt parallel\_(\\ \X\X\X\tt series\_(\char96 resistor; rlabel(,R\_2)\char39,\\ \X\X\X\tt\hphantom{\tt series\_(}% \char96{}inductor(,W); rlabel(,L)\char39),\\ \X\X\X\tt \char96 capacitor(,C); rlabel(,C)\char39\ ),\\ \X\X\tt line down dimen\_/2),\\ \X\tt \char96 Sep=linewid*3/2; V:source; rlabel(+,V,-)\char39)} '') with .nw at Ex2.ne+(0.15,0) #showbox_(last "") .PE Circuit_macros9.5/doc/Pconn.tex0000644060175006010010000003527113774371757015571 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.598611,0.013889) --(0.598611,0.263889) --(0.098611,0.263889) --(0.098611,-0.236111) --(0.598611,-0.236111) --(0.598611,0.013889)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.469444,0.088889) --(0.469444,0.163889) --(0.427778,0.163889) --(0.427778,0.013889) --(0.469444,0.013889) --(0.469444,0.088889)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.269444,0.088889) --(0.269444,0.151389) --(0.227778,0.151389) --(0.227778,0.026389) --(0.269444,0.026389) --(0.269444,0.088889)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \fill[fill=black,line width=0bp](0.390278,-0.111111) ..controls (0.390278,-0.088099) and (0.371623,-0.069444) ..(0.348611,-0.069444) ..controls (0.325599,-0.069444) and (0.306944,-0.088099) ..(0.306944,-0.111111)--cycle \dpicstop \dpicdraw (0.390278,-0.111111) ..controls (0.390278,-0.088099) and (0.371623,-0.069444) ..(0.348611,-0.069444) ..controls (0.325599,-0.069444) and (0.306944,-0.088099) ..(0.306944,-0.111111)\dpicstop \fill[fill=black,line width=0bp](0.306944,-0.111111) --(0.306944,-0.152778) --(0.390278,-0.152778) --(0.390278,-0.111111)--cycle \dpicstop \dpicdraw (0.306944,-0.111111) --(0.306944,-0.152778) --(0.390278,-0.152778) --(0.390278,-0.111111)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](0.161111,0.068889) --(0.227778,0.088889) --(0.161111,0.108889) --cycle\dpicstop \dpicdraw (0.218111,0.088889) --(0.027778,0.088889)\dpicstop \draw (0.027778,0.088889) node[left=-2bp]{\sl H}; \dpiclw=0.8bp \draw (0.348611,-0.236111) node[below=-2bp]{\tt pconnex(,A)}; \dpicdraw (1.398611,0.013889) --(1.398611,0.263889) --(0.898611,0.263889) --(0.898611,-0.236111) --(1.398611,-0.236111) --(1.398611,0.013889)\dpicstop \dpicdraw (1.069444,0.088889) --(1.069444,0.163889) --(1.027778,0.163889) --(1.027778,0.013889) --(1.069444,0.013889) --(1.069444,0.088889)\dpicstop \dpicdraw (1.269444,0.088889) --(1.269444,0.151389) --(1.227778,0.151389) --(1.227778,0.026389) --(1.269444,0.026389) --(1.269444,0.088889)\dpicstop \dpicdraw (1.190278,-0.111111) ..controls (1.190278,-0.088099) and (1.171623,-0.069444) ..(1.148611,-0.069444) ..controls (1.125599,-0.069444) and (1.106944,-0.088099) ..(1.106944,-0.111111)\dpicstop \dpicdraw (1.106944,-0.111111) --(1.106944,-0.152778) --(1.190278,-0.152778) --(1.190278,-0.111111)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](1.320129,0.136592) --(1.269444,0.088889) --(1.338017,0.100815) --cycle\dpicstop \dpicdraw (1.278091,0.093212) --(1.469444,0.188889)\dpicstop \draw (1.469444,0.188889) node[right=-2bp]{\sl H}; \draw (0.748611,0.188889) node{\sl N}; \filldraw[line width=0bp](0.520518,0.136175) --(0.469444,0.088889) --(0.538113,0.100252) --cycle\dpicstop \dpicdraw (0.673611,0.188889) --(0.478126,0.093141)\dpicstop \filldraw[line width=0bp](0.95911,0.100252) --(1.027778,0.088889) --(0.976704,0.136175) --cycle\dpicstop \dpicdraw (0.823611,0.188889) --(1.019096,0.093141)\dpicstop \draw (0.748611,-0.061111) node{\sl G}; \filldraw[line width=0bp](0.452454,-0.07983) --(0.390278,-0.111111) --(0.459406,-0.119221) --cycle\dpicstop \dpicdraw (0.673611,-0.061111) --(0.399798,-0.109431)\dpicstop \filldraw[line width=0bp](1.037817,-0.119221) --(1.106944,-0.111111) --(1.044768,-0.07983) --cycle\dpicstop \dpicdraw (0.823611,-0.061111) --(1.097425,-0.109431)\dpicstop \draw (1.148611,-0.236111) node[below=-2bp]{\tt (,AF)}; \dpicdraw (1.848611,0.013889) circle (0.098425in)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (1.969444,0.088889) --(1.969444,0.163889) --(1.927778,0.163889) --(1.927778,0.013889) --(1.969444,0.013889) --(1.969444,0.088889)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (1.769444,0.088889) --(1.769444,0.151389) --(1.727778,0.151389) --(1.727778,0.026389) --(1.769444,0.026389) --(1.769444,0.088889)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \fill[fill=black,line width=0bp](1.890278,-0.111111) ..controls (1.890278,-0.088099) and (1.871623,-0.069444) ..(1.848611,-0.069444) ..controls (1.825599,-0.069444) and (1.806944,-0.088099) ..(1.806944,-0.111111)--cycle \dpicstop \dpicdraw (1.890278,-0.111111) ..controls (1.890278,-0.088099) and (1.871623,-0.069444) ..(1.848611,-0.069444) ..controls (1.825599,-0.069444) and (1.806944,-0.088099) ..(1.806944,-0.111111)\dpicstop \fill[fill=black,line width=0bp](1.806944,-0.111111) --(1.806944,-0.152778) --(1.890278,-0.152778) --(1.890278,-0.111111)--cycle \dpicstop \dpicdraw (1.806944,-0.111111) --(1.806944,-0.152778) --(1.890278,-0.152778) --(1.890278,-0.111111)\dpicstop \draw (1.848611,-0.236111) node[below=-2bp]{\tt (,AC)}; \dpicdraw (2.548611,0.013889) circle (0.098425in)\dpicstop \dpicdraw (2.469444,0.088889) --(2.469444,0.163889) --(2.427778,0.163889) --(2.427778,0.013889) --(2.469444,0.013889) --(2.469444,0.088889)\dpicstop \dpicdraw (2.669444,0.088889) --(2.669444,0.151389) --(2.627778,0.151389) --(2.627778,0.026389) --(2.669444,0.026389) --(2.669444,0.088889)\dpicstop \dpicdraw (2.590278,-0.111111) ..controls (2.590278,-0.088099) and (2.571623,-0.069444) ..(2.548611,-0.069444) ..controls (2.525599,-0.069444) and (2.506944,-0.088099) ..(2.506944,-0.111111)\dpicstop \dpicdraw (2.506944,-0.111111) --(2.506944,-0.152778) --(2.590278,-0.152778) --(2.590278,-0.111111)\dpicstop \draw (2.548611,-0.236111) node[below=-2bp]{\tt (,ACF)}; \dpicdraw (3.298611,-0.136111) --(3.298611,0.163889)\dpicstop \dpicdraw (3.298611,0.163889) ..controls (3.298611,0.246732) and (3.231454,0.313889) ..(3.148611,0.313889) ..controls (3.065768,0.313889) and (2.998611,0.246732) ..(2.998611,0.163889)\dpicstop \dpicdraw (2.998611,0.163889) --(2.998611,-0.136111)\dpicstop \dpicdraw (2.998611,-0.136111) ..controls (2.998611,-0.336111) and (3.298611,-0.336111) ..(3.298611,-0.136111)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (3.148611,0.163889) circle (0.016404in)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (3.148611,-0.136111) circle (0.016404in)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \draw (3.148611,-0.286111) node[below=-2bp]{\tt (U,D)}; \dpicdraw (3.798611,-0.136111) --(3.798611,0.163889)\dpicstop \dpicdraw (3.798611,0.163889) ..controls (3.798611,0.246732) and (3.731454,0.313889) ..(3.648611,0.313889) ..controls (3.565768,0.313889) and (3.498611,0.246732) ..(3.498611,0.163889)\dpicstop \dpicdraw (3.498611,0.163889) --(3.498611,-0.136111)\dpicstop \dpicdraw (3.498611,-0.136111) ..controls (3.498611,-0.336111) and (3.798611,-0.336111) ..(3.798611,-0.136111)\dpicstop \dpicdraw (3.648611,0.163889) circle (0.016404in)\dpicstop \dpicdraw (3.648611,-0.136111) circle (0.016404in)\dpicstop \draw (3.648611,-0.286111) node[below=-2bp]{\tt (U,DF)}; \dpicdraw (4.248611,0.013889) --(4.248611,0.263889) --(3.998611,0.263889) --(3.998611,-0.236111) --(4.248611,-0.236111) --(4.248611,0.013889)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.123611,0.159722) --(4.061111,0.159722) --(4.061111,0.118056) --(4.186111,0.118056) --(4.186111,0.159722) --(4.123611,0.159722)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.123611,-0.090278) --(4.061111,-0.090278) --(4.061111,-0.131944) --(4.186111,-0.131944) --(4.186111,-0.090278) --(4.123611,-0.090278)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \draw (4.123611,-0.236111) node[below=-2bp]{\tt (U,J)}; \dpicdraw (4.698611,0.013889) --(4.698611,0.263889) --(4.448611,0.263889) --(4.448611,-0.236111) --(4.698611,-0.236111) --(4.698611,0.013889)\dpicstop \dpicdraw (4.573611,0.159722) --(4.511111,0.159722) --(4.511111,0.118056) --(4.636111,0.118056) --(4.636111,0.159722) --(4.573611,0.159722)\dpicstop \dpicdraw (4.573611,-0.090278) --(4.511111,-0.090278) --(4.511111,-0.131944) --(4.636111,-0.131944) --(4.636111,-0.090278) --(4.573611,-0.090278)\dpicstop \draw (4.573611,-0.236111) node[below=-2bp]{\tt (U,JF)}; \dpiclw=0.8bp \dpicdraw (0.348611,-0.623611) --(0.098611,-0.623611) --(0.098611,-0.873611) --(0.223611,-0.998611) --(0.473611,-0.998611) --(0.598611,-0.873611) --(0.598611,-0.623611) --(0.348611,-0.623611)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.469444,-0.736111) --(0.469444,-0.673611) --(0.427778,-0.673611) --(0.427778,-0.798611) --(0.469444,-0.798611) --(0.469444,-0.736111)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.269444,-0.736111) --(0.269444,-0.673611) --(0.227778,-0.673611) --(0.227778,-0.798611) --(0.269444,-0.798611) --(0.269444,-0.736111)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.369444,-0.886111) --(0.369444,-0.836111) --(0.327778,-0.836111) --(0.327778,-0.936111) --(0.369444,-0.936111) --(0.369444,-0.886111)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \draw (0.348611,-0.998611) node[below=-2bp]{\tt (,P)}; \dpicdraw (1.048611,-0.623611) --(0.798611,-0.623611) --(0.798611,-0.873611) --(0.923611,-0.998611) --(1.173611,-0.998611) --(1.298611,-0.873611) --(1.298611,-0.623611) --(1.048611,-0.623611)\dpicstop \dpicdraw (0.969444,-0.736111) --(0.969444,-0.673611) --(0.927778,-0.673611) --(0.927778,-0.798611) --(0.969444,-0.798611) --(0.969444,-0.736111)\dpicstop \dpicdraw (1.169444,-0.736111) --(1.169444,-0.673611) --(1.127778,-0.673611) --(1.127778,-0.798611) --(1.169444,-0.798611) --(1.169444,-0.736111)\dpicstop \dpicdraw (1.069444,-0.886111) --(1.069444,-0.836111) --(1.027778,-0.836111) --(1.027778,-0.936111) --(1.069444,-0.936111) --(1.069444,-0.886111)\dpicstop \draw (1.048611,-0.998611) node[below=-2bp]{\tt (,PF)}; \dpicdraw (1.823611,-0.511111) --(2.148611,-0.511111) --(2.148611,-0.691111) --(1.913611,-1.111111) --(1.733611,-1.111111) --(1.498611,-0.691111) --(1.498611,-0.511111) --(1.823611,-0.511111)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (1.719444,-0.661111) --(1.719444,-0.629861) --(1.594444,-0.629861) --(1.594444,-0.692361) --(1.719444,-0.692361) --(1.719444,-0.661111)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (2.052778,-0.661111) --(2.052778,-0.629861) --(1.927778,-0.629861) --(1.927778,-0.692361) --(2.052778,-0.692361) --(2.052778,-0.661111)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (1.854861,-0.977778) --(1.854861,-0.915278) --(1.792361,-0.915278) --(1.792361,-1.040278) --(1.854861,-1.040278) --(1.854861,-0.977778)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \draw (1.823611,-1.111111) node[below=-2bp]{\tt (,G)}; \dpicdraw (2.673611,-0.511111) --(2.998611,-0.511111) --(2.998611,-0.691111) --(2.763611,-1.111111) --(2.583611,-1.111111) --(2.348611,-0.691111) --(2.348611,-0.511111) --(2.673611,-0.511111)\dpicstop \dpicdraw (2.569444,-0.661111) --(2.569444,-0.629861) --(2.444444,-0.629861) --(2.444444,-0.692361) --(2.569444,-0.692361) --(2.569444,-0.661111)\dpicstop \dpicdraw (2.902778,-0.661111) --(2.902778,-0.629861) --(2.777778,-0.629861) --(2.777778,-0.692361) --(2.902778,-0.692361) --(2.902778,-0.661111)\dpicstop \dpicdraw (2.704861,-0.977778) --(2.704861,-0.915278) --(2.642361,-0.915278) --(2.642361,-1.040278) --(2.704861,-1.040278) --(2.704861,-0.977778)\dpicstop \draw (2.673611,-1.111111) node[below=-2bp]{\tt (,GF)}; \dpicdraw (3.523611,-1.111111) --(3.198611,-1.111111) --(3.198611,-0.931111) --(3.433611,-0.511111) --(3.613611,-0.511111) --(3.848611,-0.931111) --(3.848611,-1.111111) --(3.523611,-1.111111)\dpicstop \dpicdraw (3.627778,-0.961111) --(3.627778,-0.992361) --(3.752778,-0.992361) --(3.752778,-0.929861) --(3.627778,-0.929861) --(3.627778,-0.961111)\dpicstop \dpicdraw (3.294444,-0.961111) --(3.294444,-0.992361) --(3.419444,-0.992361) --(3.419444,-0.929861) --(3.294444,-0.929861) --(3.294444,-0.961111)\dpicstop \dpicdraw (3.492361,-0.644444) --(3.492361,-0.706944) --(3.554861,-0.706944) --(3.554861,-0.581944) --(3.492361,-0.581944) --(3.492361,-0.644444)\dpicstop \draw (3.523611,-1.111111) node[below=-2bp]{\tt (L,GF)}; \dpicdraw (4.373611,-0.811111) circle (0.127953in)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.269444,-0.661111) --(4.269444,-0.629861) --(4.144444,-0.629861) --(4.144444,-0.692361) --(4.269444,-0.692361) --(4.269444,-0.661111)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.602778,-0.661111) --(4.602778,-0.629861) --(4.477778,-0.629861) --(4.477778,-0.692361) --(4.602778,-0.692361) --(4.602778,-0.661111)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (4.404861,-0.977778) --(4.404861,-0.915278) --(4.342361,-0.915278) --(4.342361,-1.040278) --(4.404861,-1.040278) --(4.404861,-0.977778)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \draw (4.373611,-1.136111) node[below=-2bp]{\tt (,GC)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/PconnMan.m40000644060175006010010000000341213774371757015735 0ustar DwightNone.PS # `Pconn.m4' cct_init P1: [ C1: pconnex(,A) thinlines_ arrow <- left 0.2 from C1.H.w; `"\sl H"' rjust thicklines_ `"\tt pconnex(,A)"' at last [].s below C2: pconnex(,AF) with .w at C1.e+(0.3,0) thinlines_ arrow <- right 0.2 up 0.1 from C2.H.e; `"\sl H"' ljust N: box invis wid (C2.w.x-C1.e.x)/2 ht C1.N.ht \ with .n at 0.5 between C1.ne and C2.nw "\sl N" arrow from N.w to C1.N.e arrow from N.e to C2.N.w G: box invis wid N.wid ht N.ht with .n at (N,C1.N.s) "\sl G" arrow from G.w to C1.G.e arrow from G.e to C2.G.w `"\tt (,AF)"' at last [].s below C03: pconnex(,AC) with .w at C2.e+(0.25,0) `"\tt (,AC)"' at last [].s below C3: pconnex(,ACF) with .w at last [].e+(0.2,0) `"\tt (,ACF)"' at last [].s below C5: pconnex(U,D) with .w at last [].e+(0.25,0) `"\tt (U,D)"' at last [].s below C6: pconnex(U,DF) with .w at last [].e+(0.25,0) `"\tt (U,DF)"' at last [].s below C7: pconnex(U,J) with .w at last [].e+(0.25,0) `"\tt (U,J)"' at last [].s below C8: pconnex(U,JF) with .w at last [].e+(0.25,0) `"\tt (U,JF)"' at last [].s below ] P2: [ C9: pconnex(,G) #with .w at last [].e+(0.2,0) `"\tt (,G)"' at last [].s below C91: pconnex(,GF) with .w at last [].e+(0.2,0) `"\tt (,GF)"' at last [].s below C92: pconnex(L,GF) with .w at last [].e+(0.2,0) `"\tt (L,GF)"' at last [].s below C10: pconnex(,GC) with .w at last [].e + (0.2,0) `"\tt (,GC)"' ht 11pt__ at last [].s below C10: pconnex(,GCF) with .w at last [].e + (0.2,0) `"\tt (,GCF)"' ht 11pt__ at last [].s below ] with .nw at P1.C1.sw + (0,-0.35) P3: [ C4: pconnex(,P) `"\tt (,P)"' at last [].s below C11: pconnex(,PF) with .w at last [].e+(0.2,0) `"\tt (,PF)"' at (C11,last "") below ] with .nw at P2.C9.sw + (0,-0.35) .PE Circuit_macros9.5/doc/Potentiometers.m40000644060175006010010000000144113774371757017245 0ustar DwightNone.PS # `Potentiometers.m4' cct_init down_ P: potentiometer(down_ dimen_) "\tt `potentiometer'(down\_ dimen\_)" wid 1.9 at P.End +(0,-0.30) "\sl Start" ljust at P.Start "\sl End" ljust at P.End "\sl T1" below ljust at P.T1 R: potentiometer(down_ dimen_,,0.5,-5mm__) \ with .Start at P.Start + (1.7,0) "\tt ...(down\_ dimen\_,{,}0.5,-5mm\_\_)" at R.End +(0,-0.12) "\sl Start" ljust at R.Start "\sl End" ljust at R.End "\sl T1" below rjust at R.T1 Q: potentiometer(down_ dimen_,,0.25,-5mm__,0.75,5mm__) \ with .Start at R.Start + (1.7,0) "\tt ...(down\_ dimen\_,{,}0.25,-5mm\_\_,0.75,5mm\_\_)" at Q.End+(0,-0.30) "\sl Start" ljust at Q.Start "\sl End" ljust at Q.End "\sl T1" below rjust at Q.T1 "\sl T2" below ljust at Q.T2 .PE Circuit_macros9.5/doc/quick.m40000644060175006010010000000140613774371757015341 0ustar DwightNone.PS # Pic input begins with .PS cct_init # Read in macro definitions and set defaults elen = 0.75 # Variables are allowed; default units are inches Origin: Here # Position names are capitalized source(up_ elen); llabel(-,v_s,+) resistor(right_ elen); rlabel(,R,) dot { # Save the current position and direction capacitor(down_ to (Here,Origin)) #(Here,Origin) = (Here.x,Origin.y) rlabel(+,v,-); llabel(,C,) dot } # Restore position and direction line right_ elen*2/3 inductor(down_ Here.y-Origin.y); rlabel(,L,); b_current(i) line to Origin .PE # Pic input ends Circuit_macros9.5/doc/Relay.tex0000644060175006010010000001622413774371757015565 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.291667,-0.227083) --(0.291667,-0.102083) --(0.166667,-0.102083) --(0.166667,-0.352083) --(0.291667,-0.352083) --(0.291667,-0.227083)\dpicstop \dpicdraw (0.166667,-0.227083) --(0,-0.227083)\dpicstop \dpicdraw (0.291667,-0.227083) --(0.458333,-0.227083)\dpicstop \dpicdraw[fill=white](0.108333,0.185417) circle (0.007874in)\dpicstop \dpicdraw (0.128333,0.185417) --(0.358333,0.185417)\dpicstop \filldraw[line width=0bp](0.275,0.26875) --(0.316667,0.185417) --(0.358333,0.26875) --cycle\dpicstop \dpicdraw (0.316667,0.197839) --(0.316667,0.310417) --(0.416667,0.310417)\dpicstop \filldraw[line width=0bp](0.358333,0.039583) --(0.316667,0.122917) --(0.275,0.039583) --cycle\dpicstop \dpicdraw (0.316667,0.110494) --(0.316667,-0.002083) --(0.416667,-0.002083)\dpicstop \draw (0,-0.227083) node[left=-2bp]{\sl V1}; \draw (0.458333,-0.227083) node[right=-2bp]{\sl V2}; \draw (0.088333,0.185417) node[left=-2bp]{\sl P1}; \draw (0.416667,-0.002083) node[right=-2bp]{\sl O1}; \draw (0.416667,0.310417) node[right=-2bp]{\sl C1}; \draw (0.229167,-0.552083) node(S){\tt relay}; \dpicdraw (1.391667,-0.227083) --(1.391667,-0.102083) --(1.266667,-0.102083) --(1.266667,-0.352083) --(1.391667,-0.352083) --(1.391667,-0.227083)\dpicstop \dpicdraw (1.266667,-0.227083) --(1.1,-0.227083)\dpicstop \dpicdraw (1.391667,-0.227083) --(1.558333,-0.227083)\dpicstop \dpicdraw (1.304167,-0.14375) --(1.304167,-0.202083) --(1.354167,-0.202083) --(1.354167,-0.252083) --(1.304167,-0.252083) --(1.304167,-0.310417)\dpicstop \dpicdraw[fill=white](1.208333,-0.002083) circle (0.007874in)\dpicstop \dpicdraw (1.228333,-0.002083) --(1.458333,-0.002083)\dpicstop \filldraw[line width=0bp](1.375,0.08125) --(1.416667,-0.002083) --(1.458333,0.08125) --cycle\dpicstop \dpicdraw (1.416667,0.010339) --(1.416667,0.122917) --(1.516667,0.122917)\dpicstop \dpicdraw[fill=white](1.208333,0.247917) circle (0.007874in)\dpicstop \dpicdraw (1.228333,0.247917) --(1.458333,0.247917)\dpicstop \filldraw[line width=0bp](1.375,0.33125) --(1.416667,0.247917) --(1.458333,0.33125) --cycle\dpicstop \dpicdraw (1.416667,0.260339) --(1.416667,0.372917) --(1.516667,0.372917)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](1.343333,-0.052083) --(1.343333,0.297917)\dpicstop \draw (1.188333,-0.002083) node[left=-2bp]{\sl P1}; \draw (1.516667,0.122917) node[right=-2bp]{\sl C1}; \draw (1.188333,0.247917) node[left=-2bp]{\sl P2}; \draw (1.516667,0.372917) node[right=-2bp]{\sl C2}; \draw (1.329167,-0.552083) node{\tt (2,CTh)}; \dpicdraw (2.491667,-0.227083) --(2.491667,-0.102083) --(2.366667,-0.102083) --(2.366667,-0.352083) --(2.491667,-0.352083) --(2.491667,-0.227083)\dpicstop \dpicdraw (2.366667,-0.227083) --(2.2,-0.227083)\dpicstop \dpicdraw (2.491667,-0.227083) --(2.658333,-0.227083)\dpicstop \dpicdraw[fill=white](2.308333,0.185417) circle (0.007874in)\dpicstop \dpicdraw (2.328333,0.185417) --(2.558333,0.185417)\dpicstop \filldraw[line width=0bp](2.558333,0.039583) --(2.516667,0.122917) --(2.475,0.039583) --cycle\dpicstop \dpicdraw (2.516667,0.110494) --(2.516667,-0.002083) --(2.616667,-0.002083)\dpicstop \dpicdraw[fill=white](2.308333,0.497917) circle (0.007874in)\dpicstop \dpicdraw (2.328333,0.497917) --(2.558333,0.497917)\dpicstop \filldraw[line width=0bp](2.558333,0.352083) --(2.516667,0.435417) --(2.475,0.352083) --cycle\dpicstop \dpicdraw (2.516667,0.422994) --(2.516667,0.310417) --(2.616667,0.310417)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](2.443333,0.135417) --(2.443333,0.547917)\dpicstop \draw (2.288333,0.185417) node[left=-2bp]{\sl P1}; \draw (2.616667,-0.002083) node[right=-2bp]{\sl O1}; \draw (2.288333,0.185417) node[left=-2bp]{\sl P1}; \draw (2.616667,0.310417) node[right=-2bp]{\sl O2}; \draw (2.429167,-0.552083) node{\tt (2,O)}; \dpicdraw (3.591667,-0.227083) --(3.591667,-0.102083) --(3.466667,-0.102083) --(3.466667,-0.352083) --(3.591667,-0.352083) --(3.591667,-0.227083)\dpicstop \dpicdraw (3.466667,-0.164583) --(3.3,-0.164583)\dpicstop \dpicdraw (3.466667,-0.289583) --(3.3,-0.289583)\dpicstop \dpicdraw[fill=white](3.408333,0.105972) circle (0.007874in)\dpicstop \dpicdraw[fill=white](3.616667,0.214028) circle (0.007874in)\dpicstop \dpicdraw[fill=white](3.616667,-0.002083) circle (0.007874in)\dpicstop \dpicdraw (3.428333,0.105972) --(3.658333,0.105972)\dpicstop \dpicdraw[fill=white](3.408333,0.447083) circle (0.007874in)\dpicstop \dpicdraw[fill=white](3.616667,0.555139) circle (0.007874in)\dpicstop \dpicdraw[fill=white](3.616667,0.339028) circle (0.007874in)\dpicstop \dpicdraw (3.428333,0.447083) --(3.658333,0.447083)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](3.543333,0.055972) --(3.543333,0.497083)\dpicstop \draw (3.3,-0.164583) node[left=-2bp]{\sl V1}; \draw (3.3,-0.289583) node[left=-2bp]{\sl V2}; \draw (3.388333,0.105972) node[left=-2bp]{\sl P1}; \draw (3.636667,-0.002083) node[right=-2bp]{\sl O1}; \draw (3.636667,0.186354) node[right=-2bp]{\sl C1}; \draw (3.388333,0.447083) node[left=-2bp]{\sl P2}; \draw (3.636667,0.339028) node[right=-2bp]{\sl O2}; \draw (3.636667,0.527465) node[right=-2bp]{\sl C2}; \draw (3.479167,-0.552083) node{\tt (2,PIAX)}; \dpicdraw (4.691667,0.664583) --(4.691667,0.789583) --(4.566667,0.789583) --(4.566667,0.539583) --(4.691667,0.539583) --(4.691667,0.664583)\dpicstop \dpicdraw (4.566667,0.664583) --(4.4,0.664583)\dpicstop \dpicdraw (4.691667,0.664583) --(4.858333,0.664583)\dpicstop \dpicdraw[fill=white](4.508333,0.252083) circle (0.007874in)\dpicstop \dpicdraw (4.528333,0.252083) --(4.758333,0.252083)\dpicstop \filldraw[line width=0bp](4.758333,0.16875) --(4.716667,0.252083) --(4.675,0.16875) --cycle\dpicstop \dpicdraw (4.716667,0.239661) --(4.716667,0.127083) --(4.816667,0.127083)\dpicstop \filldraw[line width=0bp](4.675,0.397917) --(4.716667,0.314583) --(4.758333,0.397917) --cycle\dpicstop \dpicdraw (4.716667,0.327006) --(4.716667,0.439583) --(4.816667,0.439583)\dpicstop \dpicdraw[fill=white](4.508333,-0.185417) circle (0.007874in)\dpicstop \dpicdraw (4.528333,-0.185417) --(4.758333,-0.185417)\dpicstop \filldraw[line width=0bp](4.758333,-0.26875) --(4.716667,-0.185417) --(4.675,-0.26875) --cycle\dpicstop \dpicdraw (4.716667,-0.197839) --(4.716667,-0.310417) --(4.816667,-0.310417)\dpicstop \filldraw[line width=0bp](4.675,-0.039583) --(4.716667,-0.122917) --(4.758333,-0.039583) --cycle\dpicstop \dpicdraw (4.716667,-0.110494) --(4.716667,0.002083) --(4.816667,0.002083)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](4.643333,0.302083) --(4.643333,-0.235417)\dpicstop \draw (4.4,0.664583) node[left=-2bp]{\sl V1}; \draw (4.858333,0.664583) node[right=-2bp]{\sl V2}; \draw (4.488333,0.252083) node[left=-2bp]{\sl P1}; \draw (4.816667,0.439583) node[right=-2bp]{\sl O1}; \draw (4.816667,0.127083) node[right=-2bp]{\sl C1}; \draw (4.488333,-0.185417) node[left=-2bp]{\sl P2}; \draw (4.816667,0.002083) node[right=-2bp]{\sl O2}; \draw (4.816667,-0.310417) node[right=-2bp]{\sl C2}; \draw (4.629167,-0.552083) node{\tt relay(2,R)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/relaycoilMan.m40000644060175006010010000000360113774371757016643 0ustar DwightNone.PS # relaycoil.m4 cct_init spc = dimen_/3 { relaycoil; S: "\tt re{}laycoil" at last [].s+(0,-20bp__) { "\sl V1" wid 10bp__ at last [].V1 rjust "\sl V2" at last [].V2 ljust } K: relaycoil(NX) with .nw at last [].ne+(spc*4,0); "\tt (NX)" at (last [],S) { thinlines_ spline <- from K.A1 left 7bp__ then up 4bp__ left 4bp__; "\sl A1" rjust arrow <- from K.A2 left 10bp__; "\sl A2" rjust spline <- from K.A3 left 7bp__ then down 4bp__ left 4bp__; "\sl A3" rjust spline <- from K.B1 right 7bp__ then up 4bp__ right 4bp__; "\sl B1" ljust arrow <- from K.B2 right 10bp__; "\sl B2" ljust spline <- from K.B3 right 7bp__ then down 4bp__ right 4bp__; "\sl B3" ljust thicklines_ } relaycoil(AXSR) with .nw at last [].ne+(spc*5,0); "\tt (AXSR)" at (last [],S) { "\sl V1" at last [].V1 rjust; "\sl V2" at last [].V2 rjust } relaycoil(BXSR) with .nw at last [].ne+(spc*2,0); "\tt (BXSR)" at (last [],S) { "\sl V1" at last [].V1 ljust; "\sl V2" at last [].V2 ljust } relaycoil(SR) with .nw at last [].ne+(spc*4,0); "\tt (SR)" at (last [],S) relaycoil(SO) with .nw at last [].ne+(spc,0); "\tt (SO)" at (last [],S) relaycoil(SOR) with .nw at last [].ne+(spc,0); "\tt (SOR)" at (last [],S) } { move down_ 3/4; right_ relaycoil(HS); S: "\tt (HS)" at last [].s+(0,-12bp__) relaycoil(NAC) with .nw at last [].ne+(spc,0); "\tt (NAC)" at (last [],S) relaycoil(AC) with .nw at last [].ne+(spc,0); "\tt (AC)" at (last [],S) relaycoil(ML) with .nw at last [].ne+(spc,0); "\tt (ML)" at (last [],S) relaycoil(PO) with .nw at last [].ne+(spc,0); "\tt (PO)" at (last [],S) relaycoil(RM) with .nw at last [].ne+(spc,0); "\tt (RM)" at (last [],S) relaycoil(RH) with .nw at last [].ne+(spc,0); "\tt (RH)" at (last [],S) relaycoil(TH) with .nw at last [].ne+(spc,0); "\tt (TH)" at (last [],S) relaycoil(EL) with .nw at last [].ne+(spc,0); "\tt (EL)" at (last [],S) } .PE Circuit_macros9.5/doc/RelayMan.m40000644060175006010010000000235313774371757015737 0ustar DwightNone.PS # Relay cct_init skip = 1.1 R1:relay {"\sl V1" wid 0.16 rjust at last [].V1 "\sl V2" ljust at last [].V2 "\sl P1" rjust at last [].P1-(dotrad_,0) "\sl O1" ljust at last [].O1 "\sl C1" ljust at last [].C1 } S: `"\tt relay"' at last [].s+(0,-0.2) R5:relay(2,CTh) with .sw at last [].sw+(skip,0) { for_(1,2,1,` "\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x ') } `"\tt (2,CTh)"' at (last [],S) R4:relay(2,O) with .sw at last [].sw+(skip,0) {for_(1,2,1,` "\sl P1" rjust at last [].P1-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x ')} `"\tt (2,O)"' at (last [],S) R3:relay(2,PIAX) with .sw at last [].sw+(skip,0) {"\sl V1" rjust at last [].V1 "\sl V2" rjust at last [].V2 for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,-2pt__) ') } `"\tt (2,PIAX)"' at (last [],S) R2:relay(2,R) with .sw at last [].sw+(skip,0) {"\sl V1" rjust at last [].V1 "\sl V2" ljust at last [].V2 for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x "\sl C`'m4x" ljust at last [].C`'m4x ') } `"\tt relay(2,R)"' at (last [],S) .PE Circuit_macros9.5/doc/sampleIC.m40000644060175006010010000000056113774371757015723 0ustar DwightNone.PS log_init command "\small\sf" U: box wid 18*L_unit ht 9*lg_pinsep Loopover_(`x', `lg_pin(U.nw-(0,m4Lx*lg_pinsep),,,w`'x)', nul,L,M,I,O,N,E,NE) define(`Upin', `lg_pin(U.ne-(0,(17-`$1')*lg_pinsep),`$2',Pin`$1',e`$3',`$1',8*L_unit)') Loopover_(`x', `Upin(patsubst(x,;,`,'))', 16;Vin;, 15;D0;L, 14;D1;M, 13;D2;I, 12;D3;O, 11;D4;N, 10;D5;E, 9;D6;NE ) .PE Circuit_macros9.5/doc/Series.m40000644060175006010010000000062413774371757015460 0ustar DwightNone.PS # Series.m4 cct_init [ setdir_(Right) resistor; llabel(,R); capacitor; llabel(,C); inductor; llabel(,L) ] [ pushdef(`elen_',dimen_) resistor; llabel(,R); capacitor; llabel(,C); inductor; llabel(,L) popdef(`elen_') ] with .nw at last [].sw + (0,-0.15) [ resistor; llabel(,R) capacitor( right_ dimen_/4); llabel(,C) inductor; llabel(,L) ] with .nw at last [].sw + (0,-0.15) .PE Circuit_macros9.5/doc/ShiftR.tex0000644060175006010010000002232113774371757015703 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp {\sf \dpicdraw (0.15,-0.45) rectangle (0.65,0.45)\dpicstop \draw (0.15,0.3) node[right=-3bp]{{\scriptsize S}}; \dpicdraw (0.15,0.3) --(0,0.3)\dpicstop \dpicdraw (0.15,-0.0375) --(0.214952,0) --(0.15,0.0375)\dpicstop \draw (0.214952,0) node[right=-3bp]{{\scriptsize CK}}; \dpicdraw (0.1125,0) circle (0.014764in)\dpicstop \dpicdraw (0.075,0) --(0,0)\dpicstop \draw (0.15,-0.3) node[right=-3bp]{{\scriptsize R}}; \dpicdraw (0.15,-0.3) --(0,-0.3)\dpicstop \draw (0.4,0.45) node[below=-3bp]{{\scriptsize PR}}; \dpicdraw (0.4,0.4875) circle (0.014764in)\dpicstop \dpicdraw (0.4,0.525) --(0.4,0.6)\dpicstop \draw (0.65,0.3) node[left=-3bp]{{\scriptsize Q}}; \dpicdraw (0.65,0.3) --(0.8,0.3)\dpicstop \draw (0.65,-0.3) node[left=-3bp]{{\scriptsize $\overline{\hbox{Q}}$}}; \dpicdraw (0.65,-0.3) --(0.8,-0.3)\dpicstop \draw (0.4,-0.45) node[above=-3bp]{{\scriptsize CLR}}; \dpicdraw (0.4,-0.4875) circle (0.014764in)\dpicstop \dpicdraw (0.4,-0.525) --(0.4,-0.6)\dpicstop \dpicdraw (0,0.3) --(-0.175,0.2) --(-0.175,0.4) --(0,0.3)\dpicstop \dpicdraw (-0.2125,0.3) circle (0.014764in)\dpicstop \dpicdraw (-0.25,0.3) --(-0.35,0.3)\dpicstop \dpicdraw[fill=black](-0.35,0.3) circle (0.007874in)\dpicstop \dpicdraw (-0.483333,0.3) --(-0.658333,0.2) --(-0.658333,0.4) --(-0.483333,0.3)\dpicstop \dpicdraw (-0.445833,0.3) circle (0.014764in)\dpicstop \dpicdraw (-0.85,0.3) --(-0.658333,0.3)\dpicstop \dpicdraw (-0.408333,0.3) --(-0.35,0.3)\dpicstop \draw (-0.85,0.3) node(Serial)[left=-3bp]{\scriptsize\shortstack[r]{SERIAL\\ INPUT}}; \dpicdraw (-0.35,0.3) --(-0.35,-0.3) --(0,-0.3)\dpicstop \dpicdraw (-0.483333,-0.6) --(-0.658333,-0.7) --(-0.658333,-0.5) --(-0.483333,-0.6)\dpicstop \dpicdraw (-0.695833,-0.6) circle (0.014764in)\dpicstop \dpicdraw (-0.445833,-0.6) circle (0.014764in)\dpicstop \dpicdraw (-0.85,-0.6) --(-0.733333,-0.6)\dpicstop \dpicdraw (-0.408333,-0.6) --(-0.35,-0.6)\dpicstop \draw (-0.85,-0.6) node[left=-3bp]{$\overline{\hbox{\scriptsize CLEAR}}$}; \dpicdraw (-0.483333,-0.9) --(-0.658333,-1) --(-0.658333,-0.8) --(-0.483333,-0.9)\dpicstop \dpicdraw (-0.445833,-0.9) circle (0.014764in)\dpicstop \dpicdraw (-0.85,-0.9) --(-0.658333,-0.9)\dpicstop \dpicdraw (-0.408333,-0.9) --(-0.35,-0.9)\dpicstop \draw (-0.85,-0.9) node[left=-3bp]{\scriptsize CLOCK}; \dpicdraw (0.95,-0.45) rectangle (1.45,0.45)\dpicstop \draw (0.95,0.3) node[right=-3bp]{{\scriptsize S}}; \dpicdraw (0.95,0.3) --(0.8,0.3)\dpicstop \dpicdraw (0.95,-0.0375) --(1.014952,0) --(0.95,0.0375)\dpicstop \draw (1.014952,0) node[right=-3bp]{{\scriptsize CK}}; \dpicdraw (0.9125,0) circle (0.014764in)\dpicstop \dpicdraw (0.875,0) --(0.8,0)\dpicstop \draw (0.95,-0.3) node[right=-3bp]{{\scriptsize R}}; \dpicdraw (0.95,-0.3) --(0.8,-0.3)\dpicstop \draw (1.2,0.45) node[below=-3bp]{{\scriptsize PR}}; \dpicdraw (1.2,0.4875) circle (0.014764in)\dpicstop \dpicdraw (1.2,0.525) --(1.2,0.6)\dpicstop \draw (1.45,0.3) node[left=-3bp]{{\scriptsize Q}}; \dpicdraw (1.45,0.3) --(1.6,0.3)\dpicstop \draw (1.45,-0.3) node[left=-3bp]{{\scriptsize $\overline{\hbox{Q}}$}}; \dpicdraw (1.45,-0.3) --(1.6,-0.3)\dpicstop \draw (1.2,-0.45) node[above=-3bp]{{\scriptsize CLR}}; \dpicdraw (1.2,-0.4875) circle (0.014764in)\dpicstop \dpicdraw (1.2,-0.525) --(1.2,-0.6)\dpicstop \dpicdraw (1.75,-0.45) rectangle (2.25,0.45)\dpicstop \draw (1.75,0.3) node[right=-3bp]{{\scriptsize S}}; \dpicdraw (1.75,0.3) --(1.6,0.3)\dpicstop \dpicdraw (1.75,-0.0375) --(1.814952,0) --(1.75,0.0375)\dpicstop \draw (1.814952,0) node[right=-3bp]{{\scriptsize CK}}; \dpicdraw (1.7125,0) circle (0.014764in)\dpicstop \dpicdraw (1.675,0) --(1.6,0)\dpicstop \draw (1.75,-0.3) node[right=-3bp]{{\scriptsize R}}; \dpicdraw (1.75,-0.3) --(1.6,-0.3)\dpicstop \draw (2,0.45) node[below=-3bp]{{\scriptsize PR}}; \dpicdraw (2,0.4875) circle (0.014764in)\dpicstop \dpicdraw (2,0.525) --(2,0.6)\dpicstop \draw (2.25,0.3) node[left=-3bp]{{\scriptsize Q}}; \dpicdraw (2.25,0.3) --(2.4,0.3)\dpicstop \draw (2.25,-0.3) node[left=-3bp]{{\scriptsize $\overline{\hbox{Q}}$}}; \dpicdraw (2.25,-0.3) --(2.4,-0.3)\dpicstop \draw (2,-0.45) node[above=-3bp]{{\scriptsize CLR}}; \dpicdraw (2,-0.4875) circle (0.014764in)\dpicstop \dpicdraw (2,-0.525) --(2,-0.6)\dpicstop \dpicdraw (2.55,-0.45) rectangle (3.05,0.45)\dpicstop \draw (2.55,0.3) node[right=-3bp]{{\scriptsize S}}; \dpicdraw (2.55,0.3) --(2.4,0.3)\dpicstop \dpicdraw (2.55,-0.0375) --(2.614952,0) --(2.55,0.0375)\dpicstop \draw (2.614952,0) node[right=-3bp]{{\scriptsize CK}}; \dpicdraw (2.5125,0) circle (0.014764in)\dpicstop \dpicdraw (2.475,0) --(2.4,0)\dpicstop \draw (2.55,-0.3) node[right=-3bp]{{\scriptsize R}}; \dpicdraw (2.55,-0.3) --(2.4,-0.3)\dpicstop \draw (2.8,0.45) node[below=-3bp]{{\scriptsize PR}}; \dpicdraw (2.8,0.4875) circle (0.014764in)\dpicstop \dpicdraw (2.8,0.525) --(2.8,0.6)\dpicstop \draw (3.05,0.3) node[left=-3bp]{{\scriptsize Q}}; \dpicdraw (3.05,0.3) --(3.2,0.3)\dpicstop \draw (3.05,-0.3) node[left=-3bp]{{\scriptsize $\overline{\hbox{Q}}$}}; \dpicdraw (3.05,-0.3) --(3.2,-0.3)\dpicstop \draw (2.8,-0.45) node[above=-3bp]{{\scriptsize CLR}}; \dpicdraw (2.8,-0.4875) circle (0.014764in)\dpicstop \dpicdraw (2.8,-0.525) --(2.8,-0.6)\dpicstop \dpicdraw (3.35,-0.45) rectangle (3.85,0.45)\dpicstop \draw (3.35,0.3) node[right=-3bp]{{\scriptsize S}}; \dpicdraw (3.35,0.3) --(3.2,0.3)\dpicstop \dpicdraw (3.35,-0.0375) --(3.414952,0) --(3.35,0.0375)\dpicstop \draw (3.414952,0) node[right=-3bp]{{\scriptsize CK}}; \dpicdraw (3.3125,0) circle (0.014764in)\dpicstop \dpicdraw (3.275,0) --(3.2,0)\dpicstop \draw (3.35,-0.3) node[right=-3bp]{{\scriptsize R}}; \dpicdraw (3.35,-0.3) --(3.2,-0.3)\dpicstop \draw (3.6,0.45) node[below=-3bp]{{\scriptsize PR}}; \dpicdraw (3.6,0.4875) circle (0.014764in)\dpicstop \dpicdraw (3.6,0.525) --(3.6,0.6)\dpicstop \draw (3.85,0.3) node[left=-3bp]{{\scriptsize Q}}; \dpicdraw (3.85,0.3) --(4,0.3)\dpicstop \draw (3.6,-0.45) node[above=-3bp]{{\scriptsize CLR}}; \dpicdraw (3.6,-0.4875) circle (0.014764in)\dpicstop \dpicdraw (3.6,-0.525) --(3.6,-0.6)\dpicstop \draw (4,0.3) node[right=-3bp]{\scriptsize OUTPUT}; \dpicdraw (-0.35,-0.6) --(3.6,-0.6)\dpicstop \dpicdraw (0,0) --(0,-0.9)\dpicstop \dpicdraw[fill=black](0,-0.9) circle (0.007874in)\dpicstop \dpicdraw (0.25,0.825) --(0.25,1.025) --(0.55,1.025) --(0.55,0.825)\dpicstop \dpicdraw (0.55,0.825) ..controls (0.55,0.625) and (0.25,0.625) ..(0.25,0.825)\dpicstop \dpicdraw (0.4,0.6375) circle (0.014764in)\dpicstop \dpicdraw (0.325,1.025) --(0.325,1.125)\dpicstop \dpicdraw (0.475,1.025) --(0.475,1.325)\dpicstop \draw (0.475,1.325) node[left=-3bp]{\scriptsize PR4}; \dpicdraw[fill=black](0.325,1.125) circle (0.007874in)\dpicstop \dpicdraw[fill=black](0.4,-0.6) circle (0.007874in)\dpicstop \dpicdraw (0.8,0) --(0.8,-0.9)\dpicstop \dpicdraw[fill=black](0.8,-0.9) circle (0.007874in)\dpicstop \dpicdraw (1.05,0.825) --(1.05,1.025) --(1.35,1.025) --(1.35,0.825)\dpicstop \dpicdraw (1.35,0.825) ..controls (1.35,0.625) and (1.05,0.625) ..(1.05,0.825)\dpicstop \dpicdraw (1.2,0.6375) circle (0.014764in)\dpicstop \dpicdraw (1.125,1.025) --(1.125,1.125)\dpicstop \dpicdraw (1.275,1.025) --(1.275,1.325)\dpicstop \draw (1.275,1.325) node[left=-3bp]{\scriptsize PR3}; \dpicdraw[fill=black](1.125,1.125) circle (0.007874in)\dpicstop \dpicdraw[fill=black](1.2,-0.6) circle (0.007874in)\dpicstop \dpicdraw (1.6,0) --(1.6,-0.9)\dpicstop \dpicdraw[fill=black](1.6,-0.9) circle (0.007874in)\dpicstop \dpicdraw (1.85,0.825) --(1.85,1.025) --(2.15,1.025) --(2.15,0.825)\dpicstop \dpicdraw (2.15,0.825) ..controls (2.15,0.625) and (1.85,0.625) ..(1.85,0.825)\dpicstop \dpicdraw (2,0.6375) circle (0.014764in)\dpicstop \dpicdraw (1.925,1.025) --(1.925,1.125)\dpicstop \dpicdraw (2.075,1.025) --(2.075,1.325)\dpicstop \draw (2.075,1.325) node[left=-3bp]{\scriptsize PR2}; \dpicdraw[fill=black](1.925,1.125) circle (0.007874in)\dpicstop \dpicdraw[fill=black](2,-0.6) circle (0.007874in)\dpicstop \dpicdraw (2.4,0) --(2.4,-0.9)\dpicstop \dpicdraw[fill=black](2.4,-0.9) circle (0.007874in)\dpicstop \dpicdraw (2.65,0.825) --(2.65,1.025) --(2.95,1.025) --(2.95,0.825)\dpicstop \dpicdraw (2.95,0.825) ..controls (2.95,0.625) and (2.65,0.625) ..(2.65,0.825)\dpicstop \dpicdraw (2.8,0.6375) circle (0.014764in)\dpicstop \dpicdraw (2.725,1.025) --(2.725,1.125)\dpicstop \dpicdraw (2.875,1.025) --(2.875,1.325)\dpicstop \draw (2.875,1.325) node[left=-3bp]{\scriptsize PR1}; \dpicdraw[fill=black](2.725,1.125) circle (0.007874in)\dpicstop \dpicdraw[fill=black](2.8,-0.6) circle (0.007874in)\dpicstop \dpicdraw (3.2,0) --(3.2,-0.9)\dpicstop \dpicdraw (3.2,-0.9) --(-0.35,-0.9)\dpicstop \dpicdraw (3.45,0.825) --(3.45,1.025) --(3.75,1.025) --(3.75,0.825)\dpicstop \dpicdraw (3.75,0.825) ..controls (3.75,0.625) and (3.45,0.625) ..(3.45,0.825)\dpicstop \dpicdraw (3.6,0.6375) circle (0.014764in)\dpicstop \dpicdraw (3.525,1.025) --(3.525,1.125)\dpicstop \dpicdraw (3.675,1.025) --(3.675,1.325)\dpicstop \draw (3.675,1.325) node[left=-3bp]{\scriptsize PR0}; \dpicdraw (3.525,1.125) --(-0.85,1.125)\dpicstop \draw (-0.85,1.125) node[left=-3bp]{\scriptsize\shortstack[r]{PRESET\\ ENABLE}}; } \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/ShiftRMan.m40000644060175006010010000000257613774371757016071 0ustar DwightNone.PS # ShiftR.m4 log_init iflatex(`textoffset = 1bp__; ifpsfrag(,`latexcommand({\sf)') ') define(`lg_plen',3) define(`customFF',`FlipFlopX(wid 10*L_unit ht FF_ht*L_unit,, :S;NE:CK;:R, N:PR, :Q;;ifelse(`$1',1,:lg_bartxt(Q)), N:CLR) ') F0: customFF(1) BUFFER_gate(,N) with .Out at F0.W1.end line left 2*L_unit from last [].In1 T: dot reversed(`NOT_gate',left 10*L_unit) Serial: "\scriptsize\shortstack[r]{SERIAL\\ INPUT}" rjust line from T to (T,F0.W3) then to F0.W3.end NCLR: NOT_gate(right T.x-Serial.x from (Serial,F0.S1.end),N) "$\overline{\hbox{\scriptsize CLEAR}}$" at NCLR.start rjust CLK: NOT_gate(right T.x-Serial.x from NCLR.start+(0,-BUF_ht*3/2*L_unit)) "\scriptsize CLOCK" at CLK.start rjust for_(1,4,1,` F`'m4x: customFF(eval(m4x!=4)) with .W3.end at F`'eval(m4x-1).E3.end ') "\scriptsize OUTPUT" at F4.E1.end ljust line from NCLR.end to F4.S1.end down_ for_(0,4,1,` line from F`'m4x.W2.end down F0.W2.y-CLK.y ifelse(eval(m4x!=4),1,`dot',`line to CLK.end') N`'m4x: NAND_gate with .Out at F`'m4x.N1.end line up 2*L_unit from N`'m4x.In2 { line up 6*L_unit from N`'m4x.In1 "\scriptsize PR`'eval(4-m4x)" rjust } ifelse(eval(m4x!=4),1, `dot; dot(at F`'m4x.S1.end)', `line to (Serial,Here) "\scriptsize\shortstack[r]{PRESET\\ ENABLE}" wid 0.4 rjust ') ') iflatex(ifpsfrag(,`latexcommand(})')) .PE Circuit_macros9.5/doc/Sinus.m40000644060175006010010000000064513774371757015332 0ustar DwightNone.PS # Sinus.m4 cct_init s_init(Sinus) sinclude(tst.dim) sinclude(Circuit_macros.dim) define(`phsource',`source($1, #`Set angle to 0, draw sinusoid, restore angle' m4smp_ang = rp_ang; rp_ang = 0 sinusoid(m4h/2,twopi_/(m4h), ifelse(`$2',,,`($2)/360*2*pi_+')pi_/2,-m4h/2,m4h/2) with .Origin at Here rp_ang = m4smp_ang, $3,$4,$5)') phsource(,120) s_box(`{\tt phsourc{}e(,120)}') with .e at last line.end+(0,-0.2) .PE Circuit_macros9.5/doc/Sources.tex0000644060175006010010000003603413774371757016135 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp {\sf \dpicdraw (0,0) --(0.25,0)\dpicstop \dpicdraw (0.375,0) circle (0.049213in)\dpicstop \dpicdraw (0.5,0) --(0.75,0)\dpicstop \draw (0.777674,0) node[right=-2bp]{source}; \dpicdraw (0,-0.275) --(0.25,-0.275)\dpicstop \dpicdraw (0.375,-0.275) circle (0.049213in)\dpicstop \filldraw[line width=0bp](0.36875,-0.3) --(0.46875,-0.275) --(0.36875,-0.25) --cycle\dpicstop \dpicdraw (0.28125,-0.275) --(0.445844,-0.275)\dpicstop \dpicdraw (0.5,-0.275) --(0.75,-0.275)\dpicstop \draw (0.777674,-0.275) node[right=-2bp]{source(,I)}; \dpicdraw (0,-0.55) --(0.25,-0.55)\dpicstop \dpicdraw (0.375,-0.55) circle (0.049213in)\dpicstop \dpicdraw (0.375,-0.675) --(0.375,-0.425)\dpicstop \dpicdraw (0.5,-0.55) --(0.75,-0.55)\dpicstop \draw (0.777674,-0.55) node[right=-2bp]{source(,i)}; \dpicdraw (0,-0.825) --(0.25,-0.825)\dpicstop \dpicdraw (0.375,-0.825) circle (0.049213in)\dpicstop \draw (0.3125,-0.825) node{$_-$}; \draw (0.4375,-0.825) node{$_+$}; \dpicdraw (0.5,-0.825) --(0.75,-0.825)\dpicstop \draw (0.777674,-0.825) node[right=-2bp]{source(,V)}; \dpicdraw (0,-1.1) --(0.25,-1.1)\dpicstop \dpicdraw (0.375,-1.1) circle (0.049213in)\dpicstop \dpicdraw (0.25,-1.1) --(0.5,-1.1)\dpicstop \dpicdraw (0.5,-1.1) --(0.75,-1.1)\dpicstop \draw (0.777674,-1.1) node[right=-2bp]{source(,v)}; \dpicdraw (0,-1.375) --(0.25,-1.375)\dpicstop \dpicdraw (0.375,-1.375) circle (0.049213in)\dpicstop \dpicdraw (0.25,-1.375) ..controls (0.319036,-1.375) and (0.375,-1.319036) ..(0.375,-1.25)\dpicstop \dpicdraw (0.5,-1.375) --(0.75,-1.375)\dpicstop \draw (0.777674,-1.375) node[right=-2bp]{source(,SC)}; \dpicdraw (0,-1.65) --(0.25,-1.65)\dpicstop \dpicdraw (0.375,-1.65) circle (0.049213in)\dpicstop \dpicdraw (0.375,-1.65) ..controls (0.375,-1.626988) and (0.356345,-1.608333) ..(0.333333,-1.608333) ..controls (0.310321,-1.608333) and (0.291667,-1.626988) ..(0.291667,-1.65)\dpicstop \dpicdraw (0.375,-1.65) ..controls (0.375,-1.673012) and (0.393655,-1.691667) ..(0.416667,-1.691667) ..controls (0.439679,-1.691667) and (0.458333,-1.673012) ..(0.458333,-1.65)\dpicstop \dpicdraw (0.583333,-1.65) --(0.833333,-1.65)\dpicstop \draw (0.777674,-1.65) node[right=-2bp]{source(,AC)}; \dpicdraw (0,-1.925) --(0.25,-1.925)\dpicstop \dpicdraw (0.375,-1.925) circle (0.049213in)\dpicstop \dpicdraw (0.286612,-1.836612) --(0.463388,-2.013388)\dpicstop \dpicdraw (0.286612,-2.013388) --(0.463388,-1.836612)\dpicstop \dpicdraw (0.5,-1.925) --(0.75,-1.925)\dpicstop \draw (0.777674,-1.925) node[right=-2bp]{source(,X)}; \dpicdraw (0,-2.2) --(0.25,-2.2)\dpicstop \dpicdraw (0.375,-2.2) circle (0.049213in)\dpicstop \dpicdraw (0.25,-2.2) --(0.3125,-2.2)\dpicstop \dpicdraw (0.3125,-2.2625) --(0.3125,-2.1375)\dpicstop \dpicdraw (0.4375,-2.2625) --(0.4375,-2.1375)\dpicstop \dpicdraw (0.5,-2.2) --(0.4375,-2.2)\dpicstop \dpicdraw (0.5,-2.2) --(0.75,-2.2)\dpicstop \draw (0.777674,-2.2) node[right=-2bp]{source(,F)}; \dpicdraw (0,-2.475) --(0.1875,-2.475)\dpicstop \dpicdraw (0.3125,-2.475) circle (0.049213in)\dpicstop \dpicdraw (0.4375,-2.475) circle (0.049213in)\dpicstop \dpicdraw (0.5625,-2.475) --(0.75,-2.475)\dpicstop \draw (0.777674,-2.475) node[right=-2bp]{source(,G)}; \dpicdraw (0,-2.75) --(0.1875,-2.75)\dpicstop \dpicdraw (0.3125,-2.75) circle (0.049213in)\dpicstop \dpicdraw (0.375,-2.858253) ..controls (0.458333,-2.906366) and (0.5625,-2.846225) ..(0.5625,-2.75) ..controls (0.5625,-2.653775) and (0.458333,-2.593634) ..(0.375,-2.641747)\dpicstop \dpicdraw (0.5625,-2.75) --(0.75,-2.75)\dpicstop \draw (0.777674,-2.75) node[right=-2bp]{source(,Q)}; \dpicdraw (2,0) --(2.175,0)\dpicstop \dpicdraw (2.375,0) circle (0.07874in)\dpicstop \dpicdraw (2.575,0) --(2.75,0)\dpicstop \draw (2.777674,0) node[right=-2bp]{source(,{,}0.4)}; \dpicdraw (2,-0.35) --(2.25,-0.35)\dpicstop \dpicdraw (2.375,-0.35) circle (0.049213in)\dpicstop \dpicdraw (2.3125,-0.38125) --(2.34375,-0.38125) --(2.34375,-0.31875) --(2.40625,-0.31875) --(2.40625,-0.38125) --(2.4375,-0.38125)\dpicstop \dpicdraw (2.5,-0.35) --(2.75,-0.35)\dpicstop \draw (2.777674,-0.35) node[right=-2bp]{source(,P)}; \dpicdraw (2,-0.625) --(2.25,-0.625)\dpicstop \dpicdraw (2.375,-0.625) circle (0.049213in)\dpicstop \dpicdraw (2.3125,-0.625) --(2.3125,-0.583333) --(2.375,-0.583333) --(2.375,-0.666667) --(2.4375,-0.666667) --(2.4375,-0.625)\dpicstop \dpicdraw (2.5,-0.625) --(2.75,-0.625)\dpicstop \draw (2.777674,-0.625) node[right=-2bp]{source(,U)}; \dpicdraw (2,-0.9) --(2.25,-0.9)\dpicstop \dpicdraw (2.375,-0.9) circle (0.049213in)\dpicstop \dpicdraw (2.3125,-0.941667) --(2.375,-0.941667) --(2.375,-0.858333) --(2.4375,-0.858333)\dpicstop \dpicdraw (2.5,-0.9) --(2.75,-0.9)\dpicstop \draw (2.777674,-0.9) node[right=-2bp]{source(,H)}; \dpicdraw (2,-1.175) --(2.25,-1.175)\dpicstop \dpicdraw (2.375,-1.175) circle (0.049213in)\dpicstop \dpicdraw (2.291667,-1.216667) --(2.416667,-1.1125) --(2.416667,-1.216667)\dpicstop \dpicdraw (2.5,-1.175) --(2.75,-1.175)\dpicstop \draw (2.777674,-1.175) node[right=-2bp]{source(,R)}; \dpicdraw (2,-1.45) --(2.25,-1.45)\dpicstop \dpicdraw (2.375,-1.45) circle (0.049213in)\dpicstop \dpicdraw (2.291667,-1.45) ..controls (2.29302,-1.447174) and (2.295417,-1.442207) ..(2.297014,-1.438918) ..controls (2.298611,-1.435629) and (2.301248,-1.430362) ..(2.302897,-1.427166) ..controls (2.304546,-1.423971) and (2.307453,-1.418784) ..(2.309383,-1.415594) ..controls (2.311313,-1.412404) and (2.314426,-1.40787) ..(2.316328,-1.405477) ..controls (2.31823,-1.403084) and (2.3213,-1.399943) ..(2.323177,-1.398468) ..controls (2.325054,-1.396994) and (2.328093,-1.395392) ..(2.329956,-1.394895) ..controls (2.33182,-1.394398) and (2.334847,-1.394398) ..(2.33671,-1.394895) ..controls (2.338574,-1.395392) and (2.341612,-1.396994) ..(2.34349,-1.398468) ..controls (2.345367,-1.399943) and (2.348437,-1.403084) ..(2.350339,-1.405477) ..controls (2.352241,-1.40787) and (2.355353,-1.412404) ..(2.357283,-1.415594) ..controls (2.359213,-1.418784) and (2.362369,-1.424451) ..(2.364323,-1.428239) ..controls (2.366277,-1.432026) and (2.369464,-1.438441) ..(2.371432,-1.442551) ..controls (2.373401,-1.446661) and (2.376599,-1.453339) ..(2.378568,-1.457449) ..controls (2.380536,-1.461559) and (2.383723,-1.467974) ..(2.385677,-1.471761) ..controls (2.387631,-1.475549) and (2.390787,-1.481216) ..(2.392717,-1.484406) ..controls (2.394647,-1.487596) and (2.397759,-1.49213) ..(2.399661,-1.494523) ..controls (2.401563,-1.496916) and (2.404633,-1.500057) ..(2.40651,-1.501532) ..controls (2.408388,-1.503006) and (2.411426,-1.504608) ..(2.41329,-1.505105) ..controls (2.415153,-1.505602) and (2.41818,-1.505602) ..(2.420044,-1.505105) ..controls (2.421907,-1.504608) and (2.424946,-1.503006) ..(2.426823,-1.501532) ..controls (2.4287,-1.500057) and (2.43177,-1.496916) ..(2.433672,-1.494523) ..controls (2.435574,-1.49213) and (2.438687,-1.487596) ..(2.440617,-1.484406) ..controls (2.442547,-1.481216) and (2.445454,-1.476029) ..(2.447103,-1.472834) ..controls (2.448752,-1.469638) and (2.451389,-1.464371) ..(2.452986,-1.461082) ..controls (2.454583,-1.457793) and (2.45698,-1.452826) ..(2.458333,-1.45)\dpicstop \dpicdraw (2.583333,-1.45) --(2.833333,-1.45)\dpicstop \draw (2.777674,-1.45) node[right=-2bp]{source(,S)}; \dpicdraw (2,-1.725) --(2.25,-1.725)\dpicstop \dpicdraw (2.375,-1.725) circle (0.049213in)\dpicstop \dpicdraw (2.25,-1.725) ..controls (2.319036,-1.725) and (2.375,-1.780964) ..(2.375,-1.85)\dpicstop \dpicdraw (2.5,-1.725) --(2.75,-1.725)\dpicstop \draw (2.777674,-1.725) node[right=-2bp]{source(,SCr)}; \dpicdraw (2,-2) --(2.25,-2)\dpicstop \dpicdraw (2.375,-2) circle (0.049213in)\dpicstop \dpicdraw (2.28125,-2.03125) --(2.34375,-1.96875) --(2.40625,-2.03125) --(2.46875,-1.96875)\dpicstop \dpicdraw (2.5,-2) --(2.75,-2)\dpicstop \draw (2.777674,-2) node[right=-2bp]{source(,T)}; \dpicdraw (2,-2.275) --(2.25,-2.275)\dpicstop \dpicdraw (2.375,-2.275) circle (0.049213in)\dpicstop \dpicdraw (2.25,-2.275) --(2.34375,-2.275)\dpicstop \dpicdraw[line width=0.4bp](2.34375,-2.275) circle (0.00109in)\dpicstop \dpicdraw (2.34375,-2.275) --(2.348958,-2.233333) ..controls (2.352431,-2.205556) and (2.361111,-2.191667) ..(2.375,-2.191667) ..controls (2.388889,-2.191667) and (2.397569,-2.205556) ..(2.401042,-2.233333) --(2.40625,-2.275)\dpicstop \dpicdraw[line width=0.4bp](2.40625,-2.275) circle (0.00109in)\dpicstop \dpicdraw (2.40625,-2.275) --(2.5,-2.275)\dpicstop \dpicdraw (2.5,-2.275) --(2.75,-2.275)\dpicstop \draw (2.777674,-2.275) node[right=-2bp]{source(,L)}; \dpicdraw (2,-2.55) --(2.25,-2.55)\dpicstop \dpicdraw (2.375,-2.55) circle (0.049213in)\dpicstop \dpicdraw (2.25,-2.55) --(2.291667,-2.55)\dpicstop \dpicdraw[line width=0.4bp](2.291667,-2.55) circle (0.00109in)\dpicstop \dpicdraw (2.291667,-2.55) ..controls (2.291667,-2.584518) and (2.319649,-2.6125) ..(2.354167,-2.6125) ..controls (2.388684,-2.6125) and (2.416667,-2.584518) ..(2.416667,-2.55)\dpicstop \dpicdraw (2.416667,-2.55) ..controls (2.416667,-2.526988) and (2.398012,-2.508333) ..(2.375,-2.508333) ..controls (2.351988,-2.508333) and (2.333333,-2.526988) ..(2.333333,-2.55)\dpicstop \dpicdraw (2.333333,-2.55) ..controls (2.333333,-2.584518) and (2.361316,-2.6125) ..(2.395833,-2.6125) ..controls (2.430351,-2.6125) and (2.458333,-2.584518) ..(2.458333,-2.55)\dpicstop \dpicdraw[line width=0.4bp](2.458333,-2.55) circle (0.00109in)\dpicstop \dpicdraw (2.458333,-2.55) --(2.5,-2.55)\dpicstop \dpicdraw (2.5,-2.55) --(2.75,-2.55)\dpicstop \draw (2.777674,-2.55) node[right=-2bp]{source(,B)}; \dpicdraw (2,-2.77) --(2.25,-2.77)\dpicstop \dpicdraw (2.375,-2.7075) ..controls (2.39675,-2.7075) and (2.430875,-2.714063) ..(2.45625,-2.723125) ..controls (2.481625,-2.732188) and (2.5,-2.751875) ..(2.5,-2.77) ..controls (2.5,-2.788125) and (2.481625,-2.807813) ..(2.45625,-2.816875) ..controls (2.430875,-2.825938) and (2.39675,-2.8325) ..(2.375,-2.8325) ..controls (2.35325,-2.8325) and (2.319125,-2.825938) ..(2.29375,-2.816875) ..controls (2.268375,-2.807813) and (2.25,-2.788125) ..(2.25,-2.77) ..controls (2.25,-2.751875) and (2.268375,-2.732188) ..(2.29375,-2.723125) ..controls (2.319125,-2.714063) and (2.35325,-2.7075) ..(2.375,-2.7075)\dpicstop \dpicdraw (2.5,-2.77) --(2.75,-2.77)\dpicstop \draw (2.777674,-2.77) node[right=-2bp]{nullator}; \dpicdraw (2,-2.935) --(2.25,-2.935)\dpicstop \dpicdraw (2.375,-2.935) --(2.34375,-2.90375) ..controls (2.322917,-2.882917) and (2.302083,-2.8725) ..(2.28125,-2.8725) ..controls (2.260417,-2.8725) and (2.25,-2.893333) ..(2.25,-2.935) ..controls (2.25,-2.976667) and (2.260417,-2.9975) ..(2.28125,-2.9975) ..controls (2.302083,-2.9975) and (2.322917,-2.987083) ..(2.34375,-2.96625) --(2.375,-2.935)\dpicstop \dpicdraw (2.375,-2.935) --(2.40625,-2.90375) ..controls (2.427083,-2.882917) and (2.447917,-2.8725) ..(2.46875,-2.8725) ..controls (2.489583,-2.8725) and (2.5,-2.893333) ..(2.5,-2.935) ..controls (2.5,-2.976667) and (2.489583,-2.9975) ..(2.46875,-2.9975) ..controls (2.447917,-2.9975) and (2.427083,-2.987083) ..(2.40625,-2.96625) --(2.375,-2.935)\dpicstop \dpicdraw (2.5,-2.935) --(2.75,-2.935)\dpicstop \draw (2.777674,-2.935) node[right=-2bp]{norator}; \dpicdraw (4,0) --(4.25,0)\dpicstop \dpicdraw (4.375,0) circle (0.049213in)\dpicstop \dpicdraw (4.25,0) --(4.3125,0)\dpicstop \dpicdraw (4.396376,-0.058731) --(4.396376,0.058731)\dpicstop \dpicdraw[line width=0.4bp](4.396376,0.058731) circle (0.00109in)\dpicstop \dpicdraw (4.396376,0.058731) ..controls (4.451208,0.038774) and (4.451208,-0.038774) ..(4.396376,-0.058731)\dpicstop \dpicdraw[line width=0.4bp](4.396376,-0.058731) circle (0.00109in)\dpicstop \dpicdraw (4.353624,0.058731) --(4.353624,-0.058731)\dpicstop \dpicdraw[line width=0.4bp](4.353624,-0.058731) circle (0.00109in)\dpicstop \dpicdraw (4.353624,-0.058731) ..controls (4.298792,-0.038774) and (4.298792,0.038774) ..(4.353624,0.058731)\dpicstop \dpicdraw[line width=0.4bp](4.353624,0.058731) circle (0.00109in)\dpicstop \dpicdraw (4.4375,0) --(4.5,0)\dpicstop \dpicdraw (4.5,0) --(4.75,0)\dpicstop \draw (4.777674,0) node[right=-2bp]{source(,N)}; \dpicdraw (4,-0.275) --(4.25,-0.275)\dpicstop \dpicdraw (4.375,-0.275) circle (0.049213in)\dpicstop \draw (4.375,-0.275) node{\rm mA}; \dpicdraw (4.5,-0.275) --(4.75,-0.275)\dpicstop \draw (4.777674,-0.275) node[right=-2bp]{source(,"mA")}; \dpicdraw (4,-0.585) --(4.225,-0.585)\dpicstop \dpicdraw (4.225,-0.585) --(4.375,-0.435) --(4.525,-0.585) --(4.375,-0.735) --(4.225,-0.585)\dpicstop \dpicdraw (4.525,-0.585) --(4.75,-0.585)\dpicstop \draw (4.777674,-0.585) node[right=-2bp]{consource}; \dpicdraw (4,-0.905) --(4.225,-0.905)\dpicstop \dpicdraw (4.225,-0.905) --(4.375,-0.755) --(4.525,-0.905) --(4.375,-1.055) --(4.225,-0.905)\dpicstop \filldraw[line width=0bp](4.3875,-0.93) --(4.4875,-0.905) --(4.3875,-0.88) --cycle\dpicstop \dpicdraw (4.2625,-0.905) --(4.464594,-0.905)\dpicstop \dpicdraw (4.525,-0.905) --(4.75,-0.905)\dpicstop \draw (4.777674,-0.905) node[right=-2bp]{consource(,I)}; \dpicdraw (4,-1.225) --(4.225,-1.225)\dpicstop \dpicdraw (4.225,-1.225) --(4.375,-1.075) --(4.525,-1.225) --(4.375,-1.375) --(4.225,-1.225)\dpicstop \dpicdraw (4.375,-1.075) --(4.375,-1.375)\dpicstop \dpicdraw (4.525,-1.225) --(4.75,-1.225)\dpicstop \draw (4.777674,-1.225) node[right=-2bp]{consource(,i)}; \dpicdraw (4,-1.545) --(4.25,-1.545)\dpicstop \dpicdraw (4.375,-1.545) circle (0.049213in)\dpicstop \dpicdraw (4.26275,-1.49) ..controls (4.332238,-1.53) and (4.417762,-1.53) ..(4.48725,-1.49)\dpicstop \dpicdraw (4.5,-1.545) --(4.75,-1.545)\dpicstop \draw (4.777674,-1.545) node[right=-2bp]{source(,SE)}; \dpicdraw (4,-1.82) --(4.225,-1.82)\dpicstop \dpicdraw (4.225,-1.82) --(4.375,-1.67) --(4.525,-1.82) --(4.375,-1.97) --(4.225,-1.82)\dpicstop \draw (4.3,-1.82) node{$-$}; \draw (4.45,-1.82) node{$+$}; \dpicdraw (4.525,-1.82) --(4.75,-1.82)\dpicstop \draw (4.777674,-1.82) node[right=-2bp]{consource(,V)}; \dpicdraw (4,-2.14) --(4.225,-2.14)\dpicstop \dpicdraw (4.225,-2.14) --(4.375,-1.99) --(4.525,-2.14) --(4.375,-2.29) --(4.225,-2.14)\dpicstop \dpicdraw (4.225,-2.14) --(4.525,-2.14)\dpicstop \dpicdraw (4.525,-2.14) --(4.75,-2.14)\dpicstop \draw (4.777674,-2.14) node[right=-2bp]{consource(,v)}; \dpicdraw (4,-2.44) --(4.354167,-2.44)\dpicstop \dpicdraw (4.354167,-2.3775) --(4.354167,-2.5025)\dpicstop \dpicdraw (4.395833,-2.315) --(4.395833,-2.565)\dpicstop \dpicdraw (4.395833,-2.44) --(4.75,-2.44)\dpicstop \draw (4.777674,-2.44) node[right=-2bp]{battery}; \dpicdraw (4.75,-2.715) --(4.479167,-2.715)\dpicstop \dpicdraw (4.479167,-2.7775) --(4.479167,-2.6525)\dpicstop \dpicdraw (4.4375,-2.84) --(4.4375,-2.59)\dpicstop \dpicdraw (4.395833,-2.7775) --(4.395833,-2.6525)\dpicstop \dpicdraw (4.354167,-2.84) --(4.354167,-2.59)\dpicstop \dpicdraw (4.3125,-2.7775) --(4.3125,-2.6525)\dpicstop \dpicdraw (4.270833,-2.84) --(4.270833,-2.59)\dpicstop \dpicdraw (4.270833,-2.715) --(4,-2.715)\dpicstop \draw (4.777674,-2.715) node[right=-2bp]{battery(,3,R)}; } \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/SourcesMan.m40000644060175006010010000000416513774371757016311 0ustar DwightNone.PS # `Sources.m4' cct_init divert(-1) divert(0)dnl iflatex(`ifpsfrag(,`latexcommand({\sf)') ') movewid = 2pt__ moveht = 0.275 define(`NL',`; move down $1; right_') { {source ; move ; "`source'" ljust} NL {source(,I) ; move ; "`source(,I)'" ljust} NL {source(,i) ; move ; "`source(,i)'" ljust} NL {source(,V) ; move ; "`source(,V)'" ljust} NL {source(,v) ; move ; "`source(,v)'" ljust} NL {source(,SC) ; move ; "`source(,SC)'" ljust} NL {source(,AC); move ; "`source(,AC)'" ljust} NL {source(,X) ; move ; "`source(,X)'" ljust} NL {source(,F) ; move ; "`source(,F)'" ljust} NL {source(,G) ; move ; "`source(,G)'" ljust} NL {source(,Q) ; move ; "`source(,Q)'" ljust} NL(0.3) {proximity ; move ; "`\shortstack[l]{proximity\\ = consource(,P)}'" ljust} } move right_ 2.0 { {source(,,0.4) ; move ; "`source(,{,}0.4)'" ljust} NL(0.35) {source(,P) ; move ; "`source(,P)'" ljust} NL {source(,U) ; move ; "`source(,U)'" ljust} NL {source(,H) ; move ; "`source(,H)'" ljust} NL {source(,R) ; move ; "`source(,R)'" ljust} NL {source(,S) ; move ; "`source(,S)'" ljust} NL {source(,SCr) ; move ; "`source(,SCr)'" ljust} NL {source(,T) ; move ; "`source(,T)'" ljust} NL {source(,L) ; move ; "`source(,L)'" ljust} NL {source(,B) ; move ; "`source(,B)'" ljust} NL {nullator ; move ; "`nullator'" ljust} NL(moveht*0.8) {norator ; move ; "`norator'" ljust} } move right_ 2.0 {source(,N) ; move ; "`source(,N)'" ljust} NL {source(,"\rm mA");move; "`source(,\"mA\")'" ljust} NL(0.31) # {source(,"mA");move; "`source(,'" ljust \ # "`\enskip \"mA\")'" ljust} NL(0.31) {consource ; move ; "`consource'" ljust} NL(0.32) {consource(,I) ; move ; "`consource(,I)'" ljust} NL(0.32) {consource(,i) ; move ; "`consource(,i)'" ljust} NL(0.32) {source(,SE) ; move ; "`source(,SE)'" ljust} NL {consource(,V) ; move ; "`consource(,V)'" ljust} NL(0.32) {consource(,v) ; move ; "`consource(,v)'" ljust} NL(0.3) {battery ; move ; "`battery'" ljust} NL(0.3) {battery(,3,R) ; move ; "`battery(,3,R)'" ljust} iflatex(`ifpsfrag(,`latexcommand(})')') .PE Circuit_macros9.5/doc/stringdims.m40000644060175006010010000000033113774371757016404 0ustar DwightNone.PS # stringdims.m4 sinclude(Circuit_macros.dim) s_init(stringdims) [B: box s_box(`Left text') at B.w rjust s_box(`Right text: $x^%g$',2) at B.e ljust ] box dotted ht last [].ht wid last [].wid at last [] .PE Circuit_macros9.5/doc/Switches.tex0000644060175006010010000004530613774371757016305 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0,0) --(0.291667,0)\dpicstop \dpicdraw (0.291667,0) --(0.416667,0.125)\dpicstop \dpicdraw (0.458333,0) --(0.75,0)\dpicstop \draw (0.375,-0.160595) node{\tt ls{}witch}; \dpicdraw (1,0) --(1.291667,0)\dpicstop \dpicdraw (1.291667,0) --(1.416667,0.125)\dpicstop \filldraw[line width=0bp](1.362125,0.086087) --(1.349366,0.074969) ..controls 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--(3.75,-1.5)\dpicstop \dpicdraw (3.291667,-1.5) --(3.479167,-1.40625)\dpicstop \dpicdraw[fill=white](3.458333,-1.5) circle (0.012303in)\dpicstop \dpicdraw (3.489583,-1.458333) --(3.489583,-1.541667)\dpicstop \draw (3.375,-1.640032) node{\tt (,,WBSd)}; \dpicdraw (4,-1.5) --(4.291667,-1.5)\dpicstop \dpicdraw (4.458333,-1.5) --(4.75,-1.5)\dpicstop \dpicdraw (4.291667,-1.5) --(4.479167,-1.40625)\dpicstop \dpicdraw (4.458333,-1.458333) --(4.458333,-1.541667)\dpicstop \dpicdraw (4.315104,-1.488281) --(4.304688,-1.467448) --(4.398438,-1.420573) --(4.419271,-1.46224) --(4.325521,-1.509115) --(4.315104,-1.488281)\dpicstop \draw (4.375,-1.640032) node{\tt (,,WBFDI)}; \dpicdraw (5,-1.5) --(5.291667,-1.5)\dpicstop \dpicdraw (5.458333,-1.5) --(5.75,-1.5)\dpicstop \dpicdraw (5.291667,-1.5) --(5.479167,-1.40625)\dpicstop \dpicdraw (5.315104,-1.488281) --(5.304688,-1.467448) --(5.398438,-1.420573) --(5.419271,-1.46224) --(5.325521,-1.509115) --(5.315104,-1.488281)\dpicstop \dpicdraw[fill=white](5.458333,-1.5) circle (0.012303in)\dpicstop \dpicdraw (5.489583,-1.458333) --(5.489583,-1.541667)\dpicstop \draw (5.375,-1.640032) node{\tt (,,WBFSd)}; \dpicdraw (0,-2.125) --(0.291667,-2.125)\dpicstop \dpicdraw (0.458333,-2.125) --(0.75,-2.125)\dpicstop \dpicdraw (0.291667,-2.125) --(0.479167,-2.03125)\dpicstop \dpicdraw (0.385417,-2.078125) --(0.385417,-1.984375) --(0.447917,-1.984375) --(0.447917,-1.921875) --(0.385417,-1.921875) --(0.385417,-1.828125)\dpicstop \draw (0.380208,-2.26398) node{\tt (,,WBTh)}; \dpicdraw (1,-2.125) --(1.291667,-2.125)\dpicstop \dpicdraw (1.458333,-2.125) --(1.75,-2.125)\dpicstop \dpicdraw (1.291667,-2.125) --(1.479167,-2.03125)\dpicstop \dpicdraw (1.458333,-2.125) --(1.458333,-2.020833)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](1.385417,-2.078125) --(1.385417,-1.828125)\dpicstop \draw (1.380208,-2.26398) node{\tt (,,WBKC)}; \dpicdraw (2,-2.125) --(2.291667,-2.125)\dpicstop \dpicdraw (2.458333,-2.125) --(2.75,-2.125)\dpicstop \dpicdraw (2.291667,-2.125) --(2.479167,-2.03125)\dpicstop \dpicdraw[dash pattern=on 0.03125in off 0.03125in](2.385417,-2.078125) --(2.385417,-1.984375)\dpicstop \dpicdraw (2.385417,-1.984375) --(2.322917,-1.953125) --(2.385417,-1.921875)\dpicstop \dpicdraw[dash pattern=on 0.03125in off 0.03125in](2.385417,-1.921875) --(2.385417,-1.828125)\dpicstop \draw (2.380208,-2.26398) node{\tt (,,WBM)}; \dpicdraw (3,-2.125) --(3.291667,-2.125)\dpicstop \dpicdraw (3.458333,-2.125) --(3.75,-2.125)\dpicstop \dpicdraw (3.291667,-2.125) --(3.479167,-2.03125)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](3.385417,-2.078125) --(3.385417,-1.828125)\dpicstop \dpicdraw (3.333333,-1.828125) --(3.4375,-1.828125)\dpicstop \draw (3.380208,-2.26398) node{\tt (,,WBCO)}; \dpicdraw (4,-2.125) --(4.291667,-2.125)\dpicstop \dpicdraw (4.458333,-2.125) --(4.75,-2.125)\dpicstop \dpicdraw (4.291667,-2.125) --(4.479167,-2.03125)\dpicstop \dpicdraw[dash pattern=on 0.03125in off 0.03125in](4.385417,-2.078125) --(4.385417,-1.984375)\dpicstop \dpicdraw (4.385417,-1.984375) --(4.322917,-1.953125) --(4.385417,-1.921875)\dpicstop \dpicdraw[dash pattern=on 0.03125in off 0.03125in](4.385417,-1.921875) --(4.385417,-1.828125)\dpicstop \dpicdraw (4.333333,-1.880208) --(4.333333,-1.828125) --(4.4375,-1.828125) --(4.4375,-1.880208)\dpicstop \draw (4.380208,-2.26398) node{\tt (,,WBMP)}; \dpicdraw (5,-2.125) --(5.291667,-2.125)\dpicstop \dpicdraw (5.458333,-2.125) --(5.75,-2.125)\dpicstop \dpicdraw (5.291667,-2.125) --(5.458333,-1.968634)\dpicstop \dpicdraw (5.458333,-2.125) --(5.458333,-2.020833)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](5.375,-2.046817) --(5.375,-1.796817)\dpicstop \dpicdraw (5.322917,-1.8489) --(5.322917,-1.796817) --(5.427083,-1.796817) --(5.427083,-1.8489)\dpicstop \draw (5.375,-2.26398) node{\tt (,,WBoKCP)}; \dpicdraw (0,-2.75) --(0.291667,-2.75)\dpicstop \dpicdraw (0.458333,-2.75) --(0.75,-2.75)\dpicstop \dpicdraw (0.291667,-2.75) --(0.479167,-2.65625)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](0.385417,-2.703125) --(0.385417,-2.453125)\dpicstop \dpicdraw (0.333333,-2.401042) --(0.333333,-2.453125) --(0.4375,-2.453125) --(0.4375,-2.401042)\dpicstop \draw (0.380208,-2.88898) node{\tt (,,WBCY)}; \dpicdraw (1,-2.75) --(1.291667,-2.75)\dpicstop \dpicdraw (1.458333,-2.75) --(1.75,-2.75)\dpicstop \dpicdraw (1.291667,-2.75) --(1.479167,-2.65625)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](1.385417,-2.703125) --(1.385417,-2.453125)\dpicstop \dpicdraw (1.333333,-2.505208) --(1.333333,-2.453125) --(1.4375,-2.453125) --(1.4375,-2.401042)\dpicstop \draw (1.380208,-2.88898) node{\tt (,,WBCZ)}; \dpicdraw (2,-2.75) --(2.291667,-2.75)\dpicstop \dpicdraw (2.458333,-2.75) --(2.75,-2.75)\dpicstop \dpicdraw (2.291667,-2.75) --(2.479167,-2.65625)\dpicstop \dpicdraw[dash pattern=on 0.05in off 0.05in](2.385417,-2.703125) --(2.385417,-2.453125)\dpicstop \dpicdraw (2.333333,-2.453125) --(2.4375,-2.453125)\dpicstop \dpicdraw (2.4375,-2.453125) ..controls (2.413909,-2.413806) and (2.356925,-2.413806) ..(2.333333,-2.453125)\dpicstop \draw (2.380208,-2.88898) node{\tt (,,WBCE)}; \dpicdraw (3,-2.75) --(3.291667,-2.75)\dpicstop \dpicdraw (3.458333,-2.75) --(3.75,-2.75)\dpicstop \dpicdraw (3.291667,-2.75) --(3.479167,-2.65625)\dpicstop \dpicdraw (3.369792,-2.710938) --(3.369792,-2.460938)\dpicstop \dpicdraw (3.401042,-2.695313) --(3.401042,-2.463355)\dpicstop \dpicdraw (3.447917,-2.430896) ..controls (3.415391,-2.469927) and (3.355443,-2.469927) ..(3.322917,-2.430896)\dpicstop \draw (3.380208,-2.88898) node{\tt (,,WBRH)}; \dpicdraw (4,-2.75) --(4.291667,-2.75)\dpicstop \dpicdraw (4.458333,-2.75) --(4.75,-2.75)\dpicstop \dpicdraw (4.291667,-2.75) --(4.479167,-2.65625)\dpicstop \dpicdraw (4.369792,-2.710938) --(4.369792,-2.460938)\dpicstop \dpicdraw (4.401042,-2.695313) --(4.401042,-2.463355)\dpicstop \dpicdraw (4.447917,-2.493396) ..controls (4.415391,-2.454365) and (4.355443,-2.454365) ..(4.322917,-2.493396)\dpicstop \draw (4.380208,-2.88898) node{\tt (,,WBRdH)}; \dpicdraw (5,-2.75) --(5.291667,-2.75)\dpicstop \dpicdraw (5.458333,-2.75) --(5.75,-2.75)\dpicstop \dpicdraw (5.291667,-2.75) --(5.479167,-2.65625)\dpicstop \dpicdraw (5.369792,-2.710938) --(5.369792,-2.460938)\dpicstop \dpicdraw (5.401042,-2.695313) --(5.401042,-2.463355)\dpicstop \dpicdraw (5.447917,-2.430896) ..controls (5.415391,-2.469927) and (5.355443,-2.469927) ..(5.322917,-2.430896)\dpicstop \dpicdraw (5.447917,-2.493396) ..controls (5.415391,-2.454365) and (5.355443,-2.454365) ..(5.322917,-2.493396)\dpicstop \draw (5.380208,-2.88898) node{\tt (,,WBRHH)}; \dpicdraw (0,-3.25) --(0.291667,-3.25)\dpicstop \dpicdraw (0.458333,-3.25) --(0.75,-3.25)\dpicstop \dpicdraw (0.291667,-3.25) --(0.479167,-3.15625)\dpicstop \dpicdraw (0.5,-3.225833) --(0.458333,-3.25) --(0.5,-3.274167)\dpicstop \draw (0.385417,-3.390032) node(S){\tt (,,WBMMR)}; \dpicdraw (1,-3.25) --(1.291667,-3.25)\dpicstop \dpicdraw (1.458333,-3.25) --(1.75,-3.25)\dpicstop \dpicdraw (1.291667,-3.25) --(1.479167,-3.15625)\dpicstop \dpicdraw (1.479167,-3.25) --(1.458333,-3.25) --(1.5,-3.225833)\dpicstop \draw (1.385417,-3.390032) node{\tt (,,WBMM)}; \dpicdraw (2,-3.25) --(2.291667,-3.25)\dpicstop \dpicdraw (2.458333,-3.25) --(2.75,-3.25)\dpicstop \dpicdraw (2.291667,-3.25) --(2.479167,-3.15625)\dpicstop \dpicdraw (2.479167,-3.25) --(2.458333,-3.25) --(2.5,-3.274167)\dpicstop \draw (2.385417,-3.390032) node{\tt (,,WBMR)}; \dpicdraw (3,-3.25) --(3.291667,-3.25)\dpicstop \dpicdraw (3.458333,-3.25) --(3.75,-3.25)\dpicstop \dpicdraw (3.291667,-3.25) --(3.479167,-3.15625)\dpicstop \dpicdraw (3.477292,-3.157188) --(3.479167,-3.15625) --(3.502459,-3.202835)\dpicstop \draw (3.385417,-3.390032) node{\tt (,,WBEL)}; \dpicdraw (4,-3.25) --(4.291667,-3.25)\dpicstop \dpicdraw (4.458333,-3.25) --(4.75,-3.25)\dpicstop \dpicdraw (4.291667,-3.25) --(4.479167,-3.15625)\dpicstop \dpicdraw (4.477292,-3.157188) --(4.479167,-3.15625) --(4.455874,-3.109665)\dpicstop \draw (4.385417,-3.390032) node{\tt (,,WBLE)}; \dpicdraw (5,-3.25) --(5.291667,-3.25)\dpicstop \dpicdraw (5.458333,-3.25) --(5.75,-3.25)\dpicstop \dpicdraw (5.291667,-3.25) --(5.458333,-3.093634)\dpicstop \dpicdraw (5.456667,-3.095198) --(5.458333,-3.093634) --(5.493969,-3.131618)\dpicstop \dpicdraw (5.458333,-3.25) --(5.458333,-3.145833)\dpicstop \draw (5.375,-3.390032) node{\tt (,,WBoKEL)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/SwitchesMan.m40000644060175006010010000000760513774371757016461 0ustar DwightNone.PS # Switches.m4 cct_init define(`Below',`at last [].s+(0,-10bp__)') movewid = 0.25 # Row 1 right_; { lswitch; {S:"\tt ls{}witch" Below} move right_ lswitch(,,O); {"\tt (,{,}O)" at (last [],S)} move right_ lswitch(,,C); {"\tt (,{,}C)" at (last [],S)} move right_ lswitch(,,DA); {"\tt (,{,}DA)" at (last [],S)} move right_ lswitch(,,dDO); {"\tt (,{,}dDO)" at (last [],S)} move right_ lswitch(,,uDC); {"\tt (,{,}uDC)" at (last [],S)} } # Row 2 move down; right_; { lswitch(,,K); {S:"\tt (,{,}K)" Below} move right_ lswitch(,,KD); {"\tt (,{,}KD)" at (last [],S)} move right_ lswitch(,,KOD); {"\tt (,{,}KOD)" at (last [],S)} move right_ lswitch(,,KCD); {"\tt (,{,}KCD)" at (last [],S)} move right_ bswitch; {"\tt `bswitch'" at (last [],S)} move right_ bswitch(,,C); {"\tt (,{,}C)" at (last [],S)} } # Row 3 move down; right_; { D: dswitch(,,); {S: "\tt ds{}witch(,{},)" Below} thinlines_ { spline <- from 0.25 along_(D) up 0.1 then up 0.05 left 0.1 {"\tt W" rjust} spline <- from D.c+(0,m4sc*2) up 0.1 then up 0.05 left 0.1 {"\tt B" rjust }} thicklines_ move right_ D: dswitch(,,WdBK); {"\tt (,{,}WdBK)" at (last [],S)+(0,-4bp__)} thinlines_ { spline <- from tr_xy(0,-2) up 0.1 then up 0.10 left 0.1 {"\tt dB" rjust} spline <- from tr_xy(4,-2) right 0.1 then right 0.05 up 0.15 {"\tt K" above }} thicklines_ move right_ dswitch(,,WBmdDK); {"\tt (,{,}WBmdDK)" at (last [],S)} move right_ dswitch(,,WBKTr); {"\tt (,{,}WBKTr)" at (last [],S)} move right_ dswitch(,,WdBL); {"\tt (,{,}WdBL)" at (last [],S+(0,-4bp__))} move right_ dswitch(,,WBCo); {"\tt (,{,}WBCo)" at (last [],S)} } # Row 4 move down; right_; { dswitch(,,WBKCo); {S: "\tt (,{,}WBKCo)" Below} move right_ dswitch(,,WBCb); {"\tt (,{,}WBCb)" at (last [],S)} move right_ dswitch(,,WBDI); {"\tt (,{,}WBDI)" at (last [],S)} move right_ dswitch(,,WBSd); {"\tt (,{,}WBSd)" at (last [],S)} move right_ dswitch(,,WBFDI); {"\tt (,{,}WBFDI)" at (last [],S)} move right_ dswitch(,,WBFSd); {"\tt (,{,}WBFSd)" at (last [],S)} } # Row 5 move down moveht*5/4; right_; { dswitch(,,WBTh); {S: "\tt (,{,}WBTh)" Below} move right_ dswitch(,,WBKC); {"\tt (,{,}WBKC)" at (last [],S)} move right_ dswitch(,,WBM); {"\tt (,{,}WBM)" at (last [],S)} move right_ dswitch(,,WBCO); {"\tt (,{,}WBCO)" at (last [],S)} move right_ dswitch(,,WBMP); {"\tt (,{,}WBMP)" at (last [],S)} move right_ dswitch(,,WBoKCP); {"\tt (,{,}WBoKCP)" at (last [],S)} } # Row 6 move down moveht*5/4; right_; { dswitch(,,WBCY); {S: "\tt (,{,}WBCY)" Below} move right_ dswitch(,,WBCZ); {"\tt (,{,}WBCZ)" at (last [],S)} move right_ dswitch(,,WBCE); {"\tt (,{,}WBCE)" at (last [],S)} move right_ dswitch(,,WBRH); {"\tt (,{,}WBRH)" at (last [],S)} move right_ dswitch(,,WBRdH); {"\tt (,{,}WBRdH)" at (last [],S)} move right_ dswitch(,,WBRHH); {"\tt (,{,}WBRHH)" at (last [],S)} } # Row 7 move down moveht; right_; { move down_ 2bp__; right_ dswitch(,,WBPr); {S: "\tt (,{,}WBPr)" Below} move right_ dswitch(,,WBPrT); {S: "\tt (,{,}WBPrT)" Below} # move right_ # Proxim; {S: "\tt Pro{}xim" Below} # move right_ # Magn; {S: "\tt Mag{}n" Below} move down_ 6bp__ then right_ dswitch(,,WBPrM); {S: "\tt (,{,}WBPrM)" Below} } # Row 8 move down; right_; { dswitch(,,WBMMR); {S: "\tt (,{,}WBMMR)" Below} move right_ dswitch(,,WBMM); {"\tt (,{,}WBMM)" at (last [],S)} move right_ dswitch(,,WBMR); {"\tt (,{,}WBMR)" at (last [],S)} move right_ dswitch(,,WBEL); {"\tt (,{,}WBEL)" at (last [],S)} move right_ dswitch(,,WBLE); {"\tt (,{,}WBLE)" at (last [],S)} move right_ dswitch(,,WBoKEL); {"\tt (,{,}WBoKEL)" at (last [],S)} } .PE Circuit_macros9.5/doc/Taps.m40000644060175006010010000000267013774371757015140 0ustar DwightNone.PS # `Taps.m4' cct_init t = 0.2 in__ right_ R1: resistor(,,E); addtaps(<-,0.2,-t,0.8,t) "\sl R1.start" wid 0.5 ht 11pt__ at R1.start above "\sl R1.end" at R1.end above "\sl Tap1" at Tap1 rjust "\sl Tap2" at Tap2 ljust `"\tt right\_; t = 0.2in\_\_" ljust \ "\tt R1:$\;$resistor(,{,}E)" ljust \ "\tt addtaps(<-,0.2,-t,0.8,t)" ljust' at R1.end+(0.3,0) move to R1.end+(2.25,0.1); right_ R2: ebox(,elen_*0.6,) addtaps(type=-;name=Tx,0.2,-t,0.5,-t,0.8,-t) "\sl Tx1" at Tx1 rjust "\sl Tx3" at Tx3 ljust `"\tt R2:$\;$ebox(,elen\_*0.6)" ljust \ "\tt addtaps(type=-;name=Tx," ljust \ "\tt \hspace*{0.2in}0.2,-t,0.5,-t,0.8,-t)" ljust ' at R2.end+(0.1,-0.15) R3: tapped(`ebox(,elen_*0.6,)',->,0.2,-t,0.5,-t,0.8,-t) \ with .Start at R1.start+(0.25in__,-0.6in__) "\sl R3.Start" at R3.Start rjust "\sl R3.End" at R3.End ljust "\sl R3.Tap1" at R3.Tap1 rjust "\sl R3.Tap3" at R3.Tap3 ljust `"\tt \ R3:$\;$tapped(`ebox(,elen\_*0.6,)',->,0.2,-t,0.5,-t,0.8,-t) \char92" ljust \ "\tt $\;$ with .Start at R1.start+(0.25in\_\_,-0.6in\_\_)" ljust' \ at R3.End+(0.5,0) L1: tapped(`inductor(right_ 9*dimen_/8,,9)', -,0,-t,3/9,-t/2,6/9,-t/2,1,-t) at R3+(0,-0.6) `"\tt L1:$\;$tapped(`inductor(right\_ 9*dimen\_/8,{,}9)'," ljust' \ `"\hspace*{0.5in}\tt -,0,-t,3/9,-t/2,6/9,-t/2,1,-t)" ljust' at (last "",L1) "\sl L1.Tap1" at L1.Tap1-(10pt__,0) below "\sl L1.Tap4" at L1.Tap4+(10pt__,0) below .PE Circuit_macros9.5/doc/test.tex0000644060175006010010000000001313774371757015455 0ustar DwightNone\centering Circuit_macros9.5/doc/Tgate.tex0000644060175006010010000001012213774371757015544 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.927778,0.231958) --(1.230609,0.231958)\dpicstop \dpicdraw (1.230609,0.231958) --(1.230609,0.273624) --(1.297243,0.231958) --(1.230609,0.190291) --(1.230609,0.231958)\dpicstop \dpicdraw (1.374947,0.231958) --(1.374947,0.273624) --(1.308313,0.231958) --(1.374947,0.190291) --(1.374947,0.231958)\dpicstop \dpicdraw (1.374947,0.231958) --(1.677778,0.231958)\dpicstop \dpicdraw[line width=0.4bp](1.302778,0.256014) circle (0.007103in)\dpicstop \dpicdraw (1.302778,0.274056) --(1.302778,0.340211)\dpicstop \dpicdraw (1.302778,0.231958) --(1.302778,0.159789)\dpicstop \draw (0.927778,0.231958) node[left=-2bp]{$A$}; \draw (1.677778,0.231958) node[right=-2bp]{$B$}; \draw (1.302778,0.159789) node[below right=-2bp]{$G$}; \draw (1.302778,0.340211) node[above right=-2bp]{$Gb$}; \draw (0.677778,0.231958) node[left=-2bp]{\tt tgate}; \dpicdraw (0.927778,-0.231958) --(1.230609,-0.231958)\dpicstop \dpicdraw (1.230609,-0.231958) --(1.230609,-0.190291) --(1.297243,-0.231958) --(1.230609,-0.273624) --(1.230609,-0.231958)\dpicstop \dpicdraw (1.374947,-0.231958) --(1.374947,-0.190291) --(1.308313,-0.231958) --(1.374947,-0.273624) --(1.374947,-0.231958)\dpicstop \dpicdraw (1.374947,-0.231958) --(1.677778,-0.231958)\dpicstop \dpicdraw[line width=0.4bp](1.302778,-0.256014) circle (0.007103in)\dpicstop \dpicdraw (1.302778,-0.274056) --(1.302778,-0.340211)\dpicstop \dpicdraw (1.302778,-0.231958) --(1.302778,-0.159789)\dpicstop \draw (0.927778,-0.231958) node[left=-2bp]{$A$}; \draw (1.677778,-0.231958) node[right=-2bp]{$B$}; \draw (1.302778,-0.159789) node[above right=-2bp]{$G$}; \draw (1.302778,-0.340211) node[below right=-2bp]{$Gb$}; \draw (0.677778,-0.231958) node[left=-2bp]{\tt tgate(,L)}; \dpicdraw (2.177778,0.018042) --(2.427778,0.018042)\dpicstop \dpicdraw (2.677778,0.018042) --(2.677778,0.068042) --(2.427778,0.068042) --(2.427778,-0.031958) --(2.677778,-0.031958) --(2.677778,0.018042)\dpicstop \dpicdraw (2.677778,0.018042) --(2.927778,0.018042)\dpicstop \dpicdraw (2.552778,-0.031958) --(2.552778,-0.131958)\dpicstop \draw (2.177778,0.018042) node[left=-2bp]{$A$}; \draw (2.927778,0.018042) node[right=-2bp]{$B$}; \draw (2.552778,-0.131958) node[right=-2bp]{$G$}; \draw (2.552778,-0.270847) node[below=-2bp]{\tt tgate(,B)}; \dpicdraw (3.455556,0.284789) --(3.747222,0.284789)\dpicstop \dpicdraw (3.747222,0.284789) --(3.913889,0.368122) --(3.913889,0.201456) --(3.747222,0.284789)\dpicstop \dpicdraw (3.913889,0.284789) --(3.747222,0.368122) --(3.747222,0.201456) --(3.913889,0.284789)\dpicstop \dpicdraw[line width=0.4bp](3.830556,0.354233) circle (0.008202in)\dpicstop \dpicdraw (3.830556,0.375067) --(3.830556,0.451456)\dpicstop \dpicdraw (3.830556,0.243122) --(3.830556,0.159789)\dpicstop \dpicdraw (3.913889,0.284789) --(4.205556,0.284789)\dpicstop \draw (3.455556,0.284789) node[left=-2bp]{$A$}; \draw (4.205556,0.284789) node[right=-2bp]{$B$}; \draw (3.830556,0.159789) node[below left=-2bp]{$G$}; \draw (3.830556,0.451456) node[left=-2bp]{$Gb$}; \draw (4.455556,0.284789) node[right=-2bp]{\tt ptrans}; \dpicdraw (3.455556,-0.173544) --(3.747222,-0.173544)\dpicstop \dpicdraw (3.747222,-0.173544) --(3.913889,-0.090211) --(3.913889,-0.256878) --(3.747222,-0.173544)\dpicstop \dpicdraw (3.913889,-0.173544) --(3.747222,-0.090211) --(3.747222,-0.256878) --(3.913889,-0.173544)\dpicstop \dpicdraw[line width=0.4bp](3.830556,-0.242989) circle (0.008202in)\dpicstop \dpicdraw (3.830556,-0.263822) --(3.830556,-0.340211)\dpicstop \dpicdraw (3.830556,-0.131878) --(3.830556,-0.048544)\dpicstop \dpicdraw (3.913889,-0.173544) --(4.205556,-0.173544)\dpicstop \draw (3.455556,-0.173544) node[left=-2bp]{$A$}; \draw (4.205556,-0.173544) node[right=-2bp]{$B$}; \draw (3.830556,-0.048544) node[above right=-2bp]{$G$}; \draw (3.830556,-0.340211) node[below right=-2bp]{$Gb$}; \draw (4.455556,-0.173544) node[right=-2bp]{\tt ptrans(,L)}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/TgateMan.m40000644060175006010010000000177613774371757015737 0ustar DwightNone.PS # Tgate.m4 cct_init right_ [ { Q: tgate "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G ljust below "$Gb$" at Q.Gb ljust above `"\tt tgate"' at Q.A-(0.25,0) rjust } move down_ linewid; right_ { Q: tgate(,L) "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G ljust above "$Gb$" at Q.Gb ljust below `"\tt tgate(,L)"' wid 0.65 at Q.A-(0.25,0) rjust } ] [ { Q: tgate(,B) "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G ljust `"\tt tgate(,B)"' at Q.G-(0,10bp__) below } ] with .Q.A at last [].Q.B+(0.5,linewid/2) [ { Q: ptrans "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G rjust below "$Gb$" at Q.Gb rjust `"\tt ptrans"' at Q.B+(0.25,0) ljust } move down_ linewid; right_ { Q: ptrans(,L) "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G ljust above "$Gb$" at Q.Gb ljust below `"\tt ptrans(,L)"' at Q.B+(0.25,0) ljust } ] with .Q.Gb at (last [].e.x+elen_/2+0.5,1st [].Q.Gb.y) .PE Circuit_macros9.5/doc/Thermal.m40000644060175006010010000000022013774371757015612 0ustar DwightNone.PS # Thermal.m4 cct_init define(`thermalsw', `dswitch(`$1',`$2',WDdBTh) circle rad distance(M4T,last line.c) at last line.c') thermalsw .PE Circuit_macros9.5/doc/thyristor.tex0000644060175006010010000004770213774371757016565 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (-2.38478,-0.179985) --(-2.38478,-0.3189)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-2.38478,-0.3189) --(-2.343113,-0.3189) --(-2.38478,-0.385534) --(-2.426446,-0.3189) --(-2.38478,-0.3189)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-2.430498,-0.391069) --(-2.339061,-0.391069)\dpicstop \dpicdraw (-2.363946,-0.391069) --(-2.32228,-0.463238)\dpicstop \dpicdraw (-2.38478,-0.391069) --(-2.38478,-0.529985)\dpicstop \draw (-2.38478,-0.179985) node[above=-2bp]{\sl A}; \draw (-2.38478,-0.529985) node[below=-2bp]{\sl K}; \draw (-2.32228,-0.463238) node[right=-2bp]{\sl G}; \draw (-2.376389,-0.779985) node{\tt thyristor}; \dpicdraw (-1.876389,-0.179985) --(-1.876389,-0.3189)\dpicstop \dpicdraw (-1.876389,-0.3189) --(-1.813889,-0.427154)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-1.834722,-0.3189) --(-1.793056,-0.3189) --(-1.834722,-0.385534) --(-1.876389,-0.3189) --(-1.834722,-0.3189)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-1.963774,-0.391069) --(-1.789004,-0.391069)\dpicstop \dpicdraw (-1.963774,-0.3189) --(-1.789004,-0.3189)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-1.918056,-0.391069) --(-1.876389,-0.391069) --(-1.918056,-0.324435) --(-1.959722,-0.391069) --(-1.918056,-0.391069)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-1.876389,-0.391069) --(-1.876389,-0.529985)\dpicstop \draw (-1.876389,-0.179985) node[above=-2bp]{\sl T1}; \draw (-1.876389,-0.529985) node[below=-2bp]{\sl T2}; \draw (-1.813889,-0.427154) node[below right=-2bp]{\sl G}; \draw (-1.876389,-0.879985) node{\tt ...(,B)}; \dpicdraw (-1.376389,-0.179985) --(-1.376389,-0.3439)\dpicstop \dpicdraw (-1.376389,-0.3439) --(-1.438889,-0.452154)\dpicstop \dpicdraw (-1.418056,-0.3439) --(-1.376389,-0.3439) --(-1.418056,-0.410534) --(-1.459722,-0.3439) --(-1.418056,-0.3439)\dpicstop \dpicdraw (-1.463774,-0.416069) --(-1.289004,-0.416069)\dpicstop \dpicdraw (-1.463774,-0.3439) --(-1.289004,-0.3439)\dpicstop \dpicdraw (-1.334722,-0.416069) --(-1.293056,-0.416069) --(-1.334722,-0.349435) --(-1.376389,-0.416069) --(-1.334722,-0.416069)\dpicstop \dpicdraw (-1.376389,-0.416069) --(-1.376389,-0.579985)\dpicstop \draw (-1.376389,-0.179985) node[above=-2bp]{\sl T1}; \draw (-1.376389,-0.579985) node[below=-2bp]{\sl T2}; \draw (-1.438889,-0.452154) node[below left=-2bp]{\sl G}; \draw (-1.376389,-0.799985) node{\tt ...(,BRK)}; \dpicdraw (-0.776389,-0.179985) --(-0.776389,-0.3189)\dpicstop \dpicdraw (-0.776389,-0.3189) --(-0.693056,-0.463238) --(-0.637945,-0.463238)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-0.734722,-0.3189) --(-0.693056,-0.3189) --(-0.734722,-0.385534) --(-0.776389,-0.3189) --(-0.734722,-0.3189)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-0.863774,-0.391069) --(-0.689004,-0.391069)\dpicstop \dpicdraw (-0.863774,-0.3189) --(-0.689004,-0.3189)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-0.818056,-0.391069) --(-0.776389,-0.391069) --(-0.818056,-0.324435) --(-0.859722,-0.391069) --(-0.818056,-0.391069)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-0.776389,-0.391069) --(-0.776389,-0.529985)\dpicstop \dpicdraw (-0.776389,-0.354985) circle (0.068898in)\dpicstop \draw (-0.776389,-0.179985) node[above=-2bp]{\sl T1}; \draw (-0.776389,-0.529985) node[below=-2bp]{\sl T2}; \draw (-0.637945,-0.463238) node[below right=-2bp]{\sl G}; \draw (-0.776389,-0.879985) node{\tt ...(,BE)}; \dpicdraw (-0.28478,-0.179985) --(-0.28478,-0.3189)\dpicstop \dpicdraw (-0.28478,-0.3189) --(-0.243113,-0.3189) --(-0.28478,-0.385534) --(-0.326446,-0.3189) --(-0.28478,-0.3189)\dpicstop \dpicdraw (-0.330498,-0.391069) --(-0.239061,-0.391069)\dpicstop \dpicdraw (-0.263946,-0.391069) --(-0.22228,-0.463238)\dpicstop \dpicdraw (-0.28478,-0.391069) --(-0.28478,-0.529985)\dpicstop \draw (-0.28478,-0.179985) node[above=-2bp]{\sl A}; \draw (-0.28478,-0.529985) node[below=-2bp]{\sl K}; \draw (-0.22228,-0.463238) node[right=-2bp]{\sl G}; \draw (-0.276389,-0.879985) node{\tt ...(,A)}; \dpicdraw (0.21522,-0.179985) --(0.21522,-0.3189)\dpicstop \dpicdraw (0.21522,-0.3189) --(0.256887,-0.3189) --(0.21522,-0.385534) --(0.21522,-0.3189)\dpicstop \dpicdraw (0.21522,-0.3189) --(0.173554,-0.3189)\dpicstop \dpicdraw (0.169502,-0.391069) --(0.260939,-0.391069)\dpicstop \dpicdraw (0.236054,-0.391069) --(0.27772,-0.463238)\dpicstop \dpicdraw (0.21522,-0.391069) --(0.21522,-0.529985)\dpicstop \draw (0.21522,-0.179985) node[above=-2bp]{\sl A}; \draw (0.21522,-0.529985) node[below=-2bp]{\sl K}; \draw (0.27772,-0.463238) node[right=-2bp]{\sl G}; \draw (0.223611,-0.749985) node{\tt ...(,F)}; \dpicdraw (0.873611,-0.179985) --(0.873611,-0.3189)\dpicstop \dpicdraw (0.873611,-0.3189) --(0.790278,-0.463238) --(0.735167,-0.463238)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.831944,-0.3189) --(0.873611,-0.3189) --(0.831944,-0.385534) --(0.790278,-0.3189) --(0.831944,-0.3189)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.786226,-0.391069) --(0.960996,-0.391069)\dpicstop \dpicdraw (0.786226,-0.3189) --(0.960996,-0.3189)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.915278,-0.391069) --(0.956944,-0.391069) --(0.915278,-0.324435) --(0.873611,-0.391069) --(0.915278,-0.391069)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.873611,-0.391069) --(0.873611,-0.529985)\dpicstop \dpicdraw (0.873611,-0.354985) circle (0.068898in)\dpicstop \draw (0.873611,-0.179985) node[above=-2bp]{\sl T1}; \draw (0.873611,-0.529985) node[below=-2bp]{\sl T2}; \draw (0.735167,-0.463238) node[below left=-2bp]{\sl G}; \draw (0.873611,-0.879985) node{\tt ...(,BRE)}; \dpicdraw (1.623611,-0.179985) --(1.623611,-0.3189)\dpicstop \dpicdraw (1.623611,-0.3189) --(1.665278,-0.3189) --(1.623611,-0.385534) --(1.581944,-0.3189) --(1.623611,-0.3189)\dpicstop \dpicdraw (1.623611,-0.3189) --(1.623611,-0.391069)\dpicstop \dpicdraw (1.577893,-0.391069) --(1.66933,-0.391069)\dpicstop \dpicdraw (1.602778,-0.391069) --(1.561111,-0.463238) --(1.486111,-0.463238)\dpicstop \dpicdraw (1.623611,-0.391069) --(1.623611,-0.529985)\dpicstop \dpicdraw (1.623611,-0.354985) circle (0.068898in)\dpicstop \draw (1.623611,-0.179985) node[above=-2bp]{\sl A}; \draw (1.623611,-0.529985) node[below=-2bp]{\sl K}; \draw (1.486111,-0.463238) node[below left=-2bp]{\sl G}; \draw (1.623611,-0.749985) node{\tt ...(,UARE)}; \dpicdraw (2.123611,-0.179985) --(2.123611,-0.3189)\dpicstop \dpicdraw (2.123611,-0.3189) --(2.165278,-0.3189) --(2.123611,-0.385534) --(2.081944,-0.3189) --(2.123611,-0.3189)\dpicstop \dpicdraw (2.077893,-0.354985) --(2.16933,-0.354985)\dpicstop \dpicdraw (2.077893,-0.391069) --(2.16933,-0.391069)\dpicstop \dpicdraw (2.123611,-0.391069) --(2.123611,-0.529985)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](2.135537,-0.286412) --(2.123611,-0.354985) --(2.171314,-0.304301) --cycle\dpicstop \dpicdraw (2.223611,-0.254985) --(2.198611,-0.254985) ..controls (2.181944,-0.254985) and (2.166719,-0.268769) ..(2.152934,-0.296338) --(2.132257,-0.337692)\dpicstop \dpiclw=0.8bp \draw (2.123611,-0.179985) node[above=-2bp]{\sl A}; \draw (2.123611,-0.529985) node[below=-2bp]{\sl K}; \draw (2.223611,-0.254985) node[right=-2bp]{\sl G}; \draw (2.123611,-0.879985) node{\tt ...(,AV)}; \dpicdraw (2.523611,-0.229985) --(2.523611,-0.429985)\dpicstop \dpicdraw (2.723611,-0.179985) --(2.523611,-0.269985)\dpicstop \filldraw[line width=0bp](2.638206,-0.187957) --(2.573611,-0.247485) --(2.661004,-0.238619) --cycle\dpicstop \dpicdraw (2.673611,-0.202485) --(2.589632,-0.240275)\dpicstop \dpicdraw (2.723611,-0.479985) --(2.523611,-0.389985)\dpicstop \filldraw[line width=0bp](2.586219,-0.448619) --(2.673611,-0.457485) --(2.609017,-0.397957) --cycle\dpicstop \dpicdraw (2.65759,-0.450275) --(2.573611,-0.412485)\dpicstop \dpicdraw (2.523611,-0.329985) --(2.597685,-0.363318)\dpicstop \draw (2.723611,-0.179985) node[above right=-2bp]{\sl A}; \draw (2.723611,-0.479985) node[below right=-2bp]{\sl K}; \draw (2.597685,-0.363318) node[right=-2bp]{\sl G}; \draw (2.623611,-0.699985) node{\tt ...(,IEC)}; \dpicdraw (-2.457639,-1.336073) --(-2.457639,-1.474989)\dpicstop \dpicdraw (-2.457639,-1.474989) --(-2.415972,-1.474989) --(-2.457639,-1.541623) --(-2.499306,-1.474989) --(-2.457639,-1.474989)\dpicstop \dpicdraw (-2.457639,-1.474989) --(-2.457639,-1.547157)\dpicstop \dpicdraw (-2.436806,-1.511073) --(-2.34942,-1.511073)\dpicstop \dpicdraw (-2.503357,-1.547157) --(-2.41192,-1.547157)\dpicstop \dpicdraw (-2.457639,-1.547157) --(-2.457639,-1.686073)\dpicstop \draw (-2.457639,-1.336073) node[above left=-2bp]{\sl A}; \draw (-2.457639,-1.686073) node[below left=-2bp]{\sl K}; \draw (-2.34942,-1.511073) node[right=-2bp]{\sl G}; \draw (-2.426389,-2.036073) node{\tt ...(,UAH)}; \dpicdraw (-1.867998,-1.336073) --(-1.867998,-1.474989)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-1.867998,-1.474989) --(-1.826331,-1.474989) --(-1.867998,-1.541623) --(-1.909665,-1.474989) --(-1.867998,-1.474989)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-1.913717,-1.547157) --(-1.82228,-1.547157)\dpicstop \dpicdraw (-1.888831,-1.474989) --(-1.930498,-1.40282)\dpicstop \dpicdraw (-1.867998,-1.547157) --(-1.867998,-1.686073)\dpicstop \draw (-1.867998,-1.336073) node[above=-2bp]{\sl A}; \draw (-1.867998,-1.686073) node[below=-2bp]{\sl K}; \draw (-1.930498,-1.40282) node[left=-2bp]{\sl Ga}; \draw (-1.876389,-1.906073) node{\tt ...(,N)}; \dpicdraw (-1.326389,-1.336073) --(-1.326389,-1.474989)\dpicstop \dpicdraw (-1.326389,-1.474989) --(-1.284722,-1.474989) --(-1.326389,-1.541623) --(-1.368056,-1.474989) --(-1.326389,-1.474989)\dpicstop \dpicdraw (-1.326389,-1.474989) --(-1.326389,-1.547157)\dpicstop \dpicdraw (-1.372107,-1.547157) --(-1.28067,-1.547157)\dpicstop \dpicdraw (-1.305556,-1.474989) --(-1.263889,-1.40282) --(-1.188889,-1.40282)\dpicstop \dpicdraw (-1.326389,-1.547157) --(-1.326389,-1.686073)\dpicstop \dpicdraw (-1.326389,-1.511073) circle (0.068898in)\dpicstop \draw (-1.326389,-1.336073) node[above=-2bp]{\sl A}; \draw (-1.326389,-1.686073) node[below=-2bp]{\sl K}; \draw (-1.188889,-1.40282) node[above right=-2bp]{\sl Ga}; \draw (-1.326389,-2.036073) node{\tt ...(,UANRE)}; \dpicdraw (-0.78478,-1.336073) --(-0.78478,-1.474989)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-0.78478,-1.474989) --(-0.743113,-1.474989) --(-0.78478,-1.541623) --(-0.826446,-1.474989) --(-0.78478,-1.474989)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-0.830498,-1.547157) --(-0.739061,-1.547157)\dpicstop \dpicdraw (-0.763946,-1.547157) --(-0.72228,-1.619326)\dpicstop \dpicdraw (-0.78478,-1.547157) --(-0.78478,-1.686073)\dpicstop \draw (-0.78478,-1.336073) node[above=-2bp]{\sl A}; \draw (-0.78478,-1.686073) node[below left=-2bp]{\sl K}; \draw (-0.72228,-1.619326) node[below right=-2bp]{\sl G}; \draw (-0.776389,-1.906073) node{\tt ...(,SCR)}; \dpicdraw (-0.226389,-1.336073) --(-0.226389,-1.474989)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-0.226389,-1.474989) --(-0.184722,-1.474989) --(-0.226389,-1.541623) --(-0.268056,-1.474989) --(-0.226389,-1.474989)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-0.272107,-1.547157) --(-0.18067,-1.547157)\dpicstop \dpicdraw (-0.205556,-1.547157) --(-0.163889,-1.619326) --(-0.088889,-1.619326)\dpicstop \dpicdraw (-0.226389,-1.547157) --(-0.226389,-1.686073)\dpicstop \dpicdraw (-0.226389,-1.511073) circle (0.068898in)\dpicstop \draw (-0.226389,-1.336073) node[above=-2bp]{\sl A}; \draw (-0.226389,-1.686073) node[below=-2bp]{\sl K}; \draw (-0.088889,-1.619326) node[below right=-2bp]{\sl G}; \draw (-0.226389,-2.036073) node{\tt ...(SCRE)}; \dpicdraw (0.423611,-1.336073) --(0.423611,-1.474989)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.423611,-1.474989) --(0.465278,-1.474989) --(0.423611,-1.541623) --(0.381944,-1.474989) --(0.423611,-1.474989)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.377893,-1.547157) --(0.46933,-1.547157)\dpicstop \dpicdraw (0.402778,-1.547157) --(0.361111,-1.619326) --(0.286111,-1.619326)\dpicstop \dpicdraw (0.423611,-1.547157) --(0.423611,-1.686073)\dpicstop \dpicdraw (0.423611,-1.511073) circle (0.068898in)\dpicstop \draw (0.423611,-1.336073) node[above=-2bp]{\sl A}; \draw (0.423611,-1.686073) node[below=-2bp]{\sl K}; \draw (0.286111,-1.619326) node[below left=-2bp]{\sl G}; \draw (0.423611,-1.906073) node{\tt ...(SCRRE)}; \dpicdraw (0.973611,-1.336073) --(0.973611,-1.474989)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (0.973611,-1.474989) --(1.015278,-1.474989) --(0.973611,-1.541623) --(0.931944,-1.474989) --(0.973611,-1.474989)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (0.927893,-1.547157) --(1.01933,-1.547157)\dpicstop \dpicdraw (0.952778,-1.474989) --(0.911111,-1.40282)\dpicstop \dpicdraw (0.994444,-1.547157) --(1.036111,-1.619326)\dpicstop \dpicdraw (0.973611,-1.547157) --(0.973611,-1.686073)\dpicstop \draw (0.973611,-1.336073) node[above=-2bp]{\sl A}; \draw (0.973611,-1.686073) node[below=-2bp]{\sl K}; \draw (1.036111,-1.619326) node[right=-2bp]{\sl G}; \draw (0.973611,-2.036073) node{\tt ...(SCS)}; \draw (0.911111,-1.40282) node[above left=-2bp]{\sl Ga}; \dpicdraw (1.523611,-1.336073) --(1.523611,-1.474989)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (1.523611,-1.474989) --(1.565278,-1.474989) --(1.523611,-1.541623) --(1.481944,-1.474989) --(1.523611,-1.474989)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (1.477893,-1.547157) --(1.56933,-1.547157)\dpicstop \dpicdraw (1.502778,-1.474989) --(1.461111,-1.40282) --(1.386111,-1.40282)\dpicstop \dpicdraw (1.544444,-1.547157) --(1.586111,-1.619326) --(1.661111,-1.619326)\dpicstop \dpicdraw (1.523611,-1.547157) --(1.523611,-1.686073)\dpicstop \dpicdraw (1.523611,-1.511073) circle (0.068898in)\dpicstop \draw (1.523611,-1.336073) node[above=-2bp]{\sl A}; \draw (1.523611,-1.686073) node[below=-2bp]{\sl K}; \draw (1.661111,-1.619326) node[below right=-2bp]{\sl G}; \draw (1.523611,-1.906073) node{\tt ...(SCSE)}; \draw (1.386111,-1.40282) node[above left=-2bp]{\sl Ga}; \dpicdraw (2.173611,-1.336073) --(2.173611,-1.474989)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (2.173611,-1.474989) --(2.215278,-1.474989) --(2.173611,-1.541623) --(2.173611,-1.474989)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (2.173611,-1.474989) --(2.002372,-1.474989)\dpicstop \dpicdraw (2.173611,-1.547157) --(2.173611,-1.686073)\dpicstop \dpicdraw (2.173611,-1.511073) circle (0.068898in)\dpicstop \draw (2.173611,-1.336073) node[above=-2bp]{\sl A}; \draw (2.173611,-1.686073) node[below=-2bp]{\sl K}; \draw (2.002372,-1.474989) node[left=-2bp]{\sl G}; \draw (2.173611,-2.036073) node{\tt ...(SUSE)}; \dpicdraw (2.823611,-1.336073) --(2.823611,-1.438904)\dpicstop \dpicdraw (2.781944,-1.438904) --(2.823611,-1.438904)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (2.823611,-1.438904) --(2.865278,-1.438904) --(2.823611,-1.583242) --(2.781944,-1.583242) --(2.823611,-1.438904)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (2.865278,-1.583242) --(2.823611,-1.583242)\dpicstop \dpicdraw (2.865278,-1.511073) --(2.648611,-1.511073)\dpicstop \dpicdraw (2.823611,-1.583242) --(2.823611,-1.686073)\dpicstop \dpicdraw (2.823611,-1.511073) circle (0.068898in)\dpicstop \draw (2.823611,-1.336073) node[above=-2bp]{\sl T1}; \draw (2.823611,-1.686073) node[below=-2bp]{\sl T2}; \draw (2.648611,-1.511073) node[left=-2bp]{\sl G}; \draw (2.823611,-1.906073) node{\tt ...(SBSE)}; \dpicdraw (-2.751389,-2.402454) --(-2.412473,-2.402454)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-2.412473,-2.402454) --(-2.412473,-2.360788) --(-2.345839,-2.402454) --(-2.412473,-2.444121) --(-2.412473,-2.402454)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-2.340304,-2.448173) --(-2.340304,-2.356736)\dpicstop \dpicdraw (-2.340304,-2.381621) --(-2.268136,-2.339954)\dpicstop \dpicdraw (-2.340304,-2.402454) --(-2.001389,-2.402454)\dpicstop \draw (-2.001389,-2.394064) node[right=-2bp]{\tt scr(,{,}Q)}; \draw (-2.268136,-2.339954) node[above=-2bp]{\sl Q.G}; \dpicdraw (-2.751389,-2.802454) --(-2.412473,-2.802454)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-2.412473,-2.802454) --(-2.412473,-2.760788) --(-2.345839,-2.802454) --(-2.412473,-2.844121) --(-2.412473,-2.802454)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-2.340304,-2.848173) --(-2.340304,-2.756736)\dpicstop \dpicdraw (-2.412473,-2.823288) --(-2.484642,-2.864954)\dpicstop \dpicdraw (-2.340304,-2.781621) --(-2.268136,-2.739954)\dpicstop \dpicdraw (-2.340304,-2.802454) --(-2.001389,-2.802454)\dpicstop \draw (-2.001389,-2.802454) node[right=-2bp]{\tt scs(,{,}Q2)}; \draw (-2.268136,-2.739954) node[above=-2bp]{\sl Q2.G}; \draw (-2.484642,-2.864954) node[below=-2bp]{\sl Q2.Ga}; \dpicdraw (-0.973611,-2.600574) --(-0.634696,-2.600574)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (-0.634696,-2.600574) --(-0.634696,-2.642241) --(-0.568062,-2.600574) --(-0.634696,-2.600574)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (-0.634696,-2.600574) --(-0.634696,-2.429335)\dpicstop \dpicdraw (-0.562527,-2.600574) --(-0.223611,-2.600574)\dpicstop \dpicdraw (-0.598611,-2.600574) circle (0.068898in)\dpicstop \draw (-0.223611,-2.600574) node[right=-2bp]{\tt sus(,RE,Q3)}; \draw (-0.634696,-2.429335) node[above=-2bp]{\sl Q3.G}; \dpicdraw (0.976389,-2.600574) --(1.27922,-2.600574)\dpicstop \dpicdraw (1.27922,-2.642241) --(1.27922,-2.600574)\dpicstop \global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{} \global\def\dpicstop{--} \dpicshdraw[fill=white!0!black] \dpicdraw (1.27922,-2.600574) --(1.27922,-2.558907) --(1.423558,-2.600574) --(1.423558,-2.642241) --(1.27922,-2.600574)\dpicstop cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;} \dpicdraw (1.423558,-2.558907) --(1.423558,-2.600574)\dpicstop \dpicdraw (1.351389,-2.558907) --(1.351389,-2.775574)\dpicstop \dpicdraw (1.423558,-2.600574) --(1.726389,-2.600574)\dpicstop \dpicdraw (1.351389,-2.600574) circle (0.068898in)\dpicstop \draw (1.726389,-2.600574) node[right=-2bp]{\tt sbs(,E,Q4)}; \draw (1.351389,-2.775574) node[below=-2bp]{\sl Q4.G}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/thyristorMan.m40000644060175006010010000000637113774371757016736 0ustar DwightNone.PS # `thyristor.m4' cct_init define labels { { "\sl $1" ht 11 pt__ $2 at last[].$1 "\sl $3" $4 at last[].$3 "\sl $5" $6 at last[].$5 "\tt $7" ht 11 pt__ $9 at (last[].s+(0,$8)) } } down_ Row1: [ {thyristor labels(A,above,K,below,G,ljust,`thyristor',-0.25,wid 0.75) } move right 0.50 ; down_ {thyristor(,B) labels(T1,above,T2,below,G,below ljust,`...(,B)',-0.35) } move right 0.50 ; down_ {thyristor(down_ dimen_*0.8,BRK) labels(T1,above,T2,below,G,below rjust,`...(,BRK)',-0.22) } move right 0.60 ; down_ {thyristor(,BE) labels(T1,above,T2,below,G,below ljust,`...(,BE)',-0.35) } move right 0.50 ; down_ {thyristor(,A) at (Here,last []) labels(A,above,K,below,G,ljust,`...(,A)',-0.35) } move right 0.50 ; down_ {thyristor(,F) at (Here,last []) labels(A,above,K,below,G,ljust,`...(,F)',-0.22) } move right 0.65 ; down_ {thyristor(,BRE) labels(T1,above,T2,below,G,below rjust,`...(,BRE)',-0.35) } move right 0.75 ; down_ {thyristor(,UARE) at (Here,last []) labels(A,above,K,below,G,rjust below,`...(,UARE)',-0.22) } move right 0.50 ; down_ {thyristor(,AV,G: G+(0.1,0.1)) at (Here,last []) thinlines_ spline -> from last[].G left 0.05 then left 0.05 down 0.1 thicklines_ labels(A,above,K,below,G,ljust,`...(,AV)',-0.35) } move right 0.50 ; down_ {thyristor(,IEC) labels(A,above ljust,K,below ljust,G,ljust,`...(,IEC)',-0.22) } ] Row2: [ down_ {thyristor(,UAH) labels(A,rjust above,K,rjust below,G,ljust,`...(,UAH)',-0.35,wid 0.65) } move right 0.55 ; down_ {thyristor(,N) at (Here,last []) labels(A,above,K,below,Ga,rjust,`...(,N)',-0.22) } move right 0.55 ; down_ {thyristor(,UANRE) at (Here,last []) labels(A,above,K,below,Ga,ljust above,`...(,UANRE)',-0.35) } move right 0.55 ; down_ {thyristor(,SCR) at (Here,last []) labels(A,above,K,below rjust,G,below ljust,`...(,SCR)',-0.22) } move right 0.55 ; down_ {thyristor(,SCRE) at (Here,last []) labels(A,above,K,below,G,ljust below,`...(SCRE)',-0.35) } move right 0.65 ; down_ {thyristor(,SCRRE) at (Here,last []) labels(A,above,K,below,G,rjust below,`...(SCRRE)',-0.22) } move right 0.55 ; down_ {thyristor(,SCS) at (Here,last []) labels(A,above,K,below,G,ljust,`...(SCS)',-0.35) } { "\sl Ga" rjust above at last[].Ga } move right 0.55 ; down_ {thyristor(,SCSE) at (Here,last []) labels(A,above,K,below,G,ljust below,`...(SCSE)',-0.22) } { "\sl Ga" rjust above at last[].Ga } move right 0.65 ; down_ {thyristor(,SUSE) at (Here,last []) labels(A,above,K,below,G,rjust,`...(SUSE)',-0.35) } move right 0.65 ; down_ {thyristor(,SBSE) at (Here,last []) labels(T1,above,T2,below,G,rjust,`...(SBSE)',-0.22) } ] with .nw at Row1.sw + (0,-0.20) Twoterms: [ right_ { scr(,,Q) ; `"\tt scr(,{,}Q)"' at last [].e ljust} { "\sl Q.G" at Q.G above } move down 0.4; right_ { scs(,,Q2) ; `"\tt scs(,{,}Q2)"' at last [].e ljust } { "\sl Q2.G" at Q2.G above } { "\sl Q2.Ga" at Q2.Ga below } ] with .nw at Row2.sw+(0,-0.2) [ right_ { sus(,RE,Q3) ; `"\tt sus(,RE,Q3)"' at last [].e ljust} { "\sl Q3.G" at Q3.G above } move right_ 1.2 from last line.end { sbs(,E,Q4) ; `"\tt sbs(,E,Q4)"' at last [].e ljust} { "\sl Q4.G" at Q4.G below } ] with .w at last [].e+(1.0,0) .PE Circuit_macros9.5/doc/Tline.m40000644060175006010010000000102713774371757015277 0ustar DwightNone.PS # `Tline.m4' cct_init hgt = elen_*1.5 ewd = dimen_*0.9 define(`sresistor',`resistor(right_ ewd); llabel(,r)') define(`sinductor',`inductor(right_ ewd,W); llabel(,L)') define(`tsection',`sinductor { dot; line down_ hgt*0.25; dot parallel_(`resistor(down_ hgt*0.5); rlabel(,R)', `capacitor(down_ hgt*0.5); rlabel(,C)') dot; line down_ hgt*0.25; dot } sresistor ') SW: Here gap(up_ hgt) sresistor for i=1 to 4 do { tsection } line dotted right_ dimen_/2 tsection gap(down_ hgt) line to SW .PE Circuit_macros9.5/doc/tranbody.m40000644060175006010010000000024513774371757016047 0ustar DwightNoneline right 0.2 up_ A: transformer(,R,,,3) with .P1 at Here line left 0.2 from A.P2 line right 0.2 from A.S2 then up 0.1 line right 0.2 from A.S1 then down 0.1 Circuit_macros9.5/doc/ujt.tex0000644060175006010010000000461113774371757015310 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (0.9,-0.15) --(0.9,0)\dpicstop \dpicdraw (0.9,0) --(0.725,0)\dpicstop \dpicdraw (0.725,-0.025) --(0.725,0.225)\dpicstop \dpicdraw (0.725,0.2) --(0.9,0.2) --(0.9,0.35)\dpicstop \dpicdraw (0.55,0.2) --(0.725,0.1)\dpicstop \filldraw[line width=0bp](0.61699,0.129727) --(0.703125,0.1125) --(0.644553,0.177963) --cycle\dpicstop \dpicdraw (0.55,0.2) --(0.687872,0.121216)\dpicstop \dpicdraw (0.725,0.1) circle (0.07874in)\dpicstop \draw (0.9,-0.15) node[right=-2bp]{\sl B1}; \draw (0.4625,0.25) node{{\sl E}}; \draw (0.9,0.35) node[right=-2bp]{\sl B2}; \draw (0.725,-0.3) node{{\tt ujt(up\_ dimen\_,{,},E)}}; \dpicdraw (2.125,0) --(1.95,0)\dpicstop \dpicdraw (1.95,-0.025) --(1.95,0.225)\dpicstop \dpicdraw (1.95,0.2) --(2.125,0.2)\dpicstop \dpicdraw (1.775,0.2) --(1.95,0.1)\dpicstop \filldraw[line width=0bp](1.88301,0.170273) --(1.796875,0.1875) --(1.855447,0.122037) --cycle\dpicstop \dpicdraw (1.95,0.1) --(1.812128,0.178784)\dpicstop \draw (2.125,0) node[below=-2bp]{\sl B1}; \draw (1.6875,0.25) node{{\sl E}}; \draw (2.125,0.2) node[above=-2bp]{\sl B2}; \draw (2.05,-0.175) node[below=-2bp]{{\tt ujt(,{,}P,)}}; \dpicdraw (2.925,0) --(3.1,0)\dpicstop \dpicdraw (3.1,-0.025) --(3.1,0.225)\dpicstop \dpicdraw (3.1,0.2) --(2.925,0.2)\dpicstop \dpicdraw (3.275,0.2) --(3.1,0.1)\dpicstop \filldraw[line width=0bp](3.180447,0.177963) --(3.121875,0.1125) --(3.20801,0.129727) --cycle\dpicstop \dpicdraw (3.275,0.2) --(3.137128,0.121216)\dpicstop \draw (2.925,0) node[below=-2bp]{\sl B1}; \draw (3.3625,0.25) node{{\sl E}}; \draw (2.925,0.2) node[above=-2bp]{\sl B2}; \draw (3.1,-0.175) node[below=-2bp]{{\tt ujt(,R,{,})}}; \dpicdraw (4.075,0) --(4.25,0)\dpicstop \dpicdraw (4.25,-0.025) --(4.25,0.225)\dpicstop \dpicdraw (4.25,0.2) --(4.075,0.2)\dpicstop \dpicdraw (4.425,0.2) --(4.25,0.1)\dpicstop \filldraw[line width=0bp](4.344553,0.122037) --(4.403125,0.1875) --(4.31699,0.170273) --cycle\dpicstop \dpicdraw (4.25,0.1) --(4.387872,0.178784)\dpicstop \draw (4.075,0) node[below=-2bp]{\sl B1}; \draw (4.5125,0.25) node{{\sl E}}; \draw (4.075,0.2) node[above=-2bp]{\sl B2}; \draw (4.25,-0.175) node[below=-2bp]{{\tt ujt(,R,P,)}}; \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/ujtMan.m40000644060175006010010000000122413774371757015461 0ustar DwightNone.PS # `ujt.m4' cct_init dwn = 1.0 dsep = 0.15 define(`demo_ujt',`Q: ujt(`$1',`$2',`$3',`$4') "\sl B1" ifelse(`$5',,below,ljust) at last [].B1 "{\sl E}sp_" at 1.5 between last [].Bulk.c and last [].E "\sl B2" ifelse(`$5',,above,ljust) at last [].B2 ') [demo_ujt(up_ dimen_,,,E,A) `"{\tt ujt(up\_ dimen\_,{,},E)}"' wid 1.45 ht 0.1 at Q.s+(0,-0.15) ] [demo_ujt(,,P,) `"{\tt ujt(,{,}P,)}"' at Q.s+(0.1,-dsep) below ] \ with .Q.w at last [].Q.e+(0.85,0) [demo_ujt(,R,,) `"{\tt ujt(,R,{,})}"' at Q.s+(0,-dsep) below] \ with .Q.w at last [].Q.e+(0.8,0) [demo_ujt(,R,P,) `"{\tt ujt(,R,P,)}"' at Q.s+(0,-dsep) below] \ with .Q.w at last [].Q.e+(0.8,0) .PE Circuit_macros9.5/doc/Variable.tex0000644060175006010010000002424113774371757016234 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (-1.01349,0) --(-1.01349,-0.225)\dpicstop \dpicdraw (-1.096823,-0.225) --(-0.930157,-0.225)\dpicstop \dpicdraw (-1.096823,-0.275) --(-0.930157,-0.275)\dpicstop \dpicdraw (-1.01349,-0.275) --(-1.01349,-0.5)\dpicstop \filldraw[line width=0bp](-0.925102,-0.196967) --(-0.872069,-0.108579) --(-0.960457,-0.161612) --cycle\dpicstop \dpicdraw (-1.154911,-0.391421) --(-0.888266,-0.124776)\dpicstop \dpicdraw (-0.51349,0) --(-0.51349,-0.125) --(-0.471823,-0.145833) --(-0.555157,-0.1875) --(-0.471823,-0.229167) --(-0.555157,-0.270833) --(-0.471823,-0.3125) --(-0.555157,-0.354167) --(-0.51349,-0.375) --(-0.51349,-0.5)\dpicstop \dpicdraw (-0.654911,-0.391421) --(-0.372069,-0.108579)\dpicstop \dpicdraw (-0.372069,-0.108579) --(-0.372069,-0.025245)\dpicstop \dpicdraw (-0.01349,0) --(-0.01349,-0.225)\dpicstop \dpicdraw (-0.07599,-0.225) --(0.04901,-0.225)\dpicstop \dpicdraw (-0.07599,-0.275) ..controls (-0.037315,-0.252671) and (0.010335,-0.252671) ..(0.04901,-0.275)\dpicstop \dpicdraw (-0.01349,-0.258253) --(-0.01349,-0.5)\dpicstop \filldraw[line width=0bp](0.074898,-0.196967) --(0.127931,-0.108579) --(0.039543,-0.161612) --cycle\dpicstop \dpicdraw (-0.154911,-0.391421) --(0.111734,-0.124776)\dpicstop \dpicdraw (0.48651,0) --(0.48651,-0.125)\dpicstop \dpicdraw (0.48651,-0.125) --(0.480955,-0.125)\dpicstop \dpicdraw (0.48651,-0.125) ..controls (0.503769,-0.125) and (0.51776,-0.138991) ..(0.51776,-0.15625) ..controls (0.51776,-0.173509) and (0.503769,-0.1875) ..(0.48651,-0.1875)\dpicstop \dpicdraw (0.48651,-0.1875) --(0.480955,-0.1875)\dpicstop \dpicdraw (0.48651,-0.1875) ..controls (0.503769,-0.1875) and (0.51776,-0.201491) ..(0.51776,-0.21875) ..controls (0.51776,-0.236009) and (0.503769,-0.25) ..(0.48651,-0.25)\dpicstop \dpicdraw (0.48651,-0.25) --(0.480955,-0.25)\dpicstop \dpicdraw (0.48651,-0.25) ..controls (0.503769,-0.25) and (0.51776,-0.263991) ..(0.51776,-0.28125) ..controls (0.51776,-0.298509) and (0.503769,-0.3125) ..(0.48651,-0.3125)\dpicstop \dpicdraw (0.48651,-0.3125) --(0.480955,-0.3125)\dpicstop \dpicdraw (0.48651,-0.3125) ..controls (0.503769,-0.3125) and (0.51776,-0.326491) ..(0.51776,-0.34375) ..controls (0.51776,-0.361009) and (0.503769,-0.375) ..(0.48651,-0.375)\dpicstop \dpicdraw (0.48651,-0.375) --(0.480955,-0.375)\dpicstop \dpicdraw (0.48651,-0.375) --(0.48651,-0.5)\dpicstop \filldraw[line width=0bp](0.590523,-0.196967) --(0.643556,-0.108579) --(0.555168,-0.161612) --cycle\dpicstop \dpicdraw (0.360714,-0.391421) --(0.627359,-0.124776)\dpicstop \dpicdraw (0.98651,0) --(0.98651,-0.108266)\dpicstop \dpicdraw[line width=0.4bp](0.98651,-0.108266) circle (0.00109in)\dpicstop \dpicdraw (0.98651,-0.108266) ..controls (1.024082,-0.090746) and (1.065429,-0.123931) ..(1.056456,-0.164404) ..controls (1.047483,-0.204877) and (0.995986,-0.217478) ..(0.969339,-0.185721)\dpicstop \dpicdraw[line width=0.4bp](0.969339,-0.185721) circle (0.00109in)\dpicstop \dpicdraw (0.969339,-0.185721) ..controls (0.999344,-0.149962) and (1.057641,-0.17118) ..(1.057641,-0.217861) ..controls (1.057641,-0.264541) and (0.999344,-0.285759) ..(0.969339,-0.25)\dpicstop \dpicdraw[line width=0.4bp](0.969339,-0.25) circle (0.00109in)\dpicstop \dpicdraw (0.969339,-0.25) ..controls (0.999344,-0.214241) and (1.057641,-0.235459) ..(1.057641,-0.282139) ..controls (1.057641,-0.32882) and (0.999344,-0.350038) ..(0.969339,-0.314279)\dpicstop \dpicdraw[line width=0.4bp](0.969339,-0.314279) circle (0.00109in)\dpicstop \dpicdraw (0.969339,-0.314279) ..controls (0.995986,-0.282522) and (1.047483,-0.295123) ..(1.056456,-0.335596) ..controls (1.065429,-0.376069) and (1.024082,-0.409254) ..(0.98651,-0.391734)\dpicstop \dpicdraw[line width=0.4bp](0.98651,-0.391734) circle (0.00109in)\dpicstop \dpicdraw (0.98651,-0.391734) --(0.98651,-0.5)\dpicstop \filldraw[line width=0bp](1.101878,-0.196967) --(1.154911,-0.108579) --(1.066523,-0.161612) --cycle\dpicstop \dpicdraw (0.872069,-0.391421) --(1.138714,-0.124776)\dpicstop \draw (2.804911,0.520711) node{\tt C}; \draw (3.554911,0.520711) node{\tt S}; \draw (1.679911,0.320711) node{\tt A}; \dpicdraw (1.804911,0.320711) --(2.029911,0.320711)\dpicstop \dpicdraw (2.029911,0.258211) --(2.029911,0.383211)\dpicstop \dpicdraw (2.079911,0.258211) ..controls (2.057582,0.296886) and (2.057582,0.344536) ..(2.079911,0.383211)\dpicstop \dpicdraw (2.063164,0.320711) --(2.304911,0.320711)\dpicstop \filldraw[line width=0bp](2.1433,0.373744) --(2.196333,0.462132) --(2.107944,0.409099) --cycle\dpicstop \dpicdraw (1.91349,0.179289) --(2.180136,0.445935)\dpicstop \dpicdraw (2.554911,0.320711) --(2.779911,0.320711)\dpicstop \dpicdraw (2.779911,0.258211) --(2.779911,0.383211)\dpicstop \dpicdraw (2.829911,0.258211) ..controls (2.807582,0.296886) and (2.807582,0.344536) ..(2.829911,0.383211)\dpicstop \dpicdraw (2.813164,0.320711) --(3.054911,0.320711)\dpicstop \filldraw[line width=0bp](2.8933,0.373744) --(2.946333,0.462132) --(2.857944,0.409099) --cycle\dpicstop \dpicdraw (2.66349,0.179289) --(2.930136,0.445935)\dpicstop \dpicdraw (2.996333,0.432132) --(3.055258,0.491058)\dpicstop \dpicdraw (3.304911,0.320711) --(3.529911,0.320711)\dpicstop \dpicdraw (3.529911,0.258211) --(3.529911,0.383211)\dpicstop \dpicdraw (3.579911,0.258211) ..controls (3.557582,0.296886) and (3.557582,0.344536) ..(3.579911,0.383211)\dpicstop \dpicdraw (3.563164,0.320711) --(3.804911,0.320711)\dpicstop \filldraw[line width=0bp](3.6433,0.373744) --(3.696333,0.462132) --(3.607944,0.409099) --cycle\dpicstop \dpicdraw (3.41349,0.179289) --(3.680136,0.445935)\dpicstop \dpicdraw (3.746333,0.402132) --(3.746333,0.432132) --(3.806333,0.432132) --(3.806333,0.462132)\dpicstop \draw (1.679911,-0.079289) node{\tt P}; \dpicdraw (1.804911,-0.079289) --(2.029911,-0.079289)\dpicstop \dpicdraw (2.029911,-0.141789) --(2.029911,-0.016789)\dpicstop \dpicdraw (2.079911,-0.141789) ..controls (2.057582,-0.103114) and (2.057582,-0.055464) ..(2.079911,-0.016789)\dpicstop \dpicdraw (2.063164,-0.079289) --(2.304911,-0.079289)\dpicstop \dpicdraw (1.91349,-0.220711) --(2.196333,0.062132)\dpicstop \dpicdraw (2.16687,0.091595) --(2.225795,0.032669)\dpicstop \dpicdraw (2.554911,-0.079289) --(2.779911,-0.079289)\dpicstop \dpicdraw (2.779911,-0.141789) --(2.779911,-0.016789)\dpicstop \dpicdraw (2.829911,-0.141789) ..controls (2.807582,-0.103114) and (2.807582,-0.055464) ..(2.829911,-0.016789)\dpicstop \dpicdraw (2.813164,-0.079289) --(3.054911,-0.079289)\dpicstop \dpicdraw (2.66349,-0.220711) --(2.946333,0.062132)\dpicstop \dpicdraw (2.91687,0.091595) --(2.975795,0.032669)\dpicstop \dpicdraw (2.996333,0.032132) --(3.055258,0.091058)\dpicstop \dpicdraw (3.304911,-0.079289) --(3.529911,-0.079289)\dpicstop \dpicdraw (3.529911,-0.141789) --(3.529911,-0.016789)\dpicstop \dpicdraw (3.579911,-0.141789) ..controls (3.557582,-0.103114) and (3.557582,-0.055464) ..(3.579911,-0.016789)\dpicstop \dpicdraw (3.563164,-0.079289) --(3.804911,-0.079289)\dpicstop \dpicdraw (3.41349,-0.220711) --(3.696333,0.062132)\dpicstop \dpicdraw (3.66687,0.091595) --(3.725795,0.032669)\dpicstop \dpicdraw (3.746333,0.002132) --(3.746333,0.032132) --(3.806333,0.032132) --(3.806333,0.062132)\dpicstop \draw (1.679911,-0.479289) node{\tt L}; \dpicdraw (1.804911,-0.479289) --(2.029911,-0.479289)\dpicstop \dpicdraw (2.029911,-0.541789) --(2.029911,-0.416789)\dpicstop \dpicdraw (2.079911,-0.541789) ..controls (2.057582,-0.503114) and (2.057582,-0.455464) ..(2.079911,-0.416789)\dpicstop \dpicdraw (2.063164,-0.479289) --(2.304911,-0.479289)\dpicstop \dpicdraw (1.91349,-0.620711) --(2.196333,-0.337868)\dpicstop \dpicdraw (2.554911,-0.479289) --(2.779911,-0.479289)\dpicstop \dpicdraw (2.779911,-0.541789) --(2.779911,-0.416789)\dpicstop \dpicdraw (2.829911,-0.541789) ..controls (2.807582,-0.503114) and (2.807582,-0.455464) ..(2.829911,-0.416789)\dpicstop \dpicdraw (2.813164,-0.479289) --(3.054911,-0.479289)\dpicstop \dpicdraw (2.66349,-0.620711) --(2.946333,-0.337868)\dpicstop \dpicdraw (2.996333,-0.367868) --(3.055258,-0.308942)\dpicstop \dpicdraw (3.304911,-0.479289) --(3.529911,-0.479289)\dpicstop \dpicdraw (3.529911,-0.541789) --(3.529911,-0.416789)\dpicstop \dpicdraw (3.579911,-0.541789) ..controls (3.557582,-0.503114) and (3.557582,-0.455464) ..(3.579911,-0.416789)\dpicstop \dpicdraw (3.563164,-0.479289) --(3.804911,-0.479289)\dpicstop \dpicdraw (3.41349,-0.620711) --(3.696333,-0.337868)\dpicstop \dpicdraw (3.746333,-0.397868) --(3.746333,-0.367868) --(3.806333,-0.367868) --(3.806333,-0.337868)\dpicstop \draw (1.679911,-0.879289) node{\tt N}; \dpicdraw (1.804911,-0.879289) --(2.029911,-0.879289)\dpicstop \dpicdraw (2.029911,-0.941789) --(2.029911,-0.816789)\dpicstop \dpicdraw (2.079911,-0.941789) ..controls (2.057582,-0.903114) and (2.057582,-0.855464) ..(2.079911,-0.816789)\dpicstop \dpicdraw (2.063164,-0.879289) --(2.304911,-0.879289)\dpicstop \dpicdraw (1.91349,-1.020711) --(2.196333,-0.737868)\dpicstop \dpicdraw (1.91349,-1.020711) --(1.830157,-1.020711)\dpicstop \dpicdraw (2.554911,-0.879289) --(2.779911,-0.879289)\dpicstop \dpicdraw (2.779911,-0.941789) --(2.779911,-0.816789)\dpicstop \dpicdraw (2.829911,-0.941789) ..controls (2.807582,-0.903114) and (2.807582,-0.855464) ..(2.829911,-0.816789)\dpicstop \dpicdraw (2.813164,-0.879289) --(3.054911,-0.879289)\dpicstop \dpicdraw (2.66349,-1.020711) --(2.946333,-0.737868)\dpicstop \dpicdraw (2.66349,-1.020711) --(2.580157,-1.020711)\dpicstop \dpicdraw (2.996333,-0.767868) --(3.055258,-0.708942)\dpicstop \dpicdraw (3.304911,-0.879289) --(3.529911,-0.879289)\dpicstop \dpicdraw (3.529911,-0.941789) --(3.529911,-0.816789)\dpicstop \dpicdraw (3.579911,-0.941789) ..controls (3.557582,-0.903114) and (3.557582,-0.855464) ..(3.579911,-0.816789)\dpicstop \dpicdraw (3.563164,-0.879289) --(3.804911,-0.879289)\dpicstop \dpicdraw (3.41349,-1.020711) --(3.696333,-0.737868)\dpicstop \dpicdraw (3.41349,-1.020711) --(3.330157,-1.020711)\dpicstop \dpicdraw (3.746333,-0.797868) --(3.746333,-0.767868) --(3.806333,-0.767868) --(3.806333,-0.737868)\dpicstop \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/VariableMan.m40000644060175006010010000000163613774371757016413 0ustar DwightNone.PS # `Variable.m4' cct_init define(`elen_',dimen_); down_ [ { variable(`resistor',A) }; {"A" at last line.end below}; move right { variable(`resistor',N) }; {"N" at last line.end below}; move right { variable(`resistor',uN) }; {"uN" at last line.end below}; move right { variable(`resistor',NN) }; {"uN" at last line.end below}; move right { variable(`resistor',uNN) }; {"uNN" at last line.end below}; #; move right ] [ skp = 0.4 hskip = linewid*0.5 cskip = hskip Orig: Here { move right cskip+elen_+hskip line invis right_ elen_ "\tt C"; move right_ hskip line invis right_ elen_ "\tt S" } Loopover_(`char', `move down skp ifelse(char,A,*0.5) { line invis right_ cskip "\tt char" variable(`capacitor(,C)',char); move right_ hskip variable(`capacitor(,C)',char`'C); move right_ hskip variable(`capacitor(,C)',char`'S) }', A,P,L,N) ] with .w at last [].e+(0.4,0) .PE Circuit_macros9.5/doc/Version.tex0000644060175006010010000000001413774371757016124 0ustar DwightNoneVersion 9.5 Circuit_macros9.5/doc/WindingsMan.m40000644060175006010010000000642213774371757016446 0ustar DwightNone.PS cct_init # Windings.m4 ifelse(xtract(m4postprocessor,pstricks,pgf,mpost,pdf,postscript,svg),, `print " `pstricks, pgf, mpost, pdf, postscript, or svg required for Windings.m4'" "`pstricks, pgf, mpost, pdf, postscript, or svg required for Windings.m4'"', ` s_init(Windings) ifdef(`Windings_1',,`sinclude(FWindings.dim)') sinclude(Circuit_macros.dim) ifdef(`Windings_1',,`sinclude(tst.dim)') define(`vlight',`rgbstring(0.9,0.9,0.9)') define(`lightgray',`rgbstring(0.7,0.7,0.7)') [ W: winding ] s_box(\tt w{}inding) at last [].s below [ winding(R) ] with .n at last "".s+(0,-0.1) s_box(\tt w{}inding(R)) at last [].s below [ sk = 0.75 d = 1.5*sk p = 0.4*sk w = 1*sk W: winding(L,d,p,4,w,vlight) thinlines_ dimension_(from W.nw+(p/4,0) right p,0.1,s_box(\tt pitch\strut) above,W) dimension_(from W.sw to W.nw,0.2,s_box(\tt diam),H) dimension_(from W.e+(-p/2,-w/2) up w,-0.3,,s_ht) s_box(\tt\hfill core wid) at W.e ljust arrow <- up d-w+0.1 left d/10 from W.ne+(-p/2,-(d-w)) s_box(\tt core color) at Here+(-0.2,0) ljust above thicklines_ ] with .sw at last [].se+(0.25,0) "\tt T1" at last [].W.T1 below "\tt T2" at last [].W.T2 below [ #`winding(L|R, diam, pitch, nturns, core wid, core color )' boxwid = 0.3 boxht = 0.4 down_ B1: box winding(,boxwid*1.3,boxht/5,3,boxwid) at B1 "Left pins" "cw" at B1.s+(0,-0.15) for_(1,2,1,`"\sl\small T`'m4x" at last [].T`'m4x rjust') B2: box at B1.e + (0.5,0) winding(R,boxwid*1.3,boxht/5,3,boxwid) at B2 "Left pins" "ccw" at B2.s+(0,-0.15) for_(1,2,1,`"\sl\small T`'m4x" at last [].T`'m4x rjust') up_ B3: box at B1.s + (0,-0.55) winding(,boxwid*1.3,boxht/5,3,boxwid) at B3 "Right pins" "cw" at B3.s+(0,-0.15) for_(1,2,1,`"\sl\small T`'m4x" at last [].T`'m4x ljust') B4: box at (B2,B3) winding(R,boxwid*1.3,boxht/5,3,boxwid) at B4 "Right pins" "ccw" at B4.s+(0,-0.15) for_(1,2,1,`"\sl\small T`'m4x" at last [].T`'m4x ljust') ] with .sw at last [].se+(0.1,0) [ Q: box invis ht 1 wid 5/4 g = Q.wid/12 ironwid = Q.wid/4.5 line thick ironwid/(1bp__)+linethick from Q.n+(g/2-linethick/2 bp__,0) \ to Q.ne then to Q.se then to Q.sw then to Q.nw \ then to Q.n+(-g/2+linethick/2 bp__,0) ifmpost(`rgbdraw(0.7,0.7,0.7,') line thick ironwid/(1bp__)-linethick outlined lightgray \ from Q.n+(g/2+linethick/2 bp__,0) \ to Q.ne then to Q.se then to Q.sw then to Q.nw \ then to Q.n+(-g/2-linethick/2 bp__,0) ifmpost(`)') thinlines_ dimension_(from Q.n+(-g/2,-ironwid/2) right g,-ironwid/4, "$g$" below,1,2pt__) thicklines_ down_ P: winding(R,ironwid*5/4,ironwid/2,4,ironwid,lightgray) at Q.w line left ironwid*2/3 from P.T1 arrow right to P.T1 "$i_1$" above line left ironwid*2/3 from P.T2 gap(up_ to 2nd last line.end) llabel(-,s_box($v_1$),+) "$N_1$" at P.e ljust up_ S: winding(L,ironwid*5/4,ironwid/2,4,ironwid,lightgray) at Q.e line right ironwid*2/3 from S.T2 arrow left to S.T2 "$i_2$" above line right ironwid*2/3 from S.T1 gap(up_ to 2nd last line.end) rlabel(-,s_box($v_2$),+) "$N_2$" at S.w rjust box dashed rad ironwid/4 wid Q.wid ht Q.ht at Q arrow right arrowht from 0.5 between Q.n and Q.ne "$\phi$" ljust at Here+(0,5pt__) move up ironwid/2 from Q.n move down ironwid/2 from Q.s ] with .sw at last [].se+(0.15,0) ') .PE Circuit_macros9.5/doc/woodchips.m40000644060175006010010000000070113774371757016221 0ustar DwightNonedivert(-1) # `woodchips.m4' define(`grid',`[ psset_(linecolor=lightgray) B: box invis wid 1.0 ht 0.3 d = 0.08 for x=B.ht to B.wid by d do { line from B.nw+(x,0) thick 0.4 down B.ht left B.ht } psset_(linecolor=black) ]') divert(0)dnl .PS sinclude(Circuit_macros.dim) s_init(woodchips) G: grid f_box(Wood chips) with .w at G f_box(color "lightgray" thickness 2 rad 2pt__,"\huge$n^{%g}$",4-1) \ with .w at G.e+(1.2,0) .PE Circuit_macros9.5/doc/Workflow.m40000644060175006010010000000554013774371757016042 0ustar DwightNone.PS # Workflow.m4 gen_init command "{\small\sf" boxwid = boxwid*0.8 B:[ define(`fbox',`box fill_(0.95)') define(`lbx',`"\setbox0=\hbox{$1}\parbox{\wd0}{\raggedleft $2}" rjust') boxwid = 0.58 boxht = 0.4 linethick_(1.0) arrowwid = 0.05 arrowht = 0.1 fillval = 0.8 hsep = 0.06 vsep = 0.15 arlen = 0.5*1.25 Tpic: fbox "\LaTeX" Pict2e: fbox "\LaTeX" "pict2e" with .w at Tpic.e+(boxwid*3/4,0) PDF: arrow <- up arlen from 0.5 between Tpic.n and Pict2e.n lbx(PDF,PDF\\ .pdf) "\tt -d" rjust above arrow <- up arlen from Pict2e.n lbx(\LaTeX,\LaTeX\\ .tex) E: Here "\tt -e" rjust above arrow <- up arlen from Tpic.n lbx(tpic,tpic\\ .tex) Psfrag: fbox "\LaTeX" "psfrag" with .w at Pict2e.e+(hsep,0) arrow <- up arlen from Psfrag.n lbx(Postscript,Postscript\\ psfrag\\ .eps) "\tt -f" rjust above boxstep = Psfrag.x-Pict2e.x PGF: fbox "\LaTeX" "or" "PDFlatex" "tikz" ht 1.6*boxht \ with .nw at Psfrag.ne+(hsep,0) arrow <- up arlen from PGF.n lbx(PGF,PGF\\ .tex) "\tt -g" rjust above Mfpic: fbox "\LaTeX" "Mfpic" with .nw at PGF.ne+(hsep,0) MetaFont: fbox "Metafont" with .n at Mfpic.s+(0,-vsep) arrow from Mfpic.s to MetaFont.n arrow from MetaFont.s down vsep/2 then right boxwid/2+hsep/2 \ then up Mfpic.n.y-MetaFont.s.y+vsep*3/2 \ then left hsep/2+boxwid/4 then down vsep arrow <- up arlen from Mfpic.n lbx(mfpic,mfpic\\ .tex) "\tt -m" rjust above PSTricks: fbox "\LaTeX" "PSTricks" with .w at Mfpic.e+(hsep,0) arrow <- up arlen from PSTricks.n lbx(PSTricks,PSTricks\\ .tex) "\tt -p" rjust above arrow <- up vsep from (0.5,E) Dpic: fbox "dpic" with .s at Here MetaPost: fbox "MetaPost" with .w at PSTricks.e+(boxwid*3/4,0) arrow <- up arlen from MetaPost.n lbx(Meta-,Meta-\\ Post\\ .mp) "\tt -s" rjust above arrow <- up arlen from 0.5 between PSTricks.n and MetaPost.n \ lbx(Post-,Post-\\ script\\ .eps) "\tt -r" rjust above MPLaTeX: fbox ht boxht + vsep/2 "\LaTeX" "or" "PDFlatex" \ with .n at MetaPost.s+(0,-vsep) arrow from MetaPost.s to MPLaTeX.n arrow <- up arlen from MetaPost.n+(boxstep,0) lbx(SVG,SVG\\ .svg) "\tt -v" rjust above Inkscape: fbox "Inkscape" "or" "HTML" with .n at last arrow.start arrow <- up arlen from Inkscape.n+(boxstep,0) lbx(Xfig,Xfig\\ .fig) "\tt -x" rjust above Xfig: fbox "Xfig" with .n at last arrow.start IsLaTeX: fbox ht boxht + vsep/2 "\LaTeX" "or" "PDFlatex" \ with .n at Inkscape.s+(0,-vsep) arrow from Inkscape.s to IsLaTeX.n line from (PDF,E) to (Xfig,E) Gpic: fbox "gpic -t" at (Tpic,Dpic) line down vsep from Gpic.s M4: fbox "m4" at 0.5 arrow from M4.e to Dpic.w ".pic" above arrow from M4.w to Gpic.e ".pic" above arrow <- up vsep from 1/3 `"\setbox0=\hbox{Diagram source}\raisebox{-\dp0}{\box0}"' rjust arrow <- up vsep from 2/3 `"Macro libraries"' ljust ] # print last [].wid command "}%" .PE Circuit_macros9.5/doc/Xform.tex0000644060175006010010000006237113774371757015610 0ustar DwightNone\begin{tikzpicture}[scale=2.54] % dpic version 2020.03.01 option -g for TikZ and PGF 1.01 \ifx\dpiclw\undefined\newdimen\dpiclw\fi \global\def\dpicdraw{\draw[line width=\dpiclw]} \global\def\dpicstop{;} \dpiclw=0.8bp \dpiclw=0.8bp \dpicdraw (-0.104167,-0) --(-0.104167,-0.041667)\dpicstop \dpicdraw (-0.104167,-0.041667) --(-0.109722,-0.041667)\dpicstop \dpicdraw (-0.104167,-0.041667) ..controls (-0.086908,-0.041667) and (-0.072917,-0.055658) ..(-0.072917,-0.072917) ..controls (-0.072917,-0.090176) and (-0.086908,-0.104167) ..(-0.104167,-0.104167)\dpicstop \dpicdraw (-0.104167,-0.104167) --(-0.109722,-0.104167)\dpicstop \dpicdraw (-0.104167,-0.104167) ..controls (-0.086908,-0.104167) and (-0.072917,-0.118158) ..(-0.072917,-0.135417) ..controls (-0.072917,-0.152676) and (-0.086908,-0.166667) ..(-0.104167,-0.166667)\dpicstop \dpicdraw (-0.104167,-0.166667) --(-0.109722,-0.166667)\dpicstop \dpicdraw (-0.104167,-0.166667) ..controls (-0.086908,-0.166667) and (-0.072917,-0.180658) ..(-0.072917,-0.197917) ..controls (-0.072917,-0.215176) and (-0.086908,-0.229167) ..(-0.104167,-0.229167)\dpicstop \dpicdraw (-0.104167,-0.229167) --(-0.109722,-0.229167)\dpicstop \dpicdraw (-0.104167,-0.229167) ..controls (-0.0625,-0.229167) and (-0.0625,-0.291667) ..(-0.104167,-0.291667)\dpicstop \dpicdraw (-0.104167,-0.291667) --(-0.109722,-0.291667)\dpicstop \dpicdraw (-0.104167,-0.291667) --(-0.104167,-0.333333)\dpicstop \dpicdraw (-0.03125,-0.041667) --(-0.03125,-0.291667)\dpicstop \dpicdraw (0.03125,-0.041667) --(0.03125,-0.291667)\dpicstop \dpicdraw (0.104167,-0.333333) --(0.104167,-0.291667)\dpicstop \dpicdraw (0.104167,-0.291667) --(0.109722,-0.291667)\dpicstop \dpicdraw (0.104167,-0.291667) ..controls (0.0625,-0.291667) and (0.0625,-0.229167) ..(0.104167,-0.229167)\dpicstop \dpicdraw (0.104167,-0.229167) --(0.109722,-0.229167)\dpicstop \dpicdraw (0.104167,-0.229167) ..controls (0.0625,-0.229167) and (0.0625,-0.166667) ..(0.104167,-0.166667)\dpicstop \dpicdraw (0.104167,-0.166667) --(0.109722,-0.166667)\dpicstop \dpicdraw (0.104167,-0.166667) ..controls (0.0625,-0.166667) and (0.0625,-0.104167) ..(0.104167,-0.104167)\dpicstop \dpicdraw (0.104167,-0.104167) --(0.109722,-0.104167)\dpicstop \dpicdraw (0.104167,-0.104167) ..controls (0.0625,-0.104167) and (0.0625,-0.041667) ..(0.104167,-0.041667)\dpicstop \dpicdraw (0.104167,-0.041667) --(0.109722,-0.041667)\dpicstop \dpicdraw (0.104167,-0.041667) --(0.104167,0)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](-0.183488,0.024269) --(-0.116032,0.007119) --(-0.162908,0.058569) --cycle\dpicstop \dpicdraw (-0.13261,0.017066) --(-0.212302,0.064881)\dpicstop \draw (-0.212302,0.064881) node[left=-2bp]{\sl P1}; \filldraw[line width=0bp](-0.162908,-0.391902) --(-0.116032,-0.340452) --(-0.183488,-0.357602) --cycle\dpicstop \dpicdraw (-0.13261,-0.3504) --(-0.212302,-0.398214)\dpicstop \draw (-0.212302,-0.398214) node[left=-2bp]{\sl P2}; \filldraw[line width=0bp](-0.18467,-0.186667) --(-0.118004,-0.166667) --(-0.18467,-0.146667) --cycle\dpicstop \dpicdraw (-0.137338,-0.166667) --(-0.21033,-0.166667)\dpicstop \draw (-0.21033,-0.166667) node[left=-2bp]{\sl TP}; \filldraw[line width=0bp](0.162908,0.058569) --(0.116032,0.007119) --(0.183488,0.024269) --cycle\dpicstop \dpicdraw (0.13261,0.017066) --(0.212302,0.064881)\dpicstop \draw (0.212302,0.064881) node[right=-2bp]{\sl S1}; \filldraw[line width=0bp](0.183488,-0.357602) --(0.116032,-0.340452) --(0.162908,-0.391902) --cycle\dpicstop \dpicdraw (0.13261,-0.3504) --(0.212302,-0.398214)\dpicstop \draw (0.212302,-0.398214) node[right=-2bp]{\sl S2}; \filldraw[line width=0bp](0.18467,-0.146667) --(0.118004,-0.166667) --(0.18467,-0.186667) --cycle\dpicstop \dpicdraw (0.137338,-0.166667) --(0.21033,-0.166667)\dpicstop \draw (0.21033,-0.166667) node[right=-2bp]{\sl TS}; \draw (0,-0.633333) node{\tt transformer}; \dpiclw=0.8bp \dpicdraw (1.115278,0.133333) --(1.115278,-0.104167)\dpicstop \dpicdraw (1.115278,-0.104167) --(1.109722,-0.104167)\dpicstop \dpicdraw (1.115278,-0.104167) ..controls (1.132537,-0.104167) and (1.146528,-0.118158) ..(1.146528,-0.135417) ..controls (1.146528,-0.152676) and (1.132537,-0.166667) ..(1.115278,-0.166667)\dpicstop \dpicdraw (1.115278,-0.166667) --(1.109722,-0.166667)\dpicstop \dpicdraw (1.115278,-0.166667) ..controls (1.132537,-0.166667) and (1.146528,-0.180658) ..(1.146528,-0.197917) ..controls (1.146528,-0.215176) and (1.132537,-0.229167) ..(1.115278,-0.229167)\dpicstop \dpicdraw (1.115278,-0.229167) --(1.109722,-0.229167)\dpicstop \dpicdraw (1.115278,-0.229167) --(1.115278,-0.466667)\dpicstop \dpicdraw[dash pattern=on 0.025in off 0.025in](1.188194,0.083333) --(1.188194,-0.416667)\dpicstop \dpicdraw[dash pattern=on 0.025in off 0.025in](1.250694,0.083333) --(1.250694,-0.416667)\dpicstop \dpicdraw (1.323611,-0.416667) --(1.323611,-0.416667)\dpicstop \dpicdraw (1.323611,-0.416667) --(1.329167,-0.416667)\dpicstop \dpicdraw (1.323611,-0.416667) ..controls (1.306352,-0.416667) and (1.292361,-0.402676) ..(1.292361,-0.385417) ..controls (1.292361,-0.368158) and (1.306352,-0.354167) ..(1.323611,-0.354167)\dpicstop \dpicdraw (1.323611,-0.354167) --(1.329167,-0.354167)\dpicstop \dpicdraw (1.323611,-0.354167) ..controls (1.306352,-0.354167) and (1.292361,-0.340176) ..(1.292361,-0.322917) ..controls (1.292361,-0.305658) and (1.306352,-0.291667) ..(1.323611,-0.291667)\dpicstop \dpicdraw (1.323611,-0.291667) --(1.329167,-0.291667)\dpicstop \dpicdraw (1.323611,-0.291667) ..controls (1.306352,-0.291667) and (1.292361,-0.277676) ..(1.292361,-0.260417) ..controls (1.292361,-0.243158) and (1.306352,-0.229167) ..(1.323611,-0.229167)\dpicstop \dpicdraw (1.323611,-0.229167) --(1.329167,-0.229167)\dpicstop \dpicdraw (1.323611,-0.229167) ..controls (1.306352,-0.229167) and (1.292361,-0.215176) ..(1.292361,-0.197917) ..controls (1.292361,-0.180658) and (1.306352,-0.166667) ..(1.323611,-0.166667)\dpicstop \dpicdraw (1.323611,-0.166667) --(1.329167,-0.166667)\dpicstop \dpicdraw (1.323611,-0.166667) ..controls (1.306352,-0.166667) and (1.292361,-0.152676) ..(1.292361,-0.135417) ..controls (1.292361,-0.118158) and (1.306352,-0.104167) ..(1.323611,-0.104167)\dpicstop \dpicdraw (1.323611,-0.104167) --(1.329167,-0.104167)\dpicstop \dpicdraw (1.323611,-0.104167) ..controls (1.306352,-0.104167) and (1.292361,-0.090176) ..(1.292361,-0.072917) ..controls (1.292361,-0.055658) and (1.306352,-0.041667) ..(1.323611,-0.041667)\dpicstop \dpicdraw (1.323611,-0.041667) --(1.329167,-0.041667)\dpicstop \dpicdraw (1.323611,-0.041667) ..controls (1.306352,-0.041667) and (1.292361,-0.027676) ..(1.292361,-0.010417) ..controls (1.292361,0.006842) and (1.306352,0.020833) ..(1.323611,0.020833)\dpicstop \dpicdraw (1.323611,0.020833) --(1.329167,0.020833)\dpicstop \dpicdraw (1.323611,0.020833) ..controls (1.306352,0.020833) and (1.292361,0.034824) ..(1.292361,0.052083) ..controls (1.292361,0.069342) and (1.306352,0.083333) ..(1.323611,0.083333)\dpicstop \dpicdraw (1.323611,0.083333) --(1.329167,0.083333)\dpicstop \dpicdraw (1.323611,0.083333) --(1.323611,0.083333)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](1.035957,0.157602) --(1.103413,0.140452) --(1.056536,0.191902) --cycle\dpicstop \dpicdraw (1.086834,0.1504) --(1.007143,0.198214)\dpicstop \draw (1.007143,0.198214) node[left=-2bp]{\sl P1}; \filldraw[line width=0bp](1.056536,-0.525235) --(1.103413,-0.473786) --(1.035957,-0.490936) --cycle\dpicstop \dpicdraw (1.086834,-0.483733) 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\dpicdraw[line width=0.4bp](4.897407,-0.184167) circle (0.00109in)\dpicstop \dpicdraw (4.897407,-0.184167) ..controls (4.927412,-0.148407) and (4.985709,-0.169626) ..(4.985709,-0.216306) ..controls (4.985709,-0.262987) and (4.927412,-0.284205) ..(4.897407,-0.248445)\dpicstop \dpicdraw[line width=0.4bp](4.897407,-0.248445) circle (0.00109in)\dpicstop \dpicdraw (4.897407,-0.248445) ..controls (4.924054,-0.216688) and (4.975551,-0.22929) ..(4.984524,-0.269763) ..controls (4.993496,-0.310236) and (4.95215,-0.34342) ..(4.914578,-0.3259)\dpicstop \dpicdraw[line width=0.4bp](4.914578,-0.3259) circle (0.00109in)\dpicstop \dpicdraw (4.914578,-0.3259) --(4.914578,-0.454458)\dpicstop \dpiclw=0.4bp \filldraw[line width=0bp](5.186712,0.144693) --(5.139836,0.093243) --(5.207292,0.110393) --cycle\dpicstop \dpicdraw (5.156415,0.103191) --(5.236106,0.151005)\dpicstop \draw (5.236106,0.151005) node[right=-2bp]{\sl P1}; \filldraw[line width=0bp](5.207292,-0.478727) --(5.139836,-0.461577) --(5.186712,-0.513026) --cycle\dpicstop \dpicdraw (5.156415,-0.471524) --(5.236106,-0.519339)\dpicstop \draw (5.236106,-0.519339) node[right=-2bp]{\sl P2}; \filldraw[line width=0bp](5.208474,-0.164167) --(5.141808,-0.184167) --(5.208474,-0.204167) --cycle\dpicstop \dpicdraw (5.161142,-0.184167) --(5.234134,-0.184167)\dpicstop \draw (5.234134,-0.184167) node[right=-2bp]{\sl TP}; \filldraw[line width=0bp](4.835257,0.110393) --(4.902713,0.093243) --(4.855837,0.144693) --cycle\dpicstop \dpicdraw (4.886134,0.103191) --(4.806443,0.151005)\dpicstop \draw (4.806443,0.151005) node[left=-2bp]{\sl S1}; \filldraw[line width=0bp](4.855837,-0.513026) --(4.902713,-0.461577) --(4.835257,-0.478727) --cycle\dpicstop \dpicdraw (4.886134,-0.471524) --(4.806443,-0.519339)\dpicstop \draw (4.806443,-0.519339) node[left=-2bp]{\sl S2}; \filldraw[line width=0bp](4.834074,-0.204167) --(4.900741,-0.184167) --(4.834074,-0.164167) --cycle\dpicstop \dpicdraw (4.881407,-0.184167) --(4.808415,-0.184167)\dpicstop \draw (4.808415,-0.184167) node[left=-2bp]{\sl TS}; \draw (5.021274,-0.759142) node{\tt ...(,R,8,AW)}; \dpiclw=0.8bp \end{tikzpicture} \vspace*{-0.5\baselineskip} Circuit_macros9.5/doc/XformMan.m40000644060175006010010000000276613774371757015766 0ustar DwightNone.PS # `Xform.m4' cct_init divert(-1) define(`trlabels', `{ thinlines_ ifelse(`$1',R, `arrow from `$3'.P1 <- right 0.12 up 0.072 chop 1pt__ ; "\sl P1" ljust arrow from `$3'.P2 <- right 0.12 down 0.072 chop 1pt__ ; "\sl P2" ljust arrow from `$3'.TP <- right 0.12 chop 1pt__ ; "\sl TP" wid 0.2 ljust arrow from `$3'.S1 <- left 0.12 up 0.072 chop 1pt__ ; "\sl S1" rjust arrow from `$3'.S2 <- left 0.12 down 0.072 chop 1pt__ ; "\sl S2" rjust arrow from `$3'.TS <- left 0.12 chop 1pt__ ; "\sl TS" rjust ',` arrow from `$3'.P1 <- left 0.12 up 0.072 chop 1pt__ ; "\sl P1" rjust arrow from `$3'.P2 <- left 0.12 down 0.072 chop 1pt__ ; "\sl P2" rjust arrow from `$3'.TP <- left 0.12 chop 1pt__ ; "\sl TP" wid 0.2 rjust arrow from `$3'.S1 <- right 0.12 up 0.072 chop 1pt__ ; "\sl S1" ljust arrow from `$3'.S2 <- right 0.12 down 0.072 chop 1pt__ ; "\sl S2" ljust arrow from `$3'.TS <- right 0.12 chop 1pt__ ; "\sl TS" ljust ') `"'\tt `$2'`"' at `$3'.s+(0,-(`$4')) thicklines_ } ') divert(0)dnl down_ T1: transformer trlabels(,`transformer',T1,0.3) T2: transformer(down_ 0.6,,2,P,8) with .w at T1.e+(1,0) trlabels(,`...(down\_ 0.6,,2,P,8)',T2,0.3) T3: transformer(,,8,WD12,4) with .w at T2.e+(1,0) trlabels(,`...(,,8,WD12,4)',T3,0.21) T4: transformer(,,9,AL) with .sw at T3.se+(1,0) trlabels(,`...(,,9,AL)',T4,0.3) T5: transformer(,R,8,AW) with .sw at T4.se+(1,0) trlabels(R,`...(,R,8,AW)',T5,0.3) .PE Circuit_macros9.5/dpictools.pic0000644060175006010010000004546213774371763015722 0ustar DwightNone# dpictools.pic # General-purpose pic macros. Input this file using the Circuit_macros # m4 macro NeedDpicTools or the pic statement copy "HOMELIB_/dpictools.pic" # when HOMELIB_ is defined or, generically, copy "dpictools.pic" # Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under # # the LaTeX Project Public Licence in file Licence.txt. The files of # # this distribution may be redistributed or modified provided that this # # copyright notice is included and provided that modifications are clearly # # marked to distinguish them from this distribution. There is no warranty # # whatsoever for these files. # # findroot(function,left bound,right bound,tolerance,var name) # Solve function(x)=0 by the method of bisection # e.g. define parabola { $2 = ($1)^2 - 1 } # findroot( parabola, 0, 2, 1e-8, x ) define findroot {$5 = 0; [ x_m = $2; x_M = $3 loop( $1(x_m,f_m);, abs(x_M-x_m)>$4,, x_c = (x_m+x_M)/2 $1(x_c,f_c) if sign(f_c)==sign(f_m) then {x_m=x_c} else {x_M=x_c};) $5 := (x_m+x_M)/2 ] ; } # bisect(function,left bound,right bound, tolerance, var name) # Like findroot but uses recursion and without a [] box define bisect { x_m_$1 = $2; x_M_$1 = $3 x_c_$1 = (x_m_$1+x_M_$1)/2 if (abs(x_m_$1-x_M_$1) <= $4) then { $5 = x_c_$1 } else { $1(x_m_$1,f_m_$1) $1(x_c_$1,f_c_$1) if (sign(f_c_$1)==sign(f_m_$1)) then { bisect($1,x_c_$1,x_M_$1,$4,$5) } \ else { bisect($1,x_m_$1,x_c_$1,$4,$5) } } } # case(i, alt1, alt2, ... ), # Case statement: execute alternative i # e.g., case(2, x=5, x=10, x=15) sets x to 10 define case { exec sprintf("$%g",floor($1+0.5)+1); } # testexpr(i, expr1, expr2, ... ) # Set i to index of the first true alternative # in a sequence of logical expressions, e.g., # testexpr(i, 1>2, 1<2 ) sets i to 2; to 0 # if no test is true. define testexpr { $1 = 0; [for i_testexpr=2 to $+ do { exec sprintf("if $%g then {$1 := i_testexpr-1; i_testexpr=$+}",i_testexpr) }] ; } # loop(initial,test,loopend,statements) # C-like loop. Commas in arg3 and arg4 must # be in quotes or parentheses, e.g., # loop(i=1, i<=3, i+=1, print i) prints 1, 2, 3 ld__ = 0 define loop {ld__+=1 $1 for lx__[ld__]=0 to 1 do { if $2 then { lx__[ld__]=0; $4; $3; } else { lx__[ld__]=1 }} ld__-=1; } # array(var,expr1,expr2,...) # var[1]=expr1; var[2]=expr2,... define array { for i_array=2 to $+ do { exec sprintf("$1[%g] = $%g",i_array-1,i_array); }} # array2(var,expr1,expr2,...) # var[expr1,1]=expr2; var[expr1,2]=expr3,... define array2 { for i_array=3 to $+ do { exec sprintf("$1[%g,%g]=$%g",$2,i_array-2,i_array);}} # posarray(Var,position1,position2,...) # Var[1]:position1; Var[2]:Position2,... define posarray { for i_array=2 to $+ do { exec sprintf("$1[%g] : $%g",i_array-1,i_array); }} # posarray2(Var,expr,position1,position2,...) # Var[expr,1]:position1; Var[expr,2]:Position2,... define posarray2 { for i_array=3 to $+ do { exec sprintf("$1[%g,%g] : $%g",$2,i_array-2,i_array); }} # Operations on 3-d vectors (could be generalized # except for cross): # $3 = $1 + $2 define sum3 { $3[1]=$1[1]+$2[1] $3[2]=$1[2]+$2[2] $3[3]=$1[3]+$2[3]} # $3 = $1 - $2 define diff3 { $3[1]=$1[1]-$2[1] $3[2]=$1[2]-$2[2] $3[3]=$1[3]-$2[3]} # $3 = $1 X $2 define cross3 { $3[1]=$1[2]*$2[3]-$1[3]*$2[2] $3[2]=$1[3]*$2[1]-$1[1]*$2[3] $3[3]=$1[1]*$2[2]-$1[2]*$2[1]} # $1 . $2 define dot3 {($1[1]*$2[1]+$1[2]*$2[2]+$1[3]*$2[3])} # |$1| define length3 { sqrt($1[1]^2+$1[2]^2+$1[3]^2) } # Expand a vector define vec3 {$1[1],$1[2],$1[3]} # $2 = $1 define copy3 { $2[1] = $1[1] $2[2] = $1[2] $2[3] = $1[3] } # slantbox(wid,ht,xslant,yslant,attributes) define slantbox { [ if "$1"=="" then { w = boxwid } else { w = $1 } if "$2"=="" then { h = boxht } else { h = $2 } if "$3"=="" then { xs = 0 } else { xs = $3 } if "$4"=="" then { ys = 0 } else { ys = $4 } NE: (w+xs,h+ys)/2 ; SE: (w-xs,-h+ys)/2 SW: (-w-xs,-h-ys)/2 ; NW: (-w+xs,h-ys)/2 N: 0.5 between NW and NE ; E: 0.5 between NE and SE S: 0.5 between SE and SW ; W: 0.5 between SW and NW C: 0.5 between SW and NE line from N to NE then to SE then to SW then to NW then to N $5 ] } # arraymax( data array, n, index name, value) # Find the index in array[1:n] of the first # occurrence of the max value. The value is # assigned if arg4 is non-blank. eg., # array(x,4,9,8,6); arraymax( x,4,i ) # assigns 2 to i, and arraymax( x,4,i,m ) # assigns 2 to i and 9 to m define arraymax { { $3 = -1; if "$4" != "" then { $4 = 0 }; m_arrm = -1e25 for i_arrm=1 to $2 do { if $1[i_arrm] > m_arrm then { $3 := i_arrm; m_arrm = $1[i_arrm] }} if "$4" != "" then { $4 := m_arrm } } } # arraymin( data array, n, index name, value) # Like arraymax define arraymin { { $3 = -1; if "$4" != "" then { $4 = 0 }; m_arrm = 1e25 for i_arrm=1 to $2 do { if $1[i_arrm] < m_arrm then { $3 := i_arrm; m_arrm = $1[i_arrm] }} if "$4" != "" then { $4 := m_arrm } } } # copythru(macro_name,"datafile") # See the GNU pic manual # Implements "copy datafile thru macro_name" # for data separated by comma, spaces, or tabs define copythru { sh "sed -e 's/^[ ]*/$1(/' -e 's/[ ]*$/)/' -e 's/[, ][ ]*/,/g' $2 \ > copythru_tmp__" copy "copythru_tmp__" sh "rm -f copythru_tmp__";} # randn(array_name,n,mean,stddev) # Assign n Gaussian random numbers # in array_name[1] ... array_name[n] define randn { if "$2"=="" then { n_randn = 1 } else { n_randn = $2 } if "$3"=="" then { m_randn = 0 } else { m_randn = $3 } if "$4"=="" then { s_randn = 1 } else { s_randn = $4 } for i_randn=1 to n_randn by 2 do { loop( t_randn=2, t_randn >= 1, u_randn = 2*rand()-1; v_randn = 2*rand()-1 t_randn = u_randn^2+v_randn^2 ) t_randn = sqrt( -2*loge(t_randn)/t_randn ) $1[i_randn] = u_randn*t_randn*s_randn+m_randn if i_randn < n_randn then { $1[i_randn+1] = v_randn*t_randn*s_randn+m_randn } } } # dfitpoints(V,n,m,P,mP) # Compute the controls in P[mP], P[mP+1]... for # the spline passing throught points V[m]...V[n] define dfitpoints { if "$3"=="" then { m_dfit=0 } else { m_dfit=$3 } if "$5"=="" then { mP_dfit=0 } else { mP_dfit=$5 } n_dfit = $2; np_dfit = n_dfit-m_dfit $4[mP_dfit]: $1[m_dfit] for i_dfit=m_dfit+1 to n_dfit-1 do { $4[mP_dfit+i_dfit-m_dfit]: $1[i_dfit]*(4/3) } $4[mP_dfit+np_dfit]: $1[n_dfit] $4[mP_dfit+1]: $4[mP_dfit+1]-$4[mP_dfit+0]/6 # forward substitution d_dfit[1] = 1 for i_dfit = 2 to np_dfit-1 do { $4[mP_dfit+i_dfit]: \ $4[mP_dfit+i_dfit]-$4[mP_dfit+i_dfit-1]/d_dfit[i_dfit-1]/6 d_dfit[i_dfit] = 1-1/d_dfit[i_dfit-1]/36 } for i_dfit= np_dfit-1 to 1 by -1 do { # backward substitution $4[mP_dfit+i_dfit]: \ ($4[mP_dfit+i_dfit]-$4[mP_dfit+i_dfit+1]/6)/d_dfit[i_dfit] } } # dfitcurve(V,n,linetype,m (default 0)) # Draw a spline through V[m],...V[n] # linetype=eg dotted. Works only with dpic. # The calculated control points P[i] satisfy # approximately: # P[0] = V[0] # P[i-1]/8 + P[i]*3/4 + P[i+1]/8 = V[i] # P[n] = V[n] # Like m4 macro fitcurve define dfitcurve { if "$4"=="" then { m_dfit=0 } else { m_dfit=$4 } n_dfit = $2; np_dfit = n_dfit-m_dfit M4P_[0]: $1[m_dfit] case( min(max(np_dfit,-1),3)+1, spline 0.551784 $3 from M4P_[0] to M4P_[0], spline 0.551784 $3 from M4P_[0] to $1[n_dfit], M4P_[3]: $1[n_dfit]; Q_dfit: (M4P_[3]-M4P_[0])/4 M4P_[1]: $1[m_dfit+1]-Q_dfit; M4P_[2]: $1[m_dfit+1]+Q_dfit spline 0.551784 $3 from M4P_[0] to M4P_[1] then to M4P_[2] then to M4P_[3], dfitpoints($1,$2,$4,M4P_,0) # draw using computed control points spline 0.551784 $3 from M4P_[0] to 11/32 between M4P_[0] and M4P_[1] \ then to 5/32 between M4P_[1] and M4P_[2] for i_dfit=2 to np_dfit-2 do { continue to M4P_[i_dfit] } continue to 27/32 between M4P_[np_dfit-2] and M4P_[np_dfit-1] \ then to 21/32 between M4P_[np_dfit-1] and M4P_[np_dfit] \ then to M4P_[np_dfit]) } # histbins { data array name, n, [min], [max], # nbins, bin array name ) # Generate the distribution of n values in # dataarray. If given, arg3 and arg4 specify # maximum and minimum data values, otherwise they # are calculated. Bins have index 0 to arg5-1 define histbins { # dataarray, n, [min], [max], nbins, binarray { if "$3" == "" then { arraymin($1,$2,mn_histb,n_histb)} else { n_histb = $3 } if "$4" == "" then { arraymax($1,$2,mx_histb,m_histb)} else { m_histb = $4 } f_histb = ($5-0.001)/(m_histb-n_histb) for i_histb=0 to $5-1 do { $6[i_histb] = 0 } for i_histb=1 to $2 do { x_histb = floor(($1[i_histb]-n_histb)*f_histb) if (x_histb >= 0) && (x_histb < $5) then { $6[x_histb] += 1 } } } } # dpquicksort(a,lo,hi,ix) # Given array a[lo:hi] and index # array ix[lo:hi] = lo,lo+1,lo+2,...hi, # sort a[lo:hi] and do identical exchanges on ix define dpquicksort { [ if $3 > $2 then { pivot = $1[($2+($3))/2] loop(lo = $2; hi = $3, lo <= hi, loop(,$1[lo] < pivot, lo += 1 ) loop(,$1[hi] > pivot, hi -= 1 ) if lo < hi then { tmp = $1[lo]; $1[lo] := $1[hi]; $1[hi] := tmp tmp = $4[lo]; $4[lo] := $4[hi]; $4[hi] := tmp } if lo <= hi then { lo += 1; hi -= 1 } ) if hi > $2 then { exec sprintf("dpquicksort($1,%g,%g,$4)",$2,hi) } if lo < $3 then { exec sprintf("dpquicksort($1,%g,%g,$4)",lo,$3) } } ] } # dprot(radians,x,y) # Evaluates to a rotated pair (like m4 rot_ ) define dprot { cos($1)*($2)-sin($1)*($3),sin($1)*($2)+cos($1)*($3) } # rgbtohsv(r,g,b,h,s,v) # rgb color triple to hsv with h range 0 to 360 define rgbtohsv { $4 = 0; $5 = 0; $6 = 0 [r = $1; g = $2; b = $3 maxc = max(max(r,g),b) minc = min(min(r,g),b) if maxc==minc then { $4 := 0 } \ else {if maxc == r then { $4 := pmod(60*((g-b)/(maxc-minc)),360) } \ else {if maxc == g then { $4 := 60*((b-r)/(maxc-minc)) + 120 } \ else { $4 := 60*((r-g)/(maxc-minc)) + 240 }}} if maxc == 0 then { $5 := 0 } else { $5 := 1 - (minc/maxc) } $6 := maxc ] } # hsvtorgb(h,s,v,r,g,b) # hsv color triple to rgb, h has range 0 to 360 define hsvtorgb { $4 = 0; $5 = 0; $6 = 0 [h = pmod($1,360)/60; s = $2; v = $3 i = floor(h) f = h-i m = v*(1-s) n = v*(1-s*f) k = v*(1-s*(1-f)) case(i+1, $4 := v; $5 := k; $6 := m, $4 := n; $5 := v; $6 := m, $4 := m; $5 := v; $6 := k, $4 := m; $5 := n; $6 := v, $4 := k; $5 := m; $6 := v, $4 := v; $5 := m; $6 := n) ] } # cmyktorgb(c,m,y,k,r,g,b) # cmyk colors in percent to rgb define cmyktorgb { $5 = 1-min(1,($1+$4)/100) $6 = 1-min(1,($2+$4)/100) $7 = 1-min(1,($3+$4)/100) } # rgbtocmyk(r,g,b,c,m,y,k) # rgb to cmyk colors out of 100 define rgbtocmyk { $7 = min(1-$1,min(1-$2,1-$3))*100 $4 = (1-$7-$1)/(1-$7)*100 $5 = (1-$7-$2)/(1-$7)*100 $6 = (1-$7-$3)/(1-$7)*100 } # DefineRGBColor(colorname,r,g,b) # Arguments are in the range 0 to 1 # Define dpic macro colorname according to the # postprocessor specified by dpic command-line # option; colorname then evaluates to a string define DefineRGBColor { case(dpicopt, # The order of the following is defined in dpic source: # MFpic: command sprintf("\mfpdefinecolor{_$1__}{rgb}{%g,%g,%g}",$2,$3,$4) define $1 {"_$1__"} , # Mpost: define $1 {sprintf("(%g,%g,%g)",$2,$3,$4)} , # PDF: define $1 {sprintf("%g %g %g",$2,$3,$4)} , # PGF: command sprintf("\definecolor{_$1__}{rgb}{%g,%g,%g}",$2,$3,$4) define $1 {"_$1__"} , # Pict2e: command sprintf("\definecolor{_$1__}{rgb}{%g,%g,%g}",$2,$3,$4) define $1 {"_$1__"} , # PS: define $1 {sprintf("%g %g %g",$2,$3,$4)} , # PSfrag: define $1 {sprintf("%g %g %g",$2,$3,$4)} , # PSTricks: command sprintf("\definecolor{_$1__}{rgb}{%g,%g,%g}",$2,$3,$4) define $1 {"_$1__"} , # SVG: define $1 {sprintf("rgb(%g,%g,%g)",int($2*255),int($3*255),int($4*255))} , # TeX: command sprintf("\definecolor{_$1__}{rgb}{%g,%g,%g}",$2,$3,$4) define $1 {"_$1__"} , # tTeX: command sprintf("\definecolor{_$1__}{rgb}{%g,%g,%g}",$2,$3,$4) define $1 {"_$1__"} , # xfig: define $1 {"black"} ) } # DefineHSVColor(colorname,h,s,v) # Like DefineRGBColor but takes arguments # h in [0,360], s in [0,1], and v in [0,1] define DefineHSVColor { hsvtorgb($2,$3,$4,r_HSVRGB,g_HSVRGB,b_HSVRGB) DefineRGBColor($1,r_HSVRGB,g_HSVRGB,b_HSVRGB) } # DefineCMYKColor(colorname,c,m,y,k) # Like DefineRGBColor but arguments in percent define DefineCMYKColor { cmyktorgb($2,$3,$4,r_CMYKRGB,g_CMYKRGB,b_CMYKRGB) DefineRGBColor($1,r_CMYKRGB,g_CMYKRGB,b_CMYKRGB) } # ShadeObject(DrawRoutineName, n, colorseq) # colorseq = 0,r0,g0,b0, # frac1,r1,g1,b1, # frac2,r2,g2,b2, # ... # 1,rn,gn,bn # with 0 < frac1 < frac2 < ... < 1 # # calls DrawRoutineName(frac,r,g,b) # n+1 times for frac = 0, 1/n, 2/n, ... 1 # with rgb args interpolated (in hsv space) # between colorseq points # # eg B: box; define HorizShade { line right B.wid thick B.ht/100/(1bp__) \ # from (0,-($1)*B.ht) outlined rgbstring($2,$3,$4) } # ShadeObject(HorizShade, 100, 0,1,0,0, 1,0,0,1) at B # define ShadeObject { [ Origin: Here; nSteps = abs($2) nextP = $3; nextR = $4; nextG = $5; nextB = $6 nextarg = 7 thisP = nextP # Creates [] wid 0 ht 0 at (0,0): if $2 < 0 then { rgbtohsv(nextR,nextG,nextB,nextH,nextS,nextV) } \ else { rgbtohsv(nextR^2,nextG^2,nextB^2,nextH,nextS,nextV) } if nextP*nSteps >= 1 then { nextP = 0 } $1(nextP,nextR,nextG,nextB) for stepnum = 1 to nSteps do { if stepnum > nextP*nSteps then { thisP = nextP; thisH = nextH; thisS = nextS; thisV = nextV exec sprintf("nextP = $%g; nextR = $%g; nextG = $%g; nextB = $%g",\ nextarg,nextarg+1,nextarg+2,nextarg+3); nextarg +=4 } if nextP != thisP then { rgbtohsv(nextR^2,nextG^2,nextB^2,nextH,nextS,nextV) if thisS == 0 then { thisH = nextH } if nextS == 0 then { nextH = thisH } if thisH-nextH > 180 then { nextH += 360 } \ else { if nextH-thisH > 180 then { thisH +=360 } } } if nextP > thisP then { x = (stepnum/nSteps-thisP)/(nextP-thisP) currP = thisP*(1-x) + nextP*x currH = thisH*(1-x) + nextH*x currS = thisS*(1-x) + nextS*x currV = thisV*(1-x) + nextV*x hsvtorgb(currH,currS,currV,cRsq,cGsq,cBsq) if $2 < 0 then { $1(currP,cRsq,cGsq,cBsq) } \ else { $1(currP,sqrt(cRsq),sqrt(cGsq),sqrt(cBsq)) } } } exec sprintf("$%g",nextarg) ] } # Useful for debugging: # Print Pos:(Pos.x,Pos.y) define prpos { { print sprintf("$1:(%g,%g)",($1).x,($1).y) } } define prval { print sprintf("$1=%g",$1) } define prval2 { print sprintf("$1=%g, $2=%g",$1,$2) } define prval3 { print sprintf("$1=%g, $2=%g, $3=%g",$1,$2,$3) } # prow(array name,rowno,lo,hi) # print array[rowno,lo:hi] as a row # rowno can be omitted, e.g., # array(x,6,4,5); prow(x,1,3) define prow { sh "echo -n \"print \\"\" > $1_prow" if ($+ < 4) || ("$2"=="") then { for i_prow=$2 to $3-1 do { sh sprintf("echo -n \"%g \" >> $1_prow", $1[i_prow]) } sh sprintf("echo \"%g\\"\" >> $1_prow", $1[$3]) } \ else { for i_prow=$2 to $3-1 do { sh sprintf("echo -n \"%g \" >> $1_prow", $1[($4,i_prow)]) } sh sprintf("echo \"%g\\"\" >> $1_prow", $1[($4,$3)]) } copy "$1_prow" sh "rm $1_prow" } define rnd {int($1+sign($1)/2)} # round function # Operations on complex numbers (x,y) define Zsum {($1+($2))} define Zdiff{($1-($2))} define Zprod {($1.x*$2.x-$1.y*$2.y,$1.y*$2.x+$1.x*$2.y)} define Zinv {($1.x/($1.x^2+$1.y^2),-$1.y/($1.x^2+$1.y^2))} define Zexp {((cos($1.y),sin($1.y))*expe($1.x))} define Zcos {(cos($1.x)*cosh($1.y),-sin($1.x)*sinh($1.y))} define Zsin {(sin($1.x)*cosh($1.y), cos(%1.x)*sinh($1.y))} define zabs {sqrt($1.x^2+$1.y^2)} define zarg {atan2($1.y,$1.x)} # Trig functions if undefined if "cosh"=="co"+"sh" then { define cosh {((expe($1) + expe(-($1)))/2)} define sinh {((expe($1) - expe(-($1)))/2)} } # print " *** dpic: dpictools.pic processed" define dpictools {1} # dpictools end Circuit_macros9.5/examples/0000755060175006010010000000000013774371764015031 5ustar DwightNoneCircuit_macros9.5/examples/ABlogix.m40000644060175006010010000000330213774371763016615 0ustar DwightNone.PS # `ABlogix.m4' log_init linewid = 0.4 # A more complex expression F: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1))))) Loopover_(`v_', `"$v_$" at F.In`'v_ above', x0,x1,x2,x3,x4) "\sl Out" ljust at F.Out `"{\tt \shortstack[l]{Autologix(And(Or(x3,x1,\~{}x0),\\ \quad Nor(Or(x3,Not(x2),\~{}x1,x0),And(x4,Or(x2,x1,\~{}x0),\ Xor(x2,\~{}x1)))))}}"' wid 440pt__ ht 20pt__ \ with .w at F.sw+(0,-0.25) # Inputs on the left with vert offset in L_units define(`Doff',LV;offset=25) G: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))), Doff*L_unit) \ with .sw at F.Out+(0.2,-0.7) Loopover_(`v_', `"$v_$" wid 11pt__ at G.In`'v_ rjust ', x0,x1,x2,x3,x4) "\sl Out" ljust at G.Out "{\tt ...,Doff*L\_unit)}" at G.s+(0,-10pt__) # A more complex expression define(`Eoff',R) E: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))), Eoff) \ with .nw at F.sw+(0,-1.35) Loopover_(`v_', `"$v_$" at E.In`'v_ above ', x0,x1,x2,x3,x4) "\sl Out" ljust at E.Out "{\tt ...,Eoff)}" at E.s+(0,-10pt__) # Inputs on the left with vert offset in L_units define(`Foff',LRV;offset=17.25) D: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))), Foff*L_unit) \ with .sw at E.Out1+(0.2,-0.51) Loopover_(`v_', `"$v_$" wid 11pt__ at D.In`'v_ rjust ', x0,x1,x2,x3,x4) "\sl Out" ljust at D.Out "{\tt ...,Foff*L\_unit)}" at D.s+(0,-10pt__) .PE Circuit_macros9.5/examples/Adder.m40000644060175006010010000000454213774371763016316 0ustar DwightNone.PS # Adder.m4 log_init del = linewid/4 [ # full adder using gates A: dot; {"\sf A" rjust}; line right Xor1: XOR_gate with .In1 at Here dy = Xor1.In1.y-Xor1.In2.y B: dot(at (A,Xor1.In2)); {"\sf B" rjust}; line to Xor1.In2 line from Xor1.Out right 2*del+dy Xor2: XOR_gate with .In1 at Here Co: Autologix(Or(And(X1,X2),And(A,B)),N) with .nw at Xor2.sw+(-del,-del/2) line from Co.In1 to (Co.In1,Xor2.In2) then to Xor2.In2 dot(at (Xor1.Out+(del,0))); line to (Here,Co.In2) then to Co.In2 dot(at (Xor1.In1-(del,0))); line to (Here,Co.In3) then to Co.In3 dot(at (Xor1.In2-(del+dy,0))); line to (Here,Co.In4) then to Co.In4 line right del from Co.Out1; dot; {"\sf Co" ljust } dot(at (Here,Xor2.Out)); {"\sf S" ljust}; line to Xor2.Out Ci: dot(at (B,(0.5 between Xor2.s and Co.n))); line to (Co.In1,Here); dot "\sf Ci" rjust at Ci ] [ # truth table griddim = linewid*0.4 define(`row',`T: (0,-(`$1')*griddim*0.8) Loopover_(`v',`"\sf v" at T; T: T+(griddim,0)', shift($@))') [row(0,A,B,Ci,Co,S)] line thick 2 color "gray" right 4.5*griddim \ with .c at last [].c+(0,-griddim/2) [row(1,0,0,0,0,0) row(2,0,0,1,0,1) row(3,0,1,0,0,1) row(4,0,1,1,1,0) row(5,1,0,0,0,1) row(6,0,1,1,0,0) row(7,1,1,0,1,0) row(8,1,1,1,1,1) ] with .n at last [].c+(0,-griddim) ] with .nw at 1st [].ne+(linewid,0) [ # cascade of n-bit adders define(`nbitadder', `FlipFlopX(wid 2*linewid fill_(0.9), $n$-\sf\scriptsize bit" "\sf\scriptsize adder, :, I:;I:;;;I:;I:, I:, O:;;;O: ) `$3' `"\ldots"' at last [].Chip.n + (0,arrowht) `"\ldots"' at last [].Chip.s - (0,arrowht) ifelse(`$1',,, `"$\;\;x_{$1}$" at last [].N6.end above "$`s_'{$1}$" at last [].S4.end below "$y_{$1}\;\;$" at last [].N5.end above') ifelse(`$2',,, `"$\quad{}x_{$2}$" at last [].N2.end above "$y_{$2}\quad\;\;$" at last [].N1.end above "$`s_'{$2}$" at last [].S1.end below ') ') P: nbitadder(0,n{-}1) {"$c_o$" at P.E1.end ljust } {"$c_n$" at P.W1.end above } Q: nbitadder(n,2n{-}1, with .E1.end at P.W1.end) arrow left arrowht from Q.W1.end ht arrowht*4/5 wid arrowwid*5/4 { "\ldots" at Here+(-10pt__,0) } R: nbitadder(,kn{-}1, with .E1.end at Here-(20bp__,0)) arrow left arrowht from R.W1.end ht arrowht*4/5 wid arrowwid*5/4 {"$c_{kn}$" rjust } ] with .nw at 1st [].sw+(0,-0.5) .PE Circuit_macros9.5/examples/Alogix.m40000644060175006010010000001015513774371760016514 0ustar DwightNone.PS # `Alogix.m4' log_init # A modest expression in default form A: Autologix( Nand(And(Or(A,C),Or(B,~C),Or(~A,B,C)),Ck); Nand(~A,B)@with .n at last [].s+(0,-2bp__)) move left 10bp__ from A.InCk "\sl Out1" at A.Out1 ljust "\sl Out2" at A.Out2 ljust Loopover_(`v_', `"$v_$" at A.In`'v_ above ', A,B,C,Ck) `"\shortstack[l]{ \tt Autologix( \\ \tt \quad Nand(And(Or(A,C),Or(B,\~{}C),Or(\~{}A,B,C)),Ck);\\ \tt \quad Nand(\~{}A,B))@with .n at last [].s+(0,-2bp\_\_))}"'\ wid 288bp__ ht 32bp__ with .nw at A.sw+(0,-0.10) # Draw a tree of gates only. The ~ has been # replaced by NOT gates. B: Autologix(Or(And(B,Not(C)),And(Not(A),B,C)),N) \ with .sw at A.e+(1.3,-0.5) "{\sl Out}" at B.Out above ljust `"\shortstack[l]{\tt B: Autologix( \\ \tt \ Or(And(B,Not(C)),And(Not(A),B,C)),N)}"' \ wid 242pt__ ht 20pt__ at B.s+(0,-0.2) for_(1,4,1,`"{\sf\small\sl B.In`'m4x}" at B.In`'m4x rjust') "{\sf\small\sl B.In5}" at B.In5+(0,-1.5bp__) rjust # Here is how to include an arbitrary circuit # that is not one of the standard gates. # First, define the circuit with a name ending # in _gate. Make sure its inputs are on the left # and named In1, In2, ... and the output Out # is on the right. define(`SR_gate',`[ S: NOR_gate R: NOR_gate at S+(0,-L_unit*(AND_ht+4)) w = (S.Out.x-R.In1.x)/3 v = 2*L_unit line right_ dimen_/2 from S.Out Out: Here TR: R.In1-(v,0) line from S.Out+(v,0) down w*3/2 then left S.Out.x-TR.x+v down w \ then to TR then to R.In1 TS: S.In2-(v,0); line from R.Out right v then up w*3/2 then left R.Out.x-TS.x+v up w \ then to TS then to S.In2 In1: S.In1 In2: R.In2 ]') # Now define the function by which the circuit # will be invoked: define(`SRff',`_AutoGate(SR,$@)') # You are done. Here is an example: G: [ F: Autologix(SRff(And(x,y),Nand(x,y)),LRV) "$x$" at F.Inx rjust "$y$" at F.Iny rjust "\sl Out" at F.Out ljust ] with .sw at A.n+(0.5,-0.25) `"{\tt Autologix(SRff(And(x,y),Nand(x,y)),LRV)}"' wid 253pt__ ht 7pt__ \ with .w at last [].sw+(0,-10pt__) undefine(`extras') #efine(`extras') ifdef(`extras',` Q1: Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D))) \ with .nw at A.sw+(0,-61bp__) Loopover_(`x',`"\sf x" at last [].In`'x above',A,B,C,D) `"\shortstack[l]{% \tt Q1: Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),)\\ \tt Loopover\_(`x',`\"\sf x\" at last [].In`'x above',A,B,C,D)}"' \ wid 350bp__ ht 20bp__ with .nw at Q1.sw+(0,-10pt__) Q2: Autologix(Nor(Nor(A,And(B,~C)),Nand(Not(B),D)),V) \ with .nw at last "".sw+(0,-14bp__) Loopover_(`x',`"\sf x" at last [].In`'x above',A,B,C,D) "\sf V" at last [].se above rjust Q3: Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),R) \ with .nw at last [].sw+(0,-0.2) Loopover_(`x',`"\sf x" at last [].In`'x above',A,B,C,D) "\sf R" at last [].se above rjust Q4: Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),RV) \ with .nw at last [].sw+(0,-0.2) Loopover_(`x',`"\sf x" at last [].In`'x above',A,B,C,D) "\sf RV" at last [].se above rjust Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),LRV) \ with .Out at Q4.Out+(3.5,0) Loopover_(`x',`"\sf x" at last [].In`'x rjust',A,B,C,D) "\sf LRV" at last [].se above rjust Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),LR;offset=-L_unit*1.5) \ with .Out at Q3.Out+(3.5,0) Loopover_(`x',`"\sf x" at last [].In`'x rjust',A,B,C,D) "\sf LR" at last [].se above rjust Autologix(Nor(Nor(A,And(B,~C)),Nand(Not(B),D)),LV;offset=L_unit*2) \ with .Out at Q2.Out+(3.5,0) Loopover_(`x',`"\sf x" at last [].In`'x rjust',A,B,C,D) "\sf LV" at last [].se above rjust Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),L) \ with .Out at Q1.Out+(3.5,0) Loopover_(`x',`"\sf x" at last [].In`'x rjust',A,B,C,D) "\sf L" at last [].se above rjust ') .PE Circuit_macros9.5/examples/AmpTable.m40000644060175006010010000000075613774371763016767 0ustar DwightNone.PS # `Amptable.m4' cct_init movewid = 2pt__ { {amp ; move ; "{\tt `amp'}" ljust} move down 0.4; right_ {amp(,0.3) ; move ; "{\tt `amp'(,0.3)}" ljust} } move right_ 2.0 { {delay ; move ; "{\tt `delay'}" ljust} move down 0.4; right_ {delay(,0.2) ; move ; "{\tt `delay'(,0.2)}" ljust} } move right_ 2.0 { {integrator ; move ; "{\tt `integrator'}" ljust} move down 0.5; right_ {integrator(,0.3) ; move ; "{\tt `integrator'(,0.3)}" wid 82pt__ ljust} } .PE Circuit_macros9.5/examples/Antennas.m40000644060175006010010000000231613774371763017043 0ustar DwightNone.PS # `Antennas.m4' cct_init s_init(Antennas) sinclude(Circuit_macros.dim) define(`elen_',elen_*0.9) B: Here A: antenna s_box(T) below at A.T s_box(`\tt an`'tenna') at A.n above A: antenna(at A.T+(elen_,0),T) s_box(T) below at A.T s_box(`\tt (,T)') at A.n above A: antenna(at A.T+(elen_,0),,L) s_box(T1) below rjust at A.T1 s_box(T2) below ljust at A.T2 s_box(`\tt (,{,}L)') at A.n above A: antenna(at A.T+(elen_,0),T,L) s_box(T1) below rjust at A.T1 s_box(T2) below ljust at A.T2 s_box(`\tt (,T,L)') at A.n above A: antenna(at A.T+(elen_,0),,T) s_box(T) below at A.T s_box(`\tt (,{,}T)') at A.n above A: antenna(at A.T+(elen_,0),,S) s_box(T1) below rjust at A.T1 s_box(T2) below ljust at A.T2 s_box(`\tt (,{,}S)') at A.n above A: antenna(at A.T+(elen_,0),,D) s_box(T1) below rjust at A.T1 s_box(T2) below ljust at A.T2 s_box(`\tt (,{,}D)') at A.n above A: antenna(at A.T+(elen_,0),dimen_*3/4,P) s_box(T) below at A.T s_box(`\tt (,dimen\_*3/4,P)') at A.n above A: antenna(at A.T+(elen_,0),,F) s_box(T) below at A.T s_box(`\tt (,{,}F)') at A.n above .PE Circuit_macros9.5/examples/AntiqueClock.m40000644060175006010010000001166213774371757017665 0ustar DwightNone.PS # AntiqueClock.m4 gen_init NeedDpicTools # PSTricks or tikz only: ifelse(ifpstricks(T)`'ifpgf(T),T,` iflatex(`latexcommand({\sf)') # https://tex.stackexchange.com/questions/236923/generate-analog-clock-with-numbered-face-add-seconds-roman-numerals # `hms2deg(hr,min,sec) hr:min:sec to degrees # blank arg1: degrees for minute hand # blank arg1 and arg2: degrees for second hand' define(`hms2deg',`ifelse(`$1',, `ifelse(`$2',, `(90-pmod(ifelse(`$3',,0,`$3'),60)/60*360)', `(90-(pmod(`$2',60)/60 + pmod(ifelse(`$3',,0,`$3'),60)/60/60)*360)')', `(90-(pmod(`$1',12) + pmod(ifelse(`$2',,0,`$2'),60)/60 + dnl pmod(ifelse(`$3',,0,`$3'),60)/3600)/12*360)')') # `SecondHand(length,hr,min,sec)' define(`SecondHand',`[ shsf = (`$1')/3.2 C: Here { L: rpoint_(to (Rect_(`$1',hms2deg(,,`$4')))) } line thick 8*shsf to rvec_(`$1',0) ]') # `AntiqueMinuteHand(length,hr,min,sec)' define(`AntiqueMinuteHand',`[ mhsf = (`$1')/2.84 L: rpoint_(to (Rect_(`$1',hms2deg(,`$3',`$4')))) C: circle fill_(0) diam 0.47*mhsf at L.start move to C spline from rvec_(0,0.047*mhsf) \ to rvec_(1.65*mhsf,0.11*mhsf) \ then to rvec_(`$1',0.018*mhsf) \ then to rvec_(`$1',-0.018*mhsf) \ then to rvec_(1.65*mhsf,-0.11*mhsf) \ then to rvec_(0,-0.047*mhsf) \ shaded rgbstring(0,0,0) ]') # `AntiqueHourHand(length,hr,min,sec)' define(`AntiqueHourHand',`[ hhsf = (`$1')/2.2 L: rpoint_(to (Rect_(`$1',hms2deg(`$2',`$3',`$4')))) C: circle fill_(0) diam 0.6*hhsf at L.start move to C v = 0.25*hhsf { line to rvec_(1.1*hhsf,0) thick 0.15/(1bp__)*hhsf } { C1: circle rad v at rvec_(1.25*hhsf,0) fill_(0) } d = `$1'-1.25*hhsf q = 1bp__*hhsf r1 = (d^2 + q^2 - v^2)/(v-q)/2 h = r1+v shade(0, arc ccw from C1+vec_(d/h*v,(r1+q)/h*v) to \ C1+vec_(d,q) rad r1 with .c at C1+vec_(d,r1+q) arc ccw from C1+vec_(d,-q) to C1+vec_(d/h*v,-(r1+q)/h*v) rad r1 \ with .c at C1+vec_(d,-r1-q)) ]') define(`AntiqueClock',`[ # h,m,s,diam # Clock size parameters: hour = ifelse(`$1',,3,`$1') minute = ifelse(`$2',,41,`$2') second = ifelse(`$3',,51,`$3') # outer radius ifelse(`$4',,`skale=0.5; r1=2',`r1=(`$4')/2; skale=r1/4') r2 = r1-0.5*skale r3 = r2-0.14*skale r4 = r3 - 0.35*skale r5 = r4 - 0.17*skale r6 = r5 - 0.63*skale r7 = r6 - 0.17*skale shadelinethick = 1.0 C: circle thick 0.2 rad r1 define shadeline { s = 1-($`'1)*2 v = r*s h = sqrt(r^2-v^2) t = 1-abs(s) line from (vrot_(-h,v,cost,sint)) to (vrot_(h,v,cost,sint)) \ thick shadelinethick outlined rgbstring(t,t,t) } r = r1 # Bezel outer nlines = int(2*r/(shadelinethick pt__)*1.1) cost = cosd(10); sint = sind(10); ShadeObject(shadeline,nlines, 0, 0,0,0, 0.5, 1,1,1, 1, 0,0,0 ) at C r = r2 # Bezel inner nlines = int(2*r/(shadelinethick pt__)*1.1) cost = cosd(-10); sint = sind(-10); ShadeObject(shadeline,nlines, 0, 0,0,0, 0.25, 0.8,0.8,0.8, 0.5, 1,1,1, 0.75, 0.8,0.8,0.8, 1, 0,0,0 ) at C # Clock face Face: circle thick 0 fill_(1) rad r3 at C circle rad r4 at C circle rad r5 at C circle rad r6 at C circle rad r7 at C # Text rotation for PSTricks or TikZ define(`rottext', `ifpstricks(`\rput[c]{%g}(0,0)',`ifpgf(`\pgftext[rotate=%g]',%g)')') # Outer numbers command sprintf("\font\outerfont=cmss12 at %4.2fin",r3-r4) for mn = -15 to 15 by 5 do { sprintf("rottext{\outerfont %g}",\ -mn/60*360,pmod(mn,60)) at C+(Rect_((r3+r4)/2,90-mn/60*360)) } for mn = 20 to 40 by 5 do { sprintf("rottext{\outerfont %g}",\ 180-mn/60*360,mn) at C+(Rect_((r3+r4)/2,90-mn/60*360)) } # Outer tics for mn = 1 to 60 do { t = 90-mn/60*360 line from C+(Rect_(r5,t)) to C+(Rect_(r4,t)) } # Inner numbers command sprintf("\font\innerfont=cmss12 at %4.2fin",r5-r6) Loopover_(`mx',`t = (m4Lx-4)/12*360; sprintf("rottext{\scalebox{0.7}[1.0]{\innerfont mx}}",-t) \ at C+(Rect_((r5+r6)/2,90-t))', IX,X,XI,XII,I,II,III) Loopover_(`mx',`t = (m4Lx+3)/12*360; sprintf("rottext{\scalebox{0.7}[1.0]{\innerfont mx}}",-t+180) \ at C+(Rect_((r5+r6)/2,90-t))', IV,V,VI,VII,VIII) # Inner tics for mn = 5 to 60 by 5 do { t = 90-mn/60*360 line from C+(Rect_(r7,t)) to C+(Rect_(r6,t)) } # Hands AntiqueHourHand(r6,hour,minute,second) with .C at C AntiqueMinuteHand(r5,hour,minute,second) with .C at C SecondHand((r3+r4)/2,hour,minute,second) with .C at C # Center dot(at C,0.1/4*r1,1) ]') Clock1: AntiqueClock(,,,3) # Clock2: AntiqueClock(4,50,07,2) at Clock1.e+(1.5,0) iflatex(`latexcommand(})') ',` "AntiqueClock.m4 requires pstricks or pgf" ') .PE Circuit_macros9.5/examples/Arrester.m40000644060175006010010000000141113774371763017056 0ustar DwightNone.PS # Arrester.m4 cct_init divert(-1) divert(0)dnl movewid = movewid/2 M: arrester {"\tt arr{}ester()" at last [].s below} N: arrester(,D) with .A at M.end+(movewid,0) {"\strut\tt $\cdots$(,D)" at last [].s below} P: arrester(,LD) with .A at N.B+(movewid,0) {"\tt (,LD)" at last [].s below} move; H: arrester(,S) {"\tt (,S)" at last [].s below} move; Q: arrester(,E) {"\tt (,E)" at last [].s below} R: arrester(,ED) with .A at Q.end+(movewid,0) {"\tt $\cdots$(,ED)" at last [].s below} thinlines_ Loopover_(`X', `spline <- from X.A up 8bp__ then up 6bp__ right 4bp__; "\sl A" ljust spline <- from X.B up 8bp__ then up 6bp__ left 4bp__; "\sl B" rjust arrow <- from X.G right 12bp__ up 2bp__; "\sl G" ljust',N,R) .PE Circuit_macros9.5/examples/ASME_Y14-5.m40000644060175006010010000001414313774371763016621 0ustar DwightNonedivert(-1) # `datumarrow(linespec,wid,ht)' define(`datumarrow',`line `$1' M4_E: last line.end datum_ht = ifelse(`$3',,`textht',`$3') M4_P: vperp(last line,(datum_ht*2/sqrt(3))) M4_X: datum_ht/lin_leng(last line) between M4_E and last line.start {ifsvg(,`m4fshade(m4fill,')line from M4_E to M4_E+M4_P/2 dnl then to M4_X then to M4_E-M4_P/2 then to M4_E ifsvg(`fill_(0)',`)')}') # `Y14_frame( arg1, arg2, ... ) Each arg is a ;-separated sequence of 1 or more of "string"[ wid val], "(letter)", or tolerance symbol. The term "(letter)" expands to the circled letter. The frame contains as many boxes as arguments.' `Symbol definitions from ASME Y14.5 Appendix C' define(`Y14_frameht',`textht*2') define(`Y14_defaultwid',`textht*2') # define(`Y14_frame',`[ tmpthick = linethick; thicklines_ right_; B:[ Y14_fram_($@) ] box wid B.wid ht Y14_frameht at B linethick = tmpthick ]') define(`Y14_fram_',`ifelse(`$1',,, `stacksplit_(`Y14',`$1',;) stackreverse_(`Y14') Bx: [stackdo_(`Y14', `[ifelse(index(Y14,`"('),0, `circle diam textht*5/3 patsubst(Y14,`"(\(.\))"',`"\1"') ht textht*0.8 at last circle', index(Y14,`"'),0, `Y14 ifinstr(Y14,`wid ',,`wid textht*2/3*(len(Y14)-2)')', `Y14')] move right max(last [].wid+textht/2,Y14_defaultwid) with .c at last []; ')] ifelse(`$2',,,`{ line up Y14_frameht with .c at Here }') Y14_fram_(shift($@))') ') # Each symbol definition has an abbreviated version define(`Y14_straightness', `line right textht*2 ') define(`Y14_str_',`Y14_straightness($@)') define(`Y14_flatness', `line right textht*3/4 then down textht left textht/2 \ then left textht*3/2 then up textht right textht/2 \ then right textht*3/4 ') define(`Y14_fla_',`Y14_flatness($@)') define(`Y14_circularity',`circle diam textht*3/2 ') define(`Y14_cir_',`Y14_circularity($@)') define(`Y14_cylindricity', `circle diam textht Y14_C: last circle Y14_R: (Rect_(last circle.rad,-30)) Y14_A: (Rect_(textht,60)) line from Y14_C+Y14_R+Y14_A to Y14_C+Y14_R-Y14_A/2 line from Y14_C-Y14_R-Y14_A to Y14_C-Y14_R+Y14_A/2 ') define(`Y14_cyl_',`Y14_cylindricity($@)') define(`Y14_lineprofile',`arc from (textht,0) to (-textht,0) with .c at Here ') define(`Y14_lin_',`Y14_lineprofile($@)') define(`Y14_surfaceprofile', `arc from (textht,0) to (-textht,0) with .c at Here line from last arc.start to last arc.end ') define(`Y14_sur_',`Y14_surfaceprofile($@)') define(`Y14_perpendicularity', `line from (-textht,0) to (textht,0) line from (0,0) to (0,textht*3/2) ') define(`Y14_per_',`Y14_perpendicularity($@)') define(`Y14_angularity', `line from (textht*3/2,0) to (0,0) then to (textht*3/2,textht*sqrt(3)/2) ') define(`Y14_ang_',`Y14_angularity($@)') define(`Y14_parallelism', `line up textht*3/2*sqrt(3)/2 right textht*3/4 move right textht*0.6 line down textht*3/2*sqrt(3)/2 left textht*3/4 ') define(`Y14_par_',`Y14_parallelism($@)') define(`Y14_symmetry', dnl obsolete! `line from (-textht/2,0) to (textht/2,0) line from (-textht/3,textht/4) to (textht/3,textht/4) line from (-textht/3,-textht/4) to (textht/3,-textht/4) ') define(`Y14_sym_',`Y14_symmetry($@)') define(`Y14_position', `circle diam textht line up textht*3/2 with .c at last circle line right textht*3/2 with .c at last circle ') define(`Y14_pos_',`Y14_position($@)') define(`Y14_concentricity', dnl obsolete! `circle diam textht circle diam textht/2 at last circle ') define(`Y14_con_',`Y14_concentricity($@)') define(`Y14_circularrunout', `arrow ht textht*0.8 wid textht*0.6 up textht*3/2 right textht*3/2 ') define(`Y14_cir_',`Y14_circularrunout($@)') define(`Y14_totalrunout', `arrow <-> ht textht*0.8 wid textht*0.6 \ down textht*3/2 left textht*3/2 then right textht*1.1 \ then up textht*3/2 right textht*3/2 ') define(`Y14_tot_',`Y14_totalrunout($@)') define(`Y14_diameter', `circle diam textht line up textht*3/2 right textht*3/4 with .c at last circle') define(`Y14_dia_',`Y14_diameter($@)') # The following are not Y14.5 but go well with them: `r_box(angle,pos,string) Rotated text on a white background (requires pstricks)' define(`r_box', `ifpstricks(`M4tmp: ifelse(`$2',,Here,`$2') command sprintf("\rput{%g}(%g,%g){",`$1',crl(M4tmp.x),crl(M4tmp.y)) f_box(`$3') at Orig command "}%"')') define(`crl',`int(`($1)'/scale*1000000)/1000000') `r_dimen(linespec,offset,label,tic offset,<->,pos) dimension_ with rotated text on white background' define(`r_dimen', `M4tmp: dimension_(`$1',`$2',,,`$4',`$5') r_box(rp_ang*rtod_,ifelse(`$6',,M4tmp+vec_(0,`$2'),`$6'),`$3')') `ctrline(linespec,cycle len) Centerline' define(`cdashl',0.1*scale) define(`cgapl',0.03*scale) define(`ctrline',`rpoint_(ifelse(`$1',,`to rvec_(linewid,0)',`$1')) define(`m4h',ifelse(`$2',,1*scale,`$2'))dnl m4n = int(rp_len/2/(m4h))*2+1 for i=1 to m4n do { line to rvec_(rp_len/m4n/2-cdashl/2-cgapl,0) move to rvec_(cgapl,0); line to rvec_(cdashl,0); move to rvec_(cgapl,0) line to rvec_(rp_len/m4n/2-cdashl/2-cgapl,0) } ') `ctrarcr(pos,radius,startang,endang,len) Arc cr centerline' define(`ctrarcr',`dnl define(`m5h',ifelse(`$5',,1*scale,`$5'))dnl rp_len = abs((`$2')*(`$4'-(`$3'))) m5n = int(rp_len/2/(m5h))*2+1 m5a = (rp_len/m5n/2-cdashl/2-cgapl)/(`$2') m5s = cdashl/(`$2') m5sa = `$3' for m4irr=1 to m5n do { arc from `$1'+(rect_(`$2',m5sa)) to `$1'+(rect_(`$2',m5sa+m5a)) \ with .c at `$1' m5sa = m5sa+m5a+cgapl/(`$2') arc from `$1'+(rect_(`$2',m5sa)) to `$1'+(rect_(`$2',m5sa+m5s)) \ with .c at `$1' m5sa = m5sa+m5s+cgapl/(`$2') arc from `$1'+(rect_(`$2',m5sa)) to `$1'+(rect_(`$2',m5sa+m5a)) \ with .c at `$1' m5sa = m5sa+m5a } ') divert(0)dnl Circuit_macros9.5/examples/Attention.m40000644060175006010010000000140313774371763017235 0ustar DwightNone.PS # Attention.m4 gen_init scale = 2.54 linethick = 0.2 define dot2 { (($1).x*($2).x + ($1).y*($2).y) } nlines = 128 nr = 50 innerrad = 1 outerrad = 8 diff = outerrad - innerrad B: box wid outerrad*2 ht outerrad*2 outline "red" shaded "red" C: circle rad outerrad at B circle rad innerrad at C shaded "black" P[0]: C+(innerrad,0) t = 0 for i=1 to nr do { r = innerrad+i/nr*diff t = t + i/nr*(-pi_/2)/nr P[i]: C+(rect_(r,t)) } dth = twopi_/nlines R: (cos(dth),-sin(dth)) S: (sin(dth),cos(dth)) for j = 0 to nlines-1 do { for i=0 to nr do { X: P[i]-C Q[nr-i]: (dot2(R,X),dot2(S,X)) + C } shade(j%2, fitcurve(P,nr) line from P[nr] to Q[0] fitcurve(Q,nr) line from Q[nr] to P[0] ) for i=0 to nr do { P[i]: Q[nr-i] } } .PE Circuit_macros9.5/examples/Audio.m40000644060175006010010000000511213774371763016332 0ustar DwightNone.PS # `Audio.m4' cct_init define(`In123',` thinlines_ arrow <- from `$1'.In1 up 0.05 left 0.15 "{\sl In1}sp_" rjust above arrow <- left 0.15 from `$1'.In2 "{\sl In2}sp_" wid 0.2 rjust arrow <- from `$1'.In3 down 0.05 left 0.15 "{\sl In3}sp_" rjust below thicklines_ ') L:[ [ S: speaker `"\tt speaker"' at S.s+(0,-0.2) #below In123(S) thinlines_ arrow <- from S.In4 left 0.05 up 0.15 "{\sl In4}" above rjust arrow <- from S.In5 right 0.05 up 0.15 "{\sl In5}" above arrow <- from S.In6 left 0.05 down 0.15 "{\sl In6}" below rjust arrow <- from S.In7 right 0.05 down 0.15 "{\sl In7}" below spline <- from S.Box.e+(0,0.05) right 0.27 up 0.10 \ then right 0.1 up 0.2 "\sl Box" above thicklines_ ] [ H: speaker(,,H) `"\tt speaker(,{,}H)"' at H.s+(0,-0.30) #below ] with .sw at last [].se+(0.25,-0.1) ] [ B: bell `"\tt bell"' at B.s+(0,-0.2) #below In123(B) thinlines_ arrow <- from B.Box.n+(-0.1,0) up 0.15 left 0.1 ; "\sl Box" above arrow <- from B.Circle.n up 0.15 ; "\sl Circle" above thicklines_ ] with .w at last [].e+(0.0,0.5) [ Z: buzzer `"\tt buzzer"' at Z.s+(0,-0.2) #below In123(Z) thinlines_ arrow <- from Z.Box.n up 0.15 ; "\sl Box" above thicklines_ ] with .sw at last [].se+(0.4,0) R:[ Z: buzzer(,,C) `"\tt buzzer(,{,}C)"' at Z.s+(0,-0.2) #below In123(Z) thinlines_ spline <- from 0.8 right 2*arrowht up 0.5*arrowht \ then up 0.15 right 0.05 "\sl Face" above thicklines_ ] with .sw at last [].se+(0.4,0) [ M: microphone `"\tt microphone"' at M.s+(0,-0.2) #below In123(M) thinlines_ arrow <- from M.Circle.n up 0.15 ; "\sl Circle" above thicklines_ ] with .sw at last [].se+(0.4,0) [ M: microphone(A) `"\tt microphone(A)"' at M.s+(0,-0.2) #below thinlines_ arrow <- from M.Head.e+(0,0.05) right 0.2; "\sl Head" ljust spline 0.5 <- from M.Head.b down 0.05 right 0.1 then right 0.1 "\sl Head.b" ljust arrow <- from M.Stand.s right 0.2; "\sl Stand.s" ljust thicklines_ ] with .n at last [].s+(0,-0.05) [[ E: earphone `"\tt earphone"' at E.s+(0,-0.2) #below In123(E) thinlines_ arrow <- from E.Box.n up 0.15 left 0.15 ; "\sl Box" above thicklines_ ] [ E: earphone(,,C) `"\tt earphone(,{,}C)"' at E.s+(0,-0.2) #below thinlines_ arrow <- from E.L up 0.15 left 0.15; "\sl L" rjust arrow <- from E.R up 0.15 right 0.15; "\sl R" ljust "\sl N" at E.N above "\sl C" at E.C thicklines_ ] with .sw at last [].se+(0.6,0) ] with .n at (0.6 between L and R, R.s)+(0.5,0.1-ifdpic(0.2,0.25)) .PE Circuit_macros9.5/examples/Autoencoder.m40000644060175006010010000000472513774371760017547 0ustar DwightNone.PS # Masked_Autoencoder.m4 gen_init NeedDpicTools circlerad = 0.2 circlesep = 0.5 rowsep = 0.9 arrowht = arrowht*0.8 arrowwid = arrowwid*1.4 linethick = 1 define plan { m = 0 for i=1 to 4 do { for j=1 to ncircles[i] do { exec sprintf("C[i,j]: circle thick 1.6 at Here \"\large\sf $%g\"",m+j) if i>1 then { if "$1"=="" then { for k=1 to ncircles[i-1] do { arrow from C[i,j] to C[i-1,k] chop } } } if j!=ncircles[i] then { move right_ circlesep from C[i,j] } } m += ncircles[i] case(i, move to C[1,1]+(-circlesep/2,-rowsep), move to C[2,1]+(0,-rowsep), move to C[3,1]+(circlesep/2,-rowsep), ) } } gridsiz = 0.78/4 define grid { [ SW: 0,0 for i=1 to $1 do { move to (0,(0.5-i)*gridsiz) exec sprintf("fv = $%g",2+i) for j=1 to $2 do { fl = 1-(int(fv / 2^(j-1)) % 2) box wid gridsiz ht gridsiz outlined "gray" shaded rgbstring(fl,fl,fl) } } ]} define cxt { m = 1 for i=2 to 4 do { for j=1 to ncircles[i] do { exec sprintf("narrows = $%g",m) for k=1 to narrows do { exec sprintf("cnum = $%g",m+k) arrow from C[i,j] to C[i-1,cnum] chop } m += narrows+1 } } } array(ncircles,3,4,4,3) plan() for j=1 to 3 do { sprintf("$\hat{x}_%g$",j) at C[1,j].n above sprintf("$x_%g$",j) at C[4,j].s+(0,-2bp__) below } "V" at 0.5 between C[2,1].w and C[1,1].w "W$^2$" at 0.5 between C[3,1].w and C[2,1].w "W$^1$" at 0.5 between C[3,1].w and C[4,1].w GV: grid(3,4,0,15,6) with .w at C[2,4]+(circlerad*2,rowsep/2) "$=\hbox{M}^{\hbox{V}}$" at GV.e ljust G2: grid(4,4,13,0,0,13) with .w at (GV.w,C[3,4]+(circlerad*2,rowsep/2)) "$=\hbox{M}^{\hbox{V}^2}$" at G2.e ljust G1: grid(4,3,1,5,1,1) with .w at (GV.w,C[4,3]+(circlerad*2,rowsep/2)) "$=\hbox{M}^{\hbox{V}^1}$" at G1.e ljust move to (GV.x+3*circlesep,C[1,1].y) plan(3,1,2,1,2,2,1,2,1,2,2,3,1,2) for i=2 to 4 do { rgbdraw(0.5,0.5,0.5, cxt(2,1,3,0,0,2,1,3, 0,4,1,2,3,4,0,0, 0,4,1,2,3,4,0) ) cxt(0,1,1,1,1,0, 2,2,3,0,2,2,3,2,2,3, 0,0,3,1,3,4) } for j=1 to 3 do { sprintf("$x_%g$",j) at C[4,j].s+(0,-2bp__) below } arrow dotted from C[1,2].n up circlesep/2; "$p(x_2)$" above "$p(x_3|x_2)$" at (C[1,3]+(circlesep/2,0),last "") above arrow dotted from C[1,3] to last "".s chop circlerad chop textoffset "$p(x_1|x_2,x_3)$" at (C[1,1]+(-circlesep/2,0),last "") above arrow dotted from C[1,1] to last "".s chop circlerad chop textoffset .PE Circuit_macros9.5/examples/Autologix.m40000644060175006010010000000365213774371760017250 0ustar DwightNone.PS # `Autologix.m4' log_init A: [ F: Autologix( And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(Or(x2,x1,~x0),Xor(x2,~x1)))); ~x0; And(~x0,Nand(~x1,x3))@ with .nw at 2nd last [].sw+(0,-dimen_*2/3); Not(x1)) for_(1,4,1,`"\sl Out`'m4x" at F.Out`'m4x ljust') Loopover_(`v_', `"\sl In$v_$" at F.In`'v_ above ',x0,x1,x3) # for_(1,3,1,`"\sl In`'m4x=" at F.In`'m4x+(0,10pt__) above') "\sl In$x2$" at F.Inx2 +(-10pt__,0) above # "\sl In4=" at F.In4+(-10pt__,10pt__) above for_(1,3,1,`"\sl In`'m4x" at F.In`'m4x') "\sl In17" at F.In17 G: Autologix( And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(Or(x2,x1,~x0),Xor(x2,~x1)))); ~x0; And(~x0,Nand(~x1,x3))@ with .nw at 2nd last [].sw+(0,-dimen_*2/3); Not(x1), N) with .Out1 at F.Out1+(6*dimen_,0) for_(1,4,1,`"\sl Out`'m4x" at G.Out`'m4x ljust') "\sl In1" at G.In1 rjust "\sl In2" at G.In2 rjust "\sl In`'m4nargs" at G.In`'m4nargs rjust "\tt\ldots ,N)" wid 0.25 at (G.Out2,G.Out4) rjust ] S: `"\def\tld{\char126}\shortstack[l]{\tt Autologix(\\\tt \tt\quad{}And(Or(x3,x1,\tld{}x0),Nor(Or(x3,Not(x2),\tld{}x1,x0), And(Or(x2,x1,\tld{}x0),Xor(x2,\tld{}x1))));\\ \tt\quad{}\tld{}x0;\\ \tt\quad{}And(\tld{}x0,Nand(\tld{}x1,x3))@ with .nw at 2nd last [].sw+(0,-dimen\_*2/3);\\ \tt\quad{}Not(x1))}"' \ ht 58pt__ wid 520pt__ with .nw at A.sw+(0,-15pt__) B: [ F: #utologix( And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(Or(x2,x1,~x0),Xor(x2,~x1)))); ~x0; And(~x0,Nand(~x1,x3))@ with .ne at 2nd last [].se+(0,-dimen_*2/3); Not(x1), M) for_(1,4,1,`"\sl Out`'m4x" at F.Out`'m4x rjust') Loopover_(`v_', `"\sl In$v_$" at F.In`'v_ above ',x0,x1,x3) "\sl In$x2$" at F.Inx2 +(10pt__,0) above `"\tt\ldots @ with .ne at 2nd last [].se+(0,-dimen\_*2/3);Not(x1),M)"'\ wid 200pt__ at F.s below ] with .n at S.s+(0,-0.1) .PE Circuit_macros9.5/examples/Ball.m40000644060175006010010000001103613774371763016145 0ustar DwightNone% Ball.m4 stand-alone (PDF)LaTeX example % % Usage: type % m4 pgf.m4 Ball.m4 | dpic -g > Ball.tex; pdflatex Ball % or: % m4 pstricks.m4 Ball.m4 | dpic -p > Ball.tex; latex Ball; dvips Ball % \documentclass{article} ifpgf(`\usepackage{tikz}',`\usepackage{pstricks,pst-grad}') \pagestyle{empty} \begin{document} % .PS threeD_init command "\small{" viewazimuth = 15 # Set view angles in degrees viewelevation = 35 setview(viewazimuth,viewelevation) #def_bisect # Bring in the equation solver NeedDpicTools rectwid = 3.2 # basic dimensions rectht = 2 alpha = rectht/3 # Rectangle ifpstricks( `command "\pscustom[fillstyle=gradient,gradmidpoint=1.0,%" command sprintf("gradbegin=gray,gradend=white,gradlines=%g]{",rectwid*200)') line from project(-rectht/2,-rectwid*1/3,0) \ to project( rectht/2,-rectwid*1/3,0) \ then to project( rectht/2, rectwid*2/3,0) \ then to project(-rectht/2, rectwid*2/3,0) \ then to project(-rectht/2,-rectwid*1/3,0) ifpstricks(command "}%") define(`C3D',`0,0,alpha') # Centre of the sphere C: project(C3D) # Shaded sphere ifelse(m4postprocessor,pstricks, `Highlight: project(sum3D(C3D,rot3Dz(-15*dtor_,rot3Dy(-60*dtor_,alpha,0,0)))) command "\pscustom[fillstyle=gradient,gradmidpoint=0.0,%" command sprintf("gradbegin=gray,gradend=white,gradlines=%g,%%",alpha*200) command "GradientCircle=true,GradientScale=1.5,%" command sprintf("GradientPos={(%g,%g)}]{",Highlight.x,Highlight.y) circle rad alpha at C command "}%"', m4postprocessor,pgf, `command sprintf(\# A little too dark, maybe "\dpicdraw[ball color=white](%g,%g) circle (%gin)\dpicstop",\ C.x,C.y,alpha/2.54)', `circle rad alpha at C fill_(1) ') S: "$S$" at project(0,0,0) rjust # The sphere bottom touch point "$\alpha$" at 0.5 rjust define(`N3D',`0,0,2*alpha') # North pole N: "N" at project(N3D) ljust above phi = 65*dtor_ define(`Phat3D',`rot3Dz(phi,alpha*2.7,0,0)') Phat: "$\hat{P}$" at project(Phat3D) ljust X: project(rectht/2*0.8,0,0) Y: project(0,rectwid/2*0.8,0) `define' linevis { # ratio # Visibility function for lines fom S to Xb $2 = distance(($1 between S and Xb),C)-alpha } `define' invisline { # name # Draw dashed invisible part of line in Xb: $1 # the plane bisect( linevis, 0, 1, 1e-8, x ) line dashed from S to x between S and Xb chop 0 chop 0.05 } thinlines_ # axes invisline(X) arrow to X chop 0.05 chop 0; "$x,\:\xi$" at Here+(0,3pt__) below invisline(Y) arrow to Y chop 0.05 chop 0; "$y,\:\eta$" ljust line dashed from S to N chop 0 chop 0.05 arrow up alpha*0.5 chop 0.05 chop 0 ; "$z,\:\zeta$" above ljust invisline(Phat) line to Phat chop 0.05 chop 0 arc ccw -> rad alpha from project(alpha/2,0,0) to \ project(rot3Dz(phi,alpha/2,0,0)) "$\phi$" below at 0.5 between last arc.start and last arc.end # vector (ratio along (N to Phat)) define(`ray',`sum3D(N3D,sprod3D($1,diff3D(Phat3D,N3D)))') `define' rayvis { # ratio $2 = length3D(diff3D(ray($1),C3D))-alpha } bisect( rayvis, 1e-3, 1, 1e-8, p ) # Find P P: "$P$" at project(ray(p)) ljust above thicklines_ line dashed from N to P chop 0 chop 0.05 line to Phat chop 0.05 chop 0 define(`meridian',`rot3Dz(phi,rot3Dy(-($1),alpha,0,0))') `define' meridianvis { # angle # Visibility function on the meridian $2 = dot3D(meridian($1),View3D) } thinlines_ # Draw the meridian bisect( meridianvis, 0, pi_, 1e-8, y ) n = 0 for ang = y-pi_ to y by pi_/20 do { Q[n]: project(sum3D(C3D,meridian(ang))); n+=1 } fitcurve(Q,n-1) n = 0 for ang = y to y+pi_ by pi_/20 do { Q[n]: project(sum3D(C3D,meridian(ang))); n+=1 } fitcurve(Q,n-1,dashed) define(`equator',`rot3Dz($1,alpha,0,0)') `define' equatorvis { # angle # Visibility function on the equator $2 = dot3D(View3D,equator($1)) } bisect( equatorvis, 0, pi_, 1e-8, y ) n = 0 for ang = y-pi_ to y by pi_/20 do { Q[n]: project(sum3D(C3D,equator(ang))); n+=1 } fitcurve(Q,n-1) n = 0 for ang = y to y+pi_ by pi_/20 do { Q[n]: project(sum3D(C3D,equator(ang))); n+=1 } fitcurve(Q,n-1,dashed) line dashed from C to P # beta line dashed from C to project(sum3D(C3D,equator(phi))) arc ccw -> from 0.6 along_(last line) to 0.6 between C and P "$\beta$" above command "}" .PE % \end{document} Circuit_macros9.5/examples/Bip.m40000644060175006010010000000312313774371763016003 0ustar DwightNone.PS # `Bip.m4' cct_init up_ Q1: bi_tr(up_ dimen_) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q1.E-(0,0.05) below "\hbox{\sl B}sp_" at Q1.B rjust "\hbox{\sl C}" at Q1.C above "`{\tt bi\_tr(up\_ dimen\_)}'" wid 1.2 at Q1.s + (0,-0.35) below Q2: bi_tr(,R) with .E at Q1.E+(0.25,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q2.E-(0,0.05) below "sp_\hbox{\sl B}" at Q2.B ljust "\hbox{\sl C}" at Q2.C above "`{\tt bi\_tr(,R)}'" at Q2.s + (0,-0.2) below Q3: bi_tr(,,P) with .C at Q2.C+(1.15,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q3.E-(0,0.05) below "\hbox{\sl B}sp_" at Q3.B rjust "\hbox{\sl C}" at Q3.C above "`{\tt bi\_tr(,{,}P)}'" at Q3.s + (0,-0.35) below Q4: bi_tr(,,,E) with .C at Q3.C+(0.9,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q4.E-(0,0.05) below "\hbox{\sl B}sp_" at Q4.B rjust "\hbox{\sl C}" at Q4.C above "`{\tt bi\_tr(,{,},E)}'" at (Q4.s,Q4.E) + (0,-0.2) below Q5: igbt(,,) with .E at Q4.E+(0.65,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q5.E-(0,0.05) below "\hbox{\sl G}sp_" at Q5.G rjust "\hbox{\sl C}" at Q5.C above "`{\tt igbt}'" at Q5.s + (0,-0.35) below Q6: igbt(,,LD) with .E at Q5.E+(0.55,0) thinlines_ showbox_(,dotted) thicklines_ "\hbox{\sl E}" at Q6.E-(0,0.05) below "\hbox{\sl G}sp_" at Q6.G rjust "\hbox{\sl C}" at Q6.C above "`{\tt igbt(,{,}LD)}'" at (Q6.s,Q6.E) + (0,-0.2) below .PE Circuit_macros9.5/examples/birds.m40000644060175006010010000000161113774371760016371 0ustar DwightNone.PS gen_init scale = 50 linethick = 2*linethick define bird {[ line shaded "$1" from (0,0) to \ (10,-5) to (19,8) to (35,7) to (38,-12)+(0,2) to (60,0) to\ (75,23) to (80,40) to (52,37)+(2,2) to (74,50) to (52,50) to \ (60,60) to (38,48)+(0,2) to (35,67) to (19,68) to (10,55) to \ (0,60) to (-8,50) to (14,50) to (-8,37)+(2,2) to (20,40) to \ (15,23) to (0,0) E: (80,40) W: (20,40) N: (19,68) S: (19,8) line outlined "gray" from (35,15) down 10 right 25 line outlined "gray" from (40,20) right 25 down 8 line outlined "gray" from (42,25) right 28 down 6 line outlined "gray" from (40,30) right 32 down 4 circle outlined "gray" rad 1 at (1,55) circle outlined "gray" rad 4 at (24,55) ]} ncols = 4 nrows = 4 right for i=0 to nrows-1 do { for j=0 to ncols-1 do { move to (j*60,-i*60) if (i+j)%2==0 then { bird(black) } else { bird(white) } } } .PE Circuit_macros9.5/examples/bistable.m40000644060175006010010000000206313774371760017055 0ustar DwightNone.PS # `bistable.m4' cct_init # Default initialization up_ rgbdraw(1,0,0, Q1: bi_tr(,R) # Q1 upward with base to the right llabel(,Q_1) ) # Label to left of last [] rgbdraw(0,0,1, Q2: bi_tr with .C at Q1.C+(elen_*7/4,0) # Q2 with base to left rlabel(,Q_2) ) ground(at Q1.E) ground(at Q2.E) line right_ dimen_/3 from Q1.B # Extend the base conductors B1: Here line left_ dimen_/3 from Q2.B B2: Here resistor(up_ elen_*0.75 from Q1.C); llabel(,"$R_L$" wid 0.16) # Load resistors line to (Q2.C,Here) "$V_{\hbox{cc}}$" below resistor(down_ to Q2.C); llabel(,R_L) move to Q1.C+(0,dimen_/5) { resistor(right_ to (B1,Here)); llabel(,R_1) X: line to B2 } # Label the line to be jumped resistor(from (Q2.C,Here) left_ to (B2,Here)); rlabel(,R_1) crossover(to B1,R,X) resistor(down_ elen_*0.75); rlabel(,R_2) # Bias resistors {"$-V_{\hbox{cc}}$" rjust} line to (B2,Here) resistor(up_ to B2); rlabel(,R_2) .PE Circuit_macros9.5/examples/Blogix.m40000644060175006010010000000614713774371760016523 0ustar DwightNone.PS # `Blogix.m4' log_init linewid = 0.4 # A more complex expression F: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1))))) Loopover_(`v_', `"$v_$" at F.In`'v_ above', x0,x1,x2,x3,x4) "\sl Out" ljust at F.Out `"{\tt \shortstack[l]{Autologix(And(Or(x3,x1,\~{}x0),\\ \quad Nor(Or(x3,Not(x2),\~{}x1,x0),And(x4,Or(x2,x1,\~{}x0),%\ Xor(x2,\~{}x1)))))}}"' wid 440pt__ ht 20pt__ \ with .w at F.sw+(0,-0.25) # Inputs on the left with vert offset in L_units define(`Doff',LV;offset=25) G: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))), Doff*L_unit) \ with .sw at F.Out+(0.2,-0.7) Loopover_(`v_', `"$v_$" wid 11pt__ at G.In`'v_ rjust ', x0,x1,x2,x3,x4) "\sl Out" ljust at G.Out "{\tt ...,Doff*L\_unit)}" at G.s+(0,-10pt__) # A more complex expression define(`Eoff',R) E: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))); And(~x0,Nand(~x1,x3)), Eoff) \ with .nw at F.sw+(0,-1.5) Loopover_(`v_', `"$v_$" at E.In`'v_ above ', x0,x1,x2,x3,x4) "\sl Out1" ljust at E.Out1 "\sl Out2" ljust at E.Out2 "{\tt ...,Eoff)}" at E.s+(0,-10pt__) # Inputs on the left with vert offset in L_units define(`Foff',LRV;offset=17) D: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))), Foff*L_unit) \ with .sw at E.Out1+(0.2,-0.5) Loopover_(`v_', `"$v_$" wid 11pt__ at D.In`'v_ rjust ', x0,x1,x2,x3,x4) "\sl Out" ljust at D.Out "{\tt ...,Foff)}" at D.s+(0,-10pt__) # Here's how to include an arbitrary circuit # that isn't one of the standard gates. # First, define the circuit with a name ending # in _gate. Make sure its inputs are on the left # and named In1, In2, ... and the output Out # is on the right. define(`SR_gate',`[ S: NOR_gate R: NOR_gate at S+(0,-L_unit*(AND_ht+4)) w = (S.Out.x-R.In1.x)/3 v = 2*L_unit line right_ dimen_/2 from S.Out Out: Here TR: R.In1-(v,0) line from S.Out+(v,0) down w*3/2 then left S.Out.x-TR.x+v down w \ then to TR then to R.In1 TS: S.In2-(v,0); line from R.Out right v then up w*3/2 then left R.Out.x-TS.x+v up w \ then to TS then to S.In2 In1: S.In1 In2: R.In2 ]') # Now define the function by which the circuit # will be invoked, with a preceding _: define(`SRff',`_AutoGate(SR,$@)') # You're done. Here is an example: F: Autologix(Or(y,SRff(And(x,y),Nand(x,y)))) \ with .nw at 2nd last [].sw+(0,-0.5) "\sl Out" at F.Out ljust "$x$" at F.Inx above "$y$" at F.Iny above `"{\tt Autologix(Or(y,SRff(And(x,y),Nand(x,y))))}"' wid 267pt__ ht 7pt__ \ with .w at last [].sw+(0,-10pt__) .PE Circuit_macros9.5/examples/brace.m40000644060175006010010000000475613774371763016362 0ustar DwightNone.PS # brace.m4 gen_init NeedDpicTools divert(-1) `brace(linespec,depth,arm thickness,attributes) Curly brace along linespec default depth is linewid/5 attributes = eg thick 0.4 outlined "string" shaded "string" (default black)' define(`brace',`rpoint_(ifelse(`$1',,`to rvec_(linewid,0)',`$1')) M4brS: last line.start; M4brE: last line.end [ brdepth = ifelse(`$2',,linewid/5,`$2') brthick = ifelse(`$3',,brdepth/6,`$3') define(`m4braceattribs', `ifelse(`$4',,`thick 0.4 shaded rgbstring(0,0,0)',`$4')')dnl tension = 0.55 halfwid = distance(M4brS,M4brE) smallrad = brdepth-brthick bigrad = brdepth+brthick for sgn=1 to -1 by -2 do { S: rvec_(sgn*halfwid/2,0) A: S+vec_(0,smallrad/2) B: vec_(0,smallrad/2) T: vec_(0,brdepth) C: vec_(0,bigrad/2) D: vec_(sgn*halfwid/2,bigrad/2) {spline tension m4braceattribs \ from S to tension between S and A \ then to tension between A-vec_(sgn*bigrad/2,0) and A \ then to A-vec_(sgn*bigrad/2,0) \ then to B+vec_(sgn*bigrad/2,0) \ then to tension between B+vec_(sgn*bigrad/2,0) and B \ then to tension between T and B \ then to T \ then to tension between T and C \ then to tension between C+vec_(sgn*bigrad/2,0) and C \ then to C+vec_(sgn*bigrad/2,0) \ then to D-vec_(sgn*bigrad/2,0) \ then to tension between D-vec_(sgn*bigrad/2,0) and D \ then to tension between S and D \ then to S } } E: (0,0) ] with .E at 0.5 between M4brS and M4brE') divert(0)dnl del = 0.2 maxht = 2 minht = 0.3 n = 16 hmax = 360 R1: [ for i=0 to n-1 do { x = i/n y = minht*(1-x)+maxht*x hsvtorgb(x*hmax,1,1,r,g,b) brace(from (-i*del,-y/2) up y,,,thick 0.4 \ shaded rgbstring(r,g,b)) brace(from ((i+1)*del,y/2) down y,,,thick 0.4 \ outlined rgbstring(r,g,b) \ shaded rgbstring(r,g,b)) } ] R2: [ for i=0 to n-1 do { x = i/n y = minht*(1-x)+maxht*x hsvtorgb(x*hmax,1,1,r,g,b) brace(from (-i*del,-y/2) up y,5bp__+x*20bp__,2bp__+x*13bp__,thick 0.4 \ shaded rgbstring(r,g,b)) brace(from ((i+1)*del,y/2) down y,5bp__+x*20bp__,2bp__+x*13bp__,thick 0.4 \ outlined rgbstring(r,g,b) \ shaded rgbstring(r,g,b)) } ] with .n at R1.s+(0,-0.2) .PE Circuit_macros9.5/examples/Btree.m40000644060175006010010000000200013774371760016320 0ustar DwightNone.PS # Btree.m4 # One way to draw a binary tree using pic macros gen_init circlerad = 0.30 define n { [C: circle fill_(0.9) $1 if "$2" != "" then { L: $2 with .ne at C.s-(circlerad/20, circlerad/2) line from C to L.C chop } if "$3" != "" then { R: $3 with .nw at C.s+(circlerad/20,-circlerad/2) line from C to R.C chop } ] } # Redrawn from T. A. Standish, "Data Structure Techniques," Addison-Wesley 1980. # Node data: define Sirius { n("Sirius",Canopus,Vega) } define Canopus { n("Canopus",AlphaCentauri,Capella) } define AlphaCentauri { n("Alpha" "Centauri",Achernar,Arcturus) } define Arcturus { n("Arcturus",Betelgeux) } define Betelgeux { n("Betelgeux",BetaCentauri) } define Capella { n("Capella",Rigel) } define Rigel { n("Rigel",Procyon) } define Achernar { n("Achernar") } define BetaCentauri { n("Beta" "Centauri") } define Procyon { n("Procyon") } define Vega { n("Vega") } # Build the tree from the root S: Sirius .PE Circuit_macros9.5/examples/Buttons.m40000644060175006010010000000666413774371760016741 0ustar DwightNone.PS # Buttons.m4 gen_init NeedDpicTools divert(-1) ################################################################# `RoundButton(diameter,hue,linedensity) hue 0=red, 60=yellow, 120=green ...' define(`RoundButton',`[ # Colors and radius: hue = ifelse(`$2',,60,`$2') crad = ifelse(`$1',,circlerad,(`$1')/2) linedensity = ifelse(`$3',,150/scale,`$3') # default 150 lines per inch hsvtorgb(hue, 1, 1, r1,g1,b1) hsvtorgb(hue-5, 1,0.9, r2,g2,b2) hsvtorgb(hue-10,1,0.5, r3,g3,b3) # Shaded main disk define RBbackground { circle rad crad*($`'1) thick lthk at C outlined rgbstring($`'2,$`'3,$`'4) } C: circle invis rad crad at (0,0) nsteps = round_(crad*linedensity) lthk = crad/nsteps/(1bp__) ShadeObject(RBbackground,nsteps, 0, r1,g1,b1, 0.2, r1,g1,b1, 0.8, r2,g2,b2, 1, r3,g3,b3) at C # Highlight disk with arc shading rad1 = crad*3/4 C1: C.n-(0,rad1+0.02*crad) C2: C1+(0,2*rad1) lthk = 2*rad1/nsteps/(1bp__) define RBoverlay { radx = rad1 + ($`'1)*2*rad1 if $`'1 < 1 then { arc cw rad radx thick lthk outlined rgbstring($`'2,$`'3,$`'4) \ from Cintersect(C2,radx,C1,rad1) \ to Cintersect(C2,radx,C1,rad1,R) \ with .c at C2 } } nsteps = round_(rad1*2*linedensity) ShadeObject(RBoverlay,nsteps, 0, 1, 1, 1, 0.1, 1, 1, 1, 0.33,(r1+r2)/2,(g1+g2)/2,(b1+b2)/2, 0.67,r1,g1,b1, 1, (r1+r2)/2,(g1+g2)/2,(b1+b2)/2) with .c at C1 `$4']') ################################################################# `BoxButton(wid,height,hue,linedensity) hue 0=red, 60=yellow, 120=green ...' define(`BoxButton',`[ # Size and Color boxw = ifelse(`$1',,boxwid*4/3,`$1') boxh = ifelse(`$2',,boxw/4,`$2') hue = ifelse(`$3',,180,`$3') hsvtorgb(hue, 1, 1, r1,g1,b1) hsvtorgb(hue-5, 1,0.9, r2,g2,b2) hsvtorgb(hue-10,1,0.5, r3,g3,b3) # Peripheral shading linedensity = ifelse(`$4',,150/scale,`$4') nsteps=10 define BxBshadow { box ht boxh wid boxw rad boxh/2 \ outlined rgbstring($`'2,$`'3,$`'4) at (0,($`'1)*4*linethick bp__) } Q: ShadeObject(BxBshadow,nsteps, 0, 1,1,1, 1, r3,g3,b3) # Shaded body lthk = boxh/nsteps/(1bp__) define BxBshade { v = boxh*(1-($`'1)) h = (boxw-boxh)/2+sqrt((boxh/2)^2-(v-boxh/2)^2) line from (-h,v) to (h,v) thick lthk outlined rgbstring($`'2,$`'3,$`'4) } nsteps = boxh*linedensity C: ShadeObject(BxBshade,nsteps, 0, r1, g1, b1, 0.45,r2, g2, b2, 1, r3, g3, b3) with .n at Q.n # Shaded highlight bh = boxh*0.4 bw = boxw*4/4.5 define BxBhighlight { v = bh*(1-($`'1)); h = (bw-bh)/2+sqrt((bh/2)^2-(v-bh/2)^2) line from (-h,v) to (h,v) thick lthk outlined rgbstring($`'2,$`'3,$`'4) } nsteps = bh*linedensity ShadeObject(BxBhighlight,nsteps, 0,1,1,1, 8/nsteps,1,1,1, 1, r2,g2,b2) with .n at Q.n+(0,-boxh/20) `$5']') ################################################################# divert(0)dnl for x=0 to 5 do { B: RoundButton(0.6,x*60) at (x,0) "Button" sprintf("%g",x+1) at B } [ for i=0 to 2 do { BoxButton(1.5,,180+120*i) at (i*2,0) "Button" at last [].C } ] with .nw at 1st [].sw+(0,-0.5) .PE Circuit_macros9.5/examples/Byte.m40000644060175006010010000000173713774371760016202 0ustar DwightNone.PS # Byte.m4 gen_init boxht = 0.2 boxwid = 3.8 define leftlabel { {"{\sf $1}" at last box.w ljust} } ifdpic(` down_ Lab[0]: box; leftlabel( B0STDISBL (reset pin is enabled) ) Lab[1]: box; leftlabel( WDTON (WDT not always on) ) Lab[2]: box; leftlabel( SPIEN (allow serial programming) ) Lab[3]: box; leftlabel( CKOPT (full output swing) ) Lab[4]: box; leftlabel( EESAVE (don\char39{}t preserve EEPB0OM over chip erase)) Lab[5]: box; leftlabel( BOOTSZ1 ) Lab[6]: box; leftlabel( BOOTSZ0 ) Lab[7]: box; leftlabel( BOOTB0ST (boot reset vector at 0x0000) ) boxwid = boxht left_ B0:box "\sf 1" with .e at Lab[0].nw + (0.75,0.5) box "\sf 0" box "\sf 0" box "\sf 1" box "\sf 0" box "\sf 0" box "\sf 1" box "\sf 1" box wid 2*boxht "\sf 0xc9" for i=0 to 7 do { spline -> ht arrowht*0.7 from B0.s-(i*boxht,0) down boxht/4 \ then to Lab[0].nw-((i+1)*boxht/2,0) \ then down Lab[0].nw.y-Lab[i].y then to Lab[i].w }', `box wid 1 ht 0.75 "Byte.m4" "requires" "dpic"') .PE Circuit_macros9.5/examples/CanLogic.m40000644060175006010010000001434313774371760016753 0ustar DwightNone.PS # CanLogic log_init divert(-1) ########################################################################### Macros for automatically drawing 2-layer Boolean functions Style parameters define(`dotrad_',(0.01*scale)) define(`gatelineth',1) define(`lineth',0.5) define(`inputsep',`2*jog') define(`jog',`(AND_ht/2)*L_unit') `CanLogic(layer gate type,[N], output gate type,[N], term,term,...) This is the driver macro. Terms are strings of variables or of variables preceded by the ~ character. Each variable is one letter e.g. CanLogic(NAND,,OR,N,abcd,a~b,c,~ad)' define(`CanLogic', `define(`terms',`shift(shift(shift(shift($@))))') # Determine required input variables and negated # variables Loopover_(`t_',`varloop(`v_',`define(X`'v_)',`define(XN`'v_)',t_)',terms) # Draw the inputs with NOT gates as necessary PrevInput: Here-(inputsep,0) Loopover_(`t_',`varloop(`v_', `ifdef(D`'v_,,`ifdef(XN`'v_,`DrawInNotIn(v_)',`DrawIn(v_)')')', `ifdef(D`'v_,,`ifdef(X`'v_,`DrawInNotIn(v_)',`DrawNotIn(v_)')')', t_)', terms) # Draw 2nd-layer gates right_ LastGateSE: PrevInput+(5*jog,-(AND_wd*L_unit*1.5)) dnl Loopover_(`t_', `define(`termcount',m4Lx)DrawLayerGate(G`'termcount,$1,$2,t_)', terms) # Draw output gate linethick = gatelineth OP: m4xpand(`$3'_gate(termcount,$4)) with .Out at \ 0.5 + (jog/2*(termcount+3)+AND_wd*L_unit,0) Out: Here linethick = lineth # Connect 2nd-layer gates to the output gate VectorConnect(G,termcount,OP) # Connect the inputs and negated inputs to # 2nd-layer gates Loopover_(`t_',`ConnectInputs(G`'m4Lx,t_)',terms) # Clean up Loopover_(`t_',`DeleteLogDefs(t_)',terms) ') `VectorConnect(number of 2nd layer gates, common 2nd layer gate name, output gate name) Connect the 2nd-layer gate outputs to the output gate inputs' define(`VectorConnect', `for_(1,`$2',1, `line from `$1'm4x.Out right `$3'.In1.x-`$1'm4x.Out.x \ - jog/2*(`$2'+1-abs(2*m4x-`$2'-1)) \ then down `$1'm4x.Out.y - `$3'.In`'m4x.y then to `$3'.In`'m4x ')') Draw and label a non-inverted input define(`DrawIn', `PrevInput: PrevInput+(inputsep,0) In`'$1: PrevInput "$$1$" ljust at PrevInput # Maybe labels should be done externally Int`'$1: PrevInput define(D`'$1)') Draw and label an inverted input define(`DrawNotIn', `PrevInput: PrevInput+(inputsep,0) In`'$1: PrevInput "$$1$" ljust at PrevInput # Maybe labels should be done externally line down_ 2*jog from PrevInput linethick = gatelineth NOT_gate InNt`'$1: Here linethick = lineth define(D`'$1)') Draw and label an input that is required both inverted and uninverted. define(`DrawInNotIn', `PrevInput: PrevInput+(inputsep,0) In`'$1: PrevInput "$$1$" ljust at PrevInput # Maybe labels should be done externally line from PrevInput down jog Int`'$1: dot PrevInput: PrevInput+(inputsep,0) line to (PrevInput,Here) then down_ jog linethick = gatelineth NOT_gate linethick = lineth InNt`'$1: Here define(D`'$1)') `varloop(`var',ifnotnegated,ifnegated,term) Loop over term variables performing actions' define(`varloop',`ifelse(`$4',,,substr(`$4',0,1),~, `define(`$1',substr($4,1,1)) $3 varloop(`$1',`$2',`$3',substr($4,2))', `define(`$1',substr($4,0,1)) $2 varloop(`$1',`$2',`$3',substr($4,1))')')') Count gate inputs and mark last appearance define(`Countinputs',`varloop(`v_', `define(`incount',incr(incount)) define(Last`'v_,`$1')', `define(`incount',incr(incount)) define(LastN`'v_,`$1')',$2)') Draw a 2nd layer gate define(`DrawLayerGate', `define(`incount',0) dnl Countinputs($1,$4) dnl ifelse(incount,1, `LastGateSE: LastGateSE-(0,jog) $1: [ In1:Here; line right AND_wd*L_unit; Out: Here] \ with .Out at LastGateSE', `LastGateSE: LastGateSE-(0,jog+AND_ht*L_unit) linethick = gatelineth $1: m4xpand(`$2'_gate(incount,$3)) with .se at LastGateSE linethick = lineth ')') Connect this gate to its input lines define(`ConnectInputs',`define(`innum',0) varloop(`v_', `define(`innum',incr(innum)) line from `$1'.In`'innum to (In`'v_,`$1'.In`'innum)dnl ifelse(`$1',m4xpand(Last`'v_),`then to In`'v_',`; dot')', `define(`innum',incr(innum)) line from `$1'.In`'innum to (InNt`'v_,`$1'.In`'innum)dnl ifelse(`$1',m4xpand(LastN`'v_), `then to InNt`'v_', `; dot')',$2)') Delete definitions to allow more than one circuit per diagram define(`DeleteLogDefs',`varloop(`v_', `undefine(Last`'v_) undefine(D`'v_) undefine(X`'v_)', `undefine(LastN`'v_) undefine(D`'v_) undefine(XN`'v_)',$1)') Thanks to Alexander Ray for suggesting the need for something like these macros ########################################################################### divert(0)dnl linethick = lineth [ CanLogic(AND,,OR,,abcd,~ba,c,d~a) #; line right jog from Out "$f$" above ] {`"\tt CanLogic(AND,,OR,,abcd,\char126{}ba,c,d\char126{}a)"' \ at last [].s -(0,11bp__)} [ CanLogic(OR,N,NAND,,ab~c,a~bc,ac,~d) #; line right jog from Out "$f$" above ] with .sw at last [].se+(0.5,0) {`"\tt CanLogic(OR,N,NAND,,ab\char126{}c,a\char126{}bc,ac,\char126{}d)"' \ at last [].s - (0,11bp__)} .PE Circuit_macros9.5/examples/CctTable.m40000644060175006010010000000526013774371763016756 0ustar DwightNone.PS # `CctTable.m4' cct_init movewid = 2 pt__ hm = 2.05 vm = 0.28 { {resistor ; move ;"`{\tt resistor}'" ljust} move right_ hm {resistor(,,Q) ; move ;"`\tt resistor(,{,}Q) '" ljust} move right_ hm {resistor(,,E) ; move "`\shortstack[l]{\tt resistor(,{,}E)\\ {\tt $\equiv$ ebox}}'" ljust} } move down vm; right_ { {resistor(,,ES) ; move ;"`\tt resistor(,{,}ES) '" ljust} move right_ hm {resistor(,,H) ; move ;"`\tt resistor(,{,}H) '" ljust} move right_ hm {ebox(,,,0.5) ; move ;"`{\tt ebox(,{,},0.5)}'" ljust} } move down vm; right_ { {resistor(,,V) ; move ;"`{\tt resistor(,{,}V)}'" ljust} move right_ hm {move down_ 0.05; right_ thermocouple ; move;"`{\tt thermocouple}'" ljust; move up_ 0.05} move right_ hm {ebox(,0.5,0.3) ; move ;"`{\tt ebox(,0.5,0.3)}'" ljust} } move down vm; right_ { {inductor ; move ;"`{\tt inductor}'" ljust} move right_ hm {inductor(,W); move ;"`{\tt inductor(,W)}'" ljust} move right_ hm {inductor(,L); move ;"`{\tt inductor(,L)}'" ljust} } move down vm; right_ { {inductor(,,,M) ; move ;"`{\tt inductor(,{,},M)}'" ljust} move right_ hm {inductor(,W,6,P); move ;"`{\tt inductor(,W,6,P)}'" ljust} move right_ hm {move right_ 0.2; ttmotor(,G) ; move ;"`{\tt ttmotor(,G)}'" ljust} } move down vm; right_ { {capacitor ; move ;"`{\tt capacitor}'" ljust} move right_ hm {capacitor(,C); move ;"`{\tt capacitor(,C)}'" ljust} move right_ hm {capacitor(,C+); move ;"`{\tt capacitor(,C+)}'" ljust} } move down vm; right_ { {capacitor(,P); move ;"`{\tt capacitor(,P)}'" ljust} move right_ hm {capacitor(,E); move ;"`{\tt capacitor(,E)}'" ljust} move right_ hm {capacitor(,K); move ;"`{\tt capacitor(,K)}'" ljust} } move down 0.25; right_ { {capacitor(,M); move ;"`{\tt capacitor(,M)}'" ljust} move right_ hm {capacitor(,N); move ;"`{\tt capacitor(,N)}'" ljust} move right_ hm {xtal ; move ;"`{\tt xtal}'" ljust} } move down 0.25; right_ { {memristor ; move;"`{\tt memristor}'" ljust} move right_ hm {heater; move;"`{\tt heater}'" ljust} move right_ hm {tline ; move;"`{\tt tline}'" ljust} } move down 0.25; right_ { {move up_ 0.05; right_; gap ; move ;"`{\tt gap}'" ljust} move right_ hm {gap(,,A) ; move ;"`{\tt gap(,{,}A)}'" ljust} move right_ hm {arrowline ; move;"`{\tt arrowline}'" ljust} } move down 0.25; right_ { {lamp ; move;"`{\tt lamp}'" ljust} move right_ hm {reed ; move ;"`{\tt reed}'" ljust} move right_ hm {reed(,,,fill_(0.9),CR) ; move ; "`{\tt reed(,{,},fill\_(0.9),CR)}'" ljust} } move down 0.25; right_ { {pvcell ; move;"`{\tt pvcell}'" ljust} move right_ hm {arrester ; move ;"`{\tt arrester}'" ljust} } .PE Circuit_macros9.5/examples/Ccurve.m40000644060175006010010000000035113774371760016515 0ustar DwightNone.PS # Ccurve.m4 gen_init # Gosper C curve `define' c_curve {if $3==0 then { continue by ($1,$2) } else { c_curve( ($1-$2)/2, ($1+$2)/2, $3-1) c_curve( ($1+$2)/2, ($2-$1)/2, $3-1)}} line from 0,4 to 0,4 c_curve(0,4,10) .PE Circuit_macros9.5/examples/chaos.m40000644060175006010010000000201713774371760016364 0ustar DwightNone.PS # chaos.m4 # Example simulation of chaos equations. gen_init scale = 10 define(`FF',`dnl `$4' = `$1'+dt*10*(-`$1'+`$2') `$5' = `$2'+dt*(28*`$1'-`$2'-`$1'*`$3') `$6' = `$3'+dt*(-8*`$3'/3+`$1'*`$2') ') [ x0 = 1 y0 = 0 z0 = 0 dt = 0.005 nN = 100 for i = 1 to nN do { for j = 1 to 8 do { FF(x0,y0,z0,x1,y1,z1) FF(x1,y1,z1,x2,y2,z2) FF(x2,y2,z2,x3,y3,z3) FF(x3,y3,z3,x4,y4,z4) spline from x0,y0 to x1,y1 then to x2,y2 then to x3,y3 then to x4,y4 x0 = x4; y0 = y4; z0 = z4 } } arrow from (-15,0) to (15,0); "$x$" ljust line up 1 from (10,0); "$ 10$" at last line.start below line up 1 from (-10,0); "$-10$" at last line.start below arrow from (0,-15) to (0,15); "$y$" above line right 1 from (0,10); "$ 10$" at last line.start rjust line right 1 from (0,-10); "$-10$" at last line.start rjust "$ 0$" at (0,0) below rjust ] `"\parbox{2.5in}{\begin{eqnarray*} \dot{x}_1 & = & 10(-x_1+x_2)\\ \dot{x}_2 & = & 28x_1-x_2-x_1x_3\\ \dot{x}_3 & = & -8x_3/3+x_1x_2 .\end{eqnarray*}}"' at last [].s below .PE Circuit_macros9.5/examples/Chuck.m40000644060175006010010000001677113774371763016343 0ustar DwightNone.PS # Chuck.m4 threeD_init s_init(Views) sinclude(tst.dim) # ################################################################# divert(-1) `r_box(angle,pos,string) Rotated text on a white background (requires pstricks)' define(`r_box', `ifpstricks(`M4tmp: ifelse(`$2',,Here,`$2') command sprintf("\rput{%g}(%g,%g){",`$1',crl(M4tmp.x),crl(M4tmp.y)) f_box(`$3') at Orig command "}%"')') define(`crl',`int(`($1)'/scale*1000000)/1000000') `r_dimen(linespec,offset,label,tic offset,<->,pos) dimension_ with rotated text on white background' define(`r_dimen', `M4tmp: dimension_(`$1',`$2',,,`$4',`$5') r_box(rp_ang*rtod_,ifelse(`$6',,M4tmp+vec_(0,`$2'),`$6'),`$3')') `ctrline(linespec,len) Centerline' define(`cdashl',0.1*scale) define(`cgapl',0.03*scale) define(`ctrline',`rpoint_(ifelse(`$1',,`to rvec_(linewid,0)',`$1')) define(`m4h',ifelse(`$2',,1*scale,`$2'))dnl m4n = int(rp_len/2/(m4h))*2+1 for i=1 to m4n do { line to rvec_(rp_len/m4n/2-cdashl/2-cgapl,0) move to rvec_(cgapl,0); line to rvec_(cdashl,0); move to rvec_(cgapl,0) line thick dimensionth to rvec_(rp_len/m4n/2-cdashl/2-cgapl,0) } ') `ctrarcr(pos,radius,startang,endang,len) Arc cr centerline' define(`ctrarcr',`dnl define(`m5h',ifelse(`$5',,1*scale,`$5'))dnl rp_len = abs((`$2')*(`$4'-(`$3'))) m5n = int(rp_len/2/(m5h))*2+1 m5a = (rp_len/m5n/2-cdashl/2-cgapl)/(`$2') m5s = cdashl/(`$2') m5sa = `$3' for m4irr=1 to m5n do { arc from `$1'+(rect_(`$2',m5sa)) to `$1'+(rect_(`$2',m5sa+m5a)) \ with .c at `$1' m5sa = m5sa+m5a+cgapl/(`$2') arc from `$1'+(rect_(`$2',m5sa)) to `$1'+(rect_(`$2',m5sa+m5s)) \ with .c at `$1' m5sa = m5sa+m5s+cgapl/(`$2') arc from `$1'+(rect_(`$2',m5sa)) to `$1'+(rect_(`$2',m5sa+m5a)) \ with .c at `$1' m5sa = m5sa+m5a } ') divert(0)dnl ################################################################# scale = 25.4*2 tic = 3.6bp__ command "{\sf" #psset_(linecolor=white) #command "\color{white}" #include(Lettering.m4) #Letter_init define(`visible_thick',`linethick_(visibleth)') define(`hidden_thick',`linethick_(hiddenth)') define(`dimension_thick',`linethick_(dimensionth) arrowwid = 1.5*arrowwid; arrowht = 1.5*arrowht; ') d1 = 230 d2 = 204 d3 = 140 visibleth = 1.2 dimensionth = 0.4 hiddenth = dimensionth Orig: Here visible_thick D3: circle diam d3 at Orig D2: circle diam d2 at Orig rr = d1/2 r = 40 h = 110/2 thet = asin((h+r)/(rr+r)) X1: rect_(rr,thet) P1: rect_(rr+r,thet) dimension_thick cross(at (P1.x,-P1.y)) cross(at (-P1.x,P1.y)) # Top outer visible line visible_thick # top arcs arc ccw from (-P1.x,h) to (-X1.x,X1.y) with .c at (-P1.x,P1.y) arc cw to X1 with .c at Orig arc ccw from X1 to (P1.x,h) with .c at P1 # right end line from (P1.x,h) to (305/2,h) then to (305/2,32/2) then left 40-3 arc ccw rad 3 line down 32-2*3 arc ccw rad 3 dimension_thick { r_dimen(up 32 with .c at (305/2-5,0),0,32) arrow <- up 8 right 8 then right 4 from last arc.sw "3$\,$R" ljust r_dimen(up h*2 at (305/2,0),-10,110) }; visible_thick line right 40-3 then to (305/2,-h) then to (P1.x,-h) # bottom arcs arc ccw to (X1.x,-X1.y) with .c at P1.x,-P1.y arc cw to (-X1.x,-X1.y) with .c at Orig arc ccw to (-P1.x,-h) with .c at (-P1.x,-P1.y) # left end line from (-P1.x,-h) to (-305/2,-h) then to (-305/2,-25/2) then right 25 down; arc ccw rad 3 line right 40-25-2*3 arc ccw rad 3 line up 25 {R: line invis down 10 at (2nd last line,last line) } arc ccw rad 3 line left 40-25-2*3 arc ccw rad 3 line to (-305/2,25/2) then to (-305/2,h) then to (-P1.x,h) dimension_thick # centre ctrline(right 305-30 with .c at Orig,60) ctrline(up d1+10 with .c at Orig,) {BX: box invis ht 25+2*3 wid 40-25 rad 3 with .w at (-305/2+25,0)} Q: line invis from BX.n to BX.s; R: line invis from BX.se up 10 left 10 X: Intersect_(Q,R) line <-> from BX.se to X then to (X.x,-X.y) then to BX.nw r_box(90,BX,```3$\,$R''') # Drill centres D[1]: 35,sqrt(85^2-35^2) D[2]: -D[1].x,D[1].y D[3]: -D[1].x,-D[1].y D[4]: D[1].x,-D[1].y ctrline(from D[3] to D[1] chop 15) ctrline(to rvec_(2*15,0)) ctrline(from D[3]+vec_(-15,0) to D[3]+vec_(15,0)) ctrline(from D[2] to D[4] chop 15) ctrline(to rvec_(2*15,0)) ctrline(from D[2]+vec_(-15,0) to D[2]+vec_(15,0)) visible_thick for i=1 to 4 do { circle diam 16 at D[i] for j = 0 to 7 do { arcr(D[i],23/2,j/8*twopi_,(j+3/4)/8*twopi_) ccw } } hidden_thick for s=-1 to 1 by 2 do { line dashed from (-305/2,s*h) to (305/2,s*h) line dashed from (-305/2,s*30.6) to (305/2,s*30.6) line dashed from (-305/2,s*21.1) to (305/2,s*21.1) line dashed from (-305/2+25+2,s*21.1) to (305/2,s*21.1) line dashed dashwid/2 from (-305/2+25,s*25/2) down -s*(40/2-25/2-2); if s<0 then { arc dashed dashwid/4 ccw rad 2 } \ else { up; arc dashed dashwid/4 cw rad 2 } line dashed to ((305/2,0),Here) for k = -1 to 1 by 2 do { move to (k*305/2,s*(30.6+10)) { dashline(from Here+(0,s*9.5/2) right -k*16,,dashwid/2) dashline(right -k*9.5/2/2 up -s*9.5/2,,dashwid/3) dashline(left -k*9.5/2/2 up -s*9.5/2,,dashwid/3) dashline(left -k*16,,dashwid/2) dashline(from Here+(-k*16,0) up s*9.5,,dashwid/2.5) } { dashline(from Here+(0,s*11/2) right -k*36.5,,dashwid/2) dashline(right -k*11/2/2 up -s*11/2,,dashwid/3) dashline(left -k*11/2/2 up -s*11/2,,dashwid/3) dashline(left -k*36.5,,dashwid/2) dashline(from Here+(-k*36.5,0) up s*11,,dashwid/2.5) } { dashline(from Here+(0,s*13/2) right -k*32,,dashwid/2) dashline(down s*13,,dashwid/2) dashline(left -k*32,,dashwid/2) } ctrline(right -k*20 chop -3 chop 0); ctrline(right -k*20 chop 0 chop -3) } } dimension_thick # bottom dimension_(from (-305/2,-h) to (305/2,-h),-(rr*1.1-h),"305",20pt__) # outer radii r_dimen(from (-P1.x,P1.y) down 40*cosd(30) right 40*sind(30),0,40,,->) r_dimen(from (P1.x,-P1.y)+(Rect_(40,120)) \ down 40*cosd(30) right 40*sind(30),0,40,,<-) # main diameter r_dimen(from (Rect_(rr,180+50)) to (Rect_(rr,50)),,230,,,(Rect_(50,50))) # inner circles r_dimen(from (Rect_(d2/2,180+25)) to (Rect_(d2/2,25)),,204,,,(Rect_(25,25))) r_dimen(from (Rect_(d3/2,180-12)) to (Rect_(d3/2,-12)),,140,,,(Rect_(25,-12))) # bolt hole placement diameter r_dimen(from Orig to (Rect_(85,-43)),,``85$\,$R'',,->,(Rect_(20,-43))) # left slot r_dimen(from (-305/2+6,-25/2) up 25,0,25) r_dimen(from (-305/2,-26) right 40,0,40) line from last line.end to (last line.end.x,BX.s.y) chop -tic chop 0 r_dimen(from (-305/2,26) right 25,0,25) line from last line.end to (last line.end.x,BX.n.y) chop -tic chop 0 # right slot r_dimen(from (305/2-40,-32/2-10) right 40,0,40) line from (305/2-40,-32/2) down 10+tic # drill-holes for i=1 to 4 do { ctrarcr(Orig,85,atan2(D[i].y,D[i].x)-10*dtor_,atan2(D[i].y,D[i].x)+10*dtor_) } ctrarcr(Orig,85,atan2(D[4].y,D[4].x)+10*dtor_,atan2(D[4].y,D[4].x)+25*dtor_) ctrline(up 30 at D[3]) ctrline(up 30 at D[4]) r_dimen(from D[3]+(0,-14) right 35,0,35) r_dimen(from (0,D[3].y-14) right 35,0,35) # arrow <- down 30 left 30 from D[3] chop 16/2 chop 0 then left 5 # "16 DRILL 23 CBORE" rjust "4 HOLES" rjust # arrow <- from (-305/2,30.6+10+2) up 5 left 5 then up 13 # s_box(SEE (A)) with .sw at Here+(-5pt__,2pt__) command "}%" .PE Circuit_macros9.5/examples/clock.m40000644060175006010010000000074213774371760016365 0ustar DwightNone.PS # clock.m4 gen_init linethick = 1.5 arrowwid = 5 pt__ rgbfill(255/255,250/255,205/255, Clock: circle rad 0.75 at (0,0) ) command "\newcounter{hour}" for time=1 to 12 do { sprintf("\setcounter{hour}{%g}\Roman{hour}",time) \ at Rect_(Clock.rad*0.85,90-time*30) } line <-> from Rect_(Clock.rad*0.95,90-8.5*30) to Clock \ then to Rect_(Clock.rad*0.7,90-3.5*30) line thick 1 outline "red" from Clock to Rect_(Clock.rad*0.95,90-0.75*30) .PE Circuit_macros9.5/examples/Conn.m40000644060175006010010000000420313774371757016171 0ustar DwightNone.PS # `Conn.m4' cct_init T:[ ifelse(ifmpost(T)`'ifpostscript(T),,`command "{\sf"') S1: tstrip(U) thinlines_ arrow <- left 0.15 from S1.L1; "L1" rjust arrow <- left 0.15 from S1.L4; "L4" wid 0.2 rjust "$\vdots$" at (0.5 between last "" and 2nd last "")+(-0.15,0.02) arrow <- right 0.25 from S1.R1; "R1" ljust arrow <- right 0.25 from S1.R4; "R4" ljust "$\vdots$" at (0.5 between last "" and 2nd last "")+(0.15,0.02) arrow <- right 0.15 up 0.10 from S1.T1; "T1" ljust arrow <- right 0.15 up 0.10 from S1.T4; "T4" ht 11 pt__ ljust "$\vdots$" at (0.5 between last "" and 2nd last "")+(0.15,0.02) thicklines_ CS1: "`\tt tstrip(U)'" at S1.s+(0,-0.15) S2: tstrip(R,5,DO;wid=1.0;ht=0.25) with .sw at S1.se+(0.8,0.15) thinlines_ arrow <- up 0.2 right 0.1 from S2.T1; "T1" above arrow <- up 0.2 right 0.1 from S2.T5; "T5" above "$\cdots$" at 0.5 between last "" and 2nd last "" above CS2: `"\tt tstrip(R,5,"' ht 0.1 ljust \ `"\tt $\;\;$DO;wid=1.0;ht=0.25)"' ljust at S2.sw+(-0.1,-0.2) ifelse(ifmpost(T)`'ifpostscript(T),,`command "}"') ] C: [ C1: ccoax `"\tt ccoax\vphantom{(}"' ht 11 pt__ at C1.s below thinlines_ arrow <- up 0.1 right 0.1 from C1.C.ne; "C" ljust arrow <- down 0.05 right 0.1 from C1.S.e; "S" wid 0.1 ht 11pt__ ljust thicklines_ C2: ccoax(at C1+(0,0.3),F) `"\tt ccoax(,F)"' ht 11 pt__ wid 0.65 at C2.ne ljust ] with .C1.sw at T.S2.se+(0.6,0.0) Y: [ tconn(,O) {`"\tt tconn(,O)"' at last line.c+(0,-0.2) wid 43 pt__ } move to Here+(0.3,0) P1: tconn(,>) {`"\tt (,>)"' at last line.c+(0,-0.2)} move to P1.end+(0.3,0) tconn(,>>) {`"\tt (,>{}>)"' at last line.c+(0,-0.2)} move to P1.start+(0,linewid) P3: tconn(,<) {`"\tt tconn(,<)"' at last line.c+(0,-0.2)} move to P3.end+(0.3,0) tconn(,<<) {`"\tt (,<{}<)"' at last line.c+(0,-0.2)} ] with .sw at (C.e.x-0.4,T.s.y) B: [ tbox(V_2) { `"\tt tbox(V\_2)"' at last [].sw below ljust } tbox(V_1,,,<) with .sw at last [].se+(1.25,0) { `"\tt tbox(V\_1,{,},<)"' at last [].s below } tbox(V_1,,,<>) with .sw at last [].se+(1.25,0) { `"\tt tbox(V\_1,{,},<>)"' at last [].s below } ] with .nw at T.sw+(0,-0.2) .PE Circuit_macros9.5/examples/Connectors.m40000644060175006010010000000135213774371763017410 0ustar DwightNone.PS # Connectors log_init include(ics.m4) ifelse(ifpgf(T)`'ifpstricks(T)`'ifpsfrag(T),T,`command "{\small\sf"') # ArduinoUno Ar: ArduinoLeonardo #with .sw at last [].se+(0.25,0) RPI: RPi with .sw at last [].se+(0.25,0) HD: HDMI_micro with .nw at last [].ne+(0.25,0.5) S: USB_C_Socket with .sw at (HD.e.x+0.25,RPI.s.y) ifelse(ifpgf(T)`'ifpstricks(T)`'ifpsfrag(T),T,`command "}"') "{\sf Arduino Leonardo}" at Ar.Connector.s below "{\sf Raspberry Pi 4 GPIO}" at RPI.GPIO.s below "\sf Micro" rjust at HD.Base.sw+(-2bp__,0) "\sf HDMI" rjust "\sf USB-C Socket" at S.Base.s below "\sf B12" at S.B12.end above ljust "\sf B1" at S.B1.end above ljust "\sf A1" at S.A1.end above rjust "\sf A12" at S.A12.end above rjust .PE Circuit_macros9.5/examples/Contact.m40000644060175006010010000000637613774371763016701 0ustar DwightNone.PS # Contact cct_init movw = 0.45 { contact {S:`"\tt contact"' at last [].s+(0,-0.15) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(R) {`"\tt (R)"' at (last [].s,S) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(O); {`"\tt (O)"' at (last [],S)} move right_ movw; contact(C); {`"\tt (C)"' at (last [],S)} move right_ movw; contact(P) {S: `"\tt (P)"' at last [].s+(0,-0.15) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(PR) {S: `"\tt (PR)"' at last [].s+(0,-0.15) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(PO); {`"\tt (PO)"' at (last [],S)} {"\sl O" ljust at last [].O "\sl C" ljust at last [].C } move right_ movw; contact(PC); {`"\tt (PC)"' at (last [],S)} } move down 0.75; right_ ; { contact(I); {`S: "\tt (I)"' at last [].s+(0,-12bp__) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O.e "\sl C" ljust at last [].C.e } move right_ movw; contact(RI) {`"\tt (RI)"' at (last [],S) "\sl P" rjust at last [].P.w "\sl O" ljust at last [].O.e "\sl C" ljust at last [].C.e } move right_ movw; contact(OI); {`"\tt (OI)"' at (last [],S)} move right_ movw; contact(CI); {`"\tt (CI)"' at (last [],S)} move right_ movw; contact(PI); {`"\tt (PI)"' at (last [],S) } {"\sl O" ljust at last [].O.e "\sl C" ljust at last [].C.e } move right_ movw; contact(PIO); {`"\tt (PIO)"' at (last [],S) } move right_ movw; contact(PIC); {`"\tt (PIC)"' at (last [],S) } } movewid = movw move down 0.65; right_; { K: contact(T) {S: `"\tt (T)"' at last [].s+(0,-0.15) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.C; "$\;\;$\sl C" spline <- right 0.09 then down 0.05 right 0.05 from K.O; "$\;\;$\sl O" thicklines_ } move; K: contact(RT) {`"\tt (RT)"' at (last [],S) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.O; "$\;\;$\sl O" spline <- right 0.09 then down 0.05 right 0.05 from K.C; "$\;\;$\sl C" thicklines_ } move; contact(OT); {S: `"\tt (OT)"' at (last [],S) } move; contact(CT); {S: `"\tt (CT)"' at (last [],S) } move; contact(PT); {S: `"\tt (PT)"' at (last [],S) } move; contact(PTO); {S: `"\tt (PTO)"' at (last [],S) } move; contact(PTC); {S: `"\tt (PTC)"' at (last [],S) } } move down 0.65; right_; { K: contact(U) {S: `"\tt (U)"' at last [].s+(0,-0.15) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.C; "$\;\;$\sl C" spline <- right 0.09 then down 0.05 right 0.05 from K.O; "$\;\;$\sl O" thicklines_ } move; K: contact(RU) {`"\tt (RU)"' at (last [],S) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.O; "$\;\;$\sl O" spline <- right 0.09 then down 0.05 right 0.05 from K.C; "$\;\;$\sl C" thicklines_ } move; K: contact(OU); {S: `"\tt (OU)"' at (last [],S) "\sl O" ljust at K.O.e } move; K: contact(CU); {S: `"\tt (CU)"' at (last [],S) "\sl C" ljust at K.C.e } move; contact(PU); {S: `"\tt (PU)"' at (last [],S) } move; contact(PUO); {S: `"\tt (PUO)"' at (last [],S) } move; contact(PUC); {S: `"\tt (PUC)"' at (last [],S) } } .PE Circuit_macros9.5/examples/Contacts.m40000644060175006010010000000306113774371763017050 0ustar DwightNone.PS # Contacts.m4 cct_init space = 0.75 KS:contacts(2) {`"\tt contacts(2)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,I) with .sw at last [].se+(space,0) {`"\tt (2,I)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,IO) with .sw at last [].se+(space,0) {`"\tt (2,IO)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) ') } KS:contacts(2,PICD) with .sw at last [].se+(space,0) {`"\tt (2,PICD)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,PTCD) with .sw at last [].se+(space,0) {`"\tt (2,PTCD)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,PUCD) with .sw at last [].se+(space,0) {`"\tt (2,PUCD)"' at KS.s +(0,-12bp__) for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,0) ') } .PE Circuit_macros9.5/examples/control.m40000644060175006010010000001030013774371760016741 0ustar DwightNone.PS # control.m4 gen_init linewid = linewid*0.8 circlerad = 0.35/2 bw = boxwid/2 bh = boxht/2 # . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . # PID: [ {"$r(s)$" above ljust} arrow S1: circle line right "$e(s)$" above { arrow right ; box ht bh wid bw "$K_p$" arrow right linewid-circlerad ; S2: circle } { line up linewid ; arrow right ; box ht bh wid bw "$K_D s$" line to (S2,Here) ; arrow to S2.n } { line down linewid ; arrow right ; box ht bh wid bw "$K_I/s$" line to (S2,Here) ; arrow to S2.s } arrow right from S2.e "$u(s)$" above box "$G(s)$" arrow right ; "$y(s)$" above rjust at Here+(0,2pt__) line down boxht*3/2 from last arrow.c then left last arrow.c.x-S1.x arrow to S1.s "$-\;$" below rjust ] "(a) $PID$ control" below ljust at PID.sw+(0,-5pt__) # . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . # Observer: [ {"$r$" above ljust} arrow S: circle "$-\;$" below rjust at S.s arrow <- down linewid/2 from S.s box ht bh wid bw "$K$" arrow <- down linewid/2 line right linewid "$\hat x$" above Obs:box wid linewid*5 ht boxht*5/4 \ "$\frac{d}{dt}\hat x = (A{-}LC)\hat x + B u + L y$" "\sl Observer" above ljust at Obs.sw arrow <- right linewid/2 from 3/4 line to (Here,S) {"$u$" above at Here+(linewid/2,0)} arrow from S.e to Here+(linewid,0) Plant: box wid boxwid*3/2 ht boxht*5/4 \ "$\frac{d}{dt} x=Ax+Bu$" "$\quad y=Cx$\hfill\hbox{}" "\sl Plant" above ljust at Plant.sw arrow right from Plant.e "$y$" above rjust at Here+(0,2pt__) move to last arrow.c line to (Here, 1/4) arrow to (Obs.e,Here) ] with .nw at PID.sw+(0,-0.5) "(b) Output feedback with a full-order observer" below ljust \ at Observer.sw+(0,-5pt__) # . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . # Multiblock: [ boxwid = boxht circlerad = boxht*0.4 define summer { circle {line from last circle.nw to last circle.se line from last circle.sw to last circle.ne "$$1$" at last circle.n below "$$2$" at last circle.s above "$$3$" at last circle.e rjust "$$4$" at last circle.w ljust} } define doublebox {[box "$$1$"; arrow; box "$$2$"]} arrow "$E_1$" above S1: summer(,-,,+) linewid = boxwid/2 arrow "$\epsilon$" above doublebox(H_1,H_2) arrow S2: summer(-,,,+) arrow T: doublebox(H_3,H_4) line Y: Here arrow "$S_1$" above R1: box "$R_1$" at (T.x,T.y+boxht*3/2) arrow from Y to (Y,R1) then to R1.e arrow from R1.w to (S2,R1) then to S2.n "$n_1$" ljust at S2.n+(0,boxht/2) left Rf: doublebox(R_2,R_3) at ((S1.x+T.x)/2,T.y-boxht*3/2) arrow from T to (T,Rf) then to Rf.e arrow from Rf.w to (S1,Rf) then to S1.s "$n_2$" at S1.s+(0,-boxht/2) ljust ] with .nw at Observer.sw + (0,-0.5) "(c) A multiblock example" below ljust at Multiblock.sw+(0,-5pt__) # . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . # Nonlinear: [boxwid = boxwid*3/2; boxht = boxht*3/2 thicklines_ scale = 0.8 circlerad = 0.3/2 R: box "reference" "$R$" arrow right linewid*4/3 "${y_c}_{\hbox{\scriptsize ref}}$" above Gh: box "```inverse'''" "$\hat G$" arrow from Gh.s down "${y_m}_{\hbox{\scriptsize ref}}$" ljust E: circle arrow from E.e right "$e$" above box "stabilizer" "$K$" arrow "$\delta u$" above D: circle line from Gh.e to (D,Gh.e) "$u_{\hbox{\scriptsize ref}}$" above arrow to D.n arrow from D.e right "$u$" above G: box "plant" "$G$" arrow <- from G.n up boxht/2 "disturbance $z$" above arrow right from G.e + (0,boxht/4) "$y_c$" ljust arrow right from G.e + (0,-boxht/4) "$y_m$" ljust move to last arrow.c arrow down Here.y-G.s.y+boxht*2/3 then left Here.x-E.x then to E.s "$-$" at Here + (-0.15,-0.1) arrow <- down from R.s "$W$ control input" at Here - (0,0.1) UL:R.nw +(-boxht/2,boxht/2) UR:(D.e,UL) + (0.1,0) line dashed from UL to UR then to (UR,G.s+(0,-boxht*3/2)) line dashed to (Gh.w,Here) "Controller" above line dashed to (Here,Gh.s+(0,-boxht/2)) line dashed to (UL,Here) then to UL ] with .nw at Multiblock.sw + (0,-0.5) "(d) Nonlinear feedforward (for performance) and small-signal feedback (for stability)" \ below ljust at Nonlinear.sw+(0,-5pt__) .PE Circuit_macros9.5/examples/Counting.m40000644060175006010010000000104713774371760017057 0ustar DwightNone.PS # Counting.m4 gen_init g = 0.4 # grid size define grid { (($2)*g,-($1)*g) } circlerad = 0.1 for i=1 to 4 do { sprintf(`"$S_%g$:"',i) ljust at grid(i,-0.5) for j=1 to 4 do { if i+j < 8 then { sprintf(`"$s_{%g%g}$"',i,j) at grid(i,j) } } } "$\vdots$" at grid(4.75,0) for i=1 to 3 do { `"$\cdots$"' at grid(i,5) } "$\cdots$" at grid(4,4) P: grid(1,1) for k=3 to 5 do { for i=1 to k-1 do { if (k%2==1) then { m=i; n=k-i } else { m=k-i; n=i } Q: grid(m,n) arrow from P to Q chop P: Q } } .PE Circuit_macros9.5/examples/Coxeter.m40000644060175006010010000000276113774371763016711 0ustar DwightNone.PS # Coxeter.m4 darrow_init customlinethick = 1.5 linethick = customlinethick define(`dotrad_',`(3/2*linethick pt__)') Orig: (0,0) for i=0 to 4 do { P[i]: dot(at (i*linewid,0)) } line from Orig to P[4] P[-1]: dot(at (Rect_(linewid, 120))); line to Orig P[-2]: dot(at (Rect_(linewid,-120))); line to Orig Pa: dot(at P[4]+(linewid,0)); "$a$" at last [].n above arrow from P[4] to Pa chop linewid/4 Pd: dot(at Pa+(linewid,0)); "$d$" at last [].w rjust Pe: dot(at Pd+(linewid,0)); "$e$" at last [].n above Pf: dot(at Pe+(linewid,0)); "$f$" at last [].n above Pb: dot(at Pd+(Rect_(linewid,120))); "$b$" at last [].w rjust Pc: dot(at Pd+(Rect_(linewid,-120))); "$c$" at last [].w rjust line from Pb to Pd then to Pc line from Pd to Pf define(`customarc', `pushdef(`dfillcolor',`0.7,0.7,0.7') linethick_(0.4); dnl Darc(`$1',linewid, (`$2')*dtor_, (`$3')*dtor_, thick=linewid/6; wid=linewid*0.3; ht=linewid/6; ends=<->)dnl linethick_(customlinethick); popdef(`dfillcolor')') customarc((linewid,-linewid/3), 25,155); "$d$" at (linewid,linewid*2/3) customarc((2*linewid,-linewid/3), 25,155); "$e$" at (2*linewid,linewid*2/3) customarc((3*linewid,-linewid/3), 25,155); "$f$" at (3*linewid,linewid*2/3) customarc(Orig,130,230); "$a$" at (Rect_(linewid,180)) customarc(Orig, 10,110); "$b$" at (Rect_(linewid, 60)) customarc(Orig,-110,-10); "$c$" at (Rect_(linewid,-60)) .PE Circuit_macros9.5/examples/Crossbar.m40000644060175006010010000000251613774371760017051 0ustar DwightNone.PS # Crossbar gen_init circlerad = 0.12 boxwid = 0.18 boxht = 0.18 rathick = 1.5 rawd = rathick*4 bp__ raht = rawd*2 boxdist = boxwid*1.8 define bcoord {($2,-($1))*boxdist} define redarrow { arrow ht raht wid rawd thick rathick color "red" } define cbx { thinlines_ n = $+ - 1 for i=0 to n do { line color "blue" from bcoord(i,0) to bcoord(i,n) line color "blue" from bcoord(0,i) to bcoord(n,i) C[i]: circle invis at bcoord(i,-1.5) } for i=0 to n do { exec sprintf("col = $%g",i+1) redarrow from C[i].e right 1.25*boxwid redarrow from C[i].w+(-boxwid,0) right raht for j=0 to n do { B: box outlined "blue" shaded "yellow" at bcoord(i,j) if j==col then { line color "blue" from B.s to B.e line thick rathick color "red" from C[i].e to B.w \ then to B.n then to (B.x,C[0].y+(2+j*2/3)*boxht) continue to (C[j].x-(2+j*2/3)*boxht,Here.y) continue to (Here,C[j]) then to C[j].w } \ else { line color "blue" from B.n to B.s line color "blue" from B.w to B.e } } } thicklines_ for i=0 to n do { circle thick 1.5 outlined "blue" shaded "yellow" at C[i] \ sprintf("iflatex(\large)%g",i) } } ifdpic(` cbx(3,6,0,5,2,7,1,4) ',`box wid 1 ht 0.75 "Crossbar.m4" "requires" "dpic"') .PE Circuit_macros9.5/examples/Crow.m40000644060175006010010000000473013774371760016205 0ustar DwightNone.PS # Crow.m4 #`Illustrates shadebox and custom crowfoot line termination; uses s_box' gen_init s_init(Crow) sinclude(tst.dim) # Custom macros -------------------------- # `crowline(linespec,wid,ht)' define(`crowline', `line `$1' M4_E: last line.end crow_wd = ifelse(`$2',,`(arrowwid*8/5)',`$2') crow_ht = ifelse(`$3',,`(1.5*crow_wd)',`$3') M4_P: vperp(last line,crow_wd) M4_X: crow_ht/lin_leng(last line) between M4_E and last line.start ifdpic( `spline 0.4 from M4_E+M4_P to M4_X+M4_P then to M4_X-M4_P then to M4_E-M4_P', `spline from M4_E+(M4_P.x,M4_P.y) to M4_X+(M4_P.x,M4_P.y) \ then to M4_X-(M4_P.x,M4_P.y) then to M4_E-(M4_P.x,M4_P.y)') ') define(`custombox', ``$1': shadebox(box `$2',3) s_box({\sf `$1'}) at last box.n above boxtext(`$3')') define(`boxtext',`s_box(\parbox{%gpt}{\sf `$1'},int(last box.wid/(1pt__))) \ with .nw at last box.nw +(5pt__,-5pt__) ') # ---------------------------- boxwid = boxwid*1.15 boxsep = boxwid/2 custombox(Class,ht boxht*1.7, `classkey\\ class\_type\\ class\_desc') custombox(Product,ht Class.ht with .nw at Class.ne+(boxsep,0), `classkey\\ prodkey\\ prod\_name\\ pkg\_type') custombox(Sales,ht boxht*2.75 with .nw at Product.ne+(boxsep*2,13pt__), `perkey\\ classkey\\ prodkey\\ storekey\\ promokey\\ quantity\\ dollars') custombox(Period,ht Sales.ht with .nw at Sales.ne+(boxsep*2,0), `perkey\\ date\\ day\\ week\\ month\\ qtr\\ year') custombox(Market,ht Sales.ht with .nw at Class.sw+(0,-boxsep*3/2), `perkey\\ date\\ day\\ week\\ month\\ qtr\\ year') custombox(Store,ht boxht*3.2 with .sw at (Product.w,Market.s), `storekey\\ mktkey\\ store\_type\\ store\_name\\ street\\ city\\ state\\ zip') custombox(Promotion,ht Market.ht with .sw at (Period.w,Market.s), `promokey\\ promo\_type\\ promo\_desc\\ value\\ start\_date\ end\_date') move to Class.ne+(0,-10pt__); crowline(to (Product.w,Here)) move to Product.ne+(0,-10pt__); crowline(to (Sales.w,Here)) move to last line.start+(0,-crow_wd*2.5); crowline(to (Sales.w,Here)) T: last line.c+(0,-crow_wd*2.5) move to Period.nw+(0,-10pt__); crowline(to (Sales.e,Here),,1.75*crow_wd) Q: (last line.c,0.35 between Sales.se and Sales.ne) move to Market.ne+(0,-10pt__); crowline(to (Store.w,Here)) move to Store.ne+(0,-10pt__); line to (T,Here) then to T crowline(to (Sales.w,Here)) move to Promotion.nw+(0,-10pt__); line to (Q,Here) then to Q crowline(to (Sales.e,Here),,1.75*crow_wd) .PE Circuit_macros9.5/examples/Cruller.m40000644060175006010010000000352713774371763016711 0ustar DwightNone.PS # Cruller.m4 threeD_init NeedDpicTools scale = 2.54 define(`lobe',`(sind(6*(`$1'))+4)/5*2.25') viewazimuth = 20 # Set view angles in degrees viewelevation = 30 setview(viewazimuth,viewelevation,0) dt = 3 # major angle degrees per facet ds = 10 # minor angle degrees per facet tradius = 6 define(`cruller',`rot3Dz((`$1')*dtor_, sum3D(0,tradius,0,0,Rect_(lobe(`$2'+2*(`$1')),`$2')))') define(`tvisible',`dot3D(View3D, cross3D(diff3D(cruller(`$1'+dt/2,`$2'),cruller(`$1',`$2')), diff3D(cruller(`$1',`$2'+ds/2),cruller(`$1',`$2'))))') # create the arrays and sort n = 0 for t = dt to 360+dt/2 by dt do { for s=ds/2 to 360.1 by ds do { if tvisible(t,s) > -0.01 then { n +=1 t[n] = t s[n] = s d[n] = dot3D(cruller(t,s),view3D1,view3D2,view3D3) # view distance ix[n] = n } } } # prval(n) dpquicksort(d,1,n,ix) # Background Bne: (9,6) Bsw: (-9,-6) B: 0.5 between Bne and Bsw iflatex(`line fill_(0.75) \ from (Bsw,Bne) to Bsw then to (Bne,Bsw) then to Bne then to (Bsw,Bne)', `ShadedPolygon((Bsw,Bne):Bsw:(Bne,Bsw):Bne,,-30, 0,1,1,1, .5,.1,.4,0, 1,0,0,0) at B') # draw the facets thinlines_ [ rgbtohsv(0.6,0.4,0,h,s,v) for i = 1 to n do { tc = t[ix[i]]; sc = s[ix[i]] SE: (project(cruller(tc+dt/2,sc-ds/2))) SW: (project(cruller(tc-dt/2,sc-ds/2))) NW: (project(cruller(tc-dt/2,sc+ds/2))) NE: (project(cruller(tc+dt/2,sc+ds/2))) f = ((dcosine3D(3,cruller(tc,sc))/2.25+1)/2)^2 hsvtorgb(h,(1-f)*s,1,r,g,b) line outlined rgbstring(r,g,b) shaded rgbstring(r,g,b) ifpdf( invis ) \ from SE to SW then to NW then to NE then to SE } ] at B thicklines_ .PE Circuit_macros9.5/examples/csc.m40000644060175006010010000000436713774371760016051 0ustar DwightNoneifelse(ifpstricks(T)`'ifmpost(T)`'ifpostscript(T)`'ifpgf(T),, `PSTricks, MetaPost, PGF, or Postscript required for this diagram',`dnl .PS 3.5 # csc.m4 gen_init circlerad=1.91 hubrad=0.10 s=0.5 define(`midnight',`0.1, 0.1, 0.44') define(`white',`1, 1, 1') define(`spokewidth',0.1) define(`spoke',`dnl {line from rvec_(0,hubrad-spokewidth/2) to rvec_(circlerad-0.05,0)} {line from rvec_(0,-(hubrad-spokewidth/2)) to rvec_(circlerad-0.05,0)}') define(`lwid',1) define(`coord',`(s*(`$1'),s*(`$2'))') # Circle and spokes # [ rgbdraw(midnight, linethick=`0.'eval(lwid*15)/(1pt__) {circle with .c at Here circle invis diam last circle.diam + linethick pt__ at last circle } linethick=spokewidth/(1pt__) for angle = 0 to 330 by 30 do { Point_(angle) {spoke} } ) # Whiten where the hull will be linethick=`0.'eval(lwid*20)/(1pt__) rgbdraw(white, Point_(-60){line to rvec_(circlerad*0.72,0)} Point_(-90){line to rvec_(circlerad*0.72,0)} Point_(-120){line to rvec_(circlerad*0.72,0)} linethick=`0.'eval(lwid*15)/(1pt__) {move to coord(1.8,-2.3)+(0,0.025) spline to Here+coord(-0.8,-0.3) then to Here+coord(-1.8,-0.3) \ then to Here+coord(-2.18,-0.27) \ then to Here+coord(-3.93,-0.1)} ) # Sail thinlines_ setrgb(midnight) rgbfill(midnight, line from coord(0.44,3.38) to coord(0.44,2.6) \ then to coord(2.1,-1.75) \ then to coord(1.22,-1.53) \ then to coord(0.62,-1.4) \ then to coord(0.55,-1.6) \ then to coord(-2.2,-1.6) \ then to coord(-2.35,-1.5) spline to coord(-2.14,-0.78) \ then to coord(-1.74,0.22) \ then to coord(-1.42,0.89) \ then to coord(-0.92,1.73) \ then to coord(0,2.9) \ then to coord(0.44,3.38) ) # Hull rgbfill(midnight, spline from coord(2.1,-1.75) to coord(1.9,-2.2) \ then to coord(1.85,-2.3) then to coord(1.8,-2.33) \ then to coord(1,-2.5) then to coord(0,-2.6) then to coord(-0.38,-2.57) \ then to coord(-2.13,-2.4) line to coord(-2.2,-2.05) then to coord(2.1,-1.75) spline to coord(-1,-2.08) then to coord(0.55,-1.77) ) # ] with .sw at 1,1 .PE') Circuit_macros9.5/examples/CSlight.m40000644060175006010010000001356313774371760016634 0ustar DwightNone.PS # Csource.m4 ifmpost(command "verbatimtex") command "\newcommand\scriptstack[2][c]{\hbox{\scriptsize\shortstack[#1]{#2}}}%" command "{\scriptsize" ifmpost(command "etex") define(`density',0.90) setrgb(density, density, density) cct_init linewid = 0.4 define(`npair',`[define(`m4lr',ifelse(`$1',,l,r)) J: mosfet(down_ dimen_,ifelse(`$1',,R,L),uHSDF,E) "\scriptstack[l]{$Q_{`$2'}$\\ 2N5464}" at J.n+(0,8pt__) G: J.G line ifelse(`$1',,right,left) dimen_/4 from J.D Q: bi_tr(up_ dimen_,ifelse(`$1',,L,R),,E) with .B at Here ifelse(`$1',,r,l)label(,`\scriptstack[m4lr]{$Q_{`$3'}$\\ 2N4239}') E: Q.E S: dot(at (Q.C,J.S)) line from J.S to S then to Q.C ]') define(`ppair',`[define(`m4lr',ifelse(`$1',,l,r)) J: mosfet(down_ dimen_,ifelse(`$1',,R,L),dHSDF,E) "\scriptstack[l]{$Q_{`$2'}$\\ 2N3819}" at J.s-(0,8pt__) G: J.G line ifelse(`$1',,right,left) dimen_/4 from J.S Q: bi_tr(down_ dimen_,ifelse(`$1',,R,L),P,E) with .B at Here ifelse(`$1',,l,r)label(,`\scriptstack[m4lr]{$Q_{`$3'}$\\ 2N4236}') E: Q.E S: dot(at (Q.C,J.D)) line from J.D to S then to Q.C ]') R2: resistor(down_ dimen_) llabel(,`\scriptstack[l]{$R_2$\\ 150}') dot Q13: bi_tr(down_ dimen_,,P,E) with .E at Here rlabel(,`\scriptstack[r]{$Q_{13}$\\ 2N4236}') line down 3.1*elen_ from Q13.C Q14: bi_tr(up_ dimen_,R,,E) with .C at Here llabel(,`\scriptstack[r]{$Q_{14}$\\ 2N4239}') dot(at Q14.E) { line left_ dimen_*1.3 then up_ dimen_ R1: potentiometer(up_ dimen_) with .Start at Here rlabel(,`\scriptstack[l]{$R_1$\\ $20\,$K}') { ground(at R1.T1) } line from R1.End to (R1.End,Q13.E) then to Q13.E } { dot(at Q13.C+(0,-elen_)) line to (R1.R,Here)+(-dimen_/2,0) { arrowline(right_ dimen_/2); llabel(,i_1) } V1: gap(down_ dimen_,1); rlabel(+,V_1,-) line down_ dimen_/4 chop dotrad_ chop 0; ground(,T) } R3: resistor(down_ dimen_) llabel(,`\scriptstack[l]{$R_3$\\ 150}') dot(at Q13.C+(0,-2*elen_)) line right_ dimen_/2 A1: opamp with .In2 at Here; "$A_1$" at A1.C "`\scriptstack[l]{Nexus\\ SQ-10A}'" at A1.s below line left_ dimen_/4 from A1.In1 then up_ dimen_/2 then right dimen_ dot { resistor(up_ elen_) llabel(,`\scriptstack[r]{$R_{14}$\\ $19\,$K}') line to (Here,Q13.E) then to Q13.E } line to (A1.Out,Here) dot { line to A1.Out dot resistor(down_ to (Here,Q14.E)) llabel(,`\scriptstack[l]{$R_{13}$\\ $91\,$K}') line to Q14.E } R6: resistor(right_ dimen_) rlabel(,`\scriptstack[l]{$R_6$\\ $15\,$K}') dot line to (Here,A1.In1) then right_ dimen_/4 A2: opamp with .In1 at Here; "$A_2$" at A2.C "`\scriptstack[l]{Nexus\\ SQ-10A}'" at A2.s below line left_ dimen_/4 from A2.In2 ground dot(at A2.Out) DP1: npair(,3,4) with .E at (A2.Out,Q14.B)+(elen_*1.25,0) line from A2.Out to (A2.Out,DP1.G) then to DP1.G line from DP1.E to (DP1.E,R3.bottom); dot D4: reversed(`diode',up_ dimen_/2 from DP1.S) D3: reversed(`diode',up_ dimen_/2 from Here+(0,-dimen_/6)) llabel(,`\scriptstack[r]{$D_4$\\ OMC-V\\ $D_3$}') DP2: ppair(,1,2) with .E at (DP1.E,Q13.B) D1: diode(down_ dimen_/2 from DP2.S) D2: diode(down_ dimen_/2 from Here+(0,dimen_/6)) rlabel(,`\raisebox{5pt}{\scriptstack[r]{$D_1$\\ $D_2$\\ OMC-V}}') dot(at (Here,A2)) line to D2.bottom line from DP2.G to (A2.Out,DP2.G) then to A2.Out line from DP2.E to (DP2.E,R2.top); dot T: dot(at (DP1.E,A2)+(dimen_,0)) DP3: npair(,7,8) with .G at (Here,DP1.G)+(dimen_/4,0) dot(at DP3.E) line to Q14.B DP4: ppair(,5,6) with .G at (DP3.G,DP2.G) dot(at DP4.E) line to Q13.B line from DP3.G to (T,DP3.G) then to (T,DP4.G) then to DP4.G R11: resistor(down_ dimen_ from DP4.S) rlabel(,`\scriptstack[r]{$R_{11}$\\ $20$}') D5: diode(up_ from DP3.S to (DP3.S,A2),Z) llabel(,`\scriptstack[r]{$D_5$\\ 1N4729$_{\vphantom{1}}$}') line to R11.end C4: capacitor(right_ dimen_*1.3 from DP3.S,C) llabel(`C_4'); rlabel(,`0.68\,\mu\hbox{F}') C3: capacitor(right_ dimen_*1.3 from DP4.S,C) llabel(`C_3'); rlabel(,`0.68\,\mu\hbox{F}') dot dot(at (Here,R6)) C2: reversed(`capacitor',left_ dimen_*1.3,C) rlabel(,,`C_2'); llabel(,`0.1\,\mu\hbox{F}') line to R6.end R5: resistor(up_ from R6.end to (R6.end,Q13.B)) rlabel(,`\scriptstack[l]{$R_5$\\ $100\,$K}') dot(at R5.top-(0,dimen_/2)) line left_ dimen_/2 capacitor(down_ dimen_,C) rlabel(,`\scriptstack[r]{$C_1$\\ $1\,\mu$F}') ground(,T) line from DP4.E to (DP4.E,R2.bottom) resistor(up_ to (Here,R2.top)) rlabel(,`\scriptstack[l]{$R_9$\\ $910$}') dot resistor(down_ from DP3.E to (DP3.E,R3.bottom)) llabel(,`\scriptstack[l]{$R_{10}$\\ $910$}') dot line from R5.top to (R5,Q13.E) resistor(right_ elen_) llabel(,`\scriptstack[l]{$R_4$\\ $100\,$K}') line to (C4.end,Here) then to C4.end DP5: npair(L,11,10) with .E at (C4.end,DP1.E)+(elen_*0.8,0) line from DP5.E to (DP5.E,R3.bottom); dot line from R3.bottom to Here+(dimen_/2,0) dot(,,1) `"${}-E_{CC}$"' ljust D6: diode(up_ from DP5.S to (DP5.S,A2),Z) llabel(,`\scriptstack[r]{$D_6$\\ 1N4728}') DP6: ppair(L,12,9) with .E at (DP5.E,DP2.E) line from DP6.E to (DP6.E,R2.top); dot line from R2.top to Here+(dimen_/2,0) dot(,,1) `"${}+E_{CC}$"' ljust resistor(down_ from DP6.S to (DP6.S,C2)) rlabel(,`\scriptstack[r]{$R_{12}$\\ $20$}') dot { line to C2.e } line to D6.end Vr: dot(at (DP6.G,V1.top)+(dimen_/4,0)) line from DP6.G to (Vr,DP6.G) then to (Vr,DP5.G) then to DP5.G reversed(`arrowline',right_ dimen_/2 from Vr); llabel(,i_2) V2: gap(down_ dimen_,1); llabel(+,V_2,-) line down_ dimen_/4 chop dotrad_ chop 0; ground(,T) dot(at (Vr,T)) resistor(left_ to (DP6.E,Here)) rlabel(,`\scriptstack[l]{$R_{15}$\\ $200$}') line to (DP1.E,Here) dot command "ifmpost(verbatimtex) }% ifmpost(etex)" resetrgb .PE Circuit_macros9.5/examples/Csource.m40000644060175006010010000001340213774371763016675 0ustar DwightNone.PS # Csource.m4 cct_init # Set small text size iflatex(`textoffset = 1bp__; ifpsfrag(`textht = 9bp__', `latexcommand({\scriptsize)') ') linewid = 0.4 # Reduce element sizes define(`npair',`[define(`m4lr',ifelse(`$1',,ljust,rjust)) J: mosfet(down_ dimen_,ifelse(`$1',,R,L),uHSDF,E) "$Q_{$2}$" ljust "`2N5464'" ljust at J.nw+(-4pt__,9pt__) G: J.G line ifelse(`$1',,right,left) dimen_/4 from J.D Q: bi_tr(up_ dimen_,ifelse(`$1',,L,R),,E) with .B at Here ifelse(`$1',,r,l)label(,"$Q_{`$3'}$" m4lr "2N4239") E: Q.E S: dot(at (Q.C,J.S)) line from J.S to S then to Q.C ]') define(`ppair',`[define(`m4lr',ifelse(`$1',,ljust,rjust)) J: mosfet(down_ dimen_,ifelse(`$1',,R,L),dHSDF,E) "$Q_{$2}$" ljust "`2N3819'" ljust at J.sw+(0,-8pt__) G: J.G line ifelse(`$1',,right,left) dimen_/4 from J.S Q: bi_tr(down_ dimen_,ifelse(`$1',,R,L),P,E) with .B at Here ifelse(`$1',,l,r)label(,"$Q_{`$3'}$" m4lr "2N4236") E: Q.E S: dot(at (Q.C,J.D)) line from J.D to S then to Q.C ]') R2: resistor(down_ dimen_) llabel(,"$R_2$" ljust "\num{150}") dot Q13: bi_tr(down_ dimen_,,P,E) with .E at Here rlabel(,"$Q_{13}$" rjust "2N4236") line down 3.1*elen_ from Q13.C Q14: bi_tr(up_ dimen_,R,,E) with .C at Here llabel(,"$Q_{14}$" rjust "2N4239") dot(at Q14.E) { line left_ dimen_*1.3 then up_ dimen_ R1: potentiometer(up_ dimen_) with .Start at Here rlabel(,"$R_1$" ljust "\SI{20}{\kilo{}}") { ground(at R1.T1) } line from R1.End to (R1.End,Q13.E) then to Q13.E } { dot(at Q13.C+(0,-elen_)) line to (R1.R,Here)+(-dimen_/2,0) { arrowline(right_ dimen_/2); llabel(,i_1) } V1: gap(down_ dimen_,1); rlabel(+,V_1,-) line down_ dimen_/4 chop dotrad_ chop 0; ground(,T) } R3: resistor(down_ dimen_) llabel(,"$R_3$" ljust "\num{150}") dot(at Q13.C+(0,-2*elen_)) line right_ dimen_/2 A1: opamp with .In2 at Here; "A$_1$" at A1.C "Nexus" ljust "`SQ-10A'" ljust at A1.sw+(0,-10pt__) below line left_ dimen_/4 from A1.In1 then up_ dimen_/2 then right dimen_ dot { resistor(up_ elen_) llabel(,"$R_{14}$" rjust "\SI{19}{\kilo{}}") line to (Here,Q13.E) then to Q13.E } line to (A1.Out,Here) dot { line to A1.Out dot resistor(down_ to (Here,Q14.E)) llabel(,"$R_{13}$" ljust "\SI{91}{\kilo{}}") line to Q14.E } R6: resistor(right_ dimen_) clabel(,"$R_6$" "\vphantom{x}" "\SI{15}{\kilo{}}") dot line to (Here,A1.In1) then right_ dimen_/4 A2: opamp with .In1 at Here; "A$_2$" at A2.C "Nexus" ljust "`SQ-10A'" ljust at A2.sw+(0,-10pt__) below line left_ dimen_/4 from A2.In2 ground dot(at A2.Out) DP1: npair(,3,4) with .E at (A2.Out,Q14.B)+(elen_*1.25,0) line from A2.Out to (A2.Out,DP1.G) then to DP1.G line from DP1.E to (DP1.E,R3.bottom); dot D4: reversed(`diode',up_ dimen_/2 from DP1.S) D3: reversed(`diode',up_ dimen_/2 from Here+(0,-dimen_/7)) llabel(,"`OMC-V'" rjust "$D_3$" rjust "$D_4$") DP2: ppair(,1,2) with .E at (DP1.E,Q13.B) D1: diode(down_ dimen_/2 from DP2.S) D2: diode(down_ dimen_/2 from Here+(0,dimen_/6)) { "$D_1$" rjust "$D_2$" rjust "`OMC-V'" rjust at last [].nw } dot(at (Here,A2)) line to D2.bottom line from DP2.G to (A2.Out,DP2.G) then to A2.Out line from DP2.E to (DP2.E,R2.top); dot T: dot(at (DP1.E,A2)+(dimen_,0)) DP3: npair(,7,8) with .G at (Here,DP1.G)+(dimen_/4,0) dot(at DP3.E) line to Q14.B DP4: ppair(,5,6) with .G at (DP3.G,DP2.G) dot(at DP4.E) line to Q13.B line from DP3.G to (T,DP3.G) then to (T,DP4.G) then to DP4.G R11: resistor(down_ dimen_ from DP4.S) rlabel(,"$R_{11}$" rjust "\num{20}") D5: diode(up_ from DP3.S to (DP3.S,A2),Z) llabel(,"$D_5$" rjust "1N4729$_{\strut}$") line to R11.end C4: capacitor(right_ dimen_*1.3 from DP3.S,C) llabel(,C_4); rlabel(,\SI{0.68}{\micro\farad}) C3: capacitor(right_ dimen_*1.3 from DP4.S,C) llabel(,C_3); rlabel(,\SI{0.68}{\micro\farad}) dot dot(at (Here,R6)) C2: reversed(`capacitor',left_ dimen_*1.3,C) rlabel(,C_2); llabel(,\SI{0.1}{\micro\farad}) line to R6.end R5: resistor(up_ from R6.end to (R6.end,Q13.B)) rlabel(,"$R_5$" ljust "\SI{100}{\kilo{}}") dot(at R5.top-(0,dimen_/2)) line left_ dimen_/2 capacitor(down_ dimen_,C) rlabel(,"$C_1$" rjust "\SI{1}{\micro\farad}") ground(,T) line from DP4.E to (DP4.E,R2.bottom) resistor(up_ to (Here,R2.top)) rlabel(,"$R_9$" ljust "\num{910}") dot resistor(down_ from DP3.E to (DP3.E,R3.bottom)) llabel(,"$R_{10}$" ljust "\num{910}") dot line from R5.top to (R5,Q13.E) resistor(right_ elen_) clabel(,"$R_4$" "\vphantom{x}" "\SI{100}{\kilo{}}") line to (C4.end,Here) then to C4.end DP5: npair(L,11,10) with .E at (C4.end,DP1.E)+(elen_*0.8,0) line from DP5.E to (DP5.E,R3.bottom); dot line from R3.bottom to Here+(dimen_/2,0) dot(,,1) `"$-E_{CC}$"' ljust at last [].e D6: diode(up_ from DP5.S to (DP5.S,A2),Z) llabel(,"$D_6$" rjust "1N4728") DP6: ppair(L,12,9) with .E at (DP5.E,DP2.E) line from DP6.E to (DP6.E,R2.top); dot line from R2.top to Here+(dimen_/2,0) dot(,,1) `"$+E_{CC}$"' ljust at last [].e resistor(down_ from DP6.S to (DP6.S,C2)) rlabel(,"$R_{12}$" rjust "\num{20}") dot { line to C2.e } line to D6.end Vr: dot(at (DP6.G,V1.top)+(dimen_/4,0)) line from DP6.G to (Vr,DP6.G) then to (Vr,DP5.G) then to DP5.G reversed(`arrowline',right_ dimen_/2 from Vr); llabel(,i_2) V2: gap(down_ dimen_,1); llabel(+,V_2,-) line down_ dimen_/4 chop dotrad_ chop 0; ground(,T) dot(at (Vr,T)) resistor(left_ to (DP6.E,Here)) clabel("$R_{15}$" "" "\num{200}" ljust) line to (DP1.E,Here) dot iflatex(ifpsfrag(,`latexcommand(})')) .PE Circuit_macros9.5/examples/debug1.tex0000644060175006010010000000071413774371760016720 0ustar DwightNone% This is file debug1.tex % Type % pdflatex debug1 % for a very basic test of your latex (or pdflatex) installation. The % file debug1.log should not contain any error messages and debug1.pdf % should read correctly in a pdf reader. % \documentclass{article} % \newcommand\Angle[1]{\setbox0=\hbox{$\mskip 7mu minus 4mu#1$}% \raise.21ex\hbox{$/$}\hskip-0.95ex\underline{\raise\dp0\hbox{\box0}}} % \begin{document} $120\Angle{50^{\circ}}$ \end{document} Circuit_macros9.5/examples/debug2.m40000644060175006010010000000364713774371763016454 0ustar DwightNone% This is file debug2.m4 % Type the two (identical) command lines: % m4 pdf.m4 debug2.m4 | dpic -g > debug2.tex; pdflatex debug2 % m4 pdf.m4 debug2.m4 | dpic -g > debug2.tex; pdflatex debug2 % Alternatively, type the two not-quite-identical lines: % m4 pstricks.m4 debug2.m4 | dpic -p > debug2.tex; latex debug2 % m4 pstricks.m4 debug2.m4 | dpic -p > debug2.tex; latex debug2; dvips debug2 % In either case, the first command creates the file debug2.dim; the second % reads it to draw the correct bounding box. % % If m4 gives an error saying that it cannot find pdf.m4 then the M4PATH % environment variable has not been set to the directory containing % pgf.m4, pstricks.m4, and the other m4 libraries. For example, I have % export M4PATH=.:~/lib: % in the file ~/.bash_aliases on my Ubuntu machine, and on my PC with cygwin % it is in .bashrc. (You will have to change ~/lib to suit.) % % If other errors occur, look at debug2.log for details. % % If boxdims.sty is not found, then either it has not been copied to % where latex can find it or the latex filename database has not been % updated correctly. Instructions for the latter depend on the operating % system and may involve commands texhash, mktexlsr, tlmgr, possibly preceded % by sudo, or (for MiKTeX) clicking on the Refresh FNDB button. % See Manual Installation, steps 3 and 4 (ignore 1 and 2) at % https://en.wikibooks.org/wiki/LaTeX/Installing_Extra_Packages % % On my Ubuntu machine, boxdims.sty is in % /usr/local/lib/localtexmf/tex/latex/local/ % and on my cygwin machine it is in % /cygdrive/d/localtexmf/tex/latex/local/ % but you might choose something like ~/texmf/tex/latex/boxdims/ % \documentclass{article} \usepackage{boxdims} \usepackage{ifpstricks(pstricks,tikz)} \begin{document} .PS cct_init sinclude(debug2.dim) s_init(steinmetz) [ source(up_,AC); llabel(,s_box(`${}20$ V'),) inductor(up_,W); llabel(,s_box(`${}20$ mH'),) ] showbox_ .PE \end{document} Circuit_macros9.5/examples/Decoder.m40000644060175006010010000000121713774371760016635 0ustar DwightNone.PS # Decoder.m4 log_init define(`nlines',3) # OK for nlines from 1 to approximately 4 define(`ndata',`eval(2**nlines-1)') for_(0,nlines-1,1, `{right_; A`'m4x: dot(at rsvec_(0,m4x*AND_ht)) "$A_{m4x}$" at last [].w rjust}') for_(0,ndata,1, `define(`m4y',m4x) down_ G`'m4y: AND_gate(nlines) \ at A0+svec_(AND_ht*3/2,(m4y+1/2)*AND_ht*3/2) line down linewid/3; dot; "$\;D_{m4y}$" at last [].s below for_(0,nlines-1,1, `ifelse(eval(m4y/2**m4x%2),0, `up_; NOT_circle with .s at',`move to') G`'m4y.In`'eval(nlines-m4x) line to (Here,A`'m4x) ifelse(m4y,ndata,`then to A`'m4x',`; dot') ') ') .PE Circuit_macros9.5/examples/Demultiplexer.m40000644060175006010010000000271513774371763020122 0ustar DwightNone.PS # `Demultiplexer.m4' log_init ifmpost(`command "verbatimtex {\sf etex"', `ifpostscript(, `command "{\sf"')') right_ Demux(4,DM1) `"\tt Demux(4,DM1)"' at last [].s below `"\sl Out0"' at last [].Out0.end +(6bp__,6bp__) `"\sl Out3"' at last [].Out3.end +(6bp__,-6bp__) `"\sl In"' at last [].In.end rjust wid 11bp__ `"\sl Sel"' at last [].Sel.end ljust above left_; Demux(4,,LOE) with .c at last [].c+(1.2,0) `"\tt left\_; Demux(4,{,}LOE)"' at last [].s + (0,-20bp__) ht 10bp__ `"\sl Sel"' at last [].Sel.end rjust `"\sl Out0"' at last [].Out0.end +(-6bp__,6bp__) `"\sl OE"' at last [].OE.end ljust `"\sl In"' at last [].In.end+(0,5bp__) ljust right_; Demux(4,,NOEBN2) with .c at last [].c+(1.2,0) `"\tt (4,{,}NOEBN2)"' at last [].s below `"\sl Sel0"' at last [].Sel0.end rjust `"\sl Sel1"' at last [].Sel1.end ljust `"\sl Out0"' at last [].Out0.end +(5bp__,6bp__) `"\sl Out3"' at last [].Out3.end +(5bp__,6bp__) `"\sl NOE"' at last [].NOE.end rjust `"\sl In"' at last [].In.end above down_; Demux(8,,L3,,28*L_unit) with .c at last [].c+(1.8,0) `"\tt down\_; Demux(8,{,}L3,{,}28*L\_unit)"' at last [].s+(0,-15bp__) \ ht 10bp__ wid 170bp__ `"\sl Sel0"' at last [].Sel0.end rjust `"\sl Sel2"' at last [].Sel2.end rjust below `"\sl Out0"' at last [].Out0.end rjust `"\sl Out7"' at last [].Out7.end ljust `"\sl In"' at last [].In.end rjust ifmpost(`command "verbatimtex } etex"', `ifpostscript(, `command "}"')') .PE Circuit_macros9.5/examples/diamond.m40000644060175006010010000000121613774371760016702 0ustar DwightNone.PS # diamond.m4 gen_init # See LaTeX Graphics Companion pp 57-58 ifdpic(` dimen = 1.5 ratio = 0.9 n = 30 North: (0,dimen) East: (dimen,0) South: (0,-dimen) West: (-dimen,0) define(`square', `shade(`$1', line from North to East then to South then to West then to North) ') define(`diamond',`[ for i = 2 to n do { square(`$1') Tmp: North North: ratio between East and North East: ratio between South and East South: ratio between West and South West: ratio between Tmp and West }]') linethick = 0 diamond( i % 2 ) linethick = 0.4 diamond( (n-i)/(n-2) ) with .w at last [].e+(0.25,0) ', `box "diamond.m4" "requires" "dpic"') .PE Circuit_macros9.5/examples/Dini.m40000644060175006010010000001530613774371763016162 0ustar DwightNone.PS # Dini.m4 # This diagram can be produced using, e.g. # m4 pdf.m4 Dini.m4 | dpic -d > Dini.pdf threeD_init NeedDpicTools scale = 1.5 [ viewazimuth = 0 # View angles in degrees viewelevation = 20 setview(viewazimuth,viewelevation,0) a = 1.5 b = 0.25 define(`Dini', `a*cos(`$1')*sin(`$2'),dnl a*sin(`$1')*sin(`$2'),dnl (a*(cos(`$2')+loge(tan((`$2')/2))) + b*(`$1'))') umin = 0; umax = 4*pi_ vmin = 0.2; vmax = 2.0 ugrid = 80; vgrid = 20 ur = umax-umin vr = vmax-vmin `define cu {umin+($1)/ugrid*ur}' `define cv {vmin+($1)/vgrid*vr}' # Generate points and sort n = -1 for iu=0 to ugrid do { for iv=0 to vgrid do { n +=1 ciu[n] = cu(iu) civ[n] = cv(iv) d[n] = dot3D(View3D,Dini(ciu[n],civ[n])) ix[n] = n } } dpquicksort(d,0,n,ix) # Draw the facets linethick = 0.4 du = ur/ugrid/2 dv = vr/vgrid/2 for i=0 to n do { NE: project(Dini(ciu[ix[i]]+du,civ[ix[i]]+dv)) SE: project(Dini(ciu[ix[i]]+du,civ[ix[i]]-dv)) SW: project(Dini(ciu[ix[i]]-du,civ[ix[i]]-dv)) NW: project(Dini(ciu[ix[i]]-du,civ[ix[i]]+dv)) f = (-cos(ciu[ix[i]])+1)/2 g = ( sin(ciu[ix[i]])+1)/2 line from NE to SE then to SW then to NW then to NE \ outlined rgbstring(f,g,0) shaded rgbstring(f,g,0) # outlined rgbstring(0,0.5,0) shaded rgbstring(f,g,0) } ] # Icosahedron.m4 [ #threeD_init #NeedDpicTools # Computing facets is complicated, so list them. # 60 vertices: define(`m4x',-1) array2(v,m4inx,0, 0, 1.021) array2(v,m4inx,0.4035482, 0, 0.9378643) array2(v,m4inx,-0.2274644, 0.3333333, 0.9378643) array2(v,m4inx,-0.1471226, -0.375774, 0.9378643) array2(v,m4inx,0.579632, 0.3333333, 0.7715933) array2(v,m4inx,0.5058321, -0.375774, 0.8033483) array2(v,m4inx,-0.6020514, 0.2908927, 0.7715933) array2(v,m4inx,-0.05138057, 0.6666667, 0.7715933) array2(v,m4inx,0.1654988, -0.6080151, 0.8033483) array2(v,m4inx,-0.5217096, -0.4182147, 0.7715933) array2(v,m4inx,0.8579998, 0.2908927, 0.4708062) array2(v,m4inx,0.3521676, 0.6666667, 0.6884578) array2(v,m4inx,0.7841999, -0.4182147, 0.5025612) array2(v,m4inx,-0.657475, 0.5979962, 0.5025612) array2(v,m4inx,-0.749174, -0.08488134, 0.6884578) array2(v,m4inx,-0.3171418, 0.8302373, 0.5025612) array2(v,m4inx,0.1035333, -0.8826969, 0.5025612) array2(v,m4inx,-0.5836751, -0.6928964, 0.4708062) array2(v,m4inx,0.8025761, 0.5979962, 0.2017741) array2(v,m4inx,0.9602837, -0.08488134, 0.3362902) array2(v,m4inx,0.4899547, 0.8302373, 0.3362902) array2(v,m4inx,0.7222343, -0.6928964, 0.2017741) array2(v,m4inx,-0.8600213, 0.5293258, 0.1503935) array2(v,m4inx,-0.9517203, -0.1535518, 0.3362902) array2(v,m4inx,-0.1793548, 0.993808, 0.1503935) array2(v,m4inx,0.381901, -0.9251375, 0.2017741) array2(v,m4inx,-0.2710537, -0.9251375, 0.3362902) array2(v,m4inx,-0.8494363, -0.5293258, 0.2017741) array2(v,m4inx,0.8494363, 0.5293258, -0.2017741) array2(v,m4inx,1.007144, -0.1535518, -0.06725804) array2(v,m4inx,0.2241935, 0.993808, 0.06725804) array2(v,m4inx,0.8600213, -0.5293258, -0.1503935) array2(v,m4inx,-0.7222343, 0.6928964, -0.2017741) array2(v,m4inx,-1.007144, 0.1535518, 0.06725804) array2(v,m4inx,-0.381901, 0.9251375, -0.2017741) array2(v,m4inx,0.1793548, -0.993808, -0.1503935) array2(v,m4inx,-0.2241935, -0.993808, -0.06725804) array2(v,m4inx,-0.8025761, -0.5979962, -0.2017741) array2(v,m4inx,0.5836751, 0.6928964, -0.4708062) array2(v,m4inx,0.9517203, 0.1535518, -0.3362902) array2(v,m4inx,0.2710537, 0.9251375, -0.3362902) array2(v,m4inx,0.657475, -0.5979962, -0.5025612) array2(v,m4inx,-0.7841999, 0.4182147, -0.5025612) array2(v,m4inx,-0.9602837, 0.08488134, -0.3362902) array2(v,m4inx,-0.1035333, 0.8826969, -0.5025612) array2(v,m4inx,0.3171418, -0.8302373, -0.5025612) array2(v,m4inx,-0.4899547, -0.8302373, -0.3362902) array2(v,m4inx,-0.8579998, -0.2908927, -0.4708062) array2(v,m4inx,0.5217096, 0.4182147, -0.7715933) array2(v,m4inx,0.749174, 0.08488134, -0.6884578) array2(v,m4inx,0.6020514, -0.2908927, -0.7715933) array2(v,m4inx,-0.5058321, 0.375774, -0.8033483) array2(v,m4inx,-0.1654988, 0.6080151, -0.8033483) array2(v,m4inx,0.05138057, -0.6666667, -0.7715933) array2(v,m4inx,-0.3521676, -0.6666667, -0.6884578) array2(v,m4inx,-0.579632, -0.3333333, -0.7715933) array2(v,m4inx,0.1471226, 0.375774, -0.9378643) array2(v,m4inx,0.2274644, -0.3333333, -0.9378643) array2(v,m4inx,-0.4035482, 0, -0.9378643) array2(v,m4inx,0, 0, -1.021) # 12 pentagons undefine(`m4x') array2(p,m4inx,0,3,8,5,1) array2(p,m4inx,2,7,15,13,6) array2(p,m4inx,4,10,18,20,11) array2(p,m4inx,9,14,23,27,17) array2(p,m4inx,12,21,31,29,19) array2(p,m4inx,16,26,36,35,25) array2(p,m4inx,22,32,42,43,33) array2(p,m4inx,24,30,40,44,34) array2(p,m4inx,28,39,49,48,38) array2(p,m4inx,37,47,55,54,46) array2(p,m4inx,41,45,53,57,50) array2(p,m4inx,51,52,56,59,58) # 20 hexagons undefine(`m4x') array2(h,m4inx,0,1,4,11,7,2) array2(h,m4inx,0,2,6,14,9,3) array2(h,m4inx,1,5,12,19,10,4) array2(h,m4inx,3,9,17,26,16,8) array2(h,m4inx,5,8,16,25,21,12) array2(h,m4inx,6,13,22,33,23,14) array2(h,m4inx,7,11,20,30,24,15) array2(h,m4inx,10,19,29,39,28,18) array2(h,m4inx,13,15,24,34,32,22) array2(h,m4inx,17,27,37,46,36,26) array2(h,m4inx,18,28,38,40,30,20) array2(h,m4inx,21,25,35,45,41,31) array2(h,m4inx,23,33,43,47,37,27) array2(h,m4inx,29,31,41,50,49,39) array2(h,m4inx,32,34,44,52,51,42) array2(h,m4inx,35,36,46,54,53,45) array2(h,m4inx,38,48,56,52,44,40) array2(h,m4inx,42,51,58,55,47,43) array2(h,m4inx,48,49,50,57,59,56) array2(h,m4inx,53,54,55,58,59,57) viewazimuth = -10 # View angles in degrees viewelevation = 40 setview(viewazimuth,viewelevation,0) n = 0 # Find and draw the visible hexagons for i=1 to 20 do { # The normal is the line to the center for_(1,3,1,`a[m4x] = (v[h[i,1],m4x] + v[h[i,4],m4x])/2') if dot3D(View3D,a[1],a[2],a[3]) >= 0 then { n +=1; ih[n] = i } } for i=1 to n do { for j=1 to 6 do { x[j]=h[ih[i],j] } line from project((v[x[1],1]),(v[x[1],2]),(v[x[1],3]))\ for_(2,6,1,`to project((v[x[m4x],1]),(v[x[m4x],2]),(v[x[m4x],3]))\')\ to project((v[x[1],1]),(v[x[1],2]),(v[x[1],3])) thick 0.2 fill_(0.95) } m = 0 for i=1 to 12 do { # Visible pentagons for_(1,3,1,`a[m4x] = 0; for j=1 to 5 do { a[m4x] += v[p[i,j],m4x] }') if dot3D(View3D,a[1]/5,a[2]/5,a[3]/5) >= 0 then { m +=1; ip[m] = i } } for i=1 to m do { for j=1 to 5 do { x[j]=p[ip[i],j] } line from project((v[x[1],1]),(v[x[1],2]),(v[x[1],3])) \ for_(2,5,1,`to project((v[x[m4x],1]),(v[x[m4x],2]),(v[x[m4x],3]))\')\ to project((v[x[1],1]),(v[x[1],2]),(v[x[1],3])) thick 0.2 fill_(0) } ] scaled 2.5 with .sw at last [].se+(1,0) .PE Circuit_macros9.5/examples/Diodes.m40000644060175006010010000000267313774371763016511 0ustar DwightNone.PS # `Diodes.m4' cct_init movewid = 2pt__ { {diode ; move ; "`{\tt diode}'" ljust} move down 0.2; right_ {diode(,S) ; move ; "`{\tt diode(,S)}'" ljust} move down 0.2; right_ {diode(,V) ; move ; "`{\tt diode(,V)}'" ljust} move down 0.2; right_ {diode(,v) ; move ; "`{\tt diode(,v)}'" ljust} move down 0.2; right_ {diode(,w) ; move ; "`{\tt diode(,w)}'" ljust} move down 0.2; right_ {diode(,B) ; move ; "`{\tt diode(,B)}'" ljust} move down 0.2; right_ {diode(,G) ; move ; "`{\tt diode(,G)}'" ljust} } move right_ 2.0 { {diode(,K) ; move ; "`{\tt diode(,K)}'" ljust} move down 0.2; right_ {diode(,ZK) ; move ; "`{\tt diode(,ZK)}'" ljust} move down 0.2; right_ {diode(,CR) ; move ; "`{\tt diode(,CR)}'" ljust} move down 0.2; right_ {diode(,L) ; move ; "`{\tt diode(,L)}'" ljust} move down 0.2; right_ {diode(,F) ; move ; "`{\tt diode(,F)}'" ljust} move down 0.2; right_ {diode(,Sh) ; move ; "`{\tt diode(,Sh)}'" ljust} move down 0.2; right_ {diode(,D) ; move ; "`{\tt diode(,D)}'" ljust} } move right_ 2.0 { {diode(,Z,RE) ; move ; "`{\tt diode(,Z,RE)}'" ljust} move down 0.25; right_ {diode(,T) ; move ; "`{\tt diode(,T)}'" ljust} move down 0.30; right_ {diode(,P) ; move ; "`{\tt diode(,P)}'" ljust} move down 0.30; right_ {diode(,LE) ; move ; "`{\tt diode(,LE)}'" ljust} move down 0.15; right_ {diode(,LER) ; move ; "`{\tt diode(,LER)}'" ljust} } .PE Circuit_macros9.5/examples/Drive.m40000644060175006010010000000365613774371760016352 0ustar DwightNone.PS # `Drive.m4' cct_init define(`synchmachine',`[ r = ifelse(`$1',,`dimen_*3/4',(`$1')/2) C: circle rad r Point_(120) line from C to C+vec_(r*2/9,0); reversed(`inductor',to rvec_(r*2/3,0)) W2: Here Point_(240) line from C to C+vec_(r*2/9,0); reversed(`inductor',to rvec_(r*2/3,0)) W3: Here line from C right_ r*2/9; inductor(right_ r*2/3) W1: Here ]') bht = sourcerad_*10 dlen = dimen_*2/3 define(`Diodepair',`[ diode(up_ dlen); line up bht-2*dlen; diode(up_ dlen) ]') define(`gbt',`bi_trans(`$1',`$2',CBUHdE`$3')') define(`dotrad_',dotrad_*0.5/linewid) define(`GBTpair',`[linewid = 0.5*3/4 Q1: gbt(up_ bht/2,,D) Q2: gbt(up_ bht/2,,D) with .C at Q1.E ]') SW: ground line up W: Here line right dimen_/3; dot ssep = sourcerad_*2.5 { line up ssep; S1: source(right_ dimen_,AC) } { S2: source(right_ dimen_,AC) } { line down ssep; S3: source(right_ dimen_,AC) } dsep = dimen_/2 D1: Diodepair at S2.e D2: Diodepair at D1+(dsep,0); dot(at D2.n); dot(at D2.s) D3: Diodepair at D2+(dsep,0); dot(at D3.n); dot(at D3.s) dot(at (D1,S1)) dot(at (D2,S2)); line to S2.e dot(at (D3,S3)); line to S3.e line from D1.n to D3.n inductor(right_ dimen_) T: dot capacitor(to (Here,D1.s),C) dot gsep = dimen_*1.25 G1: GBTpair with .Q1.C at T+(dimen_,0) G2: GBTpair at G1+(gsep,0) G3: GBTpair at G2+(gsep,0) line from G3.Q1.C to T dot(at (G1.Q1.C,T)) dot(at (G2.Q1.C,T)) line from G3.Q2.E to D1.s dot(at (G1.Q1.E,D1.s)) dot(at (G2.Q1.E,D1.s)) M: synchmachine with .C at G3.e+(dimen_*2,0) sg = dimen_/8 L: (0.5,D1.s)-(sg,0) line from M.W1 to (M.W1,L) then to L \ then up M.C.y-L.y-sg then to G3.Q2.C+(0,-sg); dot line from M.W3 down M.W3.y-L.y-sg*2 then to L+(sg*2,sg*2)\ then up M.C.y-L.y-sg*2 then to G2.Q2.C; dot line from M.W2 to (L,M.W2) \ then down M.W2.y-G1.Q2.C.y-sg then to G1.Q2.C+(0,sg); dot line right dimen_/3 from M.e then down M.e.y-SW.y ground .PE Circuit_macros9.5/examples/Emarrows.m40000644060175006010010000000172413774371763017075 0ustar DwightNone.PS # `Emarrows.m4' cct_init hskip = 0.6 [ { em_arrows(N) box dotted wid last [].wid ht last [].ht at last [].c thinlines_ arrow <- left 0.15 from last [].Head; "\sl Head" wid 0.31 rjust arrow <- down 0.12 from last [].Tail; "\sl Tail" below "\sl A1" rjust below at last [].A1.c "\sl A2" ljust above at last [].A2.c thicklines_ move down 0.25 from last [].s move up 0.2 from last [].n "\tt em\_arrows(N)" at last [].s+(0,-0.20) below } { em_arrows(ND,45) with .sw at last [].se+(hskip*1.5,0) "\tt em\_arrows(ND,45)" at last [].s below } { em_arrows(I) with .sw at last [].se+(hskip,0) "\tt $\ldots$(I)" at last [].s below } { em_arrows(ID) with .sw at last [].se+(hskip,0) "\tt $\ldots$(ID)" at last [].s below } { em_arrows(E) with .sw at last [].se+(hskip,0) "\tt $\ldots$(E)" at last [].s below } { em_arrows(ED) with .sw at last [].se+(hskip,0) "\tt $\ldots$(ED)" at last [].s below } ] #showbox_ .PE Circuit_macros9.5/examples/Escher.m40000644060175006010010000000503013774371760016476 0ustar DwightNone.PS threeD_init setview(-45,20) bwid = 2.8 bh = 1.5 bdp = 1.8 bth = 0.3 A: project(0,0,0) AA: A+(project(bth,bth,-bth)) B: project(0,bwid,0) BB: B+(project(bth,-bth,-bth)) C: project(bdp,bwid,0) D: project(bdp,0,0) E: project(0,0,-bh) F: project(bdp,0,-bh) G: project(bdp,bwid,-bh) H: B + (project(0,0,-bh)) line from A to B then to C then to D then to A then to E then to F \ then to G then to H then to E line from C to G line from A+(project(bth,bth,0)) to B+(project(bth,-bth,0)) \ then to C+(project(-bth,-bth,0)) L1: line to D+(project(-bth,bth,0)) L2: line to A+(project(bth,bth,0)) L4: line from E+(project(bth,bth,0)) to H+(project(bth,-bth,0)) L3: line to C+(project(-bth,-bth,-bh)) line to F+(project(-bth,bth,0)) then to A+(project(bth,bth,-bh)) L5: line from D+(project(-bth,0,-bth)) to A+(project(bth,0,-bth)) line to E+(project(bth,0,bth)) L6: line to Here+(project(0,bwid-2*bth,0)) L7: line from D+(project(0,bth,-bth)) to C+(project(0,-bth,-bth)) line to G+(project(0,-bth,bth)) L8: line to Here+(project(-bdp+2*bth,0,0)) Tmp: line invis from L8.start+(project(-bth,0,0)) up bh line from Tmp.start to Intersect_(Tmp,L7) Tmp: line invis from L8.end up bh line from L8.end to Intersect_(Tmp,L7) line from Intersect_(Tmp,L1) to BB+(project(bth,0,0)) Tmp: line invis to Here+(project(bdp,0,0)) line from Tmp.start to Intersect_(Tmp,L1) Tmp: line invis from H up bh line from H to Intersect_(Tmp,L7) line from Intersect_(Tmp,L1) to B+(project(bth,-bth,0)) Tmp: line invis from AA to AA+(project(0,bwid,0)) Tmp2: line invis up bh from L6.end line from Intersect_(Tmp,L2) to Intersect_(Tmp2,Tmp) \ then to Intersect_(Tmp2,L1) line from L6.end to Intersect_(Tmp2,L7) Tmp: line invis down bh from AA line from Intersect_(Tmp,L6) to Intersect_(Tmp,L5) Tmp: line invis down bh from D line from D to Intersect_(Tmp,L6) line from Intersect_(Tmp,L4) to F+(project(-bth,bth,0)) Tmp: line invis from L5.start to L5.start+(project(0,0,-bh)) move to E+(project(0,2*bth,0)) Tmp2: line invis to Here+(project(bdp,0,0)) line from L5.start to Intersect_(Tmp,L6) line from Intersect_(Tmp,L4) to Intersect_(Tmp,Tmp2) \ then to Intersect_(Tmp2,L4) Tmp: line invis from L7.start to L7.start+(project(0,0,-(bh-bth))) line from L7.start to Intersect_(Tmp,L6) move to G+(project(-2*bth,0,0)) Tmp2: line invis to Here+(project(0,-bwid,0)) line from Intersect_(Tmp2,L3) to Intersect_(Tmp,Tmp2) line from Intersect_(Tmp,L4) to Intersect_(Tmp2,Tmp) .PE Circuit_macros9.5/examples/Euro.m40000644060175006010010000001032113774371760016176 0ustar DwightNone% Euro symbol; process this file as follows: % m4 Euro.m4 > Euro.pic; dpic -p Euro.pic > Euro.tex ; latex Euro; dvips Euro \documentclass{article} \usepackage{pstricks} \usepackage{boxdims,xcolor} \pagestyle{empty} \thispagestyle{empty} \begin{document} \noindent\vspace{2ex} .PS include(pstricks.m4) gen_init divert(-1) `euro_simple([height]) Basic euro symbol with round outer boundary default height=10pt' define(`euro_simple', `[ linethick = 0 orad = ifelse(`$1',,`5bp__',(`$1')/2) u = orad/6 irad = orad - u C: (0,0) D: C+(Rect_(irad,40)) CD: move from C+(0,-orad) to D DK: move from D down u Ubot: move from C+(0,u/2) right u Utop: move from Ubot.start+(0,u) right u Ltop: move from C+(0,-u/2) right u Lbot: move from Ltop.start+(0,-u) right u L_edge: C-(7.5*u,0) Start: (C,Utop) slope = (CD.end.y-CD.start.y)/(CD.end.x-CD.start.x) shade(0, line from Start to Intersect_(Utop,CD) \ then to Intersect_(Ubot,CD) \ then to LCintersect(Ubot,C,irad) arc to LCintersect(Ltop,C,irad) with .c at C line to Intersect_(Ltop,CD) \ then to Intersect_(Lbot,CD) \ then to LCintersect(Lbot,C,irad) arc to (D,C)-(0,D.y-C.y) with .c at C line to LCintersect(DK,C,orad,R) arc cw to LCintersect(Lbot,C,orad) with .c at C line to (L_edge,Here) \ then right u/slope up u \ then to LCintersect(Ltop,C,orad) arc cw to LCintersect(Ubot,C,orad) with .c at C line to (L_edge,Here) \ then right u/slope up u \ then to LCintersect(Utop,C,orad) arc cw to LCintersect(CD,C,orad,R) with .c at C line to D arc to LCintersect(Utop,C,irad) with .c at C line to Start ) ]') `euro_symbol([ht=val; aspect=val; slant=degrees]) Euro symbol with variable aspect ratio and slant defaults: ht=10pt, aspect=1, slant=0 e.g., euro_symbol(ht=14pt__; aspect=1.2)' define(`euro_symbol',`[ setkey_(`$1',ht,10pt__) setkey_(`$1',aspect,1) setkey_(`$1',slant,0) linethick = 0 orad = m4ht/2 u = orad/6 irad = orad - u if m4aspect==0 then { squeeze = 1 } else { squeeze = 1/m4aspect } slant = sind(m4slant) C: (0,0) D: C+(Rect_(irad,40)) CD: move from C+(0,-orad) to D DK: move from D down u Ubot: move from C+(0,u/2) right u Utop: move from Ubot.start+(0,u) right u Ltop: move from C+(0,-u/2) right u Lbot: move from Ltop.start+(0,-u) right u L_edge: C-(7.5*u,0) Start: (C,Utop) slope = (CD.end.y-CD.start.y)/(CD.end.x-CD.start.x) shade(0, S: LCintersect(Ubot,C,irad) line from euro_tr(Start) to euro_tr(Intersect_(Utop,CD)) \ then to euro_tr(Intersect_(Ubot,CD)) \ then to euro_tr(S) euro_arc(S,LCintersect(Ltop,C,irad),irad) S: LCintersect(Lbot,C,irad) line to euro_tr(Intersect_(Ltop,CD)) \ then to euro_tr(Intersect_(Lbot,CD)) \ then to euro_tr(S) euro_arc(S,((D,C)-(0,D.y-C.y)),irad) S: LCintersect(DK,C,orad,R) line to euro_tr(S) euro_arc(S,LCintersect(Lbot,C,orad),orad,cw) S: LCintersect(Ltop,C,orad) E: LCintersect(Lbot,C,orad) line to euro_tr((L_edge,E)) \ then to euro_tr((L_edge,E)+(u/slope,u)) \ then to euro_tr(S) E: LCintersect(Ubot,C,orad) euro_arc(S,E,orad,cw) S: LCintersect(Utop,C,orad) line to euro_tr((L_edge,E)) \ then to euro_tr((L_edge,E)+(u/slope,u)) \ then to euro_tr(S) euro_arc(S,LCintersect(CD,C,orad,R),orad,cw) line to euro_tr(D) euro_arc(D,LCintersect(Utop,C,irad),irad) line to euro_tr(Start) ) ]') `aspect ratio and slant transformation' define(`euro_tr',`((`$1').x*squeeze+(`$1').y*slant,(`$1').y)') `transformed arc, centre C' define(`euro_arc', `M4X: `$1'; as = atan2(M4X.y-C.y,M4X.x-C.x) M4X: `$2'; ae = atan2(M4X.y-C.y,M4X.x-C.x) ifelse(`$4',cw,`if ae > as then { ae -= twopi_ }', `if ae < as then { ae += twopi_ }') ax = ae-as n = max(5,ceiling_(abs(ax)/(10*dtor_))) for i=0 to n do { P[i]: euro_tr((rect_(`$3',as+i/n*ax))) } fitcurve(P,n) move to P[n] ') divert(0)dnl euro_simple move euro_symbol(slant=15) move euro_simple(72bp__) move euro_symbol(ht=72bp__*2; aspect=1.0; slant=15) .PE \end{document} Circuit_macros9.5/examples/ex00.m40000644060175006010010000000455413774371760016053 0ustar DwightNone.PS # ex00.m4 gen_init [ thicklines_ ewid = 2 eht = 0.5 E: ellipse wid ewid ht eht [ narrows = 5 de = ewid/narrows for i=0 to narrows do { arrow down from i*de,0 } ] with .s at E.n+(0,0.25) "{\bf B$(t)$}" at last [].c thinlines_ arrow from E.c to E.ne box invis fill_(1) ht 0.12 wid 0.12 with .c at last arrow.c "$r$" ] [ # ex07.m4 # gen_init Barrel: box invis ht 0.4 wid 1.5 up Face: arc rad 2.6 from Barrel.e+(2.4,-1.7/2) to Barrel.e+(2.4,1.7/2) eps = 0.03 arc ccw rad 2.6 from Face.start-(eps,0) to Face.end-(eps,0) \ with .c at Face.c-(eps,0) line from Barrel.nw to Barrel.ne then to Face.end line from Barrel.sw to Barrel.se then to Face.start arc cw from Barrel.sw to Barrel.nw rad Barrel.ht*1.2 Cathode: Barrel.w+(0.3,0) Term: Barrel.w+(-0.25,0) dcath = 0.13 dan = 0.12 line from Cathode up dcath/2 left dcath/2 then to Term.x,Cathode.y+dcath/2 dot line from Cathode down dcath/2 left dcath/2 then to Term.x,Cathode.y-dcath/2 dot hole = 0.06 Hole: line invis up hole from Cathode+(0.5,-hole/2) line from Hole.end up dan-hole/2 then to Term.x,Cathode.y+dan; dot line from Hole.start down dan-hole/2 then to Term.x,Cathode.y-dan; dot platewid = 0.25 platesep = 0.15 Plates: box invis wid platewid ht platesep at Barrel.e+(-platewid/2,0) line right platewid from Plates.nw line right platewid from Plates.sw line up 0.3 from Plates.n line down 0.3 from Plates.s linethick_(1.4) move to Cathode+(0.03,0) Spot: 0.9 arcto(Plates.c,Spot,(Plates.c.x-Cathode.x)*0.90,outlined "gray") line to Spot chop 0 chop -0.02 outlined "gray" thinlines_ arrow <- from Cathode+(0.2,0.06) up 0.5 left 0.3 "{\sl electron}" above "{\sl gun}" above arrow <- from Plates.nw+(0,0.06) up 0.5 left 0.3 "{\sl deflection}" above "{\sl plates}" above arrow <- from 0.5+(0,0.06) up 0.5 left 0.3 "{\sl electron beam}" at Here+(-0.3,0) above spline <- from 1.015 right 0.1 up 0.1 then up 0.1 \ then up 0.1 left 0.1 "{\sl spot of light}sp_" rjust "{\sl vacuum}sp_" at 0.5+(-0.4,0) rjust arrow <- from Face.start+(0.1,0.5) left 0.6*1.4 down 0.3*1.4 "{\sl phosphor coating}sp_" rjust arrow <- from 0.2 left 0.6 down 0.3 "{\sl glass enclosure (tube)}sp_" rjust ] with .sw at last [].se+(0.5,0) .PE Circuit_macros9.5/examples/ex01.m40000644060175006010010000000434713774371763016057 0ustar DwightNone.PS # Timer.m4 cct_init iflatex(`latexcommand({\small\sf)') define(`ic555',`[Chip: box ht boxwid wid boxwid "555" P7: "7" ljust at 1/6 P6: "6" ljust at 1/2 P2: "2" ljust at 5/6 P4: "4" below at 1/3 P8: "8" below at 2/3 P3: "3" rjust at Chip.e P1: "1" above at Chip.s ]') Timer: [ define(`elen_',`linewid') Vs: dot down_ variable(`resistor(,E); llabel(,\SI{1}{M})') resistor(,E); llabel(,\SI{100}{\kilo{}}) capacitor(,E); llabel(\SI{220}{\micro{}}) Zero: dot dot(at Vs+(elen_*4/3,0)) resistor(,E); llabel(,\SI{33}{\kilo{}}) line to (Here,Zero) chop 0 chop elen_ C2: capacitor; llabel(\SI{0.1}{\micro{}}) dot IC1: ic555 with .P7 at C2.start + (elen_,0) line from IC1.P4 to (IC1.P4,Vs); dot line from IC1.P8 to (IC1.P8,Vs); dot line from IC1.P1 to (IC1.P1,Zero); dot line from IC1.P2 to (C2,IC1.P2); dot crossover(from IC1.P7 to (Zero,IC1.P7),R,C2); dot line from IC1.P6 left elen_/2 then down IC1.P6.y-IC1.P7.y; dot line from IC1.P3 right elen_*2/3 R: dot line right_ elen_/3 B: buzzer(,,C) with .In3 at Here line from B.In1 to (R,B.In1) reversed(`diode',to (Here,Vs),LE); "red" at last line.c+(elen_/2,0) resistor(down_ elen_ from R,E); llabel(,\num{470}) diode(to (Here,Zero),LE); {"green" at last line.c+(elen_*2/3,0)} line to Zero chop 0 chop -elen_ line up_ (Vs.y-Here.y)/3 battery(up_ (Vs.y-Here.y)/3); rlabel(,,\SI{9}{V}) switch(to (Here,Vs),,D) line to (R,Vs) ] Ex01: [ # ex01.m4 linewid = linewid*1.5 # let's make the circuit elements bigger than usual define(`elen_',linewid) # but not longer del = elen_/4 # a spacing parameter Vin: source(up_ elen_ + 2*del); llabel(-,v_s,+) switch(right_ elen_,,C); rlabel(,t = 0,) resistor; llabel(,47\`,'\Omega,); b_current(i_R\strut,above rjust) line right_ elen_/2 then down_ del parallel_(`inductor(,W); llabel(,L,); b_current(\>`'i_L)', `capacitor(,C); rlabel(+,v_C,-); llabel(,,\;C)') line to (Here,Vin.start) then to Vin.start arcd(last []+(4pt__,0),del,30,330) <- ; "$i_2$" at last arc arcd(Vin.c+(4*del,0),2*del,30,330) <- ; "$i_1$" at last arc ] with .sw at Timer.se+(0.5,0) iflatex(`latexcommand(}%)') .PE Circuit_macros9.5/examples/ex02.m40000644060175006010010000000211413774371763016046 0ustar DwightNone.PS # ex02.m4 cct_init linewid = linewid*4/5 [ [ for angl=0 to 315 by 45 do { Point_(angl) opamp(to rvec_(linewid*3/2,0)) with .Out at (0,0) } ] resistor(down_ dimen_ from last [].s) diode(down_ dimen_*2/3,LE) diode(down_ dimen_*2/3,LER) ground(,T) ] [ define(`elen_',`dimen_*3/2') # restore defaults define(`sourcerad_',`dimen_*0.25') leng = elen_ define(`fromcentre',`move to C+(-elen_/2,-elen_*cosd(15)/(2*sind(15)))') C: dot { fromcentre() for i = 0 to 359 by 30 do { Point_(i); inductor } } define(`elen_',leng*0.8) { fromcentre() for i=0 to 359 by 30 do { Point_(i); inductor(,W) } } define(`elen_',leng*0.6) { fromcentre() for i=0 to 359 by 30 do { Point_(i); resistor } } define(`elen_',leng*0.4) { fromcentre() for i=0 to 359 by 30 do { Point_(i); capacitor(,C) } } define(`elen_',leng*0.2) { fromcentre() for i=0 to 359 by 30 do { Point_(i); diode } } ] with .sw at last [].se+(linewid,0) .PE Circuit_macros9.5/examples/ex03.m40000644060175006010010000000124113774371760016044 0ustar DwightNone.PS # ex03.m4 cct_init circlerad = 0.35/2 define(`elen_',`dimen_') del = linewid*0.6 "$u_k$" above line { arrow right_ del B0: circle "$b_0$" arrow right linewid/2 S: circle "$\sum$" line right 2*circlerad + del + S.w.x-B0.e.x {arrow ; "$y_k$" above } down_ delay {line left_ del ; circle "$-a_1$" ; arrow from last circle to S chop} line dashed down_ del delay {line left_ del ; circle "$-a_n$" ; arrow from last circle to S chop} } down_ delay {line right_ del ; circle "$b_1$" ; arrow from last circle to S chop} line dashed down_ del delay {line right_ del ; circle "$b_n$" ; arrow from last circle to S chop} .PE Circuit_macros9.5/examples/ex04.m40000644060175006010010000000316613774371763016060 0ustar DwightNone.PS # ex04.m4 cct_init [ pushdef(`elen_',`dimen_') # short elements pushdef(`sourcerad_',`dimen_*0.2') #linewid = 0.85 linewid = 0.6 Ct:dot Point_(-60); capacitor(,C); dlabel(0.14,0.14,,,C_3) Cr:dot left_; capacitor(,C); dlabel(0.14,0.14,C_2,,) Cl:dot down_; capacitor(from Ct to Cl,C); dlabel(0.14,-0.10,C_1,,) T:dot(at Ct+(0,elen_)) inductor(from T to Ct); dlabel(0.12,-0.1,,,L_1) Point_(-30); inductor(from Cr to Cr+vec_(elen_,0)) dlabel(0,-0.07,,L_3,) R:dot L:dot( at (Cl-(Cos(30)*(elen_),0),R) ) inductor(from L to Cl); dlabel(-0.1,-0.1,L_2,,,X) right_; resistor(from L to R); rlabel(,R_2,) move down 0.3 resistor(from T to R); dlabel(0,0.15,,R_3,) ; b_current(y,ljust above) line from L to 0.2 source(to 0.5 between L and T); dlabel(sourcerad_+0.07,0.1,-,,+) dlabel(0,sourcerad_+0.07,,u,) resistor(to 0.8 between L and T); dlabel(0,0.15,,R_1,) line to T ] popdef(`elen_') popdef(`sourcerad_') [ Point_(225) {B1: ebox ; b_current; dlabel(dimen_*0.4,-0.1,i_1) dot B4: ebox(to rvec_(rp_len,0)); b_current(,,,E); dlabel(dimen_*0.4,-0.1,,,i_4) } Point_(-45) B2: ebox ; b_current; dlabel(dimen_*0.4, 0.1,i_2) dot B7: ebox ; b_current; dlabel(dimen_*0.4, 0.1,i_7) B3: ebox(from B1.end to B2.end); b_current; dlabel(dimen_*0.4,0.1,i_3) dot(at (B1.start,B7.end)) {B5: ebox(to B1.end); b_current; dlabel(dimen_*0.4,-0.09,i_5)} {B6: ebox(to B2.end); b_current; dlabel(dimen_*0.4, 0.09,i_6)} {B8: ebox(right_ to B4.end); b_current; dlabel(dimen_*0.4, 0.1,i_8)} B9: ebox(left_ to B7.end); b_current; dlabel(dimen_*0.4,-0.1,i_9) ] with .w at last [].e+(0.5,0) .PE Circuit_macros9.5/examples/ex05.m40000644060175006010010000000311013774371763016046 0ustar DwightNone.PS # ex05.m4 darrow_init fillval = 0.8 # environmental variable dx = boxht/5 # diagram parameters wrt scaled env variables circlerad = boxht*3/8 extlen=4*dx indel = boxht/3 COb: box fill_ "C$\bar{\mbox{O}}$" CO:box fill_ with .nw at last box.se+(dx,-dx) "CO" CbOb: box fill_ with .nw at last box.se+(dx,-dx) \ "$\bar{\mbox{C}}$$\bar{\mbox{O}}$" CbO: box fill_ with .nw at last box.se+(dx,-dx) "$\bar{\mbox{C}}$O" dline(from CbO.s down_ dx,,t,,!-) dright {Sum: circle invis at (CO,Here)} darrow(to Sum.e) SW: (COb.w,Sum.s)+(-3*dx-extlen/2,-dx) NE: (CbO.e,COb.n)+(dx,dx) right_; shadebox(box wid NE.x-SW.x ht NE.y-SW.y with .sw at SW) U: "\bf u$\,$" rjust at COb.w-(3*dx+extlen,0) dline(right_ extlen+dx,,t,,|-) TU: dtee(R) {darrow(to COb.w,t)} dline(to (Here,CO),t,t) {Dum: circle invis at (Here,Sum)} dtee(L) {darrow(to CO.w,t)} {D: box "D" wid boxwid/2 ht boxwid/2 at 0.5} darrow(to D.n,t) darrow(from D.s to Dum.n,,,,,,!-) dline(up_ from CO.n to (CO,COb)-(0,indel),,t,,!-) dleft; darrow(to (COb.e,Here)) dline(up_ from CbOb.n to (CbOb,COb),,t,,!-) dleft; darrow(to COb.e) dline(from CbO.n-(indel,0) up_ CbOb.y-CbO.n.y,,t,,!-) dleft; darrow(to CbOb.e) dline(up_ from CbO.n to (CbO,CO),,t,,!-) dleft darrow(to CO.e) dline(up_ from CbO.n+(indel,0) to (CbO,COb)+(indel,indel),,t,,!-) dleft; darrow(to (COb.e,Here)) darrow(from CO.s to Sum.n,,,,,,!-) darrow(left_ from Sum.w to Dum.e) darrow(from Dum.w to (U,Dum)) {"{\bf y$\,$}" rjust} move left 0.23 circle at Sum circle at Dum .PE Circuit_macros9.5/examples/ex06.m40000644060175006010010000000417213774371763016060 0ustar DwightNone.PS # ex06.m4 gen_init F: box invis wid 1.6i ht 1.8i E: box invis wid F.wid ht F.ht G: box invis wid 1i ht F.ht ell = F.ht-0.6i r = 0.3i offset = 8bp__ hatch = 0.1i dhs = hatch * sqrt(2) qmell = F.ht - ell kwid = F.wid-qmell-r box wid G.e.x-F.w.x ht F.ht with .sw at F.sw thick linethick*3/2 Loopover_(`B', `line from B.ne to B.se thick linethick*3/2 B`'T: B.se + (-qmell,qmell) line from (B.w,B`'T) to B`'T chop 0 chop -offset line from B`'T up ell chop -offset chop 0 line from B`'T + (-r,0) up ell line dashed from B`'T to B.se "\large $0$" at B`'T + (-r/2,ell/2) "\large $0$" at B`'T + (qmell/2,ell/2) "$t$" at (B`'T,B.n) + (-offset/2,offset) sprintf("$\overbrace{\phantom{\hbox to %gin{}}}^{\hbox{$k$}}$",kwid) \ at B.nw + (kwid/2,0) above thinlines_ for x = hatch to B`'T.x-B.w.x-r by hatch do {line down ell from B.nw+(x,0)} for y = dhs to qmell by dhs do {line up y right y from (B.w,B`'T)+(0,-y)} for x = y-qmell to B.wid-qmell*2 by dhs do { line up qmell right qmell from B.sw+(x,0) } for x = last line.start.x-B.w.x+dhs to B.wid by dhs do { line up (B.wid-x)/2 right (B.wid-x)/2 from B.sw+(x,0) } thicklines_ ',F,E) line from (G.w,ET) right G.wid line from ET + (0,r) left ET.x-E.w.x thinlines_ for y = hatch to r by hatch do { line left r from ET+(0,r-y) } for x = dhs to G.wid by dhs do { line left x down x from G.nw+(x,0) } for y=x-G.wid to G.ht-G.wid by dhs do { line left G.wid down G.wid from G.ne+(0,-y) } for x = y-(G.ht-G.wid) to G.wid by dhs do { line right G.wid-x up G.wid-x from G.sw+(x,0) } thicklines_ "$q$" at F.sw + (-offset,offset/3) "$\ell$" at (F.w,FT) + (-offset,offset/3) "$n{+}p{+}m$" at G.ne + (0,offset) Loopover_(`B',`"\Large $B$" ht 0.2 with .n at B.s + (0,-offset/2)',F,E,G) # extra left brace to avoid a psfrag problem (bug?) sprintf(\ "$\vphantom{\{}\left.\vrule height %gin depth0pt width0pt\right\}r$",r/2) \ at ET + (offset,r/2) # Adjust the bounding box without using s_box: move from F.nw+(-12bp__,21bp__) to G.se+(20bp__,-15bp__) .PE Circuit_macros9.5/examples/ex08.m40000644060175006010010000000477413774371763016072 0ustar DwightNone.PS # ex08.m4 log_init define(`del',`L_unit*5/2') # Input labels C: grid_(0,0); "\sf C sp_" rjust at C DE: C+grid_(0,AND_ht*7/4) A0: DE+grid_(0,BUF_ht*3/2); "\sf A0 sp_" rjust at A0 A1: A0+grid_(0,BUF_ht*3/2); "\sf A1 sp_" rjust at A1 A2: A1+grid_(0,BUF_ht*3/2); "\sf A2 sp_" rjust at A2 move to (-0.2,0) # Lettering within the global object # Buffer strings for_(1,3,1, `line right 3*del from A`'eval(3-m4x) B`'eval(2*m4x-1): NOT_gate; line right 2*del T`'m4x: last line.c B`'eval(2*m4x): BUFFER_gate(,N) ') B7: BUFFER_gate at (B1,C) G1: NOR_gate with .Out at (B1.Out,DE) G2: NOR_gate at (B2+grid_(N_rad,0),G1-grid_(0,AND_ht)) G3: AND_gate(4) with .In1 at (G2.Out+(9*del,0),A2) G5: AND_gate(4) with .In4 at (G3.In1,G2.Out) G6: AND_gate at G5+grid_(AND_wd,AND_ht*3/4)+(del*2,0) G4: NOR_gate with .In1 at (G6.Out,G3)+(2*del,0) G7: NOR_gate with .In2 at (G4.In2,G5.Out) # Output to other latches TOL: (G2.Out,C)+(4*del,-4*L_unit) move to TOL+(3*del,-del/3) ; {move down 0.15} "\sf {\sl To other latches}" below # Remaining input lines line from G1.In1 to (DE,G1.In1); "\sf D sp_" rjust line from G1.In2 to (DE,G1.In2); "\sf E sp_" rjust dot(at G1.In2-(del,0)); line to (Here,G2.In2) then to G2.In2 line from C to B7.In1 # Connect Bi, and connect to output bus for_(1,3,1, `dot(at T`'m4x.c) ; line down (A2.y-A1.y)/2 line to (TOL-(m4x*del,0),Here) ; arrow to (Here,TOL) ') # G1 to G2 dot(at (T1.c,G1)); line to (Here,G2.In1) then to G2.In1 # Upper And inputs to output bus for_(1,4,1, `line left eval(5-m4x)*del from G3.In`'m4x arrow to (Here,TOL) ') line from B2.Out to (G3.In1,B2)-(4*del,0) ; dot line from B4.Out to (G3.In2,B4)-(3*del,0) ; dot line from B6.Out to (G3.In3,B6)-(2*del,0) ; dot line from G1.Out to (G3.In4,G1)-(del,0) ; dot # Lower And inputs line left 4*del from G5.In1 ; dot line left 3*del from G5.In2 ; dot line left 2*del from G5.In3 ; dot line from G2.Out to G5.In4 ; dot(at (TOL,Here)) ; arrow to (Here,TOL) # Fix up G4, G6, G7 line from G3.Out to G4.In1 line right del from G4.Out {dot; line right del ; "\sf sp_ Q7" ljust; move right 0.2 } # letters in object line down 2*del then to G6.In1+(-del,del) line to (Here,G6.In1) then to G6.In1 line from G4.In2 to (G6.In1+(-del,0),G4.In2) line down del then to G7.Out+(del,2*del) line to (Here,G7) then to G7.Out line from G6.Out right del ; line to (Here,G7.In1) then to G7.In1 line from G5.Out to G7.In2 line left del from G6.In2 ; arrow to (Here,TOL) dot(at (Here,C)) ; line to B7.Out .PE Circuit_macros9.5/examples/ex09.m40000644060175006010010000001033113774371763016055 0ustar DwightNone.PS # ex09.m4 # Illustrating the arguments of the `dimension_' macro. gen_init sinclude(F_ex09.dim) sinclude(examples.dim) s_init(ex09) scale = 25 define(`spacer',` [ iflatex(`ifpsfrag(`textht = 7.5bp__; textoffset = 0.5bp__', `latexcommand({\sf)') ') linethick_(1.0) WC: circle diameter 4.22 at 0,0 EC: circle same at 30.15,0 NC: circle diameter 2.36 at 13.28, 10.92/2 SC: circle same at 13.28,-10.92/2 C: 0.5 # spacer centre h = 27.26 # spacer height s = 4.22/2 # small arc radius r = h/2*0.80 # large arc radius Cr: C+(0,h/2-r) # upper arc centre e = s # small arc centre offset from small circle Cs: EC+(e,0) # right arc centre # Tangent points Tr and Ts to circles at Cr and Cs dx = Cr.x-Cs.x; dy = Cr.y-Cs.y; dsq = dx*dx+dy*dy Tr: (r*(r-s)/dsq) + (vscal_(r*sqrt(dsq-(r-s)^2)/dsq,dy,-dx)) Ts: (s/r)-(dx,dy) line from Tr to Ts arc cw to (Ts.x,-Ts.y) with .c at Cs E: last arc.e line to (Tr.x,-Tr.y) arc cw to (C.x-(Here.x-C.x),Here.y) with .c at (Cr.x,-Cr.y) S: last arc.s line to (Cs.x-Ts.x-s,Cs.y-Ts.y) arc cw to (Here.x,-Here.y) with .c at (-e,0) W: last arc.w line to (C.x-(Tr.x-C.x),Tr.y) arc cw to Tr with .c at Cr N: last arc.n thinlines_ dimension_(from S+(2,0) to N+(2,0),-(E.x-C.x+4),s_box(27.76), H) dimension_(from SC.n+(0,2) left SC.x-WC.x, (SC.n.y-S.y+3), s_box(13.28), W) dimension_(from WC.n+(0,2) right EC.x-WC.x,-(WC.n.y-S.y+7), s_box(30.15), W) dimension_(from W+(0,-1.5) to E+(0,-1.5), -(C.y-S.y+8), s_box(41.28), W) dimension_(from SC.e+(2,0) up NC.y-SC.y, (SC.e.x-W.x+8), s_box(10.92), H) arrow <- from EC left 6 up 16 chop EC.rad chop 0 line left 4 "4.22 (2) PL" above arrow <- from NC up last line.y-NC.y+7/8 left 8 chop NC.rad chop 0 {"2.36" above} arrow to SC chop 0 chop SC.rad iflatex(`ifpsfrag(,`latexcommand(})')') ] ') define(`sk',`scale*0.7') define(`bdot', `dot(`$1',,0.5) s_box($`$2'$\strut) `$1' `$3' ') thinlines_ # Upper left diagram spacer # Lower left diagram [ define(`lwid',`29bp__') A: bdot(at (0,0),A,below) B: bdot(at (2*sk,0),B,below) Ctr: 0.5 between A and B linethick_(1) dimension_(from A to B,0.5*sk,\sl label,lwid,0.1*sk) s_box(`\tt dimension\_(from A to B,0.5,\char92 sl label,29bp\_\_,0.1)') \ with .sw at A+(-0.8*sk,-0.7*sk) thinlines_ arrow from A to B chop 0.05*sk "\sl linespec" below dimension_(up_ 0.5*sk from A,0.2*sk,"\sl offset\ {}" rjust,,,->) dimension_(up_ 0.1*sk from B,-0.2*sk) s_box(\ \sl tic offset) with .nw at 2nd last arrow dimension_(up_ 0.1*sk from B+(0,0.5*sk),-0.2*sk) s_box(\ \sl tic offset) with .nw at 2nd last arrow dimension_(from Ctr+(-lwid/2,0.5*sk) right lwid,0.2*sk, "\strut\sl blank width" above) move up 1*sk from A ] with .nw at last [].sw+(0,-0.6*sk) # Right diagram [ A: bdot(at (0,0),A, above rjust) B: bdot(at (2*sk,0),B, above ljust) C: bdot(at (0,-1.5*sk),C, above rjust) D: bdot(at (2*sk,-1.5*sk),D, above ljust) T: C+(-1*sk,-0.5*sk) T: C+(-0.45*sk,-1.0*sk) dimension_(from A to B,0.3*sk,$AB$,20bp__) s_box(`\tt dimension\_(from A to B,0.3,\$AB\$,20bp\_\_)') \ with .sw at T dimension_(from C to B chop dotrad_,,$X$,16bp__) s_box(`\tt dimension\_(from C to B,,\$X\$,16bp\_\_)') \ with .sw at T+(0,-13bp__) dimension_(from C to A,0.3*sk,$CA$,14bp__,,->) s_box(`\tt dimension\_(from C to A,0.3,\$CA\$,14bp\_\_,,->)') \ with .sw at T+(0,-2*13bp__) dimension_(from D to B,-0.3*sk,"$DB$" ljust) s_box(`\tt dimension\_(from D to B,-0.3,\"\$DB\$\" ljust)') \ with .sw at T+(0,-3*13bp__) dimension_(from C to D chop dotrad_,,s_box($T^{%g}$,15),W) s_box( `\tt dimension\_(from C to D,,s\_box(\$T\char94\char123\%g\char125\$,15),W)')\ with .sw at T+(0,-4*13bp__) arcdimension_(from C to D with .c at \ 0.5 between A and B,12bp__,s_box($C$ to $D$),W) s_box( `\tt arcdimension\_(from C to D with .c at \smash{\char92}') \ with .sw at T+(0,-5*13bp__) s_box(`\tt 0.5 between A and B,12bp\_\_,s\_box(\$C\$ to \$D\$),W)') \ with .sw at T+(5,-6*13bp__) ] with .nw at 1st [].ne+(0.8*sk,0) .PE Circuit_macros9.5/examples/ex10.m40000644060175006010010000000272413774371760016051 0ustar DwightNone.PS # ex10.m4 cct_init [ dt = 360/5 r = 0.75 N0: dot(at (Rect_(r,90))) N1: dot(at (Rect_(r,(90-dt)))) N2: dot(at (Rect_(r,(90-2*dt)))) N3: dot(at (Rect_(r,(90-3*dt)))) N4: dot(at (Rect_(r,(90-4*dt)))) line from N0 to N1 then to N2 then to N3 then to N4 then to N0 L14: line from N1 to N4 L24: line from N2 to N4 C02: crossover(from N0 to N2,,L14) C13: crossover(from N1 to N3,,C02,L24) C03: crossover(from N0 to N3,,L14,L24) ] [ up_ rgbdraw(1,0,0, Q1: bi_tr(,R) # Q1 upward with base to the right llabel(,Q_1) ) # Label to left of last [] rgbdraw(0,0,1, Q2: bi_tr with .C at Q1.C+(elen_*7/4,0) # Q2 with base to left rlabel(,Q_2) ) ground(at Q1.E) ground(at Q2.E) line right_ dimen_/3 from Q1.B # Extend the base conductors B1: Here line left_ dimen_/3 from Q2.B B2: Here resistor(up_ elen_*0.75 from Q1.C); llabel(,"$R_L$" wid 0.16) # Load resistors line to (Q2.C,Here) "$V_{\hbox{cc}}$" below resistor(down_ to Q2.C); llabel(,R_L) move to Q1.C+(0,dimen_/5) { resistor(right_ to (B1,Here)); llabel(,R_1) X: line to B2 } # Label the line to be jumped resistor(from (Q2.C,Here) left_ to (B2,Here)); rlabel(,R_1) crossover(to B1,R,X) resistor(down_ elen_*0.75); rlabel(,R_2) # Bias resistors {"$-V_{\hbox{cc}}$" rjust} line to (B2,Here) resistor(up_ to B2); rlabel(,R_2) ] with .sw at last [].se+(0.75,0) .PE Circuit_macros9.5/examples/ex11.m40000644060175006010010000000447113774371760016053 0ustar DwightNone.PS # ex11.m4 cct_init "sp_{audio}" ljust { arrow down_ elen_/4} resistor(down_ 2*elen_) ; llabel(R_{17}) G: ground capacitor(right_ dimen_ from last [].c) ; rlabel(,C_{19}) {arrow <- right_ arrowht from last line.start} { resistor(down_ to (Here,G)); rlabel(,R_{19}) } {R18: resistor(up_ elen_*1.2); llabel(,R_{18}) } line right_ elen_/4 ; up_ Q4: bi_tr(,,,E) with .B at Here; llabel(,,Q_4) resistor(down_ from Q4.E to (Q4.E,G)); rlabel(,R_{21}) resistor(up_ from Q4.C to (Q4.C,R18.end)); llabel(,R_{20}) line up_ elen_/4; dot; "$V_{CC}$" ljust T1: Q4.C+(0,elen_/8) capacitor(right_ dimen_ from T1); llabel(,C_{20}) { capacitor(down_ 0.5*(Here.y-G.y)); rlabel(,C_{21}) resistor(right_ elen_); llabel(,R_{23}) arrow <- from last [] to (last [],G) } resistor(right_ elen_); llabel(,R_{22}) { resistor(down_ 0.5*(Here.y-G.y)); llabel(,R_{24}) capacitor(down_ to (Here,G)); llabel(,C_{22}) } capacitor(right_ dimen_); llabel(,C_{23}) { capacitor(down_ to (Here,G)); rlabel(,C_{24}) } line right_ elen_/2 Q5I: Here line right_ elen_/4 ; up_ Q5: bi_tr(,,,E) with .B at Here; rlabel(,Q_5) R27: resistor(down_ dimen_ from Q5.E); rlabel(,R_{27}) line to (Here,G) resistor(from Q5I down_ Q5I.y-R27.end.y-elen_/12); rlabel(,R_{25}) { capacitor(to (Here,G)); llabel(,C_{25}) } crossover(to (R27,Here)+(hoprad_,0),,R27) R28: resistor(right_ elen_-hoprad_); llabel(,R_{28}) resistor(down_ to (Here,G)); rlabel(,R_{30}) line to G resistor(up_ from Q5.C to (Q5.C,R18.end)); llabel(,R_{26}) line to R18.end up_ Q6: bi_tr(,,,E) with .E at (R28.end.x,Q5.E.y+(T1.y-Q4.B.y)); llabel(,,Q_6) line from Q6.B to (Q5.C,Q6.B) resistor(down_ from Q6.E to R28.end); rlabel(,R_{29}) line right_ dimen_*3/4 from Q6.C { R31: resistor(down_ elen_); circle diam dimen_*0.8 with .c at last line.c "$R_{31}$" below at last circle.sw "$V$" below at last line.c+(dimen_/4,0) } line right_ dimen_ { capacitor(down_ elen_); rlabel(,,C_{26}) line down_ elen_/4; dot; "sp_$V_{SS}$" ljust } line right_ dimen_/2 T6: transformer(down_ elen_) with .P1 at Here line from T6.P2 to R31.end {"$T_6$" at T6.n above } line right_ elen_/3 from T6.S1 inductor(down_ elen_,W) line to T6.S2 speaker(R) with .Box.w at last [].e+(dimen_/8,0) .PE Circuit_macros9.5/examples/ex12.m40000644060175006010010000000641313774371760016052 0ustar DwightNone.PS # ex12.m4 cct_init [ fetht = dimen_*0.9 G: ground Q4: e_fet(up_ fetht) with .S at G Q3: e_fet(up_ fetht) with .S at Q4.D Q2: e_fet(down_ fetht,R,P) with .G at Q3.Channel+( dimen_*0.25,dimen_*1.8) Q1: e_fet(down_ fetht,R,P) with .G at Q2.G + (-dimen_*1.25,0) line left_ dimen_ from Q3.G A: dot; "$A$sp_" rjust line left_ dimen_ from Q4.G B: dot; "$B$sp_" rjust line from Q1.G to (Q1.G,Q3.D) then to (Q1.Channel,Q3.D) \ then to (Q1.Channel,B);dot line from Q2.G to (Q3.Channel,Q2.G) then to (Q3.Channel,Q3.D) \ then to (Q3.G,Q3.D) then to Q3.G;dot line from Q1.D to Q2.D line from Q1.S to Q2.S dot(at (G,Q1.S)) ; line up dimen_/3 ; "$+5$V{}sp_" rjust line from Q3.D to (Q3.D,Q2.D);dot dot(at Q3.D) line right_ dimen_ ; dot ; "sp_$\overline{AB}$" above ] [ del = dimen_/3 define(`pair',`[ Q1: c_fet(up_ dimen_,,P) line right dimen_*2/3 from Q1.D {dot(at last line.c); reversed(`source',up_ dimen_,I); Rail: Here line right dimen_/2 with .c at Here} Q2: c_fet(up_ dimen_,R,P) with .D at Here line down del*2 from Q2.S resistor(down_ dimen_) Gnd: ground(,T,S) ]') P1: pair Rail: P1.Rail Vc: dot(at P1.Q2.S+(0,-del)); "$V_{\hbox{\small c}}$" rjust line from P1.Q1.G to (P1.Q1.G,Rail)+(0,del/2); "$S{+}$" ljust line right_ del from P1.Q2.G {dot(at last line.c); line up del; "$V_{\hbox{\small ref}}$" above} pht = P1.Rail.y-P1.Gnd.y P2: pair with .Q1.G at Here Vcp: dot(at P2.Q2.S+(0,-del*2)); {"$V_{\hbox{\small c$'$}}$" above rjust} {line to (P1.Q1.S,Here) then to P1.Q1.S} line from P2.Q2.G to (P2.Q2.G,Rail)+(0,del/2); "$S{-}$" rjust line from Vc to (P2.Q1.S,Vc) then to P2.Q1.S define(`cpair',`[ Rail: line right dimen_/2 Q1: c_fet(up_ dimen_,,P) with .D at last line.c Q2: c_fet(up_ dimen_) with .S at Rail.c+(0,-pht) ground(at Q2.S,T,S) line from Q1.G to Q2.G line from Q1.S to Q2.D ]') S1: cpair with .Rail at P2.Rail+(P2.Q2.G.x-P2.Rail.x+P2.Q2.G.x-P2.Q2.D.x+del,0) S2: cpair with .Q1.G at (S1.Q1.D.x+del,S1.Q1.G.y) S3: cpair with .Rail at 2 between S1.Rail and S2.Rail line from Vcp to (S2.Q2.G,Vcp); dot dot(at (S2.Q2.D,Here)); line to (S3.Q2.G,Here); dot dot(at (S3.Q2.D,Here)); arrow right del; "$e_2$" ljust dot(at P2.Q1.S); line to (S1.Q1.G,Here); dot dot(at (S1.Q2.D,Here)); arrow to (last arrow.end,Here); "$e_1$" ljust ] with .sw at last [].se+(0.25,0) [ elen=0.2 VDD: dot; llabel(,V_{DD},) line down_ elen/2 P1: mosfet(up_,,ZSDFdTX,) with .D at Here MIDDLE: line from P1.S down_ elen/2 N1: mosfet(up_,,ZSDFTX,) with .D at Here N2: mosfet(up_,,ZSDFTX,) with .D at N1.S ground(at N2.S) ING: P1.G+(-elen/2,0) line from P1.B right_ elen * 2/5 then down_ elen * 4/5 line to (ING, Here) dot line from N1.B right_ elen * 2/5 then up_ elen * 4/5 line to (ING, Here) dot line from N1.G to (ING,N1.G) dot line from N2.G to (ING,N2.G) then to ING then to P1.G dot(at (ING,MIDDLE)) line left_ elen*2 "$V_{\hbox{\scriptsize in}}$" above dot(at MIDDLE) line right_ elen*2 { "$V_{\hbox{\scriptsize out}}$" above } line from N2.B to (Here,N2.B) "$V_{BB}$" above PUNT:dot(at 0.5 between N1.S and N2.D) "$V_x$" ljust "$P_1$" at P1.Channel.end above rjust "$N_1$" at N1.Channel.start below rjust "$N_2$" at N2.Channel.start below rjust ] with .sw at last [].se .PE Circuit_macros9.5/examples/ex15.m40000644060175006010010000000175313774371760016057 0ustar DwightNone.PS # ex15.m4 gen_init [ n = 10; r = 1 for i = 1 to n-1 do { for j = i+1 to n do { line from rect_(r,i*twopi_/n) to rect_(r,j*twopi_/n) } } ] [ linethick = 2.5 crad = 1.0 C: circle rad crad g = 0.65 D: C+(Rect_(crad*g,110)) rm = crad+distance(C,D) for r=lthick to rm by 2*lthick do { if r < (1-g)*crad then { circle rad r at D thick r/rm*linethick } \ else { arc cw from Cintersect(D,r,C,crad) \ to Cintersect(D,r,C,crad,R) with .c at D thick r/rm*linethick } } linethick = 1.5 C: circle invis rad crad with .w at C.e+(0.1,0) D: C+(Rect_(crad*g,110)) a = 1 # fade rate parameter for r=lthick to rm by lthick do { u = 1-(r/rm*(a*r/rm+(1-a))) if r < (1-g)*crad then { circle outlined rgbstring(u,u,u) rad r at D } \ else { arc cw outlined rgbstring(u,u,u) from Cintersect(D,r,C,crad) \ thick linethick*1.5 to Cintersect(D,r,C,crad,R) with .c at D } } circle rad C.rad at C ] with .w at last [].e+(0.1,0) .PE Circuit_macros9.5/examples/ex16.m40000644060175006010010000000351113774371763016055 0ustar DwightNone.PS # ex16.m4 cct_init [ define(`elen_',linewid*1.2) circlerad = delay_rad_ {"\sl input" above ljust} line right_ J: Here delay K: Here delay L: Here S1: circle "$+$" at (K.x,K.y+linewid) S2: circle "$+$" at (L,S1) arrow up_ S1.y-J.y from J then to S1.w arrow from K to S1.s arrow from S1.e to S2.w arrow from L to S2.s S3: circle "$+$" at (L.x,L.y-linewid) arrow down_ J.y-S3.y from J then to S3.w arrow from L to S3.n arrow from S2.e right_ linewid/2 then down_ (S2.y-S3.y)/2-circlerad \ then right_ linewid/2 arrow from S3.e right_ linewid/2 then up_ (S2.y-S3.y)/2-circlerad \ then right_ linewid/2 "\sl output" at 0.5 ] [ circlerad = 0.35/2 d = linewid*1.75 S00: circle "$00$" S10: circle "$10$" at S00+(d,d) S01: circle "$01$" at S00+(d,-d) S11: circle "$11$" at S01+(d,d) dx = circlerad*cosd(60) dy = circlerad*sind(60) brad = circlerad*1.3 qrad = circlerad*6 arc -> cw from S00+(-dx,-dy) to S00+(-dx,dy) rad brad \ with .c at S00-(dx+sqrt(brad^2-dy^2),0) "$0/00$" at last arc.w rjust right arc -> cw from S00+(dx,dy) to S10+(-dy,-dx) rad qrad "$1/11$" at last arc.nw rjust above right arc -> cw from S10+(dy,-dx) to S11+(-dx,dy) rad qrad "$1/01$" at last arc.ne ljust above up_ arc -> cw from S11+(dx,dy) to S11+(dx,-dy) rad brad \ with .c at S11+(dx+sqrt(brad^2-dy^2),0) "$1/10$" at last arc.e ljust down_ arc -> cw from S11+(-dx,-dy) to S01+(dy,dx) rad qrad "$0/01$" at last arc.se ljust below left_ arc -> cw from S01+(-dy,dx) to S00+(dx,-dy) rad qrad "$0/11$" at last arc.sw rjust below up_ arc -> cw from S01+(-dx,dy) to S10+(-dx,-dy) rad qrad*2 "$1/00$" at last arc.w rjust down_ arc -> cw from S10+(dx,-dy) to S01+(dx,dy) rad qrad*2 "$0/10$" at last arc.e ljust ] with .sw at last [].se+(0.4,0) .PE Circuit_macros9.5/examples/ex17.m40000644060175006010010000000214613774371760016056 0ustar DwightNone.PS # ex17.m4 cct_init [ nrows = 4 ncols = 9 linewid = linewid*0.6 # everything smaller define(`elen_',linewid) # shorter default length for j = 1 to nrows do { { for i = 1 to ncols do { Point_(-120) resistor Point_( 0) inductor Point_( 120) capacitor if i < ncols then {Point_(0) diode} } } Point_(-120) move to rvec_(elen_,0) { for i = 1 to ncols do { Point_(-60) capacitor Point_( 60) resistor } } Point_(-60) move to rvec_(elen_,0) } Point_(0) for i = 1 to ncols-1 do { inductor } ] [ # an exercise of the `parallel_' macro: down_ # for labelling Point_(-80) # skew current direction parallel_(Sep=1.75*dimen_; parallel_( `capacitor(,C); rlabel(,,C_2)', `resistor; llabel(,R_2)' ), parallel_( `resistor; rlabel(,R_1); move to rvec_(-dimen_/5,0) inductor(,W); rlabel(,L_1)', `reversed(`source',to rvec_(elen_,0),V,sourcerad_*2.5); rlabel(,v_s)' ) ) ] with .sw at last [].se+(elen_,0) .PE Circuit_macros9.5/examples/ex18.m40000644060175006010010000000154113774371760016055 0ustar DwightNone.PS # ex18.m4 cct_init [ "$v_i$" rjust; dot resistor(right_ dimen_) ; llabel(,R_i) T: dot line right_ linewid/4 A: opamp with .In1 at Here line from A.In2 to (T,A.In2) resistor(down_ dimen_) ; rlabel(,R_g) ground(,T) line right_ dimen_ from A.Out diode(up_ dimen_); dot {line right_ linewid/2; dot; "$v_o$" ljust } resistor(left_ to (A.Out,Here)) ; rlabel(,R_o); dot { diode(down_ to A.Out); dot } line to (T,Here) then to T ] [ define(`dimen_',dimen_*1.25) B: battery(up_ dimen_*2/3); rlabel(,V^o) move down dimen_/4 resistor(up_ dimen_); rlabel(,R,) inductor(right_ elen_); b_current(i\mathstrut); rlabel(,L) { capacitor(down_ to (Here,B.start)); rlabel(,C); llabel(+,v,-) } line right_ dimen_ diode(down_ to (Here,B.start),T); b_current(h(v)) line to B.start ] with .nw at last [].ne+(20bp__,0) .PE Circuit_macros9.5/examples/ex21.m40000644060175006010010000000372013774371763016053 0ustar DwightNone.PS # ex21.m4 log_init iflatex(`textoffset = 1bp__; ifpsfrag(,`latexcommand({\sf)') ') dy = 0.2 ddy = 1.8*dy D: FlipFlop(D) `"\tt FlipFlop(D)"' at last [].s+(0,-ddy) above T: FlipFlop( T) with .Chip.sw at last [].se + (0.4,0) `"\tt FlipFlop(T)"' at last [].s+(0,-ddy) above RS: FlipFlop(RS) with .Chip.sw at last [].se + (0.4,0) `"\tt FlipFlop(RS)"' at last [].s+(0,-ddy) above JK: FlipFlop(JK) with .Chip.sw at last [].se + (0.4,0) `"\tt FlipFlop(JK)"' at last [].s+(0,-dy) above # Test 3: synchronous 3-bit counter define(`counterFF',``$1':FlipFlop(JK) `$2' "\sf\scriptsize `$1'" at `$1'.Chip.sw below ljust "\sf\scriptsize $`'1$" at `$1'.PinCLR.end above "\sf\scriptsize $`'1$" at `$1'.PinPR.end below') [ right_ counterFF(FF0) counterFF(FF1,with .Chip at FF0.Chip+(-28*L_unit,0)) counterFF(FF2,with .Chip at FF1.Chip+(-28*L_unit,0)) "\sf\scriptsize $1$sp_" at FF0.PinJ.end rjust "\sf\scriptsize $1$sp_" at FF0.PinK.end rjust Dc: FF2.Chip.sw+(-9*L_unit,-7*L_unit) Bot: Dc+(0,-3*L_unit) left_ AndG: AND_gate at FF1.Chip.nw+(4*L_unit,12*L_unit) right_ line from FF2.PinCK.end left 3*L_unit line to (Here,Dc); dot line from FF1.PinCK.end left 3*L_unit line to (Here,Dc); dot line from FF0.PinCK.end left 3*L_unit line to (Here,Dc) then to Dc "\sf\scriptsize $D_C$ sp_" rjust line from FF2.PinK.end to FF2.PinJ.end; dot line to (Here,AndG.Out) then to AndG.Out line from FF1.PinK.end to FF1.PinJ.end; dot line to (Here,FF1.PinCLR.end+(0,3*L_unit)) line to (AndG.In2+(6*L_unit,0),Here) then to AndG.In2+(6*L_unit,0); dot line from FF0.PinQ.end right 0.1; dot line from AndG.In2 to (Here,AndG.In2) then to (Here,Bot); "$D_{00}$" below line right 0.1 from FF1.PinQ.end; dot line from AndG.In1 to (Here,AndG.In1) then to (Here,Bot); "$D_{01}$" below line right 0.1 from FF2.PinQ.end line to (Here,Bot); "$D_{02}$" below ] with .n at 0.5<2nd[].s,3rd[].s> - (0,0.4) iflatex(ifpsfrag(,`latexcommand(})')) .PE Circuit_macros9.5/examples/examples.pdf0000644060175006010010000325773013774371763017362 0ustar DwightNone%PDF-1.4 %Çì¢ %%Invocation: gs -sDEVICE=pdfwrite -dCompatibilityLevel=1.4 -dNOPAUSE -dQUIET -dBATCH -sOutputFile=? ? 5 0 obj <> stream xœí=Ù’Çqùmßüó8°€v×Ýå7‹!ˇì°„ý@éa8kíì‚{â胙•GU÷,Dn„ß(†bQÙYyUuuÏ·»yr»ÿã¿ÇóÕ?ü¾ì>>\Í»Wß^9z¸ã?ÇóîWïaÙ97Õ”üî݇«ÖÑí|ŠSÊeWÂ2%ïvïÎW_ïýçÃùóÍéá_½ nžf—÷ÿýªÖ©.±ìO÷×w·¯ÞøO漯SzõÇwÿ ²œê\rxãjšœs»7¾Ls]vïÞéwŸ®°o…¾aßþ½À¿ëþ à¸?ÞÝÜœŽÌf¾i÷Ÿ»¸}øx8Kg·ütL ôôøéîÞz~:b¡‡ŸïùIû»ãñ Ê ç²¼šnÿùþîýÓ‘×ýÓÃõíG“àßñúþøtý(<üþ|8Þß=›ÃmÏd½x € ¶ªIžB×êö?_Éšo\žjHu÷Æ…)Åê›ùH/츄ý{À`„b$‘þÕÈ0ÂKÞ?ÜO­…cJž¤ÑX÷úÔíÒPéäYØ}sz|”gȃL@:”5`zFòöáñþéøø È~ÿA±+Û¸™–·±äþS4¾?¼r ªì¿‡NÍŒ þì÷ß¼òè~Ù?=Š‹k–~¸{º?žÞüâæD&&Ã.à—¿½z÷÷_ïoJY3zT³J-Ä÷áÓÝ+FHûïo'°&Œtúv½=ž`LblîôwŒÞN.Œ]áßM0ê !õÊ!õöxø(Ñ€Ê/ñ-w<=<œÞ Í¢>JyºæÁ¬™|¥!"Ñ7ŸÁpaƸKú(‘õß|ì©zÀïãˆöØÐÖfgdÔNLœÄÀŸï®¿¹¾¹~ü0K’lR2’85#â?²–M¯’‰x‹çÒlz>n¹OEß><ÊÃBaðx݆•AÍ3HÏÜRq†g7×?=Þü 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SVG Circuit_macros examples, Version XXX

This file shows diagrams in .svg format; png versions are also available. The PDF equivalent can be found in examples.pdf of the distribution.

The diagrams shown below have been adapted from the Circuit_macros examples in order to test the svg output of dpic. Generating svg line art is straightforward, but TeX, LaTeX, and related word processors do not produce svg. Either less-sophisticated text formatting must be employed or an intermediate format such as pdf can be produced, followed by an additional processing step to convert to svg. Two possibilities for the latter are dvisvgm and pdf2svg although there may be font-related issues for some diagrams.
Many circuit and similar diagrams intended for the web do not require sophisticated labels, however; the examples shown below might be representative.

Click on the link to view the source of each diagram.

There are a number of other issues:

  • Embedding .svg files in html documents with the <embed> or <object> tag seems to be a perennial issue.
  • This file has been tested mainly by using Firefox.
  • The Adobe reader apparently requires a line of the form
    <embed src="figure.svg" width="x" height="y" type="image/svg+xml" /> This means that the html file has to contain dimension information for each figure, whereas Firefox can determine the figure size from the <svg ... object. Currently, dpic includes a comment line giving reasonable dimensions in pixels but this has to be insterted into the <embed or <object line. A makefile does it easily but otherwise this could be tedious.
  • The default font face is not specified in all of these diagrams but is inherited from the enclosing document, so the appearance of labels can differ depending on the browser. Some of these diagrams set the font at the beginning of the diagram source.
  • The <svg tag may require modification from the default used for this test. Dpic might be modified to allow the generation of custom headers but that has not been done.
  • Diagrams such as these contain text labels that have to be treated differently from the LaTeX-compatible versions. Apparently there is no direct way to know the bounding box of arbitrary svg text. Consequently, text placement is approximate and may require manual adjustment. Rather than patch the original source files for svg production, edited copies have been used. The configuration file svg.m4 read by m4 prior to libcct.m4 contains the following macros defined for svg. Others could be defined to exercise some of the media capabilties of svg. They are subject to change:
    • m4tt`'svg_font(font-face,nominal size[:dptextratio],textoffset, dpic commands`'m4tt): Change font face, size, textratio and dpic textoffset parameters. Change font face and dpic m4tt`'textht, m4tt`'dptextratio, and m4tt`'textoffset parameters. If arg4 is blank, the font is changed and requires m4tt`'command "</g>" to cancel the font change.
      Note: Nominal height = text height in drawing units; actual height = nominal ht x m4tt`'dptextratio.
      Examples:
      m4tt`'svg_font(Times)
      m4tt`'svg_font(Times,14bp__)
      m4tt`'svg_font(sans-serif,14bp__:0.71)
      m4tt`'svg_font(Times,11bp__,1bp__,"text" at A)
      m4tt`'svg_font(font-family="Times")
      m4tt`'svg_font(font-family="Times" font-style="italic")
      m4tt`'svg_font(style="font-family:Times; font-style:italic")
    • m4tt svgfontratio(font name`'m4tt); Reasonable m4tt`'dptextratio value for common fonts, used by m4tt`'svg_font.
    • m4tt svg_tspan(text attributes, text`'m4tt); e.g. m4tt`'svg_tspan(font-style="italic" font-size="75%",XYZ)
    • m4tt svg_it(text`'m4tt): for italics
    • m4tt svg_tt(text`'m4tt): for monospace (courier)
    • m4tt svg_norm(text`'m4tt): for normal text
    • m4tt svg_bf(text`'m4tt): for bold face
    • m4tt svg_small(text, percent`'m4tt): to set a smaller text size, default 66
    • m4tt svg_fsize(text, percent`'m4tt): for setting larger or smaller text size, default 100
    • m4tt svg_sub(text, size percent, y displ, x displ`'m4tt): subscript
    • m4tt svg_sup(text, size percent, y displ, x displ`'m4tt): superscript
    • m4tt svg_rot(degrees, "text" [at position]`'m4tt): Rotate text degrees (default 90) ccw. Requires m4tt`'svg_rot_init(filename`'m4tt) and the source must be processed twice.
    • m4tt svg_rot_init(filename`'m4tt): filename is the basename of the output of m4tt`'dpic -v filename.pic > filename.svg`'m4tt
    • m4tt svg_symbol(text`'m4tt): allow quoted pound sign in text, e.g., m4tt`'svg_symbol(10&`#'176;) produces 10°
    • m4tt svgLink(URL, drawing object, m4tt[B]): link to external file using <a xlink:href=...>...</a> (default is m4tt`'target="_blank" unless arg 3 = B)
    • m4tt svgLinkString as above but for strings attached to objects
    • Greek and other symbols:
      m4tt svg_alpha changecom(,)&`#'945;changecom(`#') m4tt svg_beta changecom(,)&`#'946;changecom(`#') m4tt svg_Gamma changecom(,)&`#'915;changecom(`#') m4tt svg_gamma changecom(,)&`#'947;changecom(`#') m4tt svg_Delta changecom(,)&`#'916;changecom(`#') m4tt svg_delta changecom(,)&`#'948;changecom(`#') m4tt svg_epsilon changecom(,)&`#'949;changecom(`#') m4tt svg_zeta changecom(,)&`#'950;changecom(`#')
      m4tt svg_eta changecom(,)&`#'951;changecom(`#') m4tt svg_Theta changecom(,)&`#'920;changecom(`#') m4tt svg_theta changecom(,)&`#'952;changecom(`#') m4tt svg_iota changecom(,)&`#'953;changecom(`#') m4tt svg_kappa changecom(,)&`#'954;changecom(`#') m4tt svg_Lambda changecom(,)&`#'923;changecom(`#') m4tt svg_lambda changecom(,)&`#'955;changecom(`#') m4tt svg_mu changecom(,)&`#'956;changecom(`#')
      m4tt svg_nu changecom(,)&`#'957;changecom(`#') m4tt svg_Xi changecom(,)&`#'926;changecom(`#') m4tt svg_xi changecom(,)&`#'958;changecom(`#') m4tt svg_Pi changecom(,)&`#'928;changecom(`#') m4tt svg_pi changecom(,)&`#'960;changecom(`#') m4tt svg_rho changecom(,)&`#'961;changecom(`#') m4tt svg_Sigma changecom(,)&`#'931;changecom(`#') m4tt svg_sigma changecom(,)&`#'963;changecom(`#')
      m4tt svg_tau changecom(,)&`#'964;changecom(`#') m4tt svg_upsilon changecom(,)&`#'965;changecom(`#') m4tt svg_Phi changecom(,)&`#'934;changecom(`#') m4tt svg_phi changecom(,)&`#'966;changecom(`#') m4tt svg_chi changecom(,)&`#'967;changecom(`#') m4tt svg_Psi changecom(,)&`#'936;changecom(`#') m4tt svg_psi changecom(,)&`#'968;changecom(`#') m4tt svg_Omega changecom(,)&`#'937;changecom(`#')
      m4tt svg_omega changecom(,)&`#'969;changecom(`#') m4tt svg_micro changecom(,)&`#'956;changecom(`#') m4tt svg_ohm changecom(,)&`#'937;changecom(`#') m4tt svg_lt changecom(,)&`#'60;changecom(`#') m4tt svg_gt changecom(,)&`#'62;changecom(`#') m4tt svg_leq changecom(,)&`#'8804;changecom(`#') m4tt svg_geq changecom(,)&`#'8805;changecom(`#') m4tt svg_prime changecom(,)&`#'8242;changecom(`#')
      m4tt svg_backsl changecom(,)&`#'92;changecom(`#') m4tt svg_pound changecom(,)&`#'35;changecom(`#') m4tt svg_comma changecom(,)&`#'44;changecom(`#') m4tt svg_lparen changecom(,)&`#'40;changecom(`#') m4tt svg_rparen changecom(,)&`#'41;changecom(`#') m4tt svg_circ changecom(,)&`#'710;changecom(`#') m4tt svg_deg changecom(,)&`#'176;changecom(`#')
      m4tt svg_emsp |changecom(,)&`#'8195;changecom(`#')| m4tt svg_ensp |changecom(,)&`#'8194;changecom(`#')| m4tt svg_thinsp |changecom(,)&`#'8201;changecom(`#')|
  • Inkscape: It may be efficient to define elements by macro and to place them using a wysiwyg graphics editor. A draft page intended for Inkscape is included. A reasonable variety of elements is defined but many more could be added and they should be customized for particular applications. Adjustments may also have to be made to obtain the proper snap-to actions.
  • Link experiments: Click on the resistor or source of quickSVG to go to external files in new windows. Click on "n-port" in NportSVG to replace the diagram and then "back" to return.
  • Some of the assumptions used to create this draft may be na&`#'239;ve. Comments are welcome.
cfig(quickSVG, SVG produced by dpic,y)
cfig(quick, SVG produced from quick.pdf by dvisvgm,y)
cfig(CctTableSVG, Two-terminal elements, showing some variations) cfig(DiodesSVG, Diodes: a m4tt`'K in the second argument draws an open arrowhead) cfig(EmarrowsSVG, Radiation arrows) cfig(SourcesSVG, Sources and source-like elements) cfig(VariableSVG, Arrows and marks indicating variability) cfig(AmpTableSVG, Macros m4tt`'amp`,' delay`,' and m4tt`'integrator) cfig(FusesSVG, Macros m4tt`'fuse and m4tt`'cbreaker) cfig(SwitchesSVG, The switch macros; m4tt`'switch(`,'`,'`,'L|B|D) is a wrapper for m4tt`'lswitch`,' m4tt`'bswitch`,' and m4tt`'dswitch) cfig(GroundsSVG, Ground symbols) cfig(AntennasSVG, Antenna symbols) cfig(AudioSVG, Audio elements) cfig(OpampSVG, The opamp) cfig(XformSVG, The transformer element`,' drawing direction down) cfig(NPDTSVG, Double throw with the m4tt`'NPDT macro) cfig(ContactSVG, A non-exhaustive sampling of m4tt`'contact macro variations) cfig(ContactsSVG, The m4tt`'contacts macro) cfig(relaycoilSVG, The m4tt`'relaycoil macro) cfig(RelaySVG, Some variants of the m4tt`'relay macro) cfig(JackSVG, The m4tt`'jack and m4tt`'plug macros) cfig(ConnSVG, The m4tt`'tstrip`,' ccoax`,' tconn`,' and m4tt`'tbox macros) cfig(PconnSVG, The m4tt`'pconnex macro) cfig(HeadersSVG, The m4tt`'Header macro) cfig(ConnectorsSVG, Some connectors with simple geometry and lists of labels) cfig(fetSVG, FETs`,' showing programmable components and example customizations) cfig(ujtSVG, UJT examples) cfig(thyristorSVG, Thyristor examples) cfig(BipSVG, Bipolar transistors (drawing direction: up)) cfig(TgateSVG, The m4tt`'tgate and m4tt`'ptrans elements) cfig(NportSVG, The m4tt`'nport and m4tt`'nterm macros) cfig(NLGSVG, Some customizations of m4tt`'nport) cfig(WindingsSVG, The macro m4tt`'winding(L|R`,'diam`,'pitch`,'turns`,'core wid`,'core color)) cfig(ex01SVG, Two simple labeled circuits) cfig(ex02SVG, Elements at obtuse angles) cfig(OptoisoSVG, Optical isolator: a circuit with right or left orientation) cfig(MixerSVG, A balanced mixer`,' using m4tt`'mosfet and a custom transformer) cfig(PushPullSVG, A push-pull mixer`,' showing FETs with multiple gates) cfig(QuantumSVG, A quantum circuit) cfig(SQUIDSVG, Superconducting quantum interface device (drawing direction down)) cfig(SixpoleSVG, A six-pole filter) cfig(ex18SVG, Precision half-wave rectifier and a tunnel diode circuit (illustrating m4tt`'opamp`,' diode`,' resistor`,' ground`,' and labels)) cfig(MCSVG, A three-phase switched AC-AC converter and a DC-DC converter) cfig(ex10SVG, Non-planar graph and bistable circuit (illustrating the m4tt`'crossover macro and colored elements)) cfig(ThreeSVG, Three-phase oscillator) cfig(ex17SVG, A repetitive network created by Pic looping and a skewed circuit used to test the macro m4tt`'parallel_) cfig(ex12SVG, A CMOS NAND gate`,' a test circuit`,' and an XMOSFET example) cfig(pwrsupplySVG, An elementary power supply circuit with colored elements`,' and a multiple-winding transformer with 3-phase rectifier) cfig(TTLnandSVG, TTL NAND gate illustrating a transistor with multiple emitters) cfig(I2LSVG, Gate circuit and equivalent embedded components illustrating multiple collectors) cfig(SchottkySVG, A 4-input NAND circuit illustrating the m4tt`'S (Schottky) option of m4tt`'bi_trans) cfig(ex11SVG, Transistor radio audio chain) cfig(ex04SVG, Labels on non-manhattan elements) cfig(CsourceSVG, Realization of a controlled source (illustrating stacked element labels)) cfig(DriveSVG, Synchronous machine driven by variable-speed drive and rectifier) cfig(ex16SVG, A rate 1/2 binary convolutional coder and its state diagram) cfig(ex03SVG, Digital filter) cfig(MotorControlSVG, Motor control connections) cfig(RectifiersSVG, Rectifier circuits and waveforms) cfig(HeathkitSVG, The power supply of a Heathkit AR-15 (Now`,' that was a receiver!) with custom transformer and other elements`,' drawn on a grid (partially shown) to aid in placement) cfig(lcctSVG, A digital circuit of moderate size`,' redrawn from M. P. Maclenan and G. M. Burns`,' "An Approach to Drawing Circuit Diagrams for Text Books`,'" Tugboat (12)1`,' March 1991`,' pp. 66-69) cfig(UNOSVG, An Arduino UNO circuit adapted and redrawn) cfig(TubediagsSVG, Electron-tube diagrams: a few bottom-view base diagrams`,' a generic triode test circuit`,' and a 25-watt audio amplifier adapted from F. Langford-Smith`,' Radiotron Designers Handbook`,' fourth edition`,' Harrison`,' NJ: Radio Corporation of America`,' 1952) cfig(sfgSVG, Signal-flow graphs) cfig(LogicSVG, Basic logic gates) cfig(ex08SVG, General-purpose latch: a small logic circuit) cfig(DecoderSVG, Decoder logic`,' constructed using the m4tt`'for_ macro) cfig(ex21SVG, Some flip-flops) cfig(MultiplexerSVG, Multiplexer) cfig(DemultiplexerSVG, Demultiplexer) cfig(ShiftRSVG, A 5-bit shift register drawn using a custom flip-flop) cfig(AdderSVG, A full adder and a cascade of n-bit adders) cfig(CanLogicSVG, A way of automatically drawing two-layer logic diagrams) cfig(AlogixSVG, The m4tt`'Autologix(`'Boolean expression; Boolean expression... `,' options) macro automatically draws Boolean expressions in function notation. The function tree is drawn`,' then a row or column of inputs`,' then the connections. The default result is on the left`,' a custom element at the top`,' and a tree of gates only is shown on the right. THe lower examples illustrate the L`,' R`,' and V options.) cfig(ABlogixSVG, The m4tt`'Autologix macro can draw inputs on the left but the added drawing complexity may require hand tuning with second-argument options: m4tt`'L puts the inputs on the left`,' m4tt`'R reverses their order`,' m4tt`'V scans the input arguments in reverse order`,' and m4tt`'offset=`'value displaces the array of inputs) cfig(XORSVG, Realizations of the XOR function using m4tt`'Autologix) cfig(paletteSVG, A draft palette of a few elements for Inkscape using a 1 mm grid) cfig(ex00SVG, Line diagrams) cfig(controlSVG, Control-system block diagrams that do not require m4) cfig(GrayCodeSVG, Gray code 10-bit encoder disk pattern) cfig(CrossbarSVG, A crossbar switch) cfig(ByteSVG, Elementary splines) cfig(RotboxSVG, The macro m4tt`'rotbox(wid,ht,type,[r|t=val]) draws a box in the current direction) cfig(ex06SVG, Crosshatching by m4tt`'for loops) cfig(ex09SVG, Illustrating the macro m4tt`'dimension_(linespec`,' offset`,' label`,' H|W|D|blank width`,' tic offset`,' <-|->). A negative second argument implies an offset to the right of the linespec direction. A label starting with m4tt`'" or m4tt`'sprintf is copied literally. If label is an m4tt`'s_box(...) then setting argument 4 to m4tt`'H`,' m4tt`'W`,' or m4tt`'D tailors the blank width to the m4tt`'s_box height`,' width`,' or diagonal respectively; i.e.`,' m4tt`'W is equivalent to m4tt`'s_wd+textoffset*2. The macro m4tt`'arcdimension_ is similar but the first argument specifies the arc to be dimensioned and the second argument is the outward radial offset of the dimension arrow arc.) cfig(Y14-5SVG, Dimensioning with tolerances according to ASME Y14.5) Use of m4tt`'darrow and m4tt`'Darc) cfig(ex05SVG, Use of m4tt`'darrow and m4tt`'Darc) cfig(LoglogSVG, A graph drawn using the pic language) cfig(GeometrySVG, A plane geometry example) cfig(LyapSVG, Illustrating a Lyapunov function) cfig(randomSVG, Testing random numbers) cfig(expSVG, Test of m4tt`'project and other m4tt`'lib3D macros`,' showing the projection of a solid onto the y1`,'z1 plane by sighting along the x1 axis.) cfig(graysurfSVG, Plotting surfaces using gray scales. A sort algorithm determines plotting order) cfig(shapesSVG, Basic shapes) cfig(AntiqueClockSVG, An antique clock face) cfig(cscSVG, Conestoga Sailing Club (illustrating the filling of arbitrary shapes)) cfig(roseSVG, Redrawn from a detail of the set design for the musical Dracula`,' used for testing m4tt`'dpic. This diagram consumes much LaTeX main memory but can be produced directly as pdf using m4tt`'dpic -d`,' as svg using m4tt`'dpic -g`,' or as postscript using m4tt`'dpic -r since no text formatting is required) cfig(diamondSVG, Variations on M. Goossens`,' S. Rahtz`,' and F. Mittelbach`,' The LaTeX Graphics Companion`,' Addison-Wesley 1997`,' pp. 57-58) cfig(wormSVG, An exercise in calculating RGB colours) cfig(ButtonsSVG, Shading in color) cfig(DiniSVG, Dini surface and an icosahedron) cfig(SierpinskiSVG, The Sierpinski triangle and a Cayley graph: tests of pic macro recursion) cfig(recycleSVG, Modest repetition and partial fill) cfig(ex15SVG, Simple diagrams that are easily drawn by looping) cfig(CountingSVG, An example of enumeration) cfig(CrowSVG, Illustrating m4tt`'shadebox and a custom crowfoot line termination) cfig(FlowSVG, A flowchart sampler) cfig(BtreeSVG, Binary trees) cfig(InclepsSVG, Overlaying a figure with line graphics) cfig(FontsSVG)
Circuit_macros9.5/examples/svg/expSVG.m40000644060175006010010000002453513774371757017261 0ustar DwightNone.PS # expSVG.m4 threeD_init NeedDpicTools # Graduated shading is probably best done using the built-in functions # of PSTricks or the somewhat equivalent tikz capabilities. Other # postprocessors do not have the same functionality so the following # demonstrates how it can be done in the pic language with m4 macros. # `shadedpolygon(shadedpvertseq,line attributes, # sweep angle (degrees),colorseq) # arg1 is a colon (:) separated sequence of # positions or position names, the vertices in # order (cw or ccw) of the polygon. Colored # shade lines are drawn perpendicular to the # sweep angle. A colorseq is of the form # 0,r0,g0,b0, # frac1,r1,g1,b1, # frac2,r2,g2,b2, # ... # 1,rn,gn,bn' #`e.g. shadedpolygon((0,0):(0,1):(2,1):(2,0),,0,0,1,1,1,1,0,0,0)' define(`shadedpolygon',`[ Origin: Here shadedpverts(V,1,patsubst(patsubst(`$1',`,',|),:,`,')) nverts = m4vx T: (Rect_(1,`$3')) p0 = 1; d[1] = T.x*V[1].x + T.y*V[1].y pm = 1 for i=2 to nverts do { d[i] = T.x*V[i].x + T.y*V[i].y if d[i] < d[p0] then { p0 = i } if d[i] > d[pm] then { pm = i } } d0 = d[p0]; dmx = d[pm]-d0 for i=1 to nverts do { d[i] = (d[i]-d0)/dmx } qL = p0; pL = qL + 1; if pL > nverts then { pL = 1 } qR = p0; pR = qR - 1; if pR < 1 then { pR = nverts } nlines = int(1.5*dmx/lthick) ShadeObject(ShadedPline,nlines,shift(shift(shift($@)))) \ with .Origin at Origin Midpt: 0.5 between V[1] and V[nverts] line `$2' \ from Midpt to for_(1,m4vx,1,`V[m4x] then to\') Midpt Start: V[p0]; End: V[pm] ]') define(`shadedpverts',` ifelse($3,,,`$1[$2]: patsubst(`$3',|,`,') define(`m4vx',$2) shadedpverts(`$1',incr(`$2'),shift(shift(shift($@))))')') define ShadedPline { if $1 > d[pL] then { qL = pL; pL = qL + 1; if pL > nverts then {pL = 1} } if $1 > d[pR] then { qR = pR; pR = qR - 1; if pR < 1 then {pR = nverts} } M4L: ($1-d[qL])/(d[pL]-d[qL]) between V[qL] and V[pL] M4R: ($1-d[qR])/(d[pR]-d[qR]) between V[qR] and V[pR] line outlined rgbstring($2,$3,$4) \ from M4L to M4R } # Projected box object: [ g = 1.2 define(`axlen',1.2*g) define(`O3',`0,0,0') define(`X0',`axlen,0,0') define(`Y0',`0,axlen,0') define(`Z0',`0,0,axlen') # diagram viewing angle dazim = 54 delev = 15 setview(dazim,delev) # projection azimuth, elevation pazim = 20*dtor_ pelev = 35*dtor_ arad = 0.6*g # object displacement define(`D3',`0.3*g,0.6*g,0.9*g') # fixed coordinate frame O: project(O3) X: project(X0) Y: project(Y0) Fector(X0,Z0) with .Origin at O ; "svg_it(x`'svg_sub(0))" at X rjust Fector(Y0,Z0) with .Origin at O ; "svg_it(y`'svg_sub(0))" at Y ljust below Fector(Z0,Y0) with .Origin at O ; "svg_it(z`'svg_sub(0))" at project(Z0) above define(`R01',`rot3Dz(pazim,rot3Dy(-pelev,$1,$2,$3))') define(`R10',`rot3Dy(pelev,rot3Dz(-pazim,$1,$2,$3))') thinlines_ ; psset_(linecolor=gray) line from O to project(rot3Dz(pazim,axlen,0,0)) psset_(linecolor=black) arc -> ccw from project(arad,0,0) to project(rot3Dz(pazim,arad,0,0)) rad arad "svg_theta" below up_ arc -> cw from project(rot3Dz(pazim,arad,0,0)) \ to project(R01(arad,0,0)) rad arad "svg_phi" rjust at project(rot3Dz(pazim,rot3Dy(-pelev/2,arad,0,0))) arc -> from project(0,arad,0) to project(R01(0,arad,0)) rad arad "svg_theta" above right_ arc -> cw from project(0,0,arad/2) to project(R01(0,0,arad/2)) rad arad/2 "svg_phi" ljust at Here+(-1pt__,-3pt__) Fector(R01(X0),R01(Z0)) with .Origin at O ; "svg_it(x`'svg_sub(1))" above rjust at project(R01(X0)) Fector(R01(Y0),R01(Z0)) with .Origin at O ; "svg_it(y`'svg_sub(1))" ljust at project(R01(Y0)) Fector(R01(Z0),R01(Y0)) with .Origin at O ; "svg_it(z`'svg_sub(1))" above at project(R01(Z0)) thicklines_ # box object dimension b = 0.6*g d = 0.4*g h = 0.20*g # box object corners define(`B0',`D3') define(`B1',`sum3D(D3,d,0,0)') PB1: project(B1) define(`B2',`sum3D(D3,d,b,0)') PB2: project(B2) define(`B3',`sum3D(D3,0,b,0)') PB3: project(B3) define(`B4',`sum3D(D3,0,0,h)') PB4: project(B4) define(`B5',`sum3D(D3,d,0,h)') PB5: project(B5) define(`B6',`sum3D(D3,d,b,h)') PB6: project(B6) define(`B7',`sum3D(D3,0,b,h)') PB7: project(B7) # projected corners P0:project(R01(0,dcosine3D(2,R10(B0)),dcosine3D(3,R10(B0)))) P1:project(R01(0,dcosine3D(2,R10(B1)),dcosine3D(3,R10(B1)))) P2:project(R01(0,dcosine3D(2,R10(B2)),dcosine3D(3,R10(B2)))) P3:project(R01(0,dcosine3D(2,R10(B3)),dcosine3D(3,R10(B3)))) P4:project(R01(0,dcosine3D(2,R10(B4)),dcosine3D(3,R10(B4)))) P5:project(R01(0,dcosine3D(2,R10(B5)),dcosine3D(3,R10(B5)))) P6:project(R01(0,dcosine3D(2,R10(B6)),dcosine3D(3,R10(B6)))) P7:project(R01(0,dcosine3D(2,R10(B7)),dcosine3D(3,R10(B7)))) thinlines_ line from PB1 to P1 line from PB2 to P2 line from PB7 to P7 line from PB4 to P4 thicklines_ # draw the object ifdpic(`line invis fill_(1) from PB4 to PB7 to PB6 to PB5 line from PB4 to PB7; line to PB6; line to PB5 ; line to PB4 line invis fill_(0.5) from PB5 to PB6 to PB2 to PB1 line from PB5 to PB6; line to PB2; line to PB1 ; line to PB5 line invis fill_(0.85) from PB6 to PB7 to PB3 to PB2 line from PB6 to PB7; line to PB3; line to PB2 ; line to PB6', `gshade(1,PB4,PB7,PB6,PB5,PB4,PB7) gshade(0.5,PB5,PB6,PB2,PB1,PB5,PB6) gshade(0.85,PB6,PB7,PB3,PB2,PB6,PB7)') line from PB4 to PB5 to PB1 to PB2 to PB3 to PB7 to PB4 line from PB5 to PB6 to PB7 line from PB6 to PB2 arrow from O to PB1 chop linethick pt__; "svg_it(X)" rjust line from P4 to P5 to P1 to P2 to P3 to P7 to P4 line from P5 to P6 to P7 line from P6 to P2 line dashed from P4 to P0 to P3 line dashed from P0 to P1 ] # Globe: [ # Set small text size iflatex(`textoffset = 1bp__; ifpsfrag(`textht = 9.5bp__', `latexcommand({\small)') ') azimuth = 15 # View angles in degrees elevation = 35 setview(azimuth,elevation) rectwid = 3.5 # Basic dimensions rectht = 2.4 alpha = rectht/3 # # Rectangle NW: project(-rectht/2,-rectwid*0.25,0) SW: project( rectht/2,-rectwid*0.25,0) SE: project( rectht/2, rectwid*0.75,0) NE: project(-rectht/2, rectwid*0.75,0) shadedpolygon(NW:NE:SE:SW,,-90, 0,0.25,0.25,0.25, 1,1,1,1) with .Start at NW define(`C3D',`0,0,alpha') # Centre of the sphere C: project(C3D) # # Shaded sphere using PSTricks or tikz: # # this is black magic but PSTricks # # seems to give more control # ifpstricks( # `Highlight: \ # project(sum3D(C3D,rot3Dz(-15*dtor_,rot3Dy(-60*dtor_,alpha,0,0)))) # command "\pscustom[fillstyle=gradient,gradmidpoint=0.0,%" # command sprintf("gradbegin=gray,gradend=white,gradlines=%g,%%",alpha*200) # command "GradientCircle=true,GradientScale=1.5,%" # command sprintf("GradientPos={(%g,%g)}]{",Highlight.x,Highlight.y) # circle rad alpha at C # command "}%"', # # `ifpgf( # A little too dark with tikz-pgf, maybe: # `command sprintf(\ # "\dpicdraw[ball color=white](%g,%g) circle (%gin)\dpicstop",\ # C.x,C.y,alpha/2.54)', # # `circle rad alpha at C fill_(1) ')') # Shaded sphere with pic shading: shadedball(alpha) at C S: 0,0 # The sphere bottom touch point "svg_it(S)" at S+(0,-2pt__) rjust "svg_alpha" at 0.5 ljust define(`N3D',`0,0,2*alpha') # North pole N: project(N3D) "svg_it(N)" at N+(0,3pt__) ljust phi = 65*dtor_ define(`Phat3D',`rot3Dz(phi,alpha*3,0,0)') Phat: "svg_it(P)" at project(Phat3D) ljust "svg_symbol(&`#'94;)" at last "".n ljust X: project(rectht/2*0.8,0,0) Y: project(0,rectwid/2*0.8,0) `define' linevis { # ratio # Visibility function for lines fom S to Tmp Tlv: $1 between S and Tmp $2 = distance(Tlv,C)-alpha } `define' invisline { # name # Draw dashed invisible part of line in Tmp: $1 # the plane findroot(linevis, 0, 1, 1e-8, x) line dashed from S to x between S and Tmp chop 0 chop 0.05 } thinlines_ # axes invisline(X) arrow to X chop 0.05 chop 0; "svg_it(x)" below invisline(Y) arrow to Y chop 0.05 chop 0; "svg_it(y)" ljust line dashed from S to N chop 0 chop 0.05 arrow up alpha*0.5 chop 0.05 chop 0 ; "svg_it(z)" above invisline(Phat) line to Phat chop 0.05 chop 0 arc ccw -> rad alpha from project(alpha/2,0,0) to \ project(rot3Dz(phi,alpha/2,0,0)) "svg_phi" below at 0.5 between last arc.start and last arc.end # vector (ratio along (N to Phat)) define(`ray',`sum3D(N3D,sprod3D($1,diff3D(Phat3D,N3D)))') `define' rayvis { # ratio $2 = length3D(diff3D(ray($1),C3D))-alpha } findroot(rayvis, 1e-3, 1, 1e-8, p) # Find P P: "svg_it(P)" at project(ray(p)) ljust above thicklines_ line dashed from N to P chop 0 chop 0.05 line to Phat chop 0.05 chop 0 define(`meridian',`rot3Dz(phi,rot3Dy(-($1),alpha,0,0))') `define' meridianvis { # angle # Visibility function on the meridian $2 = dot3D(meridian($1),View3D) } thinlines_ # Draw the meridian findroot(meridianvis, 0, pi_, 1e-8, y) n = 0 for ang = y-pi_ to y by pi_/20 do { Q[n]: project(sum3D(C3D,meridian(ang))); n+=1 } fitcurve(Q,n-1) n = 0 for ang = y to y+pi_ by pi_/20 do { Q[n]: project(sum3D(C3D,meridian(ang))); n+=1 } fitcurve(Q,n-1,dashed) define(`equator',`rot3Dz($1,alpha,0,0)') `define' equatorvis { # angle # Visibility function on the equator $2 = dot3D(View3D,equator($1)) } findroot(equatorvis, 0, pi_, 1e-8, y) n = 0 for ang = y-pi_ to y by pi_/20 do { Q[n]: project(sum3D(C3D,equator(ang))); n+=1 } fitcurve(Q,n-1) n = 0 for ang = y to y+pi_ by pi_/20 do { Q[n]: project(sum3D(C3D,equator(ang))); n+=1 } fitcurve(Q,n-1,dashed) line dashed from C to P # beta line dashed from C to project(sum3D(C3D,equator(phi))) arc ccw -> from 0.6 along_(last line) to 0.6 between C and P "svg_beta" ljust at last arc.e+(0,2pt__) iflatex(ifpsfrag(,`latexcommand(})')) ] with .w at last [].e+(0.5,0) .PE Circuit_macros9.5/examples/svg/fetSVG.m40000644060175006010010000000737413774371757017245 0ustar DwightNone.PS # `fetSVG.m4' cct_init(svg_font(Times,11bp__)) dwn = 0.8 rgt = 0.9 dnl `IRF4905(linespec,R)' define(`IRF4905', `[ ifelse(`$1',,,`eleminit_(`$1')') Q: mosfet(,`$2',LdPzEDSQdB,) ifelse(`$1',,` S: Q.tr_xy(-4,-2); line from Q.tr_xy(-2,-2) to S D: Q.tr_xy( 4,-2); line from Q.tr_xy(2,-2) to D', `with .Diode.c at last line.c S: last line.start; D: last line.end; line from S to D ') G: Q.G circle rad 5*dimen_/10 at Q.tr_xy(0,1) ]') define(`rmove',0.75) define(`dir_',`right_') dir_ {j_fet(right_ dimen_,,,E) `"j_fet(right_ dimen_,,,E)"' wid 1.5 at last [].s+(0.0,-0.05) below "G" at last [].G rjust above "S" at last [].S rjust "D" at last [].D ljust } {move down_ dwn; dir_ j_fet(,,P,) `"j_fet(,,P,)"' at last [].s+(0,-0.05) below "G" at last [].G rjust "S" at last [].S rjust "D" at last [].D ljust } move right_ 1.35; dir_ {e_fet(,R,,) `"e_fet(,R,,)"' at last [].s+(0,-0.2) below "G" at last [].G rjust "S" at last [].S rjust "D" at last [].D ljust } {move down_ dwn; dir_ e_fet(,,P,) `"e_fet(,,P,)"' at last [].s+(0,-0.05) below} move right_ 1; dir_ {d_fet(,,,) `"d_fet(,,,)"' at last [].s+(0,-0.05) below} {move down_ dwn; dir_ d_fet(,,P,) `"d_fet(,,P,)"' at last [].s+(0,-0.05) below} move right_ 1; dir_ {e_fet(,,,S) `"e_fet(,,,S)"' at last [].s+(0,-0.05) below} {move down_ dwn; dir_ e_fet(,,P,S) `"e_fet(,,P,S)"' at last [].s+(0,-0.05) below} move right_ 1; dir_ {d_fet(,,,S) `"d_fet(,,,S)"' at last [].s+(0,-0.05) below} {move down_ dwn; dir_ d_fet(,,P,S) `"d_fet(,,P,S)"' at last [].s+(0,-0.05) below} right_ { [ c_fet(,,,) `"c_fet(,,,)"' at last [].s+(0,-0.05) below move right rgt from last [].e c_fet(,,P) `"c_fet(,,P)"' at last [].s+(0,-0.05) below ] with .n at 5th last [].s+(0,-0.3) } move down 1; right_ [ linewid = linewid*1.2 Q1: mosfet(,,dGSDF,) { "`mosfet'(,,dGSDF,)" at last [].s+(0,-0.1) below wid 1.3 thinlines_ arrow <- down .05 left .15 from (Q1.G.x,Q1.G.y-0.05) "dG" rjust arrow <- down .10 left .30 from Q1.Channel.start+(.15,0) "F" rjust arrow <- down .05 left .15 from (Q1.S.x,Q1.S.y+0.05) "S" rjust arrow <- down .05 right .15 from (Q1.D.x,Q1.D.y+0.05) "D" ljust thicklines_ } move right_ rmove Q2: mosfet(,,uHSDF,) {"`...'(,,uHSDF,)" at last [].s+(0,-0.15) below thinlines_ arrow <- down .05 left .15 from (Q2.G.x,Q2.G.y-0.05) "uH" rjust thicklines_ } move right_ rmove Q3: mosfet(,,LEDSQuB,) {"`...'(,,LEDSQuB,)" at last [].s+(0,-0.15) below thinlines_ arrow <- down .05 left .15 from (Q3.G.x,Q3.G.y-0.05) "L" rjust arrow <- down .13 left .30 from Q3.Channel.start+(.12,0) "E" rjust arrow <- down .05 left .10 from Q3.S+(.06,0) "Q" rjust arrow <- down .08 right .24 from (Q3.B.x,Q3.B.y+0.175) "uB" ljust thicklines_ } move right_ rmove Q4: mosfet(,,LEDSuB) {`"...(,,LEDSuB)"' at last [].s+(0,-0.15) below "G" at last [].G rjust "S" at last [].S rjust "D" at last [].D ljust "B" at last [].B below } move right_ rmove Q5: mosfet(,,ZSDFdT,) {"`...'(,,ZSDFdT,)" at last [].s+(0,-0.05) below thinlines_ arrow <- down .08 left .08 from (Q5.S.x,Q5.S.y+0.12) "Z" rjust arrow from last arrow.end to Q5.Channel.c+(0.05,0) arrow from last arrow.start to (Q5.D.x,Q5.D.y+.05) arrow <- down .08 right .24 from (Q5.G.x,Q5.G.y-0.02) "dT" ljust thicklines_ } move right_ rmove up_ Q6: IRF4905 with .c at Here {`"IRF4905"' at Q6.s+(0,-0.15) below "G" at Q6.G rjust "D" wid 0.1 at Q6.D ljust above "S" at Q6.S ljust below } ] with .n at last [].s+(0,-.2) command "" # end font .PE Circuit_macros9.5/examples/svg/FlowSVG.m40000644060175006010010000001206313774371760017357 0ustar DwightNone.PS # FlowSVG.m4 gen_init(svg_font(sans-serif,11bp__,2.5bp__)) ifdef(`FlowchartDefs_',,`include(../FlowchartDefs.m4)') define(`Thistle',`rgbstring(0.85,0.75,0.85)')dnl define(`RubineRed',`rgbstring(0.81,0,0.35)')dnl define(`YellowGreen',`rgbstring(0.68,1,0.18)')dnl define(`SeaGreen',`rgbstring(0.13,0.70,0.67)')dnl define(`Goldenrod',`rgbstring(0.85,0.65,0.13)')dnl define(`Beaublue',`rgbstring(0.74,0.83,0.9)')dnl define(`Celadon',`rgbstring(0.67,0.88,0.69)')dnl # Accented characters define(`svg_ccedilla',`svg_symbol(&`#'231;)')dnl define(`svg_atilde',`svg_symbol(&`#'227;)')dnl linethick_(1.0) arrowwid = 0.05 arrowht = 0.1 fillval = 0.9 maxpsht = 20 define(`shad',`shaded rgbstring(0.9,0.8,0.7)') define(`Below',`with .nw at last [].sw+(0,-0.25)') TL: Here Simple: [ Fbox("svg_tt(`Fbox')",,shad) Ftest("svg_tt(``Ftest'')",,shad) Below Fdata("svg_tt(``Fdata'')",,,shad) Below Fprep("svg_tt(``Fprep'')",) Below Fkeying("svg_tt(``Fkeying'')") Below Fkeyboard("svg_tt(``Fkeyboard'')") Below Fdocument("svg_tt(``Fdocument'')",,shaded rgbstring(0.9,0.8,0.7)) Below Fdelay("svg_tt(``Fdelay'')",,shaded Beaublue) Below Fdisplay("svg_tt(``Fdisplay'')",,shaded Celadon) Below Fstored("svg_tt(``Fstored'')",,shaded Thistle) Below Fconnect(,,shaded Thistle) Below Fconnect("45",wid boxwid ht boxht:45,shaded Thistle) \ with .w at last [].e+(boxht/8,0) "svg_tt(`Fconnect')" at last [].nw + (0,boxht/6) ] with .nw at TL+(0.1,0); move from Simple.nw to TL #showbox_ Complex: [ Case: Fcase(, "Test 1",[Fbox("Task 1",, shaded Thistle); W:last [].W; N:last [].N arrow down linewid/3 from last [].S Fbox("Task 1.5",, shaded Thistle) with .N at Here E:last [].E; S:last [].S], "Test 2",Fbox("Task 2" "is bigger", wid fboxwid*1.2 ht fboxht*3/2, \ shaded SeaGreen), "Test 3",Fbox("Task 3",, shaded RubineRed)dnl ) "svg_it(.N)" at Case.N rjust above "svg_it(.S)" at Case.S rjust below "svg_it(.E)" at Case.E ljust "svg_it(.W)" at Case.W rjust "svg_tt(`Fcase')" below at Case.s #+(0,-0.1) Whiledo: Fwhiledo("svg_it(i svg_lt n)",,,Fbox("Task"),"T" above ljust at Test.E) \ with .nw at Case.ne+(0.25,0) "svg_it(.N)" at Whiledo.N rjust "svg_it(.S)" at Whiledo.S rjust below "svg_it(.E)" at Whiledo.E ljust "svg_it(.W)" at Whiledo.W rjust "svg_tt(`Fwhiledo')" below at Whiledo.s Repeatuntil: Frepeatuntil("svg_it(n svg_gt 5)",,,Fbox("Task"), "T" at Test.E above ljust) with .nw at Whiledo.sw + (0.25,-0.5) "svg_it(.N)" at Repeatuntil.N rjust above "svg_it(.S)" at Repeatuntil.S rjust below "svg_it(.E)" at Repeatuntil.E ljust "svg_it(.W)" at Repeatuntil.W rjust "svg_tt(`Frepeatuntil')" below at Repeatuntil.se +(-0.0,0.2) Ifthenelse: Fifthenelse("svg_it(A svg_lt B)",,, Fbox("False"), Fbox("True",ht fboxht*1.2 wid fboxwid)dnl ) with .nw at Repeatuntil.sw +(-0.5,-0.3) "svg_it(.N)" at Ifthenelse.N rjust above "svg_it(.S)" at Ifthenelse.S below rjust "svg_it(.E)" wid 12bp__ at Ifthenelse.E ljust "svg_it(.W)" at Ifthenelse.W rjust "svg_tt(`Fifthenelse')" below at Ifthenelse.s+(0,-0.15) Compound: [ right ellipse shaded YellowGreen "Start" arrow right linewid/2 Fbox("First task") with .W at Here arrow down linewid/2 from last [].S Fifthenelse("Test 1",,, Frepeatuntil("svg_it(i svg_geq 5)",,shaded Goldenrod,Fbox("Task")), Fifthenelse("svg_it(A svg_lt B)",,shaded Goldenrod, Fbox("Left"), Fbox("Right"), "T" at Test.E above ljust), "T" at Test.E above ljust) with .N at Here A: arrow down 0.25 from last [].S ] with .nw at Case.sw + (-12bp__,-0.3) "svg_it(Compound statements)" at last [].A.end+(0.1,0) ljust above ] with .nw at Simple.ne+(0.1,0) Example: [ fillvalue = 0.8; awid = linewid/2; right_ Start: ellipse wid boxwid/2 ht boxwid/3 shaded "green" arrow right_ awid B1: Fbox("Planejamento") B2: Fbox("Execu`'svg_ccedilla`'svg_atilde`'o") with .W at B1.E+(awid*3,0) B3: Fbox("Sele`'svg_ccedilla`'svg_atilde`'o") with .W at B2.E+(awid*3,0) LT: Ftest("Avalia`'svg_ccedilla`'svg_atilde`'o do" "Planejamento", wid fboxwid*1.5 ht fboxht*2.0, shaded YellowGreen, "Correto" at Box.e above ljust; "Incompleto" at Box.w above rjust) with .S at 0.5 between B1.ne and B2.nw arrow from B1.E to (LT.S,B1.E) then to LT.S arrow from LT.W to (B1.N,LT.W) then to B1.N arrow from LT.E to (B2.N,LT.E) then to B2.N RT: Ftest("Avalia`'svg_ccedilla`'svg_atilde`'o da" \ "Execu`'svg_ccedilla`'svg_atilde`'o", wid fboxwid*1.5 ht fboxht*2.0, shaded YellowGreen, "Correto" at Box.e below ljust; "Incompleto" at Box.w below rjust) with .N at 0.5 between B2.se and B3.sw arrow from B2.E to (RT.N,B2.E) then to RT.N arrow from RT.W to (B2.S,RT.W) then to B2.S arrow from RT.E to (B3.S,RT.E) then to B3.S B4: Fbox("Extra`'svg_ccedilla`'svg_atilde`'o") with .S at B3.N+(0,awid) arrow from B3.N to B4.S arrow up_ awid from B4.N B5: Fbox("Conclus`'svg_atilde`'o") arrow up_ awid from B5.N ellipse wid boxwid/2 ht boxwid/3 shaded "red" ] with .nw at last [].Compound.sw+(0,2.5*fboxht) command "" # end font .PE Circuit_macros9.5/examples/svg/FontsSVG.m40000644060175006010010000000103213774371760017533 0ustar DwightNone.PS # FontsSVG.m4 gen_init textht = 0.2 define(`ft',`{ svg_font(`$1',`$2',`$3',"`$1'" ljust) move to (B.w+(2.5,0),Here) svg_font(`$1',`$2',`$3',"ABCDEFG abcdefg" ljust)} move down 0.5; right_') B: box wid 5.5 ht 7 move to B.nw+(0.5,-0.5) ft(Arial) ft(Helvetica) ft(Times) ft(Courier) ft(Cursive) ft(Verdana) ft(Georgia) ft(Palatino) ft(Garamond) ft(Bookman) # ft(Comic Sans MS) ft(Trebuchet MS) ft(Arial Black) ft(Impact) textht = 0.12 "These may be viewer-dependent" above ljust at B.sw .PE Circuit_macros9.5/examples/svg/FourbarSVG.m40000644060175006010010000000371013774371760020047 0ustar DwightNone.PS # FourbarSVG.m4 # https://tex.stackexchange.com/questions/563831/how-to-draw-four-bar-linkage-with-center-of-mass gen_init scale = 25.4 a = 18 b = 73 c = 47 d = 72 A0: Here B0: A0+(d,0) circlerad = 1 define(`pivot',`[ C: circle line down_ 4 from C+(2,0) arc from last line.start to C+(-2,0) with .c at C line down_ 4 B: line thick 1.6 right 7 with .c at (C,Here) thinlines_ sep = 0.9 nhash = B.len/sep #for i=0 to nhash do { line down sep left sep from B.start+(i/nhash*B.len,0) } for i=0 to nhash do { line down sep left sep from B.end-(i/nhash*B.len,0) } thicklines_ ]') pivot with .C at A0; "svg_it(A`'svg_sub(0))" at A0-(5,0) circle dashed rad a at A0 pivot with .C at B0; "svg_it(B`'svg_sub(0))" at B0-(5,0) "svg_it(d = A`'svg_sub(0)B`'svg_sub(0))" at 0.5 B1: Cintersect(A0,a+b,B0,c) B2: Cintersect(A0,b-a,B0,c) arc dashed from B1 to B2 with .c at B0 A0B1: line thick 1.6 from A0 to B1 chop 2 chop line thick 1.6 from B0 to B1 chop 2 chop "svg_it(c)" ljust circle fill_(1) at B1; "svg_it(B`'svg_sub(1))" wid 3 at B1+(5,0) A1: circle fill_(1) at LCintersect(A0B1,A0,a,R) "svg_it(A`'svg_sub(1))" at A1+(5,0) A2: b/(b-a) between B2 and A0; "svg_it(a)" at 0.4 above rjust "svg_it(b)" at 0.4 above rjust A2B2: line thick 1.6 from A2 to B2 line thick 1.6 from B0 to B2 chop 2 chop 0 circle fill_(1) at B2; "svg_it(B`'svg_sub(2))" at B2+(5,0) circle fill_(1) at A2; "svg_it(A`'svg_sub(2))" at A2+(5,0) thinlines_ line from B0+(3,0) right 4 ArcAngle(Here,B0,B1,5) ->; "svg_psi`'svg_sub(0)" at last arc.ne above ljust ArcAngle(B1,B0,B2,8) ->; "svg_psi" at last arc.n+(-3,0) above ArcAngle(A1,A0,B2,b*0.45) ->; "svg_theta" at last arc.start+(0,4) line from A0+(3,0) right 8 ArcAngle(Here,A0,B1,9) -> ; "svg_theta`'svg_sub(0)" at last arc.start+(2,2) .PE Circuit_macros9.5/examples/svg/FusesSVG.m40000644060175006010010000000167713774371757017554 0ustar DwightNone.PS # `FusesSVG.m4' cct_init(svg_font(sans-serif,11bp__)) movewid = 0.25 {fuse ; {"`fuse'" at last line.c+(0,-0.2)} move fuse(,D) ; {"`fuse(,D)'" at last line.c+(0,-0.2)} move fuse(,B) ; {"`fuse(,B)'" at last line.c+(0,-0.2)} move fuse(,C) ; {"`fuse(,C)'" at last line.c+(0,-0.2)} move fuse(,S) ; {"`fuse(,S)'" at last line.c+(0,-0.2)} move fuse(,SB) ; {"`fuse(,SB)'" at last line.c+(0,-0.2)} } move down; right_ { cbreaker; {"`cbreaker'" at last line.c+(0,-0.25)} move cbreaker(,R); {"`cbreaker(,R)'" at last line.c+(0,-0.25)} move cbreaker(,,D); {"`...(,,D)'" at last line.c+(0,-0.25)} move cbreaker(,,T); {"`...(,,T)'" at last line.c+(0,-0.25)} move cbreaker(,,TS); {"`...(,,TS)'" at last line.c+(0,-0.25)} } move down; right_ { fuse(,HB) ; {"`fuse(,HB)'" at last line.c+(0,-0.2)} move fuse(,HC,0.5,0.3) ; {"`(,HC,0.5,0.3)'" ljust at last line.start+(0,-0.25)} } command "" # end font .PE Circuit_macros9.5/examples/svg/GeometrySVG.m40000644060175006010010000000234213774371760020242 0ustar DwightNone.PS # Geometry.m4 gen_init scale = 5/4 A: Here; "A" at A above B: A+(-1,-3.5); "B" at B below rjust C: B+(4.6,0); "C" at C below ljust AB: line from A to B BC: line from B to C CA: line from C to A PerpTo(A,BC,L); "L" at L below AL: line from A to L; RightAngle(A,L,C) angleLAC = atan2(C.x-L.x,A.y-L.y) S: move from A to (sin(angleLAC/2),-cos(angleLAC/2)) AW: line from A to Intersect_(S,BC) W: Here; "W" at W below rjust PerpTo(C,AB,N); "N" at N above rjust CN: line from C to N; RightAngle(C,N,B) PerpTo(B,CA,M); "M" at M above CM: line from B to M; RightAngle(B,M,C) H: Intersect_(CN,AL); "H" at H +(4bp__,10bp__) thinlines_ Equidist3(B,L,N,CC1,c1rad); C1: circle rad c1rad at CC1 Equidist3(B,W,N,CC2,c2rad); C2: circle rad c2rad at CC2 Equidist3(B,C,N,CC3,c3rad); C3: circle rad c3rad at CC3 Equidist3(W,C,M,CC4,c4rad); C4: circle rad c4rad at CC4 thicklines_ Z: LCintersect(AW,CC2,C2.rad); "Z" at Z+(-5bp__,-5bp__) HZ: move from H to Z Y: LCintersect(HZ,CC4,C4.rad,R); "Y" at Y above X: LCintersect(HZ,CC2,C2.rad); "X" at X above rjust Loopover_(`P',`dot(at P)',X,Y,Z) line dashed from X to Y chop -linewid/2 RightAngle(A,Z,Y) .PE Circuit_macros9.5/examples/svg/GrayCodeSVG.m40000644060175006010010000000064613774371757020157 0ustar DwightNone.PS # Gray_code.m4 gen_init outer = 4 inner = 0.75 nbits = 10 C: circle diam outer circle diam inner at C sectors = 2^nbits lthk = (outer-inner)/2/nbits for bit = 1 to nbits do { for is = 2^(bit-1) to sectors by 2^(bit+1) do { startang = is/sectors*360 endang = min(startang+(2^bit)/sectors*360,360) arcd(C,outer/2-(bit-0.5)*lthk,startang,endang) thick lthk/(1bp__) } } .PE Circuit_macros9.5/examples/svg/graysurfSVG.m40000644060175006010010000001262113774371757020320 0ustar DwightNone.PS # graysurfSVG.m4 threeD_init NeedDpicTools Overall: [ [] Surface:[ # This just draws the facets back to front setview(20,30) dimen = 1.5 xmax = 2*dimen ymax = 1.5*dimen zmax = 1*dimen define(`fn', `expe(-(`$1')/tt)*cos((`$2')/xmax*1.75*twopi_)*cos((`$1')/ymax*twopi_)') nx = 24; dx = xmax/nx ny = 30; dy = ymax/ny tt = 1.5 fnmax = fn(0,0,0) Orig: (0,0) linethick_(1.2) arrow from Orig to 1.2 ; "svg_it(x)" wid 0.08 below arrow from Orig to 1.2 ; "svg_it(y)" ljust arrow from Orig to 1.2 ; "svg_it(z)" rjust linethick_(0) for i = 0 to nx-1 do { x = xmax*i/nx for j = 0 to ny-1 do { y = ymax*j/ny fnxy = fn(x,y) shade((fnmax+fnxy)/fnmax/2, line from (project(x,y,fnxy)) to (project(x,(y+dy),`fn(x,(y+dy))'))\ then to (project((x+dx),(y+dy),`fn((x+dx),(y+dy))'))\ then to (project((x+dx),y,`fn((x+dx),y)'))\ then to (project(x,y,fnxy)) ) } } ] with .w at last [].e+(-0.2,0) Torus: [ # Calculate all the facet centres but draw # only a subset of them after sorting viewazimuth = 20 # Set view angles in degrees viewelevation = 30 setview(viewazimuth,viewelevation,0) sfactor = 0.7 tradius = 2*sfactor sradius = 0.75*sfactor define(`torus',`rot3Dz((`$1')*dtor_, sum3D(tradius,0,0,rot3Dy((`$2')*dtor_,sradius,0,0)))') define(`tvisible',`dot3D(view3D1,view3D2,view3D3, rot3Dz((`$1')*dtor_,rot3Dy((`$2')*dtor_,1,0,0)))') Orig: (0,0) X: arrow from Orig to (project(tradius+sradius*4,0,0)); "x" rjust Y: arrow from Orig to (project(0,tradius+sradius*2,0)); "y" below wid 4bp__ dt = 10 # major angle degrees per facet ds = 10 # minor angle degrees per facet # create the arrays and sort n = 0 for t = dt to 360+dt/2 by dt do { for s=ds/2 to 360.1 by ds do { if tvisible(t,s) >= 0 then { n +=1 t[n] = t s[n] = s d[n] = dot3D(torus(t,s),view3D1,view3D2,view3D3) # view distance ix[n] = n } } } #prval(n) dpquicksort(d,1,n,ix) # draw the facets thinlines_ for i = 1 to n do { tc = t[ix[i]]; sc = s[ix[i]] SE: (project(torus(tc+dt/2,sc-ds/2))) SW: (project(torus(tc-dt/2,sc-ds/2))) NW: (project(torus(tc-dt/2,sc+ds/2))) NE: (project(torus(tc+dt/2,sc+ds/2))) f = ((dcosine3D(3,torus(tc,sc))/sradius+1)/2)^2 g = min(f,0.9) setrgb(g,g,g) # line fill f ifpdf( invis ) \ # from SE to SW then to NW then to NE then to SE shade(f, line invis fill f from SE to SW then to NW then to NE then to SE ) resetrgb } thicklines_ arrow from Orig to (project(0,0,tradius*1.4)); "z" above dashline(from Orig to (project(torus(0,0))),,,,G) arrow to X.end dashline(from Orig to (project(torus(90,0))),,,,G) arrow to Y.end ] with .sw at last [].se+(0.2,0) Hat: [ # Sort as for the torus but draw edges too azimuth = 25 # View angles in degrees elevation = 20 setview(azimuth,elevation) # the 3D object: `hat(t,y)' define(`hat',`cosd($1)*($2),sind($1)*($2),(($2)^2-1)^2') define(`gradient',`(-4*($2)*(($2)^2-1)*cosd(`$1')), (-4*($2)*(($2)^2-1)*sind(`$1')),1') define edge {$2=dot3D(View3D,gradient($1,y))} define(`hatvis', `(($2 > 0.6) || (dot3D(View3D,gradient($1,$2)) > 0))') # grid parameters dang = 09 maxy = 1.25 dy = 0.05 Orig: (0,0) X: arrow from Orig to (project(maxy*1.2,0,0)); "x" rjust Y: arrow from Orig to (project(0,maxy*1.2,0)); "y" ljust Xv: (project(1,0,0)) Yv: (project(0,1,0)) Zv: (project(0,0,1)) # create the arrays and sort n = 0 for t = dang/2 to 360.1 by dang do { for y=dy/2 to maxy by dy do { if hatvis(t,y) then { n +=1 t[n] = t y[n] = y d[n] = dot3D(hat(t,y),View3D) #distance toward the front ix[n] = n } } } #prval(n) dpquicksort(d,1,n,ix) # draw the facets ellipse wid maxy*2 ht maxy*2*sind(elevation) \ with .c at (project(0,0,(maxy^2-1)^2)+linethick bp__/2) thinlines_ for i = 1 to n do { tc = t[ix[i]]; yc = y[ix[i]] SE: (project(hat(tc+dang/2,yc-dy/2))) SW: (project(hat(tc-dang/2,yc-dy/2))) NW: (project(hat(tc-dang/2,yc+dy/2))) NE: (project(hat(tc+dang/2,yc+dy/2))) f = abs(yc^2-1) line invis fill f from SE to SW then to NW then to NE then to SE } # Outline where the surface goes invisible mm = int(maxy/dy) nr = -1 for i=1 to mm do { y = i/(mm+3) findroot(edge,(azimuth+2),(azimuth+180-2),1e-8,t) nr +=1 R[mm+nr]: (project(hat(t,y))) R[mm-1-nr]: (-R[mm+nr].x,R[mm+nr].y) } fitcurve(R,mm*2-1) # Z axis thicklines_ Z: arrow from Zv to (project(0,0,1.2)); "z" ljust line dashed from Orig to Zv chop 0 chop dashwid/2 line dashed from Orig to Xv line dashed from Orig to Yv # Partial rim ellipsearc(maxy*2,maxy*2*sind(elevation),-pi_*1.4,pi_/3) \ with .C at (project(0,0,(maxy^2-1)^2)+linethick bp__/2) ] scaled 1.25 with .s at 2nd [].ne+(0,-0.75) ] scaled 0.85 .PE Circuit_macros9.5/examples/svg/GroundsSVG.m40000644060175006010010000000145213774371757020077 0ustar DwightNone.PS # `GroundsSVG.m4' cct_init(svg_font(sans-serif,11bp__)) sep = 0.65 Ground: ground move right sep GT: ground(,T) move right sep GF: ground(,,F) sep = 0.55 move right sep GE: ground(,,E) move right sep B: Here+(0,-0.5) D: B+(0,11bp__) { "`ground'" wid 36bp__ at (Ground,B) "`ground'(,T)" at (GT,B)+(0,11bp__) "(,,F)" at (GF,B) "(,,E)" at (GE,D)} GS: ground(,,S) move right sep GS90: [ground(,,S,90) ] with .n at Here move right sep from GS90.n GQ: ground(,,Q) move right sep GL: ground(,,L) move right sep GP: ground(,,P) move right sep GPA: ground(,T,PA) C: Here+(0,-0.5) E: C+(0,11bp__) "(,,S)" at (GS,C) "(,,S,90)" at (GS90,E) "(,,Q)" at (GQ,C) "(,,L)" at (GL,E) "(,,P)" at (GP,C) "(,T,PA)" wid 32bp__ at (GPA,E) command "" # end font .PE Circuit_macros9.5/examples/svg/HeadersSVG.m40000644060175006010010000000236113774371757020031 0ustar DwightNone.PS # HeadersSVG.m4 log_init(svg_font(sans-serif,10bp__)) Header {"svg_it(P1)" wid 15bp__ at last [].P1 rjust `"Header"' wid 45bp__ at last [].s+(0,-10pt__) "svg_it(P2)" at last [].P2 rjust thinlines_ arrow <- from last [].Block.ne-(0,0.1) up 0.15 right 0.15 "svg_it(Block)" ljust thicklines_ } Header(2,3,8mm__,10mm__) with .nw at last [].ne+(0.75,-0.05) {"svg_it(P1)" at last [].P1 rjust "`Header(2,3,8mm__,10mm__)'" at last [].s+(0,-10pt__) "svg_it(P2)" at last [].P2 ljust "svg_it(P5)" at last [].P5 rjust "svg_it(P6)" at last [].P6 ljust} left_ Header(2,4,,,fill_(0.9)) with .sw at last [].se+(0.75,0) {"svg_it(P1)" at last [].P1 rjust_ "`left_; Header(2,4,,,fill_(0.9))'" at last [].s+(0,-23pt__) "svg_it(P8)" at last [].P8 ljust_} down_ Header(2,8) with .nw at last [].ne+(0.75,0) {"svg_it(P1)" at last [].P1 ljust "svg_it(P2)" at last [].P2 ljust "`down_; Header'(2,8)" at last [].s+(0,-10pt__) "svg_it(P15)" at last [].P15 rjust "svg_it(P16)" at last [].P16 rjust} {thinlines_ arrow <- right 0.15 from last [].PinP1.e ; {move right 0.45} "svg_it(PinP1)" ljust arrow <- right 0.15 from last [].PinP2.e "svg_it(PinP2)" ljust thicklines_ } command "" # end font .PE Circuit_macros9.5/examples/svg/HeathkitSVG.m40000644060175006010010000003064713774371757020227 0ustar DwightNone.PS cct_init(svg_font(Helvetica,7pt__)) # HeathkitSVG.m4 # Landscape maxpswid = 11 maxpsht = 8.5 # llabel and rlabel without math mode define(`Llabel',`llabel( ifelse(`$1',,,`m4lstring(`$1',"`$1'")'), ifelse(`$2',,,`m4lstring(`$2',"`$2'")'), ifelse(`$3',,,`m4lstring(`$3',"`$3'")'))') define(`Rlabel',`rlabel( ifelse(`$1',,,`m4lstring(`$1',"`$1'")'), ifelse(`$2',,,`m4lstring(`$2',"`$2'")'), ifelse(`$3',,,`m4lstring(`$3',"`$3'")'))') # Grid parameters picwid = 8.5 picht = 6 g = 1/12 # Element scaling linewid = 8*g define(`dimen_',dimen_*4/5) # Default sizes boxwid = 2*g boxht = 2*g arrowht = arrowht*2/3 # Grid linethick_(0.4) for i=0 to picwid/g do { line color "lightgray" up picht from (i*g,0) } for i=0 to picwid/g by 10 do { sprintf("%g",i) at (i*g,0) below } for i=0 to picht/g do { line color "lightgray" right picwid from (0,i*g) } for i=0 to picht/g by 10 do { sprintf("%g",i) at (0, i*g) rjust } move left 2*g from (0,0) linethick_(0.8) spline outlined "white" shaded "white" \ from (0,picht+g) down g then down picht/5 then right picwid/5 for i=1 to 4 do { continue down picht/5 then right picwid/5 } continue right 2*g then up 2*g continue up picht-2*g then up g then left g # Place the bottom inductor on the grid I1: inductor(down_ 13*g from (80,22)*g,,13,,g) I2: inductor(down_ 10*g from I1.start+(0,21*g),,10,,g) I3: inductor(down_ 10*g from I2.start+(0,12)*g,,10,M,g) line from M4Core1.end to (M4Core1,I1.end) line from M4Core2.end to (M4Core2,I1.end) Scrn: 2 between M4Core1.start and M4Core2.start line dashed from Scrn to (Scrn,I1.end) ground I4: inductor(up_ 5*g from (Scrn.x+M4Core1.x-I2.x,I2.start.y-2*g),,5,,g) I5: inductor(up_ 5*g from (I4,I2.end+(0,g)),,5,,g) # Circuit board Board: box dashed thick 2 wid 58*g ht 55*g with .se at I1.end+(-7,-2)*g P: box invis wid 12*g ht 4*g with .s at Board.sw+(26*g,0) \ "POWER SUPPLY" "CIRCUIT BOARD" line dashed thick 2 from P.sw to P.nw; line dashed thick 2 to P.ne line dashed thick 2 to P.se define Pad { P`$1': box fill_(1) "$1" } # Board connections on the right Pad(1) at (Board.e,I1.end) line from P1.e to I1.end "RED" above Pad(2) at (Board.e,I1.start) line from P2.e to I1.start "RED" above Pad(3) at (Board.e,I2.end) GRN1: line left 4*g from I2.start "GRN" above ; ground GRN2: line from P3.e to I2.end "GRN" above spline <-> from GRN2.end+(-g,0) up 2.5*g right 0.5*g then up 5*g left g \ then up 2.5*g right 0.5*g box invis fill_(1) wid 3*g ht g "6 VAC" at I2-(2*g,0) Pad(4) at P3-(0,3)*g line right_ 3*g from P4.e "BRN" above arrow down_ 2*g ht arrowht*2/3 "TO DIAL" "LAMPS" at Here+(0,-g) Pad(5) at (Board.e,I3.end) line from P5.e to I3.end "BLU" above Pad(7) at (Board.e,I3.start) line from P7.e to I3.start "BLU" above Pad(6) at 0.5 between P5 and P7 line from P6.e to I3 "BLU-YEL" above # Power wiring, plug, switch define(`socket',`[ Outer: box wid dimen_*2/3 ht dimen_/2*3/4 L: box wid dimen_/16 ht dimen_/4 at Outer-(dimen_/6,0) R: box wid dimen_/16 ht dimen_/4 at Outer+(dimen_/6,0) line from Outer.w to L.w line from Outer.e to R.e ] ') BLK: line from I4.end to (int(I4.end.x/g+8)*g,I4.end.y) "BLK" below ; dot b = lin_leng(BLK) BLKYEL: line from I4.start right_ b "BLK-YEL" above ; dot BLKGRN: line from I5.end right_ b "BLK-GRN" below ; dot BLKRED: line from I5.start right_ b "BLK-RED" above ; dot line right_ g; PL: dot line from BLKYEL.end right g then to Here+(0,-g) fuse(down_ 3*g,D) {"3 A FUSE" "SLOW BLOW" at last line+(-5*g,0) } line to (Here.x,int(Here.y/g)*g-g); dot Sckt1: socket at Here+(5,0)*g line from Sckt1.w to (PL,Sckt1); A: dot; "A" rjust line from Sckt1.e right_ lin_leng(last line); B: dot; "B" ljust Sckt2: socket at (Sckt1,P1+(0,6)*g) line from Sckt2.w to (A,Sckt2); dot line from Sckt2.e to (B,Sckt2); dot Sckt3: socket at (Sckt1,P1+(0,2)*g) line from Sckt3.w to (A,Sckt3); dot line from Sckt3.e to (B,Sckt3); dot define(`plug',`[ w = dimen_*2/3; q = 0.25*w F: line right_ w arc cw from F.start to F.end with .c at F T1: F+(-q,w/2+g/2) T2: F+( q,w/2+g/2) line from T1 to (T1,F)-(0,2*g) line from T2 to (T2,F)-(0,2*g) ]') PP: plug with .F at Sckt3+(0,-8)*g {"120 VAC" ljust "50/60 Hz" ljust at PP.e } define(`pwrswitch',`[ right; circlerad = 1.75*g/2 C1: circle "1" C4: circle "4" C2: circle "2" with .n at C1.s+(0,-C1.diam/2) C5: circle "5" C3: circle "3" with .n at C2.s+(0,-C1.diam/2) C6: circle "6" hatchbox(wid g ht C2.n.y-C3.s.y,0.05) with .w at 0.5 between C5.e and C6.e ]') Psw: pwrswitch with .C4.e at Sckt1+(0,-4*g) "POWER" at Psw.w+(-2*g,0) rjust arrow up Psw.ht/2 at Psw.e+(1.5*g,0) "ON" above; "OFF" at last arrow.start below line from Psw.C1.w to (A,Psw.C1) then to A line from Psw.C2.w to (A,Psw.C2); continue to (Here,PP.T1) then to PP.T1 line from PP.T2 to (B,PP.T2) then to (B,I4.end) then to I4.end line from BLKGRN.end to (B,BLKGRN); dot # Bottom connections Pad(25) at Board.se+(-3,0)*g R516: resistor(down_ 6*g from P25.s) {"R516" "22" at last line+(-2*g,0)} ; ground(,T) dot(at P25.s+(0,-g)); line right_ 5*g reversed(`source',down_ 4*g,B) {"#49" ljust "HI" ljust "TEMP" ljust at last line+(2*g,0) } line to (P25,Here); dot t = linethick; linethick_(0.4) arrow <- from P25.s+(0,-g/2) right_ 2*g up_ g/4; "BRN" ljust; linethick_(t) Pad(24) at P25+(-4,0)*g line from P24.s to (P24,R516.end); ground(,T) Pad(23) at Board.sw+(12*g,0) line from P23.s to (P23,R516.end); ground(,T) Pad(22) at Board.sw+(0,3)*g R514: resistor(right_ 8*g from P22.e); Llabel(,R514); Rlabel(,680 K) dot; { ground } line to (P23,Here) then to P23.n # Diode bridge BE: dot(at (P24,I1)) d1h = lin_leng(I1)/2 diode(left_ d1h up_ d1h); Rlabel(,,D508) BN: dot diode(left_ d1h down_ d1h); Rlabel(D506) BW: dot diode(from BE left_ d1h down_ d1h); Llabel(,,D509) BS: dot diode(left_ d1h up_ d1h); Llabel(D507) capacitor(down_ from BN to BS,C); Llabel(C507,,.22) line from BE to P24.n line from BN to P2.w line from BS to P1.w spline <-> from (BE.x+2*g,BS.y) \ up d1h/2 right g/2 then up d1h left g then up d1h/2 right g/2 box invis fill_(1) ht 2*g wid 2*g "57" "VAC" at last spline # Left board connections Pad(21) at (Board.w,BW); line from P21.e to BW Pad(19) at P21+(0,-3*g) Pad(20) at P21+(0, 3*g) # Transistor with circles define(`hbi_tr',`[ linewid = linewid*4/4.16 Q: bi_tr(`$1',`$2',`$3',E) E: circle rad m4_xyU at 5/4 between Q.A1 and Q.E "E" B: circle rad m4_xyU at 5/4 between Q.A1 and Q.B "B" C: circle rad m4_xyU at 5/4 between Q.A1 and Q.C "C" ]') # Interior circuits line from P6.w left 2*g; ground line from P5.w left 4*g; dot { C504: capacitor(down_ 4*g,C); Llabel(C504,,.22); ground(,T) } D504: diode(left_ 5*g); Rlabel(,D504); dot { C505: capacitor(down_ to (Here,C504.end),C+L) Rlabel(C505,100,75 V); ground(,T) } line right_ to (Here,P7); dot { D503: reversed(`diode',to (D504.start,Here)); Llabel(,D503); line to P7.w } d3 = lin_leng(I3) spline <-> from C504.start+(g/2,0) \ up d3/4 right g/4 then up d3*2/4 left g/2 then up d3/4 right g/4 box invis fill_(1) ht g wid 4*g "100 VAC" at last spline+(-g,0) down_ Q503: hbi_tr(,R,P) with .E at (C505,P3) line from Q503.C.e to (P25,Q503.C) then to P25.n line from Q503.B.s to (Q503.B.x,Q503.E.y-4*g) R513: resistor(down_ 5*g) {"R513" ljust "1500" ljust at last [].e}; ground(,T) line from P19.e to (BW-(2*g,0),P19) then up Q503.E.y-P19.y+2*g R511: resistor(right_ 5*g); Llabel(,R511); Rlabel(,470); line to (Q503.E,Here) then to Q503.E.n line from P20.e to (BW,P20) then up R513.end.y-P20.y resistor(up_ lin_leng(R513)) {"R512" ljust "5600" ljust "1 W" ljust at last [].e} line to (Here,Q503.B) then to Q503.B.w "Q503" "S2091 HI TEMP" "CONTROL" at Q503.E+(1.5,4)*g D505: reversed(`diode',right_ from Q503.E.e to (C504,Q503.E)); Llabel(,D505) line to P3.w line from P4.w left_ 2*g then up P3.y-P4.y; dot line from D503.end to (R513,D503); dot { Pad(8) at (Here,Board.n) } { line to P8.s } R505: resistor(down_ to (Here,P6)); Llabel(,"R505" ljust "12 K"); dot { C503: capacitor(down_ to (Here,C505.end),C+L) Rlabel(C503,100,70 V); ground(,T) } right_ Q502: hbi_tr(,R) with .B at (R511.start,Here) line from Q502.C.e to R505.start line from Q502.B.e to R505.end R504: resistor(down_ from Q502.B.s to (Q502.B,C505.end)) {"R504" ljust "51 K" ljust at last [].e}; ground(,T) "Q502" "TA7311" "REGULATOR" "CONTROL" at Q502.C+(-1,3)*g Pad(9) at (Q502.E,Board.n) line from Q502.E.n to P9.s Pad(10) at (Q502.B-(9,0)*g,Board.n) R502: resistor(left_ from Q502.E.w to (P10,Q502.E)) Rlabel(,R502); Llabel(,150); dot Pad(11) at (Board.w,Q502.E) Pad(14) at P11+(0,2.5)*g Pad(12) at P11+(0,-2.5)*g Pad(13) at P12+(0,-2.5)*g line right 2*g from P13.e then up P11.y-P13.y; dot line from P12.e to (Here,P12); dot Pad(15) at P13+(0,-3)*g right_ Q501: hbi_tr(,R) with .B at P9.n+(0,2*g) line from Q501.B.s to P9.n line from Q501.C.e to (P8,Q501.C) then to P8.n line from Q501.E.w to (P10,Q501.E) then to P10.n "Q501" "2N3055" "REGULATOR" at Q501.n+(0,2)*g line from P14.e to (P10,P14); dot Pad(17) at (Board.w,R511) Pad(16) at P17+(0,3*g) Pad(18) at P17+(0,-3*g) line right 2*g from P18.e then up P17.y-P18.y; dot right_ Q504: hbi_tr(,R) with .C at (P10,P17) line from P17.e to Q504.E.w line from Q504.B.s to (Q504.B,R513.start) R508:resistor(down_ to (Here,R513.end)) {"R508" ljust "680" ljust at last [].e}; ground(,T) dot(at (P10,P15)) { line to P10.s } { resistor(down_ 5*g); {"225" ljust "10 W" ljust "5 %" ljust at last [].e} line to Q504.C.n } R503:resistor(left_ 10*g); Rlabel(,R503); Llabel(,290 10 W 5%); dot line to (Here,Q504.B) resistor(right_ to Q504.B.w); Llabel(,R507); Rlabel(,100) line from P15.e to R503.end "Q504" "40409" "REGULATOR" at Q504.C+(3.5,3)*g resistor(left_ from R502.end to (R503.end,P11)) Rlabel(,R501); Llabel(,390 5W 5%); line to P11.e resistor(right_ from P16.e to (R514.end,P16)); Llabel(,R506); Rlabel(,82) line down P16.y-P17.y; dot dot(at (R514.end,P11)) C501: capacitor(down_ 6*g,C+) Llabel(C501); {"100" ljust "30 V" ljust at last [].s +(0,-g)} ground(,T) dot(at (Here.x+4*g,P11.y)) ZD501: reversed(`diode',down_ lin_leng(C501),Z); Llabel(ZD501); ground(,T) dot(at (R514.end,P15)) C502: capacitor(down_ 6*g,C+) Llabel(C502); {"100" ljust "30 V" ljust at last [].s +(0,-g)} ground(,T) dot(at (Here.x+4*g,P15.y)) ZD502: reversed(`diode',down_ lin_leng(C502),Z); Llabel(ZD502); ground(,T) line from (C502,P17) to (C502,R508.start+(0,g)) C506: capacitor(down_ to (Here,R508.end),C+) Llabel(C506); {"100" ljust "30 V" ljust at last [].s +(0,-g)} ground(,T) # Left-side boxes boxwid = 10*g boxht = 5*g line left 3*g from P22.w "GRY" above line left 3*g from P19.w "VIOL" above box with .e at (Here,0.5 between P19 and P22) "TO SIGNAL" "METER CIRCUIT" line left 8*g from P21.w "RED TO C508" above line left 8*g from P20.w "VIOL" above line left 3*g from P17.w "RED" above line left 3*g from P18.w; {"WHT-" ljust "RED" ljust at Here+(0,g) } box with .e at (Here,0.5 between P17 and P18) "12.7 V SOURCE" "TO MULTIPLEX" line left 3*g from P16.w "WHT" above box with .se at Here+(0,-g) "12 V SOURCE" "TO FM TUNER" "SOURCE SWITCH" line left 3*g from P15.w "ORG" above box ht 3*g with .e at Here "15 V SOURCE" "TO FM TUNER" line left 3*g from P13.w "BLU" above line left 3*g from P12.w; {"WHT-" ljust "RED" ljust at Here+(0,g) } line left 3*g from P11.w "RED" above box ht 6*g with .e at (Here,P12) "27 V SOURCE" "TO CONTROL" "PREAMP AND" \ "PWR AMPLIFIER" line left 3*g from P14.w {"WHT-" ljust "GRY-" ljust "GRN" ljust at Here+(0,1.5*g) } box with .se at Here+(0,-g) "50 V SOURCE" "TO PHONO" "PREAMP" command "" # end font .PE Circuit_macros9.5/examples/svg/I2LSVG.m40000644060175006010010000000417313774371757017047 0ustar DwightNone.PS # I2L.m4 log_init(svg_font(sans-serif,11bp__)) [ down_ T1: bi_trans(,R,BC2uEBU) dy = T1.C0.y-T1.C1.y dx = T1.C0.x-T1.Bulk.x up_ Q1: bi_trans(,,BC1dEBU) with .C1 at (T1.C2.x+dy+dx+dx,T1.C0.y-dy) Q2: bi_trans(,,BC1dEBU) with .C1 at Q1.E+(0,-dy*2) Q3: bi_tr(,,) with .B at Q2.C0+(2*dy,0) down_ T2: bi_trans(,R,BC1uEBU) with .C1 at (Q3.C.x+2*dx+2*dy,Q1.C0.y+dy) up_ X1: bi_tr(,,) with .B at (T2.C0.x+dy+dx,Q1.C0.y) X2: bi_tr(,,) with .B at (X1.B,Q3.C) line down dx from Q2.E G: dot line from T1.B to (T1.B,G) then to (X1.E.x+dy,G.y) then to X1.E+(dy,0) \ then to X1.E line from X2.E right dy; dot line from Q1.E down dy then to (T1.B.x,Q1.E.y-dy); dot line from T1.C0 to (Q3.B,T1.C0) then to Q3.B; dot; line to Q2.C0 A: dot(at (T1.B,Q1.B)-(dx,0)); { "svg_it(A)" wid 0.15 rjust } line to Q1.B line from T1.C2 to (T1.C2,Q1.B); dot line from Q2.B to (A,Q2.B); dot; { "svg_it(B)" rjust } line right dy from T1.C1 then down T1.C1.y-Q2.B.y; dot VB: dot(at (T2.E.x+2*dx,T1.E.y+dy)); { "svg_it(V`'svg_sub(B))" ljust } line to (T1.E,Here) then to T1.E line from T2.E to (T2.E,VB); dot line from Q1.C1 to (Q3.C,Q1.C1) then to Q3.C; dot; line to X2.B line from Q1.C0 to X1.B dot(at Q1.C0+(dy,0)); line to (Here,Q2.C1) then to Q2.C1 line from Q3.E to (Q3.E,G); dot; ground line from T2.B to (T2.B,G); dot line from T2.C1 to (T2.C1,X1.B); dot "svg_it(~(A+B))" wid textht*1.5 below at Here+(0,-2pt__) line from T2.C0 to (X2.B,T2.C0) then to X2.B; dot "svg_it(~(A+(~B)))" below at (T2.E,Here)+(0pt__,-2pt__) ] [ right_ jog = AND_ht/2*L_unit X1: NOR_gate line right jog from X1.Out; "svg_it(~(A+B))" ljust X2: NOR_gate at X1+svec_(0,-AND_ht*3/2) line right jog from X2.Out; "svg_it(~(A+(~B)))" ljust line left jog from X2.In2 right_ NOT: NOT_gate with .Out at Here line left jog from NOT.In1 then up X1.In2.y-NOT.In1.y; dot line from X1.In2 to Here chop 0 chop -jog B: dot; "svg_it(B)" rjust line from X1.In1 to (B,X1.In1); dot; "svg_it(A)" wid 0.15 rjust line left jog from X2.In1 then up X1.In1.y-X2.In1.y; dot ] with .e at last [].w-(1,0) command "" # end font .PE Circuit_macros9.5/examples/svg/icsSVG.m40000644060175006010010000002207413774371760017231 0ustar DwightNonedivert(-1) Macros defining some integrated circuits and connectors define(`lg_pinsep',3*L_unit) logic pin separation in logic units define(`lg_chipwd',18*L_unit) default chip width define(`overbar_',`{ line right last "".wid with .c at last "".n+(0,1bp__) }') `A sequence of pins along the east or west side of a chip: lg_pinseq(initial pin no,final pin no, e|w,initial offset,pinnum_root,Labelroot,[not])' define(`lg_pinseq',`for_($1,$2,1, `lg_pin( Chip.s`$3'+(0,eval($4+m4x)*lg_pinsep), $6`'m4x,Pin`'eval($5`'m4x),`$3'`$7',eval($5`'m4x))') ') define(`ic6116',`[ Chip: box wid_ lg_chipwd ht_ 15*lg_pinsep lg_pin(Chip.sw_+(0,lg_pinsep),GND,Pin12,w,12) lg_pin(Chip.sw_+(0,2*lg_pinsep),,Pin18,wN,18) "svg_small(CS,75)" wid textht*1.5 at (Chip.w,last line) ljust; overbar_ lg_pinseq(0,2,w,4,9+,D) lg_pinseq(3,7,w,4,10+,D) lg_pin(Chip.sw_+(0,13*lg_pinsep),,Pin21,w,21) "svg_small(R/W,75)" wid textht*2.0 at (Chip.w,last line) ljust { line right last "".wid/2 from last "".n+(0,1bp__) } lg_pin(Chip.sw_+(0,14*lg_pinsep),V`'svg_small(CC,75),Pin24,w,24) lg_pin(Chip.se_+(0,lg_pinsep),,Pin20,eN,20) "svg_small(OE,75)" wid textht*1.5 at (Chip.e,last line) rjust; overbar_ lg_pinseq(0,7,e,3,8-,A) lg_pinseq(8,9,e,3,31-,A) lg_pin(Chip.se_+(0,13*lg_pinsep),A10,Pin19,e,19) `$1']') define(`ic6502',`[ Chip: box wid_ lg_chipwd ht_ 24*lg_pinsep lg_pin(Chip.sw_+(0,lg_pinsep),V`'svg_small(SS,75),Pin21,w,21) lg_pin(Chip.sw_+(0,2*lg_pinsep),V`'svg_small(SS,75),Pin1,w,1) lg_pin(Chip.sw_+(0,4*lg_pinsep),,Pin34,w,34) "svg_small(R/W,75)" wid textht*2.0 at (Chip.w,last line) ljust { line right last "".wid/2 from last "".n+(0,1bp__) } lg_pinseq(0,7,w,6,33-,D) lg_pin(Chip.sw_+(0,15*lg_pinsep),,Pin40,wN,40) "svg_small(RESET,75)" wid textht*3.8 at (Chip.w,last line) ljust; overbar_ lg_pin(Chip.sw_+(0,17*lg_pinsep),SYNC,Pin7,w,7) lg_pin(Chip.sw_+(0,19*lg_pinsep),,Pin6,wN,6) "svg_small(NMI,75)" wid textht*2.1 at (Chip.w,last line) ljust; overbar_ lg_pin(Chip.sw_+(0,21*lg_pinsep),RDY,Pin2,w,2) lg_pin(Chip.sw_+(0,22*lg_pinsep),SO,Pin38,w,38) lg_pin(Chip.sw_+(0,23*lg_pinsep),V`'svg_small(CC,75),Pin8,w,8) lg_pin(Chip.se_+(0,lg_pinsep),CK`'svg_small(1,75)(in),Pin39,e,39) lg_pin(Chip.se_+(0,4*lg_pinsep),CK`'svg_small(2,75)(out),Pin37,e,37) lg_pinseq(0,11,e,6,9+,A) lg_pinseq(12,15,e,6,10+,A) lg_pin(Chip.se+(0,23*lg_pinsep),,Pin4,eN,4) "svg_small(IRQ,75)" wid textht*2.0 at (Chip.e,last line) rjust; overbar_ `$1']') define(`ic6522',`[ Chip: box wid_ lg_chipwd ht_ 24*lg_pinsep lg_pin(Chip.sw_+(0,lg_pinsep),V`'svg_small(SS,75),Pin1,w,1) lg_pin(Chip.sw_+(0,3*lg_pinsep),CS1,Pin24,w,24) lg_pin(Chip.sw_+(0,4*lg_pinsep),CK,Pin25,w,25) lg_pin(Chip.sw_+(0,5*lg_pinsep),,Pin23,wN,23) "svg_small(CS2,75)" wid textht*2.2 at (Chip.w,last line) ljust; overbar_ lg_pin(Chip.sw_+(0,7*lg_pinsep),RS0(A0),Pin38,w,38) lg_pin(Chip.sw_+(0,8*lg_pinsep),RS1(A1),Pin37,w,37) lg_pin(Chip.sw_+(0,9*lg_pinsep),RS2(A2),Pin36,w,36) lg_pin(Chip.sw_+(0,10*lg_pinsep),RS3(A3),Pin35,w,35) lg_pinseq(0,7,w,12,33-,D) lg_pin(Chip.sw_+(0,21*lg_pinsep),,Pin22,w,22) "svg_small(R/W,75)" wid textht*2.0 at (Chip.w,last line) ljust { line right last "".wid/2 from last "".n+(0,1bp__) } lg_pin(Chip.sw_+(0,22*lg_pinsep),,Pin21,wN,21) "svg_small(IRQ,75)" wid textht*2.0 at (Chip.w,last line) ljust; overbar_ lg_pin(Chip.sw_+(0,23*lg_pinsep),V`'svg_small(CC,75),Pin20,w,20) lg_pinseq(0,7,e,1,10+,PB) lg_pinseq(1,2,e,8,17+,CB) lg_pinseq(0,7,e,12,2+,PA) lg_pinseq(1,2,e,19,41-,CA) lg_pin(Chip.se_+(0,23*lg_pinsep),,Pin34,eN,34) "svg_small(RESET,75)" wid textht*3.8 at (Chip.e,last line) rjust; overbar_ `$1']') define(`ic74LS138',`[ Chip: box wid_ lg_chipwd ht_ 11*lg_pinsep lg_pin(Chip.sw_+(0,lg_pinsep),GND,Pin8,w,8) lg_pin(Chip.sw_+(0,2*lg_pinsep),,Pin4,wN,4) "svg_small(G2a,75)" wid textht*2.0 at (Chip.w,last line) ljust; overbar_ lg_pin(Chip.sw_+(0,3*lg_pinsep),,Pin5,wN,5) "svg_small(G2b,75)" wid textht*2.0 at (Chip.w,last line) ljust; overbar_ lg_pin(Chip.sw_+(0,5*lg_pinsep),A,Pin1,w,1) lg_pin(Chip.sw_+(0,6*lg_pinsep),B,Pin2,w,2) lg_pin(Chip.sw_+(0,7*lg_pinsep),C,Pin3,w,3) lg_pin(Chip.sw_+(0,9*lg_pinsep),G1,Pin6,w,6) lg_pin(Chip.sw_+(0,10*lg_pinsep),V`'svg_small(CC,75),Pin16,w,16) lg_pinseq(0,6,e,2,15-,Y,n) lg_pin(Chip.se_+(0,9*lg_pinsep),Y7,Pin7,eN,7) `$1']') `ArduinoUno( wid,ht,pinlen )' define(`ArduinoUno',`[ define(`m4bwid',`ifelse(`$1',,`24*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`20*lg_pinsep',`$2')')dnl # Connector: box wid m4bwid ht m4bht # plen = ifelse(`$4',,`2*L_unit',`$4') # Loopover_(`x',`ifelse(x,nul,, `Pin`'eval(5+m4Lx): line left_ plen from Connector.nw-(0,(5+m4Lx)*lg_pinsep) { "x" ljust at last line.start }')', IOREF, RESET,`+`'3V3',`+`'5V', GND, GND, VIN, nul, A0, A1, A2, A3, A4, A5) # Loopover_(`x',`ifelse(x,nul,, `Pin`'eval(22-m4Lx): line right_ plen from Connector.ne-(0,m4Lx*lg_pinsep) { "x" rjust at last line.start }')', SCL, SDA, AREF, GND, D13, D12, ~D11, ~D10, ~D9, D8, nul, D7, ~D6, ~D5, D4, ~D3, D2, TX D1, RX D0) # `$4'] ') `ArduinoLeonardo( wid,ht,pinlen )' define(`ArduinoLeonardo',`[ define(`m4bwid',`ifelse(`$1',,`24*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`20*lg_pinsep',`$2')')dnl # Connector: box wid m4bwid ht m4bht # plen = ifelse(`$4',,`2*L_unit',`$4') # Loopover_(`x',`ifelse(x,nul,, `Pin`'eval(5+m4Lx): line left_ plen from Connector.nw-(0,(5+m4Lx)*lg_pinsep) { "x" ljust at last line.start }')', IOREF, RESET,`+`'3V3',`+`'5V', GND, GND, VIN, nul, A0, A1, A2, A3, A4, A5) # Loopover_(`x',`ifelse(x,nul,, `Pin`'eval(22-m4Lx): line right_ plen from Connector.ne-(0,m4Lx*lg_pinsep) { "x" rjust at last line.start }')', SCL, SDA, AREF, GND, ~D13, D12, ~D11, ~D10, ~D9, D8, nul, D7, ~D6, ~D5, D4, ~D3, D2, TX D1, RX D0) # `$4'] ') `RPi( wid,ht,pinlen )' define(`RPi',`[ define(`m4bwid',`ifelse(`$1',,`34*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`21*lg_pinsep',`$2')')dnl # GPIO: box wid m4bwid ht m4bht plen = ifelse(`$4',,`6*L_unit',`$4') # define A_LeftGPIO { exec sprintf("Pin%g: line left_ plen from GPIO.nw-(0,%g)",\ 2*(`$'1)-1,(`$'1)*lg_pinsep) { "`$'3" ljust at last line.start } "`$'2" at last line.c above } # Loopover_(`x',`ifelse(x,nul,,`A_LeftGPIO(m4Lx,patsubst(x,;,`,'))')', ;3V3, 2;SDA1, 3;SCL1, 4;GPIO_GCLK, ;GND, 17;GPIO_GEN0, 27;GPIO_GEN2, 22;GPIO_GEN3, ;3V3, 10;SPI_MOSI, 9;SPI_MISO, 11;SPI_SCLK, ;GND, ;ID_SD, 5;, 6;, 13;, 19;, 26;, ;GND ) # define A_RightGPIO { exec sprintf("Pin%g: line right_ plen from GPIO.ne-(0,%g)",\ 2*(`$'1),(`$'1)*lg_pinsep) { "`$'3" rjust at last line.start } "`$'2" at last line.c above } # Loopover_(`x',`ifelse(x,nul,,`A_RightGPIO(m4Lx,patsubst(x,;,`,'))')', ;5V, ;5V, ;GND, 14;TXD0, 15;RXD0, 18;GPIO_GEN1, ;GND, 23;GPIO_GEN4, 24;GPIO_GEN5, ;GND, 25;GPIO_GEN6, 8;SPI_CEO_N, 7;SPI_CE1_N, ;ID_SC, ;GND, 12;, ;GND, 16;, 20;, 21; ) # `$4'] ') `USB_C_Socket( wid, ht, pinlen )' define(`USB_C_Socket',`[ define(`m4bwid',`ifelse(`$1',,`18*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`14*lg_pinsep',`$2')')dnl # Base: box wid m4bwid ht m4bht rad 5/3*lg_pinsep plen = ifelse(`$4',,`6*L_unit',`$4') # Loopover_(`x', `B`'eval(13-m4Lx): dnl line left_ plen from Base.n-(m4bwid/2,(m4Lx+0.5)*lg_pinsep) {"x" ljust at last line.start}', GND, RX1+, RX1-, VBUS, SBU2, D-, D+, CC2, VBUS, TX2-, TX2+, GND) # Loopover_(`x', `A`'m4Lx: line right_ plen from Base.n+(m4bwid/2,-(m4Lx+0.5)*lg_pinsep) {"x" rjust at last line.start}', GND, TX1+, TX1-, VBUS, CC1, D+, D-, SBU1, VBUS, RX2-, RX2+, GND) # `$4']') `HDMI_micro( wid, ht, pinlen )' define(`HDMI_micro',`[ define(`m4bwid',`ifelse(`$1',,`16*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`19*lg_pinsep+m4bwid*2/3',`$2')')dnl # Base:[line up m4bht/2 then right m4bwid*2/3 \ then right m4bwid/3 down m4bwid/3 \ then down m4bht-2*m4bwid/3 then down m4bwid/3 left m4bwid/3 \ then left m4bwid*2/3 then to Here] plen = ifelse(`$4',,`6*L_unit',`$4') # Loopover_(`x', `Pin`'m4Lx: line left_ plen from Base.nw-(0,m4bwid/3+(m4Lx-1/2)*lg_pinsep) {"x" ljust at last line.start} "m4Lx" at last line.c above', HPD, UTILITY, D2+, D2_SH, D2-, D1+, D1_SH, D1-, D0+, D0_SH, D0-, CLK+, CLK_SH, CLK-, CEC, GND, SCL, SDA, +5V) line from Base.nw+(m4bwid*2/3-lg_pinsep,0) up plen svg_rot(90,"21" at last line.c +(-2bp__,0)) svg_rot(90,sprintf("SH2") at last line.start + (4bp__,-8bp__)) line from Base.nw+(m4bwid*2/3-2*lg_pinsep,0) up plen svg_rot(90,"20" at last line.c+(-2bp__,0)) svg_rot(90,"SH1" at last line.start + (4bp__,-8bp__)) line from Base.sw+(m4bwid*2/3-lg_pinsep,0) down plen svg_rot(90,"23" at last line.c+(-2bp__,0)) svg_rot(90,"SH4" at last line.start + (4bp__,14bp__)) line from Base.sw+(m4bwid*2/3-2*lg_pinsep,0) down plen svg_rot(90,"22" at last line.c+(-2bp__,0)) svg_rot(90,"SH3" at last line.start + (4bp__,14bp__)) # `$4']') divert(0)dnl Circuit_macros9.5/examples/svg/Incl.jpg0000644060175006010010000005161013774371760017216 0ustar DwightNoneÿØÿàJFIF––ÿâ4ICC_PROFILE$KCMSmntrRGB XYZ Ù " acspMSFTAC10A040öÕÓ+KODA cprt!wtpt8viewL$dmddpfdescØ{dmndTzrXYZÐgXYZäbXYZørTRC gTRC bTRC textCopyright 2008 Dell Inc.XYZ öÜÓ:viewöÛÓ:Bˆ*FL;çdesc Dell S2309Wز@ÿÿÿÿÔ “Ô “Ô “desc!Dell S2309W Color Profile, D6500ز@ÿÿÿÿÔ “Ô “Ô “desc Dell Inc. þÿDell Inc. 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This file has to be processed # by m4 in the usual way and then twice by dpic, eg # m4 svg.m4 SVGconfig.m4 InclepsSVG.m4 > InclepsSVG.pic # dpic -v InclepsSVG.pic > InclepsSVG.svg # dpic -v InclepsSVG.pic > InclepsSVG.svg # The double processing is needed because svg coordinates are to the right # and down. We have to store the coordinates of the nw corner and use them # on the second pass. divert(-1) ###################################################################### # Macros to simplify inclusion and positioning of raster image files such # as png or jpg or files with mime type of "image/svg+xml" `svg_init_include([Unique_name]) Put this (once) before all drawing commands in the diagram. It opens a [] block for the total diagram and creates the file Unique_name.dim (default SVGinsertTemp.dim).' define(`svg_init_include', `define(`M4IP_uniq',`ifelse(`$1',,SVGinsertTemp,`$1')')dnl M4IP_NW: (0,0); m4IP_nw = 0; m4IP_lth = lthick sh "touch M4IP_uniq.dim" copy "M4IP_uniq.dim" [ M4IP_NW: M4IP_NW; { move to M4IP_NW } ') `svg_include(filename, wid, ht, [position],[attrib]) Insert bitmap at specified position; also create an invis box of the same size and location. arg1= path to image file arg2= picture width in drawing units arg3= picture height in drawing units arg4= position attribute e.g. Pic: svg_include(Incl.jpg,2,3, with .sw at (1,4)) arg5= additional svg image attributes in the sprintf string, e.g. clip-path=\"polygon(5%% 0%%, 100%% 0%%, 100%% 100%%, 5%% 100%%)\" (distances in percent to top-left, top-right, bottom-right, bottom-left clip corners, or in pixels) ' define(`svg_include',`box invis wid `$2' ht `$3' `$4' define(`m4xpx',`(last box.w.x-M4IP_NW.x+m4IP_lth/2)/(1px__)')dnl define(`m4ypx',`(M4IP_NW.y-last box.n.y+m4IP_lth/2)/(1px__)')dnl define(`m4wdpx',`(`$2')/(1px__)')dnl define(`m4htpx',`(`$3')/(1px__)')dnl if m4IP_nw then { command sprintf(\ "", m4xpx,m4ypx,m4wdpx,m4htpx) } ') `svg_end_include Put this before .PE after all drawing commands. It closes the [] block and writes to Unique_name.dim' define(`svg_end_include',`] with .M4IP_NW at M4IP_NW print sprintf("m4IP_nw=1; m4IP_lth=%g; M4IP_NW:(%g,%g)",lthick,\ last [].w.x+3*m4IP_lth/2, last [].n.y+3*m4IP_lth/2) > "M4IP_uniq.dim" undefine(`M4IP_uniq') ') ###################################################################### divert(0)dnl darrow_init svg_init_include # This jpg is 242 px x 321 px Picture: svg_include(Incl.jpg, 242px__, 321px__, with .w at (1,0)) define(`backarrow',`darrow(`$1',,,2pt__,6pt__,6pt__,<-|)') thinlines_ backarrow( from boxcoord(Picture,0.4,0.95) up 0.4 right 0.7 ) "Basket" wid 0.45 with .w at Here+(2bp__,0) backarrow( from boxcoord(Picture,0.9,0.41) up 0.2 right 0.5 ) "Ball" wid 0.3 with .w at Here+(2bp__,0) backarrow( from boxcoord(Picture,0.85,0.32) up 0.2 right 0.5 ) "Star" wid 0.3 with .w at Here+(2bp__,0) "Player" wid 0.43 with .w at last "".w+(0,-0.15) #for i=3 to 1 by -1 do { # Picture: svg_include(Incl.jpg, i/4*242px__, i/4*321px__, # with .nw at last box.nw+(0.125,-0.25)) } # P2: svg_include(Incl.jpg, 242px__, 321px__, # with .w at Picture.e+(1.25,0), # clip-path=\"polygon(30 0, 100%% 0%%, 100%% 100%%, 30 321)\" ) svg_end_include .PE Circuit_macros9.5/examples/svg/JackSVG.m40000644060175006010010000000400313774371760017313 0ustar DwightNone.PS # `Jack.m4' cct_init(svg_font(sans-serif,10bp__)) P: [ P1: plug "A" wid 0.1 at P1.A rjust "B" at P1.B rjust "TB" at P1.TB ljust above "TA" at P1.TA ljust below P2: plug(,R) with .B at P1.A+(0.85,0) "A" wid 0.1 at P2.A rjust "B" at P2.B rjust P3: plug(,3) with .A at P2.B+(0.85,0) "A" at P3.A rjust "B" at P3.B rjust "C" at P3.C rjust P4: plug(L,3R) with .A at P3.A+(1,0) "A" wid 0.1 at P4.A ljust "B" at P4.B ljust "C" at P4.C ljust `"plug"' below at P1.s+(0,-0.1) `"plug(,R)"' below at P2.s+(0,-0.1) `"plug(,3)"' below at P3.s+(-0.1,-0.1) `"plug(L,3R)"' below at P4.s+(0.1,-0.1) ] L: [ J1: jack thinlines_ "L" wid 0.1 rjust at J1.L arrow <- right 0.1 from J1.F; "F" ljust arrow <- down 0.1 from J1.G then left 0.1 ; "G" rjust thicklines_ J2: jack(,LMBS) with .F at J1.F+(1.2,0) thinlines_ "L" rjust at J2.L arrow <- from J2.LM left 0.25; "LM" rjust arrow <- from J2.LB left 0.25; "LB" rjust "S" rjust at J2.S thicklines_ J3: jack(L,RLS) with .F at J2.F+(0.4,0) thinlines_ "L" ljust at J3.L "S" ljust at J3.S thicklines_ J4: jack(L,RLBLMLMS) with .F at J3.F+(1,0) thinlines_ "L1" ljust at J4.L1 arrow <- right 0.3 from J4.LM1; "LM1" ljust "L2" ljust at J4.L2 # arrow <- right 0.3 from J4.LM2; "LM2" ht 11pt__ ljust arrow <- right 0.3 from J4.LM2; "LM2" ljust "S" ljust at J4.S "L" ljust at J4.L arrow <- right 0.2 from J4.LB ; "LB" ljust J5: jack(,RSBSMLB) with .F at J4.F+(1.95,0) thinlines_ "L" rjust at J5.L "S" rjust at J5.S "S1" rjust at J5.S1 arrow <- left 0.3 from J5.SM1; "SM1" rjust arrow <- left 0.25 then left 0.1 down 0.05 from J5.LB; "LB" rjust arrow <- left 0.25 then left 0.1 up 0.05 from J5.SB; "SB" rjust thicklines_ `"jack"' below at J1.s+(0,-0.15) `"jack(,LMBS)"' at (J2,last "") `"..(L,RLS)"' at (J3,last "") `"..(L,RLBLMLMS)"' at (J4,last "") `"..(,RSBSMLB)"' wid 72bp__ at (J5,last "") ] with .nw at P.sw + (0,0.1) command "" # end font .PE Circuit_macros9.5/examples/svg/lcctSVG.m40000644060175006010010000001604313774371757017405 0ustar DwightNone.PS # lcctSVG.m4 maxpswid = 10 log_init(svg_font(sans-serif,11bp__,2bp__)) include(icsSVG.m4) textht = textht * 0.9 define(`dimen_',0.5) define(`elen_',dimen_) define(`Groundtype',`') define(`breakout',` for i = 1 to `$1' do { {line `$2' ifelse(`$4',,del,`$4')-jog/2 then `$2' jog/2 `$3' jog \ then `$3' lg_pinsep} move `$3' lg_pinsep } move `$2' ifelse(`$4',,del,`$4')-jog/2 then `$2' jog/2 `$3' jog ') del = lg_pinsep jog = del*2/3 right_ IC1: ic6502("6502" at Chip.sw+(0,-2bp__) below ljust) \ Vcc: IC1.Pin8.end.x-del-elen_,IC1.Pin4.y+lg_pinsep+3*del Reset: IC1.Pin8.end.x-del,Vcc.y+del resistor(up_ Vcc.y-IC1.Pin4.y from IC1.Pin4.end) line left 2*del from IC1.Pin6.end line up_ to (Here,Vcc) chop 0 chop elen_ resistor line left del from IC1.Pin40.end {line to (Here,Reset)} move left elen_ {NOT_gate(right_ elen_)} {reversed(`capacitor',to (Here,Vcc),C)} down_; resistor; ground(,T,Groundtype) line from IC1.Pin2.end to (IC1.Pin2.end,Vcc) move to IC1.Pin26.end; breakout(8,left,down) line to (Here,IC1.sw+(0,-del)) line down jog right jog/2 Data: Here line from IC1.Pin1.end down_ 2*lg_pinsep; ground(,T,Groundtype) line left 2*del from IC1.Pin34.end line to (Here,Data+(0,-del)) RWB: Here move to IC1.Pin25.end; breakout(16,right,down) line to (Here,RWB)+(0,-del+jog) then down jog left jog/2 Addr: Here right_ IC5: ic74LS138("74LS138" at Chip.sw+(0,-2bp__) below ljust) \ with .Chip.nw at (IC1.Chip.w.x,Addr.y-2*del) line from IC5.Pin5.end down_ 3*lg_pinsep ; ground(,T,Groundtype) line from IC5.Pin16.end down_ 1.5*lg_pinsep ; ground(,T,Groundtype) move to IC5.Pin1.end; breakout(3,left,up) line to Here.x,Addr.y-jog then up jog right jog/2 then to Addr line right_ 2*del from IC1.Pin39.end { NOT_gate(right_ 3*del) C1: Here } capacitor(up_ elen_*0.6) {resistor(right_ 3*del)} line up 2*(IC1.Pin37.y-Here.y) {line from IC1.Pin37.end to (Here,IC1.Pin37)} right_; xtal(right_ 3*del) IC2: ic6116("6116" at Chip.sw+(0,-2bp__) below ljust) \ with .Chip.nw at Here.x+2*del+lg_plen*L_unit,IC1.Chip.n.y line from IC2.Pin24.end up to (IC2.Pin24.end,Vcc) right_ Or1: OR_gate with .Out at IC2.Pin21.end line from Or1.In2 left del then down del line to (C1,Here) then to C1 line from Or1.In1 left del line to (Here,IC2.Chip.nw+(0,del)) RW: Here move to IC2.Pin17.end; breakout(8,left,down) line to (Here,Data)+(0,jog) then down jog left jog/2 line down_ lg_pinsep from IC2.Pin12.end ; ground(,T,Groundtype) move to IC2.Pin19.end; breakout(11,right,down) line to (Here,Addr) chop 0 chop jog line down jog left jog/2 line down_ lg_pinsep from IC2.Pin20.end ; ground(,T,Groundtype) right_ IC3: ic6116("6116" at Chip.sw+(0,-2bp__) below ljust) \ with .Chip.nw at IC2.Chip.ne + (IC2.Chip.nw.x - IC1.Chip.ne.x-del,0) IC4: ic6522("6522" at Chip.sw+(0,-2bp__) below ljust) \ with .Chip.nw at IC3.Chip.ne + (IC2.Chip.nw.x - IC1.Chip.ne.x-del,0) IC6: ic74LS138("74LS138" at Chip.sw+(0,-2bp__) below ljust) \ with .Chip.nw at (IC3.Chip.nw,IC5.Chip.nw) line from Vcc to (IC4.Pin34.end.x+del,Vcc.y) line from Reset to (IC4.Pin34.end,Reset) then to IC4.Pin34.end line right_ 2*del from (C1,IC4.Pin25); NOT_gate; line to IC4.Pin25.end line right del from IC1.Pin4.end; line to Here.x,Vcc.y-del line to (IC4.Pin21.end,Here)-(del,0) then to IC4.Pin21.end-(del,0) \ then to IC4.Pin21.end line from IC3.Pin21.end to (IC3.Pin21.end,Vcc) move to IC3.Pin17.end breakout(8,left,down); line to (Here,Data)+(0,jog) then down jog left jog/2 move to IC3.Pin19.end breakout(11,right,down); line to (Here,Addr)+(0,jog) then down jog left jog/2 move to IC4.Pin26.end breakout(8,left,down,2*del); line to (Here,Data)+(0,jog) then down jog left jog/2 then to Data move to IC4.Pin35.end breakout(4,left,down); line to (Here,Addr)+(0,jog) then down jog left jog/2 \ then to Addr line from IC4.Pin20.end to (IC4.Pin20.end,Vcc) line down_ lg_pinsep from IC4.Pin1.end; ground(,T,Groundtype) line left 3*del from IC4.Pin23.end line to (Here,IC6.Pin7) then to IC6.Pin7.end line down_ 2*lg_pinsep from IC3.Pin18.end; ground(,T,Groundtype) line down_ lg_pinsep from IC6.Pin8.end; ground(,T,Groundtype) line up_ 2.5*lg_pinsep from IC6.Pin16.end \ then right_ lg_pinsep then down_ lg_pinsep/2; ground(,T,Groundtype) move to IC6.Pin5.end; breakout(1,left,up); line up_ lg_pinsep move to IC6.Pin1.end; breakout(3,left,up) line to (Here,Addr)-(0,jog) then up jog left jog/2 line from RW to (IC3.Pin19.end+(2*del,0),RW) RWE: Here line to (RWE,RWB) then to RWB line from IC4.Pin22.end to (RWE,IC4.Pin22.end) right_ Or3: OR_gate with .Out at IC3.Pin20.end.x-del,IC1.Pin9.y line from Or3.Out to (IC3.Pin20.end,Or3.Out) then to IC3.Pin20.end left_ Or2: OR_gate with .In2 at (IC2.Chip.se,Or3.In1) line from Or2.Out to (IC2.Pin18.end-(3*del,0),Or2.Out) line to (Here,IC2.Pin18) then to IC2.Pin18.end line from Or2.In1 right del; line to (Here,IC1.Pin37) line from Or3.In2 left del; line to (Here,IC1.Pin37) define(`addrlabel',`dnl line invis right 4*del from IC5.Pin`$1'.end "svg_small(`$2')" above ') addrlabel( 7,E000 - FFFF) addrlabel( 9,C000 - DFFF) addrlabel(10,A000 - BFFF) addrlabel(11,8000 - 9FFF) addrlabel(12,6000 - 7FFF) addrlabel(13,4000 - 5FFF) addrlabel(14,2000 - 3FFF) addrlabel(15,0000 - 1FFF) line from IC5.Pin7.end right 4*del K: Here; line to (K,IC5.Pin13) line to (IC6.Pin4.end-(3*del,0),Here) line to (Here,IC6.Pin4.end) then to IC6.Pin4.end Ands: [ right_ And1: AND_gate; line right del/2 then down del*3/2 \ then left And1.Out.x-And1.In1.x+del then down del then right_ del/2 And2: AND_gate with .In1 at Here line from And2.Out right del/2 then down del then right_ del/2 And3: AND_gate with .In1 at Here line right_ del/2 from And3.Out NOT_gate line right_ del/2 And4: AND_gate with .In1 at Here ] with .And2.In1 at (K.x+2*del,IC5.Pin9.y) # line from Ands.And4.Out right del*3; line to (Here,Or3.In1) then to Or3.In1 line from Ands.And4.Out right IC6.Pin5.end.x-3*del-Ands.And4.Out.x line to (Here,Or3.In1) then to Or3.In1 line from Ands.And4.In2 left del line to (Here,IC5.Pin14) then to IC5.Pin14.end line from IC5.Pin15.end to (IC2.Pin20.end.x+2*del,IC5.Pin15.y) line to (Here,Or2.In2) then to Or2.In2 NOT_gate(right_ from (K,Ands.And3.In2) to Ands.And3.In2) line from Ands.And2.In2 to (K+(del+jog/2,0),Ands.And2.In2) line left jog/2 up jog; line to (Here.x,Addr.y-jog) then up jog left jog/2 line from Ands.And1.In1 to (K.x+del+jog/2,Ands.And1.In1.y) \ then left jog/2 up jog line from Ands.And1.In2 to (K.x+del+jog/2,Ands.And1.In2.y) \ then left jog/2 up jog line from IC6.Pin6.end left 2*del; line to (Here,IC4.Pin24) line from IC4.Pin24.end to (IC2.Chip.se,IC4.Pin24) move left dimen_; {NOT_gate(right_ dimen_)} line left jog/2 down jog; line to (Here,Data) chop 0 chop jog line down jog left jog/2 command "" # end font .PE Circuit_macros9.5/examples/svg/LgateSVG.m40000644060175006010010000001411013774371757017505 0ustar DwightNonedivert(-1) # LgateSVG.m4 ########################################################################### define(`And',`GenLogGate(AND,$@)') define(`Nand',`GenLogGate(NAND,$@)') define(`Or',`GenLogGate(OR,$@)') define(`Nor',`GenLogGate(NOR,$@)') define(`Xor',`GenLogGate(XOR,$@)') define(`Nxor',`GenLogGate(NXOR,$@)') define(`Not',`GenLogGate(NOT,$@)') define(`GenLogGate',`[ pushdef(`m4nargs',0)dnl # Count the arguments and draw the gate Loopover_(`a',`define(`m4nargs',incr(m4nargs))',shift($@))dnl G: ifelse(`$1',NOT,`NOT_gate()',`$1_gate(m4nargs)') Out: G.Out T: (G.In1.x-2*L_unit,G.y) # Sublayer gates with centre at the height of G SubLayer: [ pushdef(`m4_nct',0) pushdef(`m4glayer')dnl Loopover_(`arg', `define(`m4_nct',incr(m4_nct))dnl # Stack the input label or draw a sublayer gate pushdef(`m4InNames')dnl Gate`'m4_nct: ifelse(patsubst(substr(arg,0,1),`[a-zA-Z]',`&'),&, `[ In`'arg: ifdef(`MarkLogInputs',`"arg" above',Here) pushdef(`m4InNames',In`'arg)dnl Out: Here ] ht 2*L_unit', `arg') ifelse(m4_nct,1,,`with .ne at last [].se+(0,-L_unit)') ifdef(`MarkSubLayers', `{ box wid last [].wid ht last [].ht at last [] }') # Prepend gate name to labels m4LogPromote(Gate`'m4_nct)', shift($@)) dnl # Promote gate labels to Sublayer block pushdef(`m4InNames') m4LogLabel() MidOut: 0.5 between Gate`'eval((m4_nct+1)/2).Out \ and Gate`'eval((m4_nct+2)/2).Out popdef(`m4_nct')dnl ] with .MidOut at T+(-m4nargs*L_unit,0) # end SubLayer ifdef(`MarkSubLayers', `{ box wid last [].wid ht last [].ht at last [] }') # Promote sublayer labels to outer block pushdef(`m4glayer') m4LogPromote(SubLayer) dnl pushdef(`m4InNames') m4LogLabel() dnl # Draw the connecting lines define(`m4hhv',`(m4nargs-1)/2')dnl for_(1,m4nargs,1,` line from G.In`'m4x \ left G.In`'m4x.x-T.x+(m4hhv-abs(m4x-m4hhv-1))*L_unit \ then up SubLayer.Gate`'m4x.Out.y-G.In`'m4x.y \ then to SubLayer.Gate`'m4x.Out') popdef(`m4nargs') dnl ]') # Manage names of sublayer inputs define(`m4LogPromote',`ifelse(m4InNames,,`popdef(`m4InNames')', `pushdef(`m4glayer',m4InNames:$1) popdef(`m4InNames') m4LogPromote($1)') ')dnl define(`m4LogLabel',`ifelse(m4glayer,,`popdef(`m4glayer')', `define(`m4BaseIn',`substr(m4glayer,0,index(m4glayer,:))')dnl m4glayer.m4BaseIn pushdef(`m4InNames',m4BaseIn) popdef(`m4glayer') m4LogLabel()') ')dnl # Clear a name stack define(`stack_del',`ifelse($1,`$1',,`popdef(`$1')$0($@)')') ########################################################################### divert(0)dnl .PS log_init(svg_font(sans-serif,11bp__)) #define(`MarkLogInputs') define(`bbelow',`with .nw at last [].sw+(0,-0.2)') define(`MarkLogInputs') Ex1:Or(x1,q,`Or(y1,z1)',`Or(z3,u,v,`Or(w,r)',x2,y2,z2,m)') `"Or(x1,q,`Or(y1,z1)',`Or(z3,u,v,`Or(w,r)',x2,y2,z2,m)')"' \ at Ex1.se+(-0.4,-0.2) undefine(`MarkLogInputs') line from Ex1.Inx1 to (Ex1.w,Ex1.Inx1)-(L_unit,0) line from Ex1.Inx2 to (Here,Ex1.Inx2) then to Here; dot line to Here-(2*L_unit,0); Inx: "x" above line from Ex1.Iny1 to (Ex1.w,Ex1.Iny1)-(2*L_unit,0) line from Ex1.Iny2 to (Here,Ex1.Iny2) then to Here; dot line to Here-(2*L_unit,0); Iny: "y" above line from Ex1.Inz1 to (Ex1.w,Ex1.Inz1)-(3*L_unit,0) {line from Ex1.Inz3 to (Ex1.Inz3,Ex1.Inz1); dot} line from Ex1.Inz2 to (Here,Ex1.Inz2) then to Here; dot line to Here-(2*L_unit,0); Inz: "z" above Ex2: And(`Not(A)',B,C,`Nor(A2,D)') with .nw at Ex1.Out+(0.75,0.2) line right 3*L_unit from Ex2.Out "svg_it(ABC(A+D))" above ljust at Ex2.G.nw line right 0.1 at last ""+(0.1,0.16) line right 0.35 at last ""+(0.55,0.16) line from Ex2.InA2 to (Ex2.InA2,Ex2.InA); dot line to Ex2.InA chop -3*L_unit chop 0 "svg_it(A)" rjust at last line.start "svg_it(B)" rjust at Ex2.InB "svg_it(C)" rjust at Ex2.InC "svg_it(D)" rjust at Ex2.InD `"And(`Not(A)',B,C,`Nor(A2,D)')"' wid 2.1 with .w at Ex2.sw-(0,0.2) `"line from Ex2.InA2 to (Ex2.InA2,Ex2.InA); dot"' wid 3.2 \ with .w at last "".w+(0,-0.2) `"line to Ex2.InA chop -3*L_unit chop 0"' wid 2.60 \ with .w at last "".w+(0,-0.2) `"\"A\" rjust at last line.start"' wid 1.6 with .w at last "".w+(0,-0.2) `"\"B\" rjust at Ex2.InB; \"C\" rjust at Ex2.InC"' wid 2.7 with .w \ at last "".w+(0,-0.2) Ex3: Or(`And(A1,C1)',`And(B1,`Not(C2)')',`And(`Not(A2)',B2,C3)') \ with .nw at Ex1.sw+(0,-0.4) line right 3*L_unit from Ex3.Out line from Ex3.InB2 to (Ex3.InA2,Ex3.InB2)+(-2*L_unit,0) \ then up Ex3.InB1.y-Ex3.InB2.y; dot line from Ex3.InB1 to Here chop 0 chop -2*L_unit; B: "svg_it(B)" rjust line from Ex3.InA2 to (Ex3.InA2,Ex3.InA1); dot line from Ex3.InA1 to (B,Here) ; "svg_it(A)" rjust line from Ex3.InC2 to (Ex3.InC2,Ex3.InC1) then to Ex3.InC1 dot(at Ex3.InC2); line to (B,Here); "svg_it(C)" rjust dot(at ((Ex3.InC2)+(-2*L_unit,0),Ex3.InC2)) line to (Here,Ex3.InC3) then to Ex3.InC3 "svg_it(AC+BC+ABC)" above ljust at Ex3.G.nw line right 0.1 at last ""+(0.5,0.16) line right 0.1 at last ""+(0.73,0.16) `"Or(`And(A1,C1)',`And(B1,`Not(C2)')',`And(`Not(A2)',B2,C3)')"' \ at (B,Ex3.s)+(0,-0.2) ljust # define(`MarkSubLayers') Ex4: And(`Or(`Nand(`Or(A,B)',C)',D)',E) with .w at Ex3.e+(1.25,0) "svg_it(A)" rjust at Ex4.InA "svg_it(B)" rjust at Ex4.InB line from Ex4.InC to (Ex4.InA,Ex4.InC); "svg_it(C)" rjust line from Ex4.InD to (Ex4.InA,Ex4.InD); "svg_it(D)" rjust line from Ex4.InE to (Ex4.InA,Ex4.InE); "svg_it(E)" rjust line right 3*L_unit from Ex4.Out "svg_it((D+(A+B)C)E)" above ljust at Ex4.G.nw line right 0.5 at last ""+(0.6,0.16) `"And(`Or(`Nand(`Or(A,B)',C)',D)',E)"' at Ex4.sw+(0,-0.2) ljust # undefine(`MarkSubLayers') stack_del(`m4InNames') # clear the name stack in case other diagrams need it # extend the bounding box move from Ex1.nw+(-0.35,0.1) to Ex4.Out+(1,-0.65) command "" # end font .PE Circuit_macros9.5/examples/svg/local_init.m40000644060175006010010000000007713774371757020215 0ustar DwightNonecommand "" define(`Inkscape') Circuit_macros9.5/examples/svg/LogicSVG.m40000644060175006010010000000361313774371757017514 0ustar DwightNone.PS # Logic.m4 log_init(svg_font(sans-serif,11bp__)) xgap = 0.5 [ dmov = 0.4 { {AND_gate ; "`AND_gate'" ljust at last [].w + (xgap,0)} move down dmov; right_ {OR_gate ; "`OR_gate'" ljust at last [].w + (xgap,0)} move down dmov; right_ {BUFFER_gate ; "`BUFFER_gate'" ljust at last [].w + (xgap,0)} move down dmov; right_ {XOR_gate ; "`XOR_gate'" ljust at last [].w + (xgap,0)} } xgap = 0.65 move right_ 2 { { NAND_gate ; "`NAND_gate'" ljust at last [].w + (xgap,0) } move down dmov; right_ { Gate: NOR_gate(3) "`NOR_gate(3)'" ljust at last [].w + (xgap,0) thinlines_ spline <- from Gate.Out right arrowht*2.0 \ then up 0.15 then right 0.05 "`Out'" ljust spline <- from Gate.N_Out down arrowht*2.0 \ then right 0.1+arrowht*1.5+NOT_rad down 0.15-arrowht*2.0 "`N_Out'" ljust for_(1,3,1, `arrow <- left 0.2 down 0.05 from Gate.In`'m4x "In`'m4x" rjust at Here+(0,(2-m4x)*0.02)') } thicklines_ move down dmov; right_ { NOT_gate ; "`NOT_gate'" ljust at last [].w + (xgap,0) } move down dmov; right_ { NXOR_gate ; "`NXOR_gate'" ljust at last [].w + (xgap,0) } } move right_ 2 { {B: NAND_gate(,B) ; "`NAND_gate(,B)'" ljust at B.w + (xgap,0)} { line invis right 1.8 from last [].se then down 1} move down dmov; right_ move left N_diam*L_unit; right_ {NOR_gate(3,NB) ; "`NOR_gate(3,NB)'" ljust at (B.w,last []) + (xgap,0) } move down dmov; right_ {BOX_gate(PN,N,,,=1) "`BOX_gate(PN,N,,,=1)'" ljust at (B.w,last []) + (xgap,0) line left 0.15 from last [].In1 line left 0.15-NOT_rad*2 from last [].In2 line right 0.15 from last [].Out } move down dmov; move right_ N_diam*L_unit {BOX_gate(PP,N,,,=) "`BOX_gate(PP,N,,,=)'" ljust at (B.w,last []) + (xgap,0) line left 0.15 from last [].In1 line left 0.15 from last [].In2 line right 0.15 from last [].Out } } ] command "" # end font .PE Circuit_macros9.5/examples/svg/LoglogSVG.m40000644060175006010010000000430113774371757017675 0ustar DwightNone.PS # LoglogSVG.m4 gen_init(svg_font(sans-serif,11bp__)) define(`rint',`sign(`$1')*int(abs(`$1')+.5)') S:[ horiz = 4 vert = horiz*2/3 tmax = 10 tmin = 1 vmax = 100 vmin = 0.1 tic = 0.08 denv = log(vmax) - log(vmin) denh = log(tmax) - log(tmin) Origin: Here define(`coord', `Origin+((log(`$1')-log(tmin))/denh*horiz,(log(`$2')-log(vmin))/denv*vert)') thinlines_ # Left axes and labels psset_(linecolor=gray) for i = rint(log(vmin)) to rint(log(vmax)) do { move to coord(tmin,exp(i)) line right horiz sprintf("%g",exp(i)) wid 0.2 rjust at last line.start if i < rint(log(vmax)) then { for j = 2 to 9 do { move to coord(tmin,j*exp(i)) line right horiz if (j==2) || (j==5) then { sprintf("%g",j*exp(i)) rjust at last line.start } } } } #Horizontal axis and labels for t = rint(log(tmin)) to rint(log(tmax)) do { move to coord(exp(t),vmin) line up vert sprintf("%g",exp(t)) wid 0.15 below at last line.start if t < rint(log(tmax)) then { for j = 2 to 9 do { move to coord(j*exp(t),vmin) line up vert if (j==2) || (j==5) then { sprintf("%g",j*exp(t)) below at last line.start } } } } psset_(linecolor=black) # arrow from Origin up vert chop 0 chop -0.1 line from Origin up vert "svg_it(y(t))" wid 0.3 at Origin+(-0.1,0.5*vert) rjust # arrow from Origin right horiz chop 0 chop -0.1 line from Origin right horiz "svg_it(t)" at Origin+(.5*horiz,-0.1) below thicklines_ alpha = 2.5 beta = 3.0 tm = max(tmin,(vmin/alpha)^(1/beta)) tM = min(tmax,(vmax/alpha)^(1/beta)) line from coord(tm,alpha*tm^beta) to coord(tM,alpha*tM^beta) P: box invis fill_(1) wid 0.75 ht 0.18 \ "svg_it(y(t) = 1.5 t)" with .w at coord(2.005,14) "svg_it(svg_small(3))" with .w at P.ne #ljust alpha = 0.05 beta = 2.0 tm = max(tmin,(vmin/alpha)^(1/beta)) tM = min(tmax,(vmax/alpha)^(1/beta)) line from coord(tm,alpha*tm^beta) to coord(tM,alpha*tM^beta) Q: box invis fill_(1) wid 0.80 ht 0.18 \ "svg_it(y(t) = 0.05 t)" with .e at coord(4.6,1.4) "svg_it(svg_small(2))" with .w at Q.ne #ljust ] # box wid S.wid ht S.ht at S # print (S.wid,S.ht)/(1 pc__) command "" # end font .PE Circuit_macros9.5/examples/svg/LyapSVG.m40000644060175006010010000001065113774371757017364 0ustar DwightNone.PS # Lyap.m4 threeD_init scale = 1/1.2 viewaz = 30 viewel = 18 setview(viewaz,viewel) Origin: project(0,0,0) # Components of view vector W w1 = view3D1 w2 = view3D2 w3 = view3D3 # Shape factor of the ellipse on the xy plane q = Cos(40) # cost function h = 0.5 c = 1 # The projected ellipse is (x/q)^2 + y^2 = c. # The cost is v = c+h define(`vs',``$2'*q*cos(`$1'),`$2'*sin(`$1')') define(`vp',`vs(`$1',`$2'),0') define(`vx',`sum3D(vp(`$1',`$2'),0,0,h+(`$2')^2)') # The gradient of v is (2x/q, 2y, -1) and the line # separating front and back is W^T * grad(v) = 0 # This line intersects the projected ellipse at # x1,y1 and x2,y2 ap = w2^2*q^2/w1^2+1 bp = -w2*w3*q^2/w1^2 cp = w3^2*q^2/4/w1^2-c m = sqrt(bp^2-4*ap*cp) y1 = (-bp+m)/ap/2 ; x1 = (w3-2*y1*w2)*q/2/w1 y2 = (-bp-m)/ap/2 ; x2 = (w3-2*y2*w2)*q/2/w1 t1 = atan2(y1,x1) t2 = atan2(y2,x2) theta1 = min(t1,t2) theta2 = max(t1,t2) # tangent curve nT = 11 for i = 0 to nT do { y = y1 + (y2-y1)/nT*i theta = atan2(y,(w3-2*y*w2)*q/2/w1) r = y/sin(theta) T[i]: project(vx(theta,r)) } # front and back parts of the top curve n = 12 for i = 0 to n do { theta = theta1 + (theta2-theta1)/n*i F[i]: project(vx(theta,c)) Fp[i]: project(vp(theta,c)) } for i = 0 to n do { theta = theta2 + (theta1+twopi_-theta2)/n*i B[i]: project(vx(theta,c)) Bp[i]: project(vp(theta,c)) } # trajectory rotations = 1.55 nx = 7 thetas = 75*dtor_ thetaf = thetas - rotations*twopi_ rx = c*0.9 beta = exp(log(.5)/20) define(`defX',` rx = `$5' ; np = np-1 ts = `$1' ; tf = `$2' for i = 0 to `$3' do { tha = ts + (tf-ts)*i/(`$3') for thx = tha to -twopi_ by twopi_ do {} `$4'[i]: project(vx(thx,rx)) Xp[np]: project(vp(thx,rx)) np = np+1 rx = beta*rx }') np = 1 defX(thetas,theta1,nx,X1,rx) defX(theta1,theta2-twopi_,nx,X2,rx/beta) defX(theta2-twopi_,theta1-twopi_,nx,X3,rx/beta) defX(theta1-twopi_,thetaf,5,X4,rx/beta) # First draw the inside back # B is the back curve # T is the outline ifpstricks(` \psset{gradbegin=lightgray,gradend=darkgray,gradlines=1000} \pscustom[fillstyle=gradient,gradmidpoint=0.7]{ fitcurve(B,n) for i = 0 to nT do {TT[i]: T[nT-i] } fitcurve(TT,nT) \relax} ', ` fitcurve(B,n) for i = 0 to nT do {TT[i]: T[nT-i] } fitcurve(TT,nT) ') # Centre axis thinlines_ line from Origin to project(0,0,h) # F[0] is the leftmost point of the front curve line from F[0] to Fp[0] # F[n] is the rightmost point of the front curve line from F[n] to Fp[n] thicklines_ # Now draw the outside front ifpstricks(` \newgray{gray1}{0.9}% \newgray{gray2}{0.4}% \psset{gradbegin=gray1,gradend=gray2,gradlines=1000} \pscustom[linewidth=0pt,fillstyle=gradient,gradmidpoint=0.99]{ fitcurve(F,n) fitcurve(T,nT) \relax} ', ` shade(1,fitcurve(F,n) fitcurve(T,nT)) ') # T is the limit curve of visibility fitcurve(T,nT) # F is the top front fitcurve(F,n) # Front and back projections of the top on xy fitcurve(Fp,n) fitcurve(Bp,n) # The trajectory in pieces, to allow dashed parts fitcurve(X1,nx) fitcurve(X2,nx,dotted 0.025) fitcurve(X3,nx) fitcurve(X4,3,dotted 0.015) arca(from X4[4] to X4[2],ccw,0.3,<-) # Projected trajectory np = np-2 fitcurve(Xp,np-1) arca(from Xp[np] to Xp[np-2],ccw,0.18,<-) "svg_it(X(t))" at Xp[np]-(2bp__,0) ljust # Axes and vertical lines thinlines_ line from X1[0] to Xp[0] arrow from Origin to project(1.5,0,0) "svg_it(x)`'svg_sub(1)" rjust below arrow from Origin to project(0,1.5,0) "svg_it(x)`'svg_sub(2)" wid 10bp__ ljust line dashed from project(0,0,h) to F[n/2] chop 0 chop arrowht/4 arrow from F[n/2] to project(0,0,2) "svg_it(v(X))" ljust "svg_it(0)" at Origin+(0,1 pt__) below "svg_Omega" at project(0,0.9*c,0) above "svg_it(v(X) = c)" at (project(vp(100*dtor_,c)))+(2bp__,0) above ljust .PE Circuit_macros9.5/examples/svg/Makefile0000644060175006010010000001246013774371760017267 0ustar DwightNoneLIBDIR = $$HOME/lib M4LIBS = svg.m4 SVGconfig.m4 M4LIBS = svg.m4 M4 = m4 # PDFCONVERT = pdf2svg PDFCONVERT = dvisvgm # To process a single file, copy it to test.m4 and type "make tst" # to produce tstSVG.html DPIC = dpic #DPIC = $$HOME/dpic/pascal/p2c/ftp/dpic #DPIC = ../../../dpic/pascal/p2c/ftp/dpic #DPIC = ../../../dpic/bison/dpic #DPIC = ../../../dpic/bi*dev/dpic # To test the Windows executable. Change these as needed for the operating # system. NOTE: AntiqueClockSVG.m4 and Connectors.m4 use awk and sed which # do not work at present with the Windows version. # M4LIBS = svg.m4 windows.m4 # DPIC = ../../../dpic/bison/distsrc/Windows/dpic .SUFFIXES: .pic .svg .m4 .xsvg .pic.svg: $(DPIC) -v $*.pic > $*.svg grep '<\!-- width' $*.svg | sed -e 's%<\!-- *%%' -e 's% *-->%%' > $*.siz .m4.svg: m4 $(M4LIBS) $*.m4 | sed -e '/^\%/d' > $*.pic $(DPIC) -v $*.pic > $*.svg grep '<\!-- width' $*.svg | sed -e 's%<\!-- *%%' -e 's% *-->%%' > $*.siz .m4.xsvg: touch F_$*.dim $(M4) pgf.m4 F_$*.dim $*.m4 > $*.pic $(DPIC) -g $*.pic >> $*.tex echo "\documentclass[crop,tikz,multi=false]{standalone}" > F_$*.tex echo "\usepackage{boxdims,siunitx,amssymb}" >> F_$*.tex echo "\begin{document}" >> F_$*.tex echo "\input $*.tex" >> F_$*.tex echo "\end{document}" >> F_$*.tex pdflatex --quiet F_$* $(M4) pgf.m4 F_$*.dim $*.m4 > $*.pic $(DPIC) -g $*.pic >> $*.tex pdflatex --quiet F_$* if test "$(PDFCONVERT)" = "pdf2svg" ; then \ pdf2svg F_$*.pdf $*.xsvg && cp $*.xsvg $*.svg ; \ else \ dvisvgm --pdf F_$*.pdf && mv F_$**.svg $*.svg ; cp $*.svg $*.xsvg ; \ fi rm -f F_$** CCTSVG = \ AdderSVG.svg AlogixSVG.svg ABlogixSVG.svg AmpTableSVG.svg AntennasSVG.svg \ AntiqueClockSVG.svg \ AudioSVG.svg \ BipSVG.svg BtreeSVG.svg ByteSVG.svg ButtonsSVG.svg \ CanLogicSVG.svg CctTableSVG.svg ConnSVG.svg ConnectorsSVG.svg \ ContactSVG.svg ContactsSVG.svg \ CountingSVG.svg CrossbarSVG.svg CrowSVG.svg CsourceSVG.svg \ DecoderSVG.svg DemultiplexerSVG.svg DiniSVG.svg DiodesSVG.svg DriveSVG.svg \ EmarrowsSVG.svg \ FlowSVG.svg FontsSVG.svg FusesSVG.svg \ GeometrySVG.svg GrayCodeSVG.svg GroundsSVG.svg \ HeadersSVG.svg HeathkitSVG.svg InclepsSVG.svg I2LSVG.svg JackSVG.svg \ LyapSVG.svg LogicSVG.svg LoglogSVG.svg \ MCSVG.svg MixerSVG.svg MotorControlSVG.svg MultiplexerSVG.svg \ NLGSVG.svg NPDTSVG.svg NportSVG.svg OpampSVG.svg OptoisoSVG.svg \ PconnSVG.svg PushPullSVG.svg QuantumSVG.svg \ RectifiersSVG.svg RelaySVG.svg RotboxSVG.svg\ SchottkySVG.svg ShiftRSVG.svg SierpinskiSVG.svg \ SixpoleSVG.svg SourcesSVG.svg SQUIDSVG.svg SwitchesSVG.svg \ TTLnandSVG.svg TgateSVG.svg ThreeSVG.svg \ TubediagsSVG.svg VariableSVG.svg WindingsSVG.svg XformSVG.svg \ controlSVG.svg cscSVG.svg diamondSVG.svg ex00SVG.svg \ ex01SVG.svg ex02SVG.svg ex03SVG.svg ex04SVG.svg ex05SVG.svg ex06SVG.svg \ ex08SVG.svg ex09SVG.svg ex10SVG.svg ex11SVG.svg ex12SVG.svg \ ex15SVG.svg ex16SVG.svg ex17SVG.svg ex18SVG.svg ex21SVG.svg \ expSVG.svg fetSVG.svg graysurfSVG.svg lcctSVG.svg \ pwrsupplySVG.svg quickSVG.svg randomSVG.svg recycleSVG.svg relaycoilSVG.svg \ roseSVG.svg sfgSVG.svg shapesSVG.svg paletteSVG.svg \ thyristorSVG.svg ujtSVG.svg UNOSVG.svg wormSVG.svg XORSVG.svg Np.svg \ Y14-5SVG.svg examplesSVG.html: examplesSVG.htmx cp ../quick.m4 . make $(CCTSVG) quick.xsvg Version=`sed -e 's/Version //' $(LIBDIR)/doc/Version.tex` ; \ sed -e 's/Version XXX/Version '$$Version'/' examplesSVG.htmx \ | m4 > examplesSVG.html SED = sed -e '/^\%/d' TEST = test tst: if test -f test.pic; then printf "\n\nUsage: make clean tst\n\n"; exit 1; fi m4 $(M4LIBS) test.m4 | $(SED) > test.pic $(DPIC) -v $(TEST).pic > $(TEST).svg m4 $(M4LIBS) $(TEST).m4 | $(SED) > $(TEST).pic $(DPIC) -v $(TEST).pic > $(TEST).svg grep '<\!-- width' $(TEST).svg | sed -e 's%<\!-- *%%' -e 's% *-->%%' \ > $(TEST).siz make tstSVG.html test.pic: if test -f test.pic ; then echo "Usage: make clean tst" ; fi m4 $(M4LIBS) test.m4 | $(SED) > test.pic m4 $(M4LIBS) test.m4 | $(SED) > test.pic tstSVG.html: tstSVG.htmx $(TEST).svg Version=`sed -e 's/Version //' $(LIBDIR)/doc/Version.tex` ; \ sed -e 's/Version XXX/Version '$$Version'/' \ -e 's/XXXXX/'$(TEST)'/g' \ tstSVG.htmx | m4 > tstSVG.html # cp tstSVG.html $(TEST) $$HOME/public_html/svg xst: Incleps.png AntiqueClockSVG.svg ConnectorsSVG.svg: m4 $(M4LIBS) $*.m4 | sed -e '/^\%/d' > $*.pic $(DPIC) -v $*.pic > $*.svg m4 $(M4LIBS) $*.m4 | sed -e '/^\%/d' > $*.pic $(DPIC) -v $*.pic > $*.svg grep '<\!-- width' $*.svg | sed -e 's%<\!-- *%%' -e 's% *-->%%' > $*.siz xntiqueClockSVG.svg: m4 $(M4LIBS) AntiqueClockSVG.m4 | sed -e '/^\%/d' > AntiqueClockSVG.pic $(DPIC) -v AntiqueClockSVG.pic > AntiqueClockSVG.svg m4 $(M4LIBS) AntiqueClockSVG.m4 | sed -e '/^\%/d' > AntiqueClockSVG.pic $(DPIC) -v AntiqueClockSVG.pic > AntiqueClockSVG.svg grep '<\!-- width' AntiqueClockSVG.svg | sed -e 's%<\!-- *%%' -e 's% *-->%%' > AntiqueClockSVG.siz InclepsSVG.svg: InclepsSVG.m4 m4 $(M4LIBS) $*.m4 | sed -e '/^\%/d' > $*.pic $(DPIC) -v $*.pic > $*.svg $(DPIC) -v $*.pic > $*.svg Incleps.png: (cd ..; make Incleps.png); cp ../Incleps.png . clean: @printf "\n svg clean:\n" rm -f *.svg *.dim *.ps *log *.siz *.pic examplesSVG.html Incleps.png rm -f tstSVG.html copy_tmp__ quick.m4 quick.xsvg rm -f *.otf xx* *png *.pdf *.css *.xml quick.tex @printf "\n" clobber: clean (cd dev; make clobber) rm -f test.m4 Circuit_macros9.5/examples/svg/MCSVG.m40000644060175006010010000000662113774371760016752 0ustar DwightNone.PS #MCSVG.m4 cct_init(svg_font(Times,11bp__)) textoffset = 3bp__ MC:[ dv = dimen_*0.6 dh = dimen_*0.4 backup = dimen_/6 for i=1 to 3 do {{ if i==2 then { Input: dot } else { line up (2-i)*dv } source(right_ dimen_,AC) # The pound sign has to be protected from m4 llabel(,,sprintf("svg_it(v`'svg_sub(&``#''%g;,66%))",96+i)) resistor(right_ dimen_ from Here-(backup/2,0)) if i==1 then { llabel(,R`'svg_sub(i))} inductor(right_ dimen_ from Here-(backup,0),W) if i==1 then { llabel(,L`'svg_sub(i))} line right_ i*dh b_current(sprintf("svg_it(i`'svg_sub(&``#''%g;,66%))",96+i)); dot { line down (3-i)*dv; capacitor(down_ dimen_) if i==1 then { rlabel(,C`'svg_it(i)) } if i==2 then { dot } else { line right (2-i)*dh }} line right 3*dh; dot E: Here+((3-i)*dh+dimen_*2,(4-2*i)*dv) for j=1 to 3 do {{ line up (6-j*3)*dv then right (3-i)*dh switch(right_ E.x-Here.x) llabel(,,sprintf("svg_it(S`'svg_sub(&``#''%g;&``#''%g;,66%))",96+i,64+j)) if i==2 then { dot } else { line down (2-i)*dv } }} line from E right dh then down E.y-Here.y arrow right dimen_/2 { sprintf("svg_it(i`'svg_sub(&`#'%g;,66%))",64+i) above } resistor(right_ dimen_ from Here-(arrowht/2,0)) if i==1 then {llabel(,R`'svg_sub(o))} inductor(right_ dimen_ from Here-(backup,0),W) if i==1 then {llabel(,L`'svg_sub(o))} source(right_ dimen_,AC) llabel(sprintf("svg_it(v`'svg_sub(&``#''%g;,66%))",64+i)) if i==2 then { Output: dot } else { line down (2-i)*dv } }} ] Three: [ gapht = 4*dimen_ dv = dimen_*0.6 dh = dimen_*5/6 define(`swfet',`mosfet(`$1',,dMEDSuBQPy)') define(`swpair',`[ up_ BS: swfet(up_ dimen_); { "`$1'" at BS.D-(0,2bp__) rjust } L: line up_ gapht-2*dimen_ from BS.D TS: swfet(up_ dimen_) with .S at Here; { "`$2'" at TS.S+(0,2bp__) rjust } T: TS.D B: BS.S C: L.c ]') V1: gap(up_ gapht,1,A) { "svg_it(V)svg_sub(1)" wid 12bp__ at last arrow.c rjust } line right_ dimen_/2 { C1: capacitor(down_ to (Here,V1.start)); llabel(svg_it(C)svg_sub(1)) } for_(1,3,1,` line right_ dimen_ ifelse(m4x,1,,*5/4) {SP1`'m4x: swpair(svg_it(S`'svg_sub(1`'eval(m4x+3))), svg_it(S`'svg_sub(1`'m4x))) with .T at Here dot(at last [].C + (0,(2-m4x)*dh)) line right_ (3-m4x)*dimen_*5/4+dimen_/4 inductor(right_ dimen_,L) {sprintf("svg_it(L`'svg_sub(1&`#'%g;,70%))",64+m4x) at last [].n+(0,8bp__)} line down_ (2-m4x)*dh*2/3 pushdef(`dimen_',dimen_*1.2) inductor(right_ dimen_*3/4) popdef(`dimen_') line down_ (2-m4x)*dh/3 M: move right_ dimen_/8 line up_ (2-m4x)*dh/3 pushdef(`dimen_',dimen_*1.2) inductor(right_ dimen_*3/4) popdef(`dimen_') line up_ (2-m4x)*dh*2/3 inductor(right_ dimen_,L) {sprintf("svg_it(L`'svg_sub(2&`#'%g;,70%))",64+m4x) at last [].n+(0,8bp__)} line right_ dimen_/8+(m4x-1)*dh*5/4 + dimen_/4 dot SP2`'m4x: swpair(svg_it(S`'svg_sub(2`'eval(m4x+3))), svg_it(S`'svg_sub(2`'m4x))) \ with .C at Here+(0,(m4x-2)*dh) } ') "svg_it(T)svg_sub(r)" at M.c+(0,dimen_*2/3) line from V1.start to SP13.B line from SP21.B to SP23.B+(dh*3/4,0) { C2: capacitor(up_ to (Here,V1.end)); llabel(,,svg_it(C`'svg_sub(2))) } line right_ dimen_/2 gap(up_ gapht,1,A) { "svg_it(V`'svg_sub(2))" wid 12bp__ at last arrow.c ljust } line to SP21.T chop dotrad_ chop 0 ] with .nw at MC.sw+(0,-0.2) command "" # end font .PE Circuit_macros9.5/examples/svg/MixerSVG.m40000644060175006010010000000664113774371757017547 0ustar DwightNone.PS #`MixerSVG.m4 # Showing VMOS mosfet and custom transformer' cct_init(svg_font(sans-serif,10.5bp__,1bp__)) define(`dimen_',0.6) define(`elen_',0.75) define(`Xform21', `[ L1: inductor(to rvec_(dimen_*0.5,0),L,,M) Core1E: M4Core1.end; Core2E: M4Core2.end D: (0.5 between M4Core1 and M4Core2) - L1 T: line to rvec_(dimen_/3,0); { dot(at T.c) } L2: inductor(to rvec_(L1.len,0),L,,M) line from M4Core1.start to Core1E line from M4Core2.start to Core2E L3: inductor(to rvec_(-L1.len,0) with .c at T+(D.x*2,D.y*2),L) ]') del = dimen_/3 setdir_(U) T1: Xform21; "T1" at T1.n above rjust dot(at T1.L3.start+(0,4bp__)) dot(at T1.L1.end+(4bp__,0)) dot(at T1.L2.end+(4bp__,0)) line from T1.L3.start left_ dimen_*2/3 RF: dot(,,1); "RF" at RF.w rjust line from T1.L3.end left_ del; corner; ground(,,F) line down_ del/2 from T1.L1.start then right_ del reversed(`capacitor',right_ dimen_,C); llabel(,0.1 svg_micro`'F) BT: dot(at Here) line up_ del/2 from T1.L2.end then right del reversed(`capacitor',right_ dimen_,C); llabel(,0.1 svg_micro`'F) t = dimen_*7/8 line to (BT.x+4*t,Here.y) TT: dot line right_ dimen_+del/2; setdir_(U) Q1: mosfet(,,dMESDQuB,E) with .G at Here { "Q1" at Q1.Env.ne above ljust } ground(at Q1.S,,F) line right_ del*3/2 from Q1.D then down_ Q1.D.y-T1.L2.end.y T2: Xform21 with .L1.start at (Here,T1.L2.end); "T2" at T2.n above ljust dot(at T2.L1.start+(-4bp__,0)) dot(at T2.L3.end+(0,4bp__)) line from T2.L3.end right_ dimen_*2/3 IF: dot(,,1); "IF" wid 12bp__ at IF.e ljust setdir_(U) Q2: mosfet(,,dMESDQuB,E) at (Q1,T2.s-(0,elen_-del)) { "Q2" at Q2.Env.ne above ljust } line from Q2.D to (T2.L2.end,Q2.D) then to T2.L2.end line from Q2.G left_ del/2 then up_ BT.y-Q2.G.y then to BT line right_ del from T1.T then down_ T1.T.y-BT.y+del*3/2 corner; left_ capacitor(to (T1.L3.end-(del,0),Here),C) rlabel(,0.1 svg_micro`'F ) LOD: dot { line to (RF,Here) dot(,,1); move left_ 4bp__; "local" rjust "oscillator" rjust; move left 50bp__ } line from T2.T left_ to (Q1.S,T2.T) T2T: dot { capacitor(down_ to (Here,BT),C); rlabel(,0.1 svg_micro`'F) ground(,T,F) } { line from T2.L3.start right_ del; corner; ground(,,F) } Vt: dot(at (0.5 between BT and TT,Q1.Env.nw),,1) { "+V`'svg_sub(CC)" at last [].e ljust } line to (Here,T2T); dot { line to (Here,BT); Cv: capacitor(down_ 3/2*dimen_,C) llabel(10 svg_micro`'F); G: dot; ground(,,F) } for s=-1 to 1 by 2 do {{ line right s*t; corner resistor(down_ to (Here,BT)) if s<0 then { llabel(,5 k`'svg_ohm) } \ else { rlabel(,5 k`'svg_ohm) { dot(at last line.start); line to (TT,Here) resistor(right_ to (T2T,Here)) llabel(,10 svg_ohm) } } P: potentiometer(down_ Cv.len,,0.5,s*t ) with .Start at Here if s<0 then { "1 k`'svg_ohm" at P. 1st [].ne ljust } \ else { "1 k`'svg_ohm" at P. 1st [].sw rjust } dot(at P.End) dot(at P.T1) { L: inductor(up_ to (Here,BT),L); if s<0 then { "100 svg_micro`'H" at last [].sw rjust } \ else { line to TT "100 svg_micro`'H" at last [].ne ljust below } } capacitor(down_ to (Here,G),C) if s<0 then { rlabel(,0.1 svg_micro`'F) } \ else { llabel(,0.1 svg_micro`'F) } dot }} resistor(down_ from LOD to (LOD,G)); llabel(,51 svg_ohm); corner line to (Q2.S,Here) then to Q2.S command "" # end font .PE Circuit_macros9.5/examples/svg/MotorControlSVG.m40000644060175006010010000000364113774371757021121 0ustar DwightNone.PS # MotorControl.m4 cct_init(svg_font(sans-serif,11bp__)) trad = 2.5*dotrad_ define(`bigterminal',`circle rad trad') mrad = linewid*2/3 Motor: circle rad mrad "Motor" linethick = 2 T2: Motor.n+(0,dimen_/2) for i=1 to 3 do { if i==2 then { line from Motor.n to T2 } \ else { line from Motor right (i-2)*Motor.diam chop Motor.rad chop 0 \ then up T2.y-Motor.y } bigterminal cbreaker(up_ dimen_*3/4,,T) bigterminal line up_ dimen_ bigterminal capacitor(up_ dimen_*1.2,,,dimen_/3,dimen_/6) { circle fill_(1) rad dotrad_*3/2 thick 0.8 \ at 0.25 between last line.end and last line.start } if i==1 then { L1: last circle } \ else { if i==2 then { L2: last circle }} bigterminal line up_ dimen_/4 } linethick_(0.8) C2: circle rad mrad/3 at Motor.n+ (0,dimen_*2) line from C2.e right_ dimen_/3 then up C2.rad*1.5 line to (L1.x-dimen_/2,Here.y) {S23: capacitor(up_ dimen_*2/3 from (L1.x-dimen_/2,Here.y),,, dimen_/3,dimen_/6); dot(,,1) } dot(,,1) line to (L1.x-dimen_*2,Here.y) chop dotrad_ chop 0 then up dimen_/3 S1: [ bswitch(right_ dimen_/2) ] with .Bsw_T1.s at Here S2: [ bswitch(right_ dimen_/2,,C) ] at S1+(0,-dimen_) line right dimen_/6 down dimen_/6 from S1.Bsw_T2.se \ then down S1.Bsw_T2.se.y-S2.Bsw_T2.ne.y-dimen_/3 \ then to S2.Bsw_T2.ne box wid S1.wid+dimen_/2 ht S1.n.y-S2.s.y+dimen_/3 \ at 0.5 between S1.s and S2.n line left dimen_/2 from S23.end chop dotrad_ chop 0; corner line to (Here,S1.Bsw_T2) then to S1.Bsw_T2.e line from S2.Bsw_T1.w left dimen_/2; corner line to (Here,L1) then to L1 chop 0 chop dotrad_ dot(at 0.5 between L1 and L2,,1) { line to L2 chop dotrad_ } S45: variable(`capacitor(down_ dimen_*2/3 chop dotrad_ chop 0,,, dimen_/3,dimen_/6)',L,,dimen_/2); dot(,,1) line to (Here,C2) then to C2.w chop dotrad_ chop 0 command "" # end font .PE Circuit_macros9.5/examples/svg/MultiplexerSVG.m40000644060175006010010000000267313774371757020776 0ustar DwightNone.PS # MultiplexerSVG.m4 log_init # Font textht = textht*0.8 command "" right_ Mux(4,M1) "`Mux'(4,M1)" at last [].s below "svg_it(In0)" at last [].In0.end rjust wid 14bp__ "svg_it(In1)" at last [].In1.end rjust "svg_it(In2)" at last [].In2.end rjust "svg_it(In3)" at last [].In3.end rjust "svg_it(Out)" at last [].Out.end above "svg_it(Sel)" at last [].Sel.end ljust above left_; Mux(4,,LNOE) with .c at last [].c+(0.9,0) { line right 8bp__ at last [] . 1nd last ""+(-10bp__,4bp__) } "`left_; Mux'(4,,LNOE)" at last [].s +(0,-20bp__) "svg_it(In0)" at last [].In0.end above "svg_it(NOE)" at last [].NOE.end +(4bp__,0) below "svg_it(Out)" at last [].Out.end below "svg_it(Sel)" at last [].Sel.end rjust below right_; Mux(4,,OEBN2) with .c at last [].c+(1.4,0) "`Mux'(4,,OEBN2)" at last [].s below "svg_it(Sel0)" at last [].Sel0.end rjust "svg_it(Sel1)" at last [].Sel1.end ljust "svg_it(In0)" at last [].In0.end rjust "svg_it(In3)" at last [].In3.end rjust "svg_it(OE)" at last [].OE.end rjust down_; Mux(8,,L3,,28*L_unit) with .c at last [].c+(1.7,0) "`down_; Mux'(8,,L3,,28*L_unit)" at last [].s below wid 162bp__ "svg_it(Sel0)" at last [].Sel0.end rjust "svg_it(Sel2)" at last [].Sel2.end rjust below "svg_it(In0)" at last [].In0.end rjust "svg_it(In7)" at last [].In7.end ljust wid 14bp__ command "" # end font .PE Circuit_macros9.5/examples/svg/NLGSVG.m40000644060175006010010000000102413774371757017071 0ustar DwightNone.PS # NLG.m4 cct_init(svg_font(sans-serif,11bp__)) define(`nullor',`nport(`$1' {`"0"' at Box.w ljust `"oo"' at Box.e rjust},shift($@))') N: nullor `"nullor"' at last [].s+(0,-3pt__) below G: gyrator with .sw at N.se+(0.5,0) `"gyrator"' at G.s+(0,-3pt__) below I: gyrator(invis,,0,N) with .w at G.e+(0.5,0) `"gyrator(invis,,0,N)"' at I.s V: gyrator(invis wid boxht,,0,NV) with .w at I.e+(1,0) `"gyrator(invis wid boxht,,0,NV)"' wid 2 at V.s+(0,-3pt__) below move right 0.9 command "" # end font .PE Circuit_macros9.5/examples/svg/Np.m40000644060175006010010000000135413774371757016454 0ustar DwightNone.PS svg_font(sans-serif,9bp__) B: box invis wid 6 ht 2 "`nport(box specs; other commands,nw,nn,ne,ns,space ratio,pin lgth,style,other commands)" \ ljust at B.w \ "" ljust \ "Default is a twoport the size of a normal box." ljust \ "Args 2 to 5 are the number of ports to be drawn on w, n, e, s sides." ljust \ "" ljust \ "The port pins are named by side, number, and by a or b pin," ljust \ "e.g. W1a, W1b, W2a, ... . Arg 6 specifies the ratio of" ljust \ "port width to interport space, and arg 7 is the pin length." ljust \ "" ljust \ "Set arg 8 to N to omit the dots on the port pins" ljust \ "Arguments 1 and 9 allow customizations'" ljust svgLink(NportSVG.svg,"<- back" ljust at last box.sw above ljust,B) command "" # end font .PE Circuit_macros9.5/examples/svg/NPDTSVG.m40000644060175006010010000000220513774371757017220 0ustar DwightNone.PS # `NPDT.m4' cct_init(svg_font(sans-serif,11bp__)) movewid = 1.0 NPDT {move left 0.1 from last [].w} { "svg_it(R)" at last [].R.s below "svg_it(T)" at last [].T.s below "svg_it(L)" at last [].L.s below } { `"NPDT"' at last [].s +(0,-0.22) } up_; NPDT with .sw at last[].se+(0.5,0) { "svg_it(R)" wid 8pt__ at last [].R.e ljust "svg_it(T)" at last [].T.e ljust "svg_it(L)" at last [].L.e ljust } { `"up_; NPDT"' at last [].s +(0.1,-0.15) } right_ NPDT(2) with .w at last [].e+(0.75,0) { for_(1,2,1, `"svg_it(R`'m4x)" at last [].R`'m4x.e ljust "svg_it(L`'m4x)" wid 11pt__ at last [].L`'m4x.w rjust') } { `"NPDT(2)"' at last [].s +(0,-0.15) } move NPDT(3,R) { for_(1,3,1, `"svg_it(R`'m4x)" at last [].R`'m4x.e ljust "svg_it(L`'m4x)" wid 11pt__ at last [].L`'m4x.w rjust') } { `"NPDT(3,R)"' at last [].s below } left_; NPDT(2,R) with .w at last [].e+(1.0,0) { for_(1,2,1, `"svg_it(R`'m4x)" at last [].R`'m4x.w rjust "svg_it(L`'m4x)" wid 11pt__ at last [].L`'m4x.e ljust') } { `"left_; NPDT(2,R)"' wid 90bp__ at last [].s +(0,-0.15) } command "" # end font .PE Circuit_macros9.5/examples/svg/NportSVG.m40000644060175006010010000000232613774371757017561 0ustar DwightNone.PS # `NportSVG.m4' cct_init(svg_font(sans-serif,11bp__)) textoffset = 2bp__ Twoport: nport "W1a" wid 0.35 above rjust at Twoport.W1a "W1b" below rjust at Twoport.W1b "E1a" above ljust at Twoport.E1a "E1b" below ljust at Twoport.E1b #Nport: nport(wid 1 ht 1.5 fill_(0.9) svgLinkString(Np.svg,n-port,B),1,2,3,4) \ # with .Box.w at Twoport.Box.e+(1.0,0) Nport: nport(wid 1.75 ht 1 fill_(0.9),1,2,3,4) \ with .Box.w at Twoport.Box.e+(1.25,0) svgLink(Np.svg,"n-port" at Nport,B) "W1a" rjust at Nport.W1a "W1b" rjust at Nport.W1b "E1a" ljust at Nport.E1a "E3b" ljust at Nport.E3b "N1a" above at Nport.N1a.n "N1b " above at Nport.N1b.n " N2a" above at Nport.N2a.n "N2b" above at Nport.N2b.n "S1a" below at Nport.S1a.s "S4b" below at Nport.S4b.s "..." at 0.5+(0,-0.10) "..." at 0.5+(0.15,0.05) Nterm: nterm with .Box.w at Nport.Box.e+(1.0,0) "W1" rjust at Nterm.W1 "E1" wid 0.2 ljust at Nterm.E1 "S1" below at Nterm.S1.s `"nport"' at Twoport.s+(0,-0.3) `"nport(wid 1.5 ht 1.75 fill_(0.9),1,2,3,4)"' ljust at Nport.sw+(0,-0.3) `"svgLink(Np.svg,\"n-port\" at Nport,B)"' ljust at Nport.sw+(0,-0.5) `"nterm"' at Nterm.s+(0,-0.3) command "" # end font .PE Circuit_macros9.5/examples/svg/OpampSVG.m40000644060175006010010000000201213774371757017523 0ustar DwightNone.PS # Opamp.m4 cct_init(svg_font(sans-serif,11bp__)) A: opamp thinlines_ "`opamp'" at A.s-(0,0.25) "Out" below at A.Out spline <- from A.In1 left 0.1 then up 0.1 left 0.1 "In1" wid 0.25 rjust above spline <- from A.In2 left 0.1 then down 0.1 left 0.1 "In2" rjust below arrow <- up 0.1 right 0.1 from A.E1 "E1" ljust above arrow <- down 0.1 right 0.1 from A.E2 "E2" ljust below thicklines_ Point_(15) B: opamp(,,,,PR) with .sw at A.se+(0.65,0) thinlines_ "`Point_(15); opamp(,,,,PR)'" at B.s-(0,0.25) spline <- right arrowht up arrowht from B.V1 then right 0.1 "V1" ljust spline <- right arrowht down arrowht from B.V2 then right 0.1 "V2" ljust thicklines_ Point_(90) C: opamp with .sw at B.se+(1.05,0) "`Point_(90); opamp'" at C.s-(0,0.25) right_ D: opamp(,,,,T) with .sw at C.se+(0.65,0) "`opamp(,,,,T)'" wid 0.85 at D.s-(0,0.25) command "" # end font .PE Circuit_macros9.5/examples/svg/OptoisoSVG.m40000644060175006010010000000476713774371757020126 0ustar DwightNone.PS # OptoisoSVG.m4 cct_init(svg_font(sans-serif,11bp__,3bp__)) movewid = 0.25 # `optoiso([L|R][A|B|C])' define(`optoiso',`ifinstr(`$1',C, `[{ u = dimen_ hd = u/5 Q: bi_tr(up hd*4,ifinstr(`$1',R,R)) line from Q.E ifinstr(`$1',R,left,right)(hd+u/3); Pin4: dot(,,1) line from Q.C to (Pin4,Q.C); Pin5: dot(,,1) T: (Q.B,Pin5)+(0,4*hd) line from Q.B to T then to (Pin5,T); Pin6: dot(,,1) D: diode(from Pin6 +(ifinstr(`$1',R,+,-)(u/3+hd*8),0) down hd*4) line from D.start ifinstr(`$1',R,right,left) (hd*2+u/3); Pin1: dot(,,1) line from D.end to (Pin1,D.end); Pin2: dot(,,1) line from (D.end,Pin4) to (Pin1,Pin4) chop hd chop 0; Pin3: dot(,,1) B: box wid hd*10 ht hd*10 with .c at 0.5 between Pin4 and Pin1 arrow from B.c+(ifinstr(`$1',R,,-)hd*1.5,hd*1.5) to B.c chop 0 chop -0.7*hd F: (ifinstr(`$1',R,,-)hd*0.5,-hd*0.5) arrow from last arrow.start+(F.x,F.y) to last arrow.end+(F.x,F.y) `$2' }]', `[{u = dimen_/2 Q: bi_trans(up u*2,ifinstr(`$1',R,R),ifinstr(`$1',B,B)CBUdE) E: Q.E; C: Q.C; A:ifinstr(`$1',R,Q.e+(u*3/2,u),Q.w+(-u*3/2,u)); K: A-(0,u*2) ifinstr(`$1',B,line from Q.B to (Q.B,E); B: Here) D: diode(from A to K) arrow from D.c+(0,u/6) to Q.ifinstr(`$1',R,e,w)+(0,u/6) chop u/3 chop u/4 arrow from last arrow.start-(0,u/3) to last arrow.end-(0,u/3) Enc: box rad u wid abs(C.x-A.x)+u*2 ht u*2 with .c at 0.5 between C and K `$2' }]')') define(`optlabels', `{"svg_it(C)" ht 0.1 at last [].C above "svg_it(E)" at last [].E below ifinstr(`$1',B,`"svg_it(B)" at last [].B below') "svg_it(A)" at last [].A above "svg_it(K)" at last [].K below}') Q: optoiso; optlabels; move {`"optoiso"' at last [].s+(0,-0.22)} optoiso(Rightorientation); optlabels; move {`"optoiso(R)"' at last [].s+(0,-0.22)} optoiso(B); optlabels(B); move {`"optoiso(B)"' at last [].s+(0,-0.22)} optoiso(RB); optlabels(B) {`"optoiso(RB)"' at last [].s+(0,-0.22)} R: optoiso(C) with .nw at Q.sw+(0.33,-0.75); move 1 {"svg_it(1)" at R.Pin1 rjust; "svg_it(2)" at R.Pin2 rjust "svg_it(3)" wid 0.3 at R.Pin3 rjust} {"svg_it(4)" at R.Pin4 ljust; "svg_it(5)" at R.Pin5 ljust "svg_it(6)" at R.Pin6 ljust } {`"optoiso(C)"' at R.s below } S: optoiso(RC) {"svg_it(1)" at S.Pin1 ljust; "svg_it(2)" at S.Pin2 ljust "svg_it(3)" at S.Pin3 ljust } {"svg_it(4)" at S.Pin4 rjust; "svg_it(5)" at S.Pin5 rjust "svg_it(6)" wid 0.3 at S.Pin6 rjust } {`"optoiso(RC)"' at S.s below } command "" # end font .PE Circuit_macros9.5/examples/svg/paletteSVG.m40000644060175006010010000002431713774371757020121 0ustar DwightNone.PS # This is the source for a prototype svg library of electric circuit # elements. Each element is a compound svg object with corners on grid points. # # Processing svg.m4 and this file thought dpic -v gives # output that can be read into Inkscape. # define(`SIdefaults',` scale = 25.4 arcrad = 5 arrowht = 2.5 arrowwid = arrowht/2 boxht = 12 boxrad = 0 boxwid = 20 circlerad = 5 dashwid = 1.5 ellipseht = 12 ellipsewid = 16 lineht = 12 linewid = 12 moveht = 12 movewid = 12 textht = ifsvg(3,0) textoffset = 1 textwid = 0 ') log_init(svg_font(sans-serif,11bp__)) SIdefaults # Assume dpic scale is in mm gunit = 1 # Inkscape grid dimension divert(-1) define(`elen_',`(10*gunit)') # default 2-terminal element length define(`dimen_',`(10*gunit)')# reference dimension for element bodies define(`L_unit',`(2*gunit)') # logic gate grid size define(`N_diam',1) # L_unit size of `not' circles # grid round and chop define(`g_round',`(int((`$1')/gunit+100000.5 )-100000)*gunit') define(`g_chop', `(int((`$1')/gunit+100000.9999)-100000)*gunit') # snap to grid define(`g_snap',`(g_round((`$1').x),g_round((`$1').y))') # Box containing an element. The element must be in a box that is # intersected by a horizontal or vertical line from entry to exit. define(`Gridbox',`[ command "" S: Here; `$1'; F: Here if S.y == F.y then { move from (max(S.x,F.x),F.y+g_chop(last[].n.y-F.y)) \ to (min(S.x,F.x),F.y-g_chop(F.y-last[].s.y)) } \ else { move from (F.x+g_chop(last[].e.x-F.x),max(S.y,F.y)) \ to (F.x-g_chop(F.x-last[].w.x),min(S.y,F.y)) } command "" ] ') # Place compound object corners at grid intersections define(`Below', `with .n at g_snap(ifelse(`$1',,`last []',`$1').s)-(0,2*gunit)') define(`Right', `with .w at g_snap(ifelse(`$1',,`last []',`$1').e)+(2*gunit,0)') # for debug define(`prpos',`print (`$1').x/gunit,(`$1').y/gunit') divert(0)dnl [ rpoint_(down_ elen_) A:Gridbox( resistor ) Gridbox( resistor(down_ dimen_*1/2) ) Right Gridbox( resistor(,,E) ) Right Gridbox( resistor(,,Q) ) Right Gridbox( resistor(,,H) ) Right Gridbox( resistor(,,N) ) Right Gridbox( inductor(,W) ) Right Gridbox( inductor(,W,,M) ) Right Gridbox( inductor(,L) ) Right Gridbox( inductor ) Right Gridbox( inductor(,,,M) ) Right Gridbox( capacitor ) Right Gridbox( capacitor(,C) ) Right Gridbox( capacitor(,P) ) Right Gridbox( capacitor(,E) ) Right Gridbox( capacitor(,K) ) Right Gridbox( diode ) Right Gridbox( diode(,K) ) Right Gridbox( diode(,Z) ) Right Gridbox( diode(,S) ) Right Gridbox( diode(,L) ) Right Gridbox( diode(,V) ) Right Gridbox( diode(,v) ) Right Gridbox( diode(,T) ) Right Gridbox( diode(,CR) ) Right Gridbox( diode(,D) ) Right Gridbox( diode(,B) ) Right Gridbox( diode(,LE) ) Right Gridbox( [circle diam dimen_*0.7] ) Right Gridbox( xtal ) Right dot(at g_snap(last [].e+(2*gunit,0))) A:Gridbox( source ) Below(A) Gridbox( source(,I) ) Right Gridbox( source(,i) ) Right Gridbox( source(,V) ) Right Gridbox( source(,v) ) Right Gridbox( source(,AC) ) Right Gridbox( source(,S) ) Right Gridbox( source(,X) ) Right Gridbox( source(,F) ) Right Gridbox( source(,P) ) Right Gridbox( source(,U) ) Right Gridbox( source(,R) ) Right Gridbox( source(,T) ) Right Gridbox( source(,L) ) Right Gridbox( nullator ) Right Gridbox( norator ) Right Gridbox( consource ) Right Gridbox( consource(,I) ) Right Gridbox( consource(,i) ) Right Gridbox( consource(,V) ) Right Gridbox( consource(,v) ) Right Gridbox( source(,Q) ) Right Gridbox( source(,G) ) Right A:Gridbox( battery(up_ elen_) ) Below(A) Gridbox( battery(up_ elen_,3) ) Right Gridbox( ttmotor ) Right Gridbox( memristor ) Right Gridbox( tline ) Right Gridbox( fuse ) Right Gridbox( fuse(,D) ) Right Gridbox( fuse(,B) ) Right Gridbox( fuse(,C) ) Right Gridbox( fuse(,S) ) Right Gridbox( fuse(,HB) ) Right Gridbox( fuse(,HC) ) Right Gridbox( cbreaker ) Right Gridbox( cbreaker(,,D) ) Right Gridbox([variable(`[]',A)]) Right Gridbox([variable(`[]',P)]) Right Gridbox([variable(`[]',L)]) Right Gridbox([variable(`[]',N)]) Right Gridbox([variable(`[]',uN)]) Right Gridbox([line to Here+(Rect_(dimen_/6,45))]) Right Gridbox([line up dimen_*0.06 then right dimen_*0.12 \ then up dimen_*0.06]) Right Gridbox([em_arrows]) Right Gridbox([em_arrows(N)]) Right Gridbox([em_arrows(ND)]) Right Gridbox([em_arrows(I)]) Right Gridbox([em_arrows(ID)]) Right Gridbox([em_arrows(E)]) Right Gridbox([em_arrows(ED)]) Right A:Gridbox( [right_; ground] ) Below(A) Gridbox( [right_; ground(,T)] ) Right Gridbox( [right_; ground(,,F)] ) Right Gridbox( [right_; ground(,,E)] ) Right Gridbox( [right_; ground(,,S)] ) Right Gridbox( [right_; ground(,,L)] ) Right Gridbox( [right_; ground(,,P)] ) Right Gridbox( transformer(right_ 6*gunit,L) ) Right Gridbox( transformer(right_ 8*gunit,,2,8) ) Right Gridbox( transformer(,,8,W,4) ) Right Gridbox( transformer(,,9,AL) ) Right Gridbox( transformer(,R,8,AW) ) Right rpoint_(right_) A:Gridbox( switch ) Below(A) Gridbox( switch(,,O) ) Right Gridbox( switch(,,D) ) Right Gridbox( switch(,,OD) ) Right Gridbox( switch(,,C) ) Right Gridbox( switch(,,B) ) Right Gridbox( switch(,C,B) ) Right Gridbox( dswitch ) Right Gridbox( dswitch(,,WBK) ) Right Gridbox( dswitch(,,WBuD) ) Right Gridbox( dswitch(,,WBF) ) Right Gridbox( dswitch(,,WBKF) ) Right Gridbox( dswitch(,,WBL) ) Right Gridbox( dswitch(,,WBKL) ) Right A:Gridbox( dswitch(,,WBT) ) Below(A) Gridbox( dswitch(,,WdBKC) ) Right Gridbox( dswitch(,,WBM) ) Right Gridbox( dswitch(,,WBCO) ) Right Gridbox( dswitch(,,WBCMP) ) Right Gridbox( dswitch(,,WBCY) ) Right Gridbox( dswitch(,,WBCZ) ) Right Gridbox( dswitch(,,WBCE) ) Right Gridbox( dswitch(,,WBRH) ) Right Gridbox( dswitch(,,WBRdH) ) Right Gridbox( dswitch(,,WBRHH) ) Right A:Gridbox( dswitch(,,WBMMR) ) Below(A) Gridbox( dswitch(,,WBMM) ) Right Gridbox( dswitch(,,WBMR) ) Right Gridbox( dswitch(,,WBEL) ) Right Gridbox( dswitch(,,WBLE) ) Right Gridbox( dswitch(,,WBKEL) ) Right Gridbox( antenna ) Right Gridbox( antenna(,,L) ) Right Gridbox( antenna(,,T) ) Right Gridbox( antenna(,,S) ) Right Gridbox( antenna(,,D) ) Right Gridbox( antenna(,,P) ) Right Gridbox( antenna(,,F) ) Right A:Gridbox( amp(right_ elen_*10/8) ) Below(A) D1:Gridbox( integrator ) Right Gridbox( delay ) Right Gridbox( opamp ) Right Gridbox( opamp(,,,,T) ) Right Gridbox( amp(,dimen_/2) ) Right Gridbox( integrator(,dimen_/2) ) Right Gridbox( delay(,delay_rad_) ) Right Gridbox( opamp(,,,dimen_*2/3) ) Right Gridbox( opamp(,,,dimen_*2/3,T) ) Right right_ A:Gridbox( relay(2) ) Below(A) Gridbox( relay(2,O) ) Right Gridbox( relay(2,C) ) Right Gridbox( relay ) Right Gridbox( contact ) Right Gridbox( contact(O) ) Right Gridbox( contact(C) ) Right up_ A:Gridbox( [circle rad 29/10*gunit] ) Below(A) Gridbox( bi_tr ) Right Gridbox( bi_tr(,R) ) Right Gridbox( bi_tr(,,P) ) Right Gridbox( bi_tr(,R,P) ) Right Gridbox( j_fet ) Right Gridbox( j_fet(,R) ) Right Gridbox( j_fet(,,P,) ) Right Gridbox( j_fet(,R,P,) ) Right Gridbox( e_fet(,,,) ) Right Gridbox( e_fet(,R,,) ) Right Gridbox( e_fet(,,P,) ) Right Gridbox( e_fet(,R,P,) ) Right Gridbox( d_fet(,,,) ) Right Gridbox( d_fet(,R,,) ) Right Gridbox( d_fet(,,P,) ) Right Gridbox( d_fet(,R,P,) ) Right A:Gridbox( igbt ) Below(A) Gridbox( ujt ) Right Gridbox( ujt(,,P) ) Right rpoint_(down_) Gridbox( thyristor ) Right Gridbox( thyristor(,B) ) Right Gridbox( thyristor(,BG) ) Right Gridbox( thyristor(,A) ) Right Gridbox( thyristor(,C) ) Right rpoint_(up_) Gridbox( j_fet ) Right Gridbox( e_fet ) Right Gridbox( e_fet(,,,S) ) Right Gridbox( e_fet(,,P) ) Right Gridbox( e_fet(,,P,S) ) Right Gridbox( d_fet ) Right Gridbox( d_fet(,,,S) ) Right Gridbox( d_fet(,,P,) ) Right Gridbox( d_fet(,,P,S) ) Right Gridbox( j_fet ) Right Gridbox( j_fet(,,P) ) Right Gridbox( mosfet(,,uHSDF) ) Right rpoint_(right_) A:Gridbox( tgate ) Below(A) Gridbox( tgate(,B) ) Right Gridbox( ptrans ) Right A:Gridbox( AND_gate ) Below(A) Gridbox( OR_gate ) Right Gridbox( NAND_gate ) Right Gridbox( NOR_gate ) Right Gridbox( XOR_gate ) Right Gridbox( NXOR_gate ) Right Gridbox( BUFFER_gate ) Right Gridbox( NOT_gate ) Right # input lines for OR-like gates. define(`OR_inlgth',`(-sqrt(OR_rad^2-G_hht^2)+sqrt(OR_rad^2-`$1'^2))*L_unit') Gridbox( [ {move right_ gunit} {move from last move-svec_(0,G_hht) to last move+svec_(0,G_hht)} {line right_ OR_inlgth(0)} {line right_ OR_inlgth(2) from Here+svec_(0,2)} {line same from Here-svec_(0,2)} {line right_ OR_inlgth(1) from Here+svec_(0,1)} {line same from Here-svec_(0,1)}] ) Right Gridbox( [ {move right_ gunit} {move from last move-svec_(0,G_hht) to last move+svec_(0,G_hht)} {line right_ OR_inlgth(0)} {line right_ OR_inlgth(2) from Here+svec_(0,2)} {line same from Here-svec_(0,2)}] ) Right Gridbox( [ {move right_ gunit} {move from last move-svec_(0,G_hht) to last move+svec_(0,G_hht)} {line right_ OR_inlgth(2) from Here+svec_(0,2)} {line same from Here-svec_(0,2)}] ) Right Gridbox( [ {move right_ gunit} {move from last move-svec_(0,G_hht) to last move+svec_(0,G_hht)} {line right_ OR_inlgth(0)}] ) Right right_ A:Gridbox( speaker ) Below(A) Gridbox( speaker(,,H) ) Right Gridbox( bell ) Right Gridbox( microphone ) Right Gridbox( buzzer ) Right Gridbox( buzzer(,,C) ) Right Gridbox( earphone ) Right Gridbox( earphone(,,C) ) Right Gridbox( nport ) Right Gridbox( nterm ) Right A:Gridbox( FlipFlop(D) { line right 5bp__ at last [] . 1nd last ""+(-7bp__,4bp__) } ) Below(A) Gridbox( FlipFlop(T) { line right 5bp__ at last [] . 1nd last ""+(-7bp__,4bp__) } ) Right Gridbox( FlipFlop(RS) { line right 5bp__ at last [] . 1nd last ""+(-7bp__,4bp__) } ) Right Gridbox( FlipFlop(JK) { line right 5bp__ at last [] . 2nd last ""+(-7bp__,4bp__) } ) Right ] with .nw at (0,0) #"A draft palette of a few elements for Inkscape using a 1 mm grid" \ # ljust below at last [].sw command "" # end font .PE Circuit_macros9.5/examples/svg/PconnSVG.m40000644060175006010010000000336013774371757017533 0ustar DwightNone.PS # `PconnSVG.m4' cct_init(svg_font(sans-serif,11bp__)) P1: [ C1: pconnex(,A) thinlines_ arrow <- left 0.2 from C1.H.w; "svg_it(H)" wid 10bp__ rjust thicklines_ `"pconnex(,A)"' at last [].s below C2: pconnex(,AF) with .w at C1.e+(0.3,0) thinlines_ arrow <- right 0.2 up 0.1 from C2.H.e; "svg_it(H)" ljust N: box invis wid (C2.w.x-C1.e.x)/2 ht C1.N.ht \ with .n at 0.5 between C1.ne and C2.nw "svg_it(N)" arrow from N.w to C1.N.e arrow from N.e to C2.N.w G: box invis wid N.wid ht N.ht with .n at (N,C1.N.s) "svg_it(G)" arrow from G.w to C1.G.e arrow from G.e to C2.G.w `"(,AF)"' at last [].s below C03: pconnex(,AC) with .w at C2.e+(0.25,0) `"(,AC)"' at last [].s below C3: pconnex(,ACF) with .w at last [].e+(0.2,0) `"(,ACF)"' at last [].s below C5: pconnex(U,D) with .w at last [].e+(0.25,0) `"(U,D)"' at last [].s below C6: pconnex(U,DF) with .w at last [].e+(0.25,0) `"(U,DF)"' at last [].s below C7: pconnex(U,J) with .w at last [].e+(0.25,0) `"(U,J)"' at last [].s below C8: pconnex(U,JF) with .w at last [].e+(0.25,0) `"(U,JF)"' wid 28bp__ at last [].s below ] P2: [ C9: pconnex(,G) `"(,G)"' at last [].s below C91: pconnex(,GF) with .w at last [].e+(0.2,0) `"(,GF)"' at last [].s below C92: pconnex(L,GF) with .w at last [].e+(0.2,0) `"(L,GF)"' at last [].s below C10: pconnex(,GC) with .w at last [].e + (0.2,0) `"(,GC)"' at last [].s below C12: pconnex(,GCF) with .w at last [].e + (0.2,0) `"(,GCF)"' at last [].s below ] with .nw at P1.C1.sw + (0,-0.35) P3:[ C4: pconnex(,P) `"(,P)"' at last [].s below C11: pconnex(,PF) with .w at last [].e+(0.2,0) `"(,PF)"' at C11.s below ] with .nw at P2.C9.sw + (0,-0.35) command "" # end font .PE Circuit_macros9.5/examples/svg/PushPullSVG.m40000644060175006010010000000730313774371757020233 0ustar DwightNone.PS # `PushPullSVG.m4' cct_init(svg_font(sans-serif,10bp__,1bp__)) linewid = 1.2*linewid # Transformer as for Mixer.m4 define(`Xform21', `[ L1: inductor(to rvec_(dimen_*0.5,0),,,M) Core1E: M4Core1.end; Core2E: M4Core2.end D: (0.5 between M4Core1 and M4Core2) - L1 T: line to rvec_(dimen_/3,0); { dot(at T.c) } L2: inductor(to rvec_(L1.len,0),,,M) line from M4Core1.start to Core1E line from M4Core2.start to Core2E L3: inductor(to rvec_(-L1.len,0) with .c at T+(D.x*2,D.y*2),) ]') del = dimen_/3 up_ T1: Xform21 line left_ del from T1.L3.end; corner; ground(,,F) line left_ 2*del from T1.L3.start In: dot(,,1); { "RF" wid 12bp__ at In.n above } up_ Q1: mosfet(,,dBSDFQM1,E) with .G0 at T1.T+(2*dimen_+del/2,dimen_) { "3N200" at last [].n above } line from T1.L2.end to (T1.L2.end,Q1.G0) then to Q1.G0 Q2: mosfet(,,dBSDFQM1,E) with .G0 at (Q1.G0.x,T1.T.y-dimen_) { "3N200" at last [].n above } line from T1.L1.start to (T1.L1.start,Q2.G0) then to Q2.G0 resistor(right_ dimen_ from T1.T); llabel(,330`'svg_ohm); Tx:dot { line right_ del*3/2; corner; ground(,,F) } dot(at (Tx,Q1.G0)) capacitor(down_ to Tx,C); llabel(5.6pF) dot(at (Tx,Q2.G0)) capacitor(up_ to Tx,C); rlabel(5.6pF) for_(1,2,1, `dot(at Q`'m4x.S+(dimen_+del/2,0)) { resistor(down_ dimen_); G1:Here; { "120" at last [].w rjust "svg_ohm" rjust } dot; ground(,,F) } line from Q`'m4x.S to (Here.x+dimen_*3/4,Q`'m4x.S.y); corner capacitor(down_ to (Here,G1),C) { "1000" at last [].w rjust "pF" rjust } corner line left_ 2*dimen_*3/4; corner TG: dot(at (Here,Q`'m4x.S)) capacitor(down_ to (Here,G1),C); rlabel(,0.01 svg_micro(F)) ') R: dot(at (Here.x+dimen_*2,(Q1.D.y+Q2.D.y)/2)) dot(at (R,Q1.D)); capacitor(down_ to R,C); llabel(20pF) dot(at (R,Q2.D)); capacitor(up_ to R,C); llabel(20pF) line right_ del*3/2 from R then down_ R.y-(Q1.S.y-dimen_); ground(,,F) Vc: dot(at (R+(dimen_,0),Q1.ne),,1); { "+Vc" rjust at Vc.w } dot(at (Vc,R)) inductor(right_ dimen_,); llabel(,1 svg_micro(H)) down_ T2: Xform21 with .T at Here arrow from T2.L2 to T2.L3 chop -dimen_/4 line right_ del from T2.L3.start; corner capacitor(down_ dimen_,C); llabel(1000 pF); ground(,T,F) line right_ 2*del from T2.L3.end Out: dot(,,1); { "IF" wid 12bp__ at Out.n above }; move right_ 0.3 line from T2.L1.start to (T2.L1,Q1.D) then to Q1.D line from T2.L2.end to (T2.L2.end,Q2.D) then to Q2.D line from Vc to (Vc,Q2.S) chop dotrad_/2 chop 0; dot { line right_ del*2; corner capacitor(down_ dimen_,C); llabel(,1000 pF); ground(,,F) } reversed(`inductor',down_ dimen_,); rlabel(,1 svg_micro(H)) line down_ dimen_/2 TL: dot(at (Q1.G1.x-del/2,Here.y)) up_ Q3: bi_tr(,R,,E) with .C at (TG.x,TL.y-dimen_*2/3) resistor(right_ from TL to (Q3.C,TL)); llabel(,82 k`'svg_ohm) line to (Vc,Here); dot resistor(down_ to (Here,Q3.B)); rlabel(,8.2 k`'svg_ohm); dot dot(at Q3.B+(del,0)) line up_ (TL.y+Q3.C.y)/2 - Here.y+del/4 then left_ Here.x-TL.x reversed(`capacitor',left_ dimen_,C); llabel(,1500 pF) Osc: dot(,,1); { "Osc" above at Osc.n } line from Q3.B to (Vc,Q3.B) line from Q3.C to (Q3.C,TL); dot dot(at Q3.C+(0,del/2)) capacitor(left_ to (TL,Here),C); llabel(,1500 pF); dot line down_ del/2 from Q3.E; dot { resistor(down_ dimen_*3/4); rlabel(,820`'svg_ohm) G: Here; ground(,T,F) } line right_ dimen_; corner capacitor(down_ to (Here,G),C); llabel(,1000 pF) ground(,T,F) ground(at (TL,G),T,F) resistor(up_ dimen_); llabel(,12 k`'svg_ohm) line to (Here,Q1.G1) then to Q1.G1 line from Q2.G1 to (TL,Q2.G1); dot ground(at (Vc,G),T,F) resistor(up_ dimen_); rlabel(,5.6 k`'svg_ohm); line to (Here,Q3.B) command "" # end font .PE Circuit_macros9.5/examples/svg/pwrsupplySVG.m40000644060175006010010000000375313774371757020551 0ustar DwightNone.PS # pwrsupply.m4 cct_init ifdef(`m4pco',`resetrgb') Singlephase:[ linewid = linewid*1.2 down_ T:transformer line left_ elen_/8 from T.P1 rgbdraw(0,0,1,fuse(left_ elen_/3,D)) reversed(`switch',left_ elen_*2/3) gap(down_ to (Here,T.P2)) { fuse(right_ 2*dimen_/5 at last []) } line to T.P2 blen = dimen_/2 W: T.TS+(dimen_/2,0) N: W+(blen,blen) S: W+(blen,-blen) E: S+(blen,blen) diode(from W to N) diode(from S to E) G: gap(from E+(dimen_,0) down_ (E.y-S.y)*5/4); llabel(+,,-) C: capacitor(down_ G.start.y-G.end.y from 0.5 between E and G.start,C) setrgb(255,0,0) line from T.S1 to (T.S1,N); line to N dot diode(to E); dot line from E to G.start; dot dot(at C.start) resetrgb setrgb(0,255,0,,D) dot(at C.end) dot(at G.end) ground line to (W,Here); line to W; dot diode(to S); dot line to (T.S2,Here); line to T.S2 resetrgb ] Threephase: [ L:[ loadht = 2*elen_ Load: ebox(down_ loadht,0.4,0.25); llabel(+,,-) hsep = dimen_*3/4 for_(1,3,1, `line left_ hsep; ifelse(m4x,3,,dot) { diode(up_ loadht/3) ; line up_ loadht/3; diode(up_ loadht/3) T`'m4x: ifelse(m4x,3,Here,dot) line right hsep } ') ] T:[ X1: transformer(down_ dimen_*2/3,,,,4) X2: transformer(down_ dimen_*2/3,,,,4) with .P1 at X1.P2 X3: transformer(down_ dimen_*2/3,,,,4) with .P1 at X2.P2 line from X1.M4Core1.end to X3.M4Core1.start line from X1.M4Core2.end to X3.M4Core2.start for_(1,3,1, `move to X`'m4x.P2 ; ifelse(m4x,3,,dot) line left_ dimen_ P`'m4x: dot(,,1)') line left_ dimen_/2 from X1.P1 then down X1.P1.y-P3.y; dot B: X1.S2+(dimen_/2,0) line from X1.S1 right B.x-X1.S2.x then down X1.S1.y-X3.S1.y then to X3.S1 line from X2.S1 to (B,X2.S1); dot ] with .X2.S2 at L.w-(dimen_,0) line from T.X1.S2 to (L.T3,T.X1.S2); dot line from T.X2.S2 to (L.T2,T.X2.S2); dot line from T.X3.S2 to (L.T1,T.X3.S2); dot ] with .sw at Singlephase.se+(0.3,0) .PE Circuit_macros9.5/examples/svg/QuantumSVG.m40000644060175006010010000000166313774371757020114 0ustar DwightNone.PS # QuantumSVG.m4 gen_init boxht = 0.35 boxwid = boxht define(`dotrad_',boxht/5) define(`Bus',`line right_ 10*boxwid `$1' circle diam boxht `$2' at last line.start box fill_(1) "H" at last line.start+(boxwid*3/2,0) box fill_(1) "H" at last line.end-(boxwid*2.5,0) ') define(`Meter',`[ Box: box wid boxwid*3/2 fill_(1) r = Box.wid/3 C: 0.3 between Box.s and Box.n arc cw from C+(-r,0) to C+(r,0) with .c at C arrow from C+(-r/4,0) to C+(0.9*r,0.9*r) ]') X: Bus(,shaded rgbstring(0.5,0.5,1) "X") A1: Bus(from X.start+(0,-boxht*3/2), shaded "red" "A") A2: Bus(from 2 between X.start and A1.start, shaded "red" "A") dot(at X.start+(3*boxwid,0)) line to (Here,A2); dot circle rad dotrad_ at A1.start+(4*boxwid,0) line from last circle.s to (last circle,X); dot Meter with .e at X.end box wid boxwid*1.2 ht boxht*1.2 fill_(1) at A2.end-(4.5*boxwid,0) \ "svg_it(R)svg_sub(svg_psi)svg_sup(svg_pi/2,,,-1.2ex)" .PE Circuit_macros9.5/examples/svg/quickSVG.m40000644060175006010010000000156613774371757017600 0ustar DwightNone.PS # Pic input begins with .PS cct_init # Set defaults elen = 0.75 # Variables are allowed; default units are inches move right 0.4 Origin: Here # Position names are capitalized svgLink(SourcesSVG.svg,source(up_ elen)) llabel(-,svg_it(v`'svg_sub(s)),+) svgLink(CctTableSVG.svg,resistor(right_ elen)); rlabel(,svg_it(R),) dot { # Save current position and direction capacitor(down_ to (Here,Origin)) #(Here,Origin) = (Here.x,Origin.y) rlabel(+,svg_it(v),-); llabel(,svg_it(C)) dot } # Restore position and direction line right_ elen*2/3 {move right 0.2} inductor(down_ Here.y-Origin.y); rlabel(,svg_it(L),); b_current("svg_it(i)") line to Origin .PE # Pic input ends Circuit_macros9.5/examples/svg/randomSVG.m40000644060175006010010000000725413774371760017736 0ustar DwightNone.PS # randomSVG.m4 gen_init(svg_font(sans-serif,9bp__)) NeedDpicTools ################################################################ # hscale(right length,nlabels, # minlabel,maxlabel,[T][N]) # arg5=T: top axis, N: nolabels define(`hscale',`[ define(`hs_nl',`ifelse(`$2',,5,`$2')') A: line `$1' ; Start: A.start; End: A.end td = 1/(hs_nl-1)*A.len/5 define(`hs_ud',`ifinstr(`$5',T,down,up)') # Major tics for i=1 to hs_nl-2 do { line hs_ud graphsize/20 thick 0.4 \ from i/(hs_nl-1) between A.start and A.end } # Minor tics for i=0 to hs_nl-2 do { Ts: i/(hs_nl-1) between A.start and A.end for j=1 to 4 do { line thick 0.4 hs_ud graphsize/20/2 from Ts+(j*td,0) } } # Labels ifinstr(`$5',N,,`for_(0,eval(hs_nl-1),1, `Ts: m4x/(hs_nl-1) between A.start and A.end s_box("%g",`$3'+m4x/(hs_nl-1)*(`$4'-(`$3'))) \ at Ts ifelse(`$5',T,above,below)') ') ]') # vscale(up length,nlabels, # minlabel,maxlabel,[R][N] ) # arg5=R: right axis, N: nolabels define(`vscale',`[ define(`vs_nl',`ifelse(`$2',,5,`$2')') A: line `$1' ; Start: A.start; End: A.end td = 1/(vs_nl-1)*A.len/5 define(`vs_lr',`ifinstr(`$5',R,left,right)') # Major tics for i=1 to vs_nl-2 do { line vs_lr graphsize/20 thick 0.4 \ from i/(vs_nl-1) between A.start and A.end } # Minor tics for i=0 to vs_nl-2 do { Ts: i/(vs_nl-1) between A.start and A.end for j=1 to 4 do { line thick 0.4 vs_lr graphsize/20/2 from Ts+(0,j*td) } } # Labels ifinstr(`$5',N,,`for_(0,eval(vs_nl-1),1, `Ts: m4x/(vs_nl-1) between A.start and A.end s_box("%g",`$3'+m4x/(vs_nl-1)*(`$4'-(`$3'))) \ at Ts ifelse(`$5',R,ljust,rjust)')') ]') # f_gauss(x,mean,stddev) define f_gauss`{ std_gauss(($1-($2))/($3))/($3) }' define std_gauss`{ expe(-($1)^2/2)/sqrt(twopi_) }' ################################################################ [ n = 2000 # number of samples stddev = 0.25 graphsize = 2 B: box wid graphsize ht graphsize ; { move left 0.4 from B.w } # Gemerate n Gaussian random numbers randn(z,n,0,stddev) m = 0 for i=1 to n-1 by 2 do { m +=1; x[m] = z[i]; y[m] = z[i+1] dot(at B+(x[m],y[m])) } hscale(right B.wid,5,-1,1) with .Start at B.sw hscale(right B.wid,5,-1,1,TN) with .Start at B.nw vscale(up B.ht,5,-1,1) with .Start at B.sw vscale(up B.ht,5,-1,1,RN) with .Start at B.se N: box invis wid B.wid ht B.ht with .sw at B.nw+(0,graphsize/10) nb = 20 binmax = n/5*0.5 dx = N.wid/nb histbins(x,m,-1,1,nb,hbin) for i=0 to nb-1 do { line up hbin[i]/binmax * N.ht \ from N.sw+((0.5+i)*dx,0) thick dx/(1bp__) outlined "gray" } box wid N.wid ht N.ht at N # vscale(up N.ht,5,0,1) with .Start at N.sw E: box invis wid B.wid ht B.ht with .sw at B.se+(graphsize/10,0) nb = 20 binmax = n/5*0.5 dy = E.ht/nb histbins(y,m,-1,1,nb,vbin) for i=0 to nb-1 do { line right vbin[i]/binmax * E.wid \ from E.sw+(0,(0.5+i)*dy) thick dy/(1bp__) outlined "gray" } box wid E.wid ht E.ht at E # hscale(right E.wid,5,0,1) with .Start at E.sw ng = 16 for i=0 to ng do { x = i/ng*N.wid U: x,(f_gauss(x,N.wid/2,stddev)*m*dx)/binmax*N.ht X[i]: N.sw+U Y[i]: E.nw+(U.y,-U.x) } fitcurve(X,ng) fitcurve(Y,ng) ] #showbox_ command "" .PE Circuit_macros9.5/examples/svg/RectifiersSVG.m40000644060175006010010000001657213774371757020566 0ustar DwightNone.PS # RectifiersSVG.m4 cct_init(svg_font(Times,11bp__)) tmax = 3.5 period = tmax/1.75 eamp = 0.5 omega = twopi_/period ed = eamp/6 r = 0.95 # For DC voltages ted = asin(ed/eamp)/twopi_*period npts = 40; sum = 0 for i=0 to npts do { t = ted+(period/2-2*ted)*i/npts sum += (eamp*cos(omega*t-pi_/2) - ed)*r } define(`Sine',`Cosine(eamp,omega,`$1',-pi_/2)') define(`axis',`line thick 0.4 right tmax chop -tmax*0.04 chop 0') Threephase: [ linethick_(1) Ai: axis ; "N`'svg_sub(o)" ljust move right 0.3 from Ai.end EOrig: Ai.start+(tmax*0.04,0) E1: sinusoid(eamp,omega,-pi_/2,-ted,tmax) with .Origin at EOrig E2: sinusoid(eamp,omega,-pi_/2-twopi_/3,-ted,tmax) with .Origin at EOrig E3: sinusoid(eamp,omega,-pi_/2+twopi_/3,-ted,tmax) with .Origin at EOrig "e`'svg_sub(1)" at EOrig+(period/3,eamp*0.8) ljust above "e`'svg_sub(2)" at EOrig+(2*period/3,eamp*0.8) ljust above "e`'svg_sub(3)" at EOrig+(period,eamp*0.8) ljust above Ad: axis with .end at Ai.end+(0,-eamp*2.1); "N`'svg_sub(o)" ljust DOrig: Ad.start+(tmax*0.04,0) Id: axis with .end at Ad.end+(0,-eamp*1.2); "0" ljust IOrig: Id.start+(tmax*0.04,0) for i=1 to 11 by 2 do { tl = max(0,period/2-i*period/6) tr = min(period/2,tmax-(i*period/6-period/2)) sinusoid(eamp,omega,-pi_/2,tl,tr,thick 0.4 dashed) \ with .Origin at DOrig+(i*period/6-period/2,0) tl = max(period/12,-(i*period/6-period/2+period/12) ) tr = period/2-period/12 S1: sinusoid(eamp*r,omega,-pi_/2,tl,tr) \ with .Origin at DOrig+(i*period/6-period/2,0)+(0,-ed*r); round(at S1.End) S2: sinusoid(eamp*r,omega,-pi_/2,tl,tr) \ with .Origin at IOrig+(i*period/6-period/2,0)+(0,-ed*r); round(at S2.End) } "e`'svg_sub(1)" at DOrig+(period/3,eamp*0.8) ljust above "e`'svg_sub(2)" at DOrig+(2*period/3,eamp*0.8) ljust above "e`'svg_sub(3)" at DOrig+(period,eamp*0.8) ljust above "e`'svg_sub(L)" at DOrig+(period/4,eamp*0.8) below "i`'svg_sub(L)" at IOrig+(period/6,eamp*0.6) rjust above vEd = r*eamp*cos(pi_/12)/(5*pi_/12) - r*ed VEd: axis with .end at Ad.end+(0,vEd); "E`'svg_sub(D)" ljust IEd: axis with .end at Id.end+(0,vEd); "I`'svg_sub(D)" ljust ] Cct3:[ No: dot; {"N`'svg_sub(o)" at last [].s below rjust } { inductor(to Here+(Rect_(dimen_,60)),W); E2: Here; "e`'svg_sub(2)" ljust } { inductor(to Here+(Rect_(dimen_,-60)),W); E3: Here; "e`'svg_sub(3)" ljust } { inductor(from No-(dimen_,0) to No,W); E1: last line.start "e`'svg_sub(1)" at E1 above } D3: diode(down_ from E3); b_current(i`'svg_sub(3),rjust) llabel(,,D`'svg_sub(3)) line from E1 to (E1.x,D3.start.y+dimen_/3) then right_ (E3.x+E1.x)/2-E1.x \ then down_ dimen_/3 D1: diode(down_); b_current(i`'svg_sub(1),rjust); llabel(,,D`'svg_sub(1)) line from E2 left E2.x-E1.x+dimen_/3 then down E2.y-E3.y \ then to 2 between D3.start and D1.start D2: diode(down_); b_current(i`'svg_sub(2),rjust); llabel(,,D`'svg_sub(2)) { line from D2.end to D3.end } dot(at D1.end) arrowline(down elen_/2); rlabel(,i`'svg_sub(L)) resistor(right_ elen_); rlabel(+,e`'svg_sub(L),-); llabel(,R) line to (Here,No) then to No ] with .e at Threephase.w-(0.5,0) move left 0.2 from Cct3.w Fullwave: [ linethick_(1) Ai: axis ; "N`'svg_sub(o)" ljust EOrig: Ai.start+(tmax*0.05,0) E1: sinusoid(eamp,omega,-pi_/2,-ted,tmax) with .Origin at EOrig "e`'svg_sub(1)" at EOrig+(period/3,eamp*0.8) ljust above E2: sinusoid(eamp,omega, pi_/2,-ted,tmax) with .Origin at EOrig "e`'svg_sub(2)" at EOrig+(period*5/6,eamp*0.8) ljust above Ad: axis with .end at Ai.end+(0,-eamp*2.1); "N`'svg_sub(o)" ljust DOrig: Ad.start+(tmax*0.05,0) Id: axis with .end at Ad.end+(0,-eamp*1.2); "0" ljust IOrig: Id.start+(tmax*0.05,0) for i=0 to 3 do { if i<3 then { tf = period/2 } else { tf = Ad.end.x-(DOrig.x+3*period/2) } sinusoid(eamp,omega,-pi_/2,0,tf,thick 0.4 dashed) \ with .Origin at DOrig+(i*period/2,0) line from DOrig+(i*period/2-ted,0) right 2*ted line from IOrig+(i*period/2-ted,0) right 2*ted if i<3 then {tf = period/2-ted } else {tf = Ad.end.x-(DOrig.x+3*period/2) } Ed: sinusoid(eamp*r,omega,-pi_/2,ted,tf) \ with .Origin at DOrig+(i*period/2,-ed*r) Ed: sinusoid(eamp*r,omega,-pi_/2,ted,tf) \ with .Origin at IOrig+(i*period/2,-ed*r) } "e`'svg_sub(1)" at DOrig+(period/6,eamp*0.9) rjust above "e`'svg_sub(2)" at DOrig+(period/6+period/2,eamp*0.9) rjust above "e`'svg_sub(L)" at DOrig+(period/4,eamp*0.8) below "i`'svg_sub(L)" at IOrig+(period/6,eamp*0.6) rjust above vEd = sum/(period/2/(period/2-2*ted)*npts) VEd: axis with .end at Ad.end+(0,vEd); "E`'svg_sub(D)" ljust IEd: axis with .end at Id.end+(0,vEd); "I`'svg_sub(D)" ljust ] with .sw at Threephase.nw+(0,0.5) Cct2:[ T: transformer(right_ elen_,R,8,AW,8) line up elen_/2 from T.P1 gap(right_ elen_) { sinusoid(0.08,omega*8,-pi_/2,0,twopi_/(omega*8)) with .c at last [] } line to T.P2 line from T.S1 to (T.P1,T.S1) then down elen_/2 D1: diode(down_ elen_*3/4); rlabel(,D`'svg_sub(1)) line from T.S2 to (T.P2,T.S2) then to (T.P2,D1.start) D2: diode(down_ elen_*3/4); rlabel(,D`'svg_sub(2)) corner; line to D1.end; corner dot(at 0.5 between D1.end and D2.end) arrowline(down elen_/2); rlabel(,i`'svg_sub(L)) resistor(right_ elen_); rlabel(+,e`'svg_sub(L),-); llabel(,R) line to (Here,T.TS)-(0,elen_/2) then left Here.x-T.TS.x then to T.TS {"N`'svg_sub(o)" at T.TS-(0,elen_/2) below } thinlines_ move to T.TS-(0,0.1) { arrow to (T.P1,Here) chop 0.05 "e`'svg_sub(1)" below } { arrow to (T.P2,Here) chop 0.05 "e`'svg_sub(2)" below } linethick_(1) ] at (Cct3,Fullwave) Halfwave: [ linethick = 1 Ai: axis ; "N`'svg_sub(o)" ljust EOrig: Ai.start+(tmax*0.05,0) Ei: sinusoid(eamp,omega,-pi_/2,0,tmax) with .Origin at EOrig "e`'svg_sub(i)" at EOrig+(period/3,eamp*0.8) ljust above Ad: axis with .end at Ai.end+(0,-eamp*1.75); "N`'svg_sub(o)" ljust DOrig: Ad.start+(tmax*0.05,0) sinusoid(eamp,omega,-pi_/2,0,period/2,thick 0.4 dashed) with .Origin at DOrig sinusoid(eamp,omega,-pi_/2,0,period/2,thick 0.4 dashed) \ with .Origin at DOrig+(period,0) "e`'svg_sub(i)" at DOrig+(period/5,eamp*0.9) rjust above line from Ad.start to DOrig+(ted,0) Ed: sinusoid(eamp*r,omega,-pi_/2,ted,period/2-ted) \ with .Origin at DOrig+(0,-ed*r) "e`'svg_sub(L)" at DOrig+(period/3,eamp*0.6) below line from Ed.End right period/2+2*ted Ed2: sinusoid(eamp*r,omega,-pi_/2,ted,period/2-ted) \ with .Origin at DOrig+(period,-ed*r) line from Ed2.End to Ad.end vEd = sum/(period/(period/2-2*ted)*npts) VEd: axis with .end at Ad.end+(0,vEd); "E`'svg_sub(D)" ljust above Id: axis with .end at Ad.end+(0,-eamp*1.0); "0" ljust IOrig: Id.start+(tmax*0.05,0) line from Id.start to IOrig+(ted,0) Sd: sinusoid(eamp*r,omega,-pi_/2,ted,period/2-ted) \ with .Origin at IOrig+(0,-ed*r) "i`'svg_sub(L)" at IOrig+(period/3,eamp*0.7) above line from Sd.End right period/2+2*ted Sd2: sinusoid(eamp*r,omega,-pi_/2,ted,period/2-ted) \ with .Origin at IOrig+(period,-ed*r) line from Sd2.End to Id.end IEd: axis with .end at Id.end+(0,vEd); "I`'svg_sub(D)" ljust above ] with .sw at Fullwave.nw+(0,0.5) Cct1:[ diode(down_ elen_); b_current(i`'svg_sub(L),rjust,O,E); rlabel(D) resistor(right_ elen_); rlabel(+,e`'svg_sub(L),-); llabel(,R) line up elen_ { "N`'svg_sub(o)" ljust below } gap(left_ elen_); rlabel(-,e`'svg_sub(i),+) ] at (Cct3,Halfwave) command "" # end font .PE Circuit_macros9.5/examples/svg/recycleSVG.m40000644060175006010010000000736113774371757020111 0ustar DwightNone.PS # recycle.m4 gen_init NeedDpicTools [ # Gradient fill and clipping are simply # done with PStricks or Tikz but the other # postprocessors don't all have this # facility so the following calculates # shading boundaries and lines. define ShadePoint { testexpr(i, $1 arc cw rad circlerad from B.e to B.w with .c at B.c circle colored "black" with .c at 3/4 circle rad circlerad*2 with .c at A.c circle rad circlerad/3 fill_(0) at 0.5 circle rad circlerad/3 fill_(1) at 0.5 ',` box wid 1 ht 0.75 "Yinyang.m4" "requires" "dpic" ') ] with .w at last [].e+(0.2,0) .PE Circuit_macros9.5/examples/svg/relaycoilSVG.m40000644060175006010010000000402513774371757020440 0ustar DwightNone.PS # relaycoil.m4 cct_init spc = dimen_/3 { relaycoil; S: "svg_tt(`relaycoil')" at last [].s+(0,-20bp__) { "svg_it(V1)" wid 15bp__ at last [].V1 rjust "svg_it(V2)" at last [].V2 ljust } K: relaycoil(NX) with .nw at last [].ne+(spc*4,0); "svg_tt((NX))" \ at (last [],S) { thinlines_ spline <- from K.A1 left 7bp__ then up 4bp__ left 4bp__ "svg_it(A1)" rjust arrow <- from K.A2 left 10bp__; "svg_it(A2)" rjust spline <- from K.A3 left 7bp__ then down 4bp__ left 4bp__ "svg_it(A3)" rjust spline <- from K.B1 right 7bp__ then up 4bp__ right 4bp__ "svg_it(B1)" ljust arrow <- from K.B2 right 10bp__; "svg_it(B2)" ljust spline <- from K.B3 right 7bp__ then down 4bp__ right 4bp__ "svg_it(B3)" ljust thicklines_ } relaycoil(AXSR) with .nw at last [].ne+(spc*5,0); "svg_tt((AXSR))" \ at (last [],S) { "svg_it(V1)" at last [].V1 rjust; "svg_it(V2)" at last [].V2 rjust } relaycoil(BXSR) with .nw at last [].ne+(spc*2,0); "svg_tt((BXSR))" \ at (last [],S) { "svg_it(V1)" at last [].V1 ljust; "svg_it(V2)" at last [].V2 ljust } relaycoil(SR) with .nw at last [].ne+(spc*4,0); "svg_tt((SR))" at (last [],S) relaycoil(SO) with .nw at last [].ne+(spc,0); "svg_tt((SO))" at (last [],S) relaycoil(SOR) with .nw at last [].ne+(spc,0); "svg_tt((SOR))" at (last [],S) } { move down_ 3/4; right_ relaycoil(HS); S: "svg_tt((HS))" at last [].s+(0,-12bp__) relaycoil(NAC) with .nw at last [].ne+(spc,0); "svg_tt((NAC))" at (last [],S) relaycoil(AC) with .nw at last [].ne+(spc,0); "svg_tt((AC))" at (last [],S) relaycoil(ML) with .nw at last [].ne+(spc,0); "svg_tt((ML))" at (last [],S) relaycoil(PO) with .nw at last [].ne+(spc,0); "svg_tt((PO))" at (last [],S) relaycoil(RM) with .nw at last [].ne+(spc,0); "svg_tt((RM))" at (last [],S) relaycoil(RH) with .nw at last [].ne+(spc,0); "svg_tt((RH))" at (last [],S) relaycoil(TH) with .nw at last [].ne+(spc,0); "svg_tt((TH))" at (last [],S) relaycoil(EL) with .nw at last [].ne+(spc,0); "svg_tt((EL))" at (last [],S) } .PE Circuit_macros9.5/examples/svg/RelaySVG.m40000644060175006010010000000262713774371760017531 0ustar DwightNone.PS # RelaySVG cct_init svg_font(sans-serif,10bp__) skip = 1.1 R1:relay {"svg_it(V1)" wid 0.16 rjust at last [].V1 "svg_it(V2)" ljust at last [].V2 "svg_it(P1)" rjust at last [].P1-(dotrad_,0) "svg_it(O1)" ljust at last [].O1 "svg_it(C1)" ljust at last [].C1 } S: "svg_tt(`relay')" at last [].s+(0,-0.2) R5:relay(2,CTh) with .sw at last [].sw+(skip,0) { for_(1,2,1,` "svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(C`'m4x)" ljust at last [].C`'m4x ') } "svg_tt((2,CTh))" at (last [],S) R4:relay(2,O) with .sw at last [].sw+(skip,0) {for_(1,2,1,` "svg_it(P1)" rjust at last [].P1-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x ')} "svg_tt((2,O))" at (last [],S) R3:relay(2,PIAX) with .sw at last [].sw+(skip,0) {"svg_it(V1)" rjust at last [].V1 "svg_it(V2)" rjust at last [].V2 for_(1,2,1,` "svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x+(dotrad_,0) "svg_it(C`'m4x)" ljust at last [].C`'m4x+(dotrad_,-2pt__) ') } "svg_tt((2,PIAX))" at (last [],S) R2:relay(2,R) with .sw at last [].sw+(skip,0) {"svg_it(V1)" rjust at last [].V1 "svg_it(V2)" wid 0.2 ljust at last [].V2 for_(1,2,1,` "svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x "svg_it(C`'m4x)" ljust at last [].C`'m4x ') } "svg_tt(`relay(2,R)')" at (last [],S) command ")" # end font .PE Circuit_macros9.5/examples/svg/roseSVG.m40000644060175006010010000001102013774371757017416 0ustar DwightNone.PS # rose.m4 gen_init ifelse( ifpstricks(T)`'ifmpost(T)`'ifpostscript(T)`'ifpdf(T)`'ifpgf(T)`'ifsvg(T),, `This diagram is for PSTricks, postscript, PDF, MetaPost, or SVG', ` scale = 1.2 define(`gold_',`1,0.84,0') define(`rose',`point_(`$2'); CC: (vec_(`$1',0)); rrad = `$3' move to CC tmp = rrad-stripwid {circle shaded rgbstring(gold_) rad rrad-sthick at CC} {circle shaded rgbstring(gold_) rad tmp-sthick at CC} {line to rvec_(rrad,0) chop tmp chop 0 } {line to rvec_(-rrad,0) chop tmp chop 0 } {line to rvec_(0,rrad) chop tmp chop 0 } {line to rvec_(0,-rrad) chop tmp chop 0 } {line from rvec_(-tmp/sqrt(2),-tmp/sqrt(2)) to rvec_(tmp/sqrt(2),tmp/sqrt(2))} {line from rvec_(-tmp/sqrt(2),tmp/sqrt(2)) to rvec_(tmp/sqrt(2),-tmp/sqrt(2))} {circle shaded rgbstring(gold_) rad tmp-stripwid-sthick at CC} tmp = last circle.rad/sqrt(2) line thick stripthick from rvec_(-tmp,0) to rvec_(0,-tmp) \ then to rvec_(tmp,0) then to rvec_(0,tmp) then to rvec_(-tmp,0) \ shaded rgbstring(gold_) ') define(`spt_',`/72.27') [ lsk = 1.2 sector = 360*dtor_/16 exterior = 2.49 outer_circle = exterior-0.55 inner_circle = 1.1 spoke_tail = 0.41 spokethick = 0.09/(1spt_) # points stripwid = 0.05 stripthick = 1.6/1.2 midroserad = inner_circle*sin(sector/2)-stripwid/2 outerroserad = outer_circle*sin(sector/4)-stripwid/2 del = 0.05 C: (0,0) circle rad exterior fill_(0) at C circle shaded rgbstring(gold_) rad outer_circle at C circle rad spoke_tail fill_(0) at C linethick = stripthick sthick = linethick/2 spt_ for i=0 to 15 do { move to rect_(spoke_tail+1.5*stripwid,sector*i); for j=-1 to 1 by 2 do { {point_(sector*(i+j*0.5)) line to rvec_(outer_circle-spoke_tail,0) } { point_(sector*i) move to rvec_(0,j*spokethick spt_) line to rvec_(outer_circle-spoke_tail,0) \ chop outer_circle-inner_circle chop 0 } } crad = 0.25 +1.5*stripwid cthick = 1.5*stripwid/(1spt_) X: rect_(inner_circle+midroserad,sector*i) circle outlined rgbstring(gold_) rad crad-(cthick/2 spt_) thick cthick at X circle rad crad - sthick at X } for i=0 to 15 do { X: rect_(inner_circle+midroserad,sector*i) circle fill_(0) rad crad-1.5*stripwid-sthick at X for j = -1 to 1 by 2 do { move to X+vec_(0.20,j*0.14) point_(sector*(i+j*0.25)) line to rvec_(1.5*stripwid,0) } circle shaded rgbstring(gold_) rad midroserad*2/3-sthick at X circle rad midroserad*2/3-stripwid-sthick at X line from X to -(midroserad*2/3/(inner_circle+midroserad)) } crad = spoke_tail+7*stripwid cthick = 2*stripwid/(1spt_) circle outlined rgbstring(gold_) rad crad-cthick/2 spt_ thick cthick at C circle rad spoke_tail+1.5*stripwid-sthick at C for i=5 to 7 do { circle rad spoke_tail+i*stripwid-sthick at C } # Spokes and roses for i=0 to 15 do { rose(inner_circle,sector*i,midroserad) line thick spokethick/lsk from C to rect_(outer_circle,sector*(i-0.5)) line thick spokethick/lsk from C to rect_(outer_circle,sector*i) \ chop inner_circle+midroserad*2 chop 0 for j=-1 to 1 by 2 do { X: rect_(outer_circle+outerroserad-linethick spt_,sector*(i+j*0.25)) linethick = 1/lsk circle colored rgbstring(gold_) rad outerroserad*1/2-1/lsk/2 spt_ at X linethick = stripthick circle fill_(0) rad outerroserad*1/3-sthick at X point_(sector*(i+j*0.25)) line from X to X + vec_(outerroserad,0) rose(outer_circle,sector*(i+j*0.25),outerroserad) } } # Outer decorations for i=0 to 31 do { move to rect_(exterior-0.25,sector*i/2); point_(sector*i/2) { line thick stripthick from rvec_(del,3.5*del) to rvec_(-del,0) \ then to rvec_(del,-3.5*del) then to rvec_(del,3.5*del) \ shaded rgbstring(gold_) } circle rad stripwid-sthick at Here } smrad = 0.08 for i=0 to 7 do { point_(sector*2*i) move to C + vec_(midroserad+smrad/4,0) { circle shaded rgbstring(gold_) rad smrad-sthick at Here} { circle shaded rgbstring(gold_) rad smrad/2-sthick at Here} line from rvec_(smrad/2,0) to rvec_(smrad,0) } tmp = midroserad-stripwid circle shaded rgbstring(gold_) rad midroserad-sthick at C circle shaded rgbstring(gold_) rad tmp-sthick at C CQ: circle invis rad tmp-linethick*4/2 spt_ at C line from CQ.e to CQ.n to CQ.w to CQ.s to CQ.e to CQ.n CQ: 0.5 tmp = (distance(CQ,C) - linethick*3/2 spt_)*sqrt(2) box wid tmp ht tmp at C ] with .sw at 1,1 ') .PE Circuit_macros9.5/examples/svg/RotboxSVG.m40000644060175006010010000000104113774371757017725 0ustar DwightNone% Rotbox.m4 .PS gen_init #nclude(dpictools.pic) [ Point_(-10) rotbox(boxwid/2,,thick 2) Point_(30) rotbox(,,shaded "green" outlined "blue",r=0.1) at last []+vec_(boxwid,0) "r=0.1" at last [] move to last [].ne Point_(0) [[]; for_(2,8,2, `rotbox(,,dashed,t=m4x/10) at last []+vec_(boxwid*1.1,0) sprintf("t=%g",m4x/10) at last [] ') ] with .nw at last [].ne+(0.1,0) [[]; for_(10,16,2, `rotbox(,,dashed,t=m4x/10) at last []+vec_(boxwid*1.1,0) sprintf("t=%g",m4x/10) at last [] ') ] with .nw at last [].sw+(0,-0.1) ] .PE Circuit_macros9.5/examples/svg/SchottkySVG.m40000644060175006010010000000345513774371757020273 0ustar DwightNone% SchottkySVG.m4 .PS # 4-input positive NAND: the Schottky option for transistors (TI TTL data book) cct_init(svg_font(sans-serif,11bp__,1bp__)) tic = dimen_/4 rlen = dimen_*3/4 E1: dot; line up_ tic Q1: bi_trans(,,dEBCBUS) with .E at Here; line left tic from Q1.B; B1: Here resistor(up_ rlen from Q1.C); llabel(,3 k`'svg_ohm); B2: dot; line right_ tic Q2: bi_trans(up_ dimen_,,dEBCBUS) with .B at Here line from Q2.E to (Q2.E,E1); dot Gnd: "GND" ljust at Here+(dimen_/2,0) dot(at Q2.C) { line to (Gnd,Here); "Y" wid 0.3 ljust } line to (Q1.C,Here); dot resistor(up_ rlen); llabel(,4 k`'svg_ohm); B4: dot; line right_ tic; up_ Q4: bi_tr with .B at Here line from Q4.E to Q2.C line up_ tic from B4 Q5: bi_trans(,,dEBCBUS) with .E at Here; line left_ tic from Q5.B; B5: dot line from Q5.C to (Q4.C,Q5.C); dot { line to Q4.C } resistor(up_ rlen); llabel(,120 svg_ohm); dot Vcc: "Vcc" ljust at (Gnd,Here) dot(at (B5,Vcc)) resistor(to (Here,Q5.C)); llabel(,8 k`'svg_ohm) diode(from (B4,Q2.C) to (B5,Q2.C),Z) line to (Here,Q5.C) diode(from B4 to (Here,B4),Z); dot line left_ tic; up_ Q3: bi_trans(,,dEBCBUS) with .C at Here; line left_ tic from Q3.B; B3: Here line from Q3.E to (Q3.E,B2); dot dot(at (B1,Here)); resistor(down_ to (Here,Q1.C)); rlabel(,1.5 k`'svg_ohm) line to B1 resistor(down_ from B3 to (B3,B2)); rlabel(,12 k`'svg_ohm); line to B2 line from Vcc to (B3,Vcc); resistor(down_ to (Here,Q5.C)) rlabel(,20 k`'svg_ohm) line to B3 ground(at (Q3.C,Gnd),,F); dot for_(0,3,1, `dot(at (B3+(0,tic*m4x))) line left_ tic*m4x; diode(left_ dimen_,Z); dot {line down_ dimen_; reversed(`diode',down_ dimen_,Z); line to (Here,Gnd) \ ifelse(m4x,3,`then to Gnd',`; dot') } line left_ tic*eval(4-m4x) "ifelse(m4x,3,D,m4x,2,C,m4x,1,B,m4x,0,A)" wid 0.15 rjust ') command "" # end font .PE Circuit_macros9.5/examples/svg/sfgSVG.m40000644060175006010010000000633213774371757017237 0ustar DwightNone.PS # sfgSVG.m4 gen_init(svg_font(Times,11bp__)) sfg_init( 1.2 ) # scale default size by 1.2 textht = textht*0.9 # Graph 1 move right 0.15 T:[ Ft: sfgnode(,f(t),sfgbelow) sfgline(,1/K) Y1: sfgnode(,y`'svg_sub(1),sfgbelow rjust) sfgline(,K/M) DDY2: sfgnode(,y`'svg_sub(2),sfgbelow rjust) {".." at DDY2 +(-3,-1)*textoffset} sfgline(,1/s) DY2: sfgnode(,y`'svg_sub(2) = x`'svg_sub(2),sfgbelow ljust) {"." at DY2 +(2,-1)*textoffset} sfgline(,1/s) Y2: sfgnode(,y`'svg_sub(2) = x`'svg_sub(1),sfgbelow ljust) sf = 1 sfgarc(from DY2 to DDY2,-B/M,below,,sf) sfgarc(from Y2 to DDY2,-K/M,above,ccw,sf) sfgarc(from Y2 to Y1,1,sfgabove,,sf) ] # Graph 2 B: [ R1: sfgnode(,r`'svg_sub(1),sfgabove) sfgline(,1) X1: sfgnode(,x`'svg_sub(1),ljust) R2: sfgnode(at R1+(0,-1),r`'svg_sub(2),sfgabove) sfgline(,1) X2: sfgnode(,x`'svg_sub(2),ljust) sfgarc(from X1 to X2,a`'svg_sub(21),rjust,ccw) sfgarc(from X2 to X1,a`'svg_sub(12),ljust,ccw) sfgself(at X1,,q`'svg_sub(11)) sfgself(at X1,R,a`'svg_sub(11),ljust,cw,1.5) sfgself(at X2,-90,a`'svg_sub(22),sfgbelow) ] with .w at T.e + (linewid/2,-linewid/4) # Graph 3 G3: [ # change node spacing and increase node size sfg_wid = 0.85; sfg_rad = 0.35/2 for_(1,4,1,`N`'m4x: sfgnode(,m4x,,fill_(0.9)) sfgself(at N`'m4x,-90,P`'svg_sub(m4x),,cw) ifelse(m4x,4,,`sfgline(,G`'svg_sub(m4x),sfgbelow)') ') sfgarc(from N2 to N1,F`'svg_sub(2),sfgabove,ccw,) sfgarc(from N3 to N1,F`'svg_sub(3),sfgbelow,ccw,1.4) ] with .nw at T.sw A: [ sfg_wid = 0.75; sfg_rad = 0.15 arrow right linewid*2/3 P: sfgnode(,p) sfgself(,90,a,below,cw) arrow from P.e "b" below Q: sfgnode(,q) R: sfgnode(at Q+(Q-P),r) # for dpic sfgarc(from Q to R,c,above,cw) sfgarc(from R to Q,d,below,cw) sfgself(at R,-90,e,above,cw) arrow right linewid*2/3 from R.e ] with .w at G3.e+(linewid/2,0) define(`svg_choose',`[ P:"svg_fsize(( ),150)" "svg_small(`$1')" at P+(0,7bp__) "svg_small(`$2')" at P-(0,3bp__) ]') G4: [sfg_init( 2.0,0.25/2 ) # change node spacing and increase node size s1 = 0.9 s2 = 1.2 N0: sfgnode(,svg_fsize(0,120),,invis) sfgline(right_ sfg_wid,`svg_nu',below,->) N1: sfgnode(,svg_fsize(1,120),,invis) { sfgarc(to N0 ->,(1-p)`svg_gamma'+`svg_nu',above,ccw,s1) } sfgline(right_ sfg_wid,`svg_nu'+`svg_lambda',below,->) N2: sfgnode(,svg_fsize(2,120),,invis) { sfgarc(to N1 ->,,,ccw,s1) } { "p(1-p)svg_gamma+2`'svg_nu" at last [].M+(11bp__,0) above } { svg_choose(2,1) at last [].M+(-29bp__,8bp__) } { sfgarc(to N0 ->,(1-p)svg_sup(2)`svg_gamma',above,ccw,s2) } sfgline(right_ sfg_wid,`svg_nu'+2`svg_lambda',below,->) N3: sfgnode(,svg_fsize(3,120),,invis) { sfgarc(to N2 ->,,,ccw,s1) } { "p`'svg_sup(2)(1-p)svg_gamma+3`'svg_nu" at last [].M+(0bp__,0) above } { svg_choose(3,2) at last [].M+(-43bp__,8bp__) } { sfgarc(to N1 ->,,,ccw,s2) } { "p(1-p)`'svg_sup(2)`'svg_gamma" at last [].M+(8bp__,0) above } { svg_choose(3,1) at last [].M+(-26bp__,8bp__) } { sfgarc(to N0 ->,(1-p)svg_sup(3)`svg_gamma',above,ccw,s2) } sfgline(right_ sfg_wid*2/3,`svg_nu'+3`svg_lambda',below,->) {"..." wid 0.3 ljust} ] with .nw at G3.sw+(0,-0.1) move from (T.w,G4.s)-(7bp__,6bp__) to B.ne+(15bp__,6bp__) command "" # end font .PE Circuit_macros9.5/examples/svg/shapesSVG.m40000644060175006010010000001654613774371757017753 0ustar DwightNone.PS # shapes.m4 threeD_init divert(-1) # shapes.m4 # 3D structures with complex surfaces and hidden lines are the domain of more # sophisticated software packages, but basic shapes can be drawn with pic. #threeD_init ##################################################### `cylinder3D(xdispl,ydispl,zdispl,diameter, [colored "color"])' define(`cylinder3D',`[ Start: (0,0) xdispl = `$1'; ydispl = `$2'; zdispl = `$3' diamc = ifelse(`$4',,(lenc/2),`$4') ; radc = diamc/2 define(`M4CL',`xdispl,ydispl,zdispl')dnl lenc = length3D(M4CL) cs = dot3D(View3D,M4CL)/lenc End: (project(M4CL)) az = atan2(ydispl,xdispl) ae = atan2(zdispl,sqrt(xdispl^2+ydispl^2)) CL: line invis from Start to End; C: CL.c nls = int(twopi_*radc/lthick) define(`M4PP',`rot3Dz(az,rot3Dy(-ae,rot3Dx(-i/nls*twopi_,0,0,radc)))')dnl for i=0 to nls-1 do { if dot3D(View3D,M4PP) > 0 then { P: (project(M4PP)) ql = sqrta(dot3D(Light3D,M4PP)/radc) line from P to End+P outlined rgbstring(ql,ql,ql) `$5' } } Perp: (vperp(CL,radc)) if cs > 0 then { T: End; B: Start } else { T: Start; B: End } rpoint_(from Start to Perp) css = sqrta(cs) Top: rotellipse(diamc,diamc*cs, thick linethick/3 shaded rgbstring(css,css,css)) with .c at T W: line thick linethick/3 from T+Perp to B+Perp Bot: ellipsearc(diamc,diamc*cs,pi_,twopi_,rp_ang,cw, thick linethick/3) with .C at B E: line thick linethick/3 from B-Perp to T-Perp rpoint_(from Start to End) `$6']') `cone3D(xdispl,ydispl,zdispl,diameter, [colored "color"])' define(`cone3D',`[ Start: (0,0) xdispl = `$1'; ydispl = `$2'; zdispl = `$3' define(`M4CL',`xdispl,ydispl,zdispl')dnl lenc = length3D(M4CL) diamc = ifelse(`$4',,(lenc/2),`$4') ; radc = diamc/2 End: (project(M4CL)) cs = dot3D(View3D,M4CL)/lenc az = atan2(ydispl,xdispl) ae = atan2(zdispl,sqrt(xdispl^2+ydispl^2)) CL: line invis from Start to End; C: CL.c nls = int(twopi_*radc/lthick) lt = sqrt(radc^2+lenc^2) b = 0 for i=0 to nls-1 do { if dot3D(View3D, rot3Dz(az,rot3Dy(-ae,rot3Dx(-i/nls*twopi_,radc,0,lenc)))) > 0 then { ql = sqrta(dot3D(Light3D, rot3Dz(az,rot3Dy(-ae,rot3Dx(-i/nls*twopi_,radc,0,lenc))))/lt) P: (project(rot3Dz(az,rot3Dy(-ae,rot3Dx(-i/nls*twopi_,0,0,radc))))) line from P to End outlined rgbstring(ql,ql,ql) `$5' if !b then { WB: P; b = 1 } } else { if b then { BW: P; b = 0 } } } if vlength(CL.x,CL.y) != 0 then { Perp: (vperp(CL,radc,R)) } else { Perp: (radc,0) } if cs >= 0 then { T: End; B: Start } else {T: Start; B: End } rpoint_(from Start to Perp) pout = (vlength(End.x,End.y) > abs(radc*cs)) if cs < 0 then { css = sqrta(cs) if pout then { line thick linethick/3 from BW to End then to WB } Bot: rotellipse(diamc,diamc*cs,thick linethick/3 \ ifelse(`$5',,`shaded rgbstring(css,css,css)',`$5')) with .c at T } \ else { if pout then { line thick linethick/3 from BW to End then to WB a = acos((WB.x*Perp.x+WB.y*Perp.y)/radc^2) Bot: ellipsearc(diamc,diamc*cs,a,pi_-a,rp_ang,cw, thick linethick/3) \ with .C at B } \ else { Bot: rotellipse(diamc,diamc*cs,thick linethick/3) with .c at B } } rpoint_(from Start to End) `$6']') `Arrow3D(xdispl,ydispl,zdispl, diam,arrowwid,arrowht)' define(`Arrow3D',`[ diam_Ar = ifelse(`$4',,linewid/10,`$4') wid_Ar = ifelse(`$5',,diam_Ar*2,`$5') ht_Ar = ifelse(`$6',,wid_Ar*2,`$6') x_Ar = ifelse(`$1',,1,`$1') y_Ar = ifelse(`$2',,1,`$2') z_Ar = ifelse(`$3',,1,`$3') define(`M4Arrow3D',`x_Ar,y_Ar,z_Ar')dnl len_Ar = length3D(M4Arrow3D) len_Shaft = len_Ar - ht_Ar cs_Ar = dot3D(View3D,M4Arrow3D) if cs_Ar >= 0 then { Shaft: cylinder3D(sprod3D(len_Shaft/len_Ar,M4Arrow3D),diam_Ar) Head: cone3D(sprod3D(ht_Ar/len_Ar,M4Arrow3D),wid_Ar) \ with .Start at Shaft.End } \ else { Head: cone3D(sprod3D(ht_Ar/len_Ar,M4Arrow3D),wid_Ar) Shaft: cylinder3D(sprod3D(len_Shaft/len_Ar,M4Arrow3D),diam_Ar) \ with .End at Head.Start } Start: Shaft.Start; End: Head.End `$7']') define(`f2xyz3D',``$1'x = `$2' `$1'y = `$3' `$1'z = `$4' ') `prism3D(xdispl,ydispl,zdispl,wid,ht,rotation (rad))' define(`prism3D',`[ Start: (0,0) xdispl = ifelse(`$1',,linewid,`$1') ydispl = ifelse(`$2',,linewid,`$2') zdispl = ifelse(`$3',,linewid,`$3') widp = ifelse(`$4',,(linewid/5),`$4') htp = ifelse(`$5',,(linewid/10),`$5') rotp = ifelse(`$6',,0,`$6') End: (project(xdispl,ydispl,zdispl)); C: 0.5 between Start and End lenp = length3D(xdispl,ydispl,zdispl) az = atan2(ydispl,xdispl); ae = atan2(zdispl,sqrt(xdispl^2+ydispl^2)) wp2 = widp/2; hp2 = htp/2 # corners f2xyz3D(nwB,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp, 0,-wp2, hp2)))) f2xyz3D(swB,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp, 0,-wp2,-hp2)))) f2xyz3D(seB,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp, 0, wp2,-hp2)))) f2xyz3D(neB,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp, 0, wp2, hp2)))) f2xyz3D(nwF,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp,lenp,-wp2, hp2)))) f2xyz3D(swF,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp,lenp,-wp2,-hp2)))) f2xyz3D(seF,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp,lenp, wp2,-hp2)))) f2xyz3D(neF,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp,lenp, wp2, hp2)))) # facets M4Facet3D(neF,nwF,swF,seF) M4Facet3D(neB,seB,swB,nwB) M4Facet3D(neF,seF,seB,neB) M4Facet3D(neF,neB,nwB,nwF) M4Facet3D(seF,swF,swB,seB) M4Facet3D(nwF,nwB,swB,swF) `$7']') define(`M4Facet3D',` define(`PFacet',`cross3D(diff3D(`$2'x,`$2'y,`$2'z,`$1'x,`$1'y,`$1'z), diff3D(`$3'x,`$3'y,`$3'z,`$2'x,`$2'y,`$2'z))') if dot3D(View3D,PFacet) > 0 then { fFacet = sqrta(dot3D(Light3D,PFacet)/length3D(PFacet)) P1: (project(`$1'x,`$1'y,`$1'z)) P2: (project(`$2'x,`$2'y,`$2'z)) P3: (project(`$3'x,`$3'y,`$3'z)) P4: (project(`$4'x,`$4'y,`$4'z)) line fill_(fFacet) invis from P1 to P2 then to P3 then to P4 then to P1 line from P1 to P2; round line to P3; round line to P4; round line to P1; round } ') ##################################################### divert(0)dnl azimuth = 60 elev = 10 setview(azimuth,elev) [ Orig: (0,0) setlight Arrow3D(1,0,0) with .Start at Orig; move left 12bp__ from last [].End "x" Arrow3D(0,1,0) with .Start at Orig; "y" ljust at last [].End Arrow3D(0,0,1.2) with .Start at Orig; "z" above at last [].End setlight(0,0,0) cylinder3D(1,1,1,0.6) with .Start at (project(0.5,0.5,0.5)) ] Ball: shadedball(0.5) with .nw at last [].ne+(-0.25,0) [ setview(45,10) setlight(40,70) n = 9; len = 1.5; thmin = m4azim+pi_/2*0.8; thmax = thmin+twopi_ for i=0 to n do { r = i/n*(thmax-thmin)+thmin prism3D(rot3Dz(r,rot3Dy(pi_/4,len,0,0)),0.2,0.1) \ with .Start at (project(rot3Dz(r,rot3Dy(pi_/4,len*0.5,0,0)))) } ] with .nw at last [].ne [ setlight(0,0) movewid = 0.1 len = 1.5; ni = 5; nj = 5 for i=1 to ni-1 do { {for j = 0 to nj by 2 do { setview(0,i/ni*180-90,j/nj*90) cylinder3D(0,0,len*(j+1)/(nj+1),0.4) if j < nj then {move right} } } if i < ni then {move down 0.85; right_} } #else { move down movewid } } ] with .nw at 1st [].sw+(0,-0.1) [ setlight(0,0) len = 1.5; ni = 4; nj = 6 for i=1 to ni do { {for j = 0 to nj by 2 do { setview(0,i/ni*180-90,j/nj*90) cone3D(0,0,len*(j+1)/(nj+1),0.4) if i==2 && j==(nj-2) then { move up_ 0.2 right_ -0.4 } \ else { if j < nj then {move right_ 0.1}} } } if i < ni then {move down_ 0.75; right_} } ] with .nw at last [].ne+(0.2,0) .PE Circuit_macros9.5/examples/svg/ShiftRSVG.m40000644060175006010010000000264613774371757017663 0ustar DwightNone.PS # ShiftR.m4 log_init(svg_font(sans-serif,11*0.9bp__)) textoffset = textht/6 define(`lg_plen',3) define(`customFF',`FlipFlopX(wid 10*L_unit ht FF_ht*L_unit,, :S;NE:CK;:R, N:PR, :Q;;ifelse(`$1',1,:Q), N:CLR,, ifelse(`$1',1, line right textht with .end at 2nd last ""+(-textoffset,0.4*textht)))') F0: customFF(1) BUFFER_gate(,N) with .Out at F0.W1.end line left 2*L_unit from last [].In1 T: dot reversed(`NOT_gate',left 10*L_unit) {move left textht*8} Serial: "SERIAL" rjust "INPUT" rjust line from T to (T,F0.W3) then to F0.W3.end NCLR: NOT_gate(right T.x-Serial.x from (Serial,F0.S1.end),N) "CLEAR" wid 33bp__ at NCLR.start rjust line left last "".wid with .c at last "".n+(0,1.5bp__) CLK: NOT_gate(right T.x-Serial.x from NCLR.start+(0,-BUF_ht*3/2*L_unit)) "CLOCK" at CLK.start rjust for_(1,4,1,` F`'m4x: customFF(eval(m4x!=4)) with .W3.end at F`'eval(m4x-1).E3.end ') "OUTPUT" wid 0.7 at F4.E1.end ljust line from NCLR.end to F4.S1.end down_ for_(0,4,1,` line from F`'m4x.W2.end down F0.W2.y-CLK.y ifelse(eval(m4x!=4),1,`dot',`line to CLK.end') N`'m4x: NAND_gate with .Out at F`'m4x.N1.end line up 2*L_unit from N`'m4x.In2 { line up 6*L_unit from N`'m4x.In1 "PR`'eval(4-m4x)" rjust } ifelse(eval(m4x!=4),1, `dot; dot(at F`'m4x.S1.end)', `line to (Serial,Here) "PRESET" rjust "ENABLE" rjust ') ') command "" # end font .PE Circuit_macros9.5/examples/svg/SierpinskiSVG.m40000644060175006010010000000246313774371757020601 0ustar DwightNone.PS # Sierpinski.m4 gen_init [ define Sierpinski { if $1 > 0.04 then { d = $1/2-lh shade(1,line from $2+(d/2,d/2*s3+lw*2) right d/2 up d/2*s3 then left d*2 \ then right d down d*s3 then right d/2 up d/2*s3 ) Sierpinski($1/2,$2-($1/2,0)) Sierpinski($1/2,$2+($1/2,0)) Sierpinski($1/2,$2+(0,$1*s3/2)) } } r = 3 linethick = 0.2 #linethick = 1/2 /(1pt__) lw = linethick pt__ /2 s3 = sqrt(3) lh = lw*s3 A: 3,3 d = r/2-lh shade(0,line from A+(0,lw) right d then up d*s3 left d then down d*s3 left d\ then right d ) ifpstricks(`psset_(linecolor=white)') Sierpinski(r/2,A) ifpstricks(`psset_(linecolor=black)') thicklines_ ] # CayleyGraph.m4 [ define CayleyGraph { if $3 > 0 then { { line to Here+(cosd($2),sind($2))*($1) exec sprintf("CayleyGraph(%g,%g,%g);", ($1)/2, $2, $3-1); } { line to Here+(cosd($2+90),sind($2+90))*($1) exec sprintf("CayleyGraph(%g,%g,%g);", ($1)/2, $2+90, $3-1); } { line to Here+(cosd($2-90),sind($2-90))*($1) exec sprintf("CayleyGraph(%g,%g,%g);", ($1)/2, $2-90, $3-1); } } } size = 2 depth = 6 for t=0 to 270 by 90 do { line from (0,0) to (cosd(t),sind(t))*size/2; { exec sprintf("CayleyGraph(%g,%g,%g);",size/4,t,depth); } } ] scaled 3/4 with .sw at last [].se+(-0.25,0) .PE Circuit_macros9.5/examples/svg/SixpoleSVG.m40000644060175006010010000000064313774371757020102 0ustar DwightNone.PS # sixpole.m4 define(`biquad',`[ In: Here resistor(right_) E: dot resistor dot {capacitor(down_,C); ground(,T)} line right_ elen_/3 { dot line up_ elen_ amp(to (E,Here),elen_/2) capacitor(from E to Here,C) } amp(right_,elen_/2) Out: Here ]') cct_init define(`elen_',linewid) biquad biquad with .In at last [].Out+(-linewid/4,0) biquad with .In at last [].Out+(-linewid/4,0) .PE Circuit_macros9.5/examples/svg/SourcesSVG.m40000644060175006010010000000356313774371757020106 0ustar DwightNone.PS # `SourcesSVG.m4' cct_init(svg_font(sans-serif,11bp__)) textwid = 0.7 movewid = 2pt__ moveht = 0.275 define(`NL',`; move down $1; right_') { {source ; move ; "`source'" ljust} NL {source(,I) ; move ; "`source(,I)'" ljust} NL {source(,i) ; move ; "`source(,i)'" ljust} NL {source(,V) ; move ; "`source(,V)'" ljust} NL {source(,v) ; move ; "`source(,v)'" ljust} NL {source(,AC); move ; "`source(,AC)'" ljust} NL {source(,X) ; move ; "`source(,X)'" ljust} NL {source(,F) ; move ; "`source(,F)'" ljust} NL {source(,G) ; move ; "`source(,G)'" ljust} NL {source(,Q) ; move ; "`source(,Q)'" ljust} NL(0.3) {proximity ; move ; "`proximity" ljust "= consource(,P)'" ljust} } move right_ 2.0 { {source(,,0.4) ; move ; "`source(,,0.4)'" ljust} NL(0.35) {source(,P) ; move ; "`source(,P)'" ljust} NL {source(,U) ; move ; "`source(,U)'" ljust} NL {source(,H) ; move ; "`source(,H)'" ljust} NL {source(,R) ; move ; "`source(,R)'" ljust} NL {source(,S) ; move ; "`source(,S)'" ljust} NL {source(,T) ; move ; "`source(,T)'" ljust} NL {source(,L) ; move ; "`source(,L)'" ljust} NL {source(,B) ; move ; "`source(,B)'" ljust} NL {nullator ; move ; "`nullator'" ljust} NL(moveht*0.8) {norator ; move ; "`norator'" ljust} } move right_ 2.0 {source(,N) ; move ; "`source(,N)'" ljust} NL {source(,"svg_micro(A)"); move; "`source(,\"svg_micro(A)\")'" \ wid 1.7 at Here ljust}NL(0.31) {consource ; move ; "`consource'" ljust } NL(0.32) {consource(,I) ; move ; "`consource(,I)'" ljust} NL(0.32) {consource(,i) ; move ; "`consource(,i)'" ljust} NL(0.32) {consource(,V) ; move ; "`consource(,V)'" ljust} NL(0.32) {consource(,v) ; move ; "`consource(,v)'" ljust} NL(0.3) {battery ; move ; "`battery'" ljust} NL {battery(,3,R) ; move ; "`battery(,3,R)'" ljust} command "" # end font .PE Circuit_macros9.5/examples/svg/SQUIDSVG.m40000644060175006010010000000064113774371757017342 0ustar DwightNone.PS # SQUIDSVG.m4 cct_init(svg_font(sans-serif,11bp__)) down_ S1: SQUID "J1" at S1.J1 above rjust wid 15bp__ "J2" at S1.J2 above ljust S2: SQUID(3,dimen_*1.5,-120) at S1.e+(elen_,0) "J1" at S2.J1 above rjust "J2" at S2.J2 below ljust "J3" at S2.J3 above ljust arcrad = S2.C.rad*0.7 arc from S2.c+(Rect_(arcrad,-135)) to S2.c+(Rect_(arcrad,-45)) \ with .c at S2.C -> command "" # end font .PE Circuit_macros9.5/examples/svg/SVGconfig.m40000644060175006010010000000203213774371757017716 0ustar DwightNonedivert(-1) #nclude(svg.m4)dnl #ivert(-1) #Adjust scale and default lengths define(`scaledefaults',` scale = 1/($1) arcrad = arcrad*($1) arrowht = arrowht*($1) arrowwid = arrowwid*($1) boxht = boxht*($1) boxrad = boxrad*($1) boxwid = boxwid*($1) circlerad = circlerad*($1) dashwid = dashwid*($1) ellipseht = ellipseht*($1) ellipsewid = ellipsewid*($1) lineht = lineht*($1) linewid = linewid*($1) moveht = moveht*($1) movewid = movewid*($1) textht = textht*($1) textoffset = textoffset*($1) textwid = textwid*($1) linethick = linethick*($1) maxpsht = maxpsht*($1) maxpswid = maxpswid*($1) ') # Possible defaults for diagrams in mm define(`SIdefaults',` scale = scale*25.4 arcrad = 5 arrowht = 2.5 arrowwid = arrowht/2 boxht = 12 boxrad = 0 boxwid = 18 circlerad = 5 dashwid = 1.5 ellipseht = 12 ellipsewid = 18 lineht = 12 linewid = 12 moveht = 12 movewid = 12 textht = ifsvg(4,0) textoffset = 3 textwid = 0 ') define(`local_init',` `#' local init begin scaledefaults(1.1) `#' local init end ') divert(0)dnl Circuit_macros9.5/examples/svg/SwitchesSVG.m40000644060175006010010000001032513774371757020246 0ustar DwightNone.PS # SwitchesSVG.m4 cct_init(svg_font(sans-serif,11bp__,2bp__)) textoffset = 3bp__ movewid = 0.25 # Row 1 right_; { lswitch; {S:"svg_tt(`lswitch')" at last [].s+(0,-10bp__)} move right_ lswitch(,,O); {"svg_tt(`(,,O)')" at (last [],S)} move right_ lswitch(,,C); {"svg_tt(`(,,C)')" at (last [],S)} move right_ lswitch(,,DA); {"svg_tt(`(,,DA)')" at (last [],S)} move right_ lswitch(,,dDO); {"svg_tt(`(,,dDO)')" at (last [],S)} move right_ lswitch(,,uDC); {"svg_tt(`(,,uDC)')" at (last [],S)} } # Row 2 move down; right_; { lswitch(,,K); {S:"svg_tt(`(,,K)')" at last [].s+(0,-10bp__)} move right_ lswitch(,,KD); {"svg_tt(`(,,KD)')" at (last [],S)} move right_ lswitch(,,KOD); {"svg_tt(`(,,KOD)')" at (last [],S)} move right_ lswitch(,,KCD); {"svg_tt(`(,,KCD)')" at (last [],S)} move right_ bswitch; {"svg_tt(``bswitch'')" at (last [],S)} move right_ bswitch(,,C); {"svg_tt(`(,,C)')" at (last [],S)} } # Row 3 move down; right_; { D: dswitch(,,); {S: "svg_tt(`dswitch(,,)')" at last [].s+(0,-10bp__)} thinlines_ { spline <- from 0.25 along_(D) up 0.1 then up 0.05 left 0.1 {"svg_tt(`W')" rjust} spline <- from D.c+(0,m4sc*2) up 0.1 then up 0.05 left 0.1 {"svg_tt(`B')" rjust }} thicklines_ move right_ D: dswitch(,,WdBK); {"svg_tt(`(,,WdBK)')" at (last [],S)+(0,-4bp__)} thinlines_ { spline <- from tr_xy(0,-2) up 0.1 then up 0.10 left 0.1 {"svg_tt(`dB')" rjust} spline <- from tr_xy(4,-2) right 0.1 then right 0.05 up 0.15 {"svg_tt(`K')" above }} thicklines_ move right_ dswitch(,,WBmdDK); {"svg_tt(`(,,WBmdDK)')" at (last [],S)} move right_ dswitch(,,WBKTr); {"svg_tt(`(,,WBKTr)')" at (last [],S)} move right_ dswitch(,,WdBL); {"svg_tt(`(,,WdBL)')" at (last [],S+(0,-4bp__))} move right_ dswitch(,,WBCo); {"svg_tt(`(,,WBCo)')" at (last [],S)} } # Row 4 move down; right_; { dswitch(,,WBKCo); {S: "svg_tt(`(,,WBKCo)')" at last [].s+(0,-10bp__)} move right_ dswitch(,,WBCb); {"svg_tt(`(,,WBCb)')" at (last [],S)} move right_ dswitch(,,WBDI); {"svg_tt(`(,,WBDI)')" at (last [],S)} move right_ dswitch(,,WBSd); {"svg_tt(`(,,WBSd)')" at (last [],S)} move right_ dswitch(,,WBFDI); {"svg_tt(`(,,WBFDI)')" at (last [],S)} move right_ dswitch(,,WBFSd); {"svg_tt(`(,,WBFSd)')" at (last [],S)} } # Row 5 move down moveht*5/4; right_; { dswitch(,,WBTh); {S: "svg_tt(`(,,WBTh)')" at last [].s+(0,-10bp__)} move right_ dswitch(,,WBKC); {"svg_tt(`(,,WBKC)')" at (last [],S)} move right_ dswitch(,,WBM); {"svg_tt(`(,,WBM)')" at (last [],S)} move right_ dswitch(,,WBCO); {"svg_tt(`(,,WBCO)')" at (last [],S)} move right_ dswitch(,,WBMP); {"svg_tt(`(,,WBMP)')" at (last [],S)} move right_ dswitch(,,WBoKCP); {"svg_tt(`(,,WBoKCP)')" at (last [],S)} } # Row 6 move down moveht*5/4; right_; { dswitch(,,WBCY); {S: "svg_tt(`(,,WBCY)')" at last [].s+(0,-10bp__)} move right_ dswitch(,,WBCZ); {"svg_tt(`(,,WBCZ)')" at (last [],S)} move right_ dswitch(,,WBCE); {"svg_tt(`(,,WBCE)')" at (last [],S)} move right_ dswitch(,,WBRH); {"svg_tt(`(,,WBRH)')" at (last [],S)} move right_ dswitch(,,WBRdH); {"svg_tt(`(,,WBRdH)')" at (last [],S)} move right_ dswitch(,,WBRHH); {"svg_tt(`(,,WBRHH)')" at (last [],S)} } # Row 7 move down moveht*5/4; right_; { move down 2bp__; right_ dswitch(,,WBPr); {S: "svg_tt(`(,,WBPr)')" at last [].s+(0,-10bp__)} move right_ dswitch(,,WBPrT); {S: "svg_tt(`(,,WBPrT)')" at last [].s+(0,-10bp__)} move down_ 6bp__ then right_ dswitch(,,WBPrM); {S: "svg_tt(`(,,WBPrM)')" at last [].s+(0,-10bp__)} } # Row 8 move down; right_; { dswitch(,,WBMMR); {S: "svg_tt(`(,,WBMMR)')" at last [].s+(0,-10bp__)} move right_ dswitch(,,WBMM); {"svg_tt(`(,,WBMM)')" at (last [],S)} move right_ dswitch(,,WBMR); {"svg_tt(`(,,WBMR)')" at (last [],S)} move right_ dswitch(,,WBEL); {"svg_tt(`(,,WBEL)')" at (last [],S)} move right_ dswitch(,,WBLE); {"svg_tt(`(,,WBLE)')" at (last [],S)} move right_ dswitch(,,WBoKEL); {"svg_tt(`(,,WBoKEL)')" at (last [],S)} } command "')" # end font .PE Circuit_macros9.5/examples/svg/TgateSVG.m40000644060175006010010000000203713774371757017522 0ustar DwightNone.PS # Tgate.m4 cct_init(svg_font(sans-serif,11bp__)) right_ [ { Q: tgate "A" at Q.A rjust "B" at Q.B ljust "G" at Q.G ljust below "Gb" at Q.Gb ljust above `"tgate"' wid 0.5 at Q.A-(0.25,0) rjust } move down_ linewid; right_ { Q: tgate(,L) "A" at Q.A rjust "B" at Q.B ljust "G" at Q.G rjust above "Gb" at Q.Gb ljust below `"tgate(,L)"' at Q.A-(0.25,0) rjust move left 0.75; right } ] [ { Q: tgate(,B) "A" at Q.A rjust "B" at Q.B ljust "G" at Q.G ljust `"tgate(,B)"' at Q.G-(0,10bp__) below } ] with .Q.A at last [].Q.B+(0.5,linewid/2) [ { Q: ptrans "A" at Q.A rjust "B" at Q.B ljust "G" at Q.G rjust below "Gb" at Q.Gb rjust `"ptrans"' at Q.B+(0.25,0) ljust } move down_ linewid; right_ { Q: ptrans(,L) "A" at Q.A rjust "B" at Q.B ljust "G" at Q.G ljust above "Gb" at Q.Gb ljust below `"ptrans(,L)"' wid 0.75 at Q.B+(0.25,0) ljust } ] with .Q.Gb at (last [].e.x+elen_/2+0.5,1st [].Q.Gb.y) command "" # end font .PE Circuit_macros9.5/examples/svg/ThreeSVG.m40000644060175006010010000000264413774371757017531 0ustar DwightNone.PS # ThreeSVG.m4: three-phase oscillator cct_init(svg_font(sans-serif,11bp__)) define(`section',`[ I: Here resistor(right elen_*0.75); llabel(,R/2) T: dot line down dimen_/2 then right_ dimen_/4 Amp: opamp(,,,,,{ rgbfill(0.9*255,0.6*255,0.1*255,line to N then to E then to S then to Here) "-" at In1 ljust "+" at In2 ljust } ) with .In1 at Here line left dimen_/4 from Amp.In2 then down dimen_/4; G: ground(,,) resistor(from T to (Amp.Out,T)); llabel(,R) O: dot { arrow up dimen_*0.5 then right dimen_/4 up dimen_/4 "`$1'" above } line to Amp.Out dot(at T+(dimen_/4,0)); line up dimen_*0.6 capacitor(right_ Amp.Out.x-Here.x-dimen_/4,C); llabel(,2C) line to (Here,T); dot ]') A: section(svg_symbol(0&`#'176;)) B: section(svg_symbol(120&`#'176;)) with .I at A.O C: section(svg_symbol(-120&`#'176;)) with .I at B.O move right 22pt__ from C.O ground(at (A.I,A.G)+(dimen_/3,0),,) P:potentiometer(down_ dimen_/2,,0.75,dimen_/2) with .End at Here line from P.Start to (A.I,P.Start); dot resistor(up_ dimen_*0.75 from P.T1) line to A.T dot(at B.Amp.Out+(dimen_/3,0)); { "svg_it(V`'svg_sub(c))" at last [].n above } resistor(down_ dimen_*0.75) { dot; line right (C.T.x-Here.x)/2 reversed(`diode',up_ dimen_) line to C.T } resistor(down_ dimen_*0.75) dot line from C.O right dimen_/4 then down C.O.y-Here.y then to (A.I,Here) \ then to A.I command "" # end font .PE Circuit_macros9.5/examples/svg/thyristorSVG.m40000644060175006010010000000635613774371757020535 0ustar DwightNone.PS # `thyristorSVG.m4' cct_init(svg_font(sans-serif,11bp__,1.5bp__)) define labels { { "$1" $2 at last[].$1 "$3" $4 at last[].$3 "$5" $6 at last[].$5 "$7" $9 at (last[].s+(0,$8)) } } down_ Row1: [ {thyristor labels(A,above,K,below,G,ljust,`thyristor',-0.25,wid 0.75) } move right 0.50 ; down_ {thyristor(,B) labels(T1,above,T2,below,G,below ljust,`...(,B)',-0.35) } move right 0.50 ; down_ {thyristor(down_ dimen_*0.8,BR) labels(T1,above,T2,below,G,below rjust,`...(,BR)',-0.22) } move right 0.60 ; down_ {thyristor(,BE) labels(T1,above,T2,below,G,below ljust,`...(,BE)',-0.35) } move right 0.50 ; down_ {thyristor(,A) at (Here,last []) labels(A,above,K,below,G,ljust,`...(,A)',-0.35) } move right 0.50 ; down_ {thyristor(,F) at (Here,last []) labels(A,above,K,below,G,ljust,`...(,F)',-0.22) } move right 0.65 ; down_ {thyristor(,BRE) labels(T1,above,T2,below,G,below rjust,`...(,BRE)',-0.35) } move right 0.75 ; down_ {thyristor(,UARE) at (Here,last []) labels(A,above,K,below,G,rjust below,`...(,UARE)',-0.22) } move right 0.50 ; down_ {thyristor(,AV,G: G+(0.1,0.1)) at (Here,last []) thinlines_ spline -> from last[].G left 0.05 then left 0.05 down 0.1 thicklines_ labels(A,above,K,below,G,ljust,`...(,AV)',-0.35) } move right 0.50 ; down_ {thyristor(,IEC) labels(A,above ljust,K,below ljust,G,ljust,`...(,IEC)',-0.22) } ] Row2: [ down_ {thyristor(,UAH) labels(A,rjust above,K,rjust below,G,ljust,`...(,UAH)',-0.35,wid 0.65) } move right 0.55 ; down_ {thyristor(,N) at (Here,last []) labels(A,above,K,below,Ga,rjust,`...(,N)',-0.22) } move right 0.55 ; down_ {thyristor(,UANRE) at (Here,last []) labels(A,above,K,below,Ga,ljust above,`...(,UANRE)',-0.35) } move right 0.55 ; down_ {thyristor(,SCR) at (Here,last []) labels(A,above,K,below rjust,G,below ljust,`...(,SCR)',-0.22) } move right 0.55 ; down_ {thyristor(,SCRE) at (Here,last []) labels(A,above,K,below,G,ljust below,`...(SCRE)',-0.35) } move right 0.65 ; down_ {thyristor(,SCRRE) at (Here,last []) labels(A,above,K,below,G,rjust below,`...(SCRRE)',-0.22) } move right 0.55 ; down_ {thyristor(,SCS) at (Here,last []) labels(A,above,K,below,G,ljust,`...(SCS)',-0.35) } { "Ga" rjust above at last[].Ga } move right 0.55 ; down_ {thyristor(,SCSE) at (Here,last []) labels(A,above,K,below,G,ljust below,`...(SCSE)',-0.22) } { "Ga" rjust above at last[].Ga } move right 0.65 ; down_ {thyristor(,SUSE) at (Here,last []) labels(A,above,K,below,G,rjust,`...(SUSE)',-0.35) } move right 0.65 ; down_ {thyristor(,SBSE) at (Here,last []) labels(T1,above,T2,below,G,rjust,`...(SBSE)',-0.22,wid 50bp__) } ] with .nw at Row1.sw + (0,-0.20) Twoterms: [ right_ { scr(,,Q) ; `"scr(,,Q)"' at last [].e ljust} { "Q.G" at Q.G above } move down 0.4; right_ { scs(,,Q2) ; `"scs(,,Q2)"' at last [].e ljust } { "Q2.G" at Q2.G above } { "Q2.Ga" at Q2.Ga below } ] with .nw at Row2.sw+(0,-0.2) [ right_ { sus(,RE,Q3) ; `"sus(,RE,Q3)"' at last [].e ljust} { "Q3.G" at Q3.G above } move right_ 1.2 from last line.end { sbs(,E,Q4) ; `"sbs(,E,Q4)"' at last [].e ljust} { "Q4.G" at Q4.G below } ] with .w at last [].e+(1.0,0) command "" # end font .PE Circuit_macros9.5/examples/svg/TimerSVG.m40000644060175006010010000000311413774371757017533 0ustar DwightNone.PS # TimerSVG.m4 cct_init(svg_font(sans-serif,10.5bp__)) define(`ic555',`[Chip: box ht boxwid wid boxwid "555" P7: "7" ljust at 1/6 P6: "6" ljust at 1/2 P2: "2" ljust at 5/6 P4: "4" below at 1/3 P8: "8" below at 2/3 P3: "3" rjust at Chip.e P1: "1" above at Chip.s ]') define(`elen_',`linewid') Vs: dot down_ variable(`resistor(,E); llabel(,svg_norm(1 M`'svg_ohm))'); resistor(,E); llabel(,svg_norm(100 k`'svg_ohm)) capacitor(,E); llabel(svg_norm(220 svg_micro`'F)) Zero: dot dot(at Vs+(elen_*4/3,0)) resistor(,E); llabel(,svg_norm(33 k`'svg_ohm)) line to (Here,Zero) chop 0 chop elen_ C2: capacitor; llabel(svg_norm(0.1 svg_micro`'F)) dot IC1: ic555 with .P7 at C2.start + (elen_,0) line from IC1.P4 to (IC1.P4,Vs); dot line from IC1.P8 to (IC1.P8,Vs); dot line from IC1.P1 to (IC1.P1,Zero); dot line from IC1.P2 to (C2,IC1.P2); dot crossover(from IC1.P7 to (Zero,IC1.P7),R,C2); dot line from IC1.P6 left elen_/2 then down IC1.P6.y-IC1.P7.y; dot line from IC1.P3 right elen_*2/3 R: dot line right_ elen_/3 B: buzzer(,,C) with .In3 at Here line from B.In1 to (R,B.In1) reversed(`diode',to (Here,Vs),LE); "red" at last line.c+(elen_/2,0) resistor(down_ elen_ from R,E); llabel(,svg_norm(470 svg_ohm)) diode(to (Here,Zero),LE); {"green" wid 0.4 at last line.c+(elen_*2/3,0)} line to Zero chop 0 chop -elen_ line up_ (Vs.y-Here.y)/3 battery(up_ (Vs.y-Here.y)/3); rlabel(,,svg_norm(9 V)) switch(to (Here,Vs),,D) line to (R,Vs) command "" # end font .PE Circuit_macros9.5/examples/svg/tstSVG.htmx0000644060175006010010000002224413774371760017724 0ustar DwightNone SVG Examples: Circuit_macros Version XXX

SVG Circuit_macros examples, Version XXX

These diagrams are in .svg format. Pdf and png versions are also available. The PDF equivalent can be found in examples.pdf of the distribution.

Click on the link to view the source of each diagram.

define(`cfig',`


$1.m4

') define(`m4tt',`')

These diagrams have been adapted from the Circuit_macros examples in order to test the experimental svg output of dpic. Generating the line art is relatively straightforward, but the labeling is not created by a text processor and must, therefore, be more basic.

    • m4tt`'svg_font(font-face,nominal size[:dptextratio],textoffset, dpic commands`'m4tt): Change font face and dpic m4tt`'textht, m4tt`'dptextratio, and m4tt`'textoffset parameters. If arg4 is blank, the font is changed and requires m4tt`'command "</g>" to cancel the font change.
      Note: Nominal height = text height in drawing units; actual height = nominal ht x m4tt`'dptextratio.
      Examples:
      m4tt`'svg_font(Times)
      m4tt`'svg_font(Times,14bp__)
      m4tt`'svg_font(sans-serif,14bp__:0.71)
      m4tt`'svg_font(Times,11bp__,1bp__,"text" at A)
      m4tt`'svg_font(font-family="Times")
      m4tt`'svg_font(font-family="Times" font-style="italic")
      m4tt`'svg_font(style="font-family:Times; font-style:italic")
    • m4tt svgfontratio(font name`'m4tt); Reasonable m4tt`'dptextratio value for common fonts, used by m4tt`'svg_font.
    • m4tt svg_tspan(text attributes, text`'m4tt); e.g. m4tt`'svg_tspan(font-style="italic" font-size="75%",XYZ)
    • m4tt svg_it(text`'m4tt): for italics
    • m4tt svg_tt(text`'m4tt): for monospace (courier)
    • m4tt svg_norm(text`'m4tt): for normal text
    • m4tt svg_bf(text`'m4tt): for bold face
    • m4tt svg_small(text, percent`'m4tt): to set a smaller text size, default 66
    • m4tt svg_fsize(text, percent`'m4tt): for setting larger or smaller text size, default 100
    • m4tt svg_sub(text, size percent, y displ, x displ`'m4tt): subscript
    • m4tt svg_sup(text, size percent, y displ, x displ`'m4tt): superscript
    • m4tt svg_rot(degrees, "text" [at position]`'m4tt): Rotate text degrees (default 90) ccw. Requires m4tt`'svg_rot_init(filename`'m4tt) and the source must be processed twice.
    • m4tt svg_rot_init(filename`'m4tt): filename is the basename of the output of m4tt`'dpic -v filename.pic > filename.svg`'m4tt
    • m4tt svg_symbol(text`'m4tt): allow quoted pound sign in text, e.g., m4tt`'svg_symbol(10&`#'176;) produces 10°
    • m4tt svgLink(URL, drawing object, m4tt[B]): link to external file using <a xlink:href=...>...</a> (default is m4tt`'target="_blank" unless arg 3 = B)
    • m4tt svgLinkString as above but for strings attached to objects
    • Greek and other symbols:
      m4tt svg_alpha changecom(,)&`#'945;changecom(`#') m4tt svg_beta changecom(,)&`#'946;changecom(`#') m4tt svg_Gamma changecom(,)&`#'915;changecom(`#') m4tt svg_gamma changecom(,)&`#'947;changecom(`#') m4tt svg_Delta changecom(,)&`#'916;changecom(`#') m4tt svg_delta changecom(,)&`#'948;changecom(`#') m4tt svg_epsilon changecom(,)&`#'949;changecom(`#') m4tt svg_zeta changecom(,)&`#'950;changecom(`#')
      m4tt svg_eta changecom(,)&`#'951;changecom(`#') m4tt svg_Theta changecom(,)&`#'920;changecom(`#') m4tt svg_theta changecom(,)&`#'952;changecom(`#') m4tt svg_iota changecom(,)&`#'953;changecom(`#') m4tt svg_kappa changecom(,)&`#'954;changecom(`#') m4tt svg_Lambda changecom(,)&`#'923;changecom(`#') m4tt svg_lambda changecom(,)&`#'955;changecom(`#') m4tt svg_mu changecom(,)&`#'956;changecom(`#')
      m4tt svg_nu changecom(,)&`#'957;changecom(`#') m4tt svg_Xi changecom(,)&`#'926;changecom(`#') m4tt svg_xi changecom(,)&`#'958;changecom(`#') m4tt svg_Pi changecom(,)&`#'928;changecom(`#') m4tt svg_pi changecom(,)&`#'960;changecom(`#') m4tt svg_rho changecom(,)&`#'961;changecom(`#') m4tt svg_Sigma changecom(,)&`#'931;changecom(`#') m4tt svg_sigma changecom(,)&`#'963;changecom(`#')
      m4tt svg_tau changecom(,)&`#'964;changecom(`#') m4tt svg_upsilon changecom(,)&`#'965;changecom(`#') m4tt svg_Phi changecom(,)&`#'934;changecom(`#') m4tt svg_phi changecom(,)&`#'966;changecom(`#') m4tt svg_chi changecom(,)&`#'967;changecom(`#') m4tt svg_Psi changecom(,)&`#'936;changecom(`#') m4tt svg_psi changecom(,)&`#'968;changecom(`#') m4tt svg_Omega changecom(,)&`#'937;changecom(`#')
      m4tt svg_omega changecom(,)&`#'969;changecom(`#') m4tt svg_micro changecom(,)&`#'956;changecom(`#') m4tt svg_ohm changecom(,)&`#'937;changecom(`#') m4tt svg_lt changecom(,)&`#'60;changecom(`#') m4tt svg_gt changecom(,)&`#'62;changecom(`#') m4tt svg_leq changecom(,)&`#'8804;changecom(`#') m4tt svg_geq changecom(,)&`#'8805;changecom(`#') m4tt svg_prime changecom(,)&`#'8242;changecom(`#')
      m4tt svg_backsl changecom(,)&`#'92;changecom(`#') m4tt svg_pound changecom(,)&`#'35;changecom(`#') m4tt svg_comma changecom(,)&`#'44;changecom(`#') m4tt svg_lparen changecom(,)&`#'40;changecom(`#') m4tt svg_rparen changecom(,)&`#'41;changecom(`#') m4tt svg_emsp |changecom(,)&`#'8195;changecom(`#')| m4tt svg_ensp |changecom(,)&`#'8194;changecom(`#')| m4tt svg_thinsp |changecom(,)&`#'8201;changecom(`#')|
      m4tt svg_circ |changecom(,)&`#'710;changecom(`#')| m4tt svg_deg |changecom(,)&`#'176;changecom(`#')|
  • Inkscape: It may be efficient to define elements by macro and to place them using a WYSIWYG graphics editor. A draft page intended for Inkscape is included. A reasonable variety of elements is defined but should be customized for particular applications.
  • Link experiments: Click on the resistor or source of quickSVG to go to external files in new windows. Click on "n-port" in NportSVG to replace the diagram and then "back" to return.
  • Some of the assumptions used to create this draft may be naive. Comments are welcome.
cfig(XXXXX) Circuit_macros9.5/examples/svg/TTLnandSVG.m40000644060175006010010000000321313774371757017757 0ustar DwightNone.PS # TTLnand.m4 cct_init(svg_font(sans-serif,11bp__,1bp__)) up_ Q3: bi_tr "Q3" at Q3.E above ljust dot(at Q3.C); reversed(`diode',up_ dimen_/2) Q4: bi_tr with .E at Here "Q4" at Q4.E above ljust resistor(up_ dimen_ from Q4.C); rlabel(,`svg_norm(130 svg_ohm)') V: dot line left_ dimen_*0.75 from Q4.B; dot line left_ dimen_*0.75 from Q3.B; dot Q2: bi_tr(up_ Q4.B.y-Q3.B.y) with .E at Here "Q2" at 1/2 between Q2.E and Q2.C ljust resistor(from Q2.C to (Q2.C,V)); rlabel(,`svg_norm(1.6 k`'svg_ohm)'); dot resistor(from Q2.E down_ dimen_); llabel(,`svg_norm(1 k`'svg_ohm)') line to (Q4.E,Here) G: dot line to Q3.E line left_ dimen_/4 from Q2.B right_ Q1: bi_trans(,,BCdE2BU) with .C at Here "Q1" at Q1.Bulk above rjust resistor(up_ from Q1.B to (Q1.B,V)); rlabel(,svg_norm(4 k`'svg_ohm)) line to V line left dimen_ from Q1.E2 X1: dot; "X1" wid 0.2 rjust above at last [].w X2: dot(at (X1,Q3.C)); "X2" rjust at last [].w AA: line invis right dimen_ from X2 line from X2 to Intersect_(AA,Q1.Em1) then to Q1.E1 X3: dot(at 2 between X1 and X2); "X3" rjust below at last [].w AA: line invis right dimen_ from X3 line from X3 to Intersect_(AA,Q1.Em0) then to Q1.E0 W: X2+(dimen_/2,0) N: V+(0,dimen_/4) S: (N.x,N.y-2*(N.y-W.y)) line from V to 2 between V and N Vcc:dot; "+5 svg_norm(V)" ljust at last [].e line from G to (G,S) ground line from N to (W,N) then to (W,S) then to S arc rad N.y-W.y ccw to N with .c at 1/2 between N and S line right (N.y-S.y)/2+dimen_/2 from Q3.C Z: dot lw = 1.05 "svg_it(Z = X1 . X2 . X3)" wid lw ljust line left lw*0.73 from last "".ne+(0,2*textoffset) command "" # end font .PE Circuit_macros9.5/examples/svg/TtreeSVG.m40000644060175006010010000000602313774371757017540 0ustar DwightNone.PS # Ttree.m4 # A binary tree using m4 gen_init sinclude(tst.dim) s_init(Ttree) # `Node(no in row, head [location], # displacement of top of body (.n) wrt head, # body Node 1, body Node 2, ...) ' define(`Node',` Head`$1': `$2' ifelse(`$3',,,` Body`$1': [ Loopover_(`v',`v; define(`m4ct',m4Lx)',shift(shift(shift($@)))) ] with .n at Head`$1' + `$3' connect(`$1',m4ct)')') define(`connect',`Bot: move from Head$1.sw-(0,5bp__) to Head$1.se-(0,5bp__) for_(1,`$2',1, `Top: move from Body$1.Head`'m4x.nw+(0,2bp__) \ to Body$1.Head`'m4x.ne+(0,2bp__) Mov: move from Head$1 to Body$1.Head`'m4x if Bot.len*Top.len*Mov.len > 0 then { line from Intersect_(Mov,Top) to Intersect_(Mov,Bot)}')') vsep = 0.75 define(`txw',`wid `$1'mm__')dnl scaled by 14/12 for 14 pt type Node(1,"svg_it(h(h(h(x`'svg_sub(1),x`'svg_sub(2))," \ + "h(x`'svg_sub(3),x`'svg_sub(4))),h(h(x`'svg_sub(5),x`'svg_sub(6))," \ + "h(x`'svg_sub(7),x`'svg_sub(8)))))" txw(70) , (0,-vsep), Node(1,"svg_it(h(h(x`'svg_sub(1),x`'svg_sub(2)),h(x`'svg_sub(3)," \ + "x`'svg_sub(4))))" txw(32) , (0,-vsep), Node(1,"svg_it(h(x`'svg_sub(1),x`'svg_sub(2)))" txw(14) , (0,-vsep), Node(1,"svg_it(x`'svg_sub(1):=((A,pk`'svg_sub(A)),h`'svg_sub(1)))" \ txw(29) ), Node(2,"svg_it(x`'svg_sub(2):=((B,pk`'svg_sub(B)),h`'svg_sub(2)))" \ txw(29) with .n at last "".ne+(0.2,-vsep*2/3))), Node(2,"svg_it(h(x`'svg_sub(3),x`'svg_sub(4)))" txw(14) \ with .nw at Head1.ne+(Body1.wid/2+0.1,0), (0,-vsep), Node(1,"svg_it(x`'svg_sub(3):=" \ + "((A,pk`'svg_prime`'svg_sub(A,,,-0.5ex)),h`'svg_sub(3)))" \ txw(29)), Node(2,"svg_it(x`'svg_sub(4):=((D,pk`'svg_sub(D)),h`'svg_sub(4)))" \ txw(29) with .n at last "".ne+(0.2,-vsep*2/3)))), Node(2,"svg_it(h(h(x`'svg_sub(5),x`'svg_sub(6)),h(x`'svg_sub(7)," \ + "x`'svg_sub(8))))" txw(29) with .nw at Head1.ne+(Body1.wid/2,0), (0,-vsep), Node(1, "svg_it(h(x`'svg_sub(5),x`'svg_sub(6)))" txw(14) , (0,-vsep*5/4), Node(1,"svg_it(x`'svg_sub(5):=((E,pk`'svg_sub(E)),h`'svg_sub(5)))" \ txw(29) ), Node(2,"svg_it(x`'svg_sub(6):=((H,pk`'svg_sub(H)),h`'svg_sub(6)))" \ txw(29) with .n at last "".ne+(0.2,-vsep*2/3))), Node(2,"svg_it(h(x`'svg_sub(7),x`'svg_sub(8)))" txw(14) \ with .nw at Head1.ne+(Body1.wid/2+0.1,0), (0,-vsep*5/4), Node(1,"svg_it(x`'svg_sub(7):=" \ + "((D,pk`'svg_prime`'svg_sub(D,,,-0.5ex)),h`'svg_sub(7)))" \ txw(29) ), Node(2,"svg_it(x`'svg_sub(8):=((K,pk`'svg_sub(K)),h`'svg_sub(8)))" \ txw(29) with .n at last "".ne+(0.2,-vsep*2/3))), Node(3,"svg_it(h(x`'svg_sub(9)))" txw(8) \ at 0.5 between Head1 and Head2))) .PE Circuit_macros9.5/examples/svg/TubediagsSVG.m40000644060175006010010000003027613774371757020373 0ustar DwightNone.PS # TubediagsSVG.m4 cct_init(svg_font(sans-serif,10bp__,2bp__)) include(../tubedefs.m4) # Some base diagrams [ Loopover_(`xv',` V_`'xv: m4xpand(B_`'xv) ifelse(m4Lx,1,, `with .Base at last [].Base+(dimen_*3,0)') "xv" at V_`'xv.Base.s+(0,-dimen_/3) below', 2AG,2D,4BB,9K) ] # Test circuit [ Ld: dot battery(up dimen_,2) line right_ dimen_ Pot1: potentiometer(down_ dimen_*2,5) with .Start at Here line from Pot1.End left_ dimen_ battery(up_ to Ld,2) Tg: dot(at Pot1.T1) source(right_ dimen_ from Pot1.T1,"svg_mu`'A") line right_ dimen_/3 Tr: triode with .G1.w at Here line from Tr.K1.sw to (Tr.K1.sw,Pot1.End); dot { line down dimen_/2 B: dot } source(to (Tg,Here),"V"); corner; line to Tg line from Tr.P1.c to (Tr.P1.c,Pot1.Start) source(right_ elen_,"mA"); llabel(-,,+); rlabel(,I`'svg_sub(b)) Tp: dot { source(down_ to (Here,B),"V") llabel(+,,-); rlabel(,E`'svg_sub(b)); dot } line right_ dimen_/2 then down_ (Here.y-B.y)/2 then right_ dimen_/2 P2: potentiometer(down_ Tp.y-B.y,5,0.5,-dimen_/6) with .T1 at Here dot(at P2.End) line right_ dimen_ from P2.Start; corner battery(down_ dimen_*3/4,2,R) T: Here battery(up_ dimen_*3/4 from (Here,B),2) line dashed up_ to T "B" ljust line from (T,B) left T.x-Ld.x+dimen_/2 then up Ld.y-B.y then to Ld ] with .nw at last [].sw + (0,-dimen_/2) define(`OutputXformer',`[ pushdef(`dimen_',dimen_*1.5) S1: inductor(up_ dimen_*.4,L,3,M) { line right_ dimen_/4 from last [].e; S2T: dot(,,1) line from S1.end right_ S2T.x-S1.end.x; S21: dot(,,1) line from S1.start right_ S2T.x-S1.end.x; S22: dot(,,1) } move up_ dimen_/8 S2: inductor(up_ dimen_*.4,L,3,M) { line right_ dimen_/4 from last [].e; S1T: dot(,,1) line from S2.end right_ S2T.x-S2.end.x; S11: dot(,,1) line from S2.start right_ S2T.x-S2.end.x; S12: dot(,,1) } line down_ dimen_/8 from M4Core1.start line down_ dimen_/8 from M4Core2.start P: inductor(down_ dimen_*0.6 with .c at 0.5 between S1.end and S2.start \ -(dimen_*0.8,0),L,5,) P1: P.start P2: P.end PT: last [].w popdef(`dimen_')]') define(`PowerXformer',`[ pushdef(`dimen_',dimen_*1.5) S3: inductor(up_ dimen_*.2,L,1,M) ST3: last [].e { line up_ dimen_/10 from M4Core1.end; line up_ dimen_/10 from M4Core2.end } S2: inductor(up_ dimen_*.2 from S3.end+(0,dimen_/10),L,1,M) { line up_ dimen_/10 from M4Core1.end; line up_ dimen_/10 from M4Core2.end } S1: inductor(up_ dimen_*.4 from S2.end+(0,dimen_/10),L,3,M) ST1: last [].e P: inductor(down_ dimen_*0.6 with .c at 0.5 between S1.end and S3.start \ -(dimen_*0.8,0),L,5,) popdef(`dimen_')]') # Circuit of 25 W amplifier (adapted from F. Langford-Smith, "Radiotron # Designer's Handbook," fourth edition, Harrison, NJ, Radio Corporation # of America, 1952) [ Toprail: Here #{"Toprail"} resistor(down_ dimen_); rlabel(,100 k) V1P: dot #{"V1P" rjust} line down_ dimen_*3/4 V1: triode(,W) with .P1 at Here {"6SL7" at V1.nw above } resistor(down_ dimen_*3/2 from V1.K1.sw); llabel(,2.2 k) Rail1: dot #{"Rail1"} ground arrow left_ from V1.G1.w RP: Here arrow <- right from (Here,Rail1) to Rail1 dot(at last arrow) resistor(up_ 2nd last arrow.y-Here.y); llabel(,22 k); dot { move left_ dimen_ }; "Pickup" at RP below capacitor(right_ dimen_ from V1P,C,R); llabel(,0.05 svg_mu) resistor(down_ dimen_); rlabel(,470 k) V1o: dot #{ "V1o" at V1o rjust } resistor(down_ (Here.y-Rail1.y)/2); rlabel(,22 k) dot { capacitor(down_ Here.y-Rail1.y,C); rlabel(,0.01 svg_mu); dot } line right_ dimen_/2 R47: resistor(down_ to (Here,Rail1)); llabel(,4.7 M) line to Rail1 Pot1: potentiometer(down_ dimen_,,0.5,dimen_*2/3) \ with .T1 at (V1o+(elen_+dimen_*2/3,0),V1.G1) { line from Pot1.Start left_ (Pot1.Start.x-V1o.x)/2 continue to (Here,V1o) then to V1o } line from Pot1.End down_ dimen_/3 Rail2: dot ground V2: triode(,E) with .G1.w at Pot1.T1; "6SL7" at V2.ne above resistor(from Rail2 right_ V2.K1.e.x-Rail2.x); rlabel(,22 k); dot { capacitor(right_ dimen_,C,R); rlabel(,2 n) V2k: dot } #{ "V2k" at V2k above } { line down_ to (Here,Rail1) variable(`resistor(right_ dimen_); rlabel(,1 M);') line up_ to V2k } line to V2.K1.se line from Toprail to (R47,Toprail); dot { capacitor(down_ dimen_,C); rlabel(10 svg_mu); ground(,T) } R51k: resistor(right_ dimen_); rlabel(,51 k); dot { capacitor(down_ dimen_,C); llabel(10 svg_mu); ground(,T) } dot(at (V2.P1.c,Here)) resistor(down_ dimen_); llabel(,100 k) V2p: dot line to V2.P1 V3: triode(,W) with .G1.w at (V2k+(dimen_,0),V2.G1) " 6SL7" at V3.n below ljust resistor(from V3.K1.sw to (V3.K1.sw,Rail1)); llabel(,1.5 k); dot; ground line left_ dimen_/2 resistor(up_ to (Here,V3.G1)); llabel(,,2.2); rlabel(,,M); dot { line to V3.G1.w } line to (Here,V2p); capacitor(left_ to V2p,C,R); rlabel(,3 n) dot(at (V3.P1.c,Toprail)); { line to R51k.end } resistor(down_ dimen_); llabel(,51 k) V3p: dot #{"V3p"} line down_ (Here.y-V3.n.y)/2 V3q: dot; { line to V3.P1.c } capacitor(left_ dimen_*2/3,C); rlabel(,.1 svg_mu) line to (V2k,Here) resistor(down_ to V2k); rlabel(0.1); llabel( M) #{"V2k" at V2k} V4: triode(,E) with .G1.w at (V3.G1.e+(dimen_*2,0),V3.G1) "6SL7" at V4.n above rjust resistor(from V4.K1.se to (V4.K1.se,Rail1)); rlabel(,,1.5 k) V4k: dot #{"V4k"} line left dimen_*3/4 V4k1: dot { resistor(up_ V4.G1.y-Here.y); llabel(,,2.2 M) V4G: dot } line from V3p right_ dimen_ variable(`resistor(down_ to (Here,V4.G1)); llabel(100 k)') V3o: dot capacitor(right_ to V4G,C); llabel(,3 n) line to V4.G1.w resistor(left_ from V4k1 to (V3o,V4k)); rlabel(,51 k); dot ground capacitor(down_ from V3o to Here,C); llabel(,,500 p) line from V4.P1.c to (V4.P1.c,V3p); resistor(up_ dimen_); llabel(,51 k); dot resistor(left_ to (V3p,Here)); llabel(,10 k) V5: triode(,N) with .G1.w at V4.G1.e+(2.25*dimen_,0) "6SL7" at V5.n above rjust V6: triode(,SR) with .G1.w at V5.G1.w-(0,dimen_*2.5) "6SL7" at (V6.w,V6.P1) below rjust V4p: dot(at (V4.P1.c,V3p)) #{"V4p"} line right_ dimen_*2/3; capacitor(right_ dimen_,C); llabel(,3 p) line down_ to (Here,V5.G1) V5G: dot; { line to V5.G1.w } #{"V5G"} resistor(down_ dimen_); rlabel(,2.2 M); dot; resistor(right_ to (V5.K1.sw,Here)); llabel(,1 k) V5K: dot #{"V5K"} line to V5.K1.sw line from V4k down_ V4k.y-V6.G1.y then right_ V5G.x-V4k.x - dimen_ capacitor(right_ dimen_,C); rlabel(,3 p) V6G: dot; { line to V6.G1.w } #{"V6G"} resistor(up_ dimen_); llabel(,2.2 M); dot resistor(right_ to (V6.K1.nw,Here)); llabel(,1 k) V6K: dot #{"V6K"} line to V6.K1.nw resistor(left_ dimen_*2/3 from (V6G,V6K)); rlabel(,1 k) dot; ground line to (Here,V5K); resistor(right_ dimen_*2/3); llabel(,1 k) PV: dot(at (V4.e.x+dimen_/5,Toprail.y)) #{"PV"} line from V6.P1.c down_ V4p.y-V4.P1.c.y Rail2: dot #{"Rail2" below} line from PV to (PV,Rail2); corner { resistor(right_ to Rail2); llabel(,220 k) } move up_ dimen_*2/3; dot; line left_ dimen_/2 V6sw: dot #{"V6sw"} capacitor(down_ dimen_*2/3,C); rlabel(,10 svg_mu); ground(,T) V5P: dot(at (V6.P1.c,V4p)); { line to V5.P1.c } #{"V5P"} resistor(to (Here,Toprail)); rlabel(,220 k) line to (V4p,Here) V7: V_6L6G at (V3,Rail2+(0,-2*dimen_)); "6L6G" at V7.n above ljust V8: V_6L6G(,R) at V7+(0,-2*dimen_); "6L6G" at V8.s below ljust line right dimen_/4 from V7.G2.e; resistor(right_ dimen_); llabel(,100); V9G: dot #{"V9G"} line right dimen_/4 from V8.G2.e; resistor(right_ dimen_); llabel(,100); V9: V_6L6G(,,G2) with .G2.w at V9G+(dimen_/2,0); "6L6G" at V9.n above rjust V10: V_6L6G(,R,G2) at V9+(0,-2*dimen_); "6L6G" at V10.s below rjust line from V9G to V9.G2.w line from V10.G2.w left_ dimen_/2 L910: line from V9G to (V9G,V10.G2); dot line left_ dimen_/2 from V7.G1.w V7G: dot #{"V7G"} resistor(down_ to 0.5 between Here and (Here,V10.G1)); rlabel(,220 k) V7T: dot #{"V7T"} { line left_ dimen_/3; corner; ground } line from V8.G1.w to (V7G,V8.G1); dot resistor(up_ to V7T); llabel(,220 k) line from V9.K1.sw to V10.K1.nw line from V7.K1.sw to V8.K1.nw V7K: dot(at last line.c+(0,dimen_/8)) #{"V7K"} line left_ dimen_*2; dot { capacitor(down_ dimen_/2,C); llabel(,50 svg_mu); ground(,T) } PP: potentiometer(left_ dimen_,,0.5,dimen_/2) with .Start at Here rlabel(,50 10 W) corner(,at PP.T1); line left_ dimen_ then up_ dimen_/4 round(,tubethick) line thick tubethick up tubeplatelen/3 left tubeplatelen*2/9 round(,tubethick) line thick tubethick down tubeplatelen/3 left tubeplatelen*2/9 line down_ dimen_/4 then left_ dimen_ then up_ dimen_/4 round(,tubethick) line thick tubethick up tubeplatelen/3 left tubeplatelen*2/9 round(,tubethick) line thick tubethick down tubeplatelen/3 left tubeplatelen*2/9 line down_ dimen_/4; ground "1st two 6SL7" at Here+(dimen_*3/4,dimen_/2) above V9T: dot(at (L910,V7K)-(0,dimen_/4)) #{"V9T"} line right_ dimen_/2 from V9.G1.e; continue to (Here,V9.P1)+(0,dimen_*2/3) resistor(left_ to (V7G,Here)); llabel(,100) V7nw: dot; { line to (Here,V7.G1) } line right_ dimen_/2 from V10.G1.e; continue to (Here,V10.P1)-(0,dimen_*2/3) resistor(left_ to (V7G,Here)); rlabel(,100) V8sw: dot; { line to (Here,V8.G1) } line from V9.P1.c up_ dimen_ V9P: dot line from V10.P1.c down_ dimen_ V10P: dot #{"V10P"} line from V7.P1.c up_ V9P.y-V7.P1.y then to V9P resistor(right_ to (V5.e+(dimen_/4,0),Here)) rlabel(,"100 k" "2 W") Rt1: Here line to (Here,V6.e)+(0,dimen_/6); resistor(up_ dimen_) llabel(,"100 k" rjust "2 W") line to (Here,V5K) then to V5K line from V8.P1.c down_ V8.P1.y-V10P.y then to V10P resistor(right_ to (V6.e+(dimen_/2,0),Here)) llabel(,"100 k" "2 W") resistor(up_ dimen_*3/2) llabel(,"100 k" rjust "2 W") line to (Here,V6K) then to V6K line from V9T to (V9.e+(dimen_*3/4,0),V9T) Xout: OutputXformer with .PT at Here line from Xout.P1 to (Xout.P1,V9P); dot line from Xout.P2 to (Xout.P1,V10P); dot line from Xout.PT left_ dimen_/4 XT: dot resistor(from V6sw left_ dimen_); rlabel(,10 k) XP: dot { line down_ dimen_; continue to (XT,Here) then to XT } capacitor(right_ dimen_*5/4 from V5P,C); llabel(,0.1 svg_mu) corner; line to (Here,Rail2)-(0,dimen_/2) continue to (V7nw,Here) then to V7nw line from V8sw down_ dimen_*5/8 continue to (Rail2,Here) then to (Rail2,V9.n) capacitor(up_ dimen_/2,C,R); rlabel(,0.1 svg_mu) line to Rail2 line from XP left_ dimen_*2; dot { dot(at Here+(dimen_,0)) { "290 V" at last [].n above } R100: resistor(down_ dimen_*2/3) llabel(,"100 k" ljust "2 W"); dot; ground } { capacitor(down_ dimen_*2/3,C); llabel(,40 svg_mu); dot } reversed(`inductor',left_ dimen_,L,,M); rlabel(,4 H 300 mA) Filt: dot { capacitor(down_ dimen_*2/3,C); llabel(,40 svg_mu) line to R100.end } Pwr: [ PXform: PowerXformer line left_ dimen_/4 from PXform.P.start; fuse(left_ dimen_/2,D) AC1: arrow left_ dimen_/2 AC2: arrow from PXform.P.end to (AC1.end,PXform.P.end) "AC" at 0.5 between AC1.end and AC2.end ljust dot(at PXform.ST3); line right_ dimen_/4; dot dot(at PXform.ST1); line right_ dimen_/4 then down_ dimen_*3/2; ground(,T) line from PXform.S2.end right_ dimen_*2.5 then up_ dimen_/4 Rect2: V_5V4G with .F1.sw at Here; "5V4G" at Rect2.n+(0,dimen_/2) Rect1: V_5V4G with .e at Rect2.w-(dimen_/2,0); "5V4G" at Rect1.n+(0,dimen_/2) move to Rect1.F1.sw; line to (Here,PXform.S2.end); dot move to Rect1.F1.se; line to (Here,PXform.S2.start); dot move to Rect2.F1.se; line to (Here,PXform.S2.start) PO: dot line from Rect1.P1 left_ dimen_/2; dot { line to (Here,PXform.S1.start) then to PXform.S1.start } line to (Here,Rect1.n)+(0,dimen_/8) continue to (Rect1.P2+(dimen_/2,0),Here) continue to (Here,Rect1.P2) then to Rect1.P2 line from Rect2.P1 left_ dimen_/2 then up_ Rect2.ht/2+dimen_/4; dot { line to (Rect2.P2+(dimen_/2,0),Here) continue to (Here,Rect2.P2) then to Rect2.P2 } move to PXform.S1.end line right_ dimen_/8 then up last [].y - Here.y then to last [].w arrow from PXform.S3.start right_ dimen_ arrow from PXform.S3.end right_ dimen_ "5 V" at PXform.S2 + (dimen_*3/4,0) "6.3 V" at 0.5 between last arrow.end and 2nd last arrow.end ljust ] with .nw at (RP,Filt)+(0,dimen_/4) line from Pwr.PXform.S2.start to Pwr.PO + (dimen_*3/4,0); corner resistor(up_ to (Here,Filt)); rlabel(,"V" ljust "adj"); corner line to Filt ] with .nw at last [].sw+(0,-0.5) command "" # end font .PE Circuit_macros9.5/examples/svg/ujtSVG.m40000644060175006010010000000125213774371757017256 0ustar DwightNone.PS # `ujt.m4' cct_init(svg_font(sans-serif,11bp__)) dwn = 1.0 dsep = 0.15 define(`demo_ujt',`up_ ujt(`$1',`$2',`$3',`$4') "B1" ifelse(`$5',,below,ljust) at last [].B1 "E" at 1.5 between last [].Bulk.c and last [].E "B2" ifelse(`$5',,above,ljust) at last [].B2 ') [demo_ujt(up_ dimen_,,,E,A) `"ujt(up_ dimen_,,,E)"' wid 1.3 at last [].s+(0,-0.2) below ] [demo_ujt(,,P,) `"ujt(,,P,)"' at last [].s+(0,-dsep) below] \ with .sw at last [].se+(0.8,0) [demo_ujt(,R,,) `"ujt(,R,,)"' at last [].s+(0,-dsep) below] \ with .sw at last [].se+(0.8,0) [demo_ujt(,R,P,) `"ujt(,R,P,)"' at last [].s+(0,-dsep) below] \ with .sw at last [].se+(0.8,0) command "" # end font .PE Circuit_macros9.5/examples/svg/UNO.m40000644060175006010010000002302313774371757016535 0ustar DwightNone.PS # UNOSVG.m4 log_init include(../ics.m4) textoffset = 1.5bp__ svg_font(sans-serif,9.0bp__,textoffset) divert(-1) `Header([1|2][A],rows,wid,ht,type) arg1: number of columns; A= type A arg2: pins per column arg3,4: custom wid, ht arg5: eg fill_(0.9)' define(`Header', `[ define(`m4tp',ifinstr(`$1',A,A))define(`m4Hq',patsubst(`$1',A))dnl define(`m4Hn',`ifelse(m4Hq,,1,m4Hq)')dnl define(`m4Hm',`ifelse(`$2',,2,`$2')')dnl define(`m4Hw',`ifelse(`$3',,`m4Hn*L_unit*3',`($3)')')dnl define(`m4Hh',`ifelse(`$4',,`m4Hm*L_unit*3',`($4)')')dnl Block: rotbox(m4Hw,m4Hh,`$5') ifelse(`m4tp',A,`pushdef(`L_unit',(linewid/6))') define(`m4Hct',1)dnl for_(1,m4Hm,1, `HeaderPin(Block.NW+vec_(L_unit*3/2,-(m4x-1/2)*m4Hh/m4Hm), eval(m4Hct-1), P`'m4Hct,w) define(`m4Hct',incr(m4Hct)) ifelse(m4Hn,2,`HeaderPin(Block.NE+vec_(-L_unit*3/2,-(m4x-1/2)*m4Hh/m4Hm), 1, P`'m4Hct,e) define(`m4Hct',incr(m4Hct))') ') ifelse(`m4Hq',A,`popdef(`L_unit')') `$6' ]') `HeaderPin(location,type,Picname, n|e|s|w,[length][;pinsize]) arg2: 0= square' define(`HeaderPin', `ifinstr(`$5',;, `stacksplit_(`m4Hdr',`$5',;)dnl define(`m4Hps',ifelse(m4Hdr,,`L_unit',m4Hdr))popdef(`m4Hdr')dnl define(`m4Hpl',ifelse(m4Hdr,,`lg_plen*L_unit',m4Hdr))popdef(`m4Hdr') ', `define(`m4Hps',L_unit)dnl define(`m4Hpl',`ifelse(`$5',,lg_plen*L_unit,`$5')')')dnl ifelse(`$1',,,`move to `$1';') ifelse(`$3',,,`$3':) line to ifelse( `$4',n,`rvec_(0,m4Hpl)', `$4',e,`rvec_(m4Hpl,0)', `$4',s,`rvec_(0,-m4Hpl)', `rvec_(-m4Hpl,0)') ifelse(`$3',,,Pin`$3':) ifelse(ifelse(`$2',,0,`$2'),0, `rotbox(m4Hps,m4Hps,fill_(1))', `circle diam m4Hps fill_(1)') at last line.start ') define(`brdge',`eleminit_(`$1') define(`m4h',ifelse(`$2',,`sourcerad_',`($2)/2'))dnl { line to rvec_(rp_len/2-m4h/2,0) move to rvec_(m4h/2,0) for m4ng=75 to 255 by 180 do {{ m4fshade(0, arc cw from rvec_(Rect_(m4h/2,m4ng)) \ to rvec_(Rect_(m4h/2,-m4ng)) \ with .c at Here ) }} line from rvec_(m4h/2,0) to rvec_(rp_len/2,0) } { [box invis ht_ m4h wid_ m4h] at rvec_(rp_len/2,0) } line to rvec_(rp_len,0) invis ') define(`ATMEGA16U2',`[ Chip: box wid 10*lg_pinsep ht 25*lg_pinsep Loopover_(`x', `Arightpin(patsubst(x,;,`,'))', 6;PD0, 7;PD1, 8;PD2, 9;PD3, 10;PD4, 11;PD5, 12;PD6, 13;PD7, 131;nul, 5;PC2, 26;PC4, 25;PC5, 23;PC6, 22;PC7, 132;nul, 133;nul, 14;PB0, 15;PB1, 16;PB2, 17;PB3, 18;PB4, 19;PB5, 20;PB6, 21;PB7) Loopover_(`x', `Aleftpin(patsubst(x,;,`,'))', 33;PAD, 100;nul, 28;UGND, 29;D`'svg_it(+), 30;D`'svg_it(-), 31;UVCC, 27;UCAP, 101;nul, 102;nul, 3;GND, 4;VCC, 103;nul, 104;nul, 32;AVCC, 105;nul, 106;nul, 1;XTAL1, 107;nul, 2;XTAL2(PC0), 108;nul, 109;nul) lg_pin(Pin109+(0,lg_pinsep),RESET,Pin24,wN,24,pinlen) ]') define(`Aleftpin',`move to Chip.sw+(0,m4Lx*lg_pinsep) Pin`$1': ifelse(`$2',nul,Here,dnl `line left pinlen "`$1'" above "`$2'" ljust at last line.start')') define(`Arightpin',`move to Chip.se+(0,m4Lx*lg_pinsep) Pin`$1': ifelse(`$2',nul,Here,dnl `line right pinlen "`$1'" above "`$2'" rjust at last line.start')') define(`ATMEGA328P',`[ Chip: box wid 10*lg_pinsep ht 23*lg_pinsep Loopover_(`x', `Arightpin(patsubst(x,;,`,'))', 2;PD0, 3;PD1, 4;PD2, 5;PD3, 6;PD4, 11;PD5, 12;PD6, 13;PD7, 100;nul, 23;PC0, 24;PC1, 25;PC2, 26;PC3, 27;PC4, 28;PC5, 101;nul, 14;PB0, 15;PB1, 16;PB2, 17;PB3, 18;PB4, 19;PB5) Loopover_(`x', `Aleftpin(patsubst(x,;,`,'))', 201;nul, 202;nul, 203;nul, 204;nul, 205;nul, 206;nul, 207;nul, 208;nul, 209;nul, 8;GND, 7;VCC, 301;nul, 22;AGND, 20;AVCC, 21;AREF, 302;nul, 9;XTAL1, 303;nul, 9;XTAL2, 304;nul, 305;nul) lg_pin(Pin305+(0,lg_pinsep),RESET,Pin1,wN,1,pinlen) ]') divert(0)dnl maxpswid = 20 maxpsht = 20 define(`pinlen',`30bp__') define(`lg_pinsep',(1.2*lg_pinsep)) del = lg_pinsep U3: ATMEGA16U2 `"ATMEGA16U2-MU(R)"' at U3.Chip.s below `"U3"' at U3.Chip.nw ljust above ZU4: ATMEGA328P with .Chip.nw at U3.Chip.sw+(0,-1) `"ATMEGA328P-PU"' at ZU4.Chip.s below `"ZU4"' at ZU4.Chip.nw ljust above dot(at U3.Pin2.end) R1: resistor(down_ 2*lg_pinsep,,E) rlabel(,"R1" rjust "1M" rjust) dot dot(at R1.start-(2*del,0)) xtal(down_ 2*lg_pinsep) rlabel(16,,MHz); dot XT2: dot(at last line.start-(2*del,0)); { "XT2" at last [].n above } Br1: brdge(from U3.Pin33.end to (XT2,U3.Pin33)); BRE: dot line to (Here,U3.Pin28) then to U3.Pin28.end {"UGND" at (Br1,Here) above} XT1: dot(at XT2-(del,R1.len)); { "XT1" at last [].n above } line from XT1 to U3.Pin1.end line from U3.Pin2.end to (XT1,XT2) C11: capacitor(left_ 3*del); rlabel(,C11); llabel(,22pF) C9: capacitor(from XT1 to (Here,XT1)); {"C9" "22pF" at last [].s+(0,-11bp__)} { line to C11.end } dot G1: ground(,,E); { "GND" at last line.c below } line from XT1 down_ 3*del; continue to (G1,Here); dot(,,1) {"XT3" at last [].n above} dot(at Here+(0,-3/2*del),,1); {"XT4" at last [].n above} { line to (XT2,Here) then to XT2 chop dotrad_ chop 0 } USBVCC: dot(at Here+(0,-7/2*del),,1) {"USBVCC" at last [].n-(3/2*del,0) above ljust} { line to (Here,U3.Pin31) chop dotrad_ chop 0; continue to U3.Pin31.end } dot(at Here+(2*del,0),,1); {"VUCAP" at last [].e+(0,-5bp__) ljust} line to (Here,U3.Pin27) chop dotrad_ chop 0; dot line from U3.Pin27.end to (G1.x-4.5*del,U3.Pin27.y) C8: capacitor(down_ to (Here,Br1)); llabel(C8,,1`'svg_micro) Bus1: dot dot(at U3.Pin33.end) move to U3.Pin3.end; line to (Here,U3.Chip.s) G2: ground(,T,E); {"GND" at last line.c below } dot(at U3.Pin32.end) {line to U3.Pin4.end; dot} line left del; ground(,,E,U); {"svg_it(+)5V" at last line.c above} G3: ground(at (C8.x-del,G2.y),T,E); {"GND" at last line.c below } capacitor(up_ to (Here,C8.start)); { llabel(100n,,C7) } line to (Here,U3.Pin4) then to U3.Pin4.end line from U3.Pin30.end to (G1.x-2*del,U3.Pin30.y); continue to (Here,U3.Pin1) { "RD`'svg_it(-)" above rjust }; continue left_ 2*del RN3A: resistor(left_ 3/2*dimen_,,E); rlabel(,22R RN3A) Dm: line left_ 7*del USB: [ K: box invis wid dimen_/2 ht 5*lg_pinsep "USB" rjust at K.e line thick 1.5 from K.nw to K.ne then to K.se then to K.sw Loopover_(`x', `Pin`'m4Lx: K.ne-(0,m4Lx/5*K.ht) "x" at Pin`'m4Lx ljust above', 1 XUSB, 2 D`'svg_it(-), 3 D`'svg_it(+), 4 UGND) P_1: K.sw; {"P$`1'" at P_1 below rjust} P_2: K.s; {"P$`2'" at P_2 below ljust} ] with .Pin2 at Here; "X2" at USB.ne above rjust move to U3.Pin29.end line to (G1.x-3*del,Here.y); continue to (Here,Dm-(0,lg_pinsep)) { "RD`'svg_it(+)" above rjust} continue to (RN3A.start,Here) RN3D: resistor(left_ 3/2*dimen_,,E); llabel(,22R RN3D) line to USB.Pin3 dot(at RN3A.end); line to (Here,RN3D) Z2: variable(`resistor(down_ to (Here,U3.Pin27),,E); rlabel(Z2)',NN) dot(at RN3D.end-(2*del,0)) Z1: variable(`resistor(to (Here,U3.Pin27),,E); rlabel(Z1)',NN) dot; line to (Z2,Here) move up Z1.len/4 from last line.c; "CG0603MLC-05E" "X 2" line down_ del from USB.P_1; continue to (USB.P_2,Here); dot line from USB.P_2 to (USB.P_2,Z1.end) then to Z1.end dot(at (USB.P_2,Here)+(3/2*del,0)); line to (Here,USBVCC) dot(,,1); {"USHIELD" at last [].n+(4bp__,0) above} L1: reversed(`inductor',down_ from Z1.end to (Z1,C8.end),W,,M) rlabel(L1); llabel( BLM21); dot { dot(at (Z2,Here)); line to (Here,U3.Pin28); dot(,,1) "UGND" at last [].n above } line from USB.Pin1 to (Z2,USB.Pin1) then up 2*del XUSB: dot(,,1); {"XUSB" at last [].n above} line from (Z1,USB.Pin3) to (Z1,XUSB); DP: dot(,,1); {"D`'svg_it(+)" at last [].n above} dot(at (DP,USB.Pin2)-(2*del,0)); line to (Here,XUSB) DM: dot(,,1); "D`'svg_it(-)" at last [].n above line from USB.Pin4 to (DM,USB.Pin4) then to (DM,BRE) then to BRE dot(at (U3.Chip.w.x-3*lg_pinsep,U3.Pin24.y)) D3: diode(up_ 7*lg_pinsep); llabel(,,D3) dot(at (D3.start-(2*del,0))) RN1C: resistor(up_ D3.len,,E); llabel(,10K); llabel(RN1C); dot line from D3.end to (Here.x-2*del,Here.y) right_ ICSP1: Header(2A,3,4*del,3*lg_pinsep) with .P2.end at Here "ICSP1" at last [].Block.nw above ljust "3X2 M" at last [].Block.sw below ljust for_(1,5,2,`"m4x" at ICSP1.P`'m4x.end above ljust') for_(2,6,2,`"m4x" at ICSP1.P`'m4x.end above rjust') dot(at ICSP1.P2.end+(del/2,0)); line up_ 2*del G5: ground(,T,E); "svg_it(+)5V" above ground(at (G5,ICSP1.P6),,E); {"GND" at last line.w below rjust} {line to ICSP1.P6.end} R2: dot(at ICSP1.P5.end-(lg_pinsep/2,0)); {line to ICSP1.P5.end} { line to (Here,G5); dot(,,1); "RESET2" at last [].n above } line to (R2,U3.Pin24) then to U3.Pin24.end line from ICSP1.P4.end to (U3.Pin24.end,ICSP1.P4); dot { line to (Here,G5); dot(,,1); "MOSI2" at last [].n above } Turn: (U3.Pin21.end.x+4*lg_pinsep,Here.y) line to (Turn,Here) then down Here.y-U3.Pin16.y then to U3.Pin16.end line from ICSP1.P3.end to (R2.x-lg_pinsep,ICSP1.P3.y) \ then down R2.y-U3.Pin24.y continue to (D3.x+2*del,Here.y) then up ICSP1.P4.y-Here.y-2*lg_pinsep continue to (Turn.x-2*lg_pinsep,Here.y) then down Here.y-U3.Pin15.y \ then to U3.Pin15 move to ICSP1.P1.end; line left Here.x-R2.x+2*lg_pinsep; dot { line to (Here,G5); dot(,,1); "MISO2" at last [].n above rjust } line down Here.y-U3.Pin24.y-2*lg_pinsep continue to (D3.x+del,Here.y) then up ICSP1.P4.y-Here.y-lg_pinsep continue to (Turn.x-lg_pinsep,Here.y) then down Here.y-U3.Pin17.y \ then to U3.Pin17 command "" .PE Circuit_macros9.5/examples/svg/UNOSVG.m40000644060175006010010000005710513774371757017125 0ustar DwightNone.PS # UNOSVG.m4 log_init include(../icsSVG.m4) textoffset = 1.5bp__ svg_font(sans-serif,8.5bp__,textoffset) divert(-1) `Header([A][1|2], rows, wid, ht, boxspec, pinlen;pinsize) arg1: A= type A; number of columns arg2: pins per column arg3,4: custom wid, ht arg5: eg fill_(0.9)' define(`Header', `[ define(`m4tp',ifinstr(`$1',A,A))define(`m4Hq',patsubst(`$1',A))dnl define(`m4Hn',`ifelse(m4Hq,,1,m4Hq)')dnl define(`m4Hm',`ifelse(`$2',,2,`$2')')dnl define(`m4Hw',`ifelse(`$3',,`m4Hn*L_unit*3',`($3)')')dnl define(`m4Hh',`ifelse(`$4',,`m4Hm*L_unit*3',`($4)')')dnl ifinstr(`$6',;, `stacksplit_(`m4Jdr',`$6',;)dnl define(`m4Jps',ifelse(m4Jdr,,`L_unit',m4Jdr))popdef(`m4Jdr')dnl define(`m4Jpl',ifelse(m4Jdr,,`lg_plen*L_unit',m4Jdr))popdef(`m4Jdr') ', `define(`m4Jps',L_unit)dnl define(`m4Jpl',`ifelse(`$6',,lg_plen*L_unit,`$6')')')dnl Block: rotbox(m4Hw,m4Hh,`$5') ifelse(`m4tp',A,`pushdef(`L_unit',(linewid/6))') define(`m4Hct',1)dnl for_(1,m4Hm,1, `HeaderPin(Block.NW+vec_(m4Jps*3/2,-(m4x-1/2)*m4Hh/m4Hm), ifinstr(m4tp,A,1,eval(m4Hct-1)), P`'m4Hct, w, (m4Jpl+m4Jps);m4Jps) define(`m4Hct',incr(m4Hct)) ifelse(m4Hn, 2, `HeaderPin(Block.NE+vec_(-m4Jps*3/2,-(m4x-1/2)*m4Hh/m4Hm), 1, P`'m4Hct, e, (m4Jpl+m4Jps);m4Hps) define(`m4Hct',incr(m4Hct))') ') ifelse(`m4Hq',A,`popdef(`L_unit')') `$7' ]') `HeaderPin(location, type, Picname, n|e|s|w, [length][;pinsize]) arg2: 0= square' define(`HeaderPin',` ifinstr(`$5',;, `stacksplit_(`m4Hdr',`$5',;)dnl define(`m4Hps',ifelse(m4Hdr,,`L_unit',m4Hdr))popdef(`m4Hdr')dnl define(`m4Hpl',ifelse(m4Hdr,,`lg_plen*L_unit',m4Hdr))popdef(`m4Hdr') ', `define(`m4Hps',L_unit)dnl define(`m4Hpl',`ifelse(`$5',,lg_plen*L_unit,`$5')')')dnl ifelse(`$1',,,`move to `$1';') ifelse(`$3',,,`$3':) line to ifelse( `$4',n,`rvec_(0,m4Hpl)', `$4',e,`rvec_(m4Hpl,0)', `$4',s,`rvec_(0,-m4Hpl)', `rvec_(-m4Hpl,0)') ifelse(`$3',,,Pin`$3':) ifelse(ifelse(`$2',,0,`$2'),0, `rotbox(m4Hps,m4Hps,fill_(1))', `circle diam m4Hps fill_(1)') at last line.start ') define(`brdge',`eleminit_(`$1') define(`m4h',ifelse(`$2',,`sourcerad_',`($2)/2'))dnl { line to rvec_(rp_len/2-m4h/2,0) move to rvec_(m4h/2,0) for m4ng=75 to 255 by 180 do {{ m4fshade(0, arc cw from rvec_(Rect_(m4h/2,m4ng)) \ to rvec_(Rect_(m4h/2,-m4ng)) \ with .c at Here ) }} line from rvec_(m4h/2,0) to rvec_(rp_len/2,0) } { [box invis ht_ m4h wid_ m4h] at rvec_(rp_len/2,0) } line to rvec_(rp_len,0) invis ') define(`ATMEGA16U2',`[ Chip: box wid 10*lg_pinsep ht 25*lg_pinsep Loopover_(`x', `Arightpin(patsubst(x,;,`,'))', 6;PD0, 7;PD1, 8;PD2, 9;PD3, 10;PD4, 11;PD5, 12;PD6, 13;PD7, 131;nul, 5;PC2, 26;PC4, 25;PC5, 23;PC6, 22;PC7, 132;nul, 133;nul, 14;PB0, 15;PB1, 16;PB2, 17;PB3, 18;PB4, 19;PB5, 20;PB6, 21;PB7) Loopover_(`x', `Aleftpin(patsubst(x,;,`,'))', 33;PAD, 100;nul, 28;UGND, 29;D`'svg_it(+), 30;D`'svg_it(-), 31;UVCC, 27;UCAP, 101;nul, 102;nul, 3;GND, 4;VCC, 103;nul, 104;nul, 32;AVCC, 105;nul, 106;nul, 1;XTAL1, 107;nul, 2;XTAL2(PC0), 108;nul, 109;nul) lg_pin(Pin109+(0,lg_pinsep),RESET,Pin24,wN,24,pinlen) ]') define(`Aleftpin',`move to Chip.sw+(0,m4Lx*lg_pinsep) Pin`$1': ifelse(`$2',nul,Here,dnl `line left pinlen "`$1'" above "`$2'" ljust at last line.start')') define(`Arightpin',`move to Chip.se+(0,m4Lx*lg_pinsep) Pin`$1': ifelse(`$2',nul,Here,dnl `line right pinlen "`$1'" above "`$2'" rjust at last line.start')') define(`ATMEGA328P',`[ Chip: box wid 10*lg_pinsep ht 23*lg_pinsep Loopover_(`x', `Arightpin(patsubst(x,;,`,'))', 2;PD0, 3;PD1, 4;PD2, 5;PD3, 6;PD4, 11;PD5, 12;PD6, 13;PD7, 100;nul, 23;PC0, 24;PC1, 25;PC2, 26;PC3, 27;PC4, 28;PC5, 101;nul, 14;PB0, 15;PB1, 16;PB2, 17;PB3, 18;PB4, 19;PB5) Loopover_(`x', `Aleftpin(patsubst(x,;,`,'))', 201;nul, 202;nul, 203;nul, 204;nul, 205;nul, 206;nul, 207;nul, 208;nul, 209;nul, 8;GND, 7;VCC, 301;nul, 22;AGND, 20;AVCC, 21;AREF, 302;nul, 9;XTAL1, 303;nul, 10;XTAL2, 304;nul, 305;nul) lg_pin(Pin305+(0,lg_pinsep),RESET,Pin1,wN,1,pinlen) ]') define(`rswitch',`dswitch(`$1',,WBoDCP) DS: last line.start; DC: last line.c; DE: last line.end DL: DC-vec_(dimen_/6,0); DR: DC+vec_(dimen_/6,0) {{"1" at DL above rjust}; {"3" at DR above ljust} { line from DL to DL-vec_(0,dimen_/6) chop dotrad_ chop 0 {"2" below rjust} continue to DS-vec_(0,dimen_/6) then to DS; dot } { line from DR to DR+vec_(0,-dimen_/6) chop dotrad_ chop 0 {"4" below ljust} continue to DE+vec_(0,-dimen_/6) then to DE; dot } line from DC+vec_(dimen_/10,-dimen_/6) to DC+vec_(-dimen_/10,-dimen_/6) move to last line.c; line to rvec_(0,-dimen_/3) \ then to rvec_(-dimen_/3,-dimen_/3) {"5" below}} ') divert(0)dnl maxpswid = 20 maxpsht = 20 define(`pinlen',`30bp__') define(`lg_pinsep',(1.2*lg_pinsep)) del = lg_pinsep define(`pindiam',0.1) define(`egnd',`ground(,,E); "GND" at last line.c below') U3: ATMEGA16U2 `"ATMEGA16U2-MU(R)"' at U3.Chip.s below `"U3"' at U3.Chip.nw ljust above ZU4: ATMEGA328P with .Chip.nw at U3.Chip.sw+(-2.5,-10*del) `"ATMEGA328P-PU"' at ZU4.Chip.s below `"ZU4"' at ZU4.Chip.nw ljust above dot(at U3.Pin2.end) R1: resistor(down_ 2*lg_pinsep,,E) rlabel(,"R1" rjust "1M" rjust) dot dot(at R1.start-(2*del,0)) xtal(down_ 2*lg_pinsep) rlabel(16,,MHz); dot XT2: dot(at last line.start-(2*del,0)); { "XT2" at last [].n above } Br1: brdge(left_ from U3.Pin33.end to (XT2,U3.Pin33)) rlabel(1,,2); llabel(,GROUND) BRE: dot line to (Here,U3.Pin28) then to U3.Pin28.end {"UGND" at (Br1,Here) above} XT1: dot(at XT2-(del,R1.len)); { "XT1" at last [].n above } line from XT1 to U3.Pin1.end line from U3.Pin2.end to (XT1,XT2) C11: capacitor(left_ 3*del); rlabel(,C11); llabel(,22`'pF) C9: capacitor(from XT1 to (Here,XT1)); {"C9" "22`'pF" at last [].s+(0,-11bp__)} { line to C11.end } dot G1: egnd line from XT1 down_ 3*del; continue to (G1,Here); dot(,,1) {"XT3" at last [].n above} dot(at Here+(0,-3/2*del),,1); {"XT4" at last [].n above} { line to (XT2,Here) then to XT2 chop dotrad_ chop 0 } USBVCC: dot(at Here+(0,-7/2*del),,1) {"USBVCC" at last [].n-(3/2*del,0) above ljust} { line to (Here,U3.Pin31) chop dotrad_ chop 0; continue to U3.Pin31.end } dot(at Here+(2*del,0),,1); {"VUCAP" at last [].e+(0,-5bp__) ljust} line to (Here,U3.Pin27) chop dotrad_ chop 0; dot line from U3.Pin27.end to (G1.x-4.5*del,U3.Pin27.y) C8: capacitor(down_ to (Here,Br1)); llabel(C8,,1`'svg_micro) Bus1: dot dot(at U3.Pin33.end) move to U3.Pin3.end; line to (Here,U3.Chip.s) G2: ground(,T,E); {"GND" at last line.c below } dot(at U3.Pin32.end) {line to U3.Pin4.end; dot} line left del; ground(,,E,U); {"svg_it(+)5 V" at last line.c above} line from U3.Pin4.end left_ 2*del capacitor(down_ 3*del); { llabel(C7,,100n) } G3: ground(,T,E); {"GND" at last line.c below } line from U3.Pin30.end to (G1.x-2*del,U3.Pin30.y); TD: Here continue to (Here,U3.Pin32) { "RD`'svg_it(-)" above rjust }; continue left_ 1.5*del RN3A: resistor(left_ 3/2*dimen_,,E); rlabel(,22R RN3A) Dm: line left_ 7*del USB: [ K: box invis wid dimen_/2 ht 5*lg_pinsep "USB" rjust at K.e line thick 1.5 from K.nw to K.ne then to K.se then to K.sw Loopover_(`x', `Pin`'m4Lx: K.ne-(0,m4Lx/5*K.ht) "x" at Pin`'m4Lx ljust above', 1 XUSB, 2 D`'svg_it(-), 3 D`'svg_it(+), 4 UGND) P_1: K.sw; {"P$`1'" at P_1 below rjust} P_2: K.s; {"P$`2'" at P_2 below ljust} ] with .Pin2 at Here; "X2" at USB.ne above rjust move to U3.Pin29.end line to (TD.x-del,Here.y); continue to (Here,Dm-(0,lg_pinsep)) { "RD`'svg_it(+)" above rjust} continue to (RN3A.start,Here) RN3D: resistor(left_ 3/2*dimen_,,E); llabel(,22R RN3D) line to USB.Pin3 dot(at RN3A.end); line to (Here,RN3D) Z2: variable(`resistor(down_ to (Here,U3.Pin27),,E); rlabel(Z2)',NN) dot(at RN3D.end-(2*del,0)) Z1: variable(`resistor(to (Here,U3.Pin27),,E); rlabel(Z1)',NN) dot; line to (Z2,Here) move up Z1.len/4 from last line.c; "CG0603MLC-05E" "X 2" line down_ del from USB.P_1; continue to (USB.P_2,Here); dot line from USB.P_2 to (USB.P_2,Z1.end) then to Z1.end dot(at (USB.P_2,Here)+(3/2*del,0)); line to (Here,USBVCC) dot(,,1); {"USHIELD" at last [].n+(4bp__,0) above} L1: reversed(`inductor',down_ from Z1.end to (Z1,C8.end),W,,) rlabel(,L1); llabel("svg_thinsp`'BLM21" ljust); dot { dot(at (Z2,Here)); line to (Here,U3.Pin28); dot(,,1) "UGND" at last [].n above } line from USB.Pin1 to (Z2,USB.Pin1) then up 2*del XUSB: dot(,,1); {"XUSB" at last [].n above} line from (Z1,USB.Pin3) to (Z1,XUSB); DP: dot(,,1); {"D`'svg_it(+)" at last [].n above} dot(at (DP,USB.Pin2)-(2*del,0)); line to (Here,XUSB) DM: dot(,,1); "D`'svg_it(-)" at last [].n above line from USB.Pin4 to (DM,USB.Pin4) then to (DM,BRE) then to BRE line from U3.Pin18.end right_ 3.5*del JP2: Header(A2,2,4*del,2*lg_pinsep,,0.2;pindiam) with .P3.end at Here "JP2" at JP2.Block.nw above ljust "2X2M - NM" at JP2.s below "1" at JP2.P3.end above ljust; "3" at JP2.P1.end above ljust "2" at JP2.P4.end above rjust; "4" at JP2.P2.end above rjust line from JP2.P1.end to (JP2.P1.end,U3.Pin19) then to U3.Pin19.end dot(at JP2.P1.end); line up 3.5*del TPPB5: dot(,,1); {"PB5" at last [].e ljust} TPPB4: dot(at TPPB5-(del*3/2,0),,1); {"PB4" at last [].w rjust} line to (Here,JP2.P3); dot line from JP2.P2.end to (JP2.P2.end,TPPB4) TPPB7: dot(,,1); {"PB7" at last [].w rjust} line from JP2.P4.end right del*3/2; continue to (Here,TPPB4) TPPB6: dot(,,1); {"PB6" at last [].n above} line from U3.Pin20.end right del then up del; continue to (TPPB6,Here); dot line from U3.Pin21.end up del; continue to (TPPB7,Here); dot ICSP1: Header(A2,3,4*del,2.5*lg_pinsep,,0.2;pindiam) \ with .P1.end at (JP2.P1.end,U3.Pin14) "ICSP1" at last [].Block.nw above ljust "3X2 M" at last [].Block.sw below ljust for_(1,5,2,`"m4x" at ICSP1.P`'m4x.end above ljust') for_(2,6,2,`"m4x" at ICSP1.P`'m4x.end above rjust') line from ICSP1.P1.end to (ICSP1.P1.end,U3.Pin17) then to U3.Pin17.end line from ICSP1.P3.end left del; continue to (Here,U3.Pin15) \ then to U3.Pin15.end dot(at U3.Pin24.end); RN1C: resistor(up_ 5*lg_pinsep,,E); rlabel(,10K,RN1C); llabel(5,,3) dot # D3: diode(up_ 5*lg_pinsep); rlabel(,,D3); dot line up_ 2*del; ground(,T,E,U); {"+5 V" at last line.w rjust} dot(at U3.Pin24.end-(del,0)); # RN1C: resistor(up_ D3.len,,E); llabel(,10K,RN1C) D3: diode(up_ RN1C.len); llabel(,,D3) line to (TPPB6.x+del,Here.y) continue to (Here,ICSP1.P2.end) then to ICSP1.P2.end line from ICSP1.P5.end down 2*del; continue to (TPPB6.x+2*del,Here.y) TRESET2: Here continue to (Here.x,D3.end.y+del) then to (RN1C.end.x-2.5*del,D3.end.y+del) continue to (Here,U3.Pin24) then to U3.Pin24.end G4: ground(at ICSP1.P6.end,,E); {"GND" at last line.c below } line from ICSP1.P4.end right del then up U3.Pin16.y-ICSP1.P4.y \ then to U3.Pin16.end dot(at ICSP1.P1.end); line left_ 2.5*del then down_ 5*del MISO2: dot(,,1); {"MISO2" at last [].s below } dot(at ICSP1.P3.end-(del,0)); line to (Here,MISO2) SCK2: dot(,,1); {"SCK2" at last [].s below ljust } dot(at TRESET2); line to (Here,SCK2) RESET2: dot(,,1); {"RESET2" wid 36bp__ at last [].s below } dot(at ICSP1.P4.end+(del,0)); line to (Here,RESET2) MOSI2: dot(,,1); {"MOSI2" at last [].s-(del,0) below } line right_ del from U3.Pin11.end then up_ del*3/2 TXLED: reversed(`diode',right_ elen_,LER) rlabel(,YELLOW); llabel(TX); dot {line up_ del; TPTXL: dot(,,1); "TXL" at last [].n above} RN2C: resistor(right_ elen_,,E); llabel(,1 K RN2C); rlabel(6,,3); dot line from U3.Pin10.end to (TXLED.start,U3.Pin10) RXLED: reversed(`diode',to (TXLED.end,Here),LER) rlabel(,YELLOW); llabel(RX); dot {line up_ del; dot(,,1); "RXL" at last [].n above} RN2B: resistor(right_ elen_,,E); llabel(,1 K RN2B); rlabel(7,,2) line to (Here,TPTXL); ground(,T,E,U); "+5 V" at last line.c above # ZU4 connections line left_ del*3/2 from ZU4.Pin7.end; dot {line up_ del; G4: ground(,T,E,U); "+5 V" at last line.c above } C6: capacitor(down dimen_); llabel(100n,,C6); dot { dot(at ZU4.Pin8.end) }; dot(at (ZU4.Pin8.end,Here)) { G4: ground(at Here+(0,-del),,E); {"GND" at last line.c below } line to ZU4.Pin22.end } line left_ Here.x-C6.x + dimen_*5/4 C10: capacitor(up_ C6.len); llabel(100n,,C10); dot { line to (Here,ZU4.Pin20) then to ZU4.Pin20.end } # L2: ebox(right_ to C6.start,,,0.2); rlabel(,L2); llabel(,100`'svg_micro`'H) L2: inductor(right_ to C6.start,W); rlabel(,L2); llabel(,100`'svg_micro`'H) line left 2*del from ZU4.Pin9.end; PE: dot R2: resistor(up_ to (Here,ZU4.Pin10),,E); llabel(,R2); rlabel(,1 M); dot dot(at Here-(del*4.0,0)); { "XTAL2" above ljust } XTAL: xtal(down_ R2.len); llabel(16 MHz); dot; { "XTAL1" below ljust } pushdef(`dimen_',dimen_/2) capacitor(left_ del from 0.25 between XTAL.start and XTAL.end) capacitor(left_ del from 0.75 between XTAL.start and XTAL.end) popdef(`dimen_') line up XTAL.len/2 line left del from last line.c then down del G5: ground(,T,E); "GND" at last line.c below line down_ del from XTAL.end; dot(,,1); "XT1" at last [].s below line up del from XTAL.start; dot(,,1); "XT2" at last [].n above line from XTAL.start to ZU4.Pin10.end line from XTAL.end to ZU4.Pin9.end line left 2*del from ZU4.Pin1.end; dot # dot(at ZU4.Pin1.end) D2: diode(up_ dimen_); rlabel(,D2) dot(at D2.start-(2.5*del,0)) RN1D: resistor(up_ D2.len,,E); rlabel(10 K,,RN1D); dot { line to D2.end } line up_ del; ground(,T,E,U); "+5 V" at last line.c above line from ZU4.Pin1.end to (RN1D-(1.5*del,0),ZU4.Pin1) then up 7*del continue to (ZU4.Chip.w,Here)+(del,0); BRB: dot { line down_ 2*del; Br2: brdge(right_ dimen_) llabel(1,,2); rlabel(,RESET_EN); line up_ 2*del; dot } line right_ dimen_+del C5: capacitor(right_ dimen_); llabel(,C5); rlabel(100n); dot { RN2D: resistor(down_ dimen_,,E); rlabel(,1 K); llabel(,RN2D) G6: ground(,T,E); "GND" at last line below } { line up_ del; DTR: dot(,,1); "DTR" at last [].e ljust } line from U3.Pin13.end right del/2; continue to (Here,U3.Chip.s) \ then left+2*del; continue to (Here,BRB) then to C5.end TP2: Here; continue to C5.end line up 3*del from BRB TP1: dot #; line left BRB.x-RN1D.x RESET: rswitch( right_ dimen_ from (USB.e,Here)+(del/2,0)) { "RESET" at RESET+(-del*1.7,1.0*del) above } line left del from RESET.start then down del G7: ground(,T,E); "GND" at last line.c below ICSP: Header(A2,3,4*del,2.5*lg_pinsep,,0.2;pindiam) \ with .Block.sw at ZU4.Pin19.end+(2*del,del*3) "ICSP" at ICSP.Block.nw above ljust "3X2 M" at ICSP.Block.sw below ljust for_(1,5,2,`"m4x" at ICSP.P`'m4x.end above ljust') for_(2,6,2,`"m4x" at ICSP.P`'m4x.end above rjust') dot(at ZU4.Pin19.end); line to (Here,ICSP.P3) then to ICSP.P3.end line from ZU4.Pin18.end right del; dot line to (Here,ICSP.P1) then to ICSP.P1.end move to ICSP.P5.end; line to (ZU4.Pin19.end,Here)-(del,0); continue to (Here,TP1); dot line from ICSP.P2.end up_ del; ground(,T,E,U); "+5 V" at last line.c above line from ICSP.P6.end down_ del; G9: ground(,T,E); "GND" at last line.c below move to ICSP.P4.end; line right_ del then down Here.y - ZU4.Pin17.y; dot # move to ICSP.P4.end; line right_ del then down Here.y - G9.y + del # continue to (ICSP.P1.end.x+del,Here.y) then down_ Here.y-ZU4.Pin17.y; dot line right_ from RESET.end to (U3.Chip.e+(12*del,0),TP1) POWER: Header(A1,8,1.5*del,7*lg_pinsep,,0.2;pindiam) with .P3.end at Here "POWER" wid 36bp__ at POWER.Block.nw above ljust "8X1F-H8.5" at POWER.Block.sw below ljust for_(1,8,1,`"m4x" at POWER.P`'m4x.end above ljust') line from POWER.P2.end left del/2 then down POWER.P2.y-POWER.P5.y ; dot line from POWER.P4.end left 2.5*del; "+3V3" above ljust dot(at POWER.P3.end-(del*1.5,0)); line up 2*del dot(,,1); "RESET" at last [].n above line from POWER.P5.end left 3.5*del then up 4*del; ground(,T,E,U) "+5 V" at last line.c above line left del*2 from POWER.P8.end; "VIN" above ljust line left del/2 from POWER.P7.end; dot line from POWER.P6.end to (Here,POWER.P6.end) then to Here+(0,-2.5*del) G10: ground(,T,E); "GND" at last line.c below right_ IOH: Header(A1,10,1.5*del,10*lg_pinsep,,0.2;pindiam) \ with .P10.end at ZU4.Pin14.end + (del*15,0) "IOH" at IOH.Block.nw above ljust "10X1F-H8.5" at IOH.Block.se below ljust for_(0,9,1,` { "incr(m4x)" above ljust at IOH.P`'eval(10-m4x).end } move to IOH.P`'eval(10-m4x).start-(pindiam/2+dotrad_/2,0) ifelse(m4x,6,,`dot') move to IOH.P`'eval(10-m4x).end ifelse(eval(m4x<6),1,`line from ZU4.Pin`'eval(14+m4x).end to Here ') ifelse(m4x,6,,` line right del*4; dot(,pindiam/2,1) ') ifelse(eval(m4x<6),1,`"eval(8+m4x)" at last [].e ljust ')') "SCL" at last [].e ljust "SDA" at 3rd last [].e ljust "AREF" at 5th last [].e ljust AD: Header(A1,6,1.5*del,6*lg_pinsep,,0.2;pindiam) \ with .P6.end at (IOH.P10.end,ZU4.Pin23) #.end + (del*6,0) # with .P6.end at ZU4.Pin23.end + (del*6,0) "AD" at AD.Block.nw above ljust "6X1F-H8.5" at AD.Block.se below ljust for_(0,5,1,` dot(at AD.P`'eval(6-m4x).start-(pindiam/2+dotrad_/2,0)) line from ZU4.Pin`'eval(23+m4x).end \ to AD.P`'eval(6-m4x).end; {"incr(m4x)" above ljust} line right del*4; dot(,pindiam/2,1) "A`'m4x" at last [].e ljust ') IOL: Header(A1,8,1.5*del,8*lg_pinsep,,0.2;pindiam) \ with .P8.end at (AD.P1.end,ZU4.Pin2) "IOL" at IOL.Block.nw above ljust "8X1F-H8.5" at IOL.Block.sw ljust below for_(0,7,1,` dot(at IOL.P`'eval(8-m4x).start-(pindiam/2+dotrad_/2,0)) line from ZU4.Pin`'eval(ifelse(eval(m4x<5),1,2,6)+m4x).end \ to IOL.P`'eval(8-m4x).end; {"incr(m4x)" above ljust} line right del*4; dot(,pindiam/2,1) "m4x" at last [].e ljust ') line from ZU4.Pin21.end up RESET.y-ZU4.Pin21.y-del \ then right ICSP.P4.end.x-ZU4.Pin21.end.x + 2*del continue to (Here,IOH.P3)+(0,del*3/2); dot { C4: capacitor(down_ 3.0*del); llabel(C4,,100n) { ground(,T,E); "GND" at last line.e ljust} line from IOH.P4.end to (Here,IOH.P4); dot } line right del*3/2; continue to (Here,IOH.P3) then to IOH.P3.end line left del/2 from IOH.P2.end; continue to (Here,AD.P2); dot line left del*3/2 from IOH.P1.end; continue to (Here,AD.P1); dot # line right_ del*2 from U3.Pin9.end then down_ 5.5*lg_pinsep; dot line right_ del*2 from U3.Pin9.end then down_ 3.5*lg_pinsep; dot { line right_ 2*del; dot(,,1); "RX" at last [].e ljust } line to (Here,RESET)-(0,del) RN4B: resistor(down_ dimen_,,E); llabel(7,"RN4B" ljust "1 K" ljust,2) line down_ del then left_ Here.x - IOH.P9.end.x + del*2.5 continue to (Here,ZU4.Pin2); dot line right_ del from U3.Pin8.end; dot { line right_ 3*del; dot(,,1); "TX" at last [].e ljust } line to (Here,RN4B.start) RN4A: resistor(down_ dimen_,,E); rlabel(8,"RN4A" rjust "1 K" rjust,1) line to (IOH.P9.end,Here)-(del*3.5,0); continue to (Here,ZU4.Pin3); dot Pwr: [ Vin: line right 2*del "VIN" above RN1A: resistor(down_ dimen_*5/4,,E); rlabel(8, "RN1A" rjust "10 K" rjust ,1) CMP: dot RN1B: resistor(down_ dimen_*5/4,,E); rlabel(2, "RN1B" rjust "10 K" rjust ,7) B12: ground(,T,E); "GND" at last line below line right_ 2*del from CMP; dot { line up_ 2*del; dot(,,1); "CMP" at last [].n above } line right_ del POA: opamp(,"+" ljust,"-" ljust) with .In1 at Here "U5A" at last [].n; "1" at POA.Out above rjust "3" at POA.In1 rjust above; "2" at POA.In2 rjust above line left_ del from POA.In2 then down_ del; "+3V3" below dot(at POA.Out); {line up_ 2*del; dot(,,1); "GATE" at last [].n above } T1: mosfet(down_ dimen_*1.5,R,dMdPyEDSQdB,) with .G at Here "T1" at T1 + (-dimen_/4,del*5/4) "FDN340P" at T1 + (0,-del*5/4) rjust # "USBVCC" at T1.D rjust dot(at T1.S); { line up_ 2*del; ground(,T,E,U); "+5 V" at last line above } ] with .RN1B at (USB.e.x+del,RN1C.y-2*del) dot(at XUSB+(0,-del/2)) F1: fuse(right_ to (Pwr.T1.D,Here)); { "500 mA" ljust } { "MF-MSMF050-2" at last [].sw below ljust } line to Pwr.T1.D line from Pwr.T1.S right_ 2.5*lg_pinsep { U2:box ht 3*lg_pinsep wid 5*lg_pinsep with .nw at Here+(0,lg_pinsep/2) } {"1" above rjust}; {"IN" ljust} "LP2985-33DBVR" at U2.s below "U2" above ljust at U2.nw "3" above rjust at U2.w; line left del from U2.w then up_ lg_pinsep; dot "ON/OFF" at U2.w ljust line right_ textht*0.66*3 from U2.w+(textht*0.66*5,textht) U2P2: U2.w+(0,-lg_pinsep); "2" at U2P2 above rjust; "GND" at U2P2 ljust line from U2P2 left del then down_ del G15: ground(,T,E); "GND" at last line.c below U2P5: (U2.e.x,U2.e.y+lg_pinsep) "OUT" at U2P5 rjust; "5" at U2P5 above ljust line from U2P5 right 2*del "+3V3" below; dot { line up_ del; dot(,,1); "3V3" at last [].n above } C3: capacitor(down_ to(Here,G15)); rlabel(,"C3" rjust "1`'svg_micro" rjust) ground(,T,E); "GND" at last line.c below "NC/FB" at (U2.e.x,U2P2.y) rjust "SCK" above ljust at Pwr.Vin + (0,4*del) line right_ 3*del U5B: opamp(,"+" ljust, "-" ljust) with .In1 at Here "5" at U5B.In1 above rjust; "6" at U5B.In2 above rjust "U5B" at last [].n; "7" at U5B.Out above rjust line from U5B.In2 left del then down del then right U5B.Out.x-U5B.In1.x+del TD2: dot dot(at U5B.Out); dot(at Here+(0,2*del),,1); "LCMD" at last [].e ljust line down_ from last [].s to TD2 RN2A: resistor(right_ dimen_*5/4,,E); llabel(8,"1K",1); rlabel(,RN2A) dot; {line up_ 2*del; dot(,,1); "LL" at last [].n above } diode(right_ dimen_*5/4,LE); rlabel(,YELLOW) line down_ dimen_/4; egnd X1:box ht 3*lg_pinsep wid 5*lg_pinsep with .w at (U2.x,U5B.y+del) "X1 DC21MMX" at X1.nw above ljust; "PWR SUPPLY" at X1.nw below ljust X1P1: 1/3 between X1.sw and X1.se; "1" at X1P1 rjust below X1P2: 2/3 between X1.sw and X1.se; "2" at X1P2 rjust below line down_ del from X1P1; dot; { egnd } line right X1.e.x+del - Here.x then up_ X1.e.y-Here.y then to X1.e "3" above ljust at X1.e line from X1P2 down del/2 then right X1.e.x+del*2 - X1P2.x \ then up X1.n.y - X1P2.y + del/2; dot { line up_ 2*del; PWRIN: dot(,,1); "PWRIN" at last [].w rjust } D1: diode(right_ dimen_); llabel(,D1); rlabel(,M7); dot { PC1: capacitor(down_ dimen_,C); llabel(,"PC1" ljust "47`'svg_micro" ljust) G16: egnd } { line to (Here,PWRIN); dot(,,1); "VIN" at last [].e ljust } line right 3*del; { "3" above rjust } U1P1: Here U1: box ht 3*lg_pinsep wid 4*lg_pinsep with .nw at Here+(0,lg_pinsep/2) "IN" at U1P1 ljust; "OUT" at (U1.e,U1P1) rjust "1" below rjust at U1.s "U1" at U1.nw + (0,textht/dptextratio) above ljust \ "NCP1117ST50T3G" ljust line from U1.s to (U1.s,G16); egnd U1P4: (U1.e,U1P1); U1P2: U1P4+(0,-del) { "4" at U1P4 above ljust }; { "2" at U1P2 above ljust }; line right_ 2*del from U1P4; dot; line from U1P2 to (Here,U1P2); dot; { line to (Here,U1P4) } { PC2: capacitor(down_ to (Here,G16),C) llabel(,"PC2" ljust "47`'svg_micro" ljust); egnd } line right_ del*3/2 from (Here,U1P4); dot { line to (Here,PWRIN); ground(,T,E,U); "+5V" at last line.c above } line right_ del*3/2; dot; { line to (Here,PC2.start) C2: capacitor(down_ to (Here,G16),C) llabel(,"C2" ljust "100`'svg_micro" ljust); egnd } { line to (Here,PWRIN); dot(,,1); "5V" at last [].n above } line right_ del*3/2 then to (Here.x+del*3/2,PWRIN.y); dot(,,1) "5V1" at last [].n above command "" .PE Circuit_macros9.5/examples/svg/VariableSVG.m40000644060175006010010000000173413774371757020206 0ustar DwightNone.PS # `VariableSVG.m4' cct_init define(`elen_',dimen_); down_ [ { variable(`resistor',A) }; {"svg_tt(A)" at last line.end below}; move right { variable(`resistor',N) }; {"svg_tt(N)" at last line.end below}; move right { variable(`resistor',uN) }; {"svg_tt(uN)" at last line.end below}; move right { variable(`resistor',NN) }; {"svg_tt(uN)" at last line.end below}; move right { variable(`resistor',uNN) }; {"svg_tt(uNN)" at last line.end below} ] [ skp = 0.4 hskip = linewid*0.5 cskip = hskip Orig: Here { move right cskip+elen_+hskip line invis right_ elen_ "svg_tt(C)"; move right_ hskip { move up_ 0.25 } line invis right_ elen_ "svg_tt(S)" } Loopover_(`char', `move down skp ifelse(char,A,*0.5) { line invis right_ cskip "svg_tt(char)" variable(`capacitor(,C)',char); move right_ hskip variable(`capacitor(,C)',char`'C); move right_ hskip variable(`capacitor(,C)',char`'S) }', A,P,L,N) ] with .w at last [].e+(0.4,0) .PE Circuit_macros9.5/examples/svg/WindingsSVG.m40000644060175006010010000000566213774371757020247 0ustar DwightNone.PS # Windings.m4 cct_init(svg_font(sans-serif,11bp__)) textoffset = 3bp__ define(`vlight',`rgbstring(0.9,0.9,0.9)') define(`lightgray',`rgbstring(0.7,0.7,0.7)') [ winding ] `"winding"' at last [].s below [ winding(R) ] with .n at last "".s+(0,-0.1) `"winding(R)"' wid 1 at last [].s below [ sk = 0.75 d = 1.5*sk p = 0.4*sk w = 1*sk W: winding(L,d,p,4,w,vlight) thinlines_ dimension_(from W.nw+(p/4,0) right p,0.1,"pitch" above,0.3) dimension_(from W.sw to W.nw,0.2,diam,0.3) dimension_(from W.e+(-p/2,-w/2) up w,-0.3,,0.2) "core wid" wid 0.75 at W.e ljust arrow <- up d-w+0.1 left d/10 from W.ne+(-p/2,-(d-w)) "core color" at Here+(-0.2,0) ljust above thicklines_ ] with .sw at last [].se+(0.25,0) "T1" at last [].W.T1 below "T2" at last [].W.T2 below [ #`winding(L|R, diam, pitch, nturns, core wid, core color )' boxwid = 0.3 boxht = 0.4 down_ B1: box winding(,boxwid*1.3,boxht/5,3,boxwid) at B1 "Left pins" "cw" at B1.s+(0,-0.15) for_(1,2,1,`"svg_small(T`'m4x)" at last [].T`'m4x rjust') B2: box at B1.e + (0.5,0) winding(R,boxwid*1.3,boxht/5,3,boxwid) at B2 "Left pins" "ccw" at B2.s+(0,-0.15) for_(1,2,1,`"svg_small(T`'m4x)" at last [].T`'m4x rjust') up_ B3: box at B1.s + (0,-0.55) winding(,boxwid*1.3,boxht/5,3,boxwid) at B3 "Right pins" "cw" at B3.s+(0,-0.15) for_(1,2,1,`"svg_small(T`'m4x)" at last [].T`'m4x ljust') B4: box at (B2,B3) winding(R,boxwid*1.3,boxht/5,3,boxwid) at B4 "Right pins" "ccw" at B4.s+(0.07,-0.15) for_(1,2,1,`"svg_small(T`'m4x)" at last [].T`'m4x ljust') ] with .sw at last [].se+(0,-0.15) [ Q: box invis ht 1 wid 5/4 g = Q.wid/12 ironwid = Q.wid/4.5 line thick ironwid/(1bp__)+linethick from Q.n+(g/2-linethick/2 bp__,0) \ to Q.ne then to Q.se then to Q.sw then to Q.nw \ then to Q.n+(-g/2+linethick/2 bp__,0) line thick ironwid/(1bp__)-linethick outlined lightgray \ from Q.n+(g/2+linethick/2 bp__,0) \ to Q.ne then to Q.se then to Q.sw then to Q.nw \ then to Q.n+(-g/2-linethick/2 bp__,0) thinlines_ dimension_(from Q.n+(-g/2,-ironwid/2) right g,-ironwid/4, "svg_it(g)" below,1,2pt__) thicklines_ down_ P: winding(R,ironwid*5/4,ironwid/2,4,ironwid,lightgray) at Q.w line left ironwid*2/3 from P.T1 arrow right to P.T1 "svg_it(i`'svg_sub(1))" above line left ironwid*2/3 from P.T2 gap(up_ to 2nd last line.end) llabel(-,svg_it(v`'svg_sub(1)),+) "svg_it(N`'svg_sub(1))" at P.e ljust up_ S: winding(L,ironwid*5/4,ironwid/2,4,ironwid,lightgray) at Q.e line right ironwid*2/3 from S.T2 arrow left to S.T2 "svg_it(i`'svg_sub(2))" above line right ironwid*2/3 from S.T1 gap(up_ to 2nd last line.end) rlabel(-,"svg_it(v`'svg_sub(2))" wid 0.2,+) "svg_it(N`'svg_sub(2))" at S.w rjust box dashed rad ironwid/4 wid Q.wid ht Q.ht at Q arrow right arrowht from 0.5 between Q.n and Q.ne move up ironwid/2 from Q.n move down ironwid/2 from Q.s ] with .sw at last [].se+(0.25,0) command "" # end font .PE Circuit_macros9.5/examples/svg/windows.m40000644060175006010010000000054113774371760017560 0ustar DwightNonedivert(-1) # windows.m4 # This file is used if the CUSTOM=windows.m4 function is turned on in Makefile define(`windows_') # To makd NeedDpicTools work, # change the absolute Windows path to your installation directory: define(`NeedDpicTools',`if "dpictools" != "1" then { copy "D:\Dwight\lib\dpictools.pic" } define(`dfitcurve__') ') divert(0)dnl Circuit_macros9.5/examples/svg/wormSVG.m40000644060175006010010000000705713774371757017451 0ustar DwightNone.PS # worm.m4 gen_init define(`svgcolor',`sprintf("rgb(%g,%g,%g)",`$1',`$2',`$3')') `define case { exec sprintf("$%g",floor($1+0.5)+1); }' `define hsvtorgb { h_ = $1; s_ = $2; v_ = $3 f_ = h_/60-floor(h_/60) p_ = v_*(1-s_) q_ = v_*(1-f_*s_) t_ = v_*(1-(1-f_)*s_) case(pmod(floor(h_/60),6)+1, $4 = v_; $5 = t_; $6 = p_, $4 = q_; $5 = v_; $6 = p_, $4 = p_; $5 = v_; $6 = t_, $4 = p_; $5 = q_; $6 = v_, $4 = t_; $5 = p_; $6 = v_, $4 = v_; $5 = p_; $6 = q_) $4 = int(($4)*255+0.5) $5 = int(($5)*255+0.5) $6 = int(($6)*255+0.5) }' Worm: [ linethick_(0.1) dimen = 1.25 # scale parameter; try dimen=2 for a larger picture w = 0.15 * dimen # worm radius nhues = 265 S: dimen,0 for inx = 1 to nhues +2 do { theta = inx*360/nhues R: dimen*cosd(3*theta), dimen*sind(2*theta) D: R-(S.x,S.y) t = sqrt(max(0,w^2/(D.x^2+D.y^2)-1/4)) Ra: 0.5 + (t*D.y,-t*D.x) Rb: 0.5 - (t*D.y,-t*D.x) if inx <= nhues then { hsvtorgb(theta+120,1,1,r,g,b) rgbfill( r,g,b, arc cw from Ra to Rb rad w with .c at S arc ccw from Rb to Ra rad w with .c at R ) } else { arc cw from Ra to Rb rad w with .c at S arc ccw from Rb to Ra rad w with .c at R } S: R } ] "svg_fsize(R,120)" at 0.9 ljust "svg_fsize(G,120)" at Worm.e ljust "svg_fsize(B,120)" at 0.1 ljust "svg_fsize(Y,120)" at 0.1 rjust "svg_fsize(M,120)" wid 0.2 at Worm.w rjust "svg_fsize(C,120)" at 0.9 rjust box invis ht Worm.ht wid Worm.wid+0.4 at Worm [ thicklines_ C: circle rad 1.5 at 0,0 smallrad = C.rad/2 for t=0 to 330 by 30 do { line from Rect_(C.rad-0.05,90-t) to Rect_(C.rad+0.05,90-t) sprintf("%g",t) at Rect_(C.rad+0.2,90-t) } "svg_fsize(R,120)" at Rect_(C.rad+0.45,90-0) "svg_fsize(Y,120)" wid 0.2 at Rect_(C.rad+0.45,90-60) "svg_fsize(G,120)" at Rect_(C.rad+0.45,90-120) "svg_fsize(C,120)" at Rect_(C.rad+0.45,90-180) "svg_fsize(B,120)" at Rect_(C.rad+0.45,90-240) "svg_fsize(M,120)" at Rect_(C.rad+0.45,90-300) linethick_(0) for t = 1 to 90 do { hsvtorgb(t/90*360,1,1,r,g,b) line shaded svgcolor(r,g,b) outlined svgcolor(r,g,b) \ from C to Rect_(C.rad-0.05,90-(t-0.5)/90*360) \ then to Rect_(C.rad-0.05,90-(t+0.5)/90*360) \ then to C } R: circle diam C.rad at Rect_(C.rad*3/8,90) color "rgb(255,0,0)" G: circle diam C.rad at Rect_(C.rad*3/8,-30) color "rgb(0,255,0)" B: circle diam C.rad at Rect_(C.rad*3/8,-150) color "rgb(0,0,255)" RG: cintersect(R,R.rad,G,G.rad) GR: cintersect(R,R.rad,G,G.rad,R) GB: cintersect(G,G.rad,B,B.rad) BG: cintersect(G,G.rad,B,B.rad,R) BR: cintersect(B,B.rad,R,R.rad) RB: cintersect(B,B.rad,R,R.rad,R) # The following could be done other ways depending on the postprocessor `define lozenge { arc from $1$2 to $2$1 with .c at $2 arc from $2$1 to $1$2 with .c at $1 }' # yellow linethick = 0.1; rgbfill(255,255,0,lozenge(R,G)) linethick = 0.4; rgbdraw(255,255,0,lozenge(R,G)) # cyan linethick = 0.1; rgbfill(0,255,255,lozenge(G,B)) linethick = 0.4; rgbdraw(0,255,255,lozenge(G,B)) # magenta linethick = 0.1; rgbfill(255,0,255,lozenge(B,R)) linethick = 0.4; rgbdraw(255,0,255,lozenge(B,R)) `define white { arc cw from RB to GR with .c at R arc cw from GR to BG with .c at G arc cw from BG to RB with .c at B }' linethick = 0.1; rgbfill(255,255,255,white) linethick = 0.4; rgbdraw(255,255,255,white) setrgb(255,255,255) line from RB to GR then to BG then to RB resetrgb ] with .w at Worm.e+(0.5,0) .PE Circuit_macros9.5/examples/svg/XformSVG.m40000644060175006010010000000302713774371757017551 0ustar DwightNonedivert(-1) # `XformSVG.m4' define(`trlabels', `{ thinlines_ ifelse(`$1',R, `arrow from `$3'.P1 <- right 0.12 up 0.072 chop 1pt__ ; "P1" ljust arrow from `$3'.P2 <- right 0.12 down 0.072 chop 1pt__ ; "P2" ljust arrow from `$3'.TP <- right 0.12 chop 1pt__ ; "TP" ljust arrow from `$3'.S1 <- left 0.12 up 0.072 chop 1pt__ ; "S1" rjust arrow from `$3'.S2 <- left 0.12 down 0.072 chop 1pt__ ; "S2" rjust arrow from `$3'.TS <- left 0.12 chop 1pt__ ; "TS" rjust ',` arrow from `$3'.P1 <- left 0.12 up 0.072 chop 1pt__ ; "P1" rjust arrow from `$3'.P2 <- left 0.12 down 0.072 chop 1pt__ ; "P2" rjust arrow from `$3'.TP <- left 0.12 chop 1pt__ ; "TP" rjust arrow from `$3'.S1 <- right 0.12 up 0.072 chop 1pt__ ; "S1" ljust arrow from `$3'.S2 <- right 0.12 down 0.072 chop 1pt__ ; "S2" ljust arrow from `$3'.TS <- right 0.12 chop 1pt__ ; "TS" ljust ') `"'`$2'`"' at `$3'.s+(0,-(`$4')) thicklines_ } ') divert(0)dnl .PS cct_init(svg_font(sans-serif,11bp__)) move right 0.5 down_ T1: transformer trlabels(,`transformer',T1,0.3) T2: transformer(down_ 0.6,,2,P,8) with .w at T1.e+(1,0) trlabels(,`...(down_ 0.6,,2,P,8)',T2,0.3) T3: transformer(,,8,WD12,4) with .w at T2.e+(1,0) trlabels(,`...(,,8,WD12,4)',T3,0.23) T4: transformer(,,9,AL) with .sw at T3.se+(1,0) trlabels(,`...(,,9,AL)',T4,0.3) T5: transformer(,R,8,AW) with .sw at T4.se+(1,0) trlabels(R,`...(,R,8,AW)',T5,0.3) move right 0.4 from last [].e command "" # end font .PE Circuit_macros9.5/examples/svg/XORSVG.m40000644060175006010010000000370113774371757017125 0ustar DwightNone.PS # `XORSVG.m4' # Realizations of the XOR function log_init scale = 2.54 define(`gatelineth',1.6) # gate line thickness define(`lineth',0.8) # connection thickness define(`labels',` "svg_it(A)" at last [].InA above wid 0.25 "svg_it(B)" at last [].InB above wid 0.25 "svg_it(A) O`'svg_sup(+,100,0,-1.4ex) svg_it(B)" at last [].Out ljust wid 1.2 #"svg_it(A) svg_font(Latin,,,"O")`'svg_sup(+,100,0,-1.4ex) svg_it(B)" at last [].Out ljust ') # single gate XOR: Autologix(Xor(A,B)) labels # canonical form Autologix(Or(And(A,Not(B)),And(Not(A),B))) \ with .nw at last [].sw+(0,-1) labels # mixed gates Autologix(And(Nand(A,B),Or(A,B))) \ with .nw at last [].nw+(8,0) labels # nand realization Autologix(Nand(Nand(Nand(A,A),B),Nand(Nand(B,B),A))) \ with .nw at 2nd last [].sw+(0,-1) labels # nor realization Autologix(Nor(Nor(Nor(A,A),Nor(B,B)),Nor(A,B))) \ with .nw at last [].nw+(8,0) labels # These functions contain topologies in common so write a macro define(`customAB', `S: Autologix(N`$1'(N`$1'(A,B1),N`$1'(B1,B)),N) with .Out at Here line thick lineth from S.In2 to S.In3; InAB: dot(at last line.c) line thick lineth from InAB left 2*L_unit TN: Autologix(N`$1'(A,B)) with .Out at Here line thick lineth from TN.InA up 3*L_unit; InA: Here line thick lineth from TN.InB up 3*L_unit; InB: Here line thick lineth from S.In4 to (InB,S.In4) then to (InB,TN.In2); dot line thick lineth from S.In1 to (InA,S.In1); dot') [ customAB(and) Out: S.Out ] with .nw at 2nd last [].sw+(0,-1) labels [ linethick = gatelineth H: NOR_gate(2); linethick = lineth L:dot(at H.w-(2*L_unit,0)) line from H.In1 to (L,H.In1) then to (L,H.In2) then to H.In2 line from L left 2*L_unit customAB(or) Out: H.Out ] with .nw at last [].nw+(8,0) labels .PE Circuit_macros9.5/examples/svg/Xtest.m40000644060175006010010000000301213774371757017177 0ustar DwightNone.PS # test.m4 gen_init divert(-1) divert(0)dnl gs = 0.1 gw = 3 gh = 3 define grid {($1*gs,$2*gs)} B: box invis wid gw+2 ht gh+2 with .c at (0,0) bix = gw/gs/2 G:[ C: 0,0 for i=-bix to bix do { line wid 0.4 outlined "gray" from grid(-bix,i) right gw } for i=-bix to bix by 5 do { sprintf("%g",i) at grid(-bix,i) rjust } for j=-bix to bix do { line wid 0.4 outlined "gray" from grid(j,-bix) up gh } for j=-bix to bix by 5 do { sprintf("%g",j) at grid(j,-bix) below } line from grid(-bix,0) right gw line from grid(0,-bix) up gh ] with .C at B textoffset = 0 xwid = 0.71; svg_font(Times,72bp__) #xwid = 0.65; svg_font(sans-serif,72bp__) #xwid = 0.64; svg_font(Arial,1) #xwid = 0.64; svg_font(Helvetica,1) #xwid = 0.54; svg_font(Courier,1) #xwid = 0.67; svg_font(Cursive,1) #xwid = 0.64; svg_font(Verdana,1) #xwid = 0.70; svg_font(Georgia,1) #xwid = 0.70; svg_font(Palatino,1) #xwid = 0.70; svg_font(Garamond,1) #xwid = 0.70; svg_font(Bookman,1) ##xwid = 0.70; svg_font(Comic Sans MS,1) #xwid = 0.55; svg_font(Trebuchet MS,1) #xwid = 0.78; svg_font(Arial Black,1) #xwid = 0.49; svg_font(Impact,1) [ C: 0,0 "X" wid xwid at grid(0,0) above ljust ; showbox_(last "") "X" wid xwid at grid(0,0) below ljust ; showbox_(last "") "X" wid xwid at grid(0,0) above rjust ; showbox_(last "") "X" wid xwid at grid(0,0) below rjust ; showbox_(last "") ] with .C at G.C [ Q: box wid gw ht gh "X" ljust "Y" rjust "Z" line from Q.n to Q.s; line from Q.w to Q.e ] with .w at B.e "X" wid xwid at G.n above; showbox_(last "") command "" .PE Circuit_macros9.5/examples/svg/Y14-5SVG.m40000644060175006010010000001400613774371760017166 0ustar DwightNone.PS # ASME_Y14-5.m4 # https://en.wikipedia.org/wiki/Geometric_dimensioning_and_tolerancing # See the ASME Y14.5 standard, Figure 6-30. scale = 100/3 cct_init include(../ASME_Y14-5.m4) ifsvg(`svg_font(sans-serif,10bp__)', `textht = 10bp__*2/3 iflatex(`command "{\sf"')') # ASME Y14.5 specs: arrowht = textht*0.8 arrowwid = textht*0.6 maxpswid = 12 # Diameters d1 = (20.13+20.00)/2 d2 = 31.7 d3 = 36 d4 = (40.60+40.45)/2 d5 = 57 d6 = 86 d7 = 100 d8 = 8.0 adj = 1.5 Section: [ Orig: (0,0) T0: (0,-d7/2) T1: (6,-d5/2) T2: (15.5,-d3/2) T3: (22,-d3/2-adj) T4: (32,-d2/2) T5: (41.3,0) T6: (9.5,-d4/2) # for_(0,5,1,`"m4x" at T`'m4x') # Hatching H: hatchbox(invis ht d7 wid 41.3,2,thick 0.4,-45) with .w at Orig box invis fill_(1) wid T5.x-T1.x ht T1.y-H.s.y with .se at H.se box same with .ne at H.ne box invis fill_(1) wid T3.x-T2.x ht T2.y-T1.y with .nw at T2 box same with .sw at (T2.x,-T2.y) box invis fill_(1) wid T4.x-T3.x ht T3.y-T1.y with .nw at T3 box same with .sw at (T3.x,-T3.y) box invis fill_(1) wid T5.x-T4.x ht T4.y-T1.y with .nw at T4 box same with .sw at (T4.x,-T4.y) # Section outline lower line from (0,-d4/2) to T0 then right T1.x-T0.x then up 1 arcto(T1,(T2,T1),1) line to (T2,T1) then up 1 arcto(T2,(T3,T2),1) arcto((T3,T2),T3,0.5) arcto(T3,(T4,T3),0.5) arcto((T4,T3),T4,1) arcto(T4,(T5,T4),1) line to (T5,T4) then to (T5.x,-T4.y) then left 1 # Section outline upper line from (0,d4/2) to (0,-T0.y) then right T1.x-T0.x then down 1 arcto((T1.x,-T1.y),(T2.x,-T1.y),1) line to (T2.x,-T1.y) then down 1 arcto((T2.x,-T2.y),(T3.x,-T2.y),1) arcto((T3.x,-T2.y),(T3.x,-T3.y),0.5) arcto((T3.x,-T3.y),(T4.x,-T3.y),0.5) arcto((T4.x,-T3.y),(T4.x,-T4.y),1) arcto((T4.x,-T4.y),(T5.x,-T4.y),1) line to (T5.x,-T4.y) box wid 6 ht d8 fill_(1) with .w at (0,d6/2) box wid 6 ht d8 fill_(1) with .w at (0,-d6/2) box invis wid T6.x ht d4 fill_(1) with .w at Orig box wid T5.x-T6.x ht d1 fill_(1) with .e at T5 line from (Orig.x,-T6.y) to (Orig.x,T6.y) arcto(T6,(T6,Orig),1) arcto((T6.x,-T6.y),(0,-T6.y),1) line to (0,-T6.y) define(`dialabel', `[tmpthick = linethick; linethick_(1) [Y14_dia_]; [$1 wid ifelse(`$2',,textht,`$2')] with .w at last [].e+(0.5,0) linethick_(tmpthick)]') thinlines_ dimension_(from (0,T6.y) to (0,-T6.y),40,dialabel("40.60" "40.45",12),textht*3) line up 4 from AE_dimen_.end Y14_frame(Y14_per_,Y14_dia_;"0";"(M)","A") with .sw at Here Y14_frame("B") with .s at last [].n+(0,6) thicklines_(1) datumarrow(from last [].s to 2nd last [].n) thinlines_ dimension_(from T2 to (T2.x,-T2.y),30, dialabel("35.5" "36.0",12),textht*3) dimension_(from T0 to T0+(T1.x,0),-8," 6.1 " " 5.9 ",textht) dimension_(from S_dimen_.end to S_dimen_.end+(T2.x,0),-9, "15.4" "15.6",textht*4) line from E_dimen_.start to (T2,T1) chop 0 chop 1 dimension_(from S_dimen_.end to S_dimen_.end+(T3.x,0),-9, "21.9" "22.1",textht*4) line from E_dimen_.start to T3 chop 0 chop 1 dimension_(from S_dimen_.end to S_dimen_.end+(T4.x,0),-9, "31.9" "32.1",textht*4) line from E_dimen_.start to (T4,T3) chop 0 chop 1 dimension_(from S_dimen_.end to S_dimen_.end+(T5.x,0),-9, "41.2" "41.4",textht*4) line from E_dimen_.start to (T5,T4) chop 0 chop 1 line from S_dimen_.start to T0 chop 0 chop 1 dimension_(from (0,d7/2) right T6.x,8,"9.6" "9.4",3*textht) line from E_dimen_.start to (T6.x,d4/2) chop 0 chop 1 ctrline(from (-3,0) to T5+(3,0),T5.x/2) ctrline(from (-3,d6/2) right T1.x+6) ctrline(from (-3,-d6/2) right T1.x+6) dimension_(from T5-(0,d1/2) to T5+(0,d1/2),-14, dialabel("20.13" "20.00",4*textht),textht*3) dimension_(from T5-(0,d2/2) to T5+(0,d2/2),-35, dialabel("31.8" "31.6",3*textht),textht*3) arrow <- from (T5.x+6,d1/2) by (Rect_(20,75)) then right 6 Y14_frame(Y14_cir_,"0.06" wid 3*textht,"A","B") with .w at Here Y14_frame("C") with .n at last [].se+(-6,-8) thicklines_(1) datumarrow(from last [].n up 8) thinlines_ arrow <- from (T5.x+6,-d2/2) by (Rect_(10,-75)) then right 4 Y14_frame(Y14_cir_,"0.1" wid textht*2,"C") with .w at Here arrow <- from ((T3.x+T4.x)/2,d3/2+adj) by (Rect_(30,75)) then right 4 "M42 X 1.5 - 6g" wid 9*textht ljust Y14_frame(Y14_pos_,Y14_dia_;"0.1" wid textht*2;"(M)","C";"(M)") \ with .nw at last "".sw+(0,-2) line from (T2.x,-T1.y) up 25 chop 1 chop 0 Y14_frame(Y14_par_,"0.06" wid 3*textht,"A") with .sw at Here Y14_frame(Y14_sur_," 0.1 " wid 3*textht,"A") with .sw at last [].nw arrow <- from (0,-d6/2+10) left 13 Y14_frame(Y14_fla_,"0.02" wid 4*textht) with .e at Here Y14_frame("A") with .n at last [].s+(0,-6) datumarrow(from last [].n up 6) ] Topview:[ C: circle diam d7 for i=0 to 7 do { circle diam d8 at C+(Rect_(d6/2,i/8*360)) } C5: circle diam d5 at C C4: circle diam d3+2*adj at C C3: circle dashed diam d3 at C C2: circle diam d2 at C C1: circle diam d1 at C thinlines_ dimension_(from C.w-(0,10) to C.e-(0,10),-C.rad-15, dialabel("100" "99",textht*3),textht*5) dimension_(from C5.w-(0,5) to C5.e-(0,5),-C.rad-5, dialabel("57.2" "56.8",textht*4),textht*5) arrow <-> from C+(Rect_(d6/2,-120)) to C+(Rect_(d6/2,60)) line from last arrow.end to C+(Rect_(d7/2+6,60)) then right 4 dialabel("86.2" "85.8",textht*4) with .w at Here+(1,0) ctrline(from (C.x-(d6-d7/2),C.y) to (C.x+(d6-d7/2),C.y)) ctrline(from (C.x,C.y-d6/2+d8/2) to (C.x,C.y+d6/2-d8/2)) for_(0,315,45,`ctrarcr(C,d6/2,(m4x-22.5)*dtor_,(m4x+22.5)*dtor_) ctrline(from C+(Rect_(d6-d7/2,m4x)) to C+(Rect_(d7/2,m4x))) ') arcdimension_(from C+(0,d7/2) to C+(Rect_(d7/2,135)) with .c at C, 8,"8X 45`'iflatex(^\circ)" wid textht*3.5,15,1) ifsvg("svg_deg" wid textht*2/3 with .w at last "".e) move to C+(0,d6/2) arrow <- from Here+(Rect_(8/2,75)) to Here+(Rect_(25,75)) then right_ 3 "8X" wid 2*textht ljust linethick_(1); [Y14_dia_] with .w at last "".e+(1,0) "7.9 - 8.1" wid 8*textht ljust Y14_frame(Y14_pos_,Y14_dia_;"0.14" wid 3*textht;"(M)","A","C") \ with .nw at 2nd last "".sw+(0,-2) ] with .C at Section.Orig+(4.5*scale,0) command iflatex(`"}"',ifsvg(`""')) .PE Circuit_macros9.5/examples/Switches.m40000644060175006010010000000760513774371763017073 0ustar DwightNone.PS # Switches.m4 cct_init define(`Below',`at last [].s+(0,-10bp__)') movewid = 0.25 # Row 1 right_; { lswitch; {S:"\tt ls{}witch" Below} move right_ lswitch(,,O); {"\tt (,{,}O)" at (last [],S)} move right_ lswitch(,,C); {"\tt (,{,}C)" at (last [],S)} move right_ lswitch(,,DA); {"\tt (,{,}DA)" at (last [],S)} move right_ lswitch(,,dDO); {"\tt (,{,}dDO)" at (last [],S)} move right_ lswitch(,,uDC); {"\tt (,{,}uDC)" at (last [],S)} } # Row 2 move down; right_; { lswitch(,,K); {S:"\tt (,{,}K)" Below} move right_ lswitch(,,KD); {"\tt (,{,}KD)" at (last [],S)} move right_ lswitch(,,KOD); {"\tt (,{,}KOD)" at (last [],S)} move right_ lswitch(,,KCD); {"\tt (,{,}KCD)" at (last [],S)} move right_ bswitch; {"\tt `bswitch'" at (last [],S)} move right_ bswitch(,,C); {"\tt (,{,}C)" at (last [],S)} } # Row 3 move down; right_; { D: dswitch(,,); {S: "\tt ds{}witch(,{},)" Below} thinlines_ { spline <- from 0.25 along_(D) up 0.1 then up 0.05 left 0.1 {"\tt W" rjust} spline <- from D.c+(0,m4sc*2) up 0.1 then up 0.05 left 0.1 {"\tt B" rjust }} thicklines_ move right_ D: dswitch(,,WdBK); {"\tt (,{,}WdBK)" at (last [],S)+(0,-4bp__)} thinlines_ { spline <- from tr_xy(0,-2) up 0.1 then up 0.10 left 0.1 {"\tt dB" rjust} spline <- from tr_xy(4,-2) right 0.1 then right 0.05 up 0.15 {"\tt K" above }} thicklines_ move right_ dswitch(,,WBmdDK); {"\tt (,{,}WBmdDK)" at (last [],S)} move right_ dswitch(,,WBKTr); {"\tt (,{,}WBKTr)" at (last [],S)} move right_ dswitch(,,WdBL); {"\tt (,{,}WdBL)" at (last [],S+(0,-4bp__))} move right_ dswitch(,,WBCo); {"\tt (,{,}WBCo)" at (last [],S)} } # Row 4 move down; right_; { dswitch(,,WBKCo); {S: "\tt (,{,}WBKCo)" Below} move right_ dswitch(,,WBCb); {"\tt (,{,}WBCb)" at (last [],S)} move right_ dswitch(,,WBDI); {"\tt (,{,}WBDI)" at (last [],S)} move right_ dswitch(,,WBSd); {"\tt (,{,}WBSd)" at (last [],S)} move right_ dswitch(,,WBFDI); {"\tt (,{,}WBFDI)" at (last [],S)} move right_ dswitch(,,WBFSd); {"\tt (,{,}WBFSd)" at (last [],S)} } # Row 5 move down moveht*5/4; right_; { dswitch(,,WBTh); {S: "\tt (,{,}WBTh)" Below} move right_ dswitch(,,WBKC); {"\tt (,{,}WBKC)" at (last [],S)} move right_ dswitch(,,WBM); {"\tt (,{,}WBM)" at (last [],S)} move right_ dswitch(,,WBCO); {"\tt (,{,}WBCO)" at (last [],S)} move right_ dswitch(,,WBMP); {"\tt (,{,}WBMP)" at (last [],S)} move right_ dswitch(,,WBoKCP); {"\tt (,{,}WBoKCP)" at (last [],S)} } # Row 6 move down moveht*5/4; right_; { dswitch(,,WBCY); {S: "\tt (,{,}WBCY)" Below} move right_ dswitch(,,WBCZ); {"\tt (,{,}WBCZ)" at (last [],S)} move right_ dswitch(,,WBCE); {"\tt (,{,}WBCE)" at (last [],S)} move right_ dswitch(,,WBRH); {"\tt (,{,}WBRH)" at (last [],S)} move right_ dswitch(,,WBRdH); {"\tt (,{,}WBRdH)" at (last [],S)} move right_ dswitch(,,WBRHH); {"\tt (,{,}WBRHH)" at (last [],S)} } # Row 7 move down moveht; right_; { move down_ 2bp__; right_ dswitch(,,WBPr); {S: "\tt (,{,}WBPr)" Below} move right_ dswitch(,,WBPrT); {S: "\tt (,{,}WBPrT)" Below} # move right_ # Proxim; {S: "\tt Pro{}xim" Below} # move right_ # Magn; {S: "\tt Mag{}n" Below} move down_ 6bp__ then right_ dswitch(,,WBPrM); {S: "\tt (,{,}WBPrM)" Below} } # Row 8 move down; right_; { dswitch(,,WBMMR); {S: "\tt (,{,}WBMMR)" Below} move right_ dswitch(,,WBMM); {"\tt (,{,}WBMM)" at (last [],S)} move right_ dswitch(,,WBMR); {"\tt (,{,}WBMR)" at (last [],S)} move right_ dswitch(,,WBEL); {"\tt (,{,}WBEL)" at (last [],S)} move right_ dswitch(,,WBLE); {"\tt (,{,}WBLE)" at (last [],S)} move right_ dswitch(,,WBoKEL); {"\tt (,{,}WBoKEL)" at (last [],S)} } .PE Circuit_macros9.5/examples/test.m40000644060175006010010000000111713774371763016251 0ustar DwightNone.PS # Test.m4 cct_init # Use this file to do a quick test of diagrams you are developing. # Enter the drawing commands here and (if you have a "make" utility) type # make tst # Otherwise, to process a file called filename.m4, type one of # make filename.ps # make filename.eps # make filename.pdf # make filename.gif (requires ImageMagick convert) # make filename.png (requires ImageMagick convert) # make filename.tif (requires ImageMagick convert) # To perform tests in a new folder, copy the Makefile, this file, # and tst.tex (or your own equivalent) to that folder. .PE Circuit_macros9.5/examples/testpdf.tex0000644060175006010010000000064013774371763017223 0ustar DwightNone% testpdf.tex % To test circuit files using pdflatex % 1. Use m4 and dpic -p to create test.tex as usual % 2. Type ps4pdf.sh testpdf % See http://www.tug.org/TUGboat/Articles/tb22-4/tb72voss4pdf.pdf % \documentclass[11pt]{article} \usepackage{ps4pdf} \usepackage{siunitx} \PSforPDF{ \usepackage{pstricks} } \pagestyle{empty} \thispagestyle{empty} \begin{document} \PSforPDF{ \input{test.tex} } \end{document} Circuit_macros9.5/examples/Tgate.m40000644060175006010010000000177613774371760016346 0ustar DwightNone.PS # Tgate.m4 cct_init right_ [ { Q: tgate "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G ljust below "$Gb$" at Q.Gb ljust above `"\tt tgate"' at Q.A-(0.25,0) rjust } move down_ linewid; right_ { Q: tgate(,L) "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G ljust above "$Gb$" at Q.Gb ljust below `"\tt tgate(,L)"' wid 0.65 at Q.A-(0.25,0) rjust } ] [ { Q: tgate(,B) "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G ljust `"\tt tgate(,B)"' at Q.G-(0,10bp__) below } ] with .Q.A at last [].Q.B+(0.5,linewid/2) [ { Q: ptrans "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G rjust below "$Gb$" at Q.Gb rjust `"\tt ptrans"' at Q.B+(0.25,0) ljust } move down_ linewid; right_ { Q: ptrans(,L) "$A$" at Q.A rjust "$B$" at Q.B ljust "$G$" at Q.G ljust above "$Gb$" at Q.Gb ljust below `"\tt ptrans(,L)"' at Q.B+(0.25,0) ljust } ] with .Q.Gb at (last [].e.x+elen_/2+0.5,1st [].Q.Gb.y) .PE Circuit_macros9.5/examples/Three.m40000644060175006010010000000240713774371763016344 0ustar DwightNone.PS # Three.m4: three-phase oscillator cct_init define(`section',`[ I: Here resistor(right elen_*0.75); llabel(,R/2) T: dot line down dimen_/2 then right_ dimen_/4 Amp: opamp(,,,,, rgbfill(0.9,0.6,0.1,line to N then to E then to S then to Here) "{\scriptsize$-$}" at In1 ljust "{\scriptsize$+$}" at In2 ljust ) with .In1 at Here line left dimen_/4 from Amp.In2 then down dimen_/4; G: ground resistor(from T to (Amp.Out,T)); llabel(,R) O: dot { arrow up dimen_*0.5 then right dimen_/4 up dimen_/4 "$`$1^\circ'$" above } line to Amp.Out dot(at T+(dimen_/4,0)); line up dimen_*0.6 capacitor(right_ Amp.Out.x-Here.x-dimen_/4,C); llabel(,2C) line to (Here,T); dot ]') A: section(0) B: section(120) with .I at A.O C: section(-120) with .I at B.O ground(at (A.I,A.G)+(dimen_/3,0),,) P:potentiometer(down_ dimen_/2,,0.75,dimen_/2) with .End at Here line from P.Start to (A.I,P.Start); dot resistor(up_ dimen_*0.75 from P.T1) line to A.T dot(at B.Amp.Out+(dimen_/3,0)); { "$V_c$" above } resistor(down_ dimen_*0.75) { dot; line right (C.T.x-Here.x)/2 reversed(`diode',up_ dimen_) line to C.T } resistor(down_ dimen_*0.75) dot line from C.O right dimen_/4 then down C.O.y-Here.y then to (A.I,Here) \ then to A.I .PE Circuit_macros9.5/examples/thyristor.m40000644060175006010010000000637113774371760017345 0ustar DwightNone.PS # `thyristor.m4' cct_init define labels { { "\sl $1" ht 11 pt__ $2 at last[].$1 "\sl $3" $4 at last[].$3 "\sl $5" $6 at last[].$5 "\tt $7" ht 11 pt__ $9 at (last[].s+(0,$8)) } } down_ Row1: [ {thyristor labels(A,above,K,below,G,ljust,`thyristor',-0.25,wid 0.75) } move right 0.50 ; down_ {thyristor(,B) labels(T1,above,T2,below,G,below ljust,`...(,B)',-0.35) } move right 0.50 ; down_ {thyristor(down_ dimen_*0.8,BRK) labels(T1,above,T2,below,G,below rjust,`...(,BRK)',-0.22) } move right 0.60 ; down_ {thyristor(,BE) labels(T1,above,T2,below,G,below ljust,`...(,BE)',-0.35) } move right 0.50 ; down_ {thyristor(,A) at (Here,last []) labels(A,above,K,below,G,ljust,`...(,A)',-0.35) } move right 0.50 ; down_ {thyristor(,F) at (Here,last []) labels(A,above,K,below,G,ljust,`...(,F)',-0.22) } move right 0.65 ; down_ {thyristor(,BRE) labels(T1,above,T2,below,G,below rjust,`...(,BRE)',-0.35) } move right 0.75 ; down_ {thyristor(,UARE) at (Here,last []) labels(A,above,K,below,G,rjust below,`...(,UARE)',-0.22) } move right 0.50 ; down_ {thyristor(,AV,G: G+(0.1,0.1)) at (Here,last []) thinlines_ spline -> from last[].G left 0.05 then left 0.05 down 0.1 thicklines_ labels(A,above,K,below,G,ljust,`...(,AV)',-0.35) } move right 0.50 ; down_ {thyristor(,IEC) labels(A,above ljust,K,below ljust,G,ljust,`...(,IEC)',-0.22) } ] Row2: [ down_ {thyristor(,UAH) labels(A,rjust above,K,rjust below,G,ljust,`...(,UAH)',-0.35,wid 0.65) } move right 0.55 ; down_ {thyristor(,N) at (Here,last []) labels(A,above,K,below,Ga,rjust,`...(,N)',-0.22) } move right 0.55 ; down_ {thyristor(,UANRE) at (Here,last []) labels(A,above,K,below,Ga,ljust above,`...(,UANRE)',-0.35) } move right 0.55 ; down_ {thyristor(,SCR) at (Here,last []) labels(A,above,K,below rjust,G,below ljust,`...(,SCR)',-0.22) } move right 0.55 ; down_ {thyristor(,SCRE) at (Here,last []) labels(A,above,K,below,G,ljust below,`...(SCRE)',-0.35) } move right 0.65 ; down_ {thyristor(,SCRRE) at (Here,last []) labels(A,above,K,below,G,rjust below,`...(SCRRE)',-0.22) } move right 0.55 ; down_ {thyristor(,SCS) at (Here,last []) labels(A,above,K,below,G,ljust,`...(SCS)',-0.35) } { "\sl Ga" rjust above at last[].Ga } move right 0.55 ; down_ {thyristor(,SCSE) at (Here,last []) labels(A,above,K,below,G,ljust below,`...(SCSE)',-0.22) } { "\sl Ga" rjust above at last[].Ga } move right 0.65 ; down_ {thyristor(,SUSE) at (Here,last []) labels(A,above,K,below,G,rjust,`...(SUSE)',-0.35) } move right 0.65 ; down_ {thyristor(,SBSE) at (Here,last []) labels(T1,above,T2,below,G,rjust,`...(SBSE)',-0.22) } ] with .nw at Row1.sw + (0,-0.20) Twoterms: [ right_ { scr(,,Q) ; `"\tt scr(,{,}Q)"' at last [].e ljust} { "\sl Q.G" at Q.G above } move down 0.4; right_ { scs(,,Q2) ; `"\tt scs(,{,}Q2)"' at last [].e ljust } { "\sl Q2.G" at Q2.G above } { "\sl Q2.Ga" at Q2.Ga below } ] with .nw at Row2.sw+(0,-0.2) [ right_ { sus(,RE,Q3) ; `"\tt sus(,RE,Q3)"' at last [].e ljust} { "\sl Q3.G" at Q3.G above } move right_ 1.2 from last line.end { sbs(,E,Q4) ; `"\tt sbs(,E,Q4)"' at last [].e ljust} { "\sl Q4.G" at Q4.G below } ] with .w at last [].e+(1.0,0) .PE Circuit_macros9.5/examples/tikz.tex0000644060175006010010000000057613774371762016542 0ustar DwightNone\documentclass[11pt]{article} \usepackage{tikz} \usepackage{siunitx} \usepackage[T1]{fontenc} \usepackage{boxdims} \addtolength{\textwidth}{2cm} \addtolength{\textheight}{3cm} \setlength{\oddsidemargin}{0pt} \setlength{\evensidemargin}{0pt} \setlength{\hoffset}{-0.5in} \pagestyle{empty} \thispagestyle{empty} \begin{document} \noindent\vspace{2ex}\input{test.tex} \end{document} Circuit_macros9.5/examples/tst.tex0000644060175006010010000000114513774371763016365 0ustar DwightNone\documentclass[11pt]{article} % Custimize your packages here: \usepackage[dvips]{graphicx} \usepackage{pstricks,pst-slpe,pst-grad} \usepackage{boxdims} \usepackage{upgreek} \usepackage{siunitx} \usepackage{amssymb} % %\addtolength{\textwidth}{2cm} \addtolength{\textwidth}{10cm} % for Tubediags.ps %\addtolength{\textheight}{3cm} \addtolength{\textheight}{10cm} % for Tubediags.ps \setlength{\oddsidemargin}{0pt} \setlength{\evensidemargin}{0pt} \setlength{\hoffset}{-0.5in} \newbox\graph \pagestyle{empty} \thispagestyle{empty} % \begin{document} \noindent\vspace{2ex}\input{test.tex}\box\graph \end{document} Circuit_macros9.5/examples/tst1.tex0000644060175006010010000000033313774371763016444 0ustar DwightNone%\documentclass{article} \documentclass[11pt]{article} \usepackage{graphicx} \usepackage{siunitx} \usepackage{boxdims} \pagestyle{empty} \thispagestyle{empty} % \begin{document} \includegraphics{test.1} \end{document} Circuit_macros9.5/examples/TTLnand.m40000644060175006010010000000302613774371762016576 0ustar DwightNone.PS # TTLnand.m4 cct_init up_ Q3: bi_tr "\sf Q3" at Q3.E above ljust dot(at Q3.C); reversed(`diode',up_ dimen_/2) Q4: bi_tr with .E at Here "\sf Q4" at Q4.E above ljust resistor(up_ dimen_ from Q4.C); rlabel(,`130\,\mathrm{\Omega}') V: dot line left_ dimen_*0.75 from Q4.B; dot line left_ dimen_*0.75 from Q3.B; dot Q2: bi_tr(up_ Q4.B.y-Q3.B.y) with .E at Here "\sf Q2" at 1/2 between Q2.E and Q2.C ljust resistor(from Q2.C to (Q2.C,V)); rlabel(,`1.6\,\mathrm{k\Omega}'); dot resistor(from Q2.E down_ dimen_); llabel(,`1\,\mathrm{k\Omega}') line to (Q4.E,Here) G: dot line to Q3.E line left_ dimen_/4 from Q2.B right_ Q1: bi_trans(,,BCdE2BU) with .C at Here "\sf Q1" at Q1.Bulk above rjust resistor(up_ from Q1.B to (Q1.B,V)); rlabel(,`4\,\mathrm{k\Omega}') line to V line left dimen_ from Q1.E2 X1: dot; "$X1$" rjust above at last [].w X2: dot(at (X1,Q3.C)); "$X2$" rjust at last [].w AA: line invis right dimen_ from X2 line from X2 to Intersect_(AA,Q1.Em1) then to Q1.E1 X3: dot(at 2 between X1 and X2); "$X3$" rjust below at last [].w AA: line invis right dimen_ from X3 line from X3 to Intersect_(AA,Q1.Em0) then to Q1.E0 W: X2+(dimen_/2,0) N: V+(0,dimen_/4) S: (N.x,N.y-2*(N.y-W.y)) line from V to 2 between V and N Vcc:dot; "$+5\,\hbox{V}$" ljust at last [].e line from G to (G,S) ground line from N to (W,N) then to (W,S) then to S arc rad N.y-W.y ccw to N with .c at 1/2 between N and S line right (N.y-S.y)/2+dimen_/2 from Q3.C Z: dot; "$Z = \overline{X1\cdot X2\cdot X3}$" ljust .PE Circuit_macros9.5/examples/Ttree.m40000644060175006010010000000406113774371760016353 0ustar DwightNone.PS # Ttree.m4 # A binary tree using m4 gen_init sinclude(tst.dim) s_init(Ttree) # `Node(no in row, head [location], # displacement of top of body (.n) wrt head, # body Node 1, body Node 2, ...) ' define(`Node',` Head`$1': `$2' ifelse(`$3',,,`Body`$1': [ Loopover_(`v',`v; define(`m4ct',m4Lx)',shift(shift(shift($@)))) ] with .n at Head`$1' + `$3' connect(`$1',m4ct)')') define(`connect',`Bot: move from Head$1.sw to Head$1.se for_(1,`$2',1, `Top: move from Body$1.Head`'m4x.nw to Body$1.Head`'m4x.ne Move: move from Head$1 to Body$1.Head`'m4x if Bot.len*Top.len*Move.len > 0 then { line from Intersect_(Move,Top) to Intersect_(Move,Bot)}')') vsep = 0.75 Node(1,s_box($`h(h(h(x_1,x_2),h(x_3,x_4)),h(h(x_5,x_6),h(x_7,x_8)))'$), (0,-vsep), Node(1,s_box($`h(h(x_1,x_2),h(x_3,x_4))'$), (0,-vsep), Node(1,s_box($`h(x_1,x_2)'$), (0,-vsep), Node(1,s_box($`x_1:=((A,pk_A),h_1)'$)), Node(2,s_box($`x_2:=((B,pk_B),h_2)'$) \ with .n at last "".ne+(0.2,-vsep*2/3))), Node(2,s_box($`h(x_3,x_4)'$) with .nw at Head1.ne+(Body1.wid/2+0.1,0), (0,-vsep), Node(1,s_box($`x_3:=((A,pk_A^\prime),h_3)'$)), Node(2,s_box($`x_4:=((D,pk_D),h_4)'$) \ with .n at last "".ne+(0.2,-vsep*2/3)))), Node(2,s_box($`h(h(x_5,x_6),h(x_7,x_8))'$) \ with .nw at Head1.ne+(Body1.wid/2,0), (0,-vsep), Node(1,s_box($`h(x_5,x_6)'$), (0,-vsep*5/4), Node(1,s_box($`x_5:=((E,pk_E),h_5)'$)), Node(2,s_box($`x_6:=((H,pk_H),h_6)'$) \ with .n at last "".ne+(0.2,-vsep*2/3))), Node(2,s_box($`h(x_7,x_8)'$) with .nw at Head1.ne+(Body1.wid/2+0.1,0), (0,-vsep*5/4), Node(1,s_box($`x_7:=((D,pk_D^\prime),h_7)'$)), Node(2,s_box($`x_8:=((K,pk_K),h_8)'$) \ with .n at last "".ne+(0.2,-vsep*2/3))), Node(3,s_box($`h(x_9)'$) at 0.5 between Head1 and Head2))) .PE Circuit_macros9.5/examples/tubedefs.m40000644060175006010010000002316013774371762017074 0ustar DwightNonedivert(-1) # tubedefs.m4 # macros for the Tubediags.m4 file # Size parameters define(`tubediam',`dimen_') define(`tubethick',`2') define(`tubepindiam',`tubediam*3/8') define(`tubeplatelen',`tubediam/2') define(`tubegridlen',`tubediam*7/12') define(`tubcathlen',`tubeplatelen-tubethick bp__') define(`tubedotthick',`1.2') define(`tubedotdiam',`tubediam/6') define(`tgap',`tubediam*3/20') # Generic tubes `triode(diam,R[N|S|E|W]) R=tubeplate at bottom N,S,E,W=half circle' define(`triode',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') drawEnv(`$2') G1: tubegrid(right tubegridlen at Env) ifinstr(`$2',R, `K1: tubecathode(,`$2') with .s at G1+(0,tgap) P1: tubeplate(at G1+(0,-tgap))', `K1: tubecathode(,`$2') with .n at G1+(0,-tgap) P1: tubeplate(at G1+(0,tgap))') `$3' ifelse(`$1',,,`popdef(`tubediam')')] ') `tetrode(diam,R[N|S|E|W]) R=tubeplate at bottom N,S,E,W=half circle' define(`tetrode',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') drawEnv(`$2') ifinstr(`$2',R, `G1: tubegrid(right tubegridlen at Env+(0,tgap/2)) G2: tubegrid(right tubegridlen at G1-(0,tgap)) P1: tubeplate(at G2-(0,tgap)) K1: tubecathode(,`$2') with .s at G1+(0,tgap)', `G1: tubegrid(right tubegridlen at Env-(0,tgap/2)) G2: tubegrid(right tubegridlen at G1+(0,tgap)) P1: tubeplate(at G2+(0,tgap)) K1: tubecathode(,`$2') with .n at G1+(0,-tgap)') `$3' ifelse(`$1',,,`popdef(`tubediam')')] ') `pentode(diam,R[N|S|E|W]) R=tubeplate at bottom N,S,E,W=half circle' define(`pentode',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') drawEnv(`$2') pushdef(`tgap',`tubediam/8') ifinstr(`$2',R, `G2: tubegrid(right tubegridlen at Env-(0,tgap/4)) G3: tubegrid(right tubegridlen at G2-(0,tgap)) P1: tubeplate(at G3-(0,tgap)) G1: tubegrid(right tubegridlen at G2+(0,tgap)) K1: tubecathode(,`$2') with .s at G1+(0,tgap)', `G2: tubegrid(right tubegridlen at Env+(0,tgap/4)) G3: tubegrid(right tubegridlen at G2+(0,tgap)) P1: tubeplate(at G3+(0,tgap)) G1: tubegrid(right tubegridlen at G2-(0,tgap)) K1: tubecathode(,`$2') with .n at G1-(0,tgap)') popdef(`tgap') `$3' ifelse(`$1',,,`popdef(`tubediam')')] ') # utilities define(`drawEnv', `thktmp = linethick; linethick_(tubethick) Env: circle invis diam tubediam ifinstr(`$1',N, `line from Env.w down tubediam*3/2/8 line from Env.e down tubediam*3/2/8 arc from Env.e to Env.w', `$1',S, `line from Env.w up tubediam*3/2/8 line from Env.e up tubediam*3/2/8 arc from Env.w to Env.e', `$1',E, `line from Env.n left tubediam*3/2/8 line from Env.s left tubediam*3/2/8 arc from Env.s to Env.n', `$1',W, `line from Env.n right tubediam*3/2/8 line from Env.s right tubediam*3/2/8 arc from Env.n to Env.s', `circle diam tubediam') with .c at Env linethick_(thktmp) ') define(`tubedot',`dot(ifelse(`$1',,`at Here',`$1'),tubedotdiam/2,1,thick tubedotthick)') define(`pin',`circle diam tubepindiam `$1'') define(`Base_pins',`define(`pincount',`ifelse(`$2',,8,`$2')')dnl define(`pinpattern',`ifelse(`$1',,8,`$1')')dnl define(`pininit',`ifelse(`$3',,-90,`$3')')dnl for_(1,pincount,1, `pinang = pininit+360/(2*pinpattern)-m4x*360/pinpattern Pin`'m4x: pin(at \ Base+(Rect_(Base.rad+tubepindiam/2+tubethick/2bp__,pinang)) \ ifsvg("svg_small(m4x)","\small m4x")) {PinT`'m4x: Base+(Rect_(Base.rad+tubethick/2bp__,pinang))} ') ') # structural elements `tubeplate(attributes,length)' define(`tubeplate',`line thick tubethick right ifelse(`$2',,tubeplatelen,`$2') `$1'') define(`thinthick',0.4)dnl define(`thinline',`line thick thinthick')dnl define(`tubeTab',`[ ang = ifelse(`$1',,90,`$1') ca = cosd(ang); sa = sind(ang) tabht = tubepindiam/2 tabwd = tabht*5/6 T0: Here T1: T0+(vrot_(0,tabwd/2,ca,sa)) T2: T0+(vrot_(tabht,tabwd/2,ca,sa)) T3: T0+(vrot_(tabht,-tabwd/2,ca,sa)) T4: T0+(vrot_(0,-tabwd/2,ca,sa)) line from T1 to T2 then to T3 then to T4 fill_(ifelse(`$2',,1,`$2')) ] with .T0 at Base+(Rect_(tubediam*3/2/2+tubethick/2bp__,ifelse(`$1',,90,`$1'))) ') define(`tubegrid',`dashline(ifelse(`$1',,`right tubegridlen',`$1'), thick tubethick,(tubegridlen*7/8/3),(tubegridlen/8/2))') `tubecathode(length,R)' define(`tubecathode',`[ box invis wid ifelse(`$1',,tubcathlen,`$1') ht tubeplatelen/6 ifinstr(`$2',R, `line thick tubethick from last box.nw to last box.sw \ then to last box.se then to last box.ne', `line thick tubethick from last box.sw to last box.nw \ then to last box.ne then to last box.se ') `$3'] ') `tubefilament(length,R)' define(`tubefilament',`[ define(`filalen',`ifelse(`$1',,`tubeplatelen/3',`$1')')dnl round(,tubethick) define(`filn',`ifinstr(`$2',R,-)') line thick tubethick up filn`'tubeplatelen/3 right tubeplatelen*2/9; round(,tubethick) line thick tubethick down filn`'tubeplatelen/3 right tubeplatelen*2/9 round(,tubethick) `$3'] ') # specific base examples, bottom view define(`B_2AG',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') Base: circle thick tubethick diam tubediam*3/2 Base_pins(8,7) Dk1: tubedot(at Base+(0,-tubedotdiam*5/6)) P1: tubeplate(at Base+(0,tubedotdiam/3)) thinline from PinT1 to Dk1 chop 0 chop tubedotdiam/2 thinline from P1 to Base.n tubeTab(90) `$2' ifelse(`$1',,,`popdef(`tubediam')') ]') define(`B_2D',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') Base: circle thick tubethick diam tubediam*3/2 Base_pins(4,4) G1: tubegrid(right tubegridlen at Base) F1: tubefilament with .n at G1+(0,-tgap) P1: tubeplate(at G1+(0,tgap)) thtmp = linethick; linethick = thinthick T1: tubeTab(105) T2: tubeTab(75) line from PinT1 to F1.sw line from PinT4 to F1.se line from G1.start left tubediam*3/2/8 then to T1.T0 line from P1 up tubediam*3/2/8 then to T2.T0 linethick = thtmp `$2' ifelse(`$1',,,`popdef(`tubediam')') ] ') define(`B_4BB',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') Base: circle thick tubethick diam tubediam*3/2 Base_pins(8,8) K1: tubecathode with .n at Base-(0,tgap/2) F1: tubefilament with .n at K1.s G1: tubegrid(right tubegridlen at K1.n+(0,tgap)) P1: tubeplate(at G1+(0,tgap)) pushdef(`hoprad_',`dimen_/16') thtmp = linethick; linethick_(thinthick) T1: tubeTab(135) T2: tubeTab(-45) T3: tubeTab(-90,0) line from PinT2 to F1.sw L7: line from PinT7 to F1.se line up tgap from P1 then to T1.T0 move to K1.se crossover(to (Here,PinT8),,L7) line right tgap from G1.end; corner crossover(to (Here,T2.T1),,L7); line to T2.T0 popdef(`hoprad_') linethick_(thtmp) `$2' ifelse(`$1',,,`popdef(`tubediam')') ] ') define(`B_9K',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') Base: circle thick tubethick diam tubediam*3/2 Base_pins(10,9,-90-360/20) G1: tubegrid(right tubegridlen at Base-(0,tgap/2)) K1: tubecathode with .n at G1+(0,-tgap) F1: tubefilament with .n at K1.s G2: tubegrid(right tubegridlen at G1+(0,tgap)) G3: tubegrid(right tubegridlen at G2+(0,tgap)) P1: tubeplate(at G3+(0,tgap)) pushdef(`hoprad_',`dimen_/16') thtmp = linethick; linethick_(thinthick) L3: line from G3.start to PinT3 M6: move from G2.end to (PinT6,G2.end) line from M6.start to M6.end then to PinT6 L7: line from K1.se right tubediam*3/2/5 L71: line to PinT7 line up tgap from P1 then left tubeplatelen/2 { M1: move left tgap down tgap M21: move up tgap from PinT1 } line to Intersect_(M1,M21) crossover(to PinT1,R,L3) L8: line right tgap from G1.e crossover(to PinT8,,L71) line from F1.se to (K1.e+(tgap*3/4,0),F1) corner(thinthick) crossover(to P1.e+(tgap*3/4,tgap/2),R,L7,L8) line to PinT5 line up tgap*3/2 from PinT9 then to PinT8 line from F1.sw to (K1.w-(tgap*3/4,0),F1) crossover(up P1.y-tgap/2-Here.y,,L3) crossover(to PinT4,,M1) popdef(`hoprad_') linethick_(thtmp) `$2' ifelse(`$1',,,`popdef(`tubediam')') ] ') # specific tubes `V_6L6G(diam,R[N|S|E|W],G1|G2) R=plate at bottom N,S,E,W=half circle' define(`V_6L6G',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') drawEnv(`$2') pushdef(`tgap',`tubediam/8') ifinstr(`$2',R, `G2: tubegrid(right tubegridlen at Env-(0,tgap/4)) G3: dashline(right tubegridlen at G2-(0,tgap),thick tubethick, (tubegridlen*3/10),(tubegridlen*4/10)) P1: tubeplate(at G3-(0,tgap)) G1: tubegrid(right tubegridlen at G2+(0,tgap)) K1: tubecathode(,`$2') with .s at G1+(0,tgap) line from K1.nw down tgap/2 left tgap crossover(to (Here,G3),R,ifelse(`$3',,G1,`$3')); corner; line to G3.w ', `G2: tubegrid(right tubegridlen at Env+(0,tgap/4)) G3: dashline(right tubegridlen at G2+(0,tgap),thick tubethick, (tubegridlen*3/10),(tubegridlen*4/10)) P1: tubeplate(at G3+(0,tgap)) G1: tubegrid(right tubegridlen at G2-(0,tgap)) K1: tubecathode(,`$2') with .n at G1-(0,tgap) line from K1.sw up tgap/2 left tgap crossover(to (Here,G3),,ifelse(`$3',,G1,`$3')); corner; line to G3.w ') popdef(`tgap') `$4' ifelse(`$1',,,`popdef(`tubediam')')] ') `5U4G rectifier(diam,R)' define(`V_5V4G',`[ ifelse(`$1',,,`pushdef(`tubediam',`$1')') drawEnv(`$2') P1: line thick tubethick up tubediam/3 with .c at Env-(tubediam/6,0) P2: line thick tubethick up tubediam/3 with .c at Env+(tubediam/6,0) ifinstr(`$2',R, `F1: tubefilament(,R) with .n at Env.n-(0,tubediam/20) ', `F1: tubefilament with .s at Env.s+(0,tubediam/20) ') `$3'] ') divert(0)dnl Circuit_macros9.5/examples/Tubediags.m40000644060175006010010000003172013774371760017201 0ustar DwightNone.PS # Tubediags.m4 cct_init include(tubedefs.m4) iflatex(`latexcommand({\sf)') Overall:[ # Some base diagrams [ Loopover_(`xv',` V_`'xv: m4xpand(B_`'xv) ifelse(m4Lx,1,, `with .Base at last [].Base+(dimen_*3,0)') "xv" at V_`'xv.Base.s+(0,-dimen_/3) below', 2AG,2D,4BB,9K) ] # Test circuit [ Ld: dot battery(up dimen_,2) line right_ dimen_ Pot1: potentiometer(down_ dimen_*2,5) with .Start at Here line from Pot1.End left_ dimen_ battery(up_ to Ld,2) Tg: dot(at Pot1.T1) source(right_ dimen_ from Pot1.T1,"\scriptsize \si{\mu A}") line right_ dimen_/3 Tr: triode with .G1.w at Here line from Tr.K1.sw to (Tr.K1.sw,Pot1.End); dot { line down dimen_/2 B: dot } source(to (Tg,Here),"\scriptsize V"); corner; line to Tg line from Tr.P1.c to (Tr.P1.c,Pot1.Start) source(right_ elen_,"\scriptsize mA"); llabel(-,,+); rlabel(,I_b) Tp: dot { source(down_ to (Here,B),"\scriptsize V"); llabel(+,,-); rlabel(,E_b); dot} line right_ dimen_/2 then down_ (Here.y-B.y)/2 then right_ dimen_/2 P2: potentiometer(down_ Tp.y-B.y,5,0.5,-dimen_/6) with .T1 at Here dot(at P2.End) line right_ dimen_ from P2.Start; corner battery(down_ dimen_*3/4,2,R) T: Here battery(up_ dimen_*3/4 from (Here,B),2) line dashed up_ to T "B" ljust line from (T,B) left T.x-Ld.x+dimen_/2 then up Ld.y-B.y then to Ld ] with .nw at last [].sw + (0,-dimen_/2) # Circuit of 25 W amplifier (adapted from F. Langford-Smith, "Radiotron # Designer's Handbook," fourth edition, Harrison, NJ, Radio Corporation # of America, 1952) define(`OutputXformer',`[ pushdef(`dimen_',dimen_*1.5) S1: inductor(up_ dimen_*.4,L,3,M) { line right_ dimen_/4 from last [].e; S2T: dot(,,1) line from S1.end right_ S2T.x-S1.end.x; S21: dot(,,1) line from S1.start right_ S2T.x-S1.end.x; S22: dot(,,1) } move up_ dimen_/8 S2: inductor(up_ dimen_*.4,L,3,M) { line right_ dimen_/4 from last [].e; S1T: dot(,,1) line from S2.end right_ S2T.x-S2.end.x; S11: dot(,,1) line from S2.start right_ S2T.x-S2.end.x; S12: dot(,,1) } line down_ dimen_/8 from M4Core1.start line down_ dimen_/8 from M4Core2.start P: inductor(down_ dimen_*0.6 with .c at 0.5 between S1.end and S2.start \ -(dimen_*0.8,0),L,5,) P1: P.start P2: P.end PT: last [].w popdef(`dimen_')]') define(`PowerXformer',`[ pushdef(`dimen_',dimen_*1.5) S3: inductor(up_ dimen_*.2,L,1,M) ST3: last [].e { line up_ dimen_/10 from M4Core1.end; line up_ dimen_/10 from M4Core2.end } S2: inductor(up_ dimen_*.2 from S3.end+(0,dimen_/10),L,1,M) { line up_ dimen_/10 from M4Core1.end; line up_ dimen_/10 from M4Core2.end } S1: inductor(up_ dimen_*.4 from S2.end+(0,dimen_/10),L,3,M) ST1: last [].e P: inductor(down_ dimen_*0.6 with .c at 0.5 between S1.end and S3.start \ -(dimen_*0.8,0),L,5,) popdef(`dimen_')]') [ Toprail: Here #{"Toprail"} resistor(down_ dimen_); rlabel(,\SI{100}{\kilo{}}) V1P: dot #{"V1P" rjust} line down_ dimen_*3/4 V1: triode(,W) with .P1 at Here {"6SL7" at V1.nw above } resistor(down_ dimen_*3/2 from V1.K1.sw); llabel(,2200) Rail1: dot #{"Rail1"} ground arrow left_ from V1.G1.w RP: Here arrow <- right from (Here,Rail1) to Rail1 dot(at last arrow) resistor(up_ 2nd last arrow.y-Here.y); llabel(,\SI{22}{\kilo{}}); dot { move left_ dimen_ }; "Pickup" at RP below capacitor(right_ dimen_ from V1P,C,R); llabel(,\SI{0.05}{\micro{}}) resistor(down_ dimen_); rlabel(,\SI{470}{\kilo{}}) V1o: dot #{ "V1o" at V1o rjust } resistor(down_ (Here.y-Rail1.y)/2); rlabel(,\SI{22}{\kilo{}}) dot { capacitor(down_ Here.y-Rail1.y,C); rlabel(,\SI{0.01}{\micro{}}); dot } line right_ dimen_/2 R47: resistor(down_ to (Here,Rail1)); llabel(,,\SI{4.7}{\mega{}}) line to Rail1 Pot1: potentiometer(down_ dimen_,,0.5,dimen_*2/3) \ with .T1 at (V1o+(elen_+dimen_*2/3,0),V1.G1) { line from Pot1.Start left_ (Pot1.Start.x-V1o.x)/2 continue to (Here,V1o) then to V1o } line from Pot1.End down_ dimen_/3 Rail2: dot ground V2: triode(,E) with .G1.w at Pot1.T1; "6SL7" at V2.ne above resistor(from Rail2 right_ V2.K1.e.x-Rail2.x); rlabel(,\SI{22}{\kilo{}}); dot { capacitor(right_ dimen_,C,R); rlabel(,\SI{2}{\nano{}}) V2k: dot } #{ "V2k" at V2k above } { line down_ to (Here,Rail1) variable(`resistor(right_ dimen_); rlabel(,\SI{1}{\mega{}});') line up_ to V2k } line to V2.K1.se line from Toprail to (R47,Toprail); dot { capacitor(down_ dimen_,C); rlabel(\SI{10}{\micro{}}); ground(,T) } R51k: resistor(right_ dimen_); rlabel(,\SI{51}{\kilo{}}); dot { capacitor(down_ dimen_,C); llabel(\SI{10}{\micro{}}); ground(,T) } dot(at (V2.P1.c,Here)) resistor(down_ dimen_); llabel(,\SI{100}{\kilo{}}) V2p: dot line to V2.P1 V3: triode(,W) with .G1.w at (V2k+(dimen_,0),V2.G1) "$\;$6SL7" at V3.n below ljust resistor(from V3.K1.sw to (V3.K1.sw,Rail1)); llabel(,\SI{1.5}{\kilo{}}); dot; ground line left_ dimen_/2 resistor(up_ to (Here,V3.G1)); llabel(2.2); rlabel(\hbox{M}); dot { line to V3.G1.w } line to (Here,V2p); capacitor(left_ to V2p,C,R); rlabel(,\SI{3}{\nano{}}) dot(at (V3.P1.c,Toprail)); { line to R51k.end } resistor(down_ dimen_); llabel(,\SI{51}{\kilo{}}) V3p: dot #{"V3p"} line down_ (Here.y-V3.n.y)/2 V3q: dot; { line to V3.P1.c } capacitor(left_ dimen_*2/3,C); rlabel(,\SI{0.1}{\micro{}}) line to (V2k,Here) resistor(down_ to V2k); rlabel(0.1); llabel(\si{\mega{}}) #{"V2k" at V2k} V4: triode(,E) with .G1.w at (V3.G1.e+(dimen_*2,0),V3.G1) "6SL7" at V4.n above rjust resistor(from V4.K1.se to (V4.K1.se,Rail1)); rlabel(,,\SI{1.5}{\kilo{}}) V4k: dot #{"V4k"} line left dimen_*3/4 V4k1: dot { resistor(up_ V4.G1.y-Here.y); llabel(,,\SI{2.2}{\mega{}}) V4G: dot } line from V3p right_ dimen_ variable(`resistor(down_ to (Here,V4.G1)); llabel(\SI{100}{\kilo{}})') V3o: dot capacitor(right_ to V4G,C); llabel(,\SI{3}{\nano{}}) line to V4.G1.w resistor(left_ from V4k1 to (V3o,V4k)); rlabel(,\SI{51}{\kilo{}}); dot ground capacitor(down_ from V3o to Here,C); llabel(,,\SI{500}{\pico{}}) line from V4.P1.c to (V4.P1.c,V3p); resistor(up_ dimen_); llabel(,\SI{51}{\kilo{}}); dot resistor(left_ to (V3p,Here)); llabel(,\SI{10}{\kilo{}}) V5: triode(,N) with .G1.w at V4.G1.e+(2.25*dimen_,0) "6SL7" at V5.n above rjust V6: triode(,SR) with .G1.w at V5.G1.w-(0,dimen_*2.5) "6SL7" at (V6.w,V6.P1) below rjust V4p: dot(at (V4.P1.c,V3p)) #{"V4p"} line right_ dimen_*2/3; capacitor(right_ dimen_,C); llabel(,\SI{3}{\pico{}}) line down_ to (Here,V5.G1) V5G: dot; { line to V5.G1.w } #{"V5G"} resistor(down_ dimen_); rlabel(,\num{2.2}); llabel(,\si{\mega{}}); dot resistor(right_ to (V5.K1.sw,Here)); llabel(,\SI{1}{\kilo{}}) V5K: dot #{"V5K"} line to V5.K1.sw line from V4k down_ V4k.y-V6.G1.y then right_ V5G.x-V4k.x - dimen_ capacitor(right_ dimen_,C); rlabel(,\SI{3}{\pico{}}) V6G: dot; { line to V6.G1.w } #{"V6G"} resistor(up_ dimen_); llabel(,2.2); rlabel(,\si{\mega{}}); dot resistor(right_ to (V6.K1.nw,Here)); llabel(,\SI{1}{\kilo{}}) V6K: dot #{"V6K"} line to V6.K1.nw resistor(left_ dimen_*2/3 from (V6G,V6K));rlabel(,\SI{1}{\kilo{}}) dot; ground line to (Here,V5K); resistor(right_ dimen_*2/3); llabel(,\SI{1}{\kilo{}}) PV: dot(at (V4.e.x+dimen_/5,Toprail.y)) #{"PV"} line from V6.P1.c down_ V4p.y-V4.P1.c.y Rail2: dot #{"Rail2" below} line from PV to (PV,Rail2); corner { resistor(right_ to Rail2); llabel(,\SI{220}{\kilo{}}) } move up_ dimen_*2/3; dot; line left_ dimen_/2 V6sw: dot #{"V6sw"} capacitor(down_ dimen_*2/3,C); rlabel(,\SI{10}{\micro{}}); ground(,T) V5P: dot(at (V6.P1.c,V4p)); { line to V5.P1.c } #{"V5P"} resistor(to (Here,Toprail)); rlabel(,\SI{220}{\kilo{}}) line to (V4p,Here) V7: V_6L6G at (V3,Rail2+(0,-2*dimen_)); "6L6G" at V7.n above ljust V8: V_6L6G(,R) at V7+(0,-2*dimen_); "6L6G" at V8.s below ljust line right dimen_/4 from V7.G2.e; resistor(right_ dimen_); llabel(,100); V9G: dot #{"V9G"} line right dimen_/4 from V8.G2.e; resistor(right_ dimen_); llabel(,100); V9: V_6L6G(,,G2) with .G2.w at V9G+(dimen_/2,0); "6L6G" at V9.n above rjust V10: V_6L6G(,R,G2) at V9+(0,-2*dimen_); "6L6G" at V10.s below rjust line from V9G to V9.G2.w line from V10.G2.w left_ dimen_/2 L910: line from V9G to (V9G,V10.G2); dot line left_ dimen_/2 from V7.G1.w V7G: dot #{"V7G"} resistor(down_ to 0.5 between Here and (Here,V10.G1)) rlabel(,\SI{220}{\kilo{}}) V7T: dot #{"V7T"} { line left_ dimen_/3; corner; ground } line from V8.G1.w to (V7G,V8.G1); dot resistor(up_ to V7T); llabel(,\SI{220}{\kilo{}}) line from V9.K1.sw to V10.K1.nw line from V7.K1.sw to V8.K1.nw V7K: dot(at last line.c+(0,dimen_/8)) #{"V7K"} line left_ dimen_*2; dot { capacitor(down_ dimen_/2,C); llabel(,\SI{50}{\micro{}}); ground(,T) } PP: potentiometer(left_ dimen_,,0.5,dimen_/2) with .Start at Here rlabel(,50\ \SI{10}{W}) corner(,at PP.T1); line left_ dimen_ then up_ dimen_/4 round(,tubethick) line thick tubethick up tubeplatelen/3 left tubeplatelen*2/9 round(,tubethick) line thick tubethick down tubeplatelen/3 left tubeplatelen*2/9 line down_ dimen_/4 then left_ dimen_ then up_ dimen_/4 round(,tubethick) line thick tubethick up tubeplatelen/3 left tubeplatelen*2/9 round(,tubethick) line thick tubethick down tubeplatelen/3 left tubeplatelen*2/9 line down_ dimen_/4; ground "1st two 6SL7" at Here+(dimen_*3/4,dimen_/2) above V9T: dot(at (L910,V7K)-(0,dimen_/4)) #{"V9T"} line right_ dimen_/2 from V9.G1.e; continue to (Here,V9.P1)+(0,dimen_*2/3) resistor(left_ to (V7G,Here)); llabel(,100) V7nw: dot; { line to (Here,V7.G1) } line right_ dimen_/2 from V10.G1.e; continue to (Here,V10.P1)-(0,dimen_*2/3) resistor(left_ to (V7G,Here)); rlabel(,100) V8sw: dot; { line to (Here,V8.G1) } line from V9.P1.c up_ dimen_ V9P: dot line from V10.P1.c down_ dimen_ V10P: dot #{"V10P"} line from V7.P1.c up_ V9P.y-V7.P1.y then to V9P resistor(right_ to (V5.e+(dimen_/4,0),Here)) rlabel(,\shortstack{\SI{100}{\kilo{}}\\ \SI{2}{W}}) Rt1: Here line to (Here,V6.e)+(0,dimen_/6); resistor(up_ dimen_) llabel(,\shortstack{\SI{100}{\kilo{}}\\ \SI{2}{W}}) line to (Here,V5K) then to V5K line from V8.P1.c down_ V8.P1.y-V10P.y then to V10P resistor(right_ to (V6.e+(dimen_/2,0),Here)) llabel(,\shortstack{\SI{100}{\kilo{}}\\ \SI{2}{W}}) resistor(up_ dimen_*3/2) llabel(,\shortstack{\SI{100}{\kilo{}}\\ \SI{2}{W}}) line to (Here,V6K) then to V6K line from V9T to (V9.e+(dimen_*3/4,0),V9T) Xout: OutputXformer with .PT at Here line from Xout.P1 to (Xout.P1,V9P); dot line from Xout.P2 to (Xout.P1,V10P); dot line from Xout.PT left_ dimen_/4 XT: dot resistor(from V6sw left_ dimen_); rlabel(,\SI{10}{\kilo{}}) XP: dot { line down_ dimen_; continue to (XT,Here) then to XT } capacitor(right_ dimen_*5/4 from V5P,C); llabel(,\SI{0.1}{\micro{}}) corner; line to (Here,Rail2)-(0,dimen_/2) continue to (V7nw,Here) then to V7nw line from V8sw down_ dimen_*5/8 continue to (Rail2,Here) then to (Rail2,V9.n) capacitor(up_ dimen_/2,C,R); rlabel(,\SI{0.1}{\micro{}}) line to Rail2 line from XP left_ dimen_*2; dot { dot(at Here+(dimen_,0)) { "290 V" at last [].n above } R100: resistor(down_ dimen_*2/3) llabel(,\shortstack{\SI{100}{\kilo{}}\\ \SI{2}{W}}); dot; ground } { capacitor(down_ dimen_*2/3,C); llabel(,\SI{40}{\micro{}}); dot } reversed(`inductor',left_ dimen_,L,,M); rlabel(,\SI{4}{H}\; \SI{300}{\mA}) Filt: dot { capacitor(down_ dimen_*2/3,C); llabel(,\SI{40}{\micro{}}) line to R100.end } Pwr: [ PXform: PowerXformer line left_ dimen_/4 from PXform.P.start; fuse(left_ dimen_/2,D) AC1: arrow left_ dimen_/2 AC2: arrow from PXform.P.end to (AC1.end,PXform.P.end) "AC" at 0.5 between AC1.end and AC2.end ljust dot(at PXform.ST3); line right_ dimen_/4; dot dot(at PXform.ST1); line right_ dimen_/4 then down_ dimen_*3/2; ground(,T) line from PXform.S2.end right_ dimen_*2.5 then up_ dimen_/4 Rect2: V_5V4G with .F1.sw at Here; "5V4G" at Rect2.n+(0,dimen_/2) Rect1: V_5V4G with .e at Rect2.w-(dimen_/2,0); "5V4G" at Rect1.n+(0,dimen_/2) move to Rect1.F1.sw; line to (Here,PXform.S2.end); dot move to Rect1.F1.se; line to (Here,PXform.S2.start); dot move to Rect2.F1.se; line to (Here,PXform.S2.start) PO: dot line from Rect1.P1 left_ dimen_/2; dot { line to (Here,PXform.S1.start) then to PXform.S1.start } line to (Here,Rect1.n)+(0,dimen_/8) continue to (Rect1.P2+(dimen_/2,0),Here) continue to (Here,Rect1.P2) then to Rect1.P2 line from Rect2.P1 left_ dimen_/2 then up_ Rect2.ht/2+dimen_/4; dot { line to (Rect2.P2+(dimen_/2,0),Here) continue to (Here,Rect2.P2) then to Rect2.P2 } move to PXform.S1.end line right_ dimen_/8 then up last [].y - Here.y then to last [].w arrow from PXform.S3.start right_ dimen_ arrow from PXform.S3.end right_ dimen_ "\SI{5}{V}" at PXform.S2 + (dimen_*3/4,0) "\SI{6.3}{V}" at 0.5 between last arrow.end and 2nd last arrow.end ljust ] with .nw at (RP,Filt)+(0,dimen_/4) line from Pwr.PXform.S2.start to Pwr.PO + (dimen_*3/4,0); corner resistor(up_ to (Here,Filt)); rlabel(,\shortstack{V\\\hbox{adj}}); corner line to Filt ] with .nw at last [].sw+(0,-0.5) #showbox_ ] #showbox_ #print last [].wid,last [].ht iflatex(latexcommand(})) .PE Circuit_macros9.5/examples/ujt.m40000644060175006010010000000122413774371763016073 0ustar DwightNone.PS # `ujt.m4' cct_init dwn = 1.0 dsep = 0.15 define(`demo_ujt',`Q: ujt(`$1',`$2',`$3',`$4') "\sl B1" ifelse(`$5',,below,ljust) at last [].B1 "{\sl E}sp_" at 1.5 between last [].Bulk.c and last [].E "\sl B2" ifelse(`$5',,above,ljust) at last [].B2 ') [demo_ujt(up_ dimen_,,,E,A) `"{\tt ujt(up\_ dimen\_,{,},E)}"' wid 1.45 ht 0.1 at Q.s+(0,-0.15) ] [demo_ujt(,,P,) `"{\tt ujt(,{,}P,)}"' at Q.s+(0.1,-dsep) below ] \ with .Q.w at last [].Q.e+(0.85,0) [demo_ujt(,R,,) `"{\tt ujt(,R,{,})}"' at Q.s+(0,-dsep) below] \ with .Q.w at last [].Q.e+(0.8,0) [demo_ujt(,R,P,) `"{\tt ujt(,R,P,)}"' at Q.s+(0,-dsep) below] \ with .Q.w at last [].Q.e+(0.8,0) .PE Circuit_macros9.5/examples/Variable.m40000644060175006010010000000164413774371763017024 0ustar DwightNone.PS # `Variable.m4' cct_init define(`elen_',dimen_); down_ [ { variable(`resistor',A) }; {"\tt A" at last line.end below}; move right { variable(`resistor',N) }; {"\tt N" at last line.end below}; move right { variable(`resistor',uN) }; {"\tt uN" at last line.end below}; move right { variable(`resistor',NN) }; {"\tt NN" at last line.end below}; move right { variable(`resistor',uNN) }; {"\tt uNN" at last line.end below}; ] [ skp = 0.4 hskip = linewid*0.5 cskip = hskip Orig: Here { move right cskip+elen_+hskip line invis right_ elen_ "\tt C"; move right_ hskip line invis right_ elen_ "\tt S" } Loopover_(`char', `move down skp ifelse(char,A,*0.5) { line invis right_ cskip "\tt char" variable(`capacitor(,C)',char); move right_ hskip variable(`capacitor(,C)',char`'C); move right_ hskip variable(`capacitor(,C)',char`'S) }', A,P,L,N) ] with .w at last [].e+(0.4,0) .PE Circuit_macros9.5/examples/Wheat.m40000644060175006010010000000067213774371760016344 0ustar DwightNone.PS # `Wheat.m4' gen_init boxwid = boxht for j = 0 to 7 do { for i = 0 to 7 do { box fill_((i+j)%2) at (j*boxwid,-i*boxwid) x = 2^(j+8*i) if (i+j)%2==0 then { command "{\white" } else { command "{\black" } if x < 10000 then { sprintf("\Large$%g$",x) at last box } \ else { y = int(log(x)) sprintf("{\Large$%g$}$\cdot 10^{%g}$",round_(x/(10^y)),y) \ at last box } command "}" } } .PE Circuit_macros9.5/examples/Windings.m40000644060175006010010000000642213774371760017055 0ustar DwightNone.PS cct_init # Windings.m4 ifelse(xtract(m4postprocessor,pstricks,pgf,mpost,pdf,postscript,svg),, `print " `pstricks, pgf, mpost, pdf, postscript, or svg required for Windings.m4'" "`pstricks, pgf, mpost, pdf, postscript, or svg required for Windings.m4'"', ` s_init(Windings) ifdef(`Windings_1',,`sinclude(FWindings.dim)') sinclude(Circuit_macros.dim) ifdef(`Windings_1',,`sinclude(tst.dim)') define(`vlight',`rgbstring(0.9,0.9,0.9)') define(`lightgray',`rgbstring(0.7,0.7,0.7)') [ W: winding ] s_box(\tt w{}inding) at last [].s below [ winding(R) ] with .n at last "".s+(0,-0.1) s_box(\tt w{}inding(R)) at last [].s below [ sk = 0.75 d = 1.5*sk p = 0.4*sk w = 1*sk W: winding(L,d,p,4,w,vlight) thinlines_ dimension_(from W.nw+(p/4,0) right p,0.1,s_box(\tt pitch\strut) above,W) dimension_(from W.sw to W.nw,0.2,s_box(\tt diam),H) dimension_(from W.e+(-p/2,-w/2) up w,-0.3,,s_ht) s_box(\tt\hfill core wid) at W.e ljust arrow <- up d-w+0.1 left d/10 from W.ne+(-p/2,-(d-w)) s_box(\tt core color) at Here+(-0.2,0) ljust above thicklines_ ] with .sw at last [].se+(0.25,0) "\tt T1" at last [].W.T1 below "\tt T2" at last [].W.T2 below [ #`winding(L|R, diam, pitch, nturns, core wid, core color )' boxwid = 0.3 boxht = 0.4 down_ B1: box winding(,boxwid*1.3,boxht/5,3,boxwid) at B1 "Left pins" "cw" at B1.s+(0,-0.15) for_(1,2,1,`"\sl\small T`'m4x" at last [].T`'m4x rjust') B2: box at B1.e + (0.5,0) winding(R,boxwid*1.3,boxht/5,3,boxwid) at B2 "Left pins" "ccw" at B2.s+(0,-0.15) for_(1,2,1,`"\sl\small T`'m4x" at last [].T`'m4x rjust') up_ B3: box at B1.s + (0,-0.55) winding(,boxwid*1.3,boxht/5,3,boxwid) at B3 "Right pins" "cw" at B3.s+(0,-0.15) for_(1,2,1,`"\sl\small T`'m4x" at last [].T`'m4x ljust') B4: box at (B2,B3) winding(R,boxwid*1.3,boxht/5,3,boxwid) at B4 "Right pins" "ccw" at B4.s+(0,-0.15) for_(1,2,1,`"\sl\small T`'m4x" at last [].T`'m4x ljust') ] with .sw at last [].se+(0.1,0) [ Q: box invis ht 1 wid 5/4 g = Q.wid/12 ironwid = Q.wid/4.5 line thick ironwid/(1bp__)+linethick from Q.n+(g/2-linethick/2 bp__,0) \ to Q.ne then to Q.se then to Q.sw then to Q.nw \ then to Q.n+(-g/2+linethick/2 bp__,0) ifmpost(`rgbdraw(0.7,0.7,0.7,') line thick ironwid/(1bp__)-linethick outlined lightgray \ from Q.n+(g/2+linethick/2 bp__,0) \ to Q.ne then to Q.se then to Q.sw then to Q.nw \ then to Q.n+(-g/2-linethick/2 bp__,0) ifmpost(`)') thinlines_ dimension_(from Q.n+(-g/2,-ironwid/2) right g,-ironwid/4, "$g$" below,1,2pt__) thicklines_ down_ P: winding(R,ironwid*5/4,ironwid/2,4,ironwid,lightgray) at Q.w line left ironwid*2/3 from P.T1 arrow right to P.T1 "$i_1$" above line left ironwid*2/3 from P.T2 gap(up_ to 2nd last line.end) llabel(-,s_box($v_1$),+) "$N_1$" at P.e ljust up_ S: winding(L,ironwid*5/4,ironwid/2,4,ironwid,lightgray) at Q.e line right ironwid*2/3 from S.T2 arrow left to S.T2 "$i_2$" above line right ironwid*2/3 from S.T1 gap(up_ to 2nd last line.end) rlabel(-,s_box($v_2$),+) "$N_2$" at S.w rjust box dashed rad ironwid/4 wid Q.wid ht Q.ht at Q arrow right arrowht from 0.5 between Q.n and Q.ne "$\phi$" ljust at Here+(0,5pt__) move up ironwid/2 from Q.n move down ironwid/2 from Q.s ] with .sw at last [].se+(0.15,0) ') .PE Circuit_macros9.5/examples/windows.m40000644060175006010010000000054113774371763016764 0ustar DwightNonedivert(-1) # windows.m4 # This file is used if the CUSTOM=windows.m4 function is turned on in Makefile define(`windows_') # To makd NeedDpicTools work, # change the absolute Windows path to your installation directory: define(`NeedDpicTools',`if "dpictools" != "1" then { copy "D:\Dwight\lib\dpictools.pic" } define(`dfitcurve__') ') divert(0)dnl Circuit_macros9.5/examples/worm.m40000644060175006010010000000535713774371762016267 0ustar DwightNone.PS # worm.m4 gen_init ifdpic(` NeedDpicTools Worm: [ linethick_(0) dimen = 1.25 # scale parameter; try dimen=2 for a larger picture w = 0.15 * dimen # worm radius nhues = 265 S: (dimen,0) for inx = 1 to nhues do { theta = inx/nhues*360 R: (dimen*cosd(3*theta), dimen*sind(2*theta)) D: R-S t = sqrt(max(0,w^2/(D.x^2+D.y^2)-1/4)) Ra: 0.5 + (t*D.y,-t*D.x) Rb: 0.5 - (t*D.y,-t*D.x) hsvtorgb(theta+120,1,1,r,g,b) rgbfill( r,g,b, arc cw from Ra to Rb rad w with .c at S arc ccw from Rb to Ra rad w with .c at R ) S: R } ] "\large R" at 0.9 ljust "\large G" at Worm.e ljust "\large B" at 0.1 ljust "\large Y" at 0.1 rjust "\large M" at Worm.w rjust "\large C" at 0.9 rjust box invis ht Worm.ht wid Worm.wid+0.4 at Worm [ thicklines_ C: circle rad 1.5 at 0,0 smallrad = C.rad/2 for t=0 to 330 by 30 do { line from Rect_(C.rad-0.05,90-t) to Rect_(C.rad+0.05,90-t) sprintf("$%g^{\circ}$",t) at Rect_(C.rad+0.2,90-t) } "\large R" at Rect_(C.rad+0.45,90-0) "\large Y" at Rect_(C.rad+0.45,90-60) "\large G" at Rect_(C.rad+0.45,90-120) "\large C" at Rect_(C.rad+0.45,90-180) "\large B" at Rect_(C.rad+0.45,90-240) "\large M" at Rect_(C.rad+0.45,90-300) linethick_(0) for t = 1 to 90 do { hsvtorgb(t/90*360,1,1,r,g,b) setrgb(r,g,b,tmpcolor) line shaded "tmpcolor" outlined "tmpcolor" \ from C to Rect_(C.rad-0.05,90-(t-0.5)/90*360) \ then to Rect_(C.rad-0.05,90-(t+0.5)/90*360) \ then to C resetrgb } R: circle diam C.rad at Rect_(C.rad*3/8,90) color "red" G: circle diam C.rad at Rect_(C.rad*3/8,-30) color "green" B: circle diam C.rad at Rect_(C.rad*3/8,-150) color "blue" RG: Cintersect(R,R.rad,G,G.rad) GR: Cintersect(R,R.rad,G,G.rad,R) GB: Cintersect(G,G.rad,B,B.rad) BG: Cintersect(G,G.rad,B,B.rad,R) BR: Cintersect(B,B.rad,R,R.rad) RB: Cintersect(B,B.rad,R,R.rad,R) # The following could be done other ways depending on the postprocessor `define lozenge { arc from $1$2 to $2$1 with .c at $2 arc from $2$1 to $1$2 with .c at $1 }' # yellow linethick = 0.1; rgbfill(1,1,0,lozenge(R,G)) linethick = 0.4; rgbdraw(1,1,0,lozenge(R,G)) # cyan linethick = 0.1; rgbfill(0,1,1,lozenge(G,B)) linethick = 0.4; rgbdraw(0,1,1,lozenge(G,B)) # magenta linethick = 0.1; rgbfill(1,0,1,lozenge(B,R)) linethick = 0.4; rgbdraw(1,0,1,lozenge(B,R)) `define innersegment { arc cw from RB to GR with .c at R arc cw from GR to BG with .c at G arc cw from BG to RB with .c at B }' linethick = 0.1; rgbfill(1,1,1,innersegment) linethick = 0.4; rgbdraw(1,1,1,innersegment) ] with .w at Worm.e+(0.5,0) ',`box "worm.m4" "requires" "dpic"') .PE Circuit_macros9.5/examples/xfig/0000755060175006010010000000000013774371764015766 5ustar DwightNoneCircuit_macros9.5/examples/xfig/Makefile0000644060175006010010000000052113774371763017423 0ustar DwightNone# The distribution directory LIBDIR = $$HOME/lib # DPIC = $$HOME/dpic/test/dpic DPIC = dpic # M4 = m4 -B16000 M4 = m4 -I $(LIBDIR) LIB = xfiglib M4MACROS = xfig.m4 .SUFFIXES: .m4 .pic .fig .m4.fig: $(M4) $(M4MACROS) $*.m4 > $*.pic $(DPIC) -x $*.pic > $*.fig $(LIB).fig: $(LIB).m4 clobber: clean rm -f *.fig clean: rm -f *.pic Circuit_macros9.5/examples/xfig/xfiglib.fig0000644060175006010010000005135613774371763020112 0ustar DwightNone#FIG 3.2 Landscape Center Inches Letter 100.00 Single -2 # dpic version 2021.01.01 option -x for Fig 3.2 1200 2 6 0 0 3975 5025 6 0 0 3975 5025 6 75 75 3900 4950 6 75 75 225 675 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 10 150 675 150 525 100 500 200 450 100 400 200 350 100 300 200 250 150 225 150 75 -6 6 375 75 600 675 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 525 675 525 545 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 525 545 3 3 528 545 528 545 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 500 491 525 545 441 478 546 452 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 546 452 3 3 549 452 549 452 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 500 414 546 452 440 414 546 375 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 546 375 3 3 549 375 549 375 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 500 336 546 375 440 336 546 298 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 546 298 3 3 549 298 549 298 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 500 259 546 298 441 272 525 205 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 525 205 3 3 528 205 528 205 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 525 205 525 75 -6 6 750 75 975 675 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 900 675 900 545 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 900 545 3 3 903 545 903 545 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 875 491 900 545 816 478 921 452 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 921 452 3 3 924 452 924 452 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 875 414 921 452 815 414 921 375 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 921 375 3 3 924 375 924 375 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 875 336 921 375 815 336 921 298 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 921 298 3 3 924 298 924 298 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 875 259 921 298 816 272 900 205 1 3 0 0 0 -1 0 -1 -1 0 1 0.0 900 205 3 3 903 205 903 205 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 900 205 900 75 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 790 551 790 199 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 752 551 752 199 -6 6 1125 75 1200 675 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1200 675 1200 525 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1200 488 1200 525 1163 488 1200 450 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1200 413 1200 450 1163 413 1200 375 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1200 338 1200 375 1163 338 1200 300 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1200 263 1200 300 1163 263 1200 225 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1200 225 1200 75 -6 6 1350 75 1500 675 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1500 675 1500 525 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1500 488 1500 525 1463 488 1500 450 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1500 413 1500 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512 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 525 3525 328 3525 -6 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 131 3525 75 3525 -6 6 675 3225 1125 3600 6 675 3272 1069 3553 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 675 3413 872 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1 2 1 1 0.888889 62.5 93.75 727 3413 820 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 675 3300 872 3300 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 872 3553 872 3469 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 872 3441 872 3384 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 872 3356 872 3272 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 3 928 3300 928 3525 1069 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 688 3413 675 3413 675 3525 688 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 675 3525 872 3525 -6 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1069 3525 1125 3525 -6 6 1275 3225 1725 3600 6 1331 3272 1725 3553 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1725 3413 1528 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 1 0 2 1 1 0.888889 62.5 93.75 1673 3413 1580 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1725 3300 1528 3300 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1528 3553 1528 3272 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 3 1472 3300 1472 3525 1331 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 1712 3413 1725 3413 1725 3525 1712 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1725 3525 1528 3525 -6 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1331 3525 1275 3525 -6 6 1875 3225 2325 3600 6 1875 3272 2269 3553 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1875 3413 2072 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 1 0 2 1 1 0.888889 62.5 93.75 1927 3413 2020 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1875 3300 2072 3300 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2072 3553 2072 3272 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 3 2128 3300 2128 3525 2269 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 1888 3413 1875 3413 1875 3525 1888 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1875 3525 2072 3525 -6 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2269 3525 2325 3525 -6 6 2475 3225 2925 3600 6 2531 3272 2925 3553 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2925 3413 2728 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1 2 1 1 0.888889 62.5 93.75 2873 3413 2780 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2925 3300 2728 3300 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2728 3553 2728 3272 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 3 2672 3300 2672 3525 2531 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 2912 3413 2925 3413 2925 3525 2912 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2925 3525 2728 3525 -6 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2531 3525 2475 3525 -6 6 3075 3225 3525 3600 6 3075 3272 3469 3553 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 3075 3413 3272 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1 2 1 1 0.888889 62.5 93.75 3127 3413 3220 3413 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 3075 3300 3272 3300 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 3272 3553 3272 3272 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 3 3328 3300 3328 3525 3469 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 3088 3413 3075 3413 3075 3525 3088 3525 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 3075 3525 3272 3525 -6 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 3469 3525 3525 3525 -6 6 75 3750 607 4350 6 75 3824 607 4276 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 257 3826 75 3826 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 -393 4051 80 3824 132 4050 82 4276 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 75 4276 257 4276 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 257 4211 257 3826 465 3887 607 4051 5 1 0 1 0 -1 0 -1 -1 0 0 1 0 0 257 3892 257 4276 465 4215 607 4051 -6 -6 6 750 3750 1357 4350 6 750 3824 1357 4276 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 932 3826 750 3826 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 282 4051 755 3824 807 4050 757 4276 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 750 4276 932 4276 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 932 4211 932 3826 1140 3887 1282 4051 5 1 0 1 0 -1 0 -1 -1 0 0 1 0 0 932 3892 932 4276 1140 4215 1282 4051 1 3 0 1 0 -1 0 -1 -1 0 1 0.0 1319 4051 38 38 1357 4051 1357 4051 -6 -6 6 1500 3750 2100 4350 6 1500 3824 2100 4276 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1026 4051 1500 3826 1551 4051 1500 4276 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1750 3826 1568 3826 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1101 4051 1574 3824 1626 4050 1575 4276 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 1568 4276 1750 4276 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1750 4211 1750 3826 1958 3887 2100 4051 5 1 0 1 0 -1 0 -1 -1 0 0 1 0 0 1750 3892 1750 4276 1958 4215 2100 4051 -6 -6 6 2250 3750 2925 4350 6 2250 3824 2925 4276 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1776 4051 2250 3826 2301 4051 2250 4276 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2500 3826 2318 3826 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1851 4051 2324 3824 2376 4050 2325 4276 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2318 4276 2500 4276 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 2500 4211 2500 3826 2708 3887 2850 4051 5 1 0 1 0 -1 0 -1 -1 0 0 1 0 0 2500 3892 2500 4276 2708 4215 2850 4051 1 3 0 1 0 -1 0 -1 -1 0 1 0.0 2888 4051 38 38 2925 4051 2925 4051 -6 -6 6 75 4500 150 4950 6 75 4500 150 4950 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 75 4725 126 4725 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 75 4575 104 4575 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 75 4875 104 4875 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 75 4650 120 4650 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 75 4800 120 4800 -6 -6 6 300 4500 375 4950 6 300 4500 375 4950 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 300 4725 351 4725 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 300 4575 329 4575 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 300 4875 329 4875 -6 -6 6 525 4500 600 4950 6 525 4500 600 4950 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 525 4575 554 4575 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 525 4875 554 4875 -6 -6 6 750 4500 825 4950 6 750 4500 825 4950 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 750 4725 801 4725 -6 -6 6 975 4500 1500 4950 6 975 4500 1500 4950 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 1275 4950 975 4950 975 4500 1275 4500 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1275 4725 1275 4500 1500 4725 1275 4950 -6 -6 6 1650 4500 2250 4950 6 1650 4500 2250 4950 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 1950 4950 1650 4950 1650 4500 1950 4500 5 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 1950 4725 1950 4500 2175 4725 1950 4950 1 3 0 1 0 -1 0 -1 -1 0 1 0.0 2213 4725 38 38 2250 4725 2250 4725 -6 -6 6 2400 4500 2700 4800 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2400 4650 2438 4650 6 2438 4500 2700 4800 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 2700 4650 2438 4800 2438 4500 2700 4650 -6 -6 6 2850 4500 3225 4800 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 2 2850 4650 2888 4650 6 2888 4500 3225 4800 2 1 0 1 0 -1 0 -1 -1 0 0 0 0 0 0 4 3150 4650 2888 4800 2888 4500 3150 4650 1 3 0 1 0 -1 0 -1 -1 0 1 0.0 3188 4650 38 38 3225 4650 3225 4650 -6 -6 -6 -6 -6 Circuit_macros9.5/examples/xfig/xfiglib.m40000644060175006010010000001352113774371763017655 0ustar DwightNone.PS # This is the source for a prototype xfig library of electric circuit # elements. Each element is a compound xfig object with corners on grid points. # Connection points (to which lines may be drawn) should also be on grid # points. # # Processing postscript.m4 and this file thought dpic -r gives postscript # output that can be read into CorelDraw and, probably, Adobe Illustrator. # log_init gunit = 1/16 # default xfig grid dimension = (1/16) in divert(-1) define(`elen_',`8*gunit') # default 2-terminal element length define(`dimen_',`8*gunit') # reference dimension for element bodies define(`L_unit',`gunit') # logical gate grid size define(`N_diam',1) # L_unit size of `not' circles # grid round and chop define(`g_round',`(int((`$1')/gunit+100000.5 )-100000)*gunit') define(`g_chop', `(int((`$1')/gunit+100000.9999)-100000)*gunit') # snap to grid define(`g_snap',`(g_round((`$1').x),g_round((`$1').y))') # Box containing an element. The element must be in a box that is # intersected by a horizontal or vertical line from entry to exit. define(`Xfigbox',`[ S: Here; `$1' ; F: Here if S.y == F.y then { move from (max(S.x,F.x),F.y+g_chop(last[].n.y-F.y)) \ to (min(S.x,F.x),F.y-g_chop(F.y-last[].s.y)) } \ else { move from (F.x+g_chop(last[].e.x-F.x),max(S.y,F.y))\ to (F.x-g_chop(F.x-last[].w.x),min(S.y,F.y)) } ] ') # Place compound object corners at grid intersections define(`Below', `with .nw at g_snap(ifelse(`$1',,`last []',`$1').sw)-(0,2*gunit)') define(`Right', `with .nw at g_snap(ifelse(`$1',,`last []',`$1').ne)+(2*gunit,0)') # for debug define(`prpos',`print (`$1').x/gunit,(`$1').y/gunit') divert(0)dnl [ [ rpoint_(up_ elen_) A:Xfigbox( resistor ) Xfigbox( inductor(,W) ) Right Xfigbox( inductor(,W,,M) ) Right Xfigbox( inductor ) Right Xfigbox( inductor(,,,M) ) Right Xfigbox( capacitor(down_ elen_,C) ) Right Xfigbox( capacitor ) Right Xfigbox( diode(down_ elen_) ) Right Xfigbox( diode(down_ elen_,Z) ) Right Xfigbox( diode(down_ elen_,B) ) Right Xfigbox( xtal ) Right Xfigbox( down_ ; { [right_; ground] }; move down_ 3*gunit ) Right Xfigbox( {move down_ gunit}; [right_; ground(,T)] ) Below Xfigbox( move up_ 2*gunit; dot(at last move.c) ) Below B:Xfigbox( source ) Below(A) Xfigbox( source(,I) ) Right Xfigbox( source(,AC) ) Right Xfigbox( consource ) Right Xfigbox( consource(,I) ) Right Xfigbox( battery ) Right Xfigbox( battery(,3) ) Right Xfigbox( ebox ) Right rpoint_(right_ elen_ from B) C:Xfigbox( switch ) Below(B) Xfigbox( switch(,,O) ) Below D:Xfigbox( switch(,,C) ) Below Xfigbox( amp(right_ elen_*10/8) ) with .nw at C.ne+(gunit,0) D1:Xfigbox( delay ) Right Xfigbox(define(`dimen_',dimen_*6/5)dnl transformer(down_ 6*gunit,L) define(`dimen_',`8*gunit') ) Right define(`bi_tr_adj',`with .E at Here line ifelse(`$1',,left,right) gunit*2/3 from last [].B') define(`dimen_',`5/6*8*gunit') # Adjust transistors to grid Xfigbox( [move right_ g_chop(29/10*gunit*2) circle rad 29/10*gunit at last move] ) Right up_ Xfigbox( {bi_tr bi_tr_adj}; move up_ gunit ) \ with .se at (g_round(D1.w.x),g_round(D.s.y)) Xfigbox( {bi_tr(,R) bi_tr_adj(R)}; move up_ gunit ) Right Xfigbox( {bi_tr(,,P) bi_tr_adj}; move up_ gunit ) Right Xfigbox( {bi_tr(,R,P) bi_tr_adj(R)}; move up_ gunit ) Right define(`dimen_',15/16*8*gunit) define(`fet_adj',`with .S at Here line ifelse(`$1',,left,right) gunit*3/4 from last [].G') define(`fet_move',`move up_ 5*gunit from last [].S-(0,gunit)') E:Xfigbox( {j_fet fet_adj}; fet_move ) Below(D) Xfigbox( {j_fet(,R) fet_adj(R)}; fet_move ) Right Xfigbox( {j_fet(,,P,) fet_adj(R)}; fet_move ) Right Xfigbox( {j_fet(,R,P,) fet_adj(R)}; fet_move ) Right Xfigbox( {e_fet(,,,) fet_adj(R)}; fet_move ) Right Xfigbox( {e_fet(,R,,) fet_adj(R)}; fet_move ) Right F:Xfigbox( {e_fet(,,P,) fet_adj}; fet_move ) Below(E) Xfigbox( {e_fet(,R,P,) fet_adj(R)}; fet_move ) Right Xfigbox( {d_fet(,,,) fet_adj}; fet_move ) Right Xfigbox( {d_fet(,R,,) fet_adj(R)}; fet_move ) Right Xfigbox( {d_fet(,,P,) fet_adj}; fet_move ) Right Xfigbox( {d_fet(,R,P,) fet_adj(R)}; fet_move ) Right right_ G:Xfigbox( OR_gate(1) ) Below(F) Xfigbox( NOR_gate ) Right Xfigbox( XOR_gate ) Right Xfigbox( NXOR_gate ) Right # input lines for OR-like gates. define(`OR_inlgth',`(-sqrt(OR_rad^2-G_hht^2)+sqrt(OR_rad^2-`$1'^2))*L_unit') H:Xfigbox( [ {move right_ gunit} {move from last move-svec_(0,G_hht) to last move+svec_(0,G_hht)} {line right_ OR_inlgth(0)} {line right_ OR_inlgth(2) from Here+svec_(0,2)} {line same from Here-svec_(0,2)} {line right_ OR_inlgth(1) from Here+svec_(0,1)} {line same from Here-svec_(0,1)}] ) Below(G) Xfigbox( [ {move right_ gunit} {move from last move-svec_(0,G_hht) to last move+svec_(0,G_hht)} {line right_ OR_inlgth(0)} {line right_ OR_inlgth(2) from Here+svec_(0,2)} {line same from Here-svec_(0,2)}] ) Right Xfigbox( [ {move right_ gunit} {move from last move-svec_(0,G_hht) to last move+svec_(0,G_hht)} {line right_ OR_inlgth(2) from Here+svec_(0,2)} {line same from Here-svec_(0,2)}] ) Right Xfigbox( [ {move right_ gunit} {move from last move-svec_(0,G_hht) to last move+svec_(0,G_hht)} {line right_ OR_inlgth(0)}] ) Right Xfigbox( AND_gate ) Right Xfigbox( NAND_gate ) Right Xfigbox( line right_ L_unit/2; BUFFER_gate ) Right Xfigbox( line right_ L_unit/2; NOT_gate ) Right # Deleted because of labels: #right_ #textht = 10/72 #I:Xfigbox( FlipFlop(D) ) Below(H) # Xfigbox( FlipFlop(T) ) Right #J:Xfigbox( FlipFlop(RS) ) Below(I) # Xfigbox( FlipFlop(JK) ) Right ] box invis wid last [].wid+2*gunit ht last [].ht+2*gunit at last [] ] with .sw at (1,1) #print last [].wid,last[].ht .PE Circuit_macros9.5/examples/Xform.m40000644060175006010010000000276613774371760016375 0ustar DwightNone.PS # `Xform.m4' cct_init divert(-1) define(`trlabels', `{ thinlines_ ifelse(`$1',R, `arrow from `$3'.P1 <- right 0.12 up 0.072 chop 1pt__ ; "\sl P1" ljust arrow from `$3'.P2 <- right 0.12 down 0.072 chop 1pt__ ; "\sl P2" ljust arrow from `$3'.TP <- right 0.12 chop 1pt__ ; "\sl TP" wid 0.2 ljust arrow from `$3'.S1 <- left 0.12 up 0.072 chop 1pt__ ; "\sl S1" rjust arrow from `$3'.S2 <- left 0.12 down 0.072 chop 1pt__ ; "\sl S2" rjust arrow from `$3'.TS <- left 0.12 chop 1pt__ ; "\sl TS" rjust ',` arrow from `$3'.P1 <- left 0.12 up 0.072 chop 1pt__ ; "\sl P1" rjust arrow from `$3'.P2 <- left 0.12 down 0.072 chop 1pt__ ; "\sl P2" rjust arrow from `$3'.TP <- left 0.12 chop 1pt__ ; "\sl TP" wid 0.2 rjust arrow from `$3'.S1 <- right 0.12 up 0.072 chop 1pt__ ; "\sl S1" ljust arrow from `$3'.S2 <- right 0.12 down 0.072 chop 1pt__ ; "\sl S2" ljust arrow from `$3'.TS <- right 0.12 chop 1pt__ ; "\sl TS" ljust ') `"'\tt `$2'`"' at `$3'.s+(0,-(`$4')) thicklines_ } ') divert(0)dnl down_ T1: transformer trlabels(,`transformer',T1,0.3) T2: transformer(down_ 0.6,,2,P,8) with .w at T1.e+(1,0) trlabels(,`...(down\_ 0.6,,2,P,8)',T2,0.3) T3: transformer(,,8,WD12,4) with .w at T2.e+(1,0) trlabels(,`...(,,8,WD12,4)',T3,0.21) T4: transformer(,,9,AL) with .sw at T3.se+(1,0) trlabels(,`...(,,9,AL)',T4,0.3) T5: transformer(,R,8,AW) with .sw at T4.se+(1,0) trlabels(R,`...(,R,8,AW)',T5,0.3) .PE Circuit_macros9.5/examples/XOR.m40000644060175006010010000000343713774371763015751 0ustar DwightNone.PS # `XOR.m4' # Some realizations of the XOR function log_init scale = 2.54 define(`gatelineth',1.6) # gate line thickness define(`lineth',0.8) # connection thickness define(`labels',` "$A$" at last [].InA above "$B$" at last [].InB above "$A\oplus B$" at last [].Out ljust ') # single gate XOR: Autologix(Xor(A,B)) labels # canonical form Autologix(Or(And(A,Not(B)),And(Not(A),B))) \ with .nw at last [].sw+(0,-1) labels # mixed gates Autologix(And(Nand(A,B),Or(A,B))) \ with .nw at last [].nw+(8,0) labels # nand realization Autologix(Nand(Nand(Nand(A,A),B),Nand(Nand(B,B),A))) \ with .nw at 2nd last [].sw+(0,-1) labels # nor realization Autologix(Nor(Nor(Nor(A,A),Nor(B,B)),Nor(A,B))) \ with .nw at last [].nw+(8,0) labels # These functions contain topologies in common so write a macro define(`customAB', `S: Autologix(N`$1'(N`$1'(A,B1),N`$1'(B1,B)),N) with .Out at Here line thick lineth from S.In2 to S.In3; InAB: dot(at last line.c) line thick lineth from InAB left 2*L_unit TN: Autologix(N`$1'(A,B)) with .Out at Here line thick lineth from TN.InA up 3*L_unit; InA: Here line thick lineth from TN.InB up 3*L_unit; InB: Here line thick lineth from S.In4 to (InB,S.In4) then to (InB,TN.In2); dot line thick lineth from S.In1 to (InA,S.In1); dot') [ customAB(and) Out: S.Out ] with .nw at 2nd last [].sw+(0,-1) labels [ linethick = gatelineth H: NOR_gate(2); linethick = lineth L:dot(at H.w-(2*L_unit,0)) line from H.In1 to (L,H.In1) then to (L,H.In2) then to H.In2 line from L left 2*L_unit customAB(or) Out: H.Out ] with .nw at last [].nw+(8,0) labels .PE Circuit_macros9.5/examples/Zcos.m40000644060175006010010000000122013774371763016203 0ustar DwightNone.PS # Zcos.m4 gen_init NeedDpicTools # define f1 { ee = expe(8*x*`$1'*(x^2 - (`$1')^2)); # $2 = ee + 1/ee + 2*cos(2*x^4 + 2*(`$1')^4 - 12*x^2*(`$1')^2) - 4; # } # alternative: |cos(z^4)| = 1 define f1 { Z: (x,$1) Z4: Zprod(Zprod(Z,Z),Zprod(Z,Z)) $2 = zabs(Zcos(Z4)) - 1 } ni = 200 for i=10 to ni do { x = i/ni*3 findroot( f1, 0, 0.2, 1e-8, y ) P[i-10]: x,y } np = ni-10 for deg=0 to 359 by 45 do { for i=0 to np do { Z[i]: rot_(P[i].x,P[i].y,deg*dtor_) } fitcurve(Z,np,thick 2 outlined "blue") for i=0 to np do { Z[i]: rot_(P[i].x,-P[i].y,deg*dtor_) } fitcurve(Z,np,thick 2 outlined "blue") } .PE Circuit_macros9.5/gpic.m40000644060175006010010000000177313774371763014406 0ustar DwightNonedivert(-1) gpic.m4 Initialization for gpic. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`m4picprocessor',gpic) define(`m4postprocessor',tpic) ifdef(`libgen_',,`include(libgen.m4)divert(-1)')dnl define(`thinlines_',`linethick=0.4 arrowwid = 0.05*2/3*scale; arrowht = 0.1*2/3*scale;') define(`thicklines_',`linethick = 0.8 arrowwid = 0.05*scale; arrowht = 0.1*scale;') define(`linethick_',`linethick=ifelse(`$1',,`0.8',`$1') arrowwid = ifelse(`$1',,`0.05',linethick/0.8*0.05)*scale; dnl arrowht = ifelse(`$1',,`0.1',linethick/0.8*0.1)*scale;') divert(0)dnl Circuit_macros9.5/INSTALL0000644060175006010010000000775713774371763014263 0ustar DwightNoneINSTALLATION: 1. Decide where you will be installing the .m4 library files. In principle, they can go anywhere; for example, $HOME/texmf/Circuit_macros, c:\localtexmf\Circuit_macros, /usr/local/share/Circuit_macros, or ~/texmf/tex/latex/Circuit_macros. Copy the files from the top-level directory of the distribution to the installation directory, or simply expand the .tar.gz or .zip distribution file and rename the result to create the installation directory, which will then include the doc and examples subdirectories. 2. Copy boxdims.sty (see Section 9 of the manual) from the top distribution directory to where LaTeX will find it; directory ~/texmf/tex/latex/boxdims for example, and refresh the LaTeX filename database (the exact command depends on your LaTeX distribution and may not be necessary). 3. Define the environment variable M4PATH to point to the installation directory determined in Step 1. For the bash shell, for example, add the following to your .bashrc file: export M4PATH='.:~/texmf/tex/latex/Circuit_macros:' but modify the path to the installation directory as necessary. 4. This is optional. For historical reasons, the default configuration file as distributed is gpic.m4. You can change it to pgf.m4 or pstricks.m4 for use with dpic by editing the include command near the top of libgen.m4. To do this automatically, go to the installation directory and type "make pgfdefault" to set the default processor to dpic with Tikz pgf "make psdefault" to set the default processor to dpic with PSTricks "make gpicdefault" to restore gpic as the default. You might develop your own set of macros that are combinations or variations of those provided here. You can put them in a file, mymacros.m4 say, and copy it to the installation directory. Then the line include(mymacros.m4) in a diagram source will you make your macros available. In case of difficulty, go to the examples directory, look at debug1.tex and debug2.m4, and follow instructions. Installation on a Mac: For a nice outline of how to install on a Mac, go to https://www.hamish.science/2020/06/24/circuitmacros TESTING: To test your installation, go to the examples directory (or copy the files Makefile, tst.tex, and any .m4 sources you might like to test to a working directory) and create a test circuit in the file test.m4. Copy ex01.m4, for example, or quick.m4 from the doc directory into test.m4. On a system with a "make" facility, first check the definitions at the top of the Makefile, and then type "make tst1" to produce the file tst.ps. If the source requires processing twice, type "make tst" instead. To process one of the example .m4 files in the examples directory, simply type "make name.ps" to process name.m4. If these tests work to your satisfaction, try typing simply "make" to produce examples.ps. To test .pdf files, go to the pgf directory, copy name.m4 there, and type either "make name.ps" or "make name.pdf" to test the file under pdflatex and TikZ PGF. The .m4 files in the examples directory can serve as models for your diagrams but keep in mind that some of them contain details that allow the source to be used with a variety of postprocessors. Sticking to one postprocessor such as tikz or PStricks allows for the simplest source. You might also wish to browse some of the included files that are not used to make examples.ps. A few of the sources in the examples directory are copies of files from the doc directory. They are duplicated to provide flexibility of directory structure and independency of sources. No "make" facility? You have to test by hand (but see below for diagram production software). Copy a test file as above into test.m4. Assuming you have dpic installed, type the following: m4 -I pstricks.m4 test.m4 > test.pic dpic -p test.pic > test.tex latex tst dvips tst -o tst.ps Circuit_macros9.5/lib3D.m40000644060175006010010000002645613774371763014426 0ustar DwightNonedivert(-1) lib3D.m4 Macros for rotation, projection, and other operations on argument triples representing 3D vectors. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`lib3D_') ifdef(`libgen_',,`include(libgen.m4)divert(-1)') ============================================================================= `setview(azimuth, elevation, rotation) Set view angles (degrees) for projection onto a plane. The view vector is obtained by looking in along the x axis, then rotating about -x, -y, and z in that order. 3D vectors are projected onto the resulting yz plane using the project() macro. If rotation = 0, the projection matrix P is P =( -sin(az), cos(az), 0 ) (-sin(el)cos(az),-sin(az)sin(el),cos(el))' define(`setview',` # setview m4azim=ifelse(`$1',,0,`$1',0,0,`prod_(`$1',dtor_)') m4elev=ifelse(`$2',,0,`$2',0,0,`prod_(`$2',dtor_)') m4rot =ifelse(`$3',,0,`$3',0,0,`prod_(`$3',dtor_)') m4caz=ifelse(`$1',,1,`$1',0,1,`$1',90,0,`$1',-90, 0,cos(m4azim)) m4saz=ifelse(`$1',,0,`$1',0,0,`$1',90,1,`$1',-90,-1,sin(m4azim)) m4cel=ifelse(`$2',,1,`$2',0,1,`$2',90,0,`$2',-90, 0,cos(m4elev)) m4sel=ifelse(`$2',,0,`$2',0,0,`$2',90,1,`$2',-90,-1,sin(m4elev)) m4cro=ifelse(`$3',,1,`$3',0,1,`$3',90,0,`$3',-90, 0,cos(m4rot)) m4sro=ifelse(`$3',,0,`$3',0,0,`$3',90,1,`$3',-90,-1,sin(m4rot)) view3D1=m4caz*m4cel view3D2=m4saz*m4cel view3D3=m4sel dnl ifdef(`setlight_',,`; light3D1=view3D1; light3D2=view3D2; light3D3=view3D3') ') The resulting view vector #efine(`View3D',`PtoBase3D(1,0,0)') define(`View3D',`view3D1,view3D2,view3D3') `Extract the x-y, x-z, or y-z coordinate pair from a triple' define(`Pr_xy',`$1,$2') define(`Pr_xz',`$1,$3') define(`Pr_yz',`$2,$3') Projection coords back to orig 3D coords define(`PtoBase3D', `rot3Dz(m4azim,rot3Dy(-m4elev,rot3Dx(-m4rot,`$1',`$2',`$3')))') This does the 3D to 2D axonometric projection i.e. project(x,y,z) produces coordinate pair u,v on the 2D plane defined by the view angles. define(`project', `Pr_yz(rot3Dx(m4rot,rot3Dy(m4elev,rot3Dz(-m4azim,`$1',`$2',`$3'))))') `Rotation about x axis rot3Dx(angle,x1,x2,x3)' define(`rot3Dx',``$2',diff_(prod_(cos(`$1'),`$3'),prod_(sin(`$1'),`$4')),dnl sum_(prod_(sin(`$1'),`$3'),prod_(cos(`$1'),`$4'))') `Rotation about y axis rot3Dy(angle,x1,x2,x3)' define(`rot3Dy',`sum_(prod_(cos(`$1'),`$2'),prod_(sin(`$1'),`$4')),`$3',dnl diff_(prod_(cos(`$1'),`$4'),prod_(sin(`$1'),`$2'))') `Rotation about z axis rot3Dz(angle,x1,x2,x3)' define(`rot3Dz',`diff_(prod_(cos(`$1'),`$2'),prod_(sin(`$1'),`$3')),dnl sum_(prod_(sin(`$1'),`$2'),prod_(cos(`$1'),`$3')),`$4'') `Cross product cross3D(x1,y1,z1,x2,y2,z2)' define(`cross3D',`diff_(prod_(`$2',`$6'),prod_(`$3',`$5')),dnl diff_(prod_(`$3',`$4'),prod_(`$1',`$6')),dnl diff_(prod_(`$1',`$5'),prod_(`$2',`$4'))') `Dot product dot3D(x1,y1,z1,x2,y2,z2)' define(`dot3D',`(sum_( sum_(prod_(`$1',`$4'),prod_(`$2',`$5')),prod_(`$3',`$6')))') Vector addition, subtraction, scalar product define(`sum3D',`sum_(`$1',`$4'),sum_(`$2',`$5'),sum_(`$3',`$6')') define(`diff3D',`diff_(`$1',`$4'),diff_(`$2',`$5'),diff_(`$3',`$6')') define(`sprod3D',`prod_(`$1',`$2'),prod_(`$1',`$3'),prod_(`$1',`$4')') Extract direction cosine `eg v = dcosine3D(1,x,y,z) assigns x to v' define(`dcosine3D',`(ifelse(`$1',1,`$2',`$1',2,`$3',`$4'))') Euclidian length define(`length3D',`sqrt((`$1')^2+(`$2')^2+(`$3')^2)') Unit vector define(`unit3D',`sprod3D(1/length3D(`$1',`$2',`$3'),`$1',`$2',`$3')') `Assign the direction cosines to variables assign3D([u],[v],[w],x,y,z); eg assign3D(u,v,w,cross3D(x1,y1,z1,x2,y2,z2)) assigns the 4th arg to u, the 5th to v, and the 6th to w as u, v,or w are nonblank' define(`assign3D', `ifelse(`$1',,,`$1' = `$4') ifelse(`$2',,,`$2' = `$5') ifelse(`$3',,,`$3' = `$6')') `vassign3D(name,x,y,z); eg vassign3D(u,x,y,z) assigns u[1] to x, u[2] to y, u[3] to z' define(`vassign3D',`for i_vassign3D = 1 to 3 do { exec sprintf("`$1'[i_vassign3D] = $%g",i_vassign3D+3) }') Write out the 3 arguments for debug define(`print3D',`print sprintf("`$1'(%g,%g,%g)",`$2',`$3',`$4')') `setlightlight (azimuth, elevation, rotation) Set angles (degrees) for 3D highlighting. Defaults are the previous values for setview(). The Light3D vector is defined as for View3D.' define(`setlight',`define(`setlight_') m4hzim=ifelse(`$1',,m4azim,`$1',0,0,`prod_(`$1',dtor_)') m4hlev=ifelse(`$2',,m4elev,`$2',0,0,`prod_(`$2',dtor_)') m4hot =ifelse(`$3',,m4rot,`$3',0,0,`prod_(`$3',dtor_)') m4chz=ifelse(`$1',0,1,`$1',90,0,`$1',-90, 0,cos(m4hzim)) m4shz=ifelse(`$1',0,0,`$1',90,1,`$1',-90,-1,sin(m4hzim)) m4chl=ifelse(`$2',0,1,`$2',90,0,`$2',-90, 0,cos(m4hlev)) m4shl=ifelse(`$2',0,0,`$2',90,1,`$2',-90,-1,sin(m4hlev)) m4cho=ifelse(`$3',0,1,`$3',90,0,`$3',-90, 0,cos(m4hot)) m4sho=ifelse(`$3',0,0,`$3',90,1,`$3',-90,-1,sin(m4hot)) light3D1=m4chz*m4chl light3D2=m4shz*m4chl light3D3=m4shl ') The resulting vector #efine(`Light3D',`PtoBase3D(1,0,0)') define(`Light3D', `ifdef(`setlight_',`light3D1,light3D2,light3D3',`view3D1,view3D2,view3D3')') `Fector(x,y,z,nx,ny,nz) with .Origin at pos Arrow with flat 3D head. The second vector, (i.e. args nx,ny,nz) is the normal to the head flat surface' define(`Fector', `[ Origin: 0,0 define(`M4F_V',``$1',`$2',`$3'')dnl the whole vector V lV = length3D(M4F_V) define(`M4F_T',``$4',`$5',`$6'')dnl normal to the top surface lT = length3D(M4F_T) define(`M4F_Vn',`sprod3D(1/lV,M4F_V)')dnl unit vector Vn aln = 0.15*scale ;dnl arrowhead length awd = 0.09*scale ;dnl " width adp = 0.0375*scale ;dnl " depth (thickness) define(`M4F_Vt',`sprod3D((lV-aln),M4F_Vn)')dnl head base vector Start: Origin End: project(M4F_V) rpoint_(from Origin to End) lTdp = adp/2/lT vtx = dcosine3D(1,M4F_Vt); vty = dcosine3D(2,M4F_Vt) # Vt coords vtz = dcosine3D(3,M4F_Vt) dnl half-thickness vector in direction of T tx = prod_(lTdp,`$4'); ty = prod_(lTdp,`$5') tz = prod_(lTdp,`$6') dnl half-width vector right rf = awd/2/lT/lV rx = rf*dcosine3D(1,cross3D(M4F_V,M4F_T)) ry = rf*dcosine3D(2,cross3D(M4F_V,M4F_T)) rz = rf*dcosine3D(3,cross3D(M4F_V,M4F_T)) dnl top and bottom points of V TV: project(sum3D(M4F_V, tx,ty,tz)) BV: project(diff3D(M4F_V, tx,ty,tz)) dnl top, bottom right, left of base TR: project(sum3D(vtx,vty,vtz, sum3D(tx,ty,tz,rx,ry,rz))) BR: project(sum3D(vtx,vty,vtz, diff3D(rx,ry,rz,tx,ty,tz))) BL: project(diff3D(vtx,vty,vtz, sum3D(rx,ry,rz,tx,ty,tz))) TL: project(diff3D(vtx,vty,vtz, diff3D(rx,ry,rz,tx,ty,tz))) lthickness = linethick dnl base if dot3D(M4F_V,View3D) < 0 then { thinlines_ ifgpic(`gshade(0.5,BR,BL,TL,TR,BR,BL)', `line thick 0 fill_(0.5) from BR to BL then to TL then to TR then to BR') line from BR to BL ; line to TL ; line to TR ; line to BR linethick_(lthickness) } dnl shaft linethick_(1.2) psset_(arrows=c-c) line from Origin to project(vtx,vty,vtz) psset_(arrows=-) thinlines_ dnl top or bottom if dot3D(M4F_T,View3D) > 0 then { ifgpic(`gshade(1,TR,TL,TV,TR,TL)', `line thick 0 fill_(1) from TV to TR then to TL then to TV') line from TV to TR ; line to TL ; line to TV } else { ifgpic(`gshade(0,BR,BL,BV,BR,BL)', `line thick 0 fill_(0) from BV to BR then to BL then to BV') line from BV to BR ; line to BL ; line to BV } dnl starboard normal; draw right face define(`M4F_S', `cross3D(diff3D(sprod3D(aln,M4F_Vn),rx,ry,rz),M4F_T)')dnl if dot3D(M4F_S,View3D) > 0 then { ifgpic(`gshade(1,TV,BV,BR,TR,TV,BV)', `line thick 0 fill_(1) from TV to BV then to BR then to TR then to TV') line from TV to BV ; line to BR ; line to TR ; line to TV } dnl port normal; draw left face define(`M4F_P', `cross3D(M4F_T,sum3D(sprod3D(aln,M4F_Vn),rx,ry,rz))')dnl if dot3D(M4F_P,View3D) > 0 then { ifgpic(`gshade(1,TV,BV,BL,TL,TV,BV)', `line thick 0 fill_(1) from TV to BV then to BL then to TL then to TV') line from TV to BV ; line to BL ; line to TL ; line to TV } linethick_(lthickness) `$7'] ') # End Fector `shadedball( rad, highlight rad, highlight degrees, initial shade, final shade ) The highlight is by default at radius rad*3/5 and angle 110 deg (or arg2 deg); if setlight has been invoked then the highlight is as given by its azimuth and elevation arguments' define(`shadedball',`[ C: (0,0); r = ifelse(`$1',,circlerad,`$1') ifdef(`setlight_', `H: (project(sprod3D(r,light3D1,light3D2,light3D3))) hr = distance(C,H)', `hr = ifelse(`$2',,r*3/5,`$2'); ha = ifelse(`$3',,110,`$3') H: (cosd(ha)*hr,sind(ha)*hr)') u0 = ifelse(`$4',,1,`$4'); uf = ifelse(`$5',,0.25,`$5') rm = r+hr; n = int(rm/(linethick bp__)) for i=1 to n-1 do { x = i/n*rm; u = u0+(i/n)^2*(uf-u0) if x <= (r-hr) then { circle rad x thick linethick*1.6 outlined rgbstring(u,u,u) at H } \ else { arc cw thick linethick*ifpgf(2,1.6) outlined rgbstring(u,u,u) \ from Cintersect(H,x,C,r) to Cintersect(H,x,C,r,R) with .c at H } } circle rad r ifpgf(+linethick bp__/2) at C `$6']') divert(0)dnl Circuit_macros9.5/libcct.m40000644060175006010010000050200313774371763014714 0ustar DwightNonedivert(-1) libcct.m4 * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`libcct_') ifdef(`libgen_',,`include(libgen.m4)divert(-1)') `============================================================================== HINTS: THE ARGUMENTS of circuit elements are optional; if omitted, default values are assumed. TWO-TERMINAL ELEMENTS are constructed as follows, with variations: # Draw the initial invisible line (default length rp_len), and set the # direction cosines: eleminit_(`$1') # Element body height and width define(`m4v',...)define(`m4h',...) # Visible lines: { line to rvec_(rp_len/2-m4h/2,0) (element body lines) line to rvec_(rp_len/2-m4h/2,0) } # The invisible body block: {[box invis ht_ m4v wid_ m4h ] at rvec_(rp_len/2,0)} # The final invisible line: line to rvec_(rp_len,0) invis A side effect of the eleminit_ macro is to change the current drawing angle. NON-TWO-TERMINAL ELEMENTS are usually constructed within a block: set dimension parameters [ set size and direction from the initial linespec argument set orientation draw internal elements define internal locations ] If there is a linespec argument, it determines orientation but not the placement of the element, since [] blocks are placed as if they were boxes. ============================================================================== CUSTOMIZATIONS: The non-two-terminal circuit elements enclosed in [] blocks allow a final argument not shown in the argument list. The last argument is expanded just before exit from the [] block to allow custom additions to the elements. Subcomponents of a circuit element are drawn selectively according to a "dna_" string and a sequence of calls to sc_draw(`dna_',arg2,arg3,arg4). If the second argument of sc_draw is a substring of the first, it is deleted from the first and the third argument is expanded, otherwise the fourth argument (which may be null) is expanded. ============================================================================== DEBUGGING: The statement print "`$0'($@)" ; inserted into a macro will display the macro name and current arguments ============================================================================== This file redefines default arrow dimensions and the dotrad_ macro. ==============================================================================' `capacitor( linespec,[char][+],R,height,wid ) char: F or none: flat plates C = polarized, curved plate E = polarized rectangular plates K = filled rectangular plates M = rectangular plates N = one rectangular plate P = alternate polarized + = polarity sign to right of drawing dir +L =polarity sign to left arg3 = R: reversed orientation arg4 = height (defaults F: dimen_/3 C,P: dimen_/4, E,K: dimen_/5) arg5 = wid (defaults F: height*0.3, C,P: height*0.4, E,K: height) ' define(`capacitor', `ifelse(`$3',R,`reversed(`capacitor',`$1',`$2',,shift(shift(shift($@))))', `eleminit_(`$1') define(`m4ctype',ifelse(`$2',,F,`$2',+,F,`$2',+L,F,`$2'))dnl m4_dna(`m4ctype',+L)`'m4_dna(`m4ctype',+)dnl { ifelse(m4ctype,F, `define(`m4cht',`ifelse(`$4',,`dimen_/3',`($4)')')dnl define(`m4cwd',`ifelse(`$5',,`m4cht*0.3',`($5)')')dnl line to rvec_(rp_len/2-m4cwd/2,0) {line from rvec_(0,-m4cht/2) \ to rvec_(0,m4cht/2)} move to rvec_(m4cwd,0) {line from rvec_(0,-m4cht/2) \ to rvec_(0,m4cht/2)} line to rvec_(rp_len/2-m4cwd/2,0) ', m4ctype,C, `define(`m4cht',`ifelse(`$4',,`dimen_/4',`($4)')')dnl define(`m4cwd',`ifelse(`$5',,`m4cht*0.4',`($5)')')dnl define(`m4cr',`dimen_*0.25')dnl line to rvec_(rp_len/2-m4cwd/2,0) {line from rvec_(0,-m4cht/2) \ to rvec_(0,m4cht/2)} {arc cw from rvec_(m4cwd,-m4cht/2) \ to rvec_(m4cwd,m4cht/2) \ with .c at rvec_(m4cwd+sqrt((m4cr)^2-(m4cht/2)^2),0) } line from last arc.c+vec_(-m4cr,0) \ to rvec_(rp_len/2+m4cwd/2,0) ', m4ctype,P, `define(`m4cht',`ifelse(`$4',,`dimen_/4',`($4)')')dnl define(`m4cwd',`ifelse(`$5',,`m4cht*0.4',`($5)')')dnl define(`m4cr',`dimen_*0.25')dnl line to rvec_(rp_len/2-m4cwd/2,0) {line from rvec_(m4cwd,-m4cht/2) \ to rvec_(0,-m4cht/2) \ then to rvec_(0,m4cht/2) \ then to rvec_(m4cwd,m4cht/2) } {line from rvec_(m4cwd*2/3,-m4cht*3/8) \ to rvec_(m4cwd*2/3,m4cht*3/8)} line from rvec_(m4cwd*2/3,0) \ to rvec_(rp_len/2+m4cwd/2,0) ', m4ctype,E, `define(`m4cht',`ifelse(`$4',,`dimen_/5',`($4)')')dnl define(`m4cwd',`ifelse(`$5',,`m4cht',`($5)')')dnl define(`m4cs',`(m4cwd/3.2)')dnl line to rvec_(rp_len/2-m4cwd/2,0) m4linethicktemp = linethick; thinlines_ { lbox(m4cs,m4cht) } move to rvec_(m4cwd,0) {ifsvg(`lbox(-m4cs,m4cht,fill_(0))',`m4fshade(m4fill,lbox(-m4cs,m4cht))')} linethick_(m4linethicktemp) line to rvec_(rp_len/2-m4cwd/2,0) ', m4ctype,M, `define(`m4cht',`ifelse(`$4',,`dimen_/5',`($4)')')dnl define(`m4cwd',`ifelse(`$5',,`m4cht',`($5)')')dnl define(`m4cs',`(m4cwd/3.2)')dnl line to rvec_(rp_len/2-m4cwd/2,0) m4linethicktemp = linethick; thinlines_ { lbox(m4cs,m4cht) } move to rvec_(m4cwd,0) { lbox(-m4cs,m4cht) } linethick_(m4linethicktemp) line to rvec_(rp_len/2-m4cwd/2,0) ', m4ctype,K, `define(`m4cht',`ifelse(`$4',,`dimen_/5',`($4)')')dnl define(`m4cwd',`ifelse(`$5',,`m4cht',`($5)')')dnl define(`m4cs',`(m4cwd/3.2)')dnl line to rvec_(rp_len/2-m4cwd/2,0) {ifsvg(`lbox(m4cs,m4cht,fill_(0))',`m4fshade(m4fill,lbox(m4cs,m4cht))')} move to rvec_(m4cwd,0) {ifsvg(`lbox(-m4cs,m4cht,fill_(0))',`m4fshade(m4fill,lbox(-m4cs,m4cht))')} line to rvec_(rp_len/2-m4cwd/2,0) ', m4ctype,N, `define(`m4cht',`ifelse(`$4',,`dimen_/5',`($4)')')dnl define(`m4cwd',`ifelse(`$5',,`m4cht*2/3',`($5)')')dnl define(`m4cs',`(m4cwd/3.2*3/2)')dnl line to rvec_(rp_len/2-m4cwd/2,0) { lbox(m4cs,m4cht) } move to rvec_(m4cwd,0) {line from rvec_(0,m4cht/2) to rvec_(0,-m4cht/2) } line to rvec_(rp_len/2-m4cwd/2,0) ') } ifinstr(`$2',+L, `{ move to rvec_(rp_len/2-m4cwd/2-m4cht/3,m4cht/3) {line thick 0.5 from rvec_(m4cht/6,0) \ to rvec_(-m4cht/6,0)} line thick 0.5 from rvec_(0,m4cht/6) \ to rvec_(0,-m4cht/6)}', `$2',+, `{ move to rvec_(rp_len/2-m4cwd/2-m4cht/3,-m4cht/3) {line thick 0.5 from rvec_(m4cht/6,0) \ to rvec_(-m4cht/6,0)} line thick 0.5 from rvec_(0,m4cht/6) \ to rvec_(0,-m4cht/6)}') {[box invis ht_ m4cht wid_ m4cwd ] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ')') `resistor( linespec, cycles, chars, cycle wid) cycles: default 3 chars : E=ebox ES=ebox with slash Q=offset H=squared N=IEEE (default) V=varistor variant R=to right of drawing direction arg4: cycle width, default dimen_/6' define(`resistor', `define(`m4h',`ifelse(`$4',,`dimen_/6',`($4)')/4')dnl ifinstr( `$2',E, `ebox(`$1',shift(shift($@)))', `$3',ES, `ebox(`$1',shift(shift(shift($@)))) {line from last line.c+vec_(m4wd*0.3,m4ht/2) \ to last line.c+vec_(-m4wd*0.3,-m4ht/2)} line invis from 2nd last line.start to 2nd last line.end', `$3',E, `ebox(`$1',shift(shift(shift($@))))', `$3',V, `M4_varistor($@)', `define(`dna_',ifelse(`$3',,N,`$3',R,N,`$3'))dnl eleminit_(`$1') sc_draw(`dna_',N, `define(`m4n',`ifelse(`$2',,6,`eval(2*($2))')')dnl Default resistor: define(`m4v',2)dnl if m4h*m4n*2 > rp_len then { eleminit_(to rvec_(m4h*m4n*2,0)) } tr_xy_init(last line.c, m4h, sc_draw(`dna_',R,-))dnl { line from last line.start to tr_xy(-m4n,0)\ for_(2,m4n,2, `then to tr_xy(eval(2*m4x-3-m4n), m4v) \ then to tr_xy(eval(2*m4x-1-m4n),-m4v) \')dnl then to tr_xy(m4n, 0) \ then to last line.end [box invis ht_ m4h*m4v*2 wid_ m4h*m4n*2] at 2nd last line.c }') sc_draw(`dna_',Q, `define(`m4n',`ifelse(`$2',,6,`eval(2*($2))')')dnl define(`m4v',2)dnl if m4h*m4n*2 > rp_len then { eleminit_(to rvec_(m4h*m4n*2,0)) } tr_xy_init(last line.c, m4h, sc_draw(`dna_',R,-))dnl { line from last line.start to tr_xy(-m4n,0)\ for_(2,m4n,2, `then to tr_xy(eval(2*m4x-2-m4n), m4v*2) \ then to tr_xy(eval(2*m4x-m4n),0) \')dnl then to tr_xy(m4n, 0) \ then to last line.end [box invis ht_ m4h*m4v*2 wid_ m4h*m4n*2] at 2nd last line.c + ta_xy(0,m4v) }') sc_draw(`dna_',H, `define(`m4n',`ifelse(`$2',,5,`eval(2*($2)-1)')')dnl define(`m4hh',`m4h*6/5')dnl define(`m4v',7/3)dnl if m4hh*m4n*2 > rp_len then { eleminit_(to rvec_(m4hh*m4n*2,0)) } tr_xy_init(last line.c, m4hh, sc_draw(`dna_',R,-))dnl { line from last line.start to tr_xy(-m4n,0)\ for_(-m4n,m4n,2, `ifelse(eval(((m4x+m4n)/2)%2),0, `then to tr_xy(m4x,m4v) \ then to tr_xy(eval(m4x+2),m4v) \', `then to tr_xy(m4x,0) \ ifelse(m4x,m4n,,`then to tr_xy(eval(m4x+2),0)')\')')dnl then to tr_xy(m4n, 0) \ then to last line.end [box invis ht_ m4hh*m4v wid_ m4hh*m4n*2] at 2nd last line.c+(0,m4hh*m4v/2) }') line invis from 2nd last line.start to 2nd last line.end ')') define(`M4_varistor',`eleminit_(`$1') define(`m4wd',`dimen_/2')dnl define(`m4ht',`dimen_/4')dnl {line to rvec_(max(0,rp_len/2-m4wd/2),0) {m4fshade(m4fill,line to rvec_(0,ifinstr(`$3',R,,-)m4ht/2) \ then to rvec_(m4wd/2,0) \ then to Here)} move to rvec_(m4wd,0) m4fshade(m4fill,line to rvec_(0,ifinstr(`$3',R,-)m4ht/2) \ then to rvec_(-m4wd/2,0) \ then to Here) line to rvec_(max(0,rp_len/2-m4wd/2),0) } {[box invis ht_ m4ht wid_ m4wd] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ') `potentiometer(linespec, cycles, fractional pos, length, fractional pos, length,...) Resistor in a block, tapped at fractional positions with specified (possibly negative) arrow lengths. Taps are labelled T1, T2, ... Uses side effects of resistor macro' define(`potentiometer',`[R: resistor(`$1',`$2') Start: R.start; End: R.end; C: 0.5 between Start and End m4pot_arrows(1,ifelse(`$3',,0.5,`$3'),ifelse(`$4',,`dimen_*5/12',`$4'), shift(shift(shift(shift($@)))))] ') define(`m4pot_arrows',`ifelse(`$2',,,` x = (`$2')*2*m4n+1; x = (int(x)%4)+(x-int(x)) M4_Tmp: `$2' between last [].c-vec_(prod_(m4n,m4h),0) \ and last [].c+vec_(prod_(m4n,m4h),0) T`$1': M4_Tmp + vec_(0,ifelse(`$3',,`dimen_*5/12',`$3')) { arrow from T`$1' to M4_Tmp+vec_(0,m4h*m4v*(1-(x-2)*sign(x-2))) } m4pot_arrows(incr($1),shift(shift(shift($@))))')') `KelvinR(cycles,[R],cycle wid) IEEE resistor with kelvin taps added if arg1 is blank then a [] block is used' define(`KelvinR',`[ M4R: resistor(,`$1',,`$3') define(`m4kRm',`ifinstr(`$2',R,-,+)') { dot(at tr_xy(-m4n,0),lthick) line to tr_xy(-m4n-1,m4kRm`'2) then to tr_xy(-m4n-1,m4kRm`'4) T1: Here dot(at tr_xy(m4n,0),lthick) line to tr_xy(m4n+1,m4kRm`'2) then to tr_xy(m4n+1,m4kRm`'4) T2: Here } Start: M4R.start; End: M4R.end; C: M4R.c `$4' ]') ') `FTcap(chars) Feed-through capacitor; composite element derived from a two-terminal element. Defined points: .Start, .End, .C chars: A|B|C|D element type' define(`FTcap',`[ define(`FTctyp',`ifelse(`$1',,A,`$1')')dnl ifelse(FTctyp,A, `capacitor(to vec_(dimen_*2/3,0)) Start: last line.start; End: last line.end; C: last line.c Conductor: line from C+vec_(0,dimen_/3) to C+vec_(0,-dimen_/3) T1: last line.start; T2: last line.end', FTctyp,B, `capacitor(to vec_(dimen_*2/3,0),C) Start: last line.start; End: last line.end; C: last line.c r = last arc.rad-hlth T1: (0.5 between 2nd line.end and last arc.c-vec_(r,0)) + vec_(0,dimen_/3) T2: T1+(0,-dimen_*2/3) Conductor: line from T1 to T2', FTctyp,C, `line to vec_(dimen_*2/3,0) Start: last line.start; End: last line.end; C: last line.c rp_a = rp_ang capacitor(from C to C-vec_(0,dimen_/10),C) point_(rp_a) line from last line.end to last line.end-vec_(0,dimen_/3) T: Here', FTctyp,D, `Start: Here capacitor(to rvec_(dimen_/3,0),C) C: Here { line to rvec_(0,-dimen_/3); T: Here } End: rvec_(dimen_/3,0) rp_a = rp_ang capacitor(from End to Here,C) point_(rp_a)') `$2' ]') `addtaps([ahead | type=ahead;name=Name], fractional pos, length, fractional pos, length,...) Tap names are Tap1, Tap2, ... or Name1, Name2, ... if specified ahead = blank or one of . - <- -> <-> ' define(`addtaps',` ifelse(`$2',,`undefine(`m4tap_x')popdef(`m4type')popdef(`m4name')', `ifdef(`m4tap_x',`define(`m4tap_x',incr(m4tap_x))', `define(`m4tap_x',1) M4tap_w: last [].w_; M4tap_e: last [].e_ setkey_(`$1',type,`$1',N)setkey_(`$1',name,Tap,N)dnl M4tap_xy: (last [].wid_,last [].ht_)') {define(`m4tapl',`ifelse(`$3',,`dimen_/3',`$3')')dnl move to (`$2' between M4tap_w and M4tap_e) + vec_(0,sign(m4tapl)*M4tap_xy.y/2) ifinstr(m4type,.,`{dot(,lthick)}define(`m4type')');dnl line ifelse(m4type,-,,m4type) to rvec_(0,m4tapl) m4name`'m4tap_x: Here } addtaps(,shift(shift(shift($@))))')') `tapped(`two-terminal element',[. | <- | -> | <->], fractional pos, length, fractional pos, length,...) Draw the two-terminal element and taps in a [] block' define(`tapped',`[ $1 Start: last line.start; End: last line.end; C: last line.c addtaps(shift($@)) ]') `b_current( label, above_|below_, O[ut], S[tart]|E[nd], frac ) Branch current for last-drawn element. The arrowhead is drawn frac (default 2/3) of the way between the line end and element body.' define(`b_current', `define(`m4y',`ifelse(`$5',,2/3,`($5)')')dnl define(`m4v',`ifinstr(`$4',E, `ifinstr(`$3',O,-)',`ifinstr(`$3',O,,-)')arrowht')dnl define(`m4h',`(rp_len-last [].wid_)/2') { move to last line.start+vec_(ifinstr(`$4',E,`rp_len-')dnl ifinstr(`$3',O,`(m4h-arrowht)*m4y',`(m4h*m4y+arrowht/3)'),0) arrow <- m4c_l to rvec_(m4v,0) ifelse(`$1',,, `m4lstring(`$1',"sp_`iflatex(`$ `$1'$',`$1')'sp_") \ ifelse(`$2',,`above_',`$2')')}') `larrow( label, <-, separation ) Arrow alongside the left of the last-drawn element' define(`larrow',`define(`m4h',`min(lin_leng(last line),linewid)/2')dnl define(`m4v',`ifelse(`$3',,`5pt__',`($3)')')dnl {arrow `$2' from last [].n_+vec_(-m4h,m4v) \ to last [].n_+vec_(m4h,m4v) \ m4lstring(`$1',"sp_`iflatex(`$ `$1'$',` $1')'sp_") above_}') `rarrow( label, <-, separation ) Arrow alongside the right of the last-drawn element' define(`rarrow',`define(`m4h',`min(lin_leng(last line),linewid)/2')dnl define(`m4v',`ifelse(`$3',,`5pt__',`($3)')')dnl {arrow `$2' from last [].s_+vec_(-m4h,-m4v) \ to last [].s_+vec_(m4h,-m4v) \ m4lstring(`$1',"sp_`iflatex(`$ `$1'$',` $1')'sp_") below_}') `inductor( linespec,W|L,cycles,M|P,loop wid ) W=wide arcs (default narrow); L=looped arcs M=metal core; P=powder core loop wid defaults W,L: dimen_/5, other: dimen_/8' define(`inductor',`eleminit_(`$1') define(`m4hlw',`ifelse(`$5',,`dimen_/10',`($5)/2')')dnl half loop wid define(`m4n',`ifelse(`$3',,4,`$3')')dnl ifelse(`$2',W, `m4Inductor', `$2',L, `m4Lnductor', `m4inductor(,ifelse(`$5',,,`($5)/2'))') ifelse(ifelse(`$4',M,T,`$4',P,T),T,`m4m_core(rvec_(rp_len/2,0), m4wd,m4ht+dimen_/24,dimen_/16,ifelse(`$4',P,dashed m4wd/(2*m4n+1))) define(`m4hs',`(dimen_/24+dimen_/16)')',`define(`m4hs',0)') {[box invis ht_ m4ht+m4hs+m4dp wid_ m4wd] \ at rvec_(rp_len/2,(m4ht+m4hs-m4dp)/2)} line to rvec_(rp_len,0) invis ') `Wide loop inductor' define(`m4Inductor',`define(`m4ht',`(1+m4st)*m4hlw')dnl define(`m4dp',`(m4s2t-m4st)*m4hlw')define(`m4wd',((2*m4n-2)*m4c2t+2)*m4hlw)dnl { line to rvec_(rp_len/2-((m4n-1)*m4c2t+m4ct)*m4hlw,0); round arc cw from Here to rvec_(vscal_(m4hlw,m4ct+m4c2t,m4st-m4s2t)) \ with .c at rvec_(vscal_(m4hlw,m4ct,m4st)); round for m4i=3 to m4n do { arc cw from Here to rvec_(vscal_(m4hlw,2*m4c2t,0)) \ with .c at rvec_(vscal_(m4hlw,m4c2t,m4s2t)); round } arc cw from Here to rvec_(vscal_(m4hlw,m4ct+m4c2t,m4s2t-m4st)) \ with .c at rvec_(vscal_(m4hlw,m4c2t,m4s2t)); round line to rvec_(rp_len/2-((m4n-1)*m4c2t+m4ct)*m4hlw,0) } ') define(`m4ct',`Cos(25)')define(`m4st',`Sin(25)') define(`m4c2t',`Cos(50)')define(`m4s2t',`Sin(50)') `Looped inductor' define(`m4Lnductor',`define(`m4ht',`m4hlw*10/8')dnl define(`m4dp',`m4hlw/2')define(`m4wd',(m4n+1)*m4hlw)dnl { line to rvec_(rp_len/2-m4wd/2,0); round spline ifdpic(0.55) \ to rvec_(0,m4ht) for_(1,m4n,1,`\ then to rvec_((m4x+0.3)*m4hlw, m4ht) \ then to rvec_((m4x+0.3)*m4hlw,-m4dp) \ then to rvec_((m4x-0.3)*m4hlw,-m4dp) \ then to rvec_((m4x-0.3)*m4hlw, m4ht)\')\ then to rvec_(m4wd,m4ht) \ then to rvec_(m4wd,0) round; line to rvec_(rp_len/2-m4wd/2,0) }') `Narrow inductor' define(`m4inductor',`define(`m4ht',`ifelse(`$2',,`dimen_/16',`$2')')dnl define(`m4dp',0)define(`m4wd',m4n*m4ht*2)dnl ifelse(ifpstricks(T)`'ifmpost(T)`'ifpgf(T)`'ifsvg(T),T, `define(`m4y')',`undefine(`m4y')')dnl { line to rvec_((rp_len-m4wd)/2,0) ifdef(`m4y',`{line to rvec_(0,-hlth)};') for m4i=1 to m4n do { arc cw from Here to rvec_(m4ht*2,0) with .c at rvec_(m4ht,0) ifdef(`m4y',`{line to rvec_(0,-hlth)}') } line to rvec_((rp_len-m4wd)/2,0)} ') `m4m_core(bottom ctr, length, ht offset, separation,linetype) Two lines for the metal core' define(`m4m_core',`dnl {M4Core1: line from `$1'+vec_(-(`$2')/2,`$3') \ to `$1'+vec_( (`$2')/2,`$3') `$5' M4Core2: line from M4Core1.start+vec_(0,`$4') \ to M4Core1.end+vec_(0,`$4') `$5'}') `transformer( linespec, L|R, np, [A|P][W|L][D1|D2|D12|D21], ns ) 2-winding transformer or choke: np = number of primary arcs ns = number of secondary arcs A = air core; P = powder (dashed) core W = wide windings; L = looped windings D1: phase dots at P1 and S1 ends; D2: dots at P2 and S2 ends; D12: dots at P1 and S2 ends; D21: dots at P2 and S1 ends' define(`transformer', `[ P1: Here define(`m4drt',m4dir) define(`m4WL',`ifinstr(`$4',W,W,`ifinstr(`$4',L,L)')')dnl define(`m4np',`ifelse(`$3',,4,(`$3'))')dnl define(`m4ns',`ifelse(`$5',,4,(`$5'))')dnl ifelse(`$1',,`mvw = max(\ ifelse(m4WL,W,`dimen_/5*((m4np-1)*m4c2t+m4ct)',`m4np*dimen_/8'),dimen_*2/3) move to P1+vec_(mvw,0)', move `$1' ) P2: Here TP: 0.5 between P1 and P2 L1: inductor(from ifelse(`$2',R,`P2 to P1',`P1 to P2'),m4WL,`$3') define(`m4WP',m4wd)dnl define(`m4t',`ifelse(m4WL,W,((2*m4ns-2)*m4c2t+2)*m4hlw,m4WL,L,(m4ns+1)*m4hlw, m4ns*m4ht*2)')dnl ifinstr(`$4',A, `move to last line.c+vec_(0,m4ht*ifelse(m4WL,W,3,m4WL,L,3,4))', `m4m_core(rvec_(-(rp_len/2),0),max(m4wd,m4t),m4ht+dimen_/12,dimen_/8, ifinstr(`$4',P,dashed m4wd/(2*m4n+1))) move to last line.c+vec_(0,m4ht+dimen_/12)') TS: Here S2: rvec_( ifelse(`$2',R,-)(ifelse(`$5',,rp_len/2,m4t/2)), 0 ) S1: 2 between S2 and Here L2: inductor(from ifelse(`$2',R,`S1 to S2',`S2 to S1'),m4WL,`$5') rpoint_(from P1 to P2) define(`m4WS',m4wd) ifinstr(`$4',D1, `m4trdot(P1,P2,-,m4WP,ifelse(`$2',R,-),D1:) ifinstr(`$4',D12,`m4trdot(S1,S2, ,m4WS,ifelse(`$2',R,,-),D2:)', `m4trdot(S1,S2,-,m4WS,ifelse(`$2',R,,-),D2:)')', `$4',D2, `m4trdot(P1,P2,,m4WP,ifelse(`$2',R,-),D1:) ifinstr(`$4',D21,`m4trdot(S1,S2,-,m4WS,ifelse(`$2',R,,-),D2:)', `m4trdot(S1,S2, ,m4WS,ifelse(`$2',R,,-),D2:)')') m4xpand(m4drt`'_) `$6' ]') define(`m4trdot',`{`$6'dot(at (0.5 between `$1' and `$2') \ +vec_(`$3'(`$4'+m4hlw)/2,`$5'dimen_/16), dotrad_/2)}') `delay( linespec, width )' define(`delay',`eleminit_(`$1') define(`m4ht',`ifelse(`$2',,`delay_rad_*2',`($2)')')dnl define(`m4wd',`m4ht*5/6')dnl { line to rvec_(rp_len/2-m4wd/2,0) { line from rvec_(m4ht/3,-m4ht/2) \ to rvec_(0,-m4ht/2)\ then to rvec_(0,m4ht/2) \ then to rvec_(m4ht/3,m4ht/2) arc cw from Here to rvec_(0,-m4ht) with .c at rvec_(0,-m4ht/2) } move to rvec_(m4wd,0) line to rvec_(rp_len/2-m4wd/2,0) } { [box invis ht_ m4ht wid_ m4wd ] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ') `crystal xtal( linespec )' define(`xtal',`eleminit_(`$1') define(`m4ht',`dimen_/4')define(`m4wd',`m4ht*2/3')define(`m4cs',`m4ht/3')dnl { line to rvec_(rp_len/2-m4wd/2,0) {line from rvec_(0,-m4ht/3) \ to rvec_(0,m4ht/3)} { move to rvec_(m4wd/2-m4cs/2,0) line to rvec_(0,m4ht/2) \ then to rvec_(m4cs,m4ht/2) \ then to rvec_(m4cs,-m4ht/2) \ then to rvec_(0,-m4ht/2) \ then to Here } move to rvec_(m4wd,0) {line from rvec_(0,-m4ht/3) \ to rvec_(0,m4ht/3)} line to rvec_(rp_len/2-m4wd/2,0) } {[box invis ht_ m4ht wid_ m4wd ] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ') `source( linespec, V|v|I|i|AC|B|F|G|H|Q|L|N|P|R|S[C[r]|E[r]]]|T|X|U|other, diameter, R, fill) V = voltage source; v = alternate voltage source; I = current source; i = alternate current source; AC = AC source; B = bulb; F = fluorescent; G = generator; H = step function; L = lamp; N = neon; P = pulse; Q = charge; R = ramp; r = right orientation; S = sinusoid; SC = quarter arc; SE = arc; T = triangle; U = square-wave; X = interior X; other = custom interior label or waveform; arg 4: R = reversed polarity; arg 5 modifies the circle with e.g., color or fill' define(`source',`ifelse(`$4',R, `reversed(`source',`$1',`$2',`$3',,shift(shift(shift(shift($@)))))', `eleminit_(`$1') define(`m4h',ifelse(`$3',,`sourcerad_',`($3)/2'))dnl ifelse( `$2',G,`m4_sourceGQ($@)', `$2',Q,`m4_sourceGQ($@)', `{ line to rvec_(rp_len/2-m4h,0) move to rvec_(m4h,0) { Src_C: circle rad m4h `$5' at Here } ifelse(`$2',,, `$2',F,`{ line from rvec_(-m4h,0) \ to rvec_(-m4h/2,0)} { line from rvec_(-m4h/2,-m4h/2) \ to rvec_(-m4h/2,m4h/2)} { line from rvec_(m4h/2,-m4h/2) \ to rvec_(m4h/2,m4h/2)} { line from rvec_(m4h,0) \ to rvec_(m4h/2,0)}', `$2',I,`{arrow from rvec_(-m4h*3/4,0) \ to rvec_(m4h*3/4,0)}', `$2',i,`{line from rvec_(0,-m4h) \ to rvec_(0,m4h)}', `$2',B,`{line from rvec_(-m4h,0) \ to rvec_(-m4h*2/3,0) round arc ccw to rvec_(m4h*12/12,0) with .c at rvec_(m4h*12/24,0) arc ccw to rvec_(-m4h*2/3,0) with .c at rvec_(-m4h*1/3,0) arc ccw to rvec_(m4h*12/12,0) with .c at rvec_(m4h*12/24,0) round line to rvec_(m4h/3,0)}', `$2',H,`{ line from Here+(-m4h/2,-m4h/3) \ to Here+(0,-m4h/3) \ then to Here+(0,m4h/3) \ then to Here+(m4h/2,m4h/3) }', `$2',L,`{line from rvec_(-m4h,0) \ to rvec_(-m4h/4,0) round spline to rvec_(m4h/12,m4h*2/3) \ then to rvec_(m4h*5/12,m4h*2/3) \ then to rvec_(m4h/2,0) round line to rvec_(m4h*3/4,0)}', `$2',N,`{ {line from rvec_(-m4h,0) \ to rvec_(-m4h/2,0)} for_(70,250,180, `{ line from rvec_(Rect_(m4h/2,-m4x)) \ to rvec_(Rect_(m4h/2,m4x)) round } { arc cw from rvec_(Rect_(m4h/2,m4x)) \ to rvec_(Rect_(m4h/2,-m4x)) \ with .c at Here round }') {line from rvec_(m4h/2,0) \ to rvec_(m4h,0)}}', `$2',V,`{"ifsvg(-,`$_-$')" at rvec_(-m4h/2,0) ifsvg(+(0,textht/10))} {"ifsvg(svg_small(+),`$_+$')" \ at rvec_( m4h/2,0) ifsvg(+(0,textht/10))}', `$2',v,`{line from rvec_(-m4h,0) \ to rvec_(m4h,0)}', `$2',AC,`{ACsymbol(,,,AR)}', `$2',P,`{ line from Here+(-m4h/2,-m4h/4) \ to Here+(-m4h/4,-m4h/4) \ then to Here+(-m4h/4,m4h/4) \ then to Here+(m4h/4,m4h/4) \ then to Here+(m4h/4,-m4h/4) \ then to Here+(m4h/2,-m4h/4) }', `$2',U,`{ line from Here+(-m4h/2,0) \ to Here+(-m4h/2,m4h/3) \ then to Here+(0,m4h/3) \ then to Here+(0,-m4h/3) \ then to Here+(m4h/2,-m4h/3) \ then to Here+(m4h/2,0) }', `$2',R,`{ line from Here+(-m4h*2/3,-m4h/3) \ to Here+(m4h/3,m4h/2) \ then to Here+(m4h/3,-m4h/3) }', `$2',SCr,`{ arc cw from rvec_(-m4h,0) \ to rvec_(0,-m4h) \ with .c at rvec_(-m4h,-m4h) }', `$2',SC,`{ arc from rvec_(-m4h,0) \ to rvec_(0,m4h) \ with .c at rvec_(-m4h,m4h) }', `$2',SEr,`{ arc cw from Cintersect(Here,m4h,rvec_(0,-2*m4h),1.8*m4h,R) \ to Cintersect(Here,m4h,rvec_(0,-2*m4h),1.8*m4h) \ with .c at rvec_(0,-2*m4h) }', `$2',SE,`{ arc from Cintersect(Here,m4h,rvec_(0,2*m4h),1.8*m4h) \ to Cintersect(Here,m4h,rvec_(0,2*m4h),1.8*m4h,R) \ with .c at rvec_(0,2*m4h) }', `$2',S,`{ACsymbol(,,,R)}', `$2',T,`{ line from Here+(-m4h*3/4,-m4h/4) \ to Here+(-m4h/4,m4h/4) \ then to Here+(m4h/4,-m4h/4) \ then to Here+(m4h*3/4,m4h/4) }', `$2',X,`define(`m4v',`m4h/sqrt(2)')dnl {line from rvec_(-m4v,m4v) \ to rvec_(m4v,-m4v)} {line from rvec_(-m4v,-m4v) \ to rvec_(m4v,m4v)}', `{$2}' ) line from rvec_(m4h,0) \ to rvec_(rp_len/2,0)} ') { [box invis ht_ m4h*2 wid_ m4h*2] at rvec_(rp_len/2,0) } line to rvec_(rp_len,0) invis ')') `Internal to source macro:' define(`m4_sourceGQ', `{ line to rvec_(rp_len/2-3/2*m4h,0) {[C1: circle rad m4h L: C1+vec_(m4h/2, m4h*sqrt(3)/2) R: C1+vec_(m4h/2,-m4h*sqrt(3)/2) C2: ifelse(`$2',G,`circle rad m4h',`arc rad m4h from R to L') \ with .c at C1 +vec_(m4h,0)] at rvec_(m4h*3/2,0)} line from rvec_(m4h*3,0) \ to rvec_(rp_len/2+3/2*m4h,0) } ') `ttmotor( linespec, string, diameter, brushwid, brushht )' define(`ttmotor',`eleminit_(`$1') define(`m4r',ifelse(`$3',,`sourcerad_',`($3)/2'))dnl define(`m4w',ifelse(`$4',,`sourcerad_/4',`($4)'))dnl define(`m4h',ifelse(`$5',,`sourcerad_/2',`($5)'))dnl define(`m4cr',`(m4r-sqrt(max(m4r*m4r-m4h*m4h/4,0)))')dnl { line to rvec_(max(rp_len/2-m4r-m4w,0),0) { line from rvec_(m4w+m4cr,m4h/2) \ to rvec_(0,m4h/2) \ then to rvec_(0,-m4h/2) \ then to rvec_(m4w+m4cr,-m4h/2) } { TTM_C: circle rad m4r \ at rvec_(m4w+m4r,0) ifelse(`$2',,,`m4lstring($2,"$2")') } move to rvec_((m4w+m4r)*2,0) { line from rvec_(-m4w-m4cr,m4h/2) \ to rvec_(0,m4h/2) \ then to rvec_(0,-m4h/2) \ then to rvec_(-m4w-m4cr,-m4h/2) } line to rvec_(max(rp_len/2-m4r-m4w,0), 0) } { [box invis ht_ m4r*2 wid_ (m4r+m4w)*2] at last circle.c } line to rvec_(rp_len,0) invis ') `consource( linespec ,V|I|v|i|P, R ) Controlled source Arg3: V= voltage I= current v= voltage type 2 i= current type 2 P= proximity sensor arg 4 can be used to modify the body with e.g. color or fill' define(`consource',`ifelse(`$3',R, `reversed(`consource',`$1',`$2',,shift(shift(shift($@))))', `eleminit_(`$1') {line to rvec_(rp_len/2-csdim_,0) M4CSN: rvec_(csdim_,csdim_) M4CSS: rvec_(csdim_,-csdim_) M4CSE: rvec_(2*csdim_,0) M4CSW: Here {line to M4CSN then to M4CSE then to M4CSS then to Here `$4'} ifelse(`$2',I, `{arrow from rvec_(csdim_/4,0) \ to rvec_(csdim_*7/4,0)}', `$2',i, `{line from M4CSN to M4CSS}', `$2',V, `{"iflatex(`$-$',-)" at rvec_(csdim_*0.5,0) ifsvg(+(0,textht/10))} {"iflatex(`$+$',+)" at rvec_(csdim_*1.5,0) ifsvg(+(0,textht/10))}', `$2',v, `{line to M4CSE} ', `$2',P, `{ Proxim(2*csdim_) at rvec_(csdim_,0) }') line from M4CSE to rvec_(rp_len/2+csdim_,0) } {[box invis ht_ 2*csdim_ wid_ 2*csdim_] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ')') `Proxim(size, U|D|L|R|degrees) Proximity symbol Arg2 default: current direction' define(`Proxim',`[ define(`m4prwid',`ifelse(`$1',,(dimen_/2),`($1)')')dnl setdir_(ifelse(`$2',,`ifdef(`m4a_',rp_ang*rtod_,0)',`$2')) M4PRN: rvec_(0, m4prwid/2) M4PRE: rvec_(m4prwid/2,0) M4PRS: rvec_(0,-m4prwid/2) M4PRW: rvec_(-m4prwid/2,0) { line from 1/2 between M4PRN and M4PRE to M4PRE then to M4PRS \ then to M4PRW then to M4PRN then to 1/2 between M4PRN and M4PRE } { line from 1/4 between M4PRW and M4PRN to 1/4 between M4PRE and M4PRN } { line from 1/4 between M4PRW and M4PRS to 1/4 between M4PRE and M4PRS } `$3'; resetdir_ ]') `Magn(len, ht, U|D|L|R|degrees) Magnetic relay action symbol' define(`Magn',`[ define(`m4mawi2',`ifelse(`$1',,(dimen_/4),`(($1)/2)')')dnl define(`m4mah2',`ifelse(`$2',,(dimen_/8),`(($2)/2)')')dnl setdir_(ifelse(`$3',,`ifdef(`m4a_',rp_ang*rtod_,0)',`$3')) m4fshade(0, line from vec_( 0, m4mah2) \ to vec_( m4mawi2, m4mah2) \ then to vec_( m4mawi2,-m4mah2) \ then to vec_( m4mawi2/2,-m4mah2) \ then to vec_( m4mawi2/2,0) \ then to vec_(-m4mawi2/2,0) \ then to vec_(-m4mawi2/2,-m4mah2) \ then to vec_(-m4mawi2,-m4mah2) \ then to vec_(-m4mawi2, m4mah2) \ then to vec_( 0, m4mah2)) `$4'; resetdir_ ]') `battery( linespec, n, R ) Arg 3: reversed polarity' define(`battery',`ifelse(`$3',R, `reversed(`battery',`$1',`$2',,shift(shift(shift($@))))', `eleminit_(`$1') define(`m4n',`ifelse(`$2',,1,(`$2'))')define(`m4cs',`dimen_/12')dnl define(`m4wd',`m4cs*(m4n*2-1)')define(`m4ht',`dimen_/2')dnl { line to rvec_(rp_len/2-m4wd/2,0) for m4i = 0 to 2*(m4n-1) by 2 do { { line from rvec_(m4i*m4cs,m4ht/4) \ to rvec_(m4i*m4cs,-m4ht/4) } { line from rvec_((m4i+1)*m4cs,m4ht/2) \ to rvec_((m4i+1)*m4cs,-m4ht/2) } } line from rvec_(m4wd,0) \ to rvec_(rp_len/2+m4wd/2,0) } {[box invis ht_ m4ht wid_ m4wd] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ')') `ebox(linespec, length, ht, greyvalue) Box element; length and ht are relative to the direction of linespec' define(`ebox',`eleminit_(`$1') define(`m4wd',ifelse(`$2',,`dimen_/2',`($2)'))dnl define(`m4ht',ifelse(`$3',,`dimen_/5',`($3)'))dnl {line to rvec_(max(0,rp_len/2-m4wd/2),0) ifelse(`$4',,`lbox(m4wd,m4ht)',`m4fshade(`$4',lbox(m4wd,m4ht))') line to rvec_(max(0,rp_len/2-m4wd/2),0)} {[box invis ht_ m4ht wid_ m4wd] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ') `fuse( linespec, chars, wid, ht ) chars dA|B|C|D|S|SB|HB|HC or dA (=D)' define(`fuse',`eleminit_(`$1') define(`m4fusetype',`ifelse(`$2',,A,`$2',D,dA,`$2')')dnl define(`m4ht',ifelse(`$4',,`dimen_/5'ifinstr(`$2',H,*5/3),`($4)'))dnl define(`m4d',ifinstr(`$2',H,`m4ht/5',0))dnl define(`m4wd',ifelse(`$3',,`m4ht*2',`($3)'))dnl {line to rvec_(max(0,rp_len/2-m4wd/2),0) sc_draw(`m4fusetype',HB, `{move to rvec_(m4d,0); lbox(m4wd-2*m4d,m4ht-2*m4d)} {lbox(m4wd,m4ht)} line to rvec_(m4wd+max(0,rp_len/2-m4wd/2),0)') sc_draw(`m4fusetype',HC, `{move to rvec_(m4d,0); {lbox(m4wd-2*m4d,m4ht-2*m4d)} {line from rvec_((m4wd-2*m4d)/5,m4ht/2-m4d) \ to rvec_((m4wd-2*m4d)/5,-m4ht/2+m4d)} line from rvec_((m4wd-2*m4d)*4/5,m4ht/2-m4d) \ to rvec_((m4wd-2*m4d)*4/5,-m4ht/2+m4d) } {lbox(m4wd,m4ht)} move to rvec_(m4wd,0); line to rvec_(max(0,rp_len/2-m4wd/2),0)') sc_draw(`m4fusetype',A, `arc cw to rvec_(m4ht,0) rad m4ht/2 with .c at rvec_(m4ht/2,0)dnl ifelse(m4a,d,`; {dot(at last arc.start,,1)}') arc ccw to rvec_(m4ht,0) rad m4ht/2 with .c at rvec_(m4ht/2,0) line to rvec_(max(0,rp_len/2-m4wd/2),0)dnl ifelse(m4a,d,`; dot(at last line.start,,1)')') sc_draw(`m4fusetype',SB, `{lbox(m4wd,m4ht)} {line to rvec_(m4wd+max(0,rp_len/2-m4wd/2),0)} {m4fshade(m4fill,lbox(m4wd/5,m4ht))} move to rvec_(m4wd,0); line to rvec_(max(0,rp_len/2-m4wd/2),0)') sc_draw(`m4fusetype',B, `{lbox(m4wd,m4ht)} line to rvec_(m4wd+max(0,rp_len/2-m4wd/2),0)') sc_draw(`m4fusetype',C, `{lbox(m4wd,m4ht)} {line from rvec_(m4wd/5,-m4ht/2) \ to rvec_(m4wd/5,m4ht/2)} {line from rvec_(m4wd*4/5,-m4ht/2) \ to rvec_(m4wd*4/5,m4ht/2)} move to rvec_(m4wd,0); line to rvec_(max(0,rp_len/2-m4wd/2),0)') sc_draw(`m4fusetype',S, `{lbox(m4wd,m4ht)} {m4fshade(m4fill,lbox(m4wd/5,m4ht))} move to rvec_(m4wd,0); line to rvec_(max(0,rp_len/2-m4wd/2),0)') } {[box invis ht_ m4ht wid_ m4wd] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ') `arrester( linespec, [G|E|S][D[L|R]], len[:arrowhead ht], ht[:arrowhead wid] ) arg2 chars: G= spark gap (default) g= general (dots) E= gas discharge S= box enclosure C= carbon block A= electrolytic cell H= horn gap P= protective gap s= sphere gap F= film element M= multigap modifiers: R= right orientation L= left orientation D= 3-terminal element for S, E only with terminals A, B, G' define(`arrester', `define(`m4rdna',`patsubst(`$2',D\|L\|R)')dnl ifelse(m4rdna,,`define(`m4rdna',G)')dnl define(`m4rL',ifinstr(`$2',L,-))dnl define(`m4rR',ifinstr(`$2',R,-))dnl define(`m4aht',`m4Rightstr(`$3',arrowht*2/3)')dnl define(`m4awd',`m4Rightstr(`$3',arrowwid*4/3)')dnl define(`m4wd', `ifinstr(m4rdna,C,`m4Leftstr(`$3',dimen_/3)', m4rdna,F,`m4Leftstr(`$3',dimen_/3)', m4rdna,s,`m4Leftstr(`$3',dimen_/4)', m4rdna,E,`m4Leftstr(`$3',dimen_*5/8)', `m4Leftstr(`$3',dimen_/2)')')dnl define(`m4ht', `ifinstr(Loopover_(`Z',`ifinstr(m4rdna,Z,T)',C,A,s),T, `m4Leftstr(`$4',dimen_/4)', ifinstr(m4rdna,F,T),T,`m4Leftstr(`$4',dimen_/3)', `m4Leftstr(`$4',dimen_/5)')')dnl ifinstr(`$2',D, `[ define(`m4LL',m4rL)dnl ifinstr(m4rdna,S, `R: arrester(ifelse(`$1',,`to rvec_(dimen_,0)'),m4rdna,shift(shift($@))) Gb: line from R.c+vec_(0,m4LL m4ht/2) to R.c+vec_(0,m4LL (-m4ht*3/2)) ', m4rdna,E, `R: arrester(ifelse(`$1',,`to rvec_(dimen_,0)'),m4rdna,shift(shift($@))) Gb: line from R.c+vec_(0,m4LL m4wd/8) to R.c+vec_(0,m4LL (-m4wd*3/4)) ') A: R.start; B: R.end; C: R.c; G: Here ]', `eleminit_(`$1',elen_) {line to rvec_(max(0,rp_len/2-m4wd/2),0) {[ Orig: Here ifinstr(m4rdna,G, `{arrow to rvec_(m4aht,0) wid m4awd ht m4aht} move to rvec_(m4wd,0) arrow to rvec_(-m4aht,0) wid m4awd ht m4aht', m4rdna,g, `{dot(at rvec_(dotrad_,0))}; dot(at rvec_(m4wd-dotrad_,0))', m4rdna,M, `{dot(at rvec_(dotrad_,0))} {dot(at rvec_(m4wd/2,0))}; dot(at rvec_(m4wd-dotrad_,0))', m4rdna,C, `lbox(m4wd/3,m4ht); move to rvec_(m4wd/3,0) lbox(m4wd/3,m4ht)', m4rdna,A, `{line to rvec_(m4wd/4,0)} for_(1,3,1,`line from rvec_(0,m4ht/2) to rvec_(m4wd/4,0) \ then to rvec_(0,-m4ht/2); move to rvec_(m4wd/4,m4ht/2) ifelse(m4x,3,,move to rvec_(m4wd/8,0))') ', m4rdna,H, `line to rvec_(m4ht,0); round {arc ifelse(m4rR,-,,c)cw from Here to rvec_(-m4ht,m4rR m4ht) \ with .c at rvec_(-m4ht,0)} move to rvec_(m4wd-2*m4ht,0); round {arc ifelse(m4rR,-,c)cw from Here to rvec_(m4ht,m4rR m4ht) \ with .c at rvec_(m4ht,0)} line to rvec_(m4ht,0)', m4rdna,P, `{open_arrow(to rvec_(m4aht,0),m4awd,m4aht)} move to rvec_(m4wd,0) open_arrow(to rvec_(-m4aht,0),m4awd,m4aht)', m4rdna,s, `{line to rvec_(m4ht/2*(sqrt(2)-1),0)} {arc from rvec_(0,-m4ht/2) to rvec_(0,m4ht/2) \ with .c at rvec_(-m4ht/2,0)} move to rvec_(m4wd,0) {arc from rvec_(0,m4ht/2) to rvec_(0,-m4ht/2) \ with .c at rvec_(m4ht/2,0)} {line to rvec_(-m4ht/2*(sqrt(2)-1),0)}', m4rdna,F, `{line from rvec_(0,m4ht/2) to rvec_(0,-m4ht/2)} {line from rvec_(m4wd/2,m4ht/2) to rvec_(m4wd/2,-m4ht/2)} line from rvec_(m4wd,m4ht/2) to rvec_(m4wd,-m4ht/2)', m4rdna,S, `{lbox(m4wd,m4ht)} arrow to rvec_(m4wd/2,0) wid m4awd ht m4aht', m4rdna,E, `{circle diam m4wd at rvec_(m4wd/2,0)} {arrow to rvec_(m4wd*3/8,0) wid m4awd ht m4aht} {arrow <- from rvec_(m4wd*5/8,0) to rvec_(m4wd,0) wid m4awd ht m4aht} dot(at rvec_(m4wd*6/8,m4wd/4),dotrad_*2/3) ') ] with .Orig at Here } line from rvec_(m4wd,0) to rvec_(max(0,rp_len/2+m4wd/2),0) } line invis to rvec_(rp_len,0)') ') `memristor( linespec, wid, ht )' define(`memristor',`eleminit_(`$1') define(`m4ht',ifelse(`$3',,`dimen_/5',`($3)'))define(`m4htx',`m4ht/4')dnl define(`m4wd',ifelse(`$2',,`dimen_/2',`($2)'))define(`m4wdx',`m4wd*4/25')dnl { line to rvec_(max(0,rp_len/2-m4wd/2),0) {[lbox(m4wd,m4ht)] at rvec_(m4wd/2,0)} line to rvec_(m4wdx,0) \ then to rvec_(m4wdx,m4htx) \ then to rvec_(m4wdx*2,m4htx) \ then to rvec_(m4wdx*2,-m4htx) \ then to rvec_(m4wdx*3,-m4htx) \ then to rvec_(m4wdx*3,m4htx) \ then to rvec_(m4wdx*4,m4htx) \ then to rvec_(m4wdx*4,0) \ then to rvec_(m4wdx*5,0) m4fshade(m4fill,lbox(m4wd/4,m4ht)) line to rvec_(max(0,rp_len/2-m4wd/2),0) } line invis to rvec_(rp_len,0)') `pvcell( linespec, wid, ht )' define(`pvcell',`eleminit_(`$1') define(`m4wd',ifelse(`$2',,`dimen_/2',`($2)'))dnl define(`m4ht',ifelse(`$3',,`dimen_/5',`($3)'))dnl { line to rvec_(max(0,rp_len/2-m4wd/2),0) {[lbox(m4wd,m4ht)] at rvec_(m4wd/2,0)} {line from rvec_(0,-m4ht/2) to rvec_(m4wd/3,0) then to rvec_(0,m4ht/2)} move to rvec_(m4wd,0); line to rvec_(max(0,rp_len/2-m4wd/2),0) } line invis to rvec_(rp_len,0)') `heater( linespec, nparts, wid, ht )' define(`heater',`eleminit_(`$1') define(`m4hn',ifelse(`$2',,4,`$2'))dnl define(`m4wd',ifelse(`$3',,`dimen_/2',`($3)'))dnl define(`m4ht',ifelse(`$4',,`dimen_/5',`($4)'))dnl { line to rvec_(max(0,rp_len/2-m4wd/2),0) {[lbox(m4wd,m4ht)] at rvec_(m4wd/2,0)} for m4ix=1 to m4hn-1 do { {line from rvec_(m4ix*m4wd/(m4hn),m4ht/2) \ to rvec_(m4ix*m4wd/(m4hn),-m4ht/2)}} line from rvec_(m4wd,0) \ to rvec_(max(0,rp_len/2+m4wd/2),0) } line invis to rvec_(rp_len,0)') `thermocouple(linespec, wid, ht, L|R) R=right orientation' define(`thermocouple',`eleminit_(`$1') define(`m4wd',ifelse(`$2',,`dimen_/5',`($2)'))dnl define(`m4ht',ifelse(`$3',,`dimen_/2',`($3)'))dnl define(`m4ths',`ifinstr(`$4',R,-)')dnl {line to rvec_(max(0,rp_len/2-m4wd/2),0) \ then to rvec_(max(0,rp_len/2-m4wd/2),m4ths`'(m4ht-m4wd/2)) \ then to rvec_(rp_len/2,m4ths`'m4ht) \ then to rvec_(max(0,rp_len/2-m4wd/2)+m4wd,m4ths`'(m4ht-m4wd/2)) \ then to rvec_(max(0,rp_len/2-m4wd/2)+m4wd,0) \ then to rvec_(rp_len,0)} { dot(at rvec_(rp_len/2,m4ths`'m4ht)) } {[box invis ht_ m4ht wid_ m4wd] at rvec_(rp_len/2,m4ths`'m4ht/2)} line to rvec_(rp_len,0) invis ') `lamp(linespec,[R])' define(`lamp',`define(`m4ng',ifinstr(`$2',R,-))define(`m4hw',`dimen_/10')dnl define(`m4dp',(m4ng`'m4hw/2))define(`m4ht',(m4ng`'dimen_/8))dnl eleminit_(`$1') { line to rvec_(rp_len/2-m4hw,0) \ then to rvec_(rp_len/2-m4hw,m4ng`'dimen_/3.2) spline ifdpic(ctension_) to rvec_(0,m4ht) \ then to rvec_(1.3*m4hw, m4ht) \ then to rvec_(1.3*m4hw,-m4dp) \ then to rvec_(0.7*m4hw,-m4dp) \ then to rvec_(0.7*m4hw, m4ht) \ then to rvec_(2*m4hw,m4ht) \ then to rvec_(2*m4hw,0) line to rvec_(0,-(m4ng`'dimen_/3.2)) \ then to rvec_(rp_len/2-m4hw,-(m4ng`'dimen_/3.2)) } { [ circle rad dimen_/5 ] at rvec_(rp_len/2,m4ng`'dimen_/3.2) } line invis to rvec_(rp_len,0) ') `cbreaker( linespec, L|R, D|Th|TS ) circuit breaker to left or right of linespec, D=with dots; Th=thermal; TS=squared thermal' define(`cbreaker',`ifinstr(`$3',T, `tbreaker($@)', `mbreaker($@)')') define(`tbreaker',`eleminit_(`$1') define(`m4ho',0) {ifinstr(`$3',TS, `define(`m4h',`dimen_/5')define(`m4v',`m4h/2')define(`m4ho',`m4v/2')dnl m4j = max(0,rp_len/2-m4h/2) line to rvec_(m4j,0) \ then to rvec_(m4j,ifelse(`$2',R,-)m4h/2) \ then to rvec_(m4j+m4h,ifelse(`$2',R,-)m4h/2) \ then to rvec_(m4j+m4h,0) \ then to rvec_(m4j*2+m4h,0) ', `define(`m4h',`dimen_*2/5')define(`m4v',`m4h/2')define(`m4ho',0)dnl m4j = max(0,rp_len/2-m4h/2) line to rvec_(m4j,0) {round arc cw to rvec_( m4h/4,0)+vec_(Rect_(m4h/4,-60)) with .c at rvec_( m4h/4,0)} move to rvec_(m4h,0) {round arc cw to rvec_(-m4h/4,0)+vec_(Rect_(m4h/4,120)) with .c at rvec_(-m4h/4,0)} line to rvec_(m4j,0) ') } {[box invis ht_ m4v wid_ m4h ] at rvec_(rp_len/2,ifelse(`$2',R,-)m4ho) } line to rvec_(rp_len,0) invis ') define(`mbreaker',`eleminit_(`$1') define(`m4R',`ifelse(`$2',R,-)') define(`m4h',`dimen_/3') define(`m4cr',`((m4h+2*dimen_/32)*5/8)')dnl define(`m4ht',`(m4cr-sqrt(m4cr^2-(m4h/2+dimen_/32)^2)+dimen_/16)')dnl {line to rvec_(max(0,rp_len/2-m4h/2),0) {ifelse(`$3',D,`dot(,,1) move to rvec_(0,m4R`'dotrad_);')dnl arc ifelse(`$2',R,c)cw from rvec_(-dimen_/32,m4R`'dimen_/16) \ to rvec_(m4h+dimen_/32,m4R`'dimen_/16) rad m4cr \ with .c at rvec_(m4h/2,m4R`'(m4ht-m4cr))} {line from rvec_(m4h,0) \ to rvec_(m4h+max(0,rp_len/2-m4h/2),0) ifelse(`$3',D,`dot(at last line.start,,1)') } [box invis ht_ m4ht ifelse(`$3',D,`+2*dotrad_') wid_ m4h+dimen_/16] \ at rvec_(m4h/2,m4R`'(m4ht/2)) } line to rvec_(rp_len,0) invis ') `gap( linespec,fill,A ) Gap with filled dots e.g. gap(down_ linewid/2,1); rlabel(+,v_1,-) A: chopped arrow between dots' define(`gap',`eleminit_(`$1') dot(,,ifelse(`$2',,0,`$2')); dot(at last line.end,,ifelse(`$2',,0,`$2')) ifelse(`$3',A, `{arrow from last line.start to last line.end chop dotrad_*3}') {[box invis ht_ 0 wid_ min(rp_len,(dimen_*4/9+rp_len)/3)] at last line.c} ') `arrowline( linespec ) line with midpoint arrowhead e.g. arrowline(up 1 dotted); llabel(,I_2)' define(`arrowline',`line ifelse(`$1',,`to rvec_(elen_,0)',`$1') { eleminit_(from last line.start to last line.end) } { arrow from last line.start to last line.end \ chop lin_leng(last line)/2-arrowht/2 [box invis ht_ arrowwid wid_ arrowht] at last line.c }') `ground( at position, T|stem length, N|F|S|L|P[A]|E, D|U|L|R|degrees) T=truncated stem; N=normal ground, F=frame, S=signal, L=low-noise, P=protective, E=European; PA=protective alternate down (default), up, left, right, angle (deg)' define(`ground',`box invis ht 0 wid 0 with .c ifelse(`$1',,`at Here',`$1') define(`m4v',`dimen_/6')define(`m4h',`dimen_/16')dnl {setdir_(ifelse(`$4',,-90,`$4')) ifelse(`$2',,`line from last box.c to rvec_(dimen_/4,0)', `$2',T,,`line from last box.c to rvec_(`$2',0)') ifelse(`$3',F, `{line from rvec_(dimen_/8,m4v-dimen_/12) \ to rvec_(0,m4v) \ then to rvec_(0,-m4v) \ then to rvec_(dimen_/8,-m4v-dimen_/12)} line to rvec_(dimen_/8,-dimen_/12)', `$3',S, `{line to rvec_(0,m4v) \ then to rvec_(m4v*1.5,0) \ then to rvec_(0,-m4v) \ then to Here }', `$3',Q, `{shade(0,line to rvec_(0,m4v) \ then to rvec_(m4v*1.5,0) \ then to rvec_(0,-m4v) \ then to Here) }', `$3',L, `{move to rvec_(m4h,0) arc cw rad m4v*3/2 from rvec_(Rect_(m4v*3/2,-60)) \ to rvec_(Rect_(m4v*3/2,60)) with .c at Here} ground(,T,,`$4')', `$3',PA, `{Grnd_T: line to rvec_(0,m4v*1.6) \ then to rvec_(5.5*m4h,0) \ then to rvec_(0,-m4v*1.6) \ then to Here} ground(at rvec_(m4h,0),T,,`$4')', `$3',P, `{Grnd_C: circle rad m4v*3/2 at rvec_(m4h,0)} ground(,T,,`$4')', `$3',E, `{line from rvec_(0,m4v*2/3) \ to rvec_(0,-m4v*2/3) thick linethick*2}', `{line from rvec_(0,m4v) \ to rvec_(0,-m4v)} {line from rvec_(m4h,dimen_/9) \ to rvec_(m4h,-dimen_/9)} line from rvec_(2*m4h,dimen_/14) \ to rvec_(2*m4h,-dimen_/14)') resetdir_} ') `antenna(at position, T|stem length, A|L|T|S|D|P|F, U|D|L|R|degrees) arg2=T: truncate stem arg3= A=aerial; L=loop, T=triangle, S=diamond, D=dipole, P=phased, F=fork; up (default), down, left, right, angle (deg)' define(`antenna',`[ T: Here define(`m4v',`dimen_/2')define(`m4h',`dimen_/12')dnl define(`m4atype',ifelse(`$3',,A,`$3'))dnl setdir_(ifelse(`$4',,90,`$4')) ifelse( m4atype,L, `T1: rvec_(0,m4h); T2: rvec_(0,-m4h) ifelse(`$2',,`move to rvec_(m4h*2,0)', `$2',T,,`move to rvec_(`$2',0)') line from T1 to rvec_(0,m4h) \ then to rvec_(0,m4v/2) \ then to rvec_(m4v-m4h,m4v/2) \ then to rvec_(m4v-m4h,-m4v/2+m4h) \ then to rvec_(m4h,-m4v/2+m4h) \ then to rvec_(m4h,m4v/2-m4h) \ then to rvec_(m4v,m4v/2-m4h) \ then to rvec_(m4v,-m4v/2) \ then to rvec_(0,-m4v/2) \ then to rvec_(0,-m4h) \ then to T2', m4atype,T, `ifelse(`$2',,`move to rvec_(m4h*2,0)', `$2',T,,`move to rvec_(`$2',0)') line to rvec_(m4v*3/4,m4v*sqrt(3)/4) \ then to rvec_(m4v*3/4,-m4v*sqrt(3)/4) \ then to Here line from rvec_(m4v*3/4,0) \ to T', m4atype,S, `T1: rvec_(0,m4h); T2: rvec_(0,-m4h) ifelse(`$2',,`move to rvec_(m4h*2,0)', `$2',T,,`move to rvec_(`$2',0)') line from T1 to rvec_(0,m4h) \ then to rvec_(m4v*3/4-m4h,m4v*3/4) \ then to rvec_(2*m4v*3/4-m4h,0) \ then to rvec_(m4v*3/4-m4h,-m4v*3/4) \ then to rvec_(0,-m4h) \ then to T2', m4atype,D, `T1: rvec_(0,m4h); T2: rvec_(0,-m4h) ifelse(`$2',,`move to rvec_(m4v,0)', `$2',T,,`move to rvec_(`$2',0)') { line from T1 to rvec_(0,m4h) \ then to rvec_(0,m4h*3) } { line from T2 to rvec_(0,-m4h) \ then to rvec_(0,-m4h*3) }', m4atype,P, `ifelse(`$2',,`move to rvec_(m4h*2/3,0)', `$2',T,,`move to rvec_(`$2',0)') line from T to Here { line from rvec_(0,-m4v/3) \ to rvec_(0,m4v/3) } { line from rvec_(m4h,-m4v*2/3) \ to rvec_(m4h,m4v*2/3) }', m4atype,F, `ifelse(`$2',,`move to rvec_(m4h*2,0)', `$2',T,,`move to rvec_(`$2',0)') { line from rvec_(m4v*3/4,m4v*sqrt(3)/4) \ to rvec_(0,m4v*sqrt(3)/4) \ then to rvec_(0,-m4v*sqrt(3)/4) \ then to rvec_(m4v*3/4,-m4v*sqrt(3)/4)} line from rvec_(m4v*3/4,0) \ to T', m4atype,A, `ifelse(`$2',,`move to rvec_(m4h*2,0)', `$2',T,,`move to rvec_(`$2',0)') { line from rvec_(m4v*3/4, m4v*sqrt(3)/4) to Here \ then to rvec_(m4v*3/4,-m4v*sqrt(3)/4) } line from rvec_(m4v*3/4,0) \ to T') `$5'; resetdir_ ] with .T ifelse(`$1',,`at Here',`$1')') `switch( linespec,L|R,[O|C][D],L|B|D ) Wrapper for bswitch, lswitch, dswitch R=right orientation (default L=left) if arg4=blank or L: arg3 = [O|C][D][K][A] D = circle at contact and hinge (dD = hinge only, uD = contact only) K=closed switch; A=arrowhead on switch blade; O=opening arrow; C=closing arrow if arg4=B (button switch): arg3 = O|C O=normally open; C=normally closed if arg4=D: arg3 = same as for dswitch' define(`switch',`ifelse( `$4',, `lswitch(`$1',`$2',`$3')', `$4',L,`lswitch(`$1',`$2',`$3')', `$4',B,`bswitch(`$1',`$2',`$3')', `$4',D,`define(`m4qna_',`$3')dnl define(`m4rna_',W`'ifinstr(`$2',C,dBK,B)`'m4qna_)dnl dswitch(`$1',`$2',m4rna_)')') `bswitch( linespec,L|R,chars ) pushbutton switch R=right orientation (default L=left) chars: O= normally open, C=normally closed' define(`bswitch',`eleminit_(`$1') dnl define(`m4h',`dimen_/3') define(`m4cs',`0.069186*dimen_')dnl (2.5pt) define(`m4v',`ifelse(`$2',R,-m4cs,m4cs)')define(`dna_',`$3') dnl {line to rvec_(rp_len/2-m4h/2,0) chop 0 chop m4cs} { Bsw_T1: circle rad m4cs at rvec_(rp_len/2-m4h/2,0); move to last circle { Bsw_T2: circle rad m4cs at rvec_(m4h,0) }; ifelse(`$4',,,`{`$4'}') sc_draw(`dna_',C,dnl `{ line from rvec_(-m4cs,-(m4v)) \ to rvec_(m4h+m4cs,-(m4v)) } { line from rvec_(m4h/2,-(m4v)) \ to rvec_(m4h/2,m4v*3) } {[box invis ht_ 4*m4cs wid_ m4h+2*m4cs] at rvec_(m4h/2,m4v)}', `{ line from rvec_(-m4cs,m4v*2.5) \ to rvec_(m4h+m4cs,m4v*2.5) } { line from rvec_(m4h/2,m4v*2.5) \ to rvec_(m4h/2,m4v*4.5) } {[box invis ht_ 5.5*m4cs wid_ m4h+2*m4cs] at rvec_(m4h/2,m4v*1.75)}') line from rvec_(m4h,0) \ to rvec_(m4h/2+rp_len/2,0) chop m4cs chop 0 } line to rvec_(rp_len,0) invis ') `lswitch( linespec,L|R,chars ) knife switch R=right orientation (default L=left) chars=[O|C][[ud]D][K][A] D = circle at contact and hinge (dD = hinge only, uD = contact only) K=closed switch; A=arrowhead on switch blade; O=opening arrow; C=closing arrow' define(`lswitch',`eleminit_(`$1') dnl define(`m4v',`dimen_/4')define(`m4cs',`dimen_/4*Sin(10)')dnl define(`dna_',`$3')define(`m4d',-1)define(`m4k',15)dnl m4t1 = arrowht; m4t2 = arrowwid; arrowht = dimen_/0.75*0.08; arrowwid = dimen_/0.75*0.053 {line to rvec_(rp_len/2-dimen_/6,0) sc_draw(`dna_',K,`define(`m4k',25)dnl {{ifinstr(`$3',A,arrow m4c_l,line) \ to LCtangent(Here,rvec_(dimen_/3,0),dotrad_,`$2') chop 0 chop -dotrad_} line from rvec_(dimen_/3,0) to rvec_(dimen_/3,ifelse(`$2',R,-)dotrad_)}', `{ifinstr(`$3',A,arrow m4c_l,line) \ to rvec_(dimen_/4,ifelse(`$2',R,-)dimen_/4)}') sc_draw(`dna_',C,`{ arc <- m4c_l ifelse(`$2',R,,`c')cw \ from rvec_(Rect_(dimen_/4,ifelse(`$2',R,,-)m4k))\ to rvec_(Rect_(dimen_/4,ifelse(`$2',R,-)60)) \ with .c at rvec_(Rect_(-dimen_/4,ifelse(`$2',R,-)(60-m4k)/2)) }') sc_draw(`dna_',O, `{ arc -> m4c_l ifelse(`$2',R,,`c')cw \ from rvec_(Rect_(dimen_/4,ifelse(`$2',R,,-)10))\ to rvec_(Rect_(dimen_/4,ifelse(`$2',R,-)75)) \ with .c at rvec_(Rect_(-dimen_/4,ifelse(`$2',R,-)(75-10)/2)) }') } {{line from rvec_(rp_len/2+dimen_/6,0) \ to rvec_(rp_len,0) } sc_draw(`dna_',D, `ifelse(m4a,u,,`dot(at rvec_(rp_len/2-dimen_/6,0),,1)') ifelse(m4a,d,,`dot(at last line.start,,1)')') } { [box invis ht_ dimen_/4+m4cs wid_ dimen_/3] \ with .c at rvec_(rp_len/2,ifelse(`$2',R,-)(m4v-(m4cs))/2)} arrowht = m4t1 ; arrowwid = m4t2; ifelse(`$4',,,`{`$4'}') line to rvec_(rp_len,0) invis ') `dswitch(linespec,R,W[ud]B[K] chars) Comprehensive IEEE-IEC single-pole switch: arg2=R: orient to the right of drawing dir arg 3: blank means WB by default W=baseline B=contact blade Bm= mirror blade Bo=contact blade more widely open dB=contact blade to the right of direction K=vertical closing contact line use WdBK for a normally-closed switch Cb = circuit breaker function (IEC S00219) Co = contactor function (IEC S00218) C = external operating mechanism D = circle at contact and hinge (dD = hinge only, uD = contact only) DI = Disconnector; isolator (IEC S00288) E = emergency button EL = early close (or late open) LE = late close (or early open) F = fused H = time delay closing uH = time delay opening HH = time delay opening and closing K = vertical closing contact L = limit M = maintained (latched) MM = momentary contact on make MR = momentary contact on release MMR = momentary contact on make and release O = hand operation button P = pushbutton Pr[T|M] = proximity [touch-sensitive or magnetically controlled] R = time-delay operating arm Sd = Switch-disconnector Th = thermal control linkage Tr = tripping Y = pull switch Z = turn switch' define(`dswitch',`eleminit_(`$1') define(`dna_',ifelse(`$3',,WB,`$3'))dnl define(`m4R',`ifelse(`$2',R,-)')define(`m4sc',`dimen_/24')dnl tr_xy_init(last line.c,m4sc,m4R) M4T: M4_xyO; M4B: M4T { line to tr_xy(-4,0) line from tr_xy(4,0) \ to 2nd last line.end sc_draw(`dna_',Bm, `define(`m4c',ifelse(m4a,d,-))dnl M4B: line from tr_xy(-4,0) \ to tr_xy(5.0,m4c`'4.5) line invis from M4B.start to M4B.end chop 0 chop -m4_xyU*5/4 m4fshade(0,circle rad m4_xyU*5/4 at last line .end) M4Q: 2 between M4_xyO and M4B.c') sc_draw(`dna_',Bo, `define(`m4c',ifelse(m4a,d,-))dnl M4B: line from tr_xy(-4,0) \ to tr_xy(4,m4c`'13/sqrt(3)) M4Q: 2 between M4_xyO and M4B.c') sc_draw(`dna_',B, `define(`m4c',ifelse(m4a,d,-))dnl M4B: line from tr_xy(-4,0) \ to tr_xy(5.0,m4c`'4.5) M4Q: 2 between M4_xyO and M4B.c') sc_draw(`dna_',Cb, `line from tr_xy(2,-2) to tr_xy(6, 2) line from tr_xy(2, 2) to tr_xy(6,-2) M4Q: tr_xy(0,-2) ') sc_draw(`dna_',Co,`ifelse(m4R,-, `M4Arc: arc ifelse(m4c,-,,c)cw from tr_xy(4,0) \ to tr_xy(8,0) with .c at tr_xy(6,0)', `M4Arc: arc ifelse(m4c,-,c)cw from tr_xy(4,0) \ to tr_xy(8,0) with .c at tr_xy(6,0)') ') sc_draw(`dna_',MMR, `line from tr_xy(6,1.16) \ to tr_xy(4,0) \ then to tr_xy(6,-1.16)') sc_draw(`dna_',MM, `line from tr_xy(5,0) \ to tr_xy(4,0) \ then to tr_xy(6,1.16)') sc_draw(`dna_',MR, `line from tr_xy(5,0) \ to tr_xy(4,0) \ then to tr_xy(6,-1.16)') sc_draw(`dna_',DI, `line from tr_xy(4,2) to tr_xy(4,-2) M4Q: tr_xy(0,-2) ') sc_draw(`dna_',D, `ifelse(m4a,u,,`dot(at tr_xy(-4,0),,1)') ifelse(m4a,d,,`dot(at tr_xy(4,0),,1)')') sc_draw(`dna_',EL, `line from 0.99 along_(M4B) \ to M4B.end \ then to M4B.end + ta_xy(vperp(M4B,m4c`'2.5,R))') sc_draw(`dna_',LE, `line from 0.99 along_(M4B) \ to M4B.end \ then to M4B.end + ta_xy(vperp(M4B,m4c`'2.5))') sc_draw(`dna_',K, `line from tr_xy(4,0) \ to tr_xy(4,m4c`'5)') sc_draw(`dna_',F, `M4dT: 1/8 along_(M4B); M4dQ: 5/8 along_(M4B) line from M4dT to M4dT + ta_xy(neg_(m4c)1/2,1) \ then to M4dQ + ta_xy(neg_(m4c)1/2,1) \ then to M4dQ + ta_xy(m4c`'1/2,-1) \ then to M4dT + ta_xy(m4c`'1/2,-1) \ then to M4dT ') sc_draw(`dna_',L, `M4dT: 11/16 along_(M4B) define(`m4e',ifelse(m4a,d,-)) line from 5/16 along_(M4B) \ to M4dT + ta_xy(neg_(m4e)1,ifelse(m4c,m4e,,-)2) \ then to M4dT') sc_draw(`dna_',Sd, `dot(at tr_xy(4,0),m4_xyU*3/2,1) line from tr_xy(4,2)+vec_(m4_xyU*3/2,0) \ to tr_xy(4,-2)+vec_(m4_xyU*3/2,0) M4Q: tr_xy(0,-2) ') sc_draw(`dna_',Th, `define(`m4t',ifelse(m4a,d,-))dnl M4T: M4B.c+ta_xy(0,m4t`'12) line from M4B.c to M4B.c+ta_xy(0,m4t`'4.5) \ then to M4B.c+ta_xy(3,m4t`'4.5) \ then to M4B.c+ta_xy(3,m4t`'7.5) \ then to M4B.c+ta_xy(0,m4t`'7.5) \ then to M4T ') sc_draw(`dna_',Tr, `m4angtmp = rp_ang; point_(lin_ang(M4B)) M4dT1: 0.4 along_(M4B); M4dT2: 0.65 along_(M4B) m4dTr = distance(M4dT1,M4dT2) move to M4dT1+vec_(0,m4c`'m4dTr/2) m4fshade(0,lbox(m4dTr,m4dTr)) point_(m4angtmp) ') sc_draw(`dna_',PrM, `M4T: Proxim(dimen_/3) at M4B.c+ta_xy(0,ifelse(m4a,d,-)8) line dashed dimen_/16 from M4B.c to M4T chop 0 chop dimen_/6 Magn(dimen_/3,dimen_/6) at M4T+vec_(0,ifelse(m4a,d,-)dimen_/4)') sc_draw(`dna_',M, `define(`m4t',ifelse(m4a,d,-))dnl M4T: M4B.c+ta_xy(0,m4t`'12) line dashed 1.5*m4sc from M4B.c to M4B.c+ta_xy(0,m4t`'4.5) line to M4B.c+ta_xy(-3,m4t`'6) \ then to M4B.c+ta_xy(0,m4t`'7.5) line dashed 1.5*m4sc to M4T ') sc_draw(`dna_',C, `M4T: M4B.c+ta_xy(0,ifelse(m4a,d,-)12) line dashed from M4B.c to M4T ') sc_draw(`dna_',O, `line from M4T + ta_xy(-2.5,0) \ to M4T + ta_xy(2.5,0) ') sc_draw(`dna_',PrT, `M4T: Proxim(dimen_/3) at M4B.c+ta_xy(0,ifelse(m4a,d,-)8) line dashed dimen_/16 from M4B.c to M4T chop 0 chop dimen_/6 line to rvec_(dimen_/4,0) with .c at M4T+vec_(0,ifelse(m4a,d,-)dimen_/6)') sc_draw(`dna_',Pr, `M4T: Proxim(dimen_/3) at M4B.c+ta_xy(0,ifelse(m4a,d,-)8) line dashed dimen_/16 from M4B.c to M4T chop 0 chop dimen_/6 ') sc_draw(`dna_',P, `line from M4T + ta_xy(-2.5,-2.5) \ to M4T + ta_xy(-2.5,0) \ then to M4T + ta_xy(2.5,0) \ then to M4T + ta_xy(2.5,-2.5) ') sc_draw(`dna_',Y, `line from M4T + ta_xy(-2.5,2.5) \ to M4T + ta_xy(-2.5,0) \ then to M4T + ta_xy(2.5,0) \ then to M4T + ta_xy(2.5,2.5) ') sc_draw(`dna_',Z, `line from M4T + ta_xy(-2.5,-2.5) \ to M4T + ta_xy(-2.5,0) \ then to M4T + ta_xy(2.5,0) \ then to M4T + ta_xy(2.5,2.5) ') sc_draw(`dna_',R, `define(`m4t',ifelse(m4a,d,-))dnl M4dT: 5/12 along_(M4B); M4dQ: 7/12 along_(M4B) line from M4dT to M4dT + ta_xy(0,m4t`'12) line from M4dQ to M4dQ + ta_xy(0,m4t`'(neg_(m4c)sqrt(3)/2+12)) M4T: 1/2 between Here and 2nd last line.end ') sc_draw(`dna_',HH, `arc ifelse(m4R,-,c)cw \ from M4T+ta_xy(3,3/2) \ to M4T+ta_xy(-3,3/2) with .c at M4T+ta_xy(0,4.0) arc ifelse(m4R,,c)cw \ from M4T+ta_xy(3,-3/2) \ to M4T+ta_xy(-3,-3/2) \ with .c at M4T+ta_xy(0,-4.0) ') sc_draw(`dna_',H, `define(`m4t',ifelse(m4a,d,-))dnl arc ifelse(m4t,m4R,,c)cw \ from M4T+ta_xy(3,m4t`'3/2) \ to M4T+ta_xy(-3,m4t`'3/2) \ with .c at M4T + ta_xy(0,m4t`'4.0) ') sc_draw(`dna_',E, `line from M4T + ta_xy(-2.5,0) \ to M4T + ta_xy(2.5,0) arc ifelse(m4R,-,,c)cw to last line.start with .c at M4T + ta_xy(0,-1.5) ') M4dQ: M4Q - (M4_xyO.x,M4_xyO.y) M4dT: M4T - (M4_xyO.x,M4_xyO.y) if M4dQ.x*M4dT.x + M4dQ.y*M4dT.y > 0 then { M4Q: M4_xyO } [ box invis ht_ distance(M4T,M4Q) wid_ 8*m4sc ] \ with .c at 0.5 between M4T and M4Q } line to rvec_(rp_len,0) invis ') `amp( linespec,size ) Amplifier' define(`amp',`eleminit_(`$1') define(`m4wd',`ifelse(`$2',,`dimen_',`($2)')')dnl {line to rvec_(max(0,rp_len/2-m4wd/2),0) line from rvec_(m4wd,0) \ to rvec_(0,m4wd/2) \ then to rvec_(0,-m4wd/2) \ then to rvec_(m4wd,0) \ then to rvec_(max(m4wd,rp_len/2+m4wd/2),0) } {[box invis ht_ m4wd wid_ m4wd] at rvec_(max(m4wd,rp_len)/2,0)} line to rvec_(max(rp_len,m4wd),0) invis ') `integrator( linespec,size )' define(`integrator',`eleminit_(`$1') define(`m4wd',`ifelse(`$2',,`dimen_',`($2)')')dnl {line from rvec_(m4wd/4,m4wd/2) \ to rvec_(0,m4wd/2) \ then to rvec_(0,-m4wd/2) \ then to rvec_(m4wd/4,-m4wd/2) } {line from rvec_(m4wd*5/4,0) \ to rvec_(m4wd/4,m4wd/2) \ then to rvec_(m4wd/4,-m4wd/2) \ then to rvec_(m4wd*5/4,0) \ then to rvec_(max(rp_len,m4wd*5/4),0) } { [box invis ht_ m4wd wid_ m4wd*5/4] at rvec_(m4wd*5/8,0) } line to rvec_(max(rp_len,m4wd*5/4),0) invis ') `opamp(linespec, - label, + label, size, chars) drawn as a []: defined positions: W, N, E, S, Out, E1, E1, In1, In2 chars: P: power connections V1,V2 R: labels at In1,In2 swapped T: truncated point ' define(`opamp', `[define(`m4v',`ifelse(`$4',,`dimen_',`($4)')')define(`m4h',`m4v')dnl define(`dna_',`$5')dnl eleminit_(`$1',max(elen_-m4h/4,m4h)) W: Here N: vec_(0,m4v/2) S: vec_(0,-m4v/2) E: vec_(m4h,0) C: vec_(m4h/2,0) { sc_draw(`dna_',T, `line to N then to 0.75 between N and E \ then to 0.75 between S and E then to S then to W line from 0.75 between W and E to E', `line to N then to E then to S then to W; move to E') if rp_len > m4h then { line to rvec_(rp_len-m4h,0) } Out: Here } E1: vec_(m4h/2,m4v/4) E2: vec_(m4h/2,-m4v/4) In1: vec_(0,m4v/4) In2: vec_(0,-m4v/4) { move to In`'ifinstr(dna_,R,2,1) ifelse(`$2',,"ifsvg(-,`{\scriptsize$-$}')" \ at rvec_(4pt__,0) ifsvg(+(0,textht/10)),m4lstring(`$2',"`$2'"))} { move to In`'ifinstr(dna_,R,1,2) ifelse(`$3',,"ifsvg(+,`{\scriptsize$+$}')" \ at rvec_(4pt__,0) ifsvg(+(0,textht/10)),m4lstring(`$3',"`$3'"))} sc_draw(`dna_',P, `{line from E1 to (vec_(m4h/2,m4v/4+m4v/8)); V1: Here} {line from E2 to (vec_(m4h/2,-(m4v/4+m4v/8))); V2: Here}') `$6' ] ') `dac(width,height,nIn,nN,nOut,nS)' define(`dac',`[ define(`dac_ht',`ifelse(`$2',,(dimen_),`$2')')dnl define(`dac_wd',`ifelse(`$1',,(dimen_+dac_ht/2),`$1')')dnl In: Here C: rvec_((dac_wd-dac_ht/2)/2,0) NE: rvec_(dac_wd-dac_ht/2, dac_ht/2) Out:rvec_(dac_wd,0) SE: rvec_(dac_wd-dac_ht/2,-dac_ht/2) NW: rvec_(0,dac_ht/2) SW: rvec_(0,-dac_ht/2) define(`m4dn',ifelse(`$3',,1,`eval($3)'))dnl for_(1,m4dn,1,`In`'m4x: NW-vec_(0,dac_ht*(2*m4x-1)/(2*m4dn))')dnl define(`m4dn',ifelse(`$4',,1,`eval($4)'))dnl for_(1,m4dn,1,`N`'m4x: NW+vec_((dac_wd-dac_ht/2)*m4x/(m4dn+1),0)')dnl define(`m4dn',ifelse(`$5',,1,`eval($5)'))dnl for_(1,m4dn,1,`r = eval(2*m4x-1)/eval(m4dn*2) Out`'m4x: Out-vec_(ifelse(eval((2*m4x-1)0),1,`m4bi_Em(eval(`$1'-1),`$2',`$3')')') `Unijunction transistor ujt(linespec, R,P,E) Bulk and terminals B1, B2, E defined arg 2: drawn to the right of curr direction arg 3: P-channel, default N arg 4: envelope' define(`ujt', `[ ifelse(`$1',,,`eleminit_($1)') B1: Here ifelse(`$1',,,`line to rvec_(rp_len/2-m4_U*2,0)') Bl1: line to rvec_(0,ifelse(`$2',R,-)3.5*m4_U) Bulk: line from rvec_(-m4_U*0.5,0) \ to rvec_(m4_U*4.5,0) Bl2: line from Bulk.end+vec_(-m4_U/2,0) \ to Bulk.end+vec_(-m4_U/2,ifelse(`$2',R,,-)3.5*m4_U) ifelse(`$1',,,`\ then to Bulk.c+vec_(rp_len/2,ifelse(`$2',R,,-)3.5*m4_U)') B2: Here E: Bulk.c+vec_(2*m4_U,ifelse(`$2',R,-)3.5*m4_U) E1: line from E to Bulk.center {arrow m4c_l from last line.ifelse(`$3',P,`end to 1',`start to 7')/8 \ between last line.start and last line.end wid m4_Awd ht m4_Aht } ifelse(`$4',E,dnl `Env: circle rad 4*m4_U with .c at Bulk.c') `$5'; manhattan ] ') `FETS: j_fet(linespec, R, P, E ) e_fet(linespec, R, P, E|S ) d_fet(linespec, R, P, E|S ) c_fet(linespec, R, P ) with terminals S, D, G. arg 2: G pin drawn to right of curr direction arg 3: P-channel, default N arg 4: envelope' define(`j_fet',`mosfet(`$1',`$2',ifelse(`$3',P,u,d)GSDF,`$4',`$5')') `Enhancement-mode FET e_fet(linespec,R,P,S,E)' define(`e_fet',`mosfet(`$1',`$2', ifelse(`$4',S,`TFD'ifelse(`$3',P,u,d)S,`LEDSQ'ifelse(`$3',P,d,u)B), `$4',`$5')') `Depletion-mode FET d_fet(linespec,R,P,S,E)' define(`d_fet',`mosfet(`$1',`$2', ifelse(`$4',S,`TFDR'ifelse(`$3',P,u,d)S,`LFDSQ'ifelse(`$3',P,d,u)B), `$4',`$5')') `Simplified switching c_fet(linespec,R,P) arg 3: negated G pin' define(`c_fet',`mosfet(`$1',`$2',`ZSDF'ifelse(`$3',P,d)T,,`$4')') ` The comprehensive mosfet(linespec,R,BDEFGLQRSTXZ,E) Every drawn component is controlled by a letter or letter pair in arg 3; adding or changing elements is easily done by adding a test for a letter or letter sequence: udB: center bulk connection pin; u or d arrow D: D pin and lead E: dashed substrate F: solid-line substrate udG: G pin to substrate at source; u or d arrow udH: G pin to substrate at center; u or d arrow L: G pin to channel (kept for compatibility for now; the same as dM below) udM: G pin to channel center or u: pin at drain end, d: pin at source end udMn: gates G0 to Gn as above Py: parallel diode Pz: parallel zener diode Q: connect B pin to S pin R: thick channel udS: S pin and lead; u or d arrow dT: G pin to center of channel d: not circle X: XMOSFET terminal Z: simplified complementary MOS arg 2: body drawn to right of curr direction arg 4: envelope' define(`mosfet', `define(`m4R',`ifelse(`$2',R,-)')dnl right orientation flag define(`dna_',`ifelse(`$3',,DSEdMuBQ,`$3')')dnl define(`m4s',ifinstr(dna_,Z,2.5,3.5))dnl size parameter [ ifelse(`$1',, `tr_xy_init(,m4_U,m4R); S: tr_xy(-2,0); D: tr_xy(2,0)', `eleminit_(`$1'); tr_xy_init(last line.c,m4_U,m4R) S: last line.start; line from S to tr_xy(-2,0) \ then to tr_xy(-2,0)+vec_(0,m4R`'linethick pt__) D: S+vec_(rp_len,0); line from D to tr_xy(2,0) \ then to tr_xy(2,0)+vec_(0,m4R`'linethick pt__)') sc_draw(`dna_',B, `B: tr_xy(0,0); Bl: line from B to tr_xy(0,m4s) ifelse(m4a,,,`arrow m4c_l ht m4_Aht wid m4_Awd ifelse(m4a,d,<-) \ from tr_xy(0,m4s/2)-vec_(0,m4R`'m4_Aht/2) \ to tr_xy(0,m4s/2)+vec_(0,m4R`'m4_Aht/2) ')') sc_draw(`dna_',D, `Dl: line from tr_xy(2,0) \ to tr_xy(2,m4s)') sc_draw(`dna_',E, `Channel: line invis from tr_xy(-2.5,m4s) \ to tr_xy(2.5,m4s) line from tr_xy(-2.5,m4s) \ to tr_xy(-1,m4s) line from tr_xy(-0.5,m4s) \ to tr_xy(0.5,m4s) line from tr_xy(1,m4s) \ to tr_xy(2.5,m4s)') sc_draw(`dna_',F, `Channel: line from ifinstr(dna_,Z, `tr_xy(-2,m4s) \ to tr_xy(2,m4s)', `tr_xy(-2.5,m4s) \ to tr_xy(2.5,m4s)')') sc_draw(`dna_',G, `G: tr_xy(-2,(m4s+3.5)) ifelse(m4a,,`Gl: line from tr_xy(-2,m4s) \ to G', m4a,d,`Gl: arrow m4c_l from G to tr_xy(-2,m4s) ht m4_Aht wid m4_Awd', m4a,u,`Gl: line from tr_xy(-2,m4s) \ to G; arrow m4c_l ht m4_Aht wid m4_Awd \ from tr_xy(-2,(m4s+3-m4_Aht/(m4_U))) \ to tr_xy(-2,(m4s+3))')') sc_draw(`dna_',H, `G: tr_xy(0,(m4s+4)) ifelse(m4a,,`Hl: line from tr_xy(0,m4s) \ to G', m4a,d,`Hl: arrow m4c_l from G to tr_xy(0,m4s) ht m4_Aht wid m4_Awd', m4a,u,`Hl: line from tr_xy(0,m4s) \ to G; arrow m4c_l ht m4_Aht wid m4_Awd \ from tr_xy(0,(m4s+3-m4_Aht/(m4_U))) \ to tr_xy(0,(m4s+3))')') sc_draw(`dna_',L, `G: tr_xy(-2,(m4s+3.5)) Ll: line from tr_xy(2,(m4s+1)) \ to tr_xy(-2,(m4s+1)) \ then to G') for_(1,4,1, `sc_draw(`dna_',M`'m4x,`m4mo_Mm(m4x,m4a,`$4',ifinstr(dna_,Z,2,2.5))')') sc_draw(`dna_',M,`ifelse( m4a,, `G: tr_xy(0,(m4s+4)) Glh: line from tr_xy(2,(m4s+1)) \ to tr_xy(-2,(m4s+1)) Glv: line from tr_xy(0,(m4s+1)) \ to G', m4a,u,`G: tr_xy(2,(m4s+3.5)) Gl: line from tr_xy(-2,(m4s+1)) \ to tr_xy(2,(m4s+1)) \ then to G', m4a,d,`G: tr_xy(-2,(m4s+3.5)) Gl: line from tr_xy(2,(m4s+1)) \ to tr_xy(-2,(m4s+1)) \ then to G')') sc_draw(`dna_',Py,`pushdef(`m4pdd_mosfet')') sc_draw(`dna_',Pz,`pushdef(`m4pdd_mosfet',Z)') ifdef(`m4pdd_mosfet', `define(`m4q',m4a)dnl Diode: diode(ifelse(m4q,d,to,from) tr_xy(-2,-2) \ ifelse(m4q,d,from,to) tr_xy( 2,-2),m4pdd_mosfet) ifelse(m4q,d,rp_ang = rp_ang + pi_) line from tr_xy(-2,0) \ to tr_xy(-2,-2) \ then to tr_xy(2,-2) \ then to tr_xy(2,0) popdef(`m4pdd_mosfet')') sc_draw(`dna_',Q, `Ql: line from tr_xy(0,0)+vec_(0,m4R`'linethick pt__) \ to tr_xy(0,0) \ then to tr_xy(-2,0) \ then to tr_xy(-2,0)+vec_(0,m4R`'linethick pt__)') sc_draw(`dna_',R, `Rl: line thick 2*linethick from tr_xy(-2,m4s)\ -vec_(0,m4R`'linethick*3/2 pt__) \ to tr_xy(2,m4s)-vec_(0,m4R`'linethick*3/2 pt__) ') sc_draw(`dna_',S, `Sl: line from tr_xy(-2,0) \ to tr_xy(-2,m4s) ifelse(m4a,,,`arrow m4c_l ht m4_Aht wid m4_Awd ifelse(m4a,d,<-) \ from tr_xy(-2,m4s/2)-vec_(0,m4R`'m4_Aht/2) \ to tr_xy(-2,m4s/2)+vec_(0,m4R`'m4_Aht/2) ')') sc_draw(`dna_',T, `Tl: line from tr_xy(-2,(m4s+1)) \ to tr_xy(2,(m4s+1)) ifelse(m4a,d,`Nt: circle rad m4_U*2/3 with .c at tr_xy(0,(m4s+1+2/3))') Gl: line from tr_xy(0,`(m4s+1'`ifelse(m4a,d,+4/3))') \ to tr_xy(0,ifelse(`$4',E,(m4s+4),(m4s+4))); G: Here') sc_draw(`dna_',X,dnl From Matteo Agostinelli `B: tr_xy(0,0); Xv: line from B to tr_xy(0,m4s-1) Xh: line from tr_xy(-1.5,m4s-1) \ to tr_xy(1.5,m4s-1)') ifelse(`$4',E,`Env: circle rad 4*m4_U with .c at tr_xy(0,m4s)') `$5'; manhattan ] ') define(`m4mo_Mm',dnl (m4n,m4a,[E]) `define(`m4mo_d',`eval((`$1')*2+1)')dnl for_(0,`$1',1, `define(`m4moc',`ifelse(`$2',u, ` (`$4')-`$4'*4*m4x/m4mo_d',`-`$4'+`$4'*4*m4x/m4mo_d')')dnl ifinstr(`$3',E, `M4moM: move from tr_xy(m4moc,m4s) to tr_xy(m4moc,m4s+1) G`'m4x: LCintersect(M4moM,tr_xy(0,m4s),4*m4_U,R)', `G`'m4x: tr_xy(m4moc,m4s+4)') Gm`'m4x: line from G`'m4x to tr_xy(m4moc,m4s+1) \ then to tr_xy(m4moc`'ifelse(`$2',u,-,+)2*`$4'/m4mo_d,m4s+1) ') ') `Macro-internal coordinates adjusted for L|R' define(`ta_xy',`vec_(vscal_(m4_xyU,`$1',ifelse(`$2',0,0,m4_xyS`($2)')))') `Relative adjusted macro-internal coordinates' define(`tr_xy',`M4_xyO+vec_(vscal_(m4_xyU,`$1',ifelse(`$2',0,0,m4_xyS`($2)')))') `Initialize tr_xy_init(origin,unit,-)' define(`tr_xy_init', `M4_xyO: ifelse(`$1',,Here,`$1') define(`m4_xyU',`$2')dnl define(`m4_xyS',`$3')') `Extract substring plus preceding char if u or d' define(`m4_dna',`define(`m4I_',index($1,`$2'))dnl ifelse(m4I_,-1,`define(`m4t',0)',`define(`m4t',eval(m4I_+len($2)))dnl define(`m4a',ifelse(substr($1,decr(m4I_),1),u,`define(`m4I_',decr(m4I_))'u, substr($1,decr(m4I_),1),d,`define(`m4I_',decr(m4I_))'d))dnl define(`$1',substr($1,0,m4I_)`'substr($1,m4t))')')dnl `Conditional subcomponent draw sc_draw(dna string, chars, iftrue, iffalse)' define(`sc_draw',`m4_dna(`$1',`$2')ifelse(m4I_,-1,`$4',`$3')') `Element labels to the left, right, centre of the current direction. Labels are spaced and treated as math, but copied literally if double quoted or defined by sprintf' `The hash (pound sign) is used in svg text so we temporarily turn off comments for svg' define(`rlabel',`ifsvg(`changecom(,)')dnl m4label(`$1',`$2',`$3',.s_,below_,`$4')`'ifsvg(`changecom(`#',)')') define(`llabel',`ifsvg(`changecom(,)')dnl m4label(`$1',`$2',`$3',.n_,above_,`$4')`'ifsvg(`changecom(`#',)')') define(`clabel',`ifsvg(`changecom(,)')dnl m4label(`$1',`$2',`$3',,,`$4')`'ifsvg(`changecom(`#',)')') labels at centre and both ends of an element `dimen_' long define(`m4label',`dnl ifelse(`$1',,, `{m4lstring(`$1',"sp_`'iflatex(`$ `$1'$',`$1')`'sp_") \ at last [].w_ $5 rjust_ $6};')dnl ifelse(`$2',,, `{m4lstring(`$2',"sp_`'iflatex(`$ `$2'$',`$2')`'sp_") \ at last []$4 $5 $6};')dnl ifelse(`$3',,, `{m4lstring(`$3',"sp_`'iflatex(`$ `$3'$',`$3')`'sp_") \ at last [].e_ $5 ljust_ $6};')dnl ') `dlabel(long,lateral,label,label,label,chars) Labels for oblique or aligned elements long, lateral: dispacement from center with respect to drawing direction chars: X displacement is from the centre of the last line rather than the centre of the last [] L,R,A,B align labels ljust, rjust, above, or below (absolute) respectively' define(`dlabel',`ifsvg(`changecom(,)')dnl define(`m4long_',`ifelse(`$1',,`dimen_',`($1)')')dnl define(`m4lat_',`ifelse(`$2',,`10bp__',`($2)')')dnl ifelse(`$3',,, `{m4lstring(`$3',"iflatex(`$ `$3'$',` $3')") \ at last ifinstr(`$6',X,line,[]).c+vec_(-m4long_,m4lat_) \ ifinstr(`$6',L,ljust,`$6',R,rjust) dnl ifinstr(`$6',A,above,`$6',B,below) };') dnl ifelse(`$4',,, `{m4lstring(`$4',"iflatex(`$ `$4'$',` $4')") \ at last ifinstr(`$6',X,line,[]).c+vec_(0,m4lat_) \ ifinstr(`$6',L,ljust,`$6',R,rjust) dnl ifinstr(`$6',A,above,`$6',B,below) };') dnl ifelse(`$5',,, `{m4lstring(`$5',"iflatex(`$ `$5'$',` $5')") \ at last ifinstr(`$6',X,line,[]).c+vec_(m4long_,m4lat_) \ ifinstr(`$6',L,ljust,`$6',R,rjust) dnl ifinstr(`$6',A,above,`$6',B,below) };') ifsvg(`changecom(`#',)')') `eleminit_( linespec, default length ) compute element direction and length. Eleminit_ defines the position, length, and angle of two-terminal elements. It calls rpoint_ with its linespec or circuit-element default. The rpoint_ macro draws the invisible line determined by its argument, calculates the length and angle, and gives the angle to the point_ macro to set the rotation parameters used by vec_ and rvec_.' define(`eleminit_', `rpoint_(ifelse(`$1',,`to rvec_(ifelse(`$2',,`elen_',`$2'),0)',`$1'))') `parallel_(`elementspec', `elementspec', ... Parallel combination of two-terminal elements in a [ ] block. Each elementspec is quoted and of the form [Sep=val;][Label:] element; [attributes] where an attribute is of the form [llabel(...);]|[rlabel(...);][b_current(...);] Sep=val; in the first branch sets the default separation of all branches to val; in a later element Sep=val; applies only to that branch. An element may have normal arguments but should not change the drawing direction. An argument may also be series_(args) or parallel_(args) without attributes or quotes. example: define(`elen_',dimen_) setdir_(Down) parallel_( `resistor;llabel(,R);inductor(,W);llabel(,L)', `capacitor;rlabel(,C)') ' define(`parallel_', `[ ifdef(`m4rp_ang',rp_ang = m4rp_ang;) pwid = 0 stackargs_(`m4parR',$@) stackexec_(`m4parR',`m4parS')dnl define(`m4br',0) define(`m4parsep',`m4sepdefault')dnl stackdo_(`m4parS', `define(`m4pel',m4parS) setkey_(m4pel,Sep,m4parsep)dnl ifelse(m4br,0,`define(`m4parsep',m4Sep)')dnl ifinstr(m4pel,Sep=,`define(`m4pel',substr(m4pel,eval(index(m4pel,;)+1)))') E`'eval(m4br+1): [ Start: Here m4pel End: Here C: 0.5 between Start and End ] ifelse(m4br,0,,`with .C at C`'m4br-vec_(0,m4Sep)') define(`m4br',incr(m4br))dnl Start`'m4br: E`'m4br.Start; End`'m4br: E`'m4br.End; C`'m4br: E`'m4br.C pwid = max(pwid,distance(Start`'m4br,End`'m4br)) ') U: Vdiff_(End1,Start1) d = vlength(U.x,U.y); if d==0 then { d=1 } else { d = 1/d } Unit: Vsprod_(U,d) line from C1-(Vsprod_(Unit,pwid/2)) to C`'m4br-(Vsprod_(Unit,pwid/2)) \ chop -lthick/2 Start: last line.c line from C1+Vsprod_(Unit,pwid/2) to C`'m4br+Vsprod_(Unit,pwid/2) \ chop -lthick/2 End: last line.c; C: 0.5 between Start and End for_(1,m4br,1,` line from Start`'m4x to C`'m4x-Vsprod_(Unit,pwid/2) line from End`'m4x to C`'m4x+Vsprod_(Unit,pwid/2)') ] with .Start at Here; move to last [].End ') `par_( element, element, separation ) Parallel combination of two branches that have the same direction and length. The branch arguments must be quoted, e.g. par_(`resistor',`capacitor',dimen_)' ` ***WARNING: this macro is considered obsolete' define(`par_',`[Start: Here; r = ifelse(`$3',,`dimen_',`$3') { move to Start + vec_(0,r/2); $1 } line from Start + vec_(0,r/2) \ to Start + vec_(0,-r/2) ; $2 line to rvec_(0,r) End: last line.c; `$4'] with .Start at Here move to last [].End') `gpar_( element, element, separation ) Parallel combination of two branches that have the same direction, e.g.: down_; gpar_( resistor;llabel(,R_1);resistor;llabel(,R_2), capacitor;rlabel(,C)) This macro trades simplicity for generality and robustness to gpic' ` ***WARNING: this macro is considered obsolete' define(`gpar_', `[ M4_B1: Here; `$1'; M4_E1: Here M4_C: 0.5 between M4_B1 and M4_E1; eleminit_(from M4_B1 to M4_E1) E2:[ M4_B: Here; `$2'; M4_E: Here; `$4'] \ with .c at M4_C + (rect_(ifelse(`$3',,`dimen_',`$3'),rp_ang-pi_/2)) M4_B2: E2.M4_B; M4_E2: E2.M4_E s = distance(M4_B2,M4_E2) if rp_len*s == 0 then { r = 1 } else { r = (1+max(rp_len/s, s/rp_len))/2 } if rp_len < s then { Tmp:M4_B2; M4_B2:M4_B1; M4_B1:Tmp Tmp:M4_E2; M4_E2:M4_E1; M4_E1:Tmp } line from M4_B2 to r between M4_E2 and M4_B2 Start: 0.5 between Here and M4_B1; line to M4_B1 line from M4_E2 to r between M4_B2 and M4_E2 End: 0.5 between Here and M4_E1 C: 0.5 between Start and End; line to M4_E1 ] with .Start at Here move to last [].End ') define(`m4sepdefault',`dimen_') `Default separation in the parallel_ macro' define(`m4lendefault',`dimen_') `Default length in the series_ macro' `series_(elementspec, elementspec, ... ) Series combination in a [] block of elements with shortened default length An elementspec is of the form [Label:] element; [attributes] where an attribute is of the form [llabel(...);]|[rlabel(...);][b_current(...);] Internal points Start, End, and C are defined automatically.' define(`series_', `[ pushdef(`elen_',m4lendefault)dnl stackargs_(`m4serR',$@) stackexec_(`m4serR',`m4serS')dnl ifdef(`m4rp_ang',rp_ang = m4rp_ang;) Start: Here stackdo_(`m4serS',`m4serS ') End: Here; C: 0.5 between Start and End popdef(`elen_')] with .Start at Here; move to last [].End ') `reversed(`macro name in quotes', macro args) reverse polarity of two-terminal element' define(`reversed',`eleminit_(`$2') $1(from last line.end to last line.start,shift(shift($@))) rp_ht = -rp_ht; rp_wid = -rp_wid; rp_ang = rp_ang - pi_ line invis to last line.start ') `resized(factor,`macro name in quotes',args) multiply element body size by factor' define(`resized',`define(`m4resiztmp',dimen_)define(`dimen_',(dimen_)*(`$1'))dnl $2(shift(shift($@))) define(`dimen_',m4resiztmp)') `variable(`element', type, angle, length) overlaid arrow or line on two-terminal element to show variablility: type = [A|P|L|[u]N|[u]NN][C|S] A=arrow, P=preset, L=linear, N=nonlinear, NN=symmetric nonlinear, u changes direction, C=continuous, S=setpwise' define(`variable',`$1 {[ define(`dna_',`ifelse($2,,A,$2)') ang = ifelse(`$3',,45,`$3') M4_T: Here+(Rect_(ifelse(`$4',,`dimen_*0.8',`$4'),ang)) sc_draw(`dna_',P,`Line: line to M4_T [line to (Rect_(dimen_/6,ang-90))] at Line.end') sc_draw(`dna_',L,`Line: line to M4_T') sc_draw(`dna_',NN,`Line: ifelse(m4a,u, `line from Here-(dimen_/6,0) to Here \ then to M4_T then to M4_T+(dimen_/6,0)', `line from Here-(0,dimen_/6) to Here \ then to M4_T then to M4_T+(0,dimen_/6)') ') sc_draw(`dna_',N,`Line: line to M4_T ifelse(m4a,u,`line up dimen_/6 from Line.end', `line left dimen_/6 from Line.start')') sc_draw(`dna_',A,`Line: arrow to M4_T') sc_draw(`dna_',C,`move to Line.end+(dimen_*0.10,-dimen_*0.06) line to Here+(Rect_(dimen_/6,ang))') sc_draw(`dna_',S,`move to Line.end+(dimen_*0.10,-dimen_*0.12) line up dimen_*0.06 then right dimen_*0.12 then up dimen_*0.06') `$5'] with .Line.c at last [].c } ') `Line hopping over named lines, diverting left or right: crossover(linespec,L|R,line_name,line_name,...)' define(`hoprad_',`dimen_/12') define(`crossover',`eleminit_(`$1')dnl M4_Tmp: last line.end m4_xover_(shift($@))dnl line to M4_Tmp') define(`m4_xover_', `define(`m4_lt2',`ifelse(ifpstricks(T)`'ifmpost(T)`'ifpgf(T)`'ifsvg(T),T, `hlth',0)')dnl ifelse(`$2',,, `line to intersect_(last line.start,M4_Tmp,`$2'.start,`$2'.end)\ chop 0 chop hoprad_-m4_lt2 ifelse(`m4_lt2',0,,`move to rvec_(-m4_lt2,0)') arc ifelse(`$1',R,c)cw to rvec_(2*hoprad_,0) with .c at rvec_(hoprad_,0) ifelse(`m4_lt2',0,,`move to rvec_(-m4_lt2,0)') m4_xover_(`$1',shift(shift($@)))')') `NPDT(npoles,chars) Double throw switch chars: R = right orientation' define(`NPDT',`[define(`m4np',`ifelse(`$1',,1,`$1')')dnl define(`m4xR',ifinstr(`$2',R,R))define(`m4SR',ifelse(m4xR,R,-))dnl for_(1,m4np,1, `{ L`'ifelse(eval(m4np>1),1,m4x): dot(at rvec_(-dimen_/3,0),,1) } { X: Here T`'ifelse(eval(m4np>1),1,m4x): circle invis rad dotrad_ at X lswitch(from X to X+vec_(dimen_/3,0),m4xR,D) R`'ifelse(eval(m4np>1),1,m4x): circle invis rad dotrad_ at Here } ifelse(eval(m4x1),1,`move to vec_(dimen_/6,m4SR`'dimen_/10) DL: line dashed to rvec_(0,m4SR`'(m4np-3/4)*dimen_/2)') `$3']') `relay(npoles,chars) arg1: Number of poles (max 10) chars: any of the relaycoil options and: O = normally open C = normally closed P = three-position none of above = double-throw (default) L = drawn left (default) R = drawn to right of drawing direction Th = thermal ' define(`relay',`[ define(`m4pm',`ifinstr(`$2',R,-)')dnl Coil: relaycoil(`$2') define(`m4rel',rcdna_) V1: Coil.V1 V2: Coil.V2 sc_draw(m4rel,Th, `{move to Coil #rvec_(-dimen_/8,0) line from rvec_(-dimen_/20,dimen_/6) \ to rvec_(-dimen_/20,dimen_/20) \ then to rvec_(dimen_/20,dimen_/20) \ then to rvec_(dimen_/20,-dimen_/20) \ then to rvec_(-dimen_/20,-dimen_/20) \ then to rvec_(-dimen_/20,-dimen_/6)}') Cs: contacts(ifelse(`$1',,1,`$1'),D`'m4rel) with .O1 at Coil.B2 + \ vec_(ifinstr(m4rel,P,-dimen_/5,0)+dimen_/4,m4pm`'(dimen_/4+dimen_/5)) for_(1,ifelse(`$1',,1,`$1'),1, `P`'m4x: Cs.P`'m4x C`'m4x: Cs.C`'m4x O`'m4x: Cs.O`'m4x') `$3'] ') `contacts(npoles,chars) chars: P= three position O|C= normally open, normally closed (default) R= right orientation (default left) I= open circles for contacts T= T contacts U= U contacts D= dashed line across armatures' `e.g. contacts(1,5,O)' define(`contacts',`[ define(`m4np',`ifelse(`$1',,1,`$1')')dnl ifelse(eval(m4np>10),1,`define(`m4np',10)')dnl for_(1,m4np,1, `K`'m4x: contact(`$2') with .O at Here P`'m4x: circle invis rad dotrad_ at last [].P C`'m4x: last [].C O`'m4x: last [].O ifelse(m4x,m4np,,`move to last[].C+vec_(0,m4pm dimen_/4)')') ifelse(eval(m4np>1),1,`ifinstr(`$2',D, `DL: line dashed from K1.A.c to K`'m4np.A.c chop -dimen_/10')') `$3'] ') `contact(chars [,R]) Relay contact switch Arg 2 deprecated, kept for compatibility chars: O|C= normally open, normally closed (default) I= open circles for contacts P= three position R= right orientation (default left) T= T contacts U = line contact' define(`contact',`[ dnl define(`m4pm',`ifelse(ifinstr(`$1',R,R,`$2',R,R),R,-)')dnl define(`m4dr',`dotrad_')define(`m4TL',dimen_/12)dnl P: dot(,m4dr,1) T: P+vec_(dimen_/2-dimen_/12,0) ifinstr(`$1',P,`ifinstr( `$1',I, `{C: dot(at T+vec_(0,m4pm`'(dimen_/8+m4dr*2+lthick/2)),m4dr,1)} {O: dot(at T-vec_(0,m4pm`'(dimen_/8+m4dr*2+lthick/2)),m4dr,1)} A: line from P to ifinstr( `$1',O,`(LCtangent(P,O,dotrad_+lthick/2)) chop m4dr chop -m4dr', `$1',C,`(LCtangent(P,C,dotrad_+lthick/2,R)) chop m4dr chop -m4dr', `P+vec_(dimen_/2,0) chop m4dr chop 0')', `$1',U, `{C: T+vec_(m4TL*2,m4pm`'(dimen_/6)) line from C to C-vec_(2*m4TL,0)} {O: T+vec_(m4TL*2,m4pm`'(-dimen_/6)) line from O to O-vec_(2*m4TL,0)} A: line from P to ifinstr( `$1',O,`O-vec_(2*m4TL-dimen_/27,0) chop m4dr chop -m4dr', `$1',C,`C-vec_(2*m4TL-dimen_/27,0) chop m4dr chop -m4dr', `P+vec_(dimen_/2,0) chop m4dr chop 0')', `$1',T, `{CC: T+vec_(0,m4pm`'(dimen_/8+m4TL*2/3)) C: line from CC+vec_(0,-m4TL) to CC+vec_(0,m4TL) } {OO: T-vec_(0,m4pm`'(dimen_/8+m4TL*2/3)) O: line from OO+vec_(0,-m4TL) to OO+vec_(0,m4TL) } A: line from P to ifinstr( `$1',O,`1/6 between O.end and O.start chop m4dr chop -m4dr', `$1',C,`1/6 between C.start and C.end chop m4dr chop -m4dr', `P+vec_(dimen_/2,0) chop m4dr chop 0')', `{AC: arrow m4c_l <- ht dimen_/6 wid dimen_/6 \ from T+vec_(0,m4pm`'dimen_/8) to T+vec_(0,m4pm`'dimen_*3/8) \ then to T+vec_(dimen_/5,m4pm`'dimen_*3/8) C: Here} {AO: arrow m4c_l <- ht dimen_/6 wid dimen_/6 \ from T-vec_(0,m4pm`'dimen_/8) to T+vec_(0,-(m4pm`'dimen_*3/8)) \ then to T+vec_(dimen_/5,-(m4pm`'dimen_*3/8)) O: Here} A: line from P to ifinstr( `$1',O,`AO.start chop m4dr chop -m4dr', `$1',C,`AC.start chop m4dr chop -m4dr', `P+vec_(dimen_/2,0) chop m4dr chop 0')') ', # end of P `A: line from P to P+vec_(dimen_/2,0) chop m4dr chop 0 define(`m4CO', `ifinstr(`$1',C,`ifinstr(`$1',O,O)C',`ifinstr(`$1',O,O,OC)')')dnl ifinstr(m4CO,C, `move to T ifinstr( `$1',I, `{ C: dot(at rvec_(0,m4pm`'(m4dr+lthick/2)),m4dr,1) } ifinstr(m4CO,O,,`O: Here')', `$1',U, `{C: T+vec_(m4TL*2,m4pm`'(dimen_/6)) line from C to C-vec_(2*m4TL,0)} ifinstr(m4CO,O,,`O: Here')', `$1',T, `CC: rvec_(0,m4pm`'(m4TL*2/3)) { C: line from CC+vec_(0,-m4TL) to CC+(0,m4TL) } ifinstr(m4CO,O,,`O: T') ', `{AC: arrow m4c_l <- ht dimen_/6 wid dimen_/6 \ to rvec_(0,m4pm`'dimen_/4) \ then to rvec_(dimen_/5,m4pm`'dimen_/4) C: Here } O:rvec_(dimen_/5,0)') ') ifinstr(m4CO,O, `move to T+vec_(0,-(m4pm`'dimen_/8)) ifinstr( `$1',I, `{O: dot(at rvec_(0,m4pm`'(-m4dr*2)),m4dr,1) } ifinstr(m4CO,C,,`C: T ')', `$1',U, `{O: T+vec_(m4TL*2,m4pm`'(-dimen_/6)) line from O to O-vec_(2*m4TL,0)} ifinstr(m4CO,C,,`C: T ')', `$1',T, `{ OO: (rvec_(0,m4pm`'(-m4TL*2/3))) O: line from OO+vec_(0,-m4TL) to OO+vec_(0,m4TL)} ifinstr(m4CO,C,,`C: T ')', `{AO: arrow m4c_l <- ht dimen_/6 wid dimen_/6 \ to rvec_(0,-(m4pm`'dimen_/4)) \ then to rvec_(dimen_/5,-(m4pm`'dimen_/4)) O: Here } ifinstr(m4CO,C,,`C: T+vec_(dimen_/5,0)') ') ') ') `$3'] ') `relaycoil( chars, wid, ht, U|D|L|R|degrees ) chars: X or default: external lines from A2 and B2 AX external lines at positions A1,A3 BX external lines at positions B1,B3 NX no lines at positions A1,A2,A3,B1,B2,B3 SO slow operating SOR slow operating and release SR slow release HS high speed HS high speed NAC unaffected by AC current AC AC current ML mechanically latched PO polarized RM remanent RH remanent TH thermal EL electronic' define(`relaycoil',`[ ifelse(`$4',,,`setdir_(`$4')') define(`m4wd',ifelse(`$2',,`dimen_/4',`($2)'))dnl define(`m4ht',ifelse(`$3',,`dimen_/2',`($3)'))dnl define(`m4LL',`ifinstr(`$4',NX,0,dimen_/3)')dnl define(`rcdna_',ifinstr(`$1',AX,,`$1',BX,,`$1',X,,X)`$1')dnl { lbox( m4wd, m4ht ) } { A1: rvec_(0,m4ht/4) A2: Here; V1: A2 A3: rvec_(0,-m4ht/4) } { B1: rvec_(m4wd,m4ht/4) B2: rvec_(m4wd,0); V2: B2 B3: rvec_(m4wd,-m4ht/4) } sc_draw(`rcdna_',AX, `{ line from A1 to A1+vec_(-dimen_/3,0); V1: Here line from A3 to A3+vec_(-dimen_/3,0); V2: Here }') sc_draw(`rcdna_',BX, `{ line from B1 to B1+vec_( dimen_/3,0); V1: Here line from B3 to B3+vec_( dimen_/3,0); V2: Here }') sc_draw(`rcdna_',NX) sc_draw(`rcdna_',X, `{ line to rvec_(-dimen_/3,0); V1: Here move to B2; line to rvec_(dimen_/3,0); V2: Here }') sc_draw(`rcdna_',SOR, `{ move to rvec_(0,-(m4ht*5/8)); {lbox(m4wd,m4ht/4)} {line from rvec_(0,-m4ht/8) to rvec_(m4wd, m4ht/8)} {line from rvec_(0, m4ht/8) to rvec_(m4wd,-m4ht/8)} {move to rvec_(0,-(m4ht)*3/8); m4fshade(0,lbox(m4wd,m4ht/4))} {move to rvec_(0,-(m4ht)/8) {line to rvec_(0,-m4ht/8)} {line from rvec_(m4wd,0) to rvec_(m4wd,-m4ht/8)}} }') sc_draw(`rcdna_',SO, `{ move to rvec_(0,-(m4ht*5/8)); m4fshade(0,lbox(m4wd,m4ht/4)) }') sc_draw(`rcdna_',SR, `{ move to rvec_(0,-(m4ht*5/8)); {lbox(m4wd,m4ht/4)} {line from rvec_(0,-m4ht/8) to rvec_(m4wd, m4ht/8)} {line from rvec_(0, m4ht/8) to rvec_(m4wd,-m4ht/8)} }') sc_draw(`rcdna_',HS, `{ move to rvec_(0,-(m4ht*5/8)); lbox(m4wd,m4ht/4) } { move to rvec_(m4wd/2,-(m4ht/2)); line to rvec_(0,-m4ht/4)} ') sc_draw(`rcdna_',NAC, `{ m4fshade(0,lbox(m4wd/4,m4ht)) } { move to rvec_(m4wd*3/4,0); m4fshade(0,lbox(m4wd/4,m4ht)) } ') sc_draw(`rcdna_',AC, `{ move to rvec_(0,-(m4ht*3/4)); { lbox(m4wd,m4ht/2) } move to rvec_(m4wd/2,0) ifgpic( `arc rad m4wd/3 cw from Here-(m4wd*2/3,0) \ to Here with .c at Here-(m4wd/3,0) arc rad m4wd/3 ccw from Here to Here+(m4wd*2/3,0) with .c \ at Here+(m4wd/3,0)', ` sinusoid(m4wd/3,twopi_/(m4wd*2/3),pi_/2,-m4wd/3,m4wd/3) \ with .Origin at Here ') }') sc_draw(`rcdna_',ML, `{ move to rvec_(0,-(m4ht*11/16)); { lbox(m4wd,m4ht*3/8) } line from rvec_(0,m4ht*3/16) to rvec_(m4wd/2,-m4ht*3/16) \ then to rvec_(m4wd,m4ht*3/16) } ') sc_draw(`rcdna_',PO, `{ move to rvec_(0,-(m4ht*5/8)); { lbox(m4wd,m4ht/4) } m4fshade(0, line to rvec_(0,m4ht/8) \ then to rvec_(m4wd,m4ht/8) \ then to rvec_(m4wd,-m4ht/8) \ then to rvec_(m4wd*3/4,-m4ht/8) \ then to rvec_(m4wd*3/4,0) \ then to rvec_(m4wd/4,0) \ then to rvec_(m4wd/4,-m4ht/8) \ then to rvec_(0,-m4ht/8) \ then to Here) } ') sc_draw(`rcdna_',RM, `{ move to rvec_(0,-(m4ht*5/8)); { lbox(m4wd,m4ht/4) } line from rvec_(0,m4ht/8) to rvec_(m4wd,-m4ht/8) }') sc_draw(`rcdna_',RH, `{ move to rvec_(0,-(m4ht*11/16)); { lbox(m4wd,m4ht*3/8) } line from rvec_(m4wd/4,m4ht/8) \ to rvec_(m4wd/4,m4ht/32) \ to rvec_(m4wd*3/4,-m4ht/32) \ to rvec_(m4wd*3/4,-m4ht/8) }') sc_draw(`rcdna_',TH, `{ line to rvec_(m4wd/4,0) then to rvec_(m4wd/4,m4ht/4) \ then to rvec_(m4wd*3/4,m4ht/4) \ then to rvec_(m4wd*3/4,0) \ then to rvec_(m4wd,0) }') sc_draw(`rcdna_',EL, `{ { line from rvec_(m4wd/4,0) to rvec_(m4wd*3/4,0) } { line from rvec_(m4wd*3/8,0) to rvec_(m4wd*3/16,m4ht*3/16) } { line from rvec_(m4wd*5/8,0) to rvec_(m4wd*13/16,m4ht*3/16) } { line from rvec_(m4wd/2,0) to rvec_(m4wd/2,-m4ht/4) } }') `$5'] ') `reed(linespec,wid,ht,box attributes,[R][C]) Enclosed two-terminal reed contact; R=right orientation; C=closed; e.g. reed(,,dimen_/5,shaded "lightgreen"' define(`reed',`eleminit_(`$1') define(`m4wd',ifelse(`$2',,`dimen_*0.8',`($2)'))dnl define(`m4ht',ifelse(`$3',,`dimen_*0.3',`($3)'))dnl define(`m4ng',`ifinstr(`$5',R,-)')dnl {line to rvec_(max(0,rp_len/2-m4wd/2),0) {rotbox(m4wd,m4ht,$4,r=m4ht/2)} {line to rvec_(m4wd*0.2,0) then to \ rvec_(m4wd*0.6,m4ng`'ifinstr(`$5',C,lthick,m4ht/3))} line from rvec_(m4wd*0.5,0) to rvec_(m4wd,0) line to rvec_(max(0,rp_len/2-m4wd/2),0)} {[box invis ht_ m4ht wid_ m4wd] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ') `ccoax(at location,M|F,diameter)' define(`ccoax',`[define(`m4cd',ifelse(`$3',,`dimen_*0.4',`$3'))dnl S: circle diam m4cd C: circle diam m4cd/3 fill_(ifinstr(`$2',F,1,0)) at S `$4'] with .c ifelse(`$1',,`at Here',`$1')') `tconn( linespec, >|>>|<|<<|O[F], wid) terminal connector O=node (circle); OF=filled circle > (default) or >> =output < or << =input arg3 is arrowhead width or circle diam' define(`tconn', `define(`m4ph',`ifelse(`$3',,`dimen_/6',`($3)/2')')dnl define(`m4ps',`dimen_/8') define(`m4cd',`ifelse(`$3',,`dimen_/5',`$3')')dnl eleminit_(`$1',dimen_*3/4) M4Ss: last line.start; M4Se: last line.end ifelse(ifinstr(`$2',0,O,`$2'),O, `{circle diam m4cd ifinstr(`$2',OF,`fill_(0)') ifinstr(`$2',0F,`fill_(0)') \ at (m4cd)/2/distance(M4Ss,M4Se) between M4Se and M4Ss} {line to last line.end chop 0 chop m4cd}', `$2',<<, `{line to last line.end chop 0 chop m4ps+m4ph {line from rvec_(m4ph,m4ph) to Here then to rvec_(m4ph,-m4ph)} move to rvec_(m4ps,0) line from rvec_(m4ph,m4ph) to Here then to rvec_(m4ph,-m4ph)}', `$2',<, `{line to last line.end chop 0 chop m4ph line from rvec_(m4ph,m4ph) to Here then to rvec_(m4ph,-m4ph)}', `$2',>>, `{line to last line.end chop 0 chop m4ps {line from rvec_(-m4ph,m4ph) to Here then to rvec_(-m4ph,-m4ph)} move to rvec_(m4ps,0) line from rvec_(-m4ph,m4ph) to Here then to rvec_(-m4ph,-m4ph)}', `{line to last line.end line from rvec_(-m4ph,m4ph) to Here then to rvec_(-m4ph,-m4ph)}') line invis to M4Se') `tbox( text,wid,ht,<|>|<>,type ) Pointed terminal box. text is placed at centre of rectangle in math mode unless it starts with a double quote or sprintf arg4= > point on right end (default) < point on left end; <> both ends Defaults: wid dimen_*2/3 ht dimen_/3 type= eg dotted outlined "red" eg tbox(`$V_2$', 30pt__, 15pt__,,fill_(0.9) )' define(`tbox',`[ define(`m4td',`ifelse(`$4',,>,`$4')') pushdef(`m4tw2',`ifelse(`$2',,(dimen_*0.4),`(($2)/2)')')dnl pushdef(`m4th2',`ifelse(`$3',,(dimen_/6),`(($3)/2)')')dnl N: vec_(0,m4th2) NE: N+vec_(m4tw2 ifinstr(m4td,>,-m4th2),0) E: vec_(m4tw2,0) SE: NE+vec_(0,-m4th2*2) NW: N-vec_(m4tw2 ifinstr(m4td,<,-m4th2),0) W: vec_(-m4tw2,0) SW: NW+vec_(0,-m4th2*2) C: 0.5 between SW and NE line from N to NE ifinstr(m4td,>,then to E) then to SE \ then to SW ifinstr(m4td,<,then to W) then to NW then to N `$5' move to C ifelse(`$1',,,`m4lstring(`$1',`"iflatex(`$ `$1'$',` $1')"')') `$6' popdef(`m4th2') popdef(`m4tw2') ]') `pconnex(R|L|U|D|degrees,chars) arg1: drawing direction chars: R=right orientation M|F= male, female A[B]|AC =115V 3-prong, B=box (default), C=circle P= PC connector D= 2-pin connector G[B]|GC= 3-pin, B=default, C=circle J= 110V 2-pin ' define(`pconnex', `[ define(`m4sgn',ifinstr(`$2',F,,-))define(`m4R_',ifinstr(`$2',R,-))dnl setdir_(`$1') define(`m4na_',`ifelse(`$2',,A,`$2')')dnl ifinstr(m4na_,A,` Base: ifinstr(m4na_,AC,`circle diam dimen_',`[lbox(dimen_,dimen_) ]') N: m4pconpin(dimen_/12,dimen_*0.3,m4na_) \ at Base+vec_(m4sgn`'(-dimen_*0.2),m4R_`'dimen_*0.15) H: m4pconpin(dimen_/12,dimen_*0.25,m4na_) \ at Base+vec_(m4sgn`'(dimen_*0.2),m4R_`'dimen_*0.15) gd = dimen_/12 G: [ifelse(ifgpic(T)`'ifinstr(m4na_,F,,T),TT, `circle fill_(m4fill) rad gd at vec_(0,m4R_`'gd/2) box fill_(m4fill) wid 2*gd ht gd at vec_(0,0)', `arc ifinstr(m4na_,R,,c)cw rad gd from vec_(gd,m4R_`'gd/2) \ to vec_(-gd,m4R_`'gd/2) with .c \ at vec_(0,m4R_`'gd/2) ifinstr(m4na_,F,, `ifdef(`r_',`shaded rgbstring(r_,g_,b_)',`fill_(m4fill)')') line from vec_(-gd,m4R_`'gd/2) \ to vec_(-gd,m4R_`'(-gd/2)) \ then to vec_(gd,m4R_`'(-gd/2)) \ then to vec_(gd,m4R_`'gd/2) ifinstr(m4na_,F,, `ifdef(`r_',`shaded rgbstring(r_,g_,b_)',`fill_(m4fill)')')') ] at Base+vec_(0,m4R_`'(-dimen_*0.25))', m4na_,P, `wd = dimen_; hd = wd*3/4 Base: [line to vec_(-wd/2,0) \ then to vec_(-wd/2,-hd*2/3) \ then to vec_(-wd/2+hd/3,-hd) \ then to vec_(wd/2-hd/3,-hd) \ then to vec_(wd/2,-hd*2/3) \ then to vec_(wd/2,0) \ then to Here] N: m4pconpin(dimen_/12,dimen_*0.25,m4na_) \ at Base+vec_(m4sgn`'(-dimen_*0.2),m4R_`'dimen_*0.15) H: m4pconpin(dimen_/12,dimen_*0.25,m4na_) \ at Base+vec_(m4sgn`'(dimen_*0.2),m4R_`'dimen_*0.15) G: m4pconpin(dimen_/12,dimen_*0.20,m4na_) \ at Base+vec_(0,m4R_`'(-dimen_*0.15))', m4na_,D, `wd = dimen_*1.2; hd = wd/2 Base: [line to vec_(wd-hd,0) arc rad hd/2 ccw to rvec_(0,hd) with .c at rvec_(0,hd/2) line to rvec_(hd-wd,0) arc rad hd/2 ccw to rvec_(0,-hd) with .c at rvec_(0,-hd/2) ] H: m4pcrpin(dimen_/6,m4na_) at Base.c+vec_( (wd-hd)/2,0) N: m4pcrpin(dimen_/6,m4na_) at Base.c+vec_(-(wd-hd)/2,0)', m4na_,G, `wd = dimen_*1.3; hd = dimen_*1.2 Base: ifinstr(m4na_,GC,`circle diam wd', `[line to vec_(wd/2,0) \ then to vec_(wd/2,-hd*0.3) \ then to vec_(hd*0.15,-hd) \ then to vec_(-hd*0.15,-hd)\ then to vec_(-wd/2,-hd*0.3) \ then to vec_(-wd/2,0) \ then to Here ]') H: m4pconpin(dimen_*0.25,dimen_/8,m4na_) \ at Base.c+vec_(-dimen_/3,dimen_*0.3) N: m4pconpin(dimen_*0.25,dimen_/8,m4na_) \ at Base.c+vec_( dimen_/3,dimen_*0.3) G: m4pconpin(dimen_/8,dimen_*0.25,m4na_) \ at Base.c+vec_(0,-dimen_/3)', m4na_,J, `wd = dimen_; hd = wd/2 Base: [line to vec_(wd/2,0) \ then to vec_(wd/2,hd) \ then to vec_(-wd/2,hd) \ then to vec_(-wd/2,0) \ then to Here ] H: m4pconpin(dimen_/12,dimen_*0.25,m4na_) at Base.c+vec_( wd/4,0) N: m4pconpin(dimen_/12,dimen_*0.25,m4na_) at Base.c+vec_(-wd/4,0) ') `$3' ; resetdir_ ]') define(`m4pconpin',`[ifinstr(`$3',F,`lbox(`$1',`$2')', `m4fshade(m4fill,lbox(`$1',`$2'))')]') define(`m4pcrpin',`[ifinstr(`$2',F,`circle diam `$1'', `m4fshade(m4fill,circle diam `$1')')]') `Header(1|2,rows,wid,ht,type) arg1: number of columns arg2: pins per column arg3,4: custom wid, ht arg5: eg fill_(0.9)' define(`Header', `[define(`m4Hm',`ifelse(`$2',,2,`$2')')define(`m4Hn',`ifelse(`$1',,1,`$1')')dnl define(`m4Hw',`ifelse(`$3',,`m4Hn*L_unit*3',`($3)')')dnl define(`m4Hh',`ifelse(`$4',,`m4Hm*L_unit*3',`($4)')')dnl Block: rotbox(m4Hw,m4Hh,`$5') define(`m4Hct',1)dnl for_(1,m4Hm,1, `HeaderPin(Block.NW+vec_(L_unit*3/2,-(m4x-1/2)*m4Hh/m4Hm), eval(m4Hct-1), P`'m4Hct,w) define(`m4Hct',incr(m4Hct)) ifelse(m4Hn,2,`HeaderPin(Block.NE+vec_(-L_unit*3/2,-(m4x-1/2)*m4Hh/m4Hm), 1, P`'m4Hct,e) define(`m4Hct',incr(m4Hct))') ') `$6' ]') `HeaderPin(location,type,Picname, n|e|s|w,length)' define(`HeaderPin',`define(`m4Hpl',`ifelse(`$5',,`lg_plen*L_unit',`$5')')dnl move to `$1' line to ifelse(`$4',n,`rvec_(0,m4Hpl)', `$4',e,`rvec_(m4Hpl,0)',`$4',s,`rvec_(0,-m4Hpl)',`rvec_(-m4Hpl,0)') ifelse(`$3',,,`$3': Here) ifelse(`$3',,,Pin`$3':) ifelse(`$2',0, `rotbox(L_unit,L_unit,fill_(1))', `circle diam L_unit fill_(1)') at last line.start ') `nport(box specs; other commands, nw,nn,ne,ns, space ratio,pin lgth,style,other commands) Default is a standard-box twoport. Args 2 to 5 are the number of ports to be drawn on w, n, e, s sides. The port pins are named by side, number, and by a or b pin, e.g. W1a, W1b, W2a, ... . Arg 6 specifies the ratio of port width to interport space (default 2), and arg 7 is the pin length. Set arg 8 to N to omit the dots on the port pins. Arguments 1 and 9 allow customizations' define(`nport',`[Box: box `$1' r = ifelse(`$6',,2.0,`$6') plg = ifelse(`$7',,`dimen_/4',`$7') # `West side' define(`m4n',`ifelse(`$2'`$3'`$4'`$5',,1,`$2',,0,`($2)')') d = Box.ht/(m4n*(r+1)+1) move to Box.nw+(0,-d); down_ m4portpins(-plg,d*r,d,W,`$8') # `North side' ifelse(`$3',,,`define(`m4n',`($3)') d = Box.wid/(m4n*(r+1)+1) move to Box.nw+(d,0); right_ m4portpins(plg,d*r,d,N,`$8')') # `East side' define(`m4n',`ifelse(`$2'`$3'`$4'`$5',,1,`$4',,0,`($4)')') d = Box.ht/(m4n*(r+1)+1) move to Box.ne+(0,-d); down_ m4portpins(plg,d*r,d,E,`$8') # `South side' ifelse(`$5',,,`define(`m4n',`($5)') d = Box.wid/(m4n*(r+1)+1) move to Box.sw+(d,0); right_ m4portpins(-plg,d*r,d,S,`$8')') `$9']') define(`m4portpins',`for_(1,m4n,1, `{ if (`$1' != 0) then { line to rvec_(0,`$1') } `$4'`'m4x`'a: ifelse(xtract(`$5',N),N,Here,`dot') } move to rvec_(`$2',0) { if (`$1' != 0) then { line to rvec_(0,`$1') } `$4'`'m4x`'b: ifelse(xtract(`$5',N),N,Here,`dot') } ifelse(m4x,m4n,,`move to rvec_(`$3',0)')')') `gyrator(box specs,space ratio,pin lgth,style) Gyrator two-port wrapper for nport e.g. gyrator(ht boxwid invis,,0,N)' define(`gyrator', `define(`m4dna_',ifelse(xtract(`$4',V)`'xtract(`$4',H),,H`$4',`$4'))dnl sc_draw(`m4dna_',H, `nport(ifelse(`$1',,wid boxht,`$1'),1,,1,,`$2',`$3',`$4', line from (Box,W1a)+(-Box.wid/2,0) \ left -Box.wid/4 then down W1a.y-W1b.y then right -Box.wid/4 arcd(Box+(-Box.wid/4,0),(W1a.y-W1b.y)/3,-90,-270) line from (Box,W1a)+(Box.wid/2,0) \ left Box.wid/4 then down W1a.y-W1b.y then right Box.wid/4 arcd(Box+(Box.wid/4,0),(W1a.y-W1b.y)/3,90,270) `$5')')dnl sc_draw(`m4dna_',V, `nport(ifelse(`$1',,wid boxht,`$1'),,1,,1,`$2',`$3',`$4', line from (N1a,Box)+(0,-Box.ht/2) \ down -Box.ht/4 then right N1b.x-N1a.x then up -Box.ht/4 arcd(Box+(0,-Box.ht/4),(N1b.x-N1a.x)/3,-90+90,-90+270) line from (N1a,Box)+(0,Box.ht/2) \ down Box.ht/4 then right N1b.x-N1a.x then up Box.ht/4 arcd(Box+(0,Box.ht/4),(N1b.x-N1a.x)/3,90+90,90+270) `$5')') ') `proximity(linespec)' define(`proximity',`consource(`$1',P)') `nullator(linespec, wid, ht)' define(`nullator',`eleminit_(`$1') define(`m4wd',ifelse(`$2',,`dimen_/2',`($2)'))dnl define(`m4ht',ifelse(`$3',,`dimen_/4',`($3)'))dnl {line to rvec_(max(0,rp_len/2-m4wd/2),0) move to rvec_(m4wd/2,0) { spline ifdpic(0.58) from rvec_(ifdpic(0,-m4wd/20),m4ht/2) \ to rvec_(m4wd/20*3,m4ht/2) \ then to rvec_(m4wd/2,m4ht/4) \ then to rvec_(m4wd/2,-m4ht/4) \ then to rvec_(m4wd/20*3,-m4ht/2) \ then to rvec_(-m4wd/20*3,-m4ht/2) \ then to rvec_(-m4wd/2,-m4ht/4) \ then to rvec_(-m4wd/2,m4ht/4) \ then to rvec_(-m4wd/20*3,m4ht/2) \ then to rvec_(ifdpic(0,m4wd/20),m4ht/2) } line from rvec_(m4wd/2,0) \ to rvec_(max(0,rp_len/2),0)} {[box invis ht_ m4ht wid_ m4wd] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ') `norator(linespec, wid, ht)' define(`norator',`eleminit_(`$1') define(`m4wd',ifelse(`$2',,`dimen_/2',`($2)'))dnl define(`m4ht',ifelse(`$3',,`dimen_/4',`($3)'))dnl {line to rvec_(max(0,rp_len/2-m4wd/2),0) move to rvec_(m4wd/2,0) for i=-1 to 1 by 2 do { { spline to rvec_(i*m4wd/4,m4ht/2) \ then to rvec_(i*m4wd/2,m4ht/2) \ then to rvec_(i*m4wd/2,-m4ht/2) \ then to rvec_(i*m4wd/4,-m4ht/2) \ then to Here } } line from rvec_(m4wd/2,0) \ to rvec_(max(0,rp_len/2),0)} {[box invis ht_ m4ht wid_ m4wd] at rvec_(rp_len/2,0)} line to rvec_(rp_len,0) invis ') `ACsymbol(at position, len, ht, [A]U|D|L|R|degrees) Arg4: drawing direction (default: current direction) Arg4 contains A: use arcs instead of sinusoid A convenience for drawing a 1-cycle sinusoid, e.g. source; ACsymbol(at last [])' define(`ACsymbol',`[ Origin: Here define(`m4range',`ifelse(`$2',,(dimen_/3),`($2)')')dnl define(`m4ACd',patsubst(`$4',A))dnl setdir_(ifelse(m4ACd,,`ifdef(`m4a_',rp_ang*rtod_,0)',m4ACd)) Start: rvec_(-m4range/2,0) End: rvec_( m4range/2,0) define(`m4amp',`ifelse(`$3',,`m4range/3',`($3)/2')') ifinstr(ifgpic(A)`$4',A, `{ arc ccw to Start with .c at rvec_(-m4range/4,-max(m4range/4-m4amp,0)) } { arc ccw to End with .c at rvec_( m4range/4, max(m4range/4-m4amp,0)) }', `{ sinusoid(m4amp,twopi_/m4range,pi_/2,-m4range/2,m4range/2) \ with .Origin at Origin } ') `$5'; resetdir_ ] with .Origin ifelse(`$1',,`at Here',`$1')') `DCsymbol(at position, len, ht, U|D|L|R|degrees) Arg4: drawing direction (default: current direction)' define(`DCsymbol',`[ define(`m4wid',`ifelse(`$2',,(dimen_/3),`($2)')')dnl define(`m4ht',`ifelse(`$3',,`m4wid/5',`($3)')') setdir_(ifelse(`$4',,`ifdef(`m4a_',rp_ang*rtod_,0)',`$4')) Origin: rvec_(m4wid/2,-m4ht/2) {line to rvec_(m4wid,0)} dashline(from rvec_(0,-m4ht) to rvec_(m4wid,-m4ht),,m4wid/4) `$5'; resetdir_ ] with .c ifelse(`$1',,`at Here',`$1')') `n-terminal box nterm(box specs; other commands, nw,nn,ne,ns, pin lgth,style,other commands) The default is three-terminal. Args 2 to 5 are the number of pins to be drawn on W, N, E, S sides. The pins are named by side and number, e.g. W1, W2, N1, ... Arg 6 is the pin length. Set arg 7 to N to omit the dots on the pins. Arguments 1 and 8 allow customizations, e.g. nterm(,,,,,,N, "$a$" at Box.w ljust "$b$" at Box.e rjust "$c$" at Box.s above) ' define(`nterm',`[Box: box ifelse(`$1',,wid dimen_ ht dimen_*2/3,`$1') plg = ifelse(`$6',,`dimen_/4',`$6') # `West side' define(`m4n',`ifelse(`$2'`$3'`$4'`$5',,1,`$2',,0,`($2)')') d = Box.ht/(m4n+1) move to Box.nw+(0,-d); down_ m4termpins(-plg,d,W,`$7') # `North side' ifelse(`$3',,,`define(`m4n',`($3)') d = Box.wid/(m4n+1) move to Box.nw+(d,0); right_ m4termpins(plg,d,N,`$7')') # `East side' define(`m4n',`ifelse(`$2'`$3'`$4'`$5',,1,`$4',,0,`($4)')') d = Box.ht/(m4n+1) move to Box.ne+(0,-d); down_ m4termpins(plg,d,E,`$7') # `South side' define(`m4n',`ifelse(`$2'`$3'`$4'`$5',,1,`$5',,0,`($5)')') d = Box.wid/(m4n+1) move to Box.sw+(d,0); right_ m4termpins(-plg,d,S,`$7') `$8']') define(`m4termpins',`for_(1,m4n,1, `{ if (`$1' != 0) then { line to rvec_(0,`$1') } `$3'`'m4x: ifelse(xtract(`$4',N),N,Here,`dot') } ifelse(m4x,m4n,,`move to rvec_(`$2',0)')')') `speaker(U|D|L|R|degrees, vert size, type) type=H horn' define(`speaker',`[setdir_($1,R) define(`m4v',`ifelse(`$2',,`dimen_/3',`($2)/4')')dnl define(`m4h',`m4v*sqrt(2)')dnl ifelse(`$3',H, `{H1: line from rvec_(m4h,m4v/2) \ to rvec_(m4h*3/2,m4v*7/8) \ then to rvec_(m4h*3/2,-m4v*7/8) \ then to rvec_(m4h,-m4v/2)}', `{H1: line from rvec_(m4h,m4v) \ to rvec_(m4h*2,m4v*2) \ then to rvec_(m4h*2,-m4v*2) \ then to rvec_(m4h,-m4v)}') {lbox(m4h,m4v*2)} {Box: box invis ht_ m4v*2 wid_ m4h at rvec_(m4h/2,0)} In1: rvec_(0,m4v/2) In2: Here In3: rvec_(0,-m4v/2) In4: rvec_(m4h/4,m4v) In5: rvec_(m4h*3/4,m4v) In6: rvec_(m4h/4,-m4v) In7: rvec_(m4h*3/4,-m4v) `$4'; resetdir_ ]') `bell(U|D|L|R|degrees, vert size)' define(`bell',`[setdir_($1,R) define(`m4h',`ifelse(`$2',,`dimen_/2',`($2)')')dnl {lbox(m4h,m4h)} {Box: box invis ht_ m4h wid_ m4h at rvec_(m4h/2,0)} {Circle: circle diameter m4h at rvec_(m4h*3/2,0)} In1: rvec_(0,m4h/4) In2: Here In3: rvec_(0,-m4h/4) `$3'; resetdir_ ]') `microphone(A|U|D|L|R|degrees, vert size) Arg1= A, upright mic Thanks to Arnold Knott' define(`microphone',`ifinstr(`$1',A, `[ define(`m4sfact',`(ifelse(`$2',,dimen_,(`$2'))*8/5)') circlerad = m4sfact/1000 cspace = m4sfact/100 bwd = m4sfact/10 bht = m4sfact/4+bwd Stand: line up m4sfact/5 { arc from Here+(-bwd,bwd) to Here+(bwd,bwd) with .c at Here+(0,bwd) line up m4sfact/4-bwd from last arc.start line up m4sfact/4-bwd from last arc.end } Head: box rad bwd/2 ht bht wid bwd with .s at Here+(0,bwd/2) Inner: box rad bwd/2 ht bht/2+bwd/2 wid bwd with .n at Head.n move to Inner.s+(0,bwd/2) for i=1 to 4 do { for j=-1 to 1 do { { circle at Here+(3*j*cspace,(abs(j)-3)*cspace) } if j != 0 then {{ circle at Here+(j*3/2*cspace,0) }} } move up 5*cspace } ]', `[setdir_($1,R) define(`m4h',`ifelse(`$2',,`dimen_/2',`($2)')')dnl {L1: line from rvec_(m4h,-m4h/2) \ to rvec_(m4h,m4h/2)} {Circle: circle diameter m4h at rvec_(m4h/2,0)} In1: rvec_(m4h*(2-sqrt(3))/4,m4h/4) In2: Here In3: rvec_(m4h*(2-sqrt(3))/4,-m4h/4) `$3'; resetdir_ ]')') `buzzer(U|D|L|R|degrees, vert size,[C])' define(`buzzer',`[setdir_($1,R) ifelse(`$3',, `define(`m4h',`ifelse(`$2',,`dimen_/2',`($2)')')dnl {L1: line from rvec_(m4h,0) \ to rvec_(m4h,m4h/2) \ then to rvec_(0,m4h/2) \ then to rvec_(0,-m4h/2) \ then to rvec_(m4h,-m4h/2) \ then to rvec_(m4h,0)} {Box: box invis ht_ m4h wid_ m4h at rvec_(m4h/2,0)} {L2: line from rvec_(m4h,m4h/2) \ to rvec_(m4h,m4h/2)+vec_(Rect_(m4h,-75))} In1: rvec_(0,m4h/4) In2: Here In3: rvec_(0,-m4h/4)', `$3',C,`define(`m4h',`ifelse(`$2',,`(dimen_/3)',`(($2)/2)')')dnl {Face: line from rvec_(m4h,-m4h) \ to rvec_(m4h,m4h)} {arc ccw from Face.end to Face.start with .c at Face.c} In1: rvec_(m4h-sqrt(m4h^2-(m4h/3)^2),m4h/3) In2: Here In3: rvec_(m4h-sqrt(m4h^2-(m4h/3)^2),-m4h/3)') `$4'; resetdir_ ]') `earphone(U|D|L|R|degrees, size, [C][R]) earphone pair if arg3 contains C' define(`earphone',`[ setdir_($1,R) define(`m4h',`ifelse(`$2',,`dimen_',`($2)')')dnl ifinstr(`$3',C, `L: circle diam m4h*0.4 R: circle diam m4h*0.4 at L+vec_(m4h,0) C: 0.5 between L and R N: C+(vscal_(m4h/2,Vperp(L,R))) Lx: Cintersect(L,L.rad,C,m4h/2,`$3') Rx: Cintersect(C,m4h/2,R,R.rad,`$3') arc ifinstr(`$3',R,c)cw rad m4h/2 from Lx to Rx with .c at C', `{lbox(m4h/3,m4h/2)} {Box: box invis ht_ m4h/2 wid_ m4h/3 at rvec_(m4h/6,0)} {L1: line thick 2*linethick from rvec_(m4h/3+linethick pt__,-m4h/3) \ to rvec_(m4h/3+linethick pt__, m4h/3) } In1: rvec_(0,m4h/8) In2: Here In3: rvec_(0,-m4h/8)') `$4'; resetdir_ ]') `Signal-flow graph macros: labeled node, directed labeled chopped straight line, directed labeled chopped arc, and a self loop. All are contained in [] blocks.' `Signal-flow graph initialization macro sfg_init(line len, node rad, arrowhd len, arrowhd wid)' ifdef(`sfg_init',, `define(`sfg_init',`cct_init sfg_wid = ifelse(`$1',,`(linewid/0.75*(2.5+0.25)/4)',(`$1'))# default line len sfg_rad = ifelse(`$2',,(0.25/4/2),(`$2')) # node radius sfg_aht = ifelse(`$3',,(0.25/4),(`$3')) # arrow height (arrowhead length) sfg_awid = ifelse(`$4',,`sfg_aht',(`$4')) # arrowhead width ')') `sfgline(linespec, text,sfgabove|sfgbelow|ljust|rjust, attributes) Draw a straight line with linespec, chopped by node radius, with optional label' define(`sfgline',`eleminit_(`$1',sfg_wid) [ L1: line to rvec_(rp_len,0) chop sfg_rad `$4' Start: last line.start End: Here move to last line.c ifelse(ifinstr(`$4',->,T,`$4',<-,T),, `{ arrow m4c_l ht sfg_aht wid sfg_awid from rvec_(-sfg_aht/2,0) \ to rvec_(sfg_aht/2,0) }') ifelse(`$2',,,`"iflatex(`$ `$2'$',` $2')" ifelse(`$3',,`sfgabove',`$3')') ] with .Start at rvec_(sfg_rad,0) move to last [].End ') `Like above_ or below_ but adding extra space to put text above or below arrowheads or nodes' define(`sfgabove',`at Here+(0,sfg_awid/2) above') define(`sfgbelow',`at Here+(0,-sfg_awid/2) below') `sfgnode(at pos,text,above_,circle options) Node: a white circle, possibly labelled. The default label position is inside if the diameter is bigger than textht and textwid' define(`sfgnode', `[C: circle fill_(1) rad sfg_rad ifelse(`$4',,`thickness 0.5',`$4')] with .c \ ifelse(`$1',,`at rvec_(sfg_rad,0)',`$1') move to last [].c ifelse(`$2',,, `if 2*sfg_rad > Max(textwid,textht,10pt__) \ then { {"iflatex(`$ `$2'$',` $2')" `$3'} } \ else { {"iflatex(`$ `$2'$',` $2')" ifelse(`$3',,`sfgabove',`$3')} }') ') `sfgarc(linespec,label,above_,cw|ccw,sfact) An arc between nodes at the endpoints of the linespec. The resulting positions Start, End, C (arc center) and M (arc midpoint) are defined. The fifth argument scales the arc height above its chord.' define(`sfgarc',`eleminit_(`$1',sfg_wid) [ Start: Here End: Start + vec_(rp_len,0) chordht = (rp_len/sqrt(2)-rp_len/2)ifelse(`$5',,,`*($5)') arcrd = (chordht^2+(rp_len)^2/4)/chordht/2 C: 0.5 between Start and End; C: C+vec_(0,ifelse(`$4',ccw,,-)(arcrd-chordht)) M: C + vec_( 0,ifelse(`$4',ccw,-)arcrd) ifelse(ifinstr(`$1',->,T)ifinstr(`$1',<-,T),, `arc -> m4c_l ifelse(`$4',ccw,ccw,cw) \ from Cintersect(Start,sfg_rad,C,arcrd,ifelse(`$4',ccw,R)) \ to Cintersect(C,arcrd,M,sfg_aht/2,ifelse(`$4',ccw,,R)) \ ht sfg_aht wid sfg_awid with .c at C arc m4c_l ifelse(`$4',ccw,ccw,cw) from M \ to Cintersect(C,arcrd,End,sfg_rad,ifelse(`$4',ccw,R)) with .c at C', `arc m4c_l patsubst(patsubst(`$1',.*<-,<-),->.*$,->) ifelse(`$4',ccw,ccw,cw)\ from Cintersect(Start,sfg_rad,C,arcrd,ifelse(`$4',ccw,R)) \ to Cintersect(C,arcrd,End,sfg_rad,ifelse(`$4',ccw,R)) with .c at C') ifelse(`$2',,,`{move to M; "iflatex(`$ `$2'$',` $2')" ifelse(`$3',, `sfgabove',`$3')}') ] with .Start at last line.start move to last line.end ') `sfgself(at position,U|D|L|R|degrees,label,above_,cw|ccw,sfact, [-> | <- | <->]) A teardrop-shaped self-loop drawn at "angle" degrees from "positon". The resulting Origin and M (arc midpoint) are defined. The sixth argument scales the loop. The seventh puts the arrowhead at the beginning, end, or both' define(`sfgself',`[ Origin: Here setdir_(`$2',U) d = ifelse(`$6',,,`($6)*') sfg_wid/2; d = d * max(1,sfg_rad/(0.3605*d)) { m4sfgselfcurve(-, ifelse(`$5',ccw,`ifinstr(`$7',<-,<-)',`ifinstr(`$7',->,<-)')) M: Here ifelse(`$7',,`{ arrow m4c_l from rvec_(0,ifelse(`$5',cw,,-)sfg_aht/2) \ to rvec_(0,ifelse(`$5',cw,-)sfg_aht/2) ht sfg_aht wid sfg_awid }') ifelse(`$3',,, `"iflatex(`$ `$3'$',` $3')" ifelse(`$4',,`sfgabove',`$4')') } m4sfgselfcurve(, ifelse(`$5',ccw,`ifinstr(`$7',->,<-)',`ifinstr(`$7',<-,<-)')) resetdir_ ] with .Origin ifelse(`$1',,at Here,`$1') move to last [].Origin ') define(`m4sfgselfcurve',`spline `$2' m4c_l from rvec_(Rect_(sfg_rad,`$1'30)) \ to rvec_(0.3*d,`$1'0.2*d) \ then to rvec_(0.6*d,`$1'0.35*d) \ then to rvec_(0.9*d,`$1'0.35*d) \ then to rvec_(d,`$1'0.2*d) \ then to rvec_(d,0)') `winding(L|R,diam, pitch, nturns, core wid, core color ) The complete spline is drawn, then parts of it are overwritten with the background color (default white). Arg 1 contains R for right-handed winding. Arg 4 must be an integer. Arg 6 must be compatible with the postprocessor. Requires a recent version of dpic or gpic' define(`winding',`[ define(`m4rt',`ifinstr(`$1',R,-)') d = ifelse(`$2',,`dimen_',`$2') p = ifelse(`$3',,d/4,`$3') define(`m4n0',`ifelse(`$4',,1,`eval(`$4'-1)')')dnl w = ifelse(`$5',,d*3/4,`$5') W: spline from (0,0) to (0,0) dnl for_(0,m4n0,1, `then to vec_(m4rt`'(m4x*p),d) \ then to vec_(m4rt`'(m4x*p+p/2),d) \ then to vec_(m4rt`'(m4x*p+p/2),0)`'ifelse(m4x,m4n0,,` \ then to vec_(m4rt`'(m4x*p+p),0) \')') if w > 0 then { dx = sign(p)*(linethick+0.5)/2 bp__ vx = p*min(w/d/8+dx/p,0.25) for i=0 to m4n0 do { line color ifelse(`$6',,rgbstring(1,1,1),m4lstring(`$6',"`$6'")) \ thick max(w/(1bp__)-linethick,0) \ from vec_(m4rt`'(i*p-dx),d/2) \ to vec_(m4rt`'(i*p+vx),d/2) dx = vx } } T1: W.ifinstr(`$1',R,end,start) T2: W.ifinstr(`$1',R,start,end) `$7']') `tstrip(U|D|L|R|degrees, n, chars) Terminal strip n=integer number of terminals (default 4) chars: I=invisible terminals C=circle terminals (default) D=dot terminals O=omitted internal lines wid=val; total strip width ht=val; strip height ' define(`tstrip',`[ setdir_(`$1') define(`m4n',`ifelse(`$2',,4,`eval($2)')')dnl ifelse(eval(m4n<1),1,`define(`m4n',1)')dnl setkey_(`$3',ht,dimen_/2)dnl setkey_(`$3',wid,m4n*m4ht*0.6)dnl {Box: [shade(1,lbox(m4wid,m4ht))] } bw = m4wid/(m4n) ifinstr(`$3',O,,`for i=1 to m4n-1 do { {move to rvec_(i*bw,-m4ht/2); line to rvec_(0,m4ht)}}') for_(1,m4n,1,`{T`'m4x: ifinstr(`$3',I,`rvec_((m4x-0.5)*bw,0)', `dot(at rvec_((m4x-0.5)*bw,0),,ifinstr(`$3',D,0,1))') {L`'m4x: T`'m4x+vec_(0,m4ht/2)}; {R`'m4x: T`'m4x+vec_(0,-m4ht/2)} }') `$4' popdef(`m4ht')popdef(`m4ht') resetdir_ ]') `jack(U|D|L|R|degrees, chars) Phone jack; arg1 sets drawing direction chars: L|LM|LB|LMB=long and aux contacts; M|B make|break arrows S|SM|SB|SMB=short and aux contacts; M|B make|break arrows R=right orientation with respect to drawing direction ' define(`jack',`[ setdir_(`$1') define(`dna_',`ifelse(`$2',,L,`$2',R,L,`$2')')dnl s=ifinstr(dna_,R,-1,1) ght = dimen_/2 {Sleeve: [shade(1,lbox(dimen_/12,ght))] } G: Sleeve+vec_(0,-ght/2*s) F: Sleeve+vec_(dimen_/24,0) aht = dimen_/8 Q: Sleeve+vec_(-dimen_*0.7,s*(ght*0.45-aht*3)) define(`m4jbm',) m4auxcontacts(`dna_',L,s,) Q: Sleeve+vec_(-dimen_*0.7,(aht*3-ght*0.45)*s) define(`m4jbm',) m4auxcontacts(`dna_',S,-s,) `$3'; resetdir_ ] ') define(`m4auxcontacts',`ifinstr($1,$2, `define(`m4I_',index($1,$2))dnl define(`m4abm',ifelse(substr($1,incr(m4I_),1),M, M`'ifelse(substr($1,eval(2+m4I_),1),B,B), substr($1,incr(m4I_),1),B, B`'ifelse(substr($1,eval(2+m4I_),1),M,M)))dnl define(`$1',substr($1,0,m4I_)`'substr($1,eval(m4I_+len(m4abm)+1)))dnl cht = aht*ifelse(ifinstr(m4jbm,M,T)`'ifinstr(m4abm,B,T),TT,3.9,3) Z: jackcontact(ifelse(`$2',S,0.5,0.6)*dimen_,m4abm`'ifelse($4,,,H),$3) \ with .T at Q+vec_(0,$3*cht) $2`'$4: Z.T; Q: $2`'$4 define(`m4jbm',m4abm) ifinstr(m4abm,M, $2`'M`'$4: Z.M) ifinstr(m4abm,B,; $2`'B`'$4: Z.B) m4auxcontacts(`$1',$2,$3,ifelse($4,,1,`incr($4)'))')') `jackcontact(length,chars,sign) Phone jack contact to left chars: R: right orientation to drawing direction M|B: make|break contact arrows ' define(`jackcontact',`[ Point: (0,0) line from Point ifinstr(`$2',H,`-vec_(dimen_/10,0)', `to vec_(-dimen_/16,neg_(`$3')*dimen_/16) \ then to vec_(-dimen_/8,0) then') \ to vec_(neg_(`$1'),0) T: dot(,,1) C: T+vec_(dimen_/5,0) ifinstr(`$2',H,` Connector: [shade(1,lbox(dimen_/24,cht))] \ at T+vec_((`$1')-dimen_*0.16,neg_(`$3')*cht/2)')dnl ifinstr(`$2',M,` M: C+vec_(0,`$3'*aht*1.9) arrow m4c_l <- ht aht wid aht from C+vec_(0,`$3'*aht*0.4) \ to M ')dnl ifinstr(`$2',B,` B: C+vec_(0,neg_(`$3')*aht*1.5) arrow m4c_l <- ht aht wid aht from C to B ') ; `$4' ] ') `plug(U|D|L|R|degrees, chars) Phone plug; arg1 sets drawing direction chars: 2|3= two|three conductor R= right orientation wrt drawing direction ' define(`plug',`[ setdir_(`$1') s=ifinstr(`$2',R,-1,1) ght = ifinstr(`$2',3,`dimen_*0.5',`dimen_*0.4') A: Here AA: line to rvec_(dimen_*0.3,0) \ then to rvec_(dimen_*0.3,s*ght/3) \ then to rvec_(dimen_*0.7,s*ght/3); TA: dot(,,1) ifinstr(`$2',3,` C: A+vec_(0,s*ght/2) TC: line from C to C+vec_(dimen_*0.6,0); TC: Here B: 2 between A and C',`B: A+vec_(0,s*ght)') BB: line from B to B+vec_(dimen_*0.3,0) \ then to B+vec_(dimen_*0.3,-s*ght/3) \ then to B+vec_(dimen_*0.6,-s*ght/3); TB: Here `$3'; resetdir_ ]') `A dabble in quantum circuits: SQUID(n,diameter,initial angle,cw|ccw) Superconducting quantum interface device with n junctions labeled J1, ... Jn placed around a circle with initial angle -90 deg (by default) with respect to the current drawing direction. The default diameter is dimen_' define(`SQUID', `[ define(`m4sqn',`ifelse(`$1',,2,`$1')')dnl define(`m4ssz',`ifelse(`$2',,`dimen_',`$2')')dnl define(`m4sof',`ifelse(`$3',,-90,`$3')')dnl define(`m4ssg',`ifelse(`$4',,+,`$4',ccw,+,-)(m4x-1)/(m4sqn)*360')dnl define(`m4sxlen',C.rad/4)dnl C: circle diam m4ssz for_(1,m4sqn,1, `move to C+vec_(Rect_(C.rad,m4sof`'m4ssg)) J`'m4x: Here { line from rvec_(Rect_(m4sxlen,m4sof`'m4ssg+45)) \ to rvec_(Rect_(m4sxlen,m4sof`'m4ssg+225)) } { line from rvec_(Rect_(m4sxlen,m4sof`'m4ssg-45)) \ to rvec_(Rect_(m4sxlen,m4sof`'m4ssg-225)) }') `$5' ]') `============================================================================== Customizations: The size and style parameters below can be tweaked, and the cct_init macro modified.' Size and style parameters: define(`dimen_',`linewid') Default element body size unit define(`sourcerad_',`(0.25*dimen_)') Source element default radius define(`csdim_',`(0.3*dimen_)') Controlled Source width/2 define(`elen_',`(1.5*dimen_)') Default element length define(`delay_rad_',`(0.35*dimen_)') Delay elements define(`dotrad_',`(0.04*dimen_)') Redefine dot size for circuits define(`m4fill',0) Default fill for diode, fuse, ... define(`em_arrowwid',`(dimen_/9)') `em_arrows arrowhead width' define(`em_arrowht',`(dimen_/7)') `em_arrows arrowhead ht' define(`em_arrowhead',1) `em_arrows arrowhead style' right_ divert(0)dnl Circuit_macros9.5/libgen.m40000644060175006010010000023725013774371763014725 0ustar DwightNonedivert(-1) libgen.m4 Base macros for dpic and gpic diagrams * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * ========================================================================== define(`libgen_') Change gpic to e.g., pgf or pstricks to redefine the default configuration file: ifdef(`m4picprocessor',,`include(gpic.m4)divert(-1) define(`m4defaultproc',m4picprocessor)') ========================================================================== HOMELIB_ is the absolute path to the directory containing libgen.m4. Circuit macros do not need it because m4 reads installation files automatically if invoked correctly; this macro allows the path to be passed to the pic processor, e.g., put the following line in the diagram source to read dpictools.pic: copy "HOMELIB_`'dpictools.pic" or invoke the macro NeedDpicTools. The following definition of HOMELIB_ works for GNU m4 which defines `__file__'; otherwise change the blank in the third line below to the absolute path of the installation directory. ifdef(`__file__', `define(`HOMELIB_',patsubst(__file__,libgen\.m4,))', `define(`HOMELIB_', )') To use the Mingw-compiled version of dpic, change HOMELIB_ to the absolute Windows path of the installation folder, e.g. dnl define(`HOMELIB_',`D:\Dwight\lib') `NeedDpicTools( path ) If path is empty then HOMELIB_ is used e.g. NeedDpicTools or NeedDpicTools(/home/lib/)' define(`NeedDpicTools',`if "dpictools" != "1" then { ifelse(`$1',,`copy "HOMELIB_`'dpictools.pic"',`copy "`$1'dpictools.pic"') define(`dfitpoints__') define(`dfitcurve__')}') Processor shortcuts define(`ifdpic',`ifelse(m4picprocessor,dpic,`$1',`$2')') define(`ifgpic',`ifelse(m4picprocessor,gpic,`$1',`$2')') define(`ifmfpic',`ifelse(m4postprocessor,mfpic,`$1',`$2')') define(`ifmpost',`ifelse(m4postprocessor,mpost,`$1',`$2')') define(`ifpdf',`ifelse(m4postprocessor,pdf,`$1',`$2')') define(`ifpgf',`ifelse(m4postprocessor,pgf,`$1',`$2')') define(`ifpostscript',`ifelse(m4postprocessor,postscript,`$1',`$2')') define(`ifpstricks',`ifelse(m4postprocessor,pstricks,`$1',`$2')') define(`ifsvg',`ifelse(m4postprocessor,svg,`$1',`$2')') define(`iftpic',`ifelse(m4postprocessor,tpic,`$1',`$2')') define(`ifxfig',`ifelse(m4postprocessor,xfig,`$1',`$2')') define(`ifpsfrag',ifelse(ifdef(`psfrag',T,`ifdef(`psfrag_',T)'),T,`$1',`$2')) `iflatex(latextrue,latexfalse) Test for LaTeX text including postscript with psfrag' define(`iflatex',`ifelse( ifpdf(F)`'ifpostscript(`ifpsfrag(,F)')`'ifsvg(F)`'ifxfig(F),F,`$2',`$1')') ========================================================================== Initializations (one of the following must be invoked at the beginning of a diagram): libcct.m4 ifdef(`cct_init',, `define(`cct_init', `m4announceprocessor(`$0') ifdef(`libcct_',,`include(libcct.m4)') gen_init psset_(arrowsize=1.1pt 4,arrowlength=1.64,arrowinset=0) dnl Customizations can be put here or in arg1 `$1' `# cct'_init end ')') libgen.m4 ifdef(`gen_init',, `define(`gen_init', `m4announceprocessor(`$0') ifdef(`libgen_',,`include(libgen.m4)') define(`if_rpoint__')`define rpoint__' { rp_wid = last line.end.x-last line.start.x rp_ht = last line.end.y-last line.start.y rp_len = vlength(rp_wid,rp_ht); move to last line.start ifgpic(` if (rp_len == 0) then { rp_ang=0 } else {')dnl rp_ang = atan2(rp_ht,rp_wid)ifgpic(` }') } define(`rtod__',`57.295779513082323')`rtod_' = rtod__;dnl define(`dtor__',`0.017453292519943295')`dtor_' = dtor__ define(`twopi__',`6.2831853071795862')`twopi_' = twopi__;dnl define(`pi__',`(twopi_/2)')`pi_' = pi__ rp_ang = 0; right_ define(`ctension_',`0.551784')dnl ifmpost(`defineRGBprimaries') ifpostscript(`defineRGBprimaries command " 0.8 setlinewidth"', `thicklines_') ifpstricks(M4PatchPSTricks) ifgpic(linethick = 0.8) dnl Insert customizations as desired, dnl e.g. ifmpost(` ... ') etc ifdef(`local_init',` `# local'_init begin local_init `# local'_init end ') `$1' dnl Customizations in arg1 `# gen'_init end ')') darrow.m4 ifdef(`darrow_init',, `define(`darrow_init', `m4announceprocessor(`$0') ifdef(`darrow_',,`include(darrow.m4)') `# darrow_init begin' gen_init `$1' `# darrow_init end'')') liblog.m4 ifdef(`log_init',, `define(`log_init', `m4announceprocessor(`$0') ifdef(`liblog_',,`include(liblog.m4)') `# log_init begin' gen_init `$1' `# log_init end'')') lib3D.m4 ifdef(`threeD_init',, `define(`threeD_init', `m4announceprocessor(`$0') ifdef(`lib3D_',,`include(lib3D.m4)') `# threeD_init begin' gen_init setview(20,20,0) `$1' `# threeD_init end'')') sfg graphs in libcct.m4 define(`sfg_init',`cct_init sfg_wid = ifelse(`$1',,`(linewid/0.75*(2.5+0.25)/4)',(`$1'))# default line len sfg_rad = ifelse(`$2',,(0.25/4/2),(`$2')) # node radius sfg_aht = ifelse(`$3',,(0.25/4),(`$3')) # arrow height (arrowhead length) sfg_awid = ifelse(`$4',,`sfg_aht',(`$4')) # arrowhead width ') ========================================================================== Pic SI defaults Slightly smaller lengths than for inches define(`SIdefaults', `scale = 25.4 # Coordinates in mm # Set defaults to integer values of mm lineht = 12 linewid = 12 moveht = 12 movewid = 12 arcrad = 6 circlerad = 6 boxht = 12 boxwid = 18 ellipseht = 12 ellipsewid = 18 dashwid = 2 maxpswid = 8.5*scale maxpsht = 11.5*scale ') `Conditionally add mpost code for latex command' define(`latexcommand',`command "ifmpost(verbatimtex) `$1' ifmpost(etex)"') define(`m4announceprocessor',`dnl Do not change the format of the next line: `#' `$1' Version 9.5: ifelse(m4picprocessor,gpic,`Gpic', m4postprocessor,pstricks,`PSTricks', m4postprocessor,pgf,`TikZ PGF', m4postprocessor,mfpic,`Mfpic', m4postprocessor,xfig,`Xfig', m4postprocessor,svg,`SVG', m4postprocessor,postscript,`Postscript', m4postprocessor,pdf,`PDF', m4postprocessor,mpost,`MetaPost', `Default') m4 macro settings.ifelse(m4defaultproc,gpic,` `#' WARNING: Default m4 configuration file gpic.m4 assumed')') Set environment direction define(`right_',`define(`m4dir',right)define(`m4rp_ang',0)dnl define(`m4a_',1)define(`m4b_',0)define(`m4c_',0)define(`m4d_',1) m4dir') define(`left_',`define(`m4dir',left)define(`m4rp_ang',pi_)dnl define(`m4a_',(-1))define(`m4b_',0)define(`m4c_',0)define(`m4d_',(-1)) m4dir') define(`up_',`define(`m4dir',up)define(`m4rp_ang',(pi_/2))dnl define(`m4a_',0)define(`m4b_',1)define(`m4c_',(-1))define(`m4d_',0) m4dir') define(`down_',`define(`m4dir',down)define(`m4rp_ang',(-pi_/2))dnl define(`m4a_',0)define(`m4b_',(-1))define(`m4c_',1)define(`m4d_',0) m4dir') `savem4dir([`stackname']) Save the current m4 direction parameters' define(`savem4dir',`define(`m4ss_',`ifelse(`$1',,savm4dir`'_,`$1')') pushdef(m4ss_`'_,m4dir)dnl pushdef(m4ss_`'_,m4a_)dnl pushdef(m4ss_`'_,m4b_)dnl pushdef(m4ss_`'_,m4c_)dnl pushdef(m4ss_`'_,m4d_)') `restorem4dir([`stackname']) Restore the current m4 direction parameters' define(`restorem4dir',`define(`m4ss_',`ifelse(`$1',,savm4dir`'_,`$1')') define(`m4d_',m4xpand(m4ss_`'_))popdef(m4ss_`'_)dnl define(`m4c_',m4xpand(m4ss_`'_))popdef(m4ss_`'_)dnl define(`m4b_',m4xpand(m4ss_`'_))popdef(m4ss_`'_)dnl define(`m4a_',m4xpand(m4ss_`'_))popdef(m4ss_`'_)dnl define(`m4dir',m4xpand(m4ss_`'_))popdef(m4ss_`'_)') Manhattan direction cosines define(`manhattan',`dnl define(`m4a_',`ifelse(m4dir,left,-1,m4dir,up,0,m4dir,down,0,1)')dnl define(`m4b_',`ifelse(m4dir,left,0,m4dir,up,1,m4dir,down,-1,0)')dnl define(`m4c_',`neg_(m4b_)')dnl define(`m4d_',`m4a_')') Default current coordinates define(`m4tx',Here.x) define(`m4ty',Here.y) Arbitrary direction cosines `Point_(integer degrees,[D])' `D in the second argument simplifies output for common angles and is useful for debug but requires care when the result is used inside dpic looping' define(`Point_',`ifinstr(`$2',D,`ifelse(dnl `$1',0,`rp_ang = 0; right_', `$1',90,`rp_ang = pi_/2; up_', `$1',-90,`rp_ang = -pi_/2; down_', `$1',180,`rp_ang = pi_; left_', `$1',-180,`rp_ang = pi_; left_', `$1',270,`rp_ang = -pi_/2; down_', `$1',-270,`rp_ang = pi_/2; up_', `rp_ang = prod_(`$1',dtor_);dnl define(`m4a_',cos(rp_ang))define(`m4b_',sin(rp_ang))dnl define(`m4c_',(-sin(rp_ang)))define(`m4d_',cos(rp_ang))')', `rp_ang = prod_(`$1',dtor_);undefine(`m4rp_ang')dnl define(`m4a_',cos(rp_ang))define(`m4b_',sin(rp_ang))dnl define(`m4c_',(-sin(rp_ang)))define(`m4d_',cos(rp_ang))')') `setdir_( U|D|L|R|degrees,default R|L|U|D|degrees ) set direction and default direction' define(`setdir_', `pushdef(`m4sdir',`ifelse(`$1',,`ifelse(`$2',,R,`$2')',`$1')')dnl m4sd_ang = rp_ang; pushdef(`m4tdir',m4dir)dnl ifinstr( m4sdir,R,`rp_ang = 0; right_', m4sdir,L,`rp_ang = pi_; left_', m4sdir,U,`rp_ang = pi_/2; up_', m4sdir,D,`rp_ang = -pi_/2; down_', `rp_ang = prod_(`$1',dtor_)undefine(`m4rp_ang')dnl define(`m4a_',cos(rp_ang))define(`m4b_',sin(rp_ang))dnl define(`m4c_',(-sin(rp_ang)))define(`m4d_',cos(rp_ang))');dnl popdef(`m4sdir')') `restore direction' define(`resetdir_',`m4xpand(m4tdir`'_) popdef(`m4tdir'); point_(m4sd_ang)') `point_(radians)' define(`point_', `ifelse(`$1',rp_ang,,`rp_ang = `$1'')undefine(`m4rp_ang') define(`m4a_',cos(rp_ang))define(`m4b_',sin(rp_ang))dnl define(`m4c_',(-sin(rp_ang)))define(`m4d_',cos(rp_ang))dnl ') `rpoint_( linespec ) (Gpic returns NaN for atan2(0,0)):' define(`rpoint_',`line invis ifelse(`$1',,linewid/10,`$1') ifdef(`if_rpoint__',`rpoint__', `rp_wid = last line.end.x-last line.start.x rp_ht = last line.end.y-last line.start.y rp_len = vlength(rp_wid,rp_ht); move to last line.start ifgpic(`if (rp_len == 0) then { rp_ang=0 } else { ')dnl rp_ang = atan2(rp_ht,rp_wid) ifgpic(` }')') point_(rp_ang)' ) `direction_( U|D|L|R|degrees,default R|L|U|D|degrees ) obsolete but kept for compatibility' define(`direction_',`setdir_($@)') Evaluate the argument as a macro define(`m4xpand',`$1') `Enclose dpic position in parentheses to allow position expressions as arguments' ifdpic( `define(`M4Pos',`($1)')', `define(`M4Pos',`$1')') `Polar to rectangular coords, returning a pair rect_(radius,radians)' define(`rect_',`vscal_(`$1',cos(`$2'),sin(`$2'))') `Rect_(radius,degrees)' define(`Rect_',`vscal_(`$1',cosd(`$2'),sind(`$2'))') `Rectangular to polar coords, returning a pair polar_(x,y)' define(`polar_',`vlength(`$1',`$2'),atan2(`$2',`$1')') `Polar_(x,y)' returns degrees define(`Polar_',`vlength(`$1',`$2'),rtod_*atan2(`$2',`$1')') `arcr( position, radius, start radians, end radians, modifiers, ht) Unique ccw arc. If arg 5 contains -> or <- then a midpoint arrowhead of ht given by arg6 is added. Modifiers following the macro apply to the main arc only. Examples: arcr((5,0),0.5,0,pi_/2) arcr((5,0),1,0,pi_/2,dotted outlined "red" -> wid 5bp__ ,4bp__) -> ' define(`arcr',`define(`M4arcrC',`M4Pos(ifelse(`$1',,Here,`$1'))')dnl define(`m4arad',`ifelse(`$2',,arcrad,`$2')')dnl define(`m4Sang',`ifelse(`$3',,0,`$3')')dnl define(`m4Eang',`ifelse(`$4',,pi_/2,`$4')')dnl arc invis from M4arcrC+(rect_(m4arad,m4Sang)) \ to M4arcrC+(rect_(m4arad,m4Eang)) \ rad m4arad with .c at M4arcrC M4aCtr: last arc.c; M4aStart: last arc.start; M4aEnd: last arc.end ifelse(ifinstr(`$5',->,T,`$5',<-,T),T, `{ if m4arad == 0 then { m4and = arcrad } else { m4and = m4arad } m4aang = ifelse(`$6',,arrowht,`$6')/m4and m4ama = (m4Sang+(m4Eang))/2; if `$4' < `$3' then { m4ama = m4ama+pi_ } arc `$5' from M4aCtr+(rect_(m4arad,m4ama-m4aang/2)) \ to M4aCtr+(rect_(m4arad,m4ama+m4aang/2)) rad m4arad \ with .c at M4aCtr ifelse(`$6',,,ht `$6') }') arc patsubst(patsubst(`$5',->,),<-,) \ from M4aStart to M4aEnd rad m4arad with .c at M4aCtr ') `arcd( position, radius, start degrees, end degrees, attributes, ht) Like arcr but with angles in degrees: eg arcd(Here,0.5,0,90) dashed' define(`arcd',`arcr(`$1',`$2', ifelse(`$3',,,(`$3')*dtor_), ifelse(`$4',,,(`$4')*dtor_), `$5',`$6')') `arca(absolute chord linespec, ccw|cw, radius, modifiers) Unique acute-angle arc, obtuse if radius is -ve, drawn in a [] block.' define(`arca',`[Chord: line invis `$1' dy = Chord.end.y-Chord.start.y; dx = Chord.end.x-Chord.start.x ssq = max(0,dx*dx+dy*dy) drad = max(sqrt(ssq)/2,ifelse(`$3',,arcrad,abs(`$3'))) if ssq==0 then { dfac = 1 } else { dfac = sqrt(max(0,drad^2/ssq-0.25)) } ifelse(`$3',,,`dfac = sign(`$3')*dfac;')dnl arc `$2' `$4' from Chord.start to Chord.end rad drad \ with .c at Chord.c ifelse(`$2',cw,-,+)(-dy*dfac,dx*dfac) Origin: (0,0) ] with .Origin at (0,0) ') `Integer "for" loop with index variable m4x: for_(initial,final,incr,`actions') eg for_(0,10,2,`print m4x') ' define(`for_',`ifelse(eval(`$1'!=(`$2'+(`$3'))),1,`pushdef(`m4x',`$1') $4 popdef(`m4x')for_(eval(`$1'+(`$3')),`$2',`$3',`$4')')') `Integer m4 while loop: while_(`test',`actions') eg define(`i',5) while_(`i>0',`print i; define(`i',decr(i))') ' define(`while_',`ifelse(eval($1),1,`$2`'while_(`$1',`$2')')') `Loopover_(`variable',actions,value1,value2,...) Repeat actions with variable set to each of value1, value2, ... in succession, setting macro m4Lx to 1, 2, ...; e.g. Loopover_(`x',`print "m4Lx. x"',Tom,Dick,Mary)' define(`Loopover_',`ifelse(`$3',,, `pushdef(`$1',`$3')pushdef(`m4Lx',ifdef(`m4Lx',`incr(m4Lx)',1)) $2 Loopover_(`$1',`$2',shift(shift(shift($@))))popdef(`m4Lx')popdef(`$1')')') `Transfer m4 stack to new stack performing arg3 stackexec_(`Source',`Dest',`actions')' define(`stackexec_',`ifdef(`$1',`$3`'dnl ifelse(`$2',,,`pushdef(`$2',$1)')popdef(`$1')stackexec_(`$1',`$2',`$3')')') Empty a stack to first blank, executing arg2 define(`stackdo_',`ifdef(`$1',`ifelse(`$1',,`popdef(`$1')', `$2`'popdef(`$1')stackdo_(`$1',`$2')')')')dnl `Print out m4 stack contents stackprint_(`Stackname' [,label])' define(`stackprint_',`print "" print ifelse(`$2',,"`stack `$1':'","`$2'") stackexec_(`$1',`m4stp__',` print ifelse(`$1',,"blank","`$1'")') stackexec_(`m4stp__',`$1')') `Message to the terminal during m4 execution' define(`m4msg',`syscmd(echo "$@" >/dev/stderr)') `Dump stack to the terminal during m4 execution' define(`m4stackmsg',`stackexec_(`$1',`m4Btmp', `syscmd(echo $1 >/dev/console)')dnl stackexec_(`m4Btmp',`$1')') `Copy m4 stack stackcopy_(`Source',`Dest',[`count'])' define(`stackcopy_',`undefine(`$2')ifelse(`$3',,,`define(`$3',0)')dnl stackexec_(`$1',`m4C__',`ifelse(`$3',,,`define(`$3',incr($3))')')dnl stackexec_(`m4C__',`$1',`pushdef(`$2',m4C__)')') `stackreverse_(`Stackname') Reverse m4 stack' define(`stackreverse_',`stackexec_(`$1',`m4R__')stackexec_(`m4R__',`m4S__')dnl stackexec_(`m4S__',`$1')') `stacksplit_(`Stackname',string,sep) Stack fields of arg2 separated by nonblank substring (default .) left to right' define(`stacksplit_',`define(`m4sep',`ifelse(`$3',,.,`$3')')dnl ifinstr(`$2',m4sep,`pushdef(`$1',substr(`$2',0,index(`$2',m4sep)))dnl stacksplit_(`$1',substr(`$2',incr(index(`$2',m4sep))),m4sep)', `pushdef(`$1',`$2')')') `m4Leftstr(str,default) leftmost substring to the left of : (arg2 if blank)' define(`m4Leftstr',`ifelse(patsubst(`$1',:.*),,`$2',patsubst(`$1',:.*))') `m4Rightstr(str,default) rightmost substring to the right of : (arg2 if blank)' define(`m4Rightstr',`ifinstr(`$1',:, `ifelse(patsubst(`$1',.*:),,`$2',`patsubst(`$1',.*:)')',`$2')') `basename_(path,sep) Extract rightmost name from arg2-separated path, default dot (.)' define(`basename_',`ifelse(index($1,ifelse(`$2',,.,`$2')),-1,`$1', `basename_(substr($1,incr(index($1,ifelse(`$2',,.,`$2')))))')') `stackargs_(`Stackname',args) Stack arg2, arg3, ... onto the named stack' define(`stackargs_', `ifelse(`$2',,,`pushdef(`$1',`$2')stackargs_(`$1',shift(shift($@)))')') `Intersect_(Name1,Name2) Intersection of named lines' define(`Intersect_',`intersect_($1.start,$1.end,$2.start,$2.end)') `intersect_(Start1,End1,Start2,End2) Intersection of lines joining named positions' define(`intersect_',`((($3.x-$1.x)*($3.y-$4.y)-($3.y-$1.y)*($3.x-$4.x))/\ (($2.x-$1.x)*($3.y-$4.y)-($2.y-$1.y)*($3.x-$4.x))\ between `$1' and `$2')') `Dashed line drawn in detail dashline(linespec, thickness|<-|->|<->|color, dash len, gap len,G) Arg5=G ends (but does not start) the line with a gap' define(`dashline',`rpoint_(`$1')define(`m4opts',`$2') define(`m4dsh',`ifelse(`$3',,dashwid,abs(`$3'))')dnl define(`m4ssv',`ifelse(`$4',,m4dsh/2,abs(`$4'))')dnl define(`m4lar',)define(`m4rar',)dnl ifelse(m4xtract(`m4opts',<->),1,`define(`m4lar',<-)define(`m4rar',->)', m4xtract(`m4opts',<-),1,`define(`m4lar',<-)', m4xtract(`m4opts',->),1,`define(`m4rar',->)')dnl if (m4dsh+m4ssv)==0 then { dashline_n = 1 } \ else {dashline_n = max(1,\ round_(abs((rp_len ifelse(`$5',G,,+m4ssv))/(m4dsh+m4ssv))))} dashline_f = (rp_len-(dashline_n ifelse(`$5',G,,-1))*m4ssv)/dashline_n for m4ti=1 to dashline_n do { if m4ti==1 then { line m4opts m4lar to rvec_(dashline_f,0) } \ else { if m4ti==dashline_n then { line m4opts m4rar to rvec_(dashline_f,0)}\ else { line m4opts to rvec_(dashline_f,0) }} ifelse(`$5',G,, `if m4ti < dashline_n then {')move to rvec_(m4ssv,0)ifelse(`$5',G,,}) } ') `round(at location,line thickness,attributes) filled circle for rounded corners' define(`round',`{ circle thick ifelse(`$2',,`linethick/2',(`$2')/2) \ diameter ifelse(`$2',,`linethick',`($2)')/2 pt__ \ ifelse(`$1',,`at Here',`$1') $3} ifelse(`$1',,,`; move to last circle .c')') `corner(line thickness,attributes,turn radians) arg1 default: current thickness arg2: e.g. outlined "string"; if arg2 starts with at position ... then a manhattan corner is drawn arg3 default: filled square to make 90 degree angle arg3= radians (turn angle, +ve is ccw)' define(`corner',`define(`m4lth',`ifelse(`$1',,linethick,`($1)')')dnl define(`m4lfr',`(m4lth bp__)/lin_leng(last line)/2')dnl ifelse(substr(`$2',0,2),at, `line m4lth bp__ thick m4lth with .c $2; move to last line.c', `{ifelse(`$3',, `line thick m4lth from Along_(last line,m4lth bp__/2,R) \ to 1+m4lfr along_(last line) $2', `line thick m4lth from Along_(last line,m4lth bp__/2,R) to Here \ then to Here+(rect_((m4lth bp__/2),lin_ang(last line)+(`$3'))) $2')}' )') `mitre_(Position1,Position2,Position3, length,line attributes) eg mitre_(A,B,C) draws angle ABC with legs of length arg4 (default linethick bp__/2) sets Here to Position2' define(`mitre_',`{[ define(`m4lth2',`ifelse(`$4',,hlth,`$4')')dnl M4mA: line invis from `$2' to `$1' M4mC: line invis from `$2' to `$3' line `$5' from Along_(M4mA,m4lth2) to `$2' then to Along_(M4mC,m4lth2) ] with .M4mA.start at `$2'} move to `$2'') `Mitre_(Line1,Line2,length,line attributes) eg mitre_(L,M) draws angle with legs of length arg3 (default linethick bp__/2) sets Here to intersection of Line1 and Line2' define(`Mitre_', `M4TpA: `$1'.c M4TpB: Intersect_(`$1',`$2') M4TpC: `$2'.c mitre_(M4TpA,M4TpB,M4TpC,shift(shift($@)))') `Technical drawing centerline: centerline_(linespec, thickness|color, minimum long dash len, short dash len, gap len)' define(`centerline_',`rpoint_(`$1') M4start: last line.start M4end: last line.end define(`m4h',`ifelse(`$3',,linewid,abs(`$3'))')dnl define(`m4v',`ifelse(`$4',,dashwid,abs(`$4'))')dnl define(`m4w',`ifelse(`$4',,dashwid/2,abs(`$5'))')dnl if (m4h+m4v+m4w*2)==0 then { centerline_n = 1 } \ else { centerline_n = max(1,int(rp_len/(m4h+m4v+m4w*2))) } centerline_f = (rp_len-(centerline_n-1)*(m4v+m4w*2))/centerline_n for m4ti=1 to centerline_n do { line `$2' to rvec_(centerline_f,0) if m4ti < centerline_n then { move to rvec_(m4w,0) line `$2' to rvec_(m4v,0) move to rvec_(m4w,0)} } line invis from M4start to M4end ') `m4xtract(str1,str2) Return value 1 if str2 present in str1 else 0, delete str2 from str1' define(`m4xtract',`define(`m4I',index($1,`$2'))dnl define(`$1',substr($1,0,m4I)`'substr($1,ifelse(m4I,-1,0,eval(m4I+len($2)))))dnl ifelse(m4I,-1,0,1)') Generalized attributes and coordinates that work exactly provided the current direction is up, down, left or right. Macros for elements need only be written once assuming a default direction of right, say. String attributes, default right define(`above_',`ifelse(m4dir,right,above,m4dir,left,below,m4dir,up,rjust,ljust)') define(`below_',`ifelse(m4dir,right,below,m4dir,left,above,m4dir,up,ljust,rjust)') define(`ljust_',`ifelse(m4dir,right,ljust,m4dir,left,rjust,m4dir,up,above,below)') define(`rjust_',`ifelse(m4dir,right,rjust,m4dir,left,ljust,m4dir,up,below,above)') Dimensions: wid, ht define(`wid_',`ifelse(m4dir,right,wid,m4dir,left,wid,m4dir,up,ht,ht)') define(`ht_',`ifelse(m4dir,right,ht,m4dir,left,ht,m4dir,up,wid,wid)') Compass corners define(`n_',`ifelse(m4dir,right,n,m4dir,left,s,m4dir,up,w,e)') define(`s_',`ifelse(m4dir,right,s,m4dir,left,t,m4dir,up,r,l)') define(`w_',`ifelse(m4dir,right,w,m4dir,left,e,m4dir,up,s,n)') define(`e_',`ifelse(m4dir,right,e,m4dir,left,w,m4dir,up,n,s)') define(`ne_',`ifelse(m4dir,right,ne,m4dir,left,sw,m4dir,up,nw,se)') define(`nw_',`ifelse(m4dir,right,nw,m4dir,left,se,m4dir,up,sw,ne)') define(`sw_',`ifelse(m4dir,right,sw,m4dir,left,ne,m4dir,up,se,nw)') define(`se_',`ifelse(m4dir,right,se,m4dir,left,nw,m4dir,up,ne,sw)') define(`loc_',`ifelse(m4dir,right,($1,$2),m4dir,left,($1,$2),($2,$1))') Directions define(`rt_',`ifelse(m4dir,right,right,m4dir,left,left,m4dir,up,up,down)') define(`dn_',`ifelse(m4dir,right,down,m4dir,left,up,m4dir,up,right,left)') define(`lt_',`ifelse(m4dir,right,left,m4dir,left,right,m4dir,up,down,up)') define(`up__',`ifelse(m4dir,right,up,m4dir,left,down,m4dir,up,left,right)') Binary operations giving simplified readable expressions for obvious cases. define(`prod_',`ifelse($1,0,0,$1,-0,0,$2,0,0,$2,-0,0,$1,1,`$2',$2,1,`$1', $1,-1,`-($2)',$2,-1,`-($1)',`($1)*($2)')') define(`sum_',`ifelse($1,0,`$2',$1,-0,`$2',$2,0,`$1',$2,-0,`$1', index($2,-),0,`$1$2',`($1+$2)')') define(`diff_',`ifelse($2,0,`$1',$2,-0,`$1',$1,0,`-($2)',$1,-0,`-($2)', `($1-($2))')') Like prod_ but parentheses are *not* added to the first argument, which is assumed to be a variable name without minus define(`Prod_',`ifelse($1,0,0,$1,-0,0,$2,0,0,$2,-0,0,$1,1,`$2',$2,1,`$1', $1,-1,`-($2)',$2,-1,`-$1',`$1*($2)')') Unary arithmetic operations (for single terms: use parentheses when necessary!) define(`abs_',`ifelse(index($1,-),0,`substr($1,1)',`$1')') define(`neg_',`ifelse($1,0,0,index($1,-),0,`substr($1,1)',-`$1')') define(`sign_',`ifelse(index($1,-),0,-,)') `Vector sum: Vsum_(A,B) evaluates to A+B with dpic, A+(B.x,B.y) with gpic' define(`Vsum_',`ifdpic(`$1'+`$2', ``$1'+(`$2'.x,`$2'.y)')') `Vector difference: evaluates to A-(B) with dpic, A-(B.x,B.y) with gpic' define(`Vdiff_',`ifdpic(`$1'-(`$2'), ``$1'-(`$2'.x,`$2'.y)')') `Product of vector and scalar: (V)*(s) with dpic, (V.x*s,V.y*s) with gpic' define(`Vsprod_',`ifdpic((`$1')*(`$2'), `(prod_(`$1'.x,`$2'),prod_(`$1'.y,`$2'))')') `The x,y coordinate pair of a position' define(`Vcoords_',`(`$1').x,(`$1').y') `binary_(n,[m]) binary representation of n, padded to m bits if arg2 is nonblank' define(`binary_',`ifelse(`$2',, `ifelse(eval(`$1'/2>0),1,`binary_(eval(`$1'/2))')eval(`$1'%2)', `ifelse(eval(`$2'>1),1,`binary_(eval(`$1'/2),decr(`$2'))')eval(`$1'%2)')') `hexadecimal_(n,[m]) hexadecimal value of n, padded to m hex digits if arg2 is nonblank' define(`hexadecimal_',`ifelse(`$2',, `ifelse(eval(`$1'/16>0),1, `hexadecimal_(eval(`$1'/16))')`'hex_digit(eval(`$1'%16))', `ifelse(eval(`$2'>1),1, `hexadecimal_(eval(`$1'/16),decr(`$2'))')`'hex_digit(eval(`$1'%16))')') `hex_digit(n) hexadecimal digit for 0 <= n <= 15' define(`hex_digit',`ifelse(eval(`$1'<10),1,`$1', `$1',10,A,`$1',11,B,`$1',12,C,`$1',13,D,`$1',14,E,`$1',15,F)') Vector rotation: returns a pair `vrot_(x,y,ct,st)' define(`vrot_', `diff_(prod_($3,$1),prod_($4,$2)),sum_(prod_($4,$1),prod_($3,$2))') `rot_(x,y,t)' define(`rot_',`vrot_($1,$2,cos($3),sin($3))') `Rot_(X,deg) rotate location by degrees' define(`Rot_',`vrot_($1.x,$1.y,cosd($2),sind($2))') `rrot_(x,y,t)' define(`rrot_',`Here+(rot_($1,$2,$3))') Vector scaling: returns a pair `vscal_(scalefactor,x,y)' define(`vscal_',`prod_($1,$2),prod_($1,$3)') Relative position define(`rpos_',`Here+`$1'') Absolute and relative vector determined by current direction numbers define(`vec_', `(sum_(prod_($1,m4a_),prod_($2,m4c_)),sum_(prod_($1,m4b_),prod_($2,m4d_)))') define(`rvec_',`Here+vec_($1,$2)') Sine and cosine of integer degrees with simplified values for special cases define(`Sin',`ifelse(eval(`$1'<0),1,`neg_(Sin(abs_(eval(`$1'))))',dnl eval(`$1'>180),1,`Sin(eval(`$1'-360))',dnl eval(`$1'>90),1,`Sin(eval(180-(`$1')))',dnl eval(`$1'==90),1,1,eval(`$1'==30),1,0.5,eval(`$1'==0),1,0,sin((`$1')*`dtor_'))') define(`Cos',`Sin(eval($1+90))') Sine and cosine of arbitrary argument in degrees define(`sind',`ifelse(`$1',0,0,`$1',90,1,`$1',-90,-1,sin((`$1')*`dtor_'))') define(`cosd',`ifelse(`$1',0,1,`$1',90,0,`$1',-90, 0,cos((`$1')*`dtor_'))') Constants define(`dtor_',`ifdef(`dtor__',`dtor`'_',`0.017453292519943295')') Deg to rad define(`rtod_',`ifdef(`rtod__',`rtod`'_',`57.295779513082323')') Rad to deg define(`twopi_',`ifdef(`twopi__',`twopi`'_',`6.2831853071795862')') 2*pi define(`pi_',`ifdef(`pi__',`pi`'_',`(twopi_/2)')') pi define(`E__', `2.718281828459045') e define(`log10E_',`0.434294481903252') `log10(E__)' Max, min of an arbitrary number of arguments define(`Max',`ifelse(`$2',,`$1',`max(`$1',Max(shift($@)))')') define(`Min',`ifelse(`$2',,`$1',`min(`$1',Min(shift($@)))')') Dpic May 2001 or later has these built in ifgpic(` define(`abs',`max(`$1',-(`$1'))') define(`sign',`((`$1')/abs(`$1'))') define(`floor',`int(`$1')') `old versions of gpic use the floor function' define(`Int_',`(sign(`$1')*int(abs(`$1')))') `corrected int() fn' define(`loge',`(log(`$1')/log10E_)') define(`expe',`(exp((`$1')*log10E_))') define(`tan', `(sin(`$1')/cos(`$1'))') define(`acos',`atan2(sqrt(1-(`$1')^2),`$1')') `acos(ratio)' define(`asin',`atan2(`$1',sqrt(1-(`$1')^2))') `asin(ratio)' define(`pmod',`((((`$1')%(`$2'))+`$2')%(`$2'))') `+ve mod(M,N) eg pmod(-3,5)=2' ',` define(`Int_',`int(`$1')') ') define(`ceiling_',`(-floor(-(`$1')))') define(`round_',`int(`$1'+sign(`$1')/2)') define(`sqrta',`sqrt(abs(`$1'))') define(`bp__', `*(scale/72)') Absolute Adobe point define(`pt__', `*(scale/72.27)') Absolute TeX point define(`pc__', `*(12*scale/72.27)') Absolute Pica define(`in__', `*scale') Absolute inch define(`cm__', `*(scale/2.54)') Absolute cm define(`mm__', `*(scale/25.4)') Absolute mm define(`px__', `*(scale/ifsvg(dpPPI,96))') Absolute pixels define(`lthick',`(linethick bp__)') Current linethick in drawing units define(`hlth',`(linethick bp__/2)') Half of current linethick in drawing units `Use with \boxdim to get the dimensions of a TeX \hbox boxdim(label, h|w|d|v, default length)' define(`boxdim',`ifelse(`$2',v,`sum_(boxdim(`$1',h,`$3'),boxdim(`$1',d,0))', ifdef(`$1_$2',`$1_$2',ifelse(`$3',,0,`$3')))') `Automatic index generation: P[m4inx]; P[m4inx] ... becomes P[1]; P[2] ... with m4x the final count' define(`m4inx',`define(`m4x',ifdef(`m4x',`incr(m4x)',1))m4x') `String conveniences start here:' `xtract(string,substr1,substr2,...) extract substrings without deletion' define(`xtract',`ifelse(index(`$1',`$2'),-1,,`$2')`'ifelse(`$3',,, `xtract(`$1',shift(shift($@)))')') `Test if in string ifinstr(str,substr,in,str,substr,in,...,notin)' define(`ifinstr',`ifelse(`$2',,`$1',index(`$1',`$2'),-1, `ifinstr(shift(shift(shift($@))))',`$3')') `m4dupstr(string,n,`name') Concatenate string n>0 times in name eg m4dupstr(P,4,`X') defines X to be PPPP' define(`m4dupstr',`define(`$3',)for_(1,ifelse(`$2',,1,`$2'),1, `define(`$3',$3`$1')dnl')') `m4Delch(string,char)' Delete the first char (default _) from a string if the char matches arg2' define(`m4Delch', `ifelse(substr(`$1',0,1),ifelse(`$2',,_,`$2'),`substr(`$1',1)',`$1')') `setkey_(string,key,default,[N]) string contains semicolon-separated terms of the form key=val If string contains key=val; then pushdef(`m4key',(val)) otherwise use default. Nonblank arg4 omits the parentheses.' define(`setkey_', `pushdef(`m4xt',index(`$1',`$2'=))ifelse(m4xt,-1, `pushdef(key_prefix`'$2,`ifelse(`$3',,,ifelse(`$4',,(`$3'),`$3'))')', `define(`m4sktmp',substr(`$1',eval(m4xt+len(`$2')+1)))dnl m4sktmp used later ifelse(index(m4sktmp,;),-1, `pushdef(key_prefix`'$2,ifelse(`$4',,(m4sktmp),m4sktmp))', `pushdef(key_prefix`'$2,ifelse(`$4',,(substr(m4sktmp,0,index(m4sktmp,;))), substr(m4sktmp,0,index(m4sktmp,;))))')')dnl popdef(`m4xt')') define(`key_prefix',`m4') `String with exact typeset dimensions: Requires s_init(name), sinclude(filename.dim), boxdims.sty, and processing twice. If there are two or more args they are given to sprintf(...); e.g. s_box($x^%g_%g$,3,4)' define(`s_box', `ifsvg(`ifelse(`$2',,,`sprintf(')"ifelse(index(`$1',"),0, `substr(`$1',1,eval(len(`$1')-2))',`$1')"ifelse(`$2',,,`,shift($@))')', `define(`m4_k',ifdef(`m4_k',incr(m4_k),1))dnl ifelse(`$2',,,`sprintf(')"ifdef(`s_name',,`{\bf !!}')dnl \boxdims{s_name`'_`'m4_k}{dnl ifelse(index(`$1',"),0,`substr(`$1',1,eval(len(`$1')-2))',`$1')}dnl "ifelse(`$2',,,`,shift($@))') \ wid s_wd(,`textwid') ht s_ht(,`textht')+s_dp')') define(`text_ang',90) `r_text(text,degrees) (requires PSTricks, pgf, or svg)' define(`r_text',`define(`m4txt', `ifelse(index(`$1',"),0,`substr(`$1',1,eval(len(`$1')-2))',`$1')')dnl ifelse(ifpstricks(T)`'ifpgf(T)`'ifsvg(T),T, `define(`m4rtang',`ifelse(`$2',,90,`$2')')dnl ifsvg(`svg_rot(m4rtang,"m4txt")')dnl ifpstricks(`"\rput[c]{m4rtang}(0,0){m4txt}"')dnl ifpgf(`"\pgftext[rotate=m4rtang]{m4txt}"')',"m4txt")') `Like s_box but text is rotated text_ang degrees (requires PSTricks or pgf)' define(`rs_box', `define(`m4_k',ifdef(`m4_k',incr(m4_k),1))dnl ifelse(`$2',,,`sprintf(')"ifdef(`s_name',,`{\bf !!}')dnl \defboxdim{s_name`'_`'m4_k}{dnl ifelse(index(`$1',"),0,`substr(`$1',1,eval(len(`$1')-2))',`$1')}dnl ifpstricks(`\rput[c]{text_ang}(0,0)')ifpgf(`\pgftext[rotate=text_ang]'){dnl ifelse(index(`$1',"),0,`substr(`$1',1,eval(len(`$1')-2))',`$1')}"dnl ifelse(`$2',,,`,shift($@),shift($@))') \ wid s_wd(,textwid)*cosd(text_ang) + (s_ht(,textht)+s_dp)*sind(text_ang) \ ht (s_ht(,textht)+s_dp)*cosd(text_ang)+s_wd(,textwid)*sind(text_ang)') `Initialize string index: s_init(name)' define(`s_init',`define(`s_name',`$1')') `Dimensions of the most recent s_box (or corresponding to the first argument)' define(`s_ht',`boxdim(ifelse(`$1',,`s_name`'_`'m4_k',`$1'),h,`$2')') define(`s_wd',`boxdim(ifelse(`$1',,`s_name`'_`'m4_k',`$1'),w,`$2')') define(`s_dp',`boxdim(ifelse(`$1',,`s_name`'_`'m4_k',`$1'),d,`$2')') `f_box( boxspec, labelargs ) Evaluates to box boxspec s_box(labelargs) or, if there is only one argument, to box invis fill_(1) s_box(arg1) Like s_box but overlays text on a box specified by the first argument, eg f_box( invis fill_(0.9), labelargs)' define(`f_box',`box ifelse(`$2',, `invis fill_(1) s_box($1)', `$1 s_box(shift($@))')') `dot(at location,radius,fill)' define(`dotrad_',(0.02*scale)) define(`dot',`[define(`m4ft',`ifelse(`$3',,0,(`$3'))')dnl ifgpic(`circle rad ifelse(`$2',,`dotrad_',`$2') fill_(m4ft)', `ifdef(`r_',`rgbfill(r_+(1-r_)*m4ft, g_+(1-g_)*m4ft, b_+(1-b_)*m4ft, circle rad ifelse(`$2',,`dotrad_',`$2'))', `circle rad ifelse(`$2',,`dotrad_',`$2') fill_(m4ft)')') dnl `$4'] with .c ifelse(`$1',,`at Here',`$1') move to last [].c') `cross(at location,size); assumes that a cross always has manhattan directions' define(`crosswd_',`ifelse(`$2',,`(0.05*scale)',`($2)')') define(`cross',`[{line from Here+(0,neg_(crosswd_)) to Here+(0,crosswd_)} line from Here+(neg_(crosswd_),0) to Here+(crosswd_,0) `$3'] with .c ifelse(`$1',,`at Here',`$1'); move to last [].c') `boxcoord(name,xfraction,yfraction) internal position in a named planar object' define(`boxcoord', `(`$2' between `$1'.w and `$1'.e,`$3' between `$1'.s and `$1'.n)') `shadebox(box boxspec,shadewid)' Shaded box define(`shadebox',` $1 m4t1 = linethick define(`m4h',`ifelse(`$2',,m4t1*5/4,`($2)')')dnl define(`m4v',`(m4h+m4t1)/2 bp__')dnl {line thickness m4h outlined "gray" from last box.sw+(m4v,neg_(m4v)) \ to last box.se+(m4v,neg_(m4v)) then to last box.ne+(m4v,neg_(m4v))} {move to last box.se+(m4v,neg_(m4v))+(m4h/2 bp__,neg_(m4h)/2 bp__)} ') `hatchbox(boxspec,hashsep,hatchspec,ang)' `manhattan box with hatching at ang degrees' define(`hatchbox',`[ a = pmod((ifelse(`$4',,45,`$4')+90),180)-90 if a >=0 then { B: box invis `$1' with .nw at (0,0) } \ else { B: box invis `$1' with .sw at (0,0) } ds = ifelse(`$2',,0.075*scale,`$2') ifelse(`$3',,`thicktemp = linethick; thinlines_') ca = cosd(a); sa = sind(a) if abs(a) < 0.1 then { for y = ds to B.ht by ds do { line from B.nw-(0,y) to B.ne-(0,y) } } \ else { if abs(a-90) < 0.1 then { for x = ds to B.wid by ds do { line from B.nw+(x,0) to B.sw+(x,0) } } \ else { d = min(B.wid,B.ht)/5 if a>=0 then { T: B.nw for lp=1 to 0 by -1 do { T: T+(ds*sa,-ds*ca); Q: T+(ca*d,sa*d) S: (0,intersect_(T,Q,B.nw,B.sw).y) if (-S.y) > B.ht then { S: (intersect_(T,Q,B.sw,B.se).x,-B.ht) } F: (intersect_(T,S,B.nw,B.ne).x,0) if F.x > B.wid then { F: (B.wid,intersect_(T,S,B.ne,B.se).y) } lp=((-F.y)<=B.ht && F.x<=B.wid) # Use this with dpic-2017.08.24 or later: # if lp then { line from S to F `$3' } line from S*lp to F*lp `$3' } } else { T: B.sw for lp=1 to 0 by -1 do { T: T+(-ds*sa,ds*ca); Q: T+(-ca*d,-sa*d) S: intersect_(T,Q,B.nw,B.sw) if S.y > B.ht then { S: (intersect_(T,Q,B.nw,B.ne).x,B.ht) } F: intersect_(T,S,B.sw,B.se) if F.x > B.wid then { F: (B.wid,intersect_(T,S,B.ne,B.se).y) } lp=(F.y<=B.ht && F.x<=B.wid) # Use this with dpic-2017.08.24 or later: # if lp then { line from S to F `$3' } line from S*lp to F*lp `$3' } } } } ifelse(`$3',,`linethick_(thicktemp)') box wid B.wid ht B.ht at B `$1' `$5' ]' ) `lbox(wid,ht,type) box oriented in current direction; type= eg dotted' define(`lbox',`pushdef(`m4bwd',ifelse(`$1',,boxwid,(`$1')))dnl pushdef(`m4bht',ifelse(`$2',,boxht,(`$2')))dnl line from rvec_(m4bwd,0) \ to rvec_(m4bwd,m4bht/2) \ then to rvec_(0,m4bht/2) \ then to rvec_(0,neg_(m4bht)/2) \ then to rvec_(m4bwd,neg_(m4bht)/2) \ then to rvec_(m4bwd,0) `$3' popdef(`m4bwd')popdef(`m4bht') ') `rotbox(wid,ht,type,[r=val|t=val]) box oriented in current direction in [] block; wd and ht are distances between line centers. type= eg dotted shaded "green" if arg4 is r=val then the corner radius is val if arg4 is t=val then a "superellipse" is drawn using a spline of tension val (dpic only), e.g. Point_(30); rotbox(,,dashed,t=0.8) If a spline is used, the bounding box is approximate' define(`rotbox',`[ pushdef(`m4bw2',ifelse(`$1',,(boxwid/2),`(($1)/2)'))dnl pushdef(`m4bh2',ifelse(`$2',,(boxht/2) ,`(($2)/2)'))dnl N: vec_(0, m4bh2) S: vec_(0,-m4bh2) E: vec_( m4bw2,0) W: vec_(-m4bw2,0) ifinstr(`$4',`r=', `setkey_(`$4',r,0)dnl brad = Min(m4r,m4bh2,m4bw2) sectors = 9 C[0]: (m4bw2-brad,m4bh2-brad) C[1]: (-m4bw2+brad,m4bh2-brad) C[2]: (-m4bw2+brad,-m4bh2+brad) C[3]: (m4bw2-brad,-m4bh2+brad) for j=0 to 3 do { for i=0 to sectors do { T: C[j]+(Rect_(brad,j*90+i*90/sectors)) P[i]: vec_(T.x,T.y) } fitpoints(P,sectors,0,Pf,j*(sectors+1)) } spline ctension_ `$3' from Pf[0] to Pf[1] for i=2 to 4*(sectors+1)-1 do { continue to Pf[i] } continue to Pf[0] ', `$4',`t=', `setkey_(`$4',t,0)dnl spline ifdpic(m4t) from E to vec_(m4bw2,m4bh2) \ then to vec_(-m4bw2,m4bh2) \ then to ifgpic(W `$3'; spline to) vec_(-m4bw2,-m4bh2) \ then to vec_( m4bw2,-m4bh2) \ then to E `$3' ', `NE: vec_( m4bw2,m4bh2) SE: vec_( m4bw2,-m4bh2) NW: vec_(-m4bw2,m4bh2) SW: vec_(-m4bw2,-m4bh2) line from E to NE then to NW then to SW then to SE then to E `$3' ') popdef(`m4bw2')popdef(`m4bh2') `$5' ]') `rotellipse(wid,ht,type) ellipse oriented in current direction and enclosed in a [] block, e.g. Point_(45); rotellipse(,,dotted fill_(0.9))' define(`rotellipse', `[define(`m4ehw',(ifelse(`$1',,ellipsewid,`($1)')/2))dnl define(`m4ehh',(ifelse(`$2',,ellipseht,`($2)')/2))dnl N: vec_(0,m4ehh); E: vec_(m4ehw,0); S: vec_(0,-m4ehh); W: vec_(-m4ehw,0) C: (0,0) spline ifdpic( `ctension_ from S to vec_(m4ehw,-m4ehh) \ then to vec_(m4ehw,m4ehh) then to vec_(-m4ehw,m4ehh) \ then to vec_(-m4ehw,-m4ehh) then to S', `from S to vec_(m4ehw/64,-m4ehh) \ for_(1,31,1, `then to vec_(m4ehw*sin(twopi_*m4x/32),-m4ehh*cos(twopi_*m4x/32))\')\ then to vec_(-m4ehw/64,-m4ehh) then to S') \ `$3'] wid 2*sqrt((m4a_*m4ehw)^2+(m4b_*m4ehh)^2) \ ht 2*sqrt((m4c_*m4ehw)^2+(m4d_*m4ehh)^2)') `ellipsearc(wid,ht,startrads,endrads, rotangle,cw|ccw,linetype) e.g. ellipsearc(2,1,0,pi_,pi_/4,,dashed) arg5 is the angle of the wid axis Internal locations Start, End, C' define(`ellipsearc',`[ C: (0,0) a_earc = ifelse(`$1',,ellipsewid,`($1)')/2 b_earc = ifelse(`$2',,ellipseht,`($2)')/2 sa_earc = ifelse(`$3',,0,`$3') ea_earc = ifelse(`$4',,pi_/2,`$4') define(`m4ca',`ifelse(`$5',,1,cos(`$5'))')dnl define(`m4sa',`ifelse(`$5',,0,sin(`$5'))')dnl ifinstr(`$6',ccw,`define(`m4cw',ccw)', `ifinstr(`$6',cw,`define(`m4cw',cw)',`define(`m4cw',ccw)')') ifelse(m4cw,ccw, `if ea_earc < sa_earc then { ea_earc += twopi_ }', `if ea_earc > sa_earc then { ea_earc -= twopi_ }') n = max(4,floor(abs((ea_earc-sa_earc)/(10*dtor_)))+1) for i=0 to n do { aa = sa_earc+i/n*(ea_earc-sa_earc) P[i]: (vrot_(a_earc*cos(aa),b_earc*sin(aa),m4ca,m4sa)) } Start: P[0] End: P[n] fitcurve(P,n,`$7') ]') Small space for string justification #efine(`sp_',`ifgpic(`\hbox{$\:$}')iflatex(`\hbox{$\;$}')') define(`sp_',`ifgpic(`\hbox{$\:$}')') `Select arg 1 if it begins with " or sprintf, else arg 2' define(`m4lstring',`ifelse( index(`$1',"),0,`$1',index(`$1',sprintf),0,`$1',`$2')') `Dimensioning for diagrams: dimension_(linespec, vert offset, label, D|H|W|blank width, tic offset, <-|->) If arg 3 is s_box(...) or rs_box(...) and arg4=D|H|W then arg4 means: D: blank width is the diagonal length of arg3 H: blank width is height of arg3 + textoffset*2 W: blank width is width of arg3 + textoffset*2 otherwise: arg4 is absolute blank width If arg 3 begins with [ it is copied verbatim ' define(`dimension_',`rpoint_(`$1') ; { define(`m4g',ifelse(`$4',,0, `$4',W,(s_wd + ifdpic(textoffset,`2 bp__')*2), `$4',H,(s_ht + s_dp + ifdpic(textoffset,`2 bp__')*2), `$4',D,vlength(s_wd,s_ht),`($4)'))dnl define(`m4h',`(rp_len ifelse((`$4'),(),,neg_(m4g)))')dnl ifelse((`$2'),(),,`if (`$2') != 0 then { m4toff = sign(`$2')*ifelse(`$5',,`3.6bp__',(`$5')) {move to rvec_(0, m4toff) S_dimen_: line to rvec_(0,`$2')} {move to rvec_(rp_len,m4toff) E_dimen_: line to rvec_(0,`$2')} move to rvec_(0,`$2') AS_C: rvec_(rp_len/2,0) }') if m4h > 2*arrowht then { { AS_dimen_: line ifelse(`$6',,<-,index($6,<),0,<-) to rvec_(m4h/2,0) ifelse((`$4'),(),,`move to rvec_(m4g,0)') AE_dimen_: line ifelse(`$6',,->,eval(index($6,>)>0),1,->) \ to rvec_(m4h/2,0) } } else { { AS_dimen_: arrow from rvec_(-arrowht*1.5,0) to Here AE_dimen_: arrow from rvec_(rp_len+arrowht*1.5,0) to rvec_(rp_len,0) } } ifelse(`$3',,, index(`$3',[),0,``$3' at rvec_(rp_len/2,0)', `m4lstring(`$3',"`$3'") at rvec_(rp_len/2,0)') }') `Dimensioning for arcs: arcdimension_(arcspec, outward radial offset, label, D|H|W|blank width, tic offset, <-|->) Like dimension_ but arg1 defines the arc to be dimensioned as "arc invis $1" and arg2 is the outward radial distance, possibly negative, of the dimensioning arrow. If arg 3 is s_box(...) or rs_box(...) and arg4=D|H|W then arg4 means: D: blank width is the diagonal length of arg3 H: blank width is height of arg3 + textoffset*2 W: blank width is width of arg3 + textoffset*2 otherwise: arg4 is absolute blank width ' define(`arcdimension_',`arc invis `$1' ; { M4ArcC: last arc.c m4Arcr = last arc.rad m4sang = atan2(last arc.start.y-M4ArcC.y,last arc.start.x-M4ArcC.x) m4eang = atan2(last arc.end.y-M4ArcC.y,last arc.end.x-M4ArcC.x) m4hang = (m4sang+m4eang)/2 m4voff = ifelse(`$2',,0,`$2') m4hr = m4Arcr+m4voff define(`m4g',`ifelse(`$4',,0, `$4',W,(s_wd + ifdpic(textoffset,`2 bp__')*2), `$4',H,(s_ht + s_dp + ifdpic(textoffset,`2 bp__')*2), `$4',D,vlength(s_wd,s_ht), `($4)')')dnl m4ah = abs((m4eang-m4sang)*m4Arcr) ifelse(`$4',,,neg_(m4g)) if m4voff != 0 then { m4toff = sign(m4voff)*ifelse(`$5',,`3.6bp__',(`$5')) { line from M4ArcC+(rect_(m4Arcr+m4toff,m4sang)) \ to M4ArcC+(rect_(m4hr+m4toff,m4sang)) } { line from M4ArcC+(rect_(m4Arcr+m4toff,m4eang)) \ to M4ArcC+(rect_(m4hr+m4toff,m4eang)) } } if m4ah > 2*arrowht then { define(`m4cw',`ifinstr(patsubst(|`$1'|,` ',|),|cw|,cw)') m4gang = ifelse(m4cw,,-)atan2(m4g/2,m4Arcr) { arc m4cw ifelse(`$6',,<-,index(`$6',<),0,<-) \ from M4ArcC+(rect_(m4hr,m4sang)) \ to M4ArcC+(rect_(m4hr,m4hang+m4gang)) rad m4hr with .c at M4ArcC arc m4cw ifelse(`$6',,->,eval(index(`$6',>)>0),1,->) \ from M4ArcC+(rect_(m4hr,m4hang-m4gang)) \ to M4ArcC+(rect_(m4hr,m4eang)) rad m4hr with .c at M4ArcC } } else { m4aht = ifelse(m4cw,,-)atan2(arrowht*1.5,m4Arcr) { arc -> m4cw from M4ArcC+(rect_(m4hr,m4sang+m4aht)) \ to M4ArcC+(rect_(m4hr,m4sang)) rad m4hr with .c at M4ArcC arc -> ifelse(m4cw,,cw) from M4ArcC+(rect_(m4hr,m4eang-m4aht)) \ to M4ArcC+(rect_(m4hr,m4eang)) rad m4hr with .c at M4ArcC } } ifelse(`$3',,,`m4lstring(`$3',"`$3'") at M4ArcC+(rect_(m4hr,m4hang))') }') `shade(gray value,closed line specs) Fill an arbitray closed curve with a gray value 0=black, 1=white, (requires gpic, pstricks, or postscript out)' define(`shade',`beginshade(`$1') `$2' endshade') # Graduated shading is probably best done using the built-in functions # of PSTricks or the somewhat equivalent tikz capabilities. Other # postprocessors do not have the same functionality so the following # demonstrates how it can be done in the pic language with m4 macros. # # `ShadedPolygon(vertexseq,line attributes, # sweep angle (degrees),colorseq) # arg1 is a colon (:)-separated sequence of # positions or position names, the vertices in # order (cw or ccw) of the polygon. Colored # shade lines are drawn perpendicular to the # sweep angle. A colorseq is of the form # 0,r0,g0,b0, # frac1,r1,g1,b1, # frac2,r2,g2,b2, # ... # 1,rn,gn,bn' #`e.g. ShadedPolygon((0,0):(0,1):(2,1):(2,0),,0, 0,1,1,1, 1,1,0,0)' # define(`ShadedPolygon',`[ Origin: Here define ShadedPline { if $`'1 > d[pL] then { qL = pL; pL = qL + 1; if pL > nverts then {pL = 1} dL = d[pL]-d[qL] } if $`'1 > d[pR] then { qR = pR; pR = qR - 1; if pR < 1 then {pR = nverts} dR = d[pR]-d[qR] } if (dL != 0) && (dR != 0) then { M4L: ($`'1-d[qL])/dL between V[qL] and V[pL] M4R: ($`'1-d[qR])/dR between V[qR] and V[pR] line outlined rgbstring($`'2,$`'3,$`'4) from M4L to M4R } } m4shadedpverts(V,1,patsubst(patsubst(`$1',`,',|),:,`,')) nverts = m4vx T: (Rect_(1,`$3')) p0 = 1; d[1] = T.x*V[1].x + T.y*V[1].y pm = 1 for i=2 to nverts do { d[i] = T.x*V[i].x + T.y*V[i].y if d[i] < d[p0] then { p0 = i } if d[i] > d[pm] then { pm = i } } d0 = d[p0]; dmx = d[pm]-d0 for i=1 to nverts do { d[i] = (d[i]-d0)/dmx } qL = p0; pL = qL + 1; if pL > nverts then { pL = 1 }; dL = d[pL]-d[qL] qR = p0; pR = qR - 1; if pR < 1 then { pR = nverts }; dR = d[pR]-d[qR] nlines = int(1.5*dmx/lthick) NeedDpicTools ShadeObject(ShadedPline,nlines,shift(shift(shift($@)))) \ with .Origin at Origin Midpt: 0.5 between V[1] and V[nverts] line `$2' \ from Midpt to for_(1,m4vx,1,`V[m4x] then to\') Midpt Start: V[p0]; End: V[pm] ]') define(`m4shadedpverts',` ifelse($3,,,`$1[$2]: patsubst(`$3',|,`,') define(`m4vx',$2) m4shadedpverts(`$1',incr(`$2'),shift(shift(shift($@))))')') define(`color255',`round_((`$1')*255),round_((`$2')*255),round_((`$3')*255)') `like shade(,) but without the argument: beginshade(gray value) closed line specs endshade' define(`beginshade',`define(`m4_shade',`ifelse(`$1',,`fillval',`($1)')')dnl ifelse(m4picprocessor,gpic, `command sprintf("\special{sh %g}",1-m4_shade)', m4postprocessor,mfpic, `ifelse(`$1',0, `command "\gfill\draw\lclosed"', `if (m4_shade<0.99) then { command sprintf(`"\shade[%gpt]\draw\lclosed"',expe((m4_shade-0.3)*2))}')', m4postprocessor,mpost, `command "def Y="', m4postprocessor,svg, `command sprintf("",\ color255(m4_shade,m4_shade,m4_shade) )', m4postprocessor,pgf, `command "\global\let\dpicshdraw=\dpicdraw\global\def\dpicdraw{}" command "\global\def\dpicstop{--}" command sprintf("\dpicshdraw[fill=white!%g!black]",m4_shade*100)', m4postprocessor,pstricks, `command sprintf("\newgray{m4fillv}{%g}",m4_shade) command sprintf("\pscustom[fillstyle=solid,fillcolor=m4fillv]{%%")', m4postprocessor,postscript, `command "/endstroke {}def /npath {}def newpath"')dnl ')') define(`endshade', `ifelse(m4postprocessor,pstricks, `command "}%"', m4postprocessor,postscript, `command sprintf(" gsave %g setgray fill grestore",m4_shade) command "/endstroke {ostroke} def /npath {newpath} def endstroke"', m4postprocessor,pgf, `command "cycle; \global\let\dpicdraw=\dpicshdraw\global\def\dpicstop{;}"', m4postprocessor,svg, `command ""', m4postprocessor,mpost, `command "enddef; def drw= enddef; def X=--enddef;" command sprintf("fill Y cycle withcolor %gwhite;",m4_shade) command "def drw=draw enddef; def X=;enddef; Y;"dnl ')') `gshade(gray value,A,B,...,Z,A,B) (Note last two arguments). Shade a polygon with named vertices, attempting to avoid sharp corners.' define(`gshade',`m4tmp = linethick; linethick = 0 shade(`$1',line from 0.5 between `$2' and `$3' \ to gpolyline(.004,shift($@)) \ then to 0.5 between `$2' and `$3') linethick = m4tmp') define(`gpolyline',`1-(`$1') between `$2' and `$3' \ then to `$1' between `$3' and `$4' ifelse(`$5',,,`\ then to gpolyline(`$1',shift(shift($@)))')') `m4fshade(gray value,closed curve) internal' ifelse(m4picprocessor,gpic, `define(`m4fshade',`shade(ifelse(`$1',,0,`$1'),`$2')')', m4postprocessor,xfig, `define(`m4fshade',``$2' fill ifelse(`$1',,0,`$1')')', m4postprocessor,svg, `define(`m4fshade', `ifdef(`r_',`rgbfill(color255(r_,g_,b_),`$2')', `shade(ifelse(`$1',,0,`$1'),`$2')')')', `define(`m4fshade', `ifdef(`r_',`rgbfill(r_,g_,b_,`$2')', `shade(ifelse(`$1',,0,`$1'),`$2')')')') `open_arrow(linespec, ht, wid) arrow with outlined head' define(`open_arrow',`arrow invis `$1' m4oatx = Here.x - last arrow.start.x; m4oaty = Here.y - last arrow.start.y m4oatr = (ifelse(`$3',,arrowwid,`$3'))/vlength(m4oatx,m4oaty)/2 line from last arrow.start to Here chop 0 chop ifelse(`$2',,arrowht,`$2') line from last arrow.end to Here+(-m4oaty*m4oatr,m4oatx*m4oatr) \ then to Here-(-m4oaty*m4oatr,m4oatx*m4oatr) then to last arrow.end ') `elchop(E,A) chop for ellipses evaluates to "chop r" where r is the distance from the centre of ellipse E to the intersection of E with a line from E.c to A' `e.g., E:ellipse at (0,0); A:(1,2) line from A to E chop 0 elchop(E,A)' define(`elchop',`chop 0.5 * `$1'.wid * `$1'.ht * sqrt(\ ((`$2'.x-`$1'.x)^2 + (`$2'.y-`$1'.y)^2) /\ ( ((`$2'.x-`$1'.x)*`$1'.ht)^2 + ((`$2'.y-`$1'.y)*`$1'.wid)^2 ) ) ') `vlength(x,y) 2-D vector length' define(`vlength',`sqrt(abs((`$1')^2+(`$2')^2))') `distance(Pos1,Pos2)' distance between positions define(`distance', `vlength(M4Pos(`$1').x-M4Pos(`$2').x,M4Pos(`$1').y-M4Pos(`$2').y)') `lin_leng(linear object)' calculates length define(`lin_leng',`distance(`$1'.start,`$1'.end)') `lin_ang(linear object)' calculates angle define(`lin_ang', `atan2(`$1'.end.y-`$1'.start.y,`$1'.end.x-`$1'.start.x)') `inner_prod(linear obj,linear obj)' define(`inner_prod',`(sum_(dnl prod_(`$1'.end.x-`$1'.start.x,`$2'.end.x-`$2'.start.x),dnl prod_(`$1'.end.y-`$1'.start.y,`$2'.end.y-`$2'.start.y)))') `vperp(linear object, length, [R] ) Vector pair CCW (CW if arg3=R) perpendicular to linear object. The result has length 1 if arg2 is blank of arg1 if arg2 is `0' arg2 otherwise' define(`vperp', `define(`m4pdx',`(`$1'.end.x-`$1'.start.x)')dnl define(`m4pdy',`(`$1'.end.y-`$1'.start.y)')dnl define(`m4pdl',`ifelse(`$2',,`/vlength(m4pdx,m4pdy)',`$2',0,, `*(`$2')/vlength(m4pdx,m4pdy)')')dnl ifinstr(`$3',R, `(m4pdy`'m4pdl),(-m4pdx`'m4pdl)',`(-m4pdy`'m4pdl),(m4pdx`'m4pdl)')') `Vperp(Pos1,Pos2, length, [R]) Vector pair CCW (CW if arg4=R) perpendicular to line joining two named positions. The result has length 1 if arg3 is blank distance arg1 to arg2 if arg3 is `0' arg3 otherwise' define(`Vperp', `define(`m4pdx',`(`$2'.x-`$1'.x)')dnl define(`m4pdy',`(`$2'.y-`$1'.y)')dnl define(`m4pdl',`ifelse(`$3',,`/vlength(m4pdx,m4pdy)',`$3',0,, `*(`$3')/vlength(m4pdx,m4pdy)')')dnl ifinstr(`$4',R, `(m4pdy`'m4pdl),(-m4pdx`'m4pdl)',`(-m4pdy`'m4pdl),(m4pdx`'m4pdl)')') `Equidist3(Pos1,Pos2,Pos3,Result,distance) Result is the name of the point equidistant from named Pos1, Pos2, Pos3 arg4 nonblank: the common distance eg Equidist3(A,B,C,D) arc from A to C with .c at D' define(`Equidist3',` M4tmp_P1: 0.5 between `$1' and `$2' M4tmp_T1: M4tmp_P1+(Vperp(`$1',`$2')) M4tmp_P2: 0.5 between `$2' and `$3' M4tmp_T2: M4tmp_P2+(Vperp(`$2',`$3')) `$4': intersect_(M4tmp_P1,M4tmp_T1,M4tmp_P2,M4tmp_T2) ifelse(`$5',,,`$5 = distance(`$4',`$1');') ') `Cintersect(Pos1,rad1,Pos2,rad2,[R]) Upper (lower if arg5=R) intersection of circles at Pos1 and Pos2, radius rad1 and rad2 Supercedes obsolete cintersect which is kept for consistnecy' define(`Cintersect', `define(`m4Cr1',`ifelse(`$2',,circlerad,(`$2'))')dnl define(`m4Cr2',`ifelse(`$4',,circlerad,(`$4'))')dnl define(`m4cdx',`(M4Pos(`$3').x-M4Pos(`$1').x)')dnl define(`m4cdy',`(M4Pos(`$3').y-M4Pos(`$1').y)')dnl define(`m4cls',`(m4cdx^2+m4cdy^2)')dnl define(`m4cq',`((m4cls+m4Cr1^2-m4Cr2^2)/2)')dnl (m4cq/m4cls between `$1' and `$3') ifinstr(`$5',R,-,+)\ (vscal_(sqrt(max(0,m4cls*m4Cr1^2-m4cq^2))/m4cls,-m4cdy,m4cdx))') define(`cintersect',`Cintersect($@)') `LCintersect(Name of line,Centre,rad,[R]) First (second if arg4 is R) intersection of a line V with a circle at C: solves |V.start+tV-C| = r ' ifdpic( define(`LCintersect', `define(`M4LcX',`$1'.start)define(`M4LcC',`($2)')dnl define(`M4LcV',`(`$1'.end-M4LcX)')define(`M4LcD',`(M4LcX-M4LcC)')dnl define(`m4Lca',`(M4LcV.x^2+M4LcV.y^2)')dnl define(`m4Lcb',`(2*(M4LcV.x*M4LcD.x+M4LcV.y*M4LcD.y))')dnl define(`m4Lcc',`(M4LcD.x^2+M4LcD.y^2-ifelse(`$3',,circlerad,`($3)')^2)')dnl define(`m4Lct', `(-m4Lcb ifinstr(`$4',R,+,-) sqrta(m4Lcb^2-4*m4Lca*m4Lcc))/(2*m4Lca)')dnl (m4Lct between `$1'.start and `$1'.end)') `LEintersect(Name of line, Centre,ellipsewd,ellipseht, [R]) First (second if arg5 is R) intersection of a line (or move) and ellipse at C' define(`LEintersect', `define(`M4LEX',`$1'.start)define(`M4LEC',`($2)')dnl define(`M4LEV',`(`$1'.end-M4LEX)')define(`M4LED',`(M4LEX-M4LEC)')dnl define(`m4LEqa',`(ifelse(`$3',,ellipsewid,`($3)')/2)')dnl define(`m4LEqb',`(ifelse(`$4',,ellipseht,`($4)')/2)')dnl define(`m4LEa',`(M4LEV.x^2/m4LEqa^2+M4LEV.y^2/m4LEqb^2)')dnl define(`m4LEba',`(M4LEV.x*M4LED.x/m4LEqa^2+M4LEV.y*M4LED.y/m4LEqb^2)')dnl define(`m4LEc',`(M4LED.x^2/m4LEqa^2+M4LED.y^2/m4LEqb^2-1)')dnl define(`m4LEt', `(-m4LEba ifinstr(`$5',R,+,-) sqrta(m4LEba^2-m4LEa*m4LEc))/m4LEa')dnl (m4LEt between `$1'.start and `$1'.end)') ) `LCtangent(Pos,Center,rad,[R]) Left (right if arg4=R) tangent point of line from Pos to circle at Center with radius arg3' define(`LCtangent',`ifdpic( `define(`m4dx',`((`$1').x-(`$2').x)')define(`m4dy',`((`$1').y-(`$2').y)')', `define(`m4dx',`(`$1'.x-`$2'.x)')define(`m4dy',`(`$1'.y-`$2'.y)')')dnl define(`m4lcr',`ifelse(`$3',,circlerad,`($3)')')dnl define(`m4dsq',`(m4dx^2+m4dy^2)')dnl (`$2'+\ (m4dx*m4lcr^2/m4dsq ifinstr(`$4',R,-,+)m4dy*m4lcr*sqrt(m4dsq-m4lcr^2)/m4dsq,\ m4dy*m4lcr^2/m4dsq ifinstr(`$4',R,+,-)m4dx*m4lcr*sqrt(m4dsq-m4lcr^2)/m4dsq))') `LEtangent(Pos,Center,ellipsewid,ellipseht,[R]) Left (right if arg5=R) tangent point of line from Pos to ellipse at Center' define(`LEtangent', `define(`m4LEta',`(ifelse(`$3',,ellipsewid,`($3)')/2)')dnl define(`m4LEtb',`(ifelse(`$4',,ellipseht, `($4)')/2)')dnl define(`M4LP',`($1-($2))')dnl define(`M4LET',`LCtangent((M4LP.x/m4LEta,M4LP.y/m4LEtb),`(0,0)',1,`$5')')dnl (`$2'+(M4LET.x*m4LEta,M4LET.y*m4LEtb))') `langle(Start,End) Angle relative to horizontal of a line between two points' define(`langle', `atan2(M4Pos(`$2').y-M4Pos(`$1').y,M4Pos(`$2').x-M4Pos(`$1').x)') `ArcAngle(Pos1,Pos2,Pos3,radius,attributes) arc angle symbol drawn ccw at Pos2 arg4: radius from Pos2 arg5: line attributes, e.g. thick linethick/2' define(`ArcAngle',`arcr(`$2',ifelse(`$4',,arcrad,`$4'), langle(`$2',`$1'),langle(`$2',`$3'),`$5') ') `RightAngle(Pos1,Pos2,Pos3,linelen,attributes) Draw a right angle symbol at Pos2 arg4: size arg5: line attributes, e.g. outlined "gray"' define(`RightAngle', `RightA_C: `$1'; RightA_N: `$2'; RightA_B: `$3' define(`m4AngleLen',`ifelse(`$4',,linewid/5,`$4')') angleCNB = atan2(RightA_C.y-RightA_N.y,RightA_C.x-RightA_N.x) M4AB0: (RightA_B-RightA_N)/distance(RightA_B,RightA_N) M4CN0: (RightA_N-RightA_C)/distance(RightA_N,RightA_C) move to RightA_N - M4CN0*m4AngleLen line to Here + M4AB0*m4AngleLen then to RightA_N + M4AB0*m4AngleLen `$5' ') `PerpTo(Pos,Line,Point) The point on Line of the perpendicular to Pos' define(`PerpTo', `PerpTo_T: move from `$1' to `$1'-(vperp(`$2')) ifelse(`$3',,PerpTo_P,`$3'): Intersect_(PerpTo_T,`$2') ') `Convenience fraction along a linear obj' define(`along_',`between `$1'.start and `$1'.end') `Along_(LinearObj,distance,[R]) position along a linear obj from start to end arg3=R: from end to start' define(`Along_',`(ifelse(`$2',,1,`(`$2')/lin_leng(`$1')') between \ `$1'.ifelse(`$3',R,end,start) and `$1'.ifelse(`$3',R,start,end))') `showbox_(planar object,boxspec,P) Convenience to draw the bounding box of an obj (default last []), e.g. showbox_(B,dotted "Box B")' define(`showbox_',`define(`M4obj',`ifelse(`$1',,last [],`$1')')dnl {box wid M4obj.wid ht M4obj.ht at M4obj `$2' ;} ifinstr(`$3',P,`{print (M4obj.wid,M4obj.ht)}')') `use continue if dpic, otherwise line or other' define(`contline',`ifdpic(continue,ifelse(`$1',,line,`$1'))') `arcto(pos1,pos2,radius,attributes) line toward pos1 with arc toward pos2, similar to Postscript arcto.' define(`arcto', `H_arcto: Here; X_arcto:`$1'; Y_arcto:`$2' U_arcto: X_arcto-(H_arcto.x,H_arcto.y) V_arcto: Y_arcto-(X_arcto.x,X_arcto.y) L_arcto: (vlength(U_arcto.x,U_arcto.y),vlength(V_arcto.x,V_arcto.y)) S_arcto: (U_arcto.x*V_arcto.y-U_arcto.y*V_arcto.x, \ U_arcto.x*V_arcto.x+U_arcto.y*V_arcto.y) if ("`$3'"=="") then { r_arcto = min(L_arcto.x,L_arcto.y)/2 } \ else { r_arcto = `$3' } if (S_arcto.x==0) && (S_arcto.y==0) then { S_arcto:(r_arcto,0) } \ else { S_arcto:(r_arcto,atan2(S_arcto.x,S_arcto.y)) } a_arcto = S_arcto.x*tan(abs(S_arcto.y)/2) if S_arcto.x*S_arcto.y*L_arcto.x*L_arcto.y == 0 \ then { TX_arcto: X_arcto; TY_arcto: X_arcto; C_arcto: X_arcto } \ else { TX_arcto: a_arcto/L_arcto.x between X_arcto and H_arcto TY_arcto: a_arcto/L_arcto.y between X_arcto and Y_arcto C_arcto: TX_arcto + (vscal_(sign(S_arcto.y)*S_arcto.x/L_arcto.x, -U_arcto.y,U_arcto.x)) } Arcto_line: line `$4' from H_arcto \ to TX_arcto ifpstricks(`chop -min(1,linethick)bp__') if S_arcto.y >= 0 then { Arcto_arc: arc `$4' ccw rad r_arcto \ from TX_arcto to TY_arcto with .c at C_arcto } \ else { Arcto_arc: arc `$4' cw rad r_arcto \ from TX_arcto to TY_arcto with .c at C_arcto } ') `m4scale_(linespec,[Bp,Pt,In,Cm]) Draw a scale along a line for debugging' define(`m4scale_',`define(`m4SC',`ifelse(`$2',,I,`substr(`$2',0,1)')')dnl M4line: rpoint_(ifelse(`$1',,`to rvec_(5,0)',`$1')) m4slen = lin_leng(M4line)/(1 dnl ifelse(m4SC,B,bp__,m4SC,P,pt__,m4SC,I,,mm__)) m4ltht = linethick thinlines_ ifelse(ifelse(m4SC,B,T,m4SC,P,T),T, `define(`m4unit',`ifelse(m4SC,B,bp__,pt__)')dnl for i=10 to m4slen-9.9 by 10 do { line up 0.05 from M4line.start+vec_(i m4unit,0) } for i=50 to m4slen-49 by 100 do { line up 0.08 from M4line.start+vec_(i m4unit,0) } for i=0 to m4slen by 100 do { line up 0.1 from M4line.start+vec_(i m4unit,0) sprintf("%g",i) ht 8 m4unit at last line.start below }', m4SC,C, `for i=2 to m4slen-1 by 2 do { line up 0.05 from M4line.start+vec_(i mm__,0) } for i=0 to m4slen by 10 do { line up 0.1 from M4line.start+vec_(i mm__,0) sprintf("%g",i/10) ht 8bp__ at last line.start below }', `for i=1 to m4slen*10-0.9 do { line up 0.05 from M4line.start+vec_(i/10,0) } for i=0.5 to m4slen-0.49 by 0.5 do { line up 0.08 from M4line.start+vec_(i,0) } for i=0 to m4slen do { line up 0.1 from M4line.start+vec_(i,0) sprintf("%g",i) ht 8 bp__ at last line.start below }') linethick_(m4ltht) ') `fitpoints(V,n,m,P,mP)' Compute the controls in P[mP], P[mP+1]... for the spline passing throught points V[m]...V[n] Defines dpic macro dfitpoints() with the same arguments' ifdpic(` define(`fitpoints',`defdfitpoints dfitpoints($@)') define(`defdfitpoints',`ifdef(`dfitpoints__',,`define(`dfitpoints__')dnl patsubst(`define dfitpoints { if "|3"=="" then { m_dfit=0 } else { m_dfit=|3 } if "|5"=="" then { mP_dfit=0 } else { mP_dfit=|5 } n_dfit = |2; np_dfit = n_dfit-m_dfit |4[mP_dfit]: |1[m_dfit] for i_dfit=m_dfit+1 to n_dfit-1 do { |4[mP_dfit+i_dfit-m_dfit]: |1[i_dfit]*(4/3) } |4[mP_dfit+np_dfit]: |1[n_dfit] |4[mP_dfit+1]: |4[mP_dfit+1]-|4[mP_dfit+0]/6 # forward substitution d_dfit[1] = 1 for i_dfit = 2 to np_dfit-1 do { |4[mP_dfit+i_dfit]: \ |4[mP_dfit+i_dfit]-|4[mP_dfit+i_dfit-1]/d_dfit[i_dfit-1]/6 d_dfit[i_dfit] = 1-1/d_dfit[i_dfit-1]/36 } for i_dfit= np_dfit-1 to 1 by -1 do { # backward substitution |4[mP_dfit+i_dfit]: \ (|4[mP_dfit+i_dfit]-|4[mP_dfit+i_dfit+1]/6)/d_dfit[i_dfit] } }',|,$) ') ') ') `fitcurve(V,n,linetype,m (default 0)) Draw a spline through V[m],...V[n] linetype=eg dotted. Works only with dpic. The calculated control points P[i] satisfy approximately: P[0] = V[0] P[i-1]/8 + P[i]*3/4 + P[i+1]/8 = V[i] P[n] = V[n] Defines dpic macro dfitcurve() with the same arguments' ifdpic(` define(`fitcurve',`ifdef(`dfitcurve__',,`define(`dfitcurve__')dnl defdfitpoints patsubst(`define case_dfit { exec sprintf("|%g",floor(|1+0.5)+1); } define dfitcurve { if "|4"=="" then { m_dfit=0 } else { m_dfit=|4 } n_dfit = |2; np_dfit = n_dfit-m_dfit M4P_[0]: |1[m_dfit] case_dfit( min(max(np_dfit,-1),3)+1, spline 0.551784 |3 from M4P_[0] to M4P_[0], spline 0.551784 |3 from M4P_[0] to |1[n_dfit], M4P_[3]: |1[n_dfit]; Q_dfit: (M4P_[3]-M4P_[0])/4 M4P_[1]: |1[m_dfit+1]-Q_dfit; M4P_[2]: |1[m_dfit+1]+Q_dfit spline 0.551784 |3 from M4P_[0] to M4P_[1] then to M4P_[2] then to M4P_[3], fitpoints(|1,|2,|4,M4P_,0) # draw using computed control points spline 0.551784 |3 from M4P_[0] to 11/32 between M4P_[0] and M4P_[1] \ then to 5/32 between M4P_[1] and M4P_[2] for i_dfit=2 to np_dfit-2 do { continue to M4P_[i_dfit] } continue to 27/32 between M4P_[np_dfit-2] and M4P_[np_dfit-1] \ then to 21/32 between M4P_[np_dfit-1] and M4P_[np_dfit] \ then to M4P_[np_dfit]) }',|,$) ') dfitcurve($@) ') ') `Sinusoids and lollipop signals Cosine( amplitude, freq, time, phase )' define(`Cosine',`(`$1')*cos((`$2')*(`$3')ifelse((`$4'),(),,`+(`$4')'))') `lpop(xcoord, ycoord, radius, fill, zeroht) for lollipop graphs' define(`lpop',`dot(at (`$1',`$2'),`$3',`$4') line to (`$1',ifelse(`$5',,0,`$5')) chop ifelse(`$3',,`dotrad_',`$3') chop 0') `sinc(x) the sinc function' define(`sinc',`sin(max(pi_*abs(`$1'),1e-6))/max(pi_*abs(`$1'),1e-6)') `sinusoid(amplitude, frequency, phase, tmin,tmax, linetype ) cosine curve in the current direction (only with dpic) in [ ] brackets; e.g., to draw a dashed sine curve, amplitude a, of n cycles over length 0 to x: sinusoid(a,twopi_*n/x,-pi_/2,0,x,dashed) \ with [.Start|.End|.Origin] at position' ifdpic(` define(`sinusoid', `define(`m4s_a',`ifelse(`$1',,linewid,(`$1'))')dnl define(`m4s_ph',`ifelse(`$3',,0,(`$3'))')dnl define(`m4s_m',`ifelse(`$4',,0,(`$4'))')dnl define(`m4s_M',`ifelse(`$5',,linewid,(`$5'))')dnl [ Origin: (0,0) Tmin: vec_(m4s_m,0) ; Tmax: vec_(m4s_M,0) h = m4s_M-m4s_m ifelse(`$2',,`if h==0 then { f = twopi_ } else { f = twopi_/h }',`f = `$2'') tm = 2*f w0 = tm*m4s_m + 2*m4s_ph h0 = -m4_t_fun(-1,h,m4s_a/2)/h; n = (int(h/(twopi_/(tm/2)))+1)*12 for i = 0 to n do { t = m4s_m+m4_t_fun(h0,h*i/n,m4s_a/2); M4S_[i]: vec_(t,Cosine(m4s_a,f,t,m4s_ph)) } Start: M4S_[0] End: M4S_[n] fitcurve(M4S_,n,`$6') `$7' ]') define(`m4_t_fun', `((`$1'+(`$3'))*(`$2')-(`$3')/tm*(sin(tm*(`$2')+w0)-sin(w0)))') ') define(`def_bisect',`NeedDpicTools') # This macro is obsolete `Colour routines:' `graystring(value in [0,1])' define(`graystring',`rgbstring(`$1',`$1',`$1')') `rgbstring(color triple: values in [0,1]) (example rgbstring(0.2,0.3,0.4) ) or, when allowed by the postprocessor, rgbstring(color name) xcolor example: rgbstring(blue!20!black!30) evaluates to a string for use in `outlined string' or `shaded string' (mpost,PSTricks,pdf,tikz-pgf,postscript,svg only)' ifelse( m4postprocessor,pstricks,`define(`rgbstring',`ifelse(`$2',,`"$1"', `sprintf("{rgb,1:red,%7.5f;green,%7.5f;blue,%7.5f}",`$1',`$2',`$3')')')', m4postprocessor,pgf, `define(`rgbstring',`ifelse(`$2',,`"$1"', `sprintf("{rgb,1:red,%7.5f;green,%7.5f;blue,%7.5f}",`$1',`$2',`$3')')')', m4postprocessor,svg, `define(`rgbstring', `sprintf("rgb(%g,%g,%g)",color255(`$1',`$2',`$3'))')', m4postprocessor,mpost, `define(`rgbstring',`ifelse(`$2',,`"$1"', `sprintf("(%g,%g,%g)",`$1',`$2',`$3')')')', m4postprocessor,pdf, `define(`rgbstring', `sprintf("%g %g %g",`$1',`$2',`$3')')', m4postprocessor,postscript,`define(`rgbstring', `sprintf("%g %g %g",`$1',`$2',`$3')')', `define(`rgbstring',"")') `setrgb(red value, green value, blue value, [name],[D][F]) define colour for lines and text. arg5 (svg only): D=draw, F=fill SVG values are 0 to 255 see also \usepackage{latexcolors} and latexcolor.com' define(`setrgb',`pushdef(`r_',`$1')pushdef(`g_',`$2')pushdef(`b_',`$3')dnl pushdef(`m4cl_',ifelse(`$4',,lcspec,`$4'))dnl ifelse(m4postprocessor,pstricks, `command sprintf("\definecolor{m4cl_}{rgb}{%7.5f,%7.5f,%7.5f}%%",r_,g_,b_) command sprintf("\color[rgb]{%7.5f,%7.5f,%7.5f}%%",r_,g_,b_) command "\psset{linecolor=m4cl_}%%" ', m4postprocessor,svg,` command ""', m4postprocessor,pgf,` command sprintf("\definecolor{m4cl_}{rgb}{%7.5f,%7.5f,%7.5f}%%",r_,g_,b_) command sprintf("\color[rgb]{%7.5f,%7.5f,%7.5f}%%",r_,g_,b_) ifdef(`m4pco',, `command "\global\let\dpiclidraw=\dpicdraw\global\let\dpicfidraw=\filldraw" command "\global\def\dpicdraw{\dpiclidraw[color=m4cl_]}" command "\global\def\filldraw{\dpicfidraw[color=m4cl_]}"pushdef(`m4pco')')', m4postprocessor,mpost,` command "def drw=draw enddef; def X=lcolr;enddef;" command sprintf("def m4cl_=(%7.5f,%7.5f,%7.5f)enddef;",r_,g_,b_) command "def lcolr=withcolor m4cl_ enddef;"' )') `resetrgb: reset to previous colour definitions' define(`resetrgb',`popdef(`m4cl_')popdef(`r_')popdef(`g_')popdef(`b_')dnl ifelse(m4postprocessor,pstricks,`ifdef(`r_', `command sprintf("\definecolor{m4cl_}{rgb}{%7.5f,%7.5f,%7.5f}%%",r_,g_,b_) command sprintf("\color[rgb]{%7.5f,%7.5f,%7.5f}%%",r_,g_,b_) command "\psset{linecolor=m4cl_}%%" ', `command "\psset{linecolor=black}\color{black}%"') ', m4postprocessor,svg,` command "" ', m4postprocessor,pgf,` popdef(`m4pco') ifdef(`m4pco', `command sprintf("\definecolor{lcspec}{rgb}{%7.5f,%7.5f,%7.5f}%%",r_,g_,b_) command sprintf("\color[rgb]{%7.5f,%7.5f,%7.5f}%%",r_,g_,b_)', `command "\color{black}\global\let\dpicdraw=\dpiclidraw%" command "\global\let\filldraw=\dpicfidraw"') ', m4postprocessor,mpost,` command "def X=;enddef; def lcolr= enddef;"' )') `rgbdraw(color triple, drawing commands) SVG: 0 to 255' define(`rgbdraw',`setrgb(`$1',`$2',`$3',,ifsvg(D)) shift(shift(shift($@))) resetrgb ') `rgbfill(color triple, closed path) (PSTricks,svg,pgf-tikz,mpost) SVG colors: 0 to 255 ' define(`rgbfill',` ifelse(m4postprocessor,pstricks, `command sprintf("\definecolor{fcspec}{rgb}{%7.5f,%7.5f,%7.5f}%%",\ `$1',`$2',`$3') command sprintf("\pscustom[fillcolor=fcspec,fillstyle=solid]{%%") shift(shift(shift($@))) command "}%"', m4postprocessor,svg, `setrgb(`$1',`$2',`$3',,ifsvg(F)) shift(shift(shift($@))) resetrgb', m4postprocessor,pgf, `command \ sprintf("\definecolor{fcspec}{rgb}{%7.5f,%7.5f,%7.5f}%%",`$1',`$2',`$3') command "\global\def\dpicstop{--}" command "\global\let\dpicfdraw=\dpicdraw\global\def\dpicdraw{}" command "\path[fill=fcspec]" {`$4'} command "cycle; \global\let\dpicdraw=\dpicfdraw\global\def\dpicstop{;}" `$4'', m4postprocessor,mpost, `command "def Y=" shift(shift(shift($@))) command "enddef; def drw= enddef; def X=--enddef;" command sprintf("fill Y cycle withcolor (%7.5f,%7.5f,%7.5f);",`$1',`$2',`$3') command "def drw=draw enddef; def X=;enddef; Y;"' )') Pstricks conditional command define(`psset_',`ifpstricks(`dnl command sprintf("\psset{$@}%%") ')') Kludge for SVG color-filled line ifsvg( `define(`m4c_l',`ifdef(`r_',`colored rgbstring(r_,g_,b_)')')', `define(`m4c_l',)') Adjust fill value if gpic is used define(`fill_',`dnl fill ifgpic(`1-(')ifelse(`$1',,fillval,`$1') ifgpic(`)')') define(`m4dir',right) define(`m4_k',0) Define m4x_ etc for horiz and vert lines manhattan divert(0)dnl Circuit_macros9.5/liblog.m40000644060175006010010000013523013774371763014730 0ustar DwightNonedivert(-1) liblog.m4 Logic gates * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`liblog_') ifdef(`libgen_',,`include(libgen.m4)divert(-1)') ifdef(`libcct_',,`include(libcct.m4)divert(-1)') `Notes: ================================================================== Gates other than BUFFER and NOT have an optional integer argument N that sets the number of input locations, which then have labels In1 to InN. BUFFER and NOT gates have In1 only. If there is a first argument, it is a line specification and the gate is drawn along the line as for a two-terminal element. NEGATED inputs are obtained if the second argument is N (uppercase n). DEBUGGING: The statement print "`$0'($@)" ; inserted into a macro will display the macro name and current arguments =========================================================================' `Nonzero parameter for logic size and grid mesh' define(`L_unit',`(linewid/10)') `Dimensions in L_units, also for external use:' define(`G_hht',3) `gate half-height' define(`AND_ht',`(2*G_hht)') `gate heights and widths ...' define(`AND_wd',7) define(`BUF_ht',4) define(`BUF_wd',3.5) define(`OR_rad',7) `OR input radius' define(`XOR_off',1) `XOR and NXOR parameter' define(`N_diam',(3/2)) `not-circle diameter' define(`N_rad',`(N_diam/2)') `not-circle radius' define(`NOT_rad',`(N_rad*L_unit)') `scaled radius eg line chop NOT_rad' define(`H_ht',2) `Hysteresis symbol dimen' define(`Mx_pins',6) `max number of gate input pins without extensions Possibly 4 is better for negated inputs' define(`FF_wid',12) `Bistable (flipflop)' define(`FF_ht',18) define(`Mux_wid',8) `Multiplexer defaults' define(`Mux_ht',18) define(`lg_plen',4) `Logic pin' define(`lg_pinsep',`(3*L_unit)') `logic pin separation in logic units' define(`lg_chipwd',`(18*L_unit)') `default chip width' define(`lg_pintxt', `"ifxfig(`$1',`ifsvg(`svg_small(`$1',75)',`sp_{\scriptsize `$1'}sp_')')"') `Logic pin text with bar where possible' define(`lg_bartxt',`iflatex(`$\overline{\hbox{`$1'}}$',`$1')') `The comma has to be at the top level' define(`m4_pattocomma',`patsubst(`$1',`$2',`,')') `Scale grid coordinates to world coordinates' define(`grid_',`(vscal_(L_unit,`$1',`$2'))') `Scale and rotate grid coords to world coords' define(`svec_',`vec_(vscal_(L_unit,`$1',`$2'))') `Relative svec_' define(`rsvec_',`Here+svec_(`$1',`$2')') `NOT_circle convenience for drawing NOT circles' define(`NOT_circle',`circle diam N_diam*L_unit') `LH_symbol([U|D|L|R|degrees][I]) I=inverted logical hysteresis symbol' define(`LH_symbol',`[ define(`m4LH',`$1') dnl sc_draw(`m4LH',I,`define(`m4Hs',-H_ht)',`define(`m4Hs',H_ht)')setdir_(m4LH,R) line to svec_(H_ht,0) \ then to svec_(1.1*H_ht,m4Hs) line from rsvec_(0.4*H_ht,0) \ to rsvec_(-0.6*H_ht,0) \ then to rsvec_(-0.7*H_ht,-(m4Hs)) `$2'; resetdir_ ] ') `LT_symbol(U|D|L|R|degrees) triangle_symbol' define(`LT_symbol', `[ setdir_(`$1',R) line to svec_(0,H_ht*5/8) then to svec_(H_ht,0) \ then to svec_(0,-H_ht*5/8) then to Here `$2'; resetdir_ ] ') `BOX_gate(inputs,output,swid,sht,label) drawn in the current direction args 3 and 4 are L_unit values inputs=[P|N]* output=P|N' define(`BOX_gate',`dnl define(`m4m',`ifelse(`$1',,2,len(`$1'))')define(`m4a',`$1')dnl define(`m4h',`ifelse(`$3',,AND_wd,`$3')')dnl define(`m4v',`ifelse(`$4',,AND_wd,`$4')')dnl [ Box: [Outline: line to svec_(0,m4v/2) then to svec_(m4h,m4v/2) \ then to svec_(m4h,-m4v/2) then to svec_(0,-m4v/2) then to (0,0) ] \ with .Outline.start at (0,0) ifelse(`$5',,,`{ move to Box.n+(0,-5pt__) m4lstring($5,"ifsvg(`svg_small($5,75)',`{\scriptsize$ $5 $}')") }') IOdefs(from svec_(0,m4v/2) to svec_(0,-m4v/2),In,`$1',R) Out: svec_(m4h,0) ifelse(`$2',N,`+svec_(N_diam,0) N_Out: NOT_circle \ at Out-svec_(N_rad,0)'); `$6']') `AND_gate(n,[N][B],wid,ht) drawn in the current direction 0 <= n <= 16; N=negated inputs, B=box shape or AND_gate(chars,[B],wid,ht) arg1 is one or more of N|P ' define(`AND_gate',`define(`m4arg1',ifelse(`$1',,2,`$1'))dnl ifelse(ifinstr(m4arg1,N,1)`'ifinstr(m4arg1,P,1),, `m4dupstr(ifinstr(`$2',N,N,P),m4arg1,`m4PN')',`define(`m4PN',m4arg1)')dnl ifinstr(`$2',B, `BOX_gate(m4PN,ifinstr(`$2',N,N,P),ifelse(`$3',,,`($3)/(L_unit)'), ifelse(`$4',,,`($4)/(L_unit)'),ifsvg(`&```amp''';',`\&'),`$5')', `AND_gen(m4PN,ifelse(`$2',N,N)IBAONESEC,`$3',`$4',`$5')')') `NAND_gate(n,[N][B],wid,ht) 0 <= n <= 16; N=negated inputs, B=box shape or NAND_gate(chars,[B],wid,ht) arg1 is one or more of N|P ' define(`NAND_gate',`define(`m4arg1',ifelse(`$1',,2,`$1'))dnl ifelse(ifinstr(m4arg1,N,1)`'ifinstr(m4arg1,P,1),, `m4dupstr(ifinstr(`$2',N,N,P),m4arg1,`m4PN')',`define(`m4PN',m4arg1)')dnl ifinstr(`$2',B, `BOX_gate(m4PN,ifelse(`$2',N,N,P),ifelse(`$3',,,`($3)/(L_unit)'), ifelse(`$4',,,`($4)/(L_unit)'),ifsvg(`&```amp''';',`\&'),`$5')', `AND_gen(m4PN,ifelse(`$2',N,N)IBANONESEC,`$3',`$4',`$5')')') `AND_gen(n,chars,[wid,[ht]]) 0 <= n <= 16 B=base and straight sides; A=Arc; [N]NE,[N]SE,[N]I,[N]N,[N]S=inputs or circles, [N]O=output; C=center location or AND_gen(chars,chars,[wid,[ht]]) arg1 is one or more of N|P eg PPPP defines 4 inputs, NPNP negates the first and third; arg2 as above except [N]I is ignored ' define(`AND_gen',`define(`m4arg1',ifelse(`$1',,2,`$1'))dnl ifelse(ifinstr(m4arg1,N,1)`'ifinstr(m4arg1,P,1),, `m4dupstr(ifinstr(`$2',N,N,P),m4arg1,`m4PN')',`define(`m4PN',m4arg1)')dnl define(`m4hor',`ifelse(`$3',,AND_wd,`($3)/(L_unit)')')dnl define(`m4ver',`ifelse(`$4',,ifelse(`$3',,AND_ht,AND_ht/(AND_wd)*m4hor), `($4)/(L_unit)')')define(`dna_',ifelse(`$2',,IBAONESEC,`$2'))dnl [ sc_draw(`dna_',B,`Bm: line from svec_(m4hor-m4ver/2,-m4ver/2) \ to svec_(0,-m4ver/2) \ then to svec_(0,m4ver/2) then \ to svec_(m4hor-m4ver/2,m4ver/2) ')dnl sc_draw(`dna_',A,`Arc: arc cw rad m4ver/2 \ to rsvec_(0,-m4ver) \ with .c at rsvec_(0,-m4ver/2) ')dnl sc_draw(`dna_',NNE, `NNE: svec_(m4hor-m4ver/2,0)+svec_(Rect_(m4ver/2+N_diam,45)) N_NNE: NOT_circle \ at svec_(m4hor-m4ver/2,0)+svec_(Rect_(m4ver/2+N_rad,45)) ')dnl sc_draw(`dna_',NSE, `NSE: svec_(m4hor-m4ver/2,0)+svec_(Rect_(m4ver/2+N_diam,-45)) N_NSE: NOT_circle \ at svec_(m4hor-m4ver/2,0)+svec_(Rect_(m4ver/2+N_rad,-45)) ')dnl sc_draw(`dna_',NE, `NE: svec_(m4hor-m4ver/2,0)+svec_(Rect_(m4ver/2,45)) ')dnl ifelse(ifinstr(`$1',N,1)`'ifinstr(`$1',P,1),, `sc_draw(`dna_',NI, `m4A_defs(ifelse(`$1',,2,`$1'),N)') ')dnl sc_draw(`dna_',SE, `SE: svec_(m4hor-m4ver/2,0)+svec_(Rect_(m4ver/2,-45)) ')dnl sc_draw(`dna_',NN, `N_NN: NOT_circle \ at svec_((m4hor-m4ver/2)/2,m4ver/2+N_rad) NN: svec_((m4hor-m4ver/2)/2,m4ver/2+N_diam) ')dnl sc_draw(`dna_',NS, `N_NS: NOT_circle \ at svec_((m4hor-m4ver/2)/2,-m4ver/2-N_rad) NS: svec_((m4hor-m4ver/2)/2,-m4ver/2-N_diam) ')dnl sc_draw(`dna_',NO, `N_Out: NOT_circle \ at svec_(m4hor+N_rad,0) Out: svec_(m4hor+N_diam,0) ')dnl sc_draw(`dna_',O, `Out: svec_(m4hor,0) ')dnl sc_draw(`dna_',N, `N: svec_(0,m4ver/2) ')dnl ifelse(ifinstr(`$1',N,1)`'ifinstr(`$1',P,1),, `sc_draw(`dna_',I, `m4A_defs(ifelse(`$1',,2,`$1'))')', `m4A_defs(`$1')') sc_draw(`dna_',S, `S: svec_(0,-m4ver/2) ')dnl sc_draw(`dna_',C, `C: svec_(m4hor/2,0)') `$5']') `Input locations, flat face m4A_defs(n,[N]) or m4A_defs(string) string = one or more N|P otherwise n inputs (negated if arg2 is N) Input points are defined as Inx and NOT circles as N_Inx where x is integer' `What about the IOdefs macro?' define(`m4A_defs',`define(`m4arg1',ifelse(`$1',,2,`$1'))dnl ifelse(ifinstr(m4arg1,N,1)`'ifinstr(m4arg1,P,1),, `m4dupstr(ifinstr(`$2',N,N,P),m4arg1,`m4AI')define(`m4AnI',m4arg1)', `define(`m4AI',m4arg1)define(`m4AnI',len(m4arg1))')dnl define(`m4m',`m4ver/2/min(m4AnI,Mx_pins-1)*min(m4AnI,3*(Mx_pins-1))')dnl ifelse(eval(m4AnI>Mx_pins),1, `line from svec_(0, m4m) \ to svec_(0,m4ver/2) line from svec_(0,-m4m) \ to svec_(0,-m4ver/2)') for_(1,m4AnI,1,`ifelse(substr(m4AI,0,1),N, `N_In`'m4x: NOT_circle at \ svec_(-N_rad,m4ver/min(m4AnI,Mx_pins-1)*((m4AnI+1)/2-m4x)) In`'m4x: svec_(-N_diam,m4ver/min(m4AnI,Mx_pins-1)*((m4AnI+1)/2-m4x)) ', `In`'m4x: svec_(0,m4ver/min(m4AnI,Mx_pins-1)*((m4AnI+1)/2-m4x))')dnl define(`m4AI',substr(m4AI,1)) ') ') `OR_gate or NOR_gate or XOR_gate or NXOR_gate drawn in the current direction args = (n,[N][B],wid,ht) 0 <= n <= 16; N=negated inputs, B=box shape or args = (chars,[B],wid,ht) arg1 is one or more of N|P ' define(`OR_gate',`m4_OR(OR,$@)') define(`NOR_gate',`m4_OR(NOR,$@)') define(`XOR_gate',`m4_OR(XOR,$@)') define(`NXOR_gate',`m4_OR(NXOR,$@)') define(`m4_OR',`define(`m4arg1',ifelse(`$2',,2,`$2'))dnl ifelse(ifinstr(m4arg1,N,1)`'ifinstr(m4arg1,P,1),, `m4dupstr(ifinstr(`$3',N,N,P),m4arg1,`m4PN')',`define(`m4PN',m4arg1)')dnl ifinstr(`$3',B, `BOX_gate(m4PN,ifinstr(`$3',N,N,P), ifelse(`$4',,,`($4)/(L_unit)'),ifelse(`$5',,,`($5)/(L_unit)'), ifinstr(`$1',XOR,`=',`ifsvg(`>=1',`\geq 1')'),`$6')', `OR_gen(m4PN, ifinstr(`$1',XOR,P)`'ifelse(`$3',N,N)IBA`'ifelse(substr(`$1',0,1),N,N)ONESEC, shift(shift(shift($@))))')') `OR_gen(n,chars,[wid,[ht]]) 0 <= n <= 16 B=base and straight sides; A=Arc; [N]NE,[N]SE,[N]I,[N]N,[N]S=inputs or circles, [N]P=XOR arc; [N]O=output; C=center or OR_gen(chars,chars,[wid,[ht]]) arg1 is one or more of N|P eg PPPP defines 4 inputs, NPNP negates the first and third; arg2 as above except [N]I is ignored ' define(`OR_gen',`[define(`m4arg1',ifelse(`$1',,2,`$1'))dnl ifelse(ifinstr(m4arg1,N,1)`'ifinstr(m4arg1,P,1),, `m4dupstr(ifinstr(`$2',N,N,P),m4arg1,`m4PN')',`define(`m4PN',m4arg1)')dnl define(`m4hor',`ifelse(`$3',,AND_wd,`($3)/(L_unit)')')define(`m4o',0)dnl define(`m4ver',`ifelse(`$4',,ifelse(`$3',,AND_ht,AND_ht/(AND_wd)*m4hor), `($4)/(L_unit)')')define(`dna_',ifelse(`$2',,IBAONESEC,`$2'))dnl sc_draw(`dna_',P,`define(`m4o',XOR_off*m4ver/(AND_ht))dnl Parc: arc cw from svec_(0,m4ver/2) \ to svec_(0,-m4ver/2) \ with .c at svec_(-sqrt((OR_rad*m4ver/(AND_ht))^2-(m4ver/2)^2),0) ')dnl sc_draw(`dna_',B,dnl `Bt: line from svec_(m4o+m4hor/3,m4ver/2) \ to svec_(m4o,m4ver/2) ifdpic(chop 0 chop -hlth) ArcB: arc cw to svec_(m4o,-m4ver/2) \ with .c at svec_(m4o-sqrt((OR_rad*m4ver/(AND_ht))^2-(m4ver/2)^2),0) Bb: line to svec_(m4o+m4hor/3,-m4ver/2) ifdpic(chop -hlth chop 0) ')dnl sc_draw(`dna_',A,`define(`m4m',`((m4hor*2/3)^2-(m4ver/2)^2)/(m4ver)')dnl ArcN: arc cw from svec_(m4o+m4hor/3, m4ver/2) \ to svec_(m4o+m4hor,0) \ with .c at svec_(m4o+m4hor/3,-m4m) ArcS: arc ccw from svec_(m4o+m4hor/3,-m4ver/2) \ to svec_(m4o+m4hor,0) \ with .c at svec_(m4o+m4hor/3,m4m) ')dnl sc_draw(`dna_',NNE, `N_NNE: NOT_circle \ at svec_(m4o+m4hor/3,-m4m)+svec_(Rect_(m4ver/2+m4m+N_rad,60)) NNE: svec_(m4o+m4hor/3,-m4m)+svec_(Rect_(m4ver/2+m4m+N_diam,60)) ')dnl sc_draw(`dna_',NSE, `N_NSE: NOT_circle \ at svec_(m4o+m4hor/3,m4m)+svec_(Rect_(m4ver/2+m4m+N_rad,-60)) NSE: svec_(m4o+m4hor/3,m4m)+svec_(Rect_(m4ver/2+m4m+N_diam,-60)) ')dnl sc_draw(`dna_',NE, `NE: svec_(m4o+m4hor/3,-m4m)+svec_(Rect_(m4ver/2+m4m,60)) ')dnl sc_draw(`dna_',SE, `SE: svec_(m4o+m4hor/3,m4m)+svec_(Rect_(m4ver/2+m4m,-60)) ')dnl ifelse(ifinstr(`$1',N,1)`'ifinstr(`$1',P,1),, `sc_draw(`dna_',NI, `m4O_defs(ifelse(`$1',,2,`$1'),N)') ')dnl sc_draw(`dna_',NN, `N_NN: NOT_circle \ at svec_(m4o+m4hor/6,m4ver/2+N_rad) NN: svec_(m4o+m4hor/6,m4ver/2+N_diam) ')dnl sc_draw(`dna_',NS, `N_NS: NOT_circle \ at svec_(m4o+m4hor/6,-m4ver/2-N_rad) NS: svec_(m4o+m4hor/6,-m4ver/2-N_diam) ')dnl sc_draw(`dna_',NO, `N_Out: NOT_circle \ at svec_(m4o+m4hor+N_rad,0) Out: svec_(m4o+m4hor+N_diam,0) ')dnl sc_draw(`dna_',O, `Out: svec_(m4o+m4hor,0) ')dnl sc_draw(`dna_',N, `N: svec_(m4o+m4hor/6,m4ver/2) ')dnl ifelse(ifinstr(`$1',N,1)`'ifinstr(`$1',P,1),, `sc_draw(`dna_',I, `m4O_defs(ifelse(`$1',,2,`$1'))')', `m4O_defs(`$1')') sc_draw(`dna_',S, `S: svec_(m4o+m4hor/6,-m4ver/2) ')dnl sc_draw(`dna_',C, `C: svec_(m4o+m4hor/2,0)') `$5']') `Input locations, curved face m4O_defs(n,[N]) or m4O_defs(string) string = one or more N|P otherwise n inputs (negated if arg2 is N) Input points are defined as Inx and NOT circles as N_Inx where x is integer' define(`m4O_defs',`define(`m4arg1',ifelse(`$1',,2,`$1'))dnl ifelse(ifinstr(m4arg1,N,1)`'ifinstr(m4arg1,P,1),, `m4dupstr(ifinstr(`$2',N,N,P),m4arg1,`m4OI')define(`m4OnI',m4arg1)', `define(`m4OI',m4arg1)define(`m4OnI',len(m4arg1))')dnl define(`m4om',`m4ver/2/min(m4OnI,Mx_pins-1)*min(m4OnI,3*(Mx_pins-1))')dnl ifelse(eval(m4OnI>Mx_pins),1, `arc ccw from svec_(0,m4ver/2) \ to svec_(0,m4ver) + M4O_pos(m4om-m4ver) \ with .c at svec_(-M4O_dst,m4ver) arc cw from svec_(0,-m4ver/2) \ to svec_(0,-m4ver) +M4O_pos(-(m4om-m4ver))\ with .c at svec_(-M4O_dst,-m4ver) ')dnl define(`m4on',`(eval((m4OnI-Mx_pins+1)/2))')dnl for_(1,m4OnI,1, `define(`m4oq',`m4ver/2/min(m4OnI,Mx_pins-1)*(m4OnI+1-2*m4x)')dnl In`'m4x: ifelse(eval(m4x<=m4on),1,`svec_(0, m4ver)+M4O_pos(m4oq-m4ver)', eval(m4x>(m4OnI-m4on)),1, `svec_(0,-m4ver)+M4O_pos(m4oq+m4ver)', `M4O_pos(m4oq)') ifelse(substr(m4OI,0,1),N, `N_In`'m4x: NOT_circle \ at In`'m4x+svec_(-N_rad,0) In`'m4x: In`'m4x+svec_(-N_diam,0) ')dnl define(`m4OI',substr(m4OI,1))dnl ') ') define(`M4O_dst',`sqrt((OR_rad*m4ver/(AND_ht))^2-(m4ver/2)^2)') define(`M4O_pos',`svec_(-M4O_dst+sqrt((OR_rad*m4ver/(AND_ht))^2-(`$1')^2), `$1')') `IOdefs(linespec,label,[P|N]*,L|R) Distribute named locations with optional NOT circles along a line eg IOdefs(up 1,Z,PNN,R) defines Z1 at 1/6 along the line, NOT circles N_Z2 and N_Z3 to the right at 1/2 and 5/6 along the line with Z2 and Z3 labeled at their right edges' define(`IOdefs',`define(`m4dm',`ifelse(`$3',,1,len(`$3'))') define(`m4da',`$3')define(`m4dv',`ifelse(`$2',,In,`$2')') M4TL: move `$1' M4PL: vperp(M4TL,L_unit) for_(1,m4dm,1, `m4dv`'m4x: ((m4x-1/2)/m4dm between M4TL.start and M4TL.end) dnl ifelse(substr(m4da,0,1),N,`\ ifelse(`$4',R,-,+)(M4PL.x*N_diam,M4PL.y*N_diam) {N_`'m4dv`'m4x: NOT_circle \ at m4dv`'m4x ifelse(`$4',R,+,-)(M4PL.x*N_rad,M4PL.y*N_rad)}') define(`m4da',substr(m4da,1))') ') `BUFFER_gen(chars,wd,ht,[N|P]*,[N|P]*,[N|P]*) chars: T=triangle (default), [N]O=output location Out (NO draws circle N_Out); [N]I,[N]N,[N]S,[N]NE,[N]SE input locations C=centre location. Args 4-6 define In, NE, and SE argument sequences' define(`BUFFER_gen', `define(`m4h',`ifelse(`$2',,BUF_wd,`($2)/(L_unit)')')define(`m4y',m4h)dnl define(`m4v',`ifelse(`$3',,BUF_ht,`($3)/(L_unit)')')dnl define(`dna_',ifelse(`$1',,ITOCNESE,`$1'))dnl define(`m4z',`N_rad/vlength(m4h,m4v/2)')dnl [sc_draw(`dna_',T,`Tm: line from svec_(m4h,0) \ to svec_(0,-m4v/2) \ then to svec_(0,m4v/2) \ then to svec_(m4h,0) Tc: svec_(m4h/2,0) ')dnl sc_draw(`dna_',NNE,`N_NNE: NOT_circle \ at svec_(m4h/2,m4v/4)+svec_(m4v/2*m4z,m4h*m4z) NNE: svec_(m4h/2,m4v/4)+svec_(m4v*m4z,m4h*2*m4z) ')dnl sc_draw(`dna_',NSE,`N_NSE: NOT_circle \ at svec_(m4h/2,-m4v/4)-svec_(-m4v/2*m4z,m4h*m4z) NSE: svec_(m4h/2,-m4v/4)-svec_(-m4v*m4z,m4h*2*m4z) ')dnl sc_draw(`dna_',NI,`define(`m4y',m4y+N_diam) In1: svec_(-N_diam,0) N_In1: NOT_circle \ at svec_(-N_rad,0) ')dnl sc_draw(`dna_',NE, `NE: svec_(m4h/2,m4v/4) ')dnl sc_draw(`dna_',SE, `SE: svec_(m4h/2,-m4v/4) ')dnl sc_draw(`dna_',NN, `N_NN: NOT_circle \ at svec_(0,m4v/2+N_rad) NN: svec_(0,m4v/2+N_diam) ')dnl sc_draw(`dna_',NS, `N_NS: NOT_circle \ at svec_(0,-m4v/2-N_rad) NS: svec_(0,-m4v/2-N_diam) ')dnl sc_draw(`dna_',NO,`define(`m4y',m4y+N_diam) Out: svec_(m4h+N_diam,0) N_Out: NOT_circle \ at svec_(m4h+N_rad,0) ')dnl sc_draw(`dna_',N, `N: svec_(0,m4v/2) ')dnl sc_draw(`dna_',S, `S: svec_(0,-m4v/2) ')dnl sc_draw(`dna_',O, `Out: svec_(m4h,0) ')dnl sc_draw(`dna_',I, `In1: (0,0) ')dnl sc_draw(`dna_',C, `C: svec_(m4h/3,0) ')dnl ifelse(`$4',,,`IOdefs(from svec_(0,m4v/2) to svec_(0,-m4v/2),In,`$4',R)') ifelse(`$5',,,`IOdefs(from svec_(0,m4v/2) to svec_(m4h,0),NE,`$5')') ifelse(`$6',,,`IOdefs(from svec_(0,-m4v/2) to svec_(m4h,0),SE,`$6',R)') `$7']') `BUFFER_gate(linespec,[N|B],wid,ht, [N|P]*,[N|P]*) When linespec is blank then the element is composite and In1, Out, C, NE, and SE are defined; otherwise the element is drawn as two-terminal arg2: B=box gate' Args 5 and 6 define NE and SE argument sequences' define(`BUFFER_gate',`ifinstr(`$2',B, `BOX_gate(ifinstr(`$2',N,N,P),P,ifelse(`$3',,,`($3)/(L_unit)'), ifelse(`$4',,,`($4)/(L_unit)'),1,`$5')', `ifelse(`$1',, `BUFFER_gen(ifelse(`$2',N,N)ITOCNESE,`$3',`$4',,`$5',`$6',`$7')', `eleminit_(`$1') { BUFFER_gen(ifelse(`$2',N,N)ITOC,`$3',`$4',,`$5',`$6',`$7') \ with .Tc at last line.c } { line to last [].In1; line from last [].Out to 2nd last line.end } line invis to rvec_(rp_len,0)')')') `NOT_gate(linespec,[B][N|n],wid,ht) When linespec is blank then the element is composite and In1, Out, C, NE, and SE are defined; otherwise the element is drawn as two-terminal arg2: B=box gate, N=negated input and output, n=negated input only' define(`NOT_gate',`ifinstr(`$2',B, `BOX_gate(ifinstr(`$2',N,N,`$2',n,N,P),ifinstr(`$2',n,P,N), ifelse(`$3',,,`($3)/(L_unit)'),ifelse(`$4',,,`($4)/(L_unit)'),1,`$5')', `ifelse(`$1',, `BUFFER_gen(ifinstr(`$2',N,N,`$2',n,N)IT`'ifinstr(`$2',n,,N)OCNESE, `$3',`$4',,,,`$5')', `eleminit_(`$1') { BUFFER_gen(ifinstr(`$2',N,N,`$2',n,N)IT`'ifinstr(`$2',n,,N)OC, `$3',`$4',,,,`$5') \ with .C at last line.c } { line to last [].In1; line from last [].Out to 2nd last line.end } line invis to rvec_(rp_len,0)')')') `The comprehensive logic pin: lg_pin(location, label, Picname, n|e|s|w [L|M|I|O][N][E], pinno, optlen) label=text (indicating logical pin function, usually) Picname=pic label for referring to the pin n|e|s|w=orientation (north, east, south, west) L=active low out; M=active low in; I=inward arrow; O=outward arrow N=negated (NOT-circle); E=edge trigger' define(`lg_pin',`ifelse(`$1',,,`move to $1') define(`dna_',`substr(`$4',1)')define(`m4lE',)define(`m4lch',0)dnl define(`m4ld',`ifelse(`$4',,e,`substr(`$4',0,1)')')dnl define(`m4lph',`ifelse(m4ld,n,0,m4ld,w,-1,m4ld,s,0,1)')dnl define(`m4lpv',`ifelse(m4ld,n,1,m4ld,w,0,m4ld,s,-1,0)')dnl define(`m4lpl',`ifelse(`$6',,`lg_plen',(`$6')/L_unit)')dnl sc_draw(`dna_',E,`define(`m4lE',1)dnl { line from rsvec_(lp_xy(0,N_rad)) \ to rsvec_(lp_xy(-N_diam*sqrt(3)/2,0)) then to rsvec_(lp_xy(0,-N_rad)) }') ifelse(`$2',,, `{ lg_pintxt(`$2') ifelse(m4ld,w,`ljust_', m4ld,n,`below_', m4ld,s,`above_',`rjust_') at Here dnl ifxfig(`+(lp_xy(-0.72bp__,0))') dnl ifelse(m4lE,1,`+svec_(lp_xy(-N_diam*sqrt(3)/2,0))') }') sc_draw(`dna_',N,`define(`m4lch',N_diam*L_unit) { NOT_circle \ at rsvec_(lp_xy(N_rad,0)) }') sc_draw(`dna_',L,`define(`m4lch',N_rad*2.5*L_unit) {line from rsvec_(lp_xy(0, ifelse(m4ld,w,-,m4ld,s,-)N_rad*3/2)) to rsvec_(lp_xy(N_rad*2.5,0)) \ then to Here }') sc_draw(`dna_',M,`define(`m4lch',N_rad*2.5*L_unit) { line to rsvec_(lp_xy(N_rad*2.5, ifelse(m4ld,w,-,m4ld,s,-)N_rad*3/2)) then to rsvec_(lp_xy(N_rad*2.5,0)) \ then to Here}') {ifelse(`$3',,,`$3':) line to rsvec_(lp_xy(m4lpl,0)) chop m4lch chop 0 dnl ifinstr(dna_,I,` <- wid linethick*5.6bp__ ht linethick*7.2bp__ ')dnl ifinstr(dna_,O,` -> wid linethick*5.6bp__ ht linethick*7.2bp__ ') ifelse(`$5',,,`move to last line.c; lg_pintxt(`$5') dnl ifelse(m4ld,n,`rjust_', m4ld,w,`above_',m4ld,e,`above_',`rjust_')') } ') define(`lp_xy',`vrot_(`$1',`$2',m4lph,m4lpv)') `Mux(ni, label, [L][B|H|X][N[n]|S[n]][[N]OE],wid,ht) ni = number of inputs (default 2) The input pins are lines named In0, In1, ... In chars: L reverses pin numbering, B pin number labels in binary form, H pin number labels in hex form, X disable pin labels N[n] puts pin Sel or pins Sel0 .. Seln at the top (with respect to the drawing direction) S[n] puts the Sel inputs at the bottom (default) OE adds the OE input, NOE negated ' define(`Mux',`[ define(`m4Mwid',`ifelse(`$4',,Mux_wid,((`$4')/(L_unit)))')dnl define(`m4Mht',`ifelse(`$5',,Mux_ht,((`$5')/(L_unit)))')dnl W: (0,0) C: svec_(m4Mwid/2,0) E: svec_(m4Mwid,0) NW: svec_(0,m4Mht/2) SW: svec_(0,-m4Mht/2) NE: svec_(m4Mwid,m4Mht/2-2) SE: svec_(m4Mwid,-m4Mht/2+2) line from W to NW then to NE then to SE then to SW then to W ifelse(`$2',,,`"ifsvg(`svg_small($2,75)',`\scriptsize $2')" at C') lg_pin(E,,Out,e) define(`m4Mdna',`$3')define(`m4MOE')dnl sc_draw(`m4Mdna',L,`define(`m4ML',-)',`define(`m4ML')')dnl define(`m4MN')define(`m4MSel',S)dnl sc_draw(`m4Mdna',B,`define(`m4MN',B)')dnl sc_draw(`m4Mdna',H,`define(`m4MN',H)')dnl sc_draw(`m4Mdna',X,`define(`m4MN',X)')dnl sc_draw(`m4Mdna',NOE,`define(`m4MOE',N)')dnl sc_draw(`m4Mdna',OE,`define(`m4MOE',O)')dnl sc_draw(`m4Mdna',N,`define(`m4MSel',N)')dnl sc_draw(`m4Mdna',S,`define(`m4MSel',S)')dnl define(`m4Mn',`ifelse(`$1',,2,`ifelse(m4MOE,,`$1',incr(eval(`$1')))')')dnl ifinstr(m4MSel,N, dnl Draw Sel pins `ifelse(m4Mdna,,`lg_pin((0.5 between NW and NE),,Sel,n)',`for_(1,m4Mdna,1,` lg_pin((m4x-0.5)/m4Mdna between NW and NE,,Sel`'eval(m4x-1),n)')')', `ifelse(m4Mdna,,`lg_pin((0.5 between SW and SE),,Sel,s)',`for_(1,m4Mdna,1,` lg_pin((m4x-0.5)/m4Mdna between SW and SE,,Sel`'eval(m4x-1),s)')')') for_(1,m4Mn,1,`lg_pin( dnl Draw In pins svec_(0,m4ML`'m4Mht*(0.5+(0.5-m4x)/m4Mn)), define(`m4MNO',`ifelse(m4x,m4Mn,ifelse(m4MOE,,,N))')dnl ifelse(m4MNO,, `ifelse(m4MN,X,, m4MN,B,`define(`m4dg',`ifelse(eval(`$1'>8),1,4,eval(`$1'>4),1,3, eval(`$1'>2),1,2,1)') binary_(decr(m4x),m4dg)', m4MN,H,`define(`m4dg',`ifelse(eval(`$1'>16),1,2,1)')dnl hexadecimal_(decr(m4x),m4dg)', decr(m4x))', `ifelse(m4MN,X,,`ifelse(m4MOE,N,lg_bartxt(OE),OE)')'), ifelse(m4MNO,,In`'decr(m4x),ifelse(m4MOE,N,N)OE), w`'ifelse(m4MNO,,,ifelse(m4MOE,N,N)))') `$6']') `Demux(no, label, [L][B|H|X][N[n]|S[n]][[N]OE],wid,ht) no = number of outputs (default 2) The output pins are lines named Out0, Out1, ... Out chars: L reverses pin numbering, B displays binary pin numbers, H displays hexadecimal pin numbers, X disable pin labels N[n] puts Sel or Sel0 .. Seln at the top (with respect to the drawing direction) S[n] puts the Sel inputs at the bottom (default) OE adds the OE input, NOE negated ' define(`Demux',`[ define(`m4Dwid',`ifelse(`$4',,Mux_wid,((`$4')/(L_unit)))')dnl define(`m4Dht',`ifelse(`$5',,Mux_ht,((`$5')/(L_unit)))')dnl W: (0,0) C: svec_(m4Dwid/2,0) E: svec_(m4Dwid,0) NW: svec_(0,m4Dht/2-2) SW: svec_(0,-m4Dht/2+2) NE: svec_(m4Dwid,m4Dht/2) SE: svec_(m4Dwid,-m4Dht/2) line from W to NW then to NE then to SE then to SW then to W ifelse(`$2',,,`"ifsvg(`svg_small($2,75)',`\scriptsize $2')" at C') # lg pin(location, label, Picname, n|e|s|w [L|M|I|O][N][E], pinno, optlen) lg_pin(W,,In,w) define(`m4Ddna',`$3')define(`m4DOE')dnl sc_draw(`m4Ddna',L,`define(`m4DL',-)',`define(`m4DL')')dnl define(`m4DN')define(`m4DSel',S)dnl sc_draw(`m4Ddna',B,`define(`m4DN',B)')dnl sc_draw(`m4Ddna',H,`define(`m4DN',H)')dnl sc_draw(`m4Ddna',X,`define(`m4DN',X)')dnl sc_draw(`m4Ddna',NOE,`define(`m4DOE',N)')dnl sc_draw(`m4Ddna',OE,`define(`m4DOE',O)')dnl sc_draw(`m4Ddna',N,`define(`m4DSel',N)')dnl sc_draw(`m4Ddna',S,`define(`m4DSel',S)')dnl define(`m4Dn',`ifelse(`$1',,2,`$1')')dnl ifinstr(m4DSel,N, `ifelse(m4Ddna,,`lg_pin((0.5 between NW and NE),,Sel,n)',`for_(1,m4Ddna,1,` lg_pin((m4x-0.5)/m4Ddna between NW and NE,,Sel`'eval(m4x-1),n)')')', `ifelse(m4Ddna,,`lg_pin((0.5 between SW and SE),,Sel,s)',`for_(1,m4Ddna,1,` lg_pin((m4x-0.5)/m4Ddna between SW and SE,,Sel`'eval(m4x-1),s)')')') # lg pin(location, label, Picname, n|e|s|w [L|M|I|O][N][E], pinno, optlen) for_(1,m4Dn,1,`lg_pin( svec_(m4Dwid,m4DL`'m4Dht*(0.5+(0.5-m4x)/m4Dn)), ifelse(m4DN,X,, m4DN,B,`define(`m4dg',`ifelse(eval(`$1'>8),1,4,eval(`$1'>4),1,3, eval(`$1'>2),1,2,1)') binary_(decr(m4x),m4dg)', m4DN,H,`define(`m4dg',`ifelse(eval(`$1'>16),1,2,1)')dnl hexadecimal_(decr(m4x),m4dg)', decr(m4x)), Out`'decr(m4x), e)') ifelse(m4DOE,,,`ifelse(m4DOE,N, `lg_pin(svec_(0,m4Dht*(0.5+(1-m4Dn)/m4Dn)),lg_bartxt(OE),NOE,wN)', `lg_pin(svec_(0,m4Dht*(0.5+(1-m4Dn)/m4Dn)),OE,OE,w)')') `$6']') ########################################################################### Autogate allowable functions (plus the ~ operator) define(`And',`_AutoGate(AND,$@)') define(`Or',`_AutoGate(OR,$@)') define(`Not',`_AutoGate(NOT,$@)') define(`NNot',`_AutoGate(NNOT,$@)') define(`Buffer',`_AutoGate(BUFFER,$@)') define(`Xor',`_AutoGate(XOR,$@)') define(`Nand',`_AutoGate(NAND,$@)') define(`Nor',`_AutoGate(NOR,$@)') define(`Nxor',`_AutoGate(NXOR,$@)') dnl Custom subcircuit template: dnl define(`Mygate',`_AutoGate(My,$@)') dnl define(`My_gate',`[ ... dnl Out: ... dnl In1: ... dnl In2: ... ]') dnl Not gate with negated input for NNOT above define(`NNOT_gate',`BUFFER_gate(,N)') Style parameters define(`gatelineth',linethick) #define(`gatelineth',1.0) use absolute pt define(`lineth',linethick) #define(`lineth',0.5) define(`autoinputsep',`(BUF_ht*L_unit*5/4)') # distance between inputs define(`autovsep',`L_unit') # vertical separation between input gates ########## Draw the gate with input sublayer Sg containing gates G1, G2, ... define(`AutoGate',`[ pushdef(`m4nargs',0)dnl lu = L_unit define(`m4dirt',m4dir) dnl Count the arguments (inputs) (could use $# ) Loopover_(`arg',`define(`m4nargs',incr(m4nargs))',shift($@))dnl `#' m4Delch(`$1') gate(m4nargs) # Draw the gate linethick = gatelineth ifelse(m4Delch(`$1'),NOT,`Q: NOT_gate()', m4Delch(`$1'),BUFFER,`Q: BUFFER_gate()', `Q: m4Delch($1)_gate(m4nargs)') `#' End Q linethick = lineth ifelse(substr(m4Delch(`$1'),0,1),N, `Out: Q.Out', `line thick lineth from Q.Out m4dirt N_diam*L_unit; Out: Here') pushdef(`AutoOutNames',m4Path.Out) T: ifelse(m4dirt,right,`Q.w-(2*lu,0)',`Q.e+(2*lu,0)') # Sublayer Sg containing gates G1, G2,... with # output vertical median at the height of Q.c Sg: [ pushdef(`m4_nct',0)dnl pushdef(`m4Path',m4Path.Sg)dnl Loopover_(`arg', `define(`m4_nct',incr(m4_nct))dnl # Variable or a sublayer gate # Inputs are labelled In_N or In_X # Remove initial white space; detect a name or gate pushdef(`m4Path',m4Path.G`'m4_nct)dnl m4ifboolvar_(arg, `G`'m4_nct: [dnl ifelse(substr(arg,0,1),~, `define(`m4xg',substr(arg,1))dnl pushdef(`m4InNames',m4Path.In`'m4xg`'_N)define(N_`'m4xg)dnl In`'m4xg`'_N: Here', `pushdef(`m4InNames',m4Path.In`'arg`'_X)define(X_`'arg)dnl In`'arg`'_X: Here ') Out: Here ] dnl ht ifelse(m4nargs,1,`2*autovsep',`abs(Q.In1.y-Q.In2.y)-autovsep')', `pushdef(`AutoOutNames',m4Path.Out)dnl G`'m4_nct: m4Delch(arg)') ifelse(m4_nct,1,,`ifelse(m4dirt,right, \ `with .ne at last [].se',`with .nw at last [].sw')+(0,-autovsep)') popdef(`m4Path') ', shift($@)) MidOut: 0.5 between G`'eval((m4_nct+1)/2).Out and G`'eval((m4_nct+2)/2).Out popdef(`m4_nct')dnl popdef(`m4Path')dnl ] with .MidOut at T+(ifelse(m4dirt,right,-)m4nargs*lu,0) # end Sg # Draw the connecting lines define(`m4hhv',`(m4nargs-1)/2')dnl ifelse(m4dirt,right, `for_(1,m4nargs,1,`line thick lineth from Q.In`'m4x \ left Q.In`'m4x.x-T.x+(m4hhv-abs(m4x-m4hhv-1))*lu \ then up Sg.G`'m4x.Out.y-Q.In`'m4x.y \ then to Sg.G`'m4x.Out')', `for_(1,m4nargs,1,`line thick lineth from Q.In`'eval(m4nargs+1-m4x) \ right T.x-Q.In`'eval(m4nargs+1-m4x).x+(m4hhv-abs(m4x-m4hhv-1))*lu \ then up Sg.G`'m4x.Out.y-Q.In`'eval(m4nargs+1-m4x).y \ then to Sg.G`'m4x.Out')') popdef(`m4nargs') m4xpand(m4dirt`'_) ]') define(`m4ifboolvar_', `ifelse(substr(`$1',0,1),_,`$3',`ifdef(`$1',`$3',`$2')')') Empty a stack while nonblank, executing arg2 define(`m4stackdump',`ifdef(`$1',`ifelse($1,,`popdef(`$1')', `$2`'popdef(`$1')m4stackdump(`$1',`$2')')')')dnl define(`DrawIn',` # Draw and label input $1 PrevInput: PrevInput-ifdef(`m4LI',`(0,autoinputsep)', `(ifelse(m4dir,left,-)autoinputsep,0)') In`'$1: PrevInput define(`m4dirt',m4dir) ifinstr(`$2',N, ` line thick lineth from PrevInput ifdef(`m4LI',m4dir`'_,down_) dimen_/2 linethick = gatelineth NOT_gate linethick = lineth InNt`'$1: Here', `line thick lineth from PrevInput ifdef(`m4LI',m4dir,down) dimen_/4 Int`'$1: Here') m4xpand(m4dirt`'_) ') define(`DrawInNotIn',` # Draw and label input $1 inverted and uninverted. PrevInput: PrevInput-ifdef(`m4LI',`(0,autoinputsep)', `(ifelse(m4dir,left,-)autoinputsep*2,0)') In`'$1: PrevInput define(`m4dirt',m4dir) line thick lineth from PrevInput ifdef(`m4LI',m4dir,down) dimen_/4 ifdef(`m4LI',`PrevInput: PrevInput-(0,autoinputsep)') Int`'$1: dot line thick lineth ifdef(`m4LI',down,m4dir) autoinputsep \ then ifdef(`m4LI',m4dir`'_,down_) dimen_/4 linethick = gatelineth NOT_gate linethick = lineth InNt`'$1: Here; m4xpand(m4dirt`'_) ') dnl `Autologic(Boolean function, ****Obsolete dnl [N[oconnect]][L[eftinputs]][R][V][;offset=val])' ` Example: Autologic(`Nor(`And(x,y)',`And(~x,z)')') Second example, (the same function): Autologic(ZNor(ZAnd(x,y),ZAnd(~x,z))) ' define(`Autologic', `print `"*** Circuit_macros warning: Autologic is obsolete; use Autologix"' Autologix($@)') ############################ `Autologix(FunctionSpec;FunctionSpec;... , [M[irror]] [N[oconnect]] [L[eftinputs]] [R][V] [;offset=val]) FunctionSpec = Boolean-fn(args) [@ location attribute]' ` e.g. HalfAdder: Autologix(Xor(x,y);And(x,y),LVR) Drawing single gates is not enough; more general Boolean expressions in function notation can be drawn automatically. This macro draws one or more trees of gates with the output or outputs (roots) to the right (on the left if the M[irror] option is used). The predefined functions are And, Or, Not, Nand, Nor, Xor, Nxor, and Buffer, and may be nested; e.g., Or(And(x,~y),And(~x,y)). Function notation does not model internal connections such as feedback. However, internal nodes can be accessed. The exact appearance of a tree depends on the order in which terms and variables appear in the expressions. Gates can be placed relative to previously drawn objects using the @ location construct; e.g. @with .nw at last [].sw+(0,-dimen_). Autologix locates the distinct input variables (with NOT gates for variables preceded by ~) in a row or column and connects them to the internal gates. If x1 (for example) appears as a variable, then the corresponding input location is Inx1. Inputs are placed in a row from right to left by default, in the order in which the variables first appear in the expressions. An R in the second argument reverses their order and a V reverses the order in which variables are scanned in the expresssions. An N in the second argument draws the expression tree or trees only, suppresses drawing of the inputs, and defines the gate inputs as In1, In2, ... Placing inputs in a column on the left using the L option introduces graphic complexity that is incompletely handled. Hand tuning may be required for complex expressions; putting offset=value in arg2 shifts the array of inputs. Time will tell whether this can be improved. Arbitrary subcircuits with inputs In1, In2, ... on the left and at least one output Out on the right can be included (see the example containing SRff). Internal blocks: Fx contains all the FunctionSpec trees; the input connections are drawn external to Fx Each Txi contains an input variable or a function tree Function tree i is drawn by the `AutoGate' macro. ' define(`Autologix', `[ # Auto logix dnl Split arg1 into FunctionSpecs undefine(`m4BooleanR')stacksplit_(`m4BooleanR',`$1',;)dnl dnl ifinstr(`$2',L,`define(`m4LI')',`undefine(`m4LI')')dnl undefine(`m4InNames')undefine(`AutoOutNames')define(`m4Path',)dnl define(`m4nbf',0)undefine(`m4BooleanFn')undefine(`m4locattr')dnl dnl Separate functions from location attributes stackexec_(`m4BooleanR',, `define(`m4nbf',incr(m4nbf))define(`m4xi',regexp(m4BooleanR,[a-zA-Z_~]))dnl ifinstr(m4BooleanR,@,`define(`m4xc',index(m4BooleanR,@))dnl pushdef(`m4BooleanFn',substr(m4BooleanR,m4xi,eval(m4xc-m4xi)))dnl pushdef(`m4locattr',substr(m4BooleanR,incr(m4xc)))', `pushdef(`m4BooleanFn',substr(m4BooleanR,m4xi))dnl pushdef(`m4locattr')')dnl ')dnl dnl dnl Sublayer of functions, outputs Out1, Out2,.. pushdef(`m4Path',ifelse(m4Path,,,m4Path.)Fx) Fx: [ define(`m4fno',0)dnl ifinstr(`$2',M,`left_ define(`m4corner',e)',`right_ define(`m4corner',w)') dnl stackexec_(`m4BooleanFn',, `define(`m4fno',incr(m4fno))dnl pushdef(`m4Path',m4Path.Tx`'m4fno)dnl dnl Simple variable or gate m4ifboolvar_(m4BooleanFn, `Tx`'m4fno: [ifelse(substr(m4BooleanFn,0,1),~, `define(`m4xg',substr(m4BooleanFn,1))dnl pushdef(`m4InNames',m4Path.In`'m4xg`'_N)define(N_`'m4xg) In`'m4xg`'_N: Here', `pushdef(`m4InNames',m4Path.In`'m4BooleanFn`'_X)dnl define(X_`'m4BooleanFn)dnl In`'m4BooleanFn`'_X: Here'); Out: Here ] ht 2*autovsep', `Tx`'m4fno: m4Delch(m4BooleanFn)') ifelse(m4fno,1,, `ifelse(m4locattr,,`with .n`'ifinstr(`$2',M,w,e) \ at Tx`'eval(m4fno-1).s`'ifinstr(`$2',M,w,e)+(0,-dimen_/4)', m4locattr)')dnl pushdef(`AutoOutNames',m4Path.Out)dnl popdef(`m4locattr') `#' End Tx`'m4fno popdef(`m4Path')dnl dnl Functions drawn dnl Out and Out1, Out2, ... pushdef(`AutoOutNames',m4Path.Out`'m4fno)dnl Out`'m4fno: Tx`'m4fno.Out ifelse(m4nbf,1,`; Out: Tx1.Out') ') ] `#' End Fx popdef(`m4Path')dnl stackreverse_(`m4InNames')dnl define(`M4TopInput',m4InNames)dnl dnl dnl Delete blank names; mark top and bottom inputs stackexec_(`m4InNames',,`ifelse(m4InNames,,, `pushdef(`m4R',m4InNames)define(`m4bn',basename_(m4R))dnl ifdef(Top`'m4bn,,`define(Top`'m4bn,m4R)')define(Bot`'m4bn,m4R)')') dnl dnl Check V option ifinstr(`$2',V, `stackexec_(`m4R',`m4TAL')stackexec_(`m4TAL',`m4InNames')', `stackexec_(`m4R',`m4InNames')') dnl dnl Count and extract bare input names undefine(`m4r')undefine(`m4f')define(`m4nargs',0)undefine(`m4N_')dnl stackexec_(`m4InNames',`m4R', `define(`m4nargs',incr(m4nargs))define(`m4bn',basename_(`m4InNames'))dnl ifelse(substr(m4bn,decr(len(m4bn))),N,`define(`m4N_')')dnl pushdef(`m4r',substr(m4bn,2,eval(len(m4bn)-4)))')dnl stackexec_(`m4R',`m4InNames')stackexec_(`m4r',`m4f') dnl dnl Unique bare input names in forward order stackexec_(`m4f',,`ifdef(D_`'m4f,,`pushdef(`m4r',m4f)define(D_`'m4f)')') stackexec_(`m4r',`m4f',`undefine(D_`'m4r)') dnl dnl Optional reverse of bare name order ifinstr(`$2',R,`stackreverse_(`m4f')') dnl Get the offset=value if any setkey_($2,offset,0)dnl dnl Place reference for row or column of inputs PrevInput: ifdef(`m4LI',dnl `ifinstr(`$2',M, `(Fx.e.x+dimen_/2+m4nargs*2*L_unit`'ifdef(`m4N_',`+(BUF_wd+N_diam)*L_unit'),\ M4TopInput.y+autoinputsep+m4offset)', `(Fx.w.x-dimen_/2-m4nargs*2*L_unit`'ifdef(`m4N_',`-(BUF_wd+N_diam)*L_unit'),\ M4TopInput.y+autoinputsep+m4offset)')', `ifinstr(`$2',M, `Fx.ne+(-(autoinputsep/2+dimen_/4+m4offset),dimen_`'ifdef(`m4N_',,/4))', `Fx.nw+( autoinputsep/2+dimen_/4+m4offset, dimen_`'ifdef(`m4N_',,/4))')') dnl # Draw inputs right to left or top to bottom stackexec_(`m4f',`m4r',`ifinstr(`$2',N,,`ifdef(X_`'m4f, `ifdef(N_`'m4f,`DrawInNotIn(m4f)',`DrawIn(m4f)')',`DrawIn(m4f,N)')')') stackexec_(`m4r',,`undefine(N_`'m4r)undefine(X_`'m4r)') dnl dnl Show the internal inputs in comment lines `# Internal input names' (m4nargs):dnl stackexec_(`m4InNames',`m4R',` `#' m4InNames') stackexec_(`m4R',`m4InNames') dnl # Promote the In and Out locations to the top level define(`m4ix',0)dnl stackexec_(`AutoOutNames',,`define(`m4ix',incr(m4ix)) Out`'m4ix: AutoOutNames') define(`m4ix',0)dnl stackexec_(`m4InNames',`m4R',`define(`m4ix',incr(m4ix)) In`'m4ix: m4InNames') stackexec_(`m4R',`m4InNames') # Connect the gates to the inputs and clean up ifinstr(`$2',N,, `m4AutoConnex(Fx,`m4InNames',ifdef(`m4LI',`ifinstr(`$2',V,Top,Bot)',Bot))') stackexec_(`m4TAL',, `define(`m4bn',basename_(m4TAL))undefine(Bot`'m4bn)undefine(Top`'m4bn)') # Define the inputs ifelse(m4nbf,1,`Out: Fx.Out') for_(1,m4nbf,1,`Out`'m4x: Fx.Out`'m4x') `$3' ] ') define(`m4AutoConnex',`define(`m4cx',0)dnl define(`m4ltn',`substr(`$2',decr(len(`$2')))')dnl stackexec_(`$2',`m4TAL', `define(`m4ltn',substr($2,decr(len($2))))dnl ifelse(ifelse(m4ltn,N,T,m4ltn,X,T),T, `define(`m4bn',basename_($2))dnl define(`m4hn',substr(m4bn,2,eval(len(m4bn)-4)))dnl define(`m4cx',incr(m4cx))dnl ifdef(`m4LI', `Vx: ($1.w.x-(m4nargs-m4cx)*L_unit*2,$2.y) Tx: In`'ifelse(m4ltn,N,N)t`'m4hn line thick lineth from $2 to Vx \ then to (Vx,Tx) ifelse($2,m4xpand($3`'m4bn),` then to Tx',` dot') ', `Tx: In`'ifelse(m4ltn,N,N)t`'m4hn line thick lineth from $2 \ to (Tx,$2) ifelse($2,m4xpand($3`'m4bn),` then to Tx',` dot')') ')dnl ')') ############################ `FlipFlop( D|T|RS|JK, label, boxspec, pinlength )' define(`FlipFlop',`ifelse( `$1',D, `FlipFlopX(`$3',`$2', : D:PinD;E:CK:PinCK, , :Q:PinQ;:lg_bartxt(Q):PinNQ,,`$4',`$5')', `$1',T, `FlipFlopX(`$3',`$2', : T:PinT;E:CK:PinCK, , :Q:PinQ;:lg_bartxt(Q):PinNQ,,`$4',`$5')', `$1',RS, `FlipFlopX(`$3',`$2', : R:PinR;: S:PinS, , :Q:PinQ;:lg_bartxt(Q):PinNQ,,`$4',`$5')', `$1',SR, `FlipFlopX(`$3',`$2', : S:PinS;: R:PinR, , :Q:PinQ;:lg_bartxt(Q):PinNQ,,`$4',`$5')', `$1',JK, `FlipFlopX(`$3',`$2', : J:PinJ;NE:CK:PinCK;: K:PinK, N:CLR:PinCLR, :Q:PinQ;:lg_bartxt(Q):PinNQ, N:PR:PinPR,`$4',`$5')', `FlipFlopX(`$3',`$2', ::Pin;, , :Q:PinQ;:lg_bartxt(Q):PinNQ,,`$4',`$5')')') `FlipFlopX( boxspec, center label, leftpins, toppins, rightpins, bottompins, pinlength) General flipflop. Arg1 modifies the box (labelled Chip) default specification. Each of args 3 to 6 is null or a string of pinspecs separated by semicolons (;). A pinspec is either empty (null) or of the form [pinopts]:[label[:Picname]]. The first colon (:) draws the pin. Pins are placed top to bottom or left to right along the box edges with null pinspecs counted for placement. Pins are named by side and number by default; eg W1, W2, ..., N1, N2, ..., E1, ..., S1, ... ; however, if :Picname is present in a pinspec then Picname replaces the default name. A pinspec label is text placed at the pin base. Semicolons are not allowed in labels; use eg \char59{} instead. To put a bar over a label, use lg_bartxt(label). The pinopts are [L|M|I|O][N][E] L=active low out; M=active low in; I=inward arrow; O=outward arrow; N=pin with not circle; E=edge trigger Optional arg7 is the length of pins' define(`FlipFlopX',`[ Chip: box wid_ FF_wid*L_unit ht_ FF_ht*L_unit `$1' dnl Center label ifelse(`$2',,,"ifsvg(`svg_small($2,75)',`\scriptsize $2')" at Chip.c) ifelse(`$7',,,`pushdef(`lg_plen',(`$7')/L_unit)')dnl ifelse(`$3',,, `m4_ffside(`(m4x-0.5)/m4_pc between Chip.nw_ and Chip.sw_',`$3',W,w)') ifelse(`$4',,, `m4_ffside(`(m4x-0.5)/m4_pc between Chip.nw_ and Chip.ne_',`$4',N,n)') ifelse(`$5',,, `m4_ffside(`(m4x-0.5)/m4_pc between Chip.ne_ and Chip.se_',`$5',E,e)') ifelse(`$6',,, `m4_ffside(`(m4x-0.5)/m4_pc between Chip.sw_ and Chip.se_',`$6',S,s)') ifelse(`$7',,,`popdef(`lg_plen')')dnl `$8' ]') dnl `Stack, count, and draw the pins on the given side' define(`m4_ffside', `stacksplit_(`m4pr',`$2',;)define(`m4_pc',0)dnl stackexec_(`m4pr',`m4pspec',`define(`m4_pc',incr(m4_pc))')dnl for_(1,m4_pc,1, `ifinstr(m4pspec,:, `m4drawpin(`$1',`$3'm4x,`$4'm4_pattocomma(m4pspec,:))')dnl popdef(`m4pspec')')')dnl define(`m4drawpin',`lg_pin(`$1',`$4',ifelse(`$5',,`$2',`$5'),`$3')') ########################################################################### divert(0)dnl Circuit_macros9.5/Licence.txt0000644060175006010010000004535013774371763015324 0ustar DwightNoneThe LaTeX Project Public License =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=- LPPL Version 1.3c 2008-05-04 Copyright 1999 2002-2008 LaTeX3 Project Everyone is allowed to distribute verbatim copies of this license document, but modification of it is not allowed. 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It is therefore important that you provide a way for the licensee to determine which files constitute the Work. This could, for example, be achieved by explicitly listing all the files of the Work near the copyright notice of each file or by using a line such as: % This work consists of all files listed in manifest.txt. in that place. In the absence of an unequivocal list it might be impossible for the licensee to determine what is considered by you to comprise the Work and, in such a case, the licensee would be entitled to make reasonable conjectures as to which files comprise the Work. --------------------------------------------------------------------- Circuit_macros9.5/Makefile0000644060175006010010000000314713774371763014657 0ustar DwightNone# The default postprocessor can be changed automatically as described below. # This default can be overridden by reading the appropriate configuration file # as the first file read by m4. # Some of the steps could be simplified on many systems. default: @echo "Usage:" @echo " make psdefault" @echo " make pgfdefault" @echo " make gpicdefault" @echo " make clean" @echo " make clobber" SH = sh # SH = bash # To set the default postprocessor to # dpic -p with pstricks, type "make psdefault" psdefault: @sed -e '/m4picprocessor/s/include([a-z][a-z]*\.m4)/include(pstricks.m4)/' \ libgen.m4 > tmplibgen mv tmplibgen libgen.m4; chmod 644 libgen.m4 @grep 'include.*divert' libgen.m4 # To set the default postprocessor to # dpic -g with TikZ PGF, type "make pgfdefault" pgfdefault: @sed -e '/m4picprocessor/s/include([a-z][a-z]*\.m4)/include(pgf.m4)/' \ libgen.m4 > tmplibgen mv tmplibgen libgen.m4; chmod 644 libgen.m4 @grep 'include.*divert' libgen.m4 # To set the default postprocessor to # gpic -t type "make gpicdefault" gpicdefault: @sed -e '/m4picprocessor/s/include([a-z][a-z]*\.m4)/include(gpic.m4)/' \ libgen.m4 > tmplibgen mv tmplibgen libgen.m4; chmod 644 libgen.m4 @grep 'include.*divert' libgen.m4 clean: rm -f `find . -name \*~ -print` tmplibgen (cd doc; make clean) (cd examples; make clean) clobber: rm -f `find . -name \*~ -print` (cd doc; make clobber) (cd examples; make clobber) Circuit_macros9.5/mfpic.m40000644060175006010010000000213213774371763014550 0ustar DwightNonedivert(-1) mfpic.m4 Initialization for mfpic. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`m4picprocessor',dpic) define(`m4postprocessor',mfpic) ifdef(`libgen_',,`include(libgen.m4)divert(-1)')dnl define(`thinlines_',`linethick = 0.4 command "\pen{0.4pt}" arrowwid = 0.04*scale; arrowht = 0.2/3*scale;') define(`thicklines_',`linethick = 0.8 command "\pen{0.9pt}" arrowwid = 0.05*scale; arrowht = 0.1*scale;') define(`linethick_',`linethick = ifelse(`$1',,`0.8',`$1') command sprintf("\pen{%gpt}",ifelse(`$1',,`0.9',linethick)) arrowwid = ifelse(`$1',,`0.05',linethick/16)*scale; dnl arrowht = ifelse(`$1',,`0.1',linethick/8)*scale;') divert(0)dnl Circuit_macros9.5/mpost.m40000644060175006010010000000315013774371763014615 0ustar DwightNonedivert(-1) mpost.m4 Initialization for metapost. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`m4picprocessor',dpic) define(`m4postprocessor',mpost) ifdef(`libgen_',,`include(libgen.m4)divert(-1)')dnl # Note: dpic uses Adobe points for line widths to conform to PSTricks define(`thinlines_',`linethick = 0.4 arrowwid = 0.04*scale; arrowht = 0.2/3*scale;') define(`thicklines_',`linethick = 0.8 arrowwid = 0.05*scale; arrowht = 0.1*scale;') define(`linethick_',`linethick = ifelse(`$1',,`0.8',`$1') arrowwid = ifelse(`$1',,`0.05',linethick/16)*scale; dnl arrowht = ifelse(`$1',,`0.1',linethick/8)*scale;') Define some primary colors define(`defineRGBprimaries',` define(`white',`(1,1,1)')dnl define(`lightgrey',`(0.75,0.75,0.75)')dnl define(`lightgray',`(0.75,0.75,0.75)')dnl define(`grey',`(0.5,0.5,0.5)')dnl define(`gray',`(0.5,0.5,0.5)')dnl define(`darkgrey',`(0.25,0.25,0.25)')dnl define(`darkgray',`(0.25,0.25,0.25)')dnl define(`black',`(0,0,0)')dnl define(`red',`(1,0,0)')dnl define(`green',`(0,1,0)')dnl define(`blue',`(0,0,1)')dnl define(`cyan',`(0,1,1)')dnl define(`magenta',`(1,0,1)')dnl define(`yellow',`(1,1,0)')dnl ') divert(0)dnl Circuit_macros9.5/pgf.m40000644060175006010010000000404513774371763014233 0ustar DwightNonedivert(-1) pgf.m4 Initialization for Tikz-pgf. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`m4picprocessor',dpic) define(`m4postprocessor',pgf) ifdef(`libgen_',,`include(libgen.m4)divert(-1)')dnl define(`ultrathinlines_',`linethick = 0.1 arrowwid = 0.03*scale; arrowht = 0.04*scale ') define(`verythinlines_',`linethick = 0.2 arrowwid = 0.04*scale; arrowht = 0.05*scale ') define(`thinlines_',`linethick = 0.4 arrowwid = 0.04*scale; arrowht = 0.2/3*scale ') define(`semithicklines_',`linethick = 0.6 arrowwid = 0.045*scale; arrowht = 0.8*scale ') define(`thicklines_',`linethick = 0.8 arrowwid = 0.05*scale; arrowht = 0.1*scale ') define(`verythicklines_',`linethick = 1.2 arrowwid = 0.05*3/2*scale; arrowht = 0.1*3/2*scale ') define(`ultrathicklines_',`linethick = 1.6 arrowwid = 0.05*2*scale; arrowht = 0.1*2*scale ') `linethick_(x) set line width to x pt' define(`linethick_',`linethick = ifelse(`$1',,`0.8',`$1'); dnl arrowwid = ifelse(`$1',,`0.05',linethick/16)*scale; dnl arrowht = ifelse(`$1',,`0.1',linethick/8)*scale;') dnl `tikznode(tikz_node_name,[location],[string]) dnl Define a tikz node at location (default Here) dnl Must be used in the outermost scope of a pic dnl diagram, and .PS scaling is not allowed dnl (thanks to Arnold Knott).' define(`tikznode',`command dnl sprintf("\draw (%g,%g) node[inner sep=0pt, minimum size=0pt](`$1'){`$3'};",dnl ifelse(`$2',,Here,`($2)').x/scale,ifelse(`$2',,Here,`($2)').y/scale)') divert(0)dnl Circuit_macros9.5/postscript.m40000644060175006010010000000542213774371763015671 0ustar DwightNonedivert(-1) postscript.m4 Initialization for Postscript output. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`m4picprocessor',dpic) define(`m4postprocessor',postscript) ifdef(`libgen_',,`include(libgen.m4)divert(-1)')dnl Color utilities define(`setrgb',`pushdef(`r_',`$1')pushdef(`g_',`$2')pushdef(`b_',`$3')dnl pushdef(`m4cl_',ifelse(`$4',,lcspec,`$4'))dnl command sprintf(" /m4cl_ {%7.5f %7.5f %7.5f} def",r_,g_,b_) command " m4cl_ setrgbcolor"') define(`resetrgb',`popdef(`m4cl_')popdef(`r_')popdef(`g_')popdef(`b_')dnl ifdef(`r_', `command sprintf(" %7.5f %7.5f %7.5f setrgbcolor",r_,g_,b_)', `command " 0 0 0 setrgbcolor"') ') `rgbdraw(color triple, drawing commands)' define(`rgbdraw',`setrgb(`$1',`$2',`$3') shift(shift(shift($@))) resetrgb') `rgbfill(color triple, closed path)' define(`rgbfill', `command " npath /npath {} def /endstroke {} def" ifm4_rgbtestcomma(`$1', `shift($@) command "gsave `$1' setrgbcolor"', `shift(shift(shift($@))) command sprintf("gsave %7.5f %7.5f %7.5f setrgbcolor", `$1',`$2',`$3')') command " fill grestore ostroke" command " /endstroke {ostroke} def /npath {newpath} def"') `Top-level test for comma' define(`ifm4_rgbtestcomma',`ifinstr(`$1',`,',`$2',`$3')') Define some primary colors define(`defineRGBprimaries',` command "/white {1 1 1} def /lightgrey {0.75 0.75 0.75} def /lightgray {0.75 0.75 0.75} def /grey {0.5 0.5 0.5} def /gray {0.5 0.5 0.5} def /darkgrey {0.25 0.25 0.25} def /darkgray {0.25 0.25 0.25} def /black {0 0 0} def /red {1 0 0} def /green {0 1 0} def /blue {0 0 1} def /cyan {0 1 1} def /magenta {1 0 1} def /yellow {1 1 0} def"') define(`thinlines_',`linethick = 0.4 arrowwid = 0.04*scale; arrowht = 0.2/3*scale command " 0.4 setlinewidth";') define(`thicklines_',`linethick = 0.8 arrowwid = 0.05*scale; arrowht = 0.1*scale command " 0.8 setlinewidth";') `linethick_(x) set line width to x pt (default 0.8) and scale arrowhead parameters' define(`linethick_',`linethick = ifelse(`$1',,`0.8',`$1'); dnl arrowwid = ifelse(`$1',,`0.05',linethick/16)*scale; dnl arrowht = ifelse(`$1',,`0.1',linethick/8)*scale;') divert(0)dnl Circuit_macros9.5/psfrag.m40000644060175006010010000000130213774371763014732 0ustar DwightNonedivert(-1) psfrag.m4 Initialization for dpic -f processing: Postscript with psfrag strings * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`psfrag_') ifelse(m4postprocessor,postscript,,`include(postscript.m4)divert(-1)') divert(0)dnl Circuit_macros9.5/pstricks.m40000644060175006010010000000406313774371763015321 0ustar DwightNonedivert(-1) pstricks.m4 Initialization for PSTricks. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`m4picprocessor',dpic) define(`m4postprocessor',pstricks) ifdef(`libgen_',,`include(libgen.m4)divert(-1)')dnl define(`thinlines_',`linethick = 0.4 arrowwid = 0.04*scale; arrowht = 0.2/3*scale command "\psset{linewidth=0.4pt}%";') define(`thicklines_',`linethick = 0.8 arrowwid = 0.05*scale; arrowht = 0.1*scale command "\psset{linewidth=0.8pt}%";') `linethick_(x) Set line width to x pt and default arrowhead parameters' define(`linethick_',`linethick = ifelse(`$1',,`0.8',`$1'); dnl arrowwid = ifelse(`$1',,`0.05',linethick/16)*scale; dnl arrowht = ifelse(`$1',,`0.1',linethick/8)*scale;') `Patch PSTricks to use all coordinate pairs inside \pscustom Older version for PSTricks prior to Aug 2010:' define(`M4PatchPSTricks', `command "\makeatletter\@ifundefined{ifPst@noCurrentPoint}% {\@ifundefined{MPS@Patch}{\gdef\MPS@Patch{}% \typeout{ Dpic -p: patching psbezier in pstricks.tex (some versions) }% \def\psbezier@ii{\addto@pscode{% \ifshowpoints true \else false \fi\tx@OpenBezier% \ifshowpoints\tx@BezierShowPoints\fi}\end@OpenObj}}{}}% {\@ifundefined{MPS@PatchMsg}{\gdef\MPS@PatchMsg{}% \typeout{ Dpic -p: Setting noCurrentPoint to use all coord pairs }}{}% \psset{noCurrentPoint}}\makeatother%"') `For PSTricks since Aug 2010:' define(`M4PatchPSTricks',`command "\psset{noCurrentPoint}%"') divert(0)dnl Circuit_macros9.5/README0000644060175006010010000003751513774371763014105 0ustar DwightNone * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * This is a set of macros for drawing high-quality line diagrams to include in LaTeX, web, or similar documents, with support for SVG (including Inkscape) and other formats. Fundamental electric circuit elements and basic logic gates based on IEEE and European standards are included with several tools and examples of other types of diagrams. Elements can be scaled or drawn in any orientation and are easy to modify. The advantages and disadvantages of such a system in its basic form are similar to those of TeX itself, which is macro-based and non-WYSIWYG. Graphical interfaces are available for specific operating systems. The macros are to be processed by an m4 macro processor, and evaluate to drawing commands in the pic "little language," which is easy to read and learn. The diagram is then automatically translated into TiKZ, PSTricks, or other formats for processing by LaTeX or other applications. Pic is well suited to line drawings requiring parametric or conditional components, fine adjustment, geometric calculations, repetition, or recursion. Arbitrary text for formatting by LaTeX can be included. Free interpreters for m4 and pic are readily available. Sources are available as a git repository at https://gitlab.com/aplevich/Circuit_macros REQUIRED SOFTWARE: Preferred setup: GNU m4, dpic (see below), LaTeX, PSTricks, dvips or m4, dpic, LaTeX or PDFLaTeX, TikZ-PGF The GNU m4 macro processor is assumed, and a small number of macros require GNU m4 features. Other versions of m4 will work with most macros. The dpic interpreter can translate pic input into several forms, typically a .tex file for processing by latex with pgf/Tikz or PSTicks. Alternative: m4, GNU pic (gpic), TeX or LaTeX, and a driver recognizing tpic specials (eg dvips) The GNU pic interpreter with option -t produces tpic special commands. Also possible for some diagrams: m4 and dpic with output in the following formats: LaTeX graphics or LaTeX eepic (for simple diagrams), mfpic, xfig, MetaPost, SVG, PDF, or Postscript. USAGE First-time users should read the Quick Start section of Circuit_macros.pdf. The following describes the most common basic usage to produce tikz or pstricks graphics for LaTeX; see below for integration with other tools and production of other formats. You probably should try out the basic usage before integrating the macros with sophisticated system-dependent tools. When developing your own diagrams, refer to the macro descriptions in the List of Macros section of Circuit_macros.pdf. Suppose that a source file, cct.m4 say, has been created and the top two lines are .PS cct_init ... The file is processed by feeding a configuration file followed by the diagram source to m4, and routing the output to dpic. If you have set the M4PATH environment variable as described in the INSTAllATION instructions, the command for Tikz processing is m4 pgf.m4 cct.m4 | dpic -g > cct.tex NOTE: The order in which the files are given to m4 is important. A configuration file (pgf.m4 in this example) must ALWAYS appear first. If you have not set the M4PATH environmental variable then the command is m4 -I pgf.m4 cct.m4 | dpic -g > cct.tex where is the absolute path to the directory containing the library macros. If the first line of cct.m4 is include(pgf.m4) and M4PATH is defined, then this command can be simplified to m4 cct.m4 | dpic -g > cct.tex In each case, the resulting file cct.tex is normally inserted into a document to be processed by LaTeX. The -g option of dpic produces Tikz-pgf graphics commands in cct.tex so the LaTeX document must have \usepackage{tikz} in the preamble. To produce postscript output, the LaTeX preamble must contain \usepackage{pstricks}, pstricks.m4 is read instead of pgf.m4, and the dpic option is -p, so the command is m4 pstricks.m4 cct.m4 | dpic -p > cct.tex or m4 cct.m4 | dpic -p > cct.tex Read Section 2 of the manual to see how to process the diagram source from within the main .tex source file. To use the GNU gpic processor (called pic on some systems) instead of dpic, the command is m4 gpic.m4 cct.m4 | gpic -t > cct.tex The basic commands given above suffice for documents of moderate size and complexity; otherwise, a "make" facility or equivalent should be used or, for modest documents, diagram processing can be controlled from within the tex document source as described in the manual. For near-immediate viewing of the basic process, three windows can be kept open: one in which to edit the source, one to process the source and produce postscript or pdf, and Okular or GSview 5.0, which updates when clicked. INSTALLATION AND TESTING: See the INSTALL file. SOURCES AND MANUALS: View or print Circuit_macros.pdf in the doc directory. M4 is widely available on Unix systems. PC source and executables are also available: http://gnuwin32.sourceforge.net/packages/m4.htm A large set of Unix-like Windows tools, including m4, is available via http://www.cygwin.com/ DJGPP versions are available as m4-NNb.zip (where NN is the current release number) on web archives and at http://www.delorie.com/djgpp/dl/ofc/dlfiles.cgi/current/v2gnu/ There are several sources of hints on m4 usage; some places to look are http://gnuwin32.sourceforge.net/packages/m4.htm (m4 for Windows) http://www.gnu.org/software/m4/manual/ (GNU m4 manual) https://mbreen.com/m4.html (m4 by example) The m4 (computer language) article in Wikipedia gives a concise overview. An academic discussion of the language can be found in http://www.cs.stir.ac.uk/~kjt/research/pdf/expl-m4.pdf. The GNU Autoconf manual contains a chapter on M4 programming: http://www.gnu.org/software/autoconf/manual/index.html (Do not read this manual first). Autoconf uses quote characters [ and ] instead of the default ` and ' which work well with the pic language. Gpic is part of the GNU groff distribution, for which the source and documentation is available from http://ftp.gnu.org/gnu/groff/ but there are mirror sites as well. The original AT&T pic manual can be obtained at http://doc.cat-v.org/unix/v10/10thEdMan/pic.pdf A more extensive manual is found in the documentation that comes with GNU pic, which is typically installed as gpic. A pdf copy is included with the dpic distribution and a version can be found on the web at http://www.kohala.com/start/troff/gpic.raymond.ps DPIC: Dpic is not included here you say? If you want to try the LaTeX picture objects, mfpic, PSTricks, TikZ-PGF, MetaPost, xfig, SVG, PDF, or Postscript output provided by dpic, there are at least three possibilities: Some Linux distributions will install dpic automatically, the current (free) C source and Windows executable can be obtaied from http://ece.uwaterloo.ca/~aplevich/dpic/ and a git repository containing complete source is at https://gitlab.com/aplevich/dpic The source can be found in a number of repositories but many contain older versions, see https://repology.org/project/dpic/badges The best advice is to obtain the newest version. The dpic distribution includes dpic-doc.pdf, a manual containing a summary of the pic language and of features unique to dpic. EXAMPLES A set of examples is included in this distribution, showing electric circuits, block diagrams, flow charts, signal-flow graphs, basic use of colour and fill, and other applications. Read the manual Circuit_macros.pdf and view or print the file examples.pdf in the examples directory. For the curious, There are additional source files in the examples directory that are not shown in examples.pdf. For the possibly unstable development version of these macros, try http://ece.uwaterloo.ca/~aplevich/Circuit_macros/ The examples directory Makefile automates the generation of .ps, .eps, .png, and .pdf files for individual diagrams. Subdirectories of the examples directory are for testing metafont, metapost, pgf, psfrag, and xfig examples. INTEGRATION WITH OTHER TOOLS: Installation and usage of the macros have evolved smewhat since the beginning, so archived instructions on the net may be slightly more complicated than currently necessary. Because I was producing books, I simply added commands to the appropriate Makefiles. However, others have developed tools that simplify workflow for their circumstances. The following are representative but keep in mind that systems and installations evolve over time: A Python-based GUI called PyCirkuit is at https://pypi.org/project/pycirkuit/ and https://github.com/orestesmas/pycirkuit. For an introduction, look at the FOSDEM video by Orestes Mas: https://ftp.osuosl.org/pub/fosdem/2020/H.2215/pycirkuit.webm A python build-automation tool, m4cm, by Peter Jan Randewijk is at https://m4cmpy.wordpress.com/ with very clear instructions about getting started with Circuit_macros at https://m4cmpy.wordpress.com/2020/02/23/getting-started-with-m4-circuit-macros/ Fabrice Salvaire has a blog and a useful bash script at https://www.fabrice-salvaire.fr/en/blog/electronic-circuit-diagrams/ A set of examples and hints intended for his colleagues has been produced by Alan Robert Clark at http://ytdp.ee.wits.ac.za/cct.html A video "Drawing Circuit Diagrams with Circuits Macros" by James Green showing how to use Circuit_macros with his setup is at https://www.youtube.com/watch?time_continue=53&v=pFRIBvUJHS4 A KDE interface created by Matteo Agostinelli can be found at http://wwwu.uni-klu.ac.at/magostin/cirkuit.html. A git repository of a newer version by Andrew G. for Linux is at https://github.com/ag-ckt/cirkuit/tree/V0.5.0. There is uncertainty about installation possibilities because of evolving library dependencies. A wiki offering examples and tips is at http://swwiki.e-dschungel.de/circuit_macros It is in German but Google translate works well on the page. Another recent introduction is at https://www.root.cz/clanky/publikovanie-elektrickych-schem-a-diagramov-pomocou-circuit-macros/ It is in Czech but, again, Google translate works well. LaTeX automation tools are discussed at, for example, http://tex.stackexchange.com/questions/64/tools-for-automating-document-compilation Mac users: A previewer app for Mac OS X written by Collin J. Delker is available at http://www.collindelker.com/wp/2013/04/circuit_macros_previewer/ A Windows batch file for Circuit_macros is found at http://someonehasdonethis.blogspot.ca/2012/12/a-solution-for-drawing-circuit-diagrams.html VARIATIONS Macros such as these inevitably will be modified to suit individual needs and taste. They continue to evolve in my own library as I use them and as others send comments. No such collection can hope to include all possible circuit-related symbols, so you will probably find yourself writing your own macros or adapting some of these. Be careful to rename modified macros to avoid confusion. The learning curve compares well to other packages, but there is no trivially easy way to produce high-quality graphics. (If a picture is worth a thousand words, ask yourself how long it would take to write and revise a thousand words.) See eschpic on Github for IEC-style electrical drawings. For an example of the use of dpic in a wiki (thanks to Jason Grout), see http://jasongrout.org/software/dokuwiki/format-plugin Pic dates from the 1980s and was first developed as a preprocessor for the *roff family of Unix word processors. Some additional libraries such as chem (for chemical structures) and dformat (for data structures) are still viable. Pic macros for drawing graphs are described at http://www.math.uiuc.edu/~west/gpic.html After minor adaptation to dpic syntax, many of them can be simplified. A collection of traditional pic resources and related material is available at http://www.kohala.com/start/troff/troff.html In particular, W. Richard Stevens illustrated his books on Unix and TCP/IP using pic macros. Some of the sources found there need minor tuning to work under dpic. MetaPost examples: Go to the examples/mpost directory. Check the Makefile as described in the README file, type "make", and stand well back. Postscript with embedded psfrag strings: Type "make" in the examples/psfrag directory to process examples using dpic -f for creating .eps files with embedded psfrag strings. Postscript, CorelDraw, Adobe Illustrator: Circuits and other diagrams not requiring LaTeX-formatted text can be processed through m4 and dpic -r to produce encapsulated Postscript output. This output can also be imported into CorelDraw or Adobe Illustrator. However, Postscript is not a word processor, so any LaTeX formatting instructions in the source are not obeyed. These programs also import svg output produced by dpic -v. SVG output, Inkscape: Dpic -v produces svg output. If the result is to be directly inserted into html, then as for Postscript output, the diagram source file has to be adapted to remove any LaTeX formatting. The configuration file svg.m4 contains macros that can assist. To avoid this problem at the expense of an extra postprocessing step, sophisticated text formatting and font selection can be retained by first producing pdf output and then converting to SVG using, say, pdf2svg (https://github.com/dawbarton/pdf2svg) or dvisvgm (https://www.ctan.org/pkg/dvisvgm). SVG is the native file format for the Inkscape graphics editor. Therefore, elements defined by these macros can be output by dpic -v in svg format for later manipulation by Inkscape. A very basic palette of circuit elements for importing into Inkscape is found in examples/svg/paletteSVG.m4. In the svg subdirectory, type "make paletteSVG.svg", read the resulting file into Inkscape, and then ungroup the elements as desired. You would probably wish to add to or customize these elements for extensive use. Metafont: The file examples/mf/cct.mf is a Metafont source for a few variants of the basic elements, produced using the mfpic output of dpic. It may be of interest to persons who cannot otherwise implement the macros. To see the elements (assuming a typical installation), type "make" in the mf directory. Xfig: The file examples/xfig/xfiglib.fig contains circuit elements in xfig 3.2 format produced by dpic. The file is a prototype because many more elements could be included. Logic gates often have many labels, and xfig is not a word processor, so some fine tuning of labels is in order. Translation between languages always involves a loss of information and idiom, but Xfig can store diagrams in pic format, so it is possible to alternate between xfig and dpic. LIBRARIES: The file libgen.m4 contains general-purpose macros and is read automatically by other libraries. The file libcct.m4 defines basic circuit elements. Binary logic-circuit elements are in liblog.m4. Macros for drawing 3D projections are in lib3D.m4, and some macros for drawing double-line arrows are in darrow.m4. The file dpictools.pic contains pic macros and is read automatically by some of the examples. Feel free to contact me with comments or questions. I have retired from full-time work but continue the hobby of maintaining these files. I may now be able to spend more time on individual requests but I may not reply instantly to email. Dwight Aplevich aplevich (AT) uwaterloo (DOT) ca Circuit_macros9.5/svg.m40000644060175006010010000002351313774371763014257 0ustar DwightNonedivert(-1) svg.m4 Initialization for SVG output. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`m4picprocessor',dpic) define(`m4postprocessor',svg) Default is to produce svg for web documents ifdef(`m4textprocessor',,`define(`m4textprocessor',xml)') ifdef(`libgen_',,`include(libgen.m4)divert(-1)')dnl # The following definitions are still subject to change. # The use of changecom may cause difficulty for non-GNU m4. # ---------------------------------------------------------------------------# # # If either nosvgformat or Inkscape is defined then the svg formatting # macros are turned off. Text formatting can then be done in Inkscape. dnl Put define(`Inkscape') in the source for Inkscape input ifelse(ifdef(`Inkscape',T)`'ifdef(`nosvgformat',T),T, `define(`svg_it',`$1') define(`svg_tt',`$1') define(`svg_norm',`$1') define(`svg_bf',`$1') define(`svg_small',`$1') define(`svg_fsize',`$1') define(`svg_sub',`$1') define(`svg_sup',`$1') define(`svg_font',`$1') define(`svg_symbol',`$1') define(`svg_micro',`$1') define(`svg_ohm',`$1') define(`svg_lt',`$1') define(`svg_gt',`$1') ', `define(`svg_tspan',`patsubst(`$2',",\\")') divert(-1) `svg_font(fontname,nominal ht:dptextratio,textoffset) or svg_font(fontname,nominal ht:dptextratio,textoffset, text) Note: nominal ht = text height in drawing units, e.g. 12bp__ for 12pt text   actual height = nominal ht * dptextratio ' define(`svg_font',`ifinstr(`$2',:, `stacksplit_(`m4svgf',`$2',:) ifelse(m4svgf,,,dptextratio = m4svgf; )popdef(`m4svgf')dnl ifelse(m4svgf,,,`textht=(m4svgf)*dptextratio; ')undefine(`m4svgf')', `dptextratio=svgfontratio(`$1'); dnl ifelse(`$2',,,textht=(`$2')*dptextratio; )')dnl ifelse(`$3',,,`textoffset=`$3'; ') command "" `$4' ifelse(`$4',,,`command ""')') `e.g. svg_font(Times) svg_font(Times,12bp__:0.66) svg_font(Times,11bp__,1bp__,"text" at A) svg_font(font-family="Times") svg_font(font-family="Times" font-style="italic") svg_font(style="font-family:Times; font-style:italic") Some fairly safe choices: Arial, Helvetica, Times, Courier, Verdana, Georgia, Palatino, Garamond, Bookman, Cursive, Trebuchet MS, Arial Black, Impact. ' `svgfontratio(fontname) reasonable dptextratio values for common fonts' define(`svgfontratio',`ifinstr( `$1',Times,0.66, `$1',sans-serif,0.71, `$1',Arial,0.71, `$1',Helvetica,0.71, `$1',Courier,0.57, `$1',Cursive,0.7, `$1',Verdana,0.72, `$1',Georgia,0.70, `$1',Palatino,0.66, `$1',Garamond,0.62, `$1',Bookman,0.66, `$1',Comic Sans MS,0.75, `$1',Trebuchet MS,0.71, `$1',Arial Black,0.71, `$1',Impact,0.79, dptextratio)') `see http://www.ascii.cl/htmlcodes.htm and http://webdesign.about.com/od/localization/l/blhtmlcodes-gr.htm' `These macros are used in strings so the double quote is entered as \". ' define(`svg_symbol',`changecom(,)`$1'changecom(`#',)') define(`svg_it',``$1'') define(`svg_tt',``$1'') define(`svg_norm',``$1'') define(`svg_bf',``$1'') dnl To get %% in a sprintf string, set the size explicitly, dnl eg sprintf("x`'svg_sub(%g,50%)",i) define(`svg_small',`svg_fsize(`$1',ifelse(`$2',,66,`$2'))') define(`svg_fsize',``$1'') dnl This is black magic but seems necessary to work with Firefox dnl Arg 2: size of subscript font in percent dnl Arg 3: vertical shift, e.g. svg_sub(1,,0.5ex) dnl Arg 4 shifts the subscript horizontally e.g., svg_sup(1,,,-0.5ex) define(`svg_sup',``$1' ')dnl note the space dnl This is black magic but seems necessary to work with Firefox dnl Arg 2: size of subscript font in percent dnl Arg 3: vertical shift, e.g. svg_sub(1,,0.5ex) dnl Arg 4 shifts the subscript horizontally define(`svg_sub',``$1' ')dnl note the space define(`svg_alpha',`svg_symbol(&`#'945;)') define(`svg_beta',`svg_symbol(&`#'946;)') define(`svg_chi',`svg_symbol(&`#'967;)') define(`svg_comma',`svg_symbol(&`#'44;)') define(`svg_Delta',`svg_symbol(&`#'916;)') define(`svg_delta',`svg_symbol(&`#'948;)') define(`svg_epsilon',`svg_symbol(&`#'949;)') define(`svg_eta',`svg_symbol(&`#'951;)') define(`svg_Gamma',`svg_symbol(&`#'915;)') define(`svg_gamma',`svg_symbol(&`#'947;)') define(`svg_iota',`svg_symbol(&`#'953;)') define(`svg_kappa',`svg_symbol(&`#'954;)') define(`svg_Lambda',`svg_symbol(&`#'923;)') define(`svg_lambda',`svg_symbol(&`#'955;)') define(`svg_micro',`svg_symbol(&`#'956;`$1')') define(`svg_mu',`svg_symbol(&`#'956;)') define(`svg_nu',`svg_symbol(&`#'957;)') define(`svg_ohm',`svg_symbol(&`#'937;)') define(`svg_Omega',`svg_symbol(&`#'937;)') define(`svg_omega',`svg_symbol(&`#'969;)') define(`svg_Phi',`svg_symbol(&`#'934;)') define(`svg_phi',`svg_symbol(&`#'966;)') define(`svg_Pi',`svg_symbol(&`#'928;)') define(`svg_pi',`svg_symbol(&`#'960;)') define(`svg_Psi',`svg_symbol(&`#'936;)') define(`svg_psi',`svg_symbol(&`#'968;)') define(`svg_rho',`svg_symbol(&`#'961;)') define(`svg_Sigma',`svg_symbol(&`#'931;)') define(`svg_sigma',`svg_symbol(&`#'963;)') define(`svg_tau',`svg_symbol(&`#'964;)') define(`svg_Theta',`svg_symbol(&`#'920;)') define(`svg_theta',`svg_symbol(&`#'952;)') define(`svg_upsilon',`svg_symbol(&`#'965;)') define(`svg_Xi',`svg_symbol(&`#'926;)') define(`svg_xi',`svg_symbol(&`#'958;)') define(`svg_zeta',`svg_symbol(&`#'950;)') define(`svg_lt',`svg_symbol(&`#'60;)') define(`svg_gt',`svg_symbol(&`#'62;)') define(`svg_leq',`svg_symbol(&`#'8804;)') define(`svg_geq',`svg_symbol(&`#'8805;)') define(`svg_prime',`svg_symbol(&`#'8242;)') define(`svg_ensp',`svg_symbol(&`#'8194;)') define(`svg_emsp',`svg_symbol(&`#'8195;)') define(`svg_thinsp',`svg_symbol(&`#'8201;)') define(`svg_backsl',`svg_symbol(&`#'92;)') define(`svg_pound',`svg_symbol(&`#'35;)') define(`svg_circ',`svg_symbol(&`#'710;)') define(`svg_deg',`svg_symbol(&`#'176;)') ') define(`svgcolor',`sprintf("rgb(%g,%g,%g)",\ round_(`$1'),round_(`$2'),round_(`$3'))') # Obsolete but kept for compatibility. Use `rgbstring(r,g,b)' define(`svgcolor255', `svgcolor(round_((`$1')*255),round_((`$2')*255),round_((`$3')*255))') define(`svgLink',`command " " `$2' command ""') define(`svgLinkString',`"dnl `$2' dnl "') # svg_rot_init(filename) # filename is the basename of the output # produced by dpic -v filename.pic > filename.svg define(`svg_rot_init',` `# svg_rot'_init begin NeedDpicTools define(`_file_',ifelse(`$1',,patsubst(__file__,.m4),`$1')) syscmd(touch _file_.svg _file_.cor; cp _file_.svg _file_.tmp) # Extract from the .svg file the x= y= coordinates # that appear after each transform="rotate(.." line retcode = ( sh "awk -e \"/transform=\\"rotate/ { r=1 }; dnl /x=\\".*y=\\"/ { if(r==1){ print; r=0 } }\" _file_.tmp dnl | sed -e \"s/x=\\"\([0-9.]*\)\\" y=\\"\([0-9.]*\)\\".*/\1 \2/\" dnl > _file_.cor" ) if retcode != 0 then { print " Awk failure Awk and sed are required by svg_rot to rotate svg text. " } svgrot_k = 0 define svg_rotcoords { if "$`'1" != "" then { svgrot_k += 1 svg_rx[svgrot_k] = $`'1; svg_ry[svgrot_k] = $`'2 } } copythru(svg_rotcoords, _file_.cor) sh "rm -f _file_.tmp _file_.cor" svgrot_i = 0 ifdef(`svg_rot_',,` # `svg_rot(degrees,"text" [at position]) # Rotate text degrees ccw # Requires svg_rot_init(filename) # which uses both awk and sed. # The source must be processed twice by m4 and dpic.' define svg_rot { if retcode != 0 then {$`'2} else { if "$`'1" != "" then { svg_rang = -($`'1) } else { svg_rang = -90 } if svgrot_k != 0 then { svgrot_i +=1 command sprintf("",svg_rang,\ svg_rx[svgrot_i],svg_ry[svgrot_i]) }\ else { command sprintf("",svg_rang) } $`'2 command "" } } define(`svg_rot_') ') `# svg_rot'_init end ') # ---------------------------------------------------------------------------# define(`thinlines_',`linethick = 0.4 arrowwid = 0.04*scale; arrowht = 0.2/3*scale') define(`thicklines_',`linethick = 0.8 arrowwid = 0.05*scale; arrowht = 0.1*scale') `linethick_(x) set line width to x pt' define(`linethick_',`linethick = ifelse(`$1',,`0.8',`$1'); dnl arrowwid = ifelse(`$1',,`0.05',linethick/16)*scale; dnl arrowht = ifelse(`$1',,`0.1',linethick/8)*scale;') divert(0)dnl Circuit_macros9.5/xfig.m40000644060175006010010000000200513774371763014406 0ustar DwightNonedivert(-1) xfig.m4 Initialization for xfig. * Circuit_macros Version 9.5, copyright (c) 2021 J. D. Aplevich under * * the LaTeX Project Public Licence in file Licence.txt. The files of * * this distribution may be redistributed or modified provided that this * * copyright notice is included and provided that modifications are clearly * * marked to distinguish them from this distribution. There is no warranty * * whatsoever for these files. * define(`m4picprocessor',dpic) define(`m4postprocessor',xfig) ifdef(`libgen_',,`include(libgen.m4)divert(-1)')dnl define(`thinlines_',`linethick = 0.4 arrowwid = 0.05*2/3*scale; arrowht = 0.1*2/3*scale; ') define(`thicklines_',`linethick = 0.8 arrowwid = 0.05*scale; arrowht = 0.1*scale; ') define(`linethick_',`linethick = ifelse(`$1',,`0.8',`$1'); dnl arrowwid = ifelse(`$1',,`0.05',linethick/0.8*0.05)*scale; dnl arrowht = ifelse(`$1',,`0.1',linethick/0.8*0.1)*scale; ') divert(0)dnl

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0000743774 00000 n 0000767639 00000 n 0000767670 00000 n 0000761438 00000 n 0000743797 00000 n 0000745554 00000 n 0000767747 00000 n 0000767778 00000 n 0000761604 00000 n 0000745576 00000 n 0000750696 00000 n 0000767833 00000 n 0000767864 00000 n 0000761770 00000 n 0000750718 00000 n 0000753762 00000 n 0000767952 00000 n 0000767983 00000 n 0000761936 00000 n 0000753784 00000 n 0000754499 00000 n 0000768082 00000 n 0000768151 00000 n 0000771350 00000 n 0000771553 00000 n 0000771386 00000 n 0000771435 00000 n 0000771470 00000 n 0000771518 00000 n 0000790368 00000 n 0000800824 00000 n 0000803596 00000 n 0000804245 00000 n 0000804984 00000 n 0000805935 00000 n 0000810264 00000 n 0000811235 00000 n 0000819546 00000 n 0000824433 00000 n 0000827101 00000 n 0000834075 00000 n 0000835334 00000 n 0000837233 00000 n 0000840822 00000 n 0000841947 00000 n 0000843216 00000 n 0000843932 00000 n 0000845414 00000 n 0000850883 00000 n 0000858241 00000 n 0000859585 00000 n 0000860749 00000 n 0000790777 00000 n 0000791279 00000 n 0000791522 00000 n 0000791610 00000 n 0000792128 00000 n 0000792634 00000 n 0000793556 00000 n 0000794050 00000 n 0000795010 00000 n 0000795981 00000 n 0000796371 00000 n 0000796766 00000 n 0000797796 00000 n 0000798876 00000 n 0000799258 00000 n 0000800351 00000 n 0000868467 00000 n trailer << /Size 325 /Root 1 0 R /Info 2 0 R /ID [<8C80B2C77577D1108A4F70F253B7AC9B><8C80B2C77577D1108A4F70F253B7AC9B>] >> startxref 869847 %%EOF Circuit_macros9.5/examples/examples.tex0000644060175006010010000000334513774371763017375 0ustar DwightNone% PSTricks examples.tex \documentclass[11pt]{article} \usepackage{times} %\usepackage{pstricks,pst-grad} \input mode \usepackage{rotating} \usepackage{graphicx} \usepackage{boxdims} \usepackage{upgreek} \usepackage{siunitx} \usepackage{amssymb} \input header \global\psttrue \begin{document} \hfill {\large\bf Examples: \input{Version.tex}} \hfill\break This is a collection of diagrams the author has had occasion to produce using m4 circuit macros and others, and gpic or dpic. In some cases there are other or better m4 or pic constructs for producing the same drawings, but the source-file names are shown for reference. Most of the examples can be processed using either dpic~-p, dpic~-g, or gpic~-t, but the possibility of other postprocessing has meant that sometimes the source is slightly more complicated than it would be if only one workflow had been assumed. Some of the examples require dpic. The most simplicity and elegance is achieved by sticking to one pic interpreter and one postprocessor. This document duplicates a few diagrams from the manual Circuit\_macros.pdf. There are also a few files in the examples directory that are not included in this document. To process {\sl file}.m4, for example, type "make {\sl file}.pdf." % Some of the boundaries of what macros and the pic language can do are % tested toward the end of the following examples. \input files \endinput Other examples currently: Ball.m4 birds.m4 Blogix.m4 brace.m4 Ccurve.m4 chaos.m4 Chuck.m4 clock.m4 Cruller.m4 debug2.m4 Escher.m4 Euro.m4 Floor.m4 IC10107.m4 keyval.m4 Koch.m4 OpAmpFilter.m4 Orbits.m4 person.m4 Planes.m4 PPA.m4 Resolver.m4 rotatetext.m4 rotellipse.m4 Shaky.m4 snake.m4 SPM.m4 squiggle.m4 Wheat.m4 Zcos.m4 Circuit_macros9.5/examples/exp.m40000644060175006010010000002026413774371763016072 0ustar DwightNone.PS # exp.m4 threeD_init NeedDpicTools # Graduated shading is probably best done using the built-in functions # of PSTricks or the somewhat equivalent tikz capabilities. Other # postprocessors do not have the same functionality so the following # demonstrates how it can be done in the pic language with m4 macros. # See the macro `PhadedPolygon' in libgen.m4 # Projected box object: [ g = 1.2 define(`axlen',1.2*g) define(`O3',`0,0,0') define(`X0',`axlen,0,0') define(`Y0',`0,axlen,0') define(`Z0',`0,0,axlen') # diagram viewing angle dazim = 54 delev = 15 setview(dazim,delev) # projection azimuth, elevation pazim = 20*dtor_ pelev = 35*dtor_ arad = 0.6*g # object displacement define(`D3',`0.3*g,0.6*g,0.9*g') # fixed coordinate frame O: project(O3) X: project(X0) Y: project(Y0) Fector(X0,Z0) with .Origin at O ; "$x_0$" at X rjust Fector(Y0,Z0) with .Origin at O ; "$y_0$" at Y ljust below Fector(Z0,Y0) with .Origin at O ; "`$z_0$'" at project(Z0) above define(`R01',`rot3Dz(pazim,rot3Dy(-pelev,$1,$2,$3))') define(`R10',`rot3Dy(pelev,rot3Dz(-pazim,$1,$2,$3))') thinlines_ ; psset_(linecolor=gray) line from O to project(rot3Dz(pazim,axlen,0,0)) psset_(linecolor=black) arc -> ccw from project(arad,0,0) to project(rot3Dz(pazim,arad,0,0)) rad arad "$\theta$" below up_ arc -> cw from project(rot3Dz(pazim,arad,0,0)) \ to project(R01(arad,0,0)) rad arad "$\phi$" rjust at project(rot3Dz(pazim,rot3Dy(-pelev/2,arad,0,0))) arc -> from project(0,arad,0) to project(R01(0,arad,0)) rad arad "$\theta$" above right_ arc -> cw from project(0,0,arad/2) to project(R01(0,0,arad/2)) rad arad/2 "$\phi$" ljust at Here+(-1pt__,-3pt__) Fector(R01(X0),R01(Z0)) with .Origin at O ; "$x_1$" above rjust at project(R01(X0)) Fector(R01(Y0),R01(Z0)) with .Origin at O ; "$y_1$" ljust at project(R01(Y0)) Fector(R01(Z0),R01(Y0)) with .Origin at O ; "$z_1$" above at project(R01(Z0)) thicklines_ # box object dimension b = 0.6*g d = 0.4*g h = 0.20*g # box object corners define(`B0',`D3') define(`B1',`sum3D(D3,d,0,0)') PB1: project(B1) define(`B2',`sum3D(D3,d,b,0)') PB2: project(B2) define(`B3',`sum3D(D3,0,b,0)') PB3: project(B3) define(`B4',`sum3D(D3,0,0,h)') PB4: project(B4) define(`B5',`sum3D(D3,d,0,h)') PB5: project(B5) define(`B6',`sum3D(D3,d,b,h)') PB6: project(B6) define(`B7',`sum3D(D3,0,b,h)') PB7: project(B7) # projected corners P0:project(R01(0,dcosine3D(2,R10(B0)),dcosine3D(3,R10(B0)))) P1:project(R01(0,dcosine3D(2,R10(B1)),dcosine3D(3,R10(B1)))) P2:project(R01(0,dcosine3D(2,R10(B2)),dcosine3D(3,R10(B2)))) P3:project(R01(0,dcosine3D(2,R10(B3)),dcosine3D(3,R10(B3)))) P4:project(R01(0,dcosine3D(2,R10(B4)),dcosine3D(3,R10(B4)))) P5:project(R01(0,dcosine3D(2,R10(B5)),dcosine3D(3,R10(B5)))) P6:project(R01(0,dcosine3D(2,R10(B6)),dcosine3D(3,R10(B6)))) P7:project(R01(0,dcosine3D(2,R10(B7)),dcosine3D(3,R10(B7)))) thinlines_ line from PB1 to P1 line from PB2 to P2 line from PB7 to P7 line from PB4 to P4 thicklines_ # draw the object ifdpic(`line invis fill_(1) from PB4 to PB7 to PB6 to PB5 line from PB4 to PB7; line to PB6; line to PB5 ; line to PB4 line invis fill_(0.5) from PB5 to PB6 to PB2 to PB1 line from PB5 to PB6; line to PB2; line to PB1 ; line to PB5 line invis fill_(0.85) from PB6 to PB7 to PB3 to PB2 line from PB6 to PB7; line to PB3; line to PB2 ; line to PB6', `gshade(1,PB4,PB7,PB6,PB5,PB4,PB7) gshade(0.5,PB5,PB6,PB2,PB1,PB5,PB6) gshade(0.85,PB6,PB7,PB3,PB2,PB6,PB7)') line from PB4 to PB5 to PB1 to PB2 to PB3 to PB7 to PB4 line from PB5 to PB6 to PB7 line from PB6 to PB2 arrow from O to PB1 chop linethick pt__; "$X$" rjust line from P4 to P5 to P1 to P2 to P3 to P7 to P4 line from P5 to P6 to P7 line from P6 to P2 line dashed from P4 to P0 to P3 line dashed from P0 to P1 ] # Globe: [ # Set small text size iflatex(`textoffset = 1bp__; ifpsfrag(`textht = 9.5bp__', `latexcommand({\small)') ') azimuth = 15 # View angles in degrees elevation = 35 setview(azimuth,elevation) rectwid = 3.5 # Basic dimensions rectht = 2.4 alpha = rectht/3 # # Rectangle NW: project(-rectht/2,-rectwid*0.25,0) SW: project( rectht/2,-rectwid*0.25,0) SE: project( rectht/2, rectwid*0.75,0) NE: project(-rectht/2, rectwid*0.75,0) ShadedPolygon(NW:NE:SE:SW,,-90, 0,0.25,0.25,0.25, 1,1,1,1) with .Start at NW define(`C3D',`0,0,alpha') # Centre of the sphere C: project(C3D) # # Shaded sphere using PSTricks or tikz: # # this is black magic but PSTricks # # seems to give more control # ifpstricks( # `Highlight: \ # project(sum3D(C3D,rot3Dz(-15*dtor_,rot3Dy(-60*dtor_,alpha,0,0)))) # command "\pscustom[fillstyle=gradient,gradmidpoint=0.0,%" # command sprintf("gradbegin=gray,gradend=white,gradlines=%g,%%",alpha*200) # command "GradientCircle=true,GradientScale=1.5,%" # command sprintf("GradientPos={(%g,%g)}]{",Highlight.x,Highlight.y) # circle rad alpha at C # command "}%"', # # `ifpgf( # A little too dark with tikz-pgf, maybe: # `command sprintf(\ # "\dpicdraw[ball color=white](%g,%g) circle (%gin)\dpicstop",\ # C.x,C.y,alpha/2.54)', # # `circle rad alpha at C fill_(1) ')') # Shaded sphere with pic shading: shadedball(alpha) at C S: 0,0 # The sphere bottom touch point "$S$" at S+(0,-2pt__) rjust "$\alpha$" at 0.5 ljust define(`N3D',`0,0,2*alpha') # North pole N: project(N3D) "$N$" at N+(0,3pt__) ljust phi = 65*dtor_ define(`Phat3D',`rot3Dz(phi,alpha*3,0,0)') Phat: "$\hat{P}$" at project(Phat3D) ljust X: project(rectht/2*0.8,0,0) Y: project(0,rectwid/2*0.8,0) `define' linevis { # ratio # Visibility function for lines fom S to Tmp Tlv: $1 between S and Tmp $2 = distance(Tlv,C)-alpha } `define' invisline { # name # Draw dashed invisible part of line in Tmp: $1 # the plane findroot(linevis, 0, 1, 1e-8, x) line dashed from S to x between S and Tmp chop 0 chop 0.05 } thinlines_ # axes invisline(X) arrow to X chop 0.05 chop 0; "$x$" below invisline(Y) arrow to Y chop 0.05 chop 0; "$y$" ljust line dashed from S to N chop 0 chop 0.05 arrow up alpha*0.5 chop 0.05 chop 0 ; "$z$" above invisline(Phat) line to Phat chop 0.05 chop 0 arc ccw -> rad alpha from project(alpha/2,0,0) to \ project(rot3Dz(phi,alpha/2,0,0)) "$\phi$" below at 0.5 between last arc.start and last arc.end # vector (ratio along (N to Phat)) define(`ray',`sum3D(N3D,sprod3D($1,diff3D(Phat3D,N3D)))') `define' rayvis { # ratio $2 = length3D(diff3D(ray($1),C3D))-alpha } findroot(rayvis, 1e-3, 1, 1e-8, p) # Find P P: "$P$" at project(ray(p)) ljust above thicklines_ line dashed from N to P chop 0 chop 0.05 line to Phat chop 0.05 chop 0 define(`meridian',`rot3Dz(phi,rot3Dy(-($1),alpha,0,0))') `define' meridianvis { # angle # Visibility function on the meridian $2 = dot3D(meridian($1),View3D) } thinlines_ # Draw the meridian findroot(meridianvis, 0, pi_, 1e-8, y) n = 0 for ang = y-pi_ to y by pi_/20 do { Q[n]: project(sum3D(C3D,meridian(ang))); n+=1 } fitcurve(Q,n-1) n = 0 for ang = y to y+pi_ by pi_/20 do { Q[n]: project(sum3D(C3D,meridian(ang))); n+=1 } fitcurve(Q,n-1,dashed) define(`equator',`rot3Dz($1,alpha,0,0)') `define' equatorvis { # angle # Visibility function on the equator $2 = dot3D(View3D,equator($1)) } findroot(equatorvis, 0, pi_, 1e-8, y) n = 0 for ang = y-pi_ to y by pi_/20 do { Q[n]: project(sum3D(C3D,equator(ang))); n+=1 } fitcurve(Q,n-1) n = 0 for ang = y to y+pi_ by pi_/20 do { Q[n]: project(sum3D(C3D,equator(ang))); n+=1 } fitcurve(Q,n-1,dashed) line dashed from C to P # beta line dashed from C to project(sum3D(C3D,equator(phi))) arc ccw -> from 0.6 along_(last line) to 0.6 between C and P "$\beta$" ljust at last arc.e+(0,2pt__) iflatex(ifpsfrag(,`latexcommand(})')) ] with .w at last [].e+(0.5,0) .PE Circuit_macros9.5/examples/fet.m40000644060175006010010000001061113774371760016044 0ustar DwightNone.PS # `fet.m4' cct_init dwn = 0.9 dwn = 1.0 rgt = 0.9 textht = 0.1 dnl `IRF4905(linespec,R)' define(`IRF4905', `[ ifelse(`$1',,,`eleminit_(`$1')') Q: mosfet(,`$2',dMdPzEDSQdB,) ifelse(`$1',,` S: Q.tr_xy(-4,-2); line from Q.tr_xy(-2,-2) to S D: Q.tr_xy( 4,-2); line from Q.tr_xy(2,-2) to D', `with .Diode.c at last line.c S: last line.start; D: last line.end; line from S to D ') G: Q.G circle rad 5*dimen_/10 at Q.tr_xy(0,1) ]') define(`rmove',0.75) define(`dir_',`right_') Orig: Here dir_ { move left 0.2 } {J: j_fet(right_ dimen_,,,E) "{\tt j\_fet(right\_ dimen\_,{,},E)}" wid 1.75 \ with .nw at last [].sw+(0.0,-0.25) "$G$" at last [].G rjust above "$S$" at last [].S rjust "$D$" at last [].D ljust } move right_ 0.9; dir_ {j_fet(,,P,) "{\tt j\_fet(,{,}P,)}" at last [].s+(0,-0.05) below "$G$" at last [].G rjust "$S$" at last [].S rjust "$D$" at last [].D ljust } move right_ 0.9; dir_ {e_fet(,R,,) "{\tt e\_fet(,R,{,})}" at last [].s+(0,-0.05) below "$G$" at last [].G rjust "$S$" at last [].S rjust "$D$" at last [].D ljust } {move down_ dwn; dir_ e_fet(,,P) "{\tt e\_fet(,{,}P)}" at last [].s+(0.1,-0.2) below} move right_ 0.9; dir_ {d_fet(,,,) "{\tt d\_fet(,{,},)}" at last [].s+(0,-0.05) below} {move down_ dwn; dir_ d_fet(,,P) "{\tt d\_fet(,{,}P)}" at last [].s+(0,-0.05) below} move right_ 0.9; dir_ {e_fet(,,,S) "{\tt e\_fet(,{,},S)}" at last [].s+(0,-0.05) below} {move down_ dwn; dir_ e_fet(,,P,S) "{\tt e\_fet(,{,}P,S)}" at last [].s+(0,-0.2) below} move right_ 0.9; dir_ {d_fet(,,,S) "{\tt d\_fet(,{,},S)}" at last [].s+(0,-0.2) below} {move down_ dwn; dir_ d_fet(,,P,S) "{\tt d\_fet(,{,}P,S)}" at last [].s+(0,-0.05) below} move right_ 0.9; dir_ {c_fet(,,,) "{\tt `c\_fet'(,{,},)}" at last [].s+(0,-0.05) below} {move down_ dwn; dir_ c_fet(,,P) "{\tt `c\_fet'(,{,}P)}" at last [].s+(0,-0.2) below} move down 1; right_ [ linewid = linewid*1.2 Q1: mosfet(,,dGSDF,) {"\tt `mosfet'(,{,}dGSDF,)" wid 1.25 \ with .nw at last [].sw+(-0.2,-0.05) thinlines_ arrow <- down .05 left .15 from (Q1.G.x,Q1.G.y-0.05) "\tt dG" rjust arrow <- down .10 left .30 from Q1.Channel.start+(.15,0) "\tt F" rjust arrow <- down .05 left .15 from (Q1.S.x,Q1.S.y+0.05) "\tt S" rjust arrow <- down .05 right .15 from (Q1.D.x,Q1.D.y+0.05) "\tt D" ljust thicklines_ } move right_ rmove Q2: mosfet(,,uHSDF,) {"\tt `$\ldots$'(,{,}uHSDF,)" at last [].s+(0,-0.15) below thinlines_ arrow <- down .05 left .15 from (Q2.G.x,Q2.G.y-0.05) "\tt uH" rjust thicklines_ } move right_ rmove Q3: mosfet(,,dMEDSQuB,) {"\tt `$\ldots$'(,{,}dMEDSQuB,)" at last [].s+(0,-0.05) below thinlines_ arrow <- down .05 left .15 from (Q3.G.x,Q3.G.y-0.05) "\tt dM" rjust arrow <- down .13 left .30 from Q3.Channel.start+(.12,0) "\tt E" rjust arrow <- down .05 left .10 from Q3.S+(.06,0) "\tt Q" rjust arrow <- down .08 right .24 from (Q3.B.x,Q3.B.y+0.175) "\tt uB" ljust thicklines_ } move right_ rmove Q4: mosfet(,,uMEDSuB) {`"{\tt $\ldots$(,{,}uMEDSuB)}"' at last [].s+(0,-0.15) below "$G$" at last [].G rjust "$S$" at last [].S rjust "$D$" at last [].D ljust "$B$" at last [].B below } move right_ rmove Q5: mosfet(,,ZSDFdT,) {"\tt `$\ldots$'(,{,}ZSDFdT,)" at last [].s+(0,-0.05) below thinlines_ arrow <- down .08 left .08 from (Q5.S.x,Q5.S.y+0.12) "\tt Z" rjust arrow from last arrow.end to Q5.Channel.c+(0.05,0) arrow from last arrow.start to (Q5.D.x,Q5.D.y+.05) arrow <- down .08 right .24 from (Q5.G.x,Q5.G.y-0.02) "\tt dT" ljust thicklines_ } move right_ rmove up_ Q6: IRF4905 with .c at Here {`"\tt IRF4905"' at Q6.s+(0,-0.15) below "$G$" at Q6.G rjust "$D$" at Q6.D ljust above "$S$" at Q6.S ljust below } ] with .nw at J.sw+(0,-1.35) #Orig+(-0.26,-1.2) right_ M1: mosfet(,,dBSDFQM1,E) with .nw at J.nw+(0,-dwn) "$G0$" at M1.G0 above rjust "$G1$" at M1.G1 above ljust {"\tt `mosfet'(,{,}dBSDFQM1,E)" wid 1.45 \ with .nw at last [].sw+(0,-0.23) } M2: mosfet(,,dBSDFQuM1) with .nw at M1.ne+(0.5,0) "$G0$" at M2.G0 above ljust "$G1$" at M2.G1 above rjust {"\tt ...(,{,}dBSDFQuM1)" wid 1.25 \ with .n at last [].s+(0,-0.05) } .PE Circuit_macros9.5/examples/files.tex0000644060175006010010000004145413774371763016664 0ustar DwightNone% The format of this file must be strictly retained to avoid problems % in the generation of examples.html \bfig{ \centerline{\getpic{quick}} \caption{The quick-start example from the manual \src{quick.m4}.} } \bfig{ \centerline{{\small\getpic{CctTable}}} \caption{Two-terminal elements, showing some variations \src{CctTable.m4}.} } \bfig{ \centerline{\getpic{Diodes}} \caption{Diodes: a {\tt K} in the second argument draws an open arrowhead \src{Diodes.m4}.} } \bfig{ \centerline{\getpic{Emarrows}} \caption{Radiation arrows \src{Emarrows.m4}.} } \bfig{ \centerline{\getpic{Sources}} \caption{Sources and source-like elements \src{Sources.m4}.} } \bfig{ \centerline{\getpic{Variable}} \caption{Arrows and marks indicating variability \src{Variable.m4}.} } \bfig{ \centerline{\getpic{AmpTable}} \caption{Macros {\tt amp}, {\tt delay}, and {\tt integrator} \src{AmpTable.m4}.} } \bfig{ \centerline{\getpic{Fuses}} \caption{Macros {\tt fuse} and {\tt cbreaker} \src{Fuses.m4}.} } \bfig{ \centerline{\getpic{Grounds}} \caption{Ground symbols \src{Grounds.m4}.} } \bfig{ \centerline{\getpic{Switches}} \caption{The switch macros; {\tt switch(,,,L|B|D)} is a wrapper for {\tt lswitch}, {\tt bswitch}, and {\tt dswitch} \src{Switches.m4}.} } \bfig{ \centerline{\getpic{Antennas}} \caption{Antenna symbols \src{Antennas.m4}.} } \bfig{ \centerline{\getpic{Audio}} \caption{Audio elements \src{Audio.m4}.} } \bfig{ {\small\centerline{\getpic{Opamp}} } \caption{The opamp \src{Opamp.m4}.} } \bfig{ {\small\centerline{\getpic{Xform}} } \caption{The transformer element, drawing direction down \src{Xform.m4}.} } \bfig{ \centerline{\getpic{NPDT}} \caption{Double throw with the {\tt NPDT} macro \src{NPDT.m4}.} } \bfig{ \centerline{\getpic{Contact}} \caption{A non-exhaustive sampling of {\tt contact} macro variations \src{Contact.m4}.} } \bfig{ \centerline{\getpic{Contacts}} \caption{The {\tt contacts} macro \src{Contacts.m4}.} } \bfig{ \centerline{\getpic{relaycoil}} \caption{The {\tt relaycoil} macro \src{relaycoil.m4}.} } \bfig{ \centerline{\getpic{Relay}} \caption{Some variants of the {\tt relay} macro \src{Relay.m4}.} } \bfig{ \centerline{\getpic{Jack}} \caption{The {\tt jack} and {\tt plug} macros \src{Jack.m4}.} } \bfig{ \centerline{\getpic{Conn}} \caption{The {\tt tstrip}, {\tt ccoax}, {\tt tconn}, and {\tt tbox} macros \src{Conn.m4}.} } \bfig{ \centerline{\getpic{Pconn}} \caption{The {\tt pconnex} macro \src{Pconn.m4}.} } \bfig{ \centerline{\getpic{Headers}} \caption{The {\tt Header} macro \src{Headers.m4}.} } \bfig{ \centerline{\getpic{Connectors}} \caption{Some connectors with simple geometry and lists of labels \src{Connectors.m4}.} } \bfig{ \centerline{\getpic{fet}} \caption{FETs, showing programmable components and example customizations \src{fet.m4}.} } \bfig{ \centerline{\getpic{ujt}} \caption{UJT examples \src{ujt.m4}.} } \bfig{ \centerline{\getpic{thyristor}} \caption{Thyristor examples \src{thyristor.m4}.} } \bfig{ \centerline{\getpic{Bip}} \caption{Bipolar transistors (drawing direction: up) \src{Bip.m4}.} } \bfig{ \centerline{\getpic{Tgate}} \caption{The {\tt tgate} and {\tt ptrans} elements \src{Tgate.m4}.} } \bfig{ \centerline{\getpic{Nport}} \caption{The {\tt nport} and {\tt nterm} macros \src{Nport.m4}.} } \bfig{ \centerline{\getpic{NLG}} \caption{Some customizations of {\tt nport} \src{NLG.m4}.} } \bfig{ \centerline{\getpic{Windings}} \caption{The macro {\tt winding(L|R,diam,pitch,turns,core wid,core color)} \src{Windings.m4}.} } \bfig{ \centerline{\getpic{ex01}} \caption{Two simple labeled circuits \src{ex01.m4}.} } \bfig{ \centerline{\getpic{ex02}} \caption{Elements at obtuse angles \src{ex02.m4}.} } \bfig{ {\small\centerline{\getpic{Optoiso}} } \caption{Optical isolator: a circuit with right or left orientation \src{Optoiso.m4}.} } \bfig{ \centerline{\getpic{Mixer}} \caption{A balanced mixer, using {\tt mosfet} and a custom transformer \src{Mixer.m4}.} } \bfig{ \centerline{\getpic{PushPull}} \caption{A push-pull mixer, showing FETs with multiple gates \src{PushPull.m4}.} } \bfig{ \centerline{\getpic{Quantum}} \caption{A quantum circuit \src{Quantum.m4}.} } \bfig{ \centerline{\getpic{SQUID}} \caption{Superconducting quantum interface device (drawing direction down) \src{SQUID.m4}.} } \bfig{ \centerline{\getpic{Sixpole}} \caption{A six-pole filter \src{Sixpole.m4}.} } \bfig{ \centerline{\getpic{ex18}} \caption{Precision half-wave rectifier and a tunnel diode circuit (illustrating {\tt opamp, diode, resistor, ground,} and labels) \src{ex18.m4}.} } \bfig{ \centerline{\getpic{MC}} \caption{A three-phase switched AC-AC converter and a DC-DC converter \src{MC.m4}.} } \bfig{ \centerline{\getpic{ex10}} \caption{Non-planar graph and bistable circuit (illustrating the {\tt crossover} macro and colored elements) \src{ex10.m4}.} } \bfig{ \centerline{\getpic{Three}} \caption{Three-phase oscillator \src{Three.m4}.} } \bfig{ \centerline{\getpic{ex17}} \caption{A repetitive network created by Pic looping and a skewed circuit used to test the macro {\tt parallel\_} \src{ex17.m4}.} } \bfig{ \centerline{\getpic{ex12}} \caption{ A CMOS NAND gate, a test circuit, and an XMOSFET example \src{ex12.m4}.} } \bfig{ \centerline{\getpic{pwrsupply}} \caption{An elementary power supply circuit with colored elements, and a multiple-winding transformer with 3-phase rectifier \src{pwrsupply.m4}.} } \bfig{ \centerline{\getpic{TTLnand}} \caption{ TTL NAND gate illustrating a transistor with multiple emitters \src{TTLnand.m4}.} } \bfig{ \centerline{\getpic{I2L}} \caption{ Gate circuit and equivalent embedded $I^2L$ components illustrating multiple collectors \src{I2L.m4}.} } \bfig{ \centerline{\getpic{Schottky}} \caption{ A 4-input NAND circuit illustrating the {\tt S} (Schottky) option of {\tt bi\_trans} \src{Schottky.m4}.} } \bfig{ \centerline{\getpic{ex11}} \caption{Transistor radio audio chain \src{ex11.m4}.} } \bfig{ \centerline{\getpic{ex04}} \caption{Labels on non-manhattan elements \src{ex04.m4}.} } \bfig{ \centerline{\getpic{Csource}} \caption{Realization of a controlled source (illustrating stacked element labels) \src{Csource.m4}.} } \bfig{ \centerline{\getpic{Drive}} \caption{Synchronous machine driven by variable-speed drive and rectifier \src{Drive.m4}.} } \bfig{ \centerline{\getpic{ex16}} \caption{A rate $1/2$ binary convolutional coder and its state diagram \src{ex16.m4}.} } \bfig{ \centerline{\getpic{ex03}} \caption{Digital filter \src{ex03.m4}.} } \bfig{ \centerline{\getpic{MotorControl}} \caption{Motor control connections \src{MotorControl.m4}.} } \bfig{ \centerline{\getpic{Rectifiers}} \caption{Rectifier circuits and waveforms \src{Rectifiers.m4}.} } \begin{sidewaysfigure} %\rotatebox{90}{% \begin{landscape} %ignore% \bfig{ \centerline{\hspace*{2cm}\getpic{Heathkit}} \caption{The power supply of a Heathkit AR-15 (Now, {\em that} was a receiver!) with custom transformer and other elements, drawn on a grid (partially shown) to aid in placement \src{Heathkit.m4}.} } \end{sidewaysfigure} %}% \end{landscape} \begin{sidewaysfigure} %\rotatebox{90}{% \begin{landscape} %ignore% \bfig{ \centerline{\hspace*{2cm}\getpic{lcct}} \caption{A digital circuit of moderate size, redrawn from M.~P.~Maclenan and G.~M.~Burns, ``An Approach to Drawing Circuit Diagrams for Text Books,'' Tugboat (12)1, March 1991, pp.\ 66-69 \src{lcct.m4}.} } \end{sidewaysfigure} %}% \end{landscape} \bfig{ \centerline{\getpic{Tubediags}} \caption{Electron-tube diagrams: a few bottom-view base diagrams, a generic triode test circuit, and a 25-watt audio amplifier adapted from F.\ Langford-Smith, {\it Radiotron Designer's Handbook,} fourth edition, Harrison, NJ: Radio Corporation of America, 1952 \src{Tubediags.m4}.} } \bfig{ \centerline{\getpic{sfg}} \caption{Signal-flow graphs \src{sfg.m4}.} } \bfig{ \centerline{\getpic{Logic}} \caption{Basic logic gates \src{Logic.m4}.} } \bfig{ \centerline{\getpic{ex08}} \caption{General-purpose latch: a small logic circuit \src{ex08.m4}.} } \bfig{ \centerline{\getpic{Decoder}} \caption{Decoder logic, constructed using the {\tt for\_} macro \src{Decoder.m4}.} } \bfig{ \centerline{\getpic{ex21}} \caption{Some flip-flops \src{ex21.m4}.} } \bfig{ \centerline{\getpic{Multiplexer}} \caption{Multiplexer \src{Multiplexer.m4}.} } \bfig{ \centerline{\getpic{Demultiplexer}} \caption{Demultiplexer \src{Demultiplexer.m4}.} } \bfig{ \centerline{\getpic{ShiftR}} \caption{A 5-bit shift register drawn using a custom flip-flop \src{ShiftR.m4}.} } \bfig{ \centerline{\getpic{Adder}} \caption{A full adder and a cascade of $n$-bit adders \src{Adder.m4}.} } \bfig{ \centerline{\getpic{CanLogic}} \caption{A way of automatically drawing two-layer logic diagrams \src{CanLogic.m4}.} } \bfig{ \centerline{\getpic{Alogix}} \caption{The {\tt Autologix(}{\sl Boolean expression}; {\sl Boolean expression}... , {\sl options}{\tt )} macro automatically draws Boolean expressions in function notation. The function tree is drawn, then a row or column of inputs, then the connections. The default result is on the left, a custom element at the top, and a tree of gates only is shown on the right. THe lower examples illustrate the L, R, and V options.) \src{Alogix.m4}.} } \bfig{ \centerline{\getpic{ABlogix}} \caption{The {\tt Autologix} macro can draw inputs on the left but the added drawing complexity may require hand tuning with second-argument options: {\tt L} puts the inputs on the left, {\tt R} reverses their order, {\tt V} scans the input arguments in reverse order, and {\tt offset=}{\sl value} displaces the array of inputs \src{ABlogix.m4}.} } \bfig{ \centerline{\getpic{XOR}} \caption{Realizations of the XOR function using {\tt Autologix} \src{XOR.m4}.} } \bfig{ \centerline{\getpic{ex00}} \caption{Line diagrams \src{ex00.m4}.} } \bfig{ \centerline{\getpic{control}} \caption{Control-system block diagrams that do not require m4 \src{control.m4}.} } \bfig{ \centerline{\getpic{GrayCode}} \caption{Gray code 10-bit encoder disk pattern \src{GrayCode.m4}.} } \bfig{ \centerline{\getpic{Crossbar}} \caption{A crossbar switch \src{Crossbar.m4}.} } \bfig{ \centerline{\getpic{Byte}} \caption{Elementary splines \src{Byte.m4}.} } \bfig{ \centerline{\getpic{Rotbox}} \caption{The macro {\tt rotbox(}{\sl wid,ht,type,}{\tt [r|t=}{\sl val}{\tt ])} draws a box in the current direction \src{Rotbox.m4}.} } \bfig{ \centerline{\getpic{ex06}} \caption{Crosshatching by {\tt for} loops \src{ex06.m4}.} } \bfig{ \centerline{\getpic{ex09}} \caption{Illustrating the macro {\tt dimension\_(}{\sl linespec}, {\sl offset}, {\sl label}, {\tt D|H|W|}{\sl blank width}, {\sl tic offset},{\tt <-|->)}. A negative second argument implies an offset to the right of the {\sl linespec} direction. A {\sl label} starting with {\tt "} or {\tt sprintf} is copied literally. If {\sl label} is an {\tt s\_box(...)} then setting argument 4 to {\tt H}, {\tt W}, or {\tt D} tailors the blank width to the {\tt s\_box} height, width, or diagonal respectively; i.e.,\ {\tt W} is equivalent to {\tt s\_wd+textoffset*2}. The macro {\tt arcdimension\_} is similar but the first argument specifies the arc to be dimensioned and the second argument is the outward radial offset of the dimension arrow arc. \src{ex09.m4}.} } \bfig{ \centerline{\getpic{ex05}} \caption{Use of {\tt darrow} \src{ex05.m4}.} } \bfig{ \centerline{\getpic{Loglog}} \caption{A graph drawn using the pic language \src{Loglog.m4}.} } \bfig{ \centerline{\getpic{random}} \caption{Testing random number generation \src{random.m4}.} } \bfig{ \centerline{\getpic{exp}} \caption{Test of {\tt project} and other {\tt lib3D} macros, showing the projection of a solid onto the $y_1,z_1$ plane by sighting along the $x_1$ axis. \src{exp.m4}.} } \bfig{ \centerline{\getpic{graysurf}} \caption{Plotting surfaces using gray scales. A sort algorithm determines plotting order \src{graysurf.m4}.} } \bfig{ \centerline{\getpic{shapes}} \caption{Basic shapes \src{shapes.m4}.} } \bfig{ \centerline{\getpic{AntiqueClock}} \caption{An antique clock face \src{AntiqueClock.m4}.} } \bfig{ \centerline{\getpic{Lyap}} \caption{Illustrating a Lyapunov function \src{Lyap.m4}.} } \bfig{ \centerline{\getpic{csc}} \caption{Conestoga Sailing Club (illustrating the filling of arbitrary shapes) \src{csc.m4}.} } \bfig{ \centerline{\getpic{rose}} \caption{Redrawn from a detail of the set design for the musical {\it Dracula,} used for testing {\tt dpic}. This diagram consumes much \LaTeX\ main memory but can be produced directly as pdf using \hbox{\tt dpic -d}, as svg using \hbox{\tt dpic -g}, or as postscript using \hbox{\tt dpic -r} since no text formatting is required \src{rose.m4}.} } \bfig{ \centerline{\getpic{diamond}} \caption{Variations on M.~Goossens, S.~Rahtz, and F.~Mittelbach, {\em The \LaTeX\ Graphics Companion,} Addison-Wesley 1997, pp.\ 57-58 \src{diamond.m4}.} } \bfig{ \centerline{\getpic{worm}} \caption{An exercise in calculating RGB colours \src{worm.m4}.} } \bfig{ \centerline{\getpic{Buttons}} \caption{Shading in color \src{Buttons.m4}.} } \bfig{ \centerline{\getpic{Dini}} \caption{Dini surface and an icosahedron \src{Dini.m4}.} } \bfig{ \centerline{\getpic{Sierpinski}} \caption{The Sierpinski triangle and a Cayley graph: tests of pic macro recursion \src{Sierpinski.m4}.} } \bfig{ \centerline{\getpic{recycle}} \caption{Modest repetition and partial fill \src{recycle.m4}.} } \bfig{ \centerline{\getpic{ex15}} \caption{Simple diagrams that are easily drawn by looping \src{ex15.m4}.} } \bfig{ \centerline{\getpic{Counting}} \caption{An example of enumeration \src{Counting.m4}.} } \bfig{ \centerline{\getpic{Crow}} \caption{Illustrating {\tt shadebox} and a custom crowfoot line termination \src{Crow.m4}.} } \bfig{ \centerline{\getpic{Flow}} \caption{A flowchart sampler \src{Flow.m4}.} } \bfig{ \centerline{\getpic{Btree}} \caption{A binary tree \src{Btree.m4}.} } \ifmpost\else% Tex capacity exceeded at this point under metapost \bfig{ \centerline{\getpic{Ttree}} \caption{Another tree \src{Ttree.m4}.} } % Overlaying a figure with line graphics depends on the postprocessor: \ifpst% PSTricks \bfig{% \centerline{\getpic{Incleps}}% \caption{Overlaying a figure with line graphics \src{Incleps.m4}.}% } \else\ifpgf% PGF \bfig{% \centerline{\getpic{Incleps}}% %ignore% \caption{Overlaying a figure with line graphics %ignore% \src{Incleps.m4}.}% } \else\ifmpost% MetaPost \bfig{% \centerline{\boxdims{InclA}{%ignore% \includegraphics[width=3in]{../Incl.eps.gz}}% \hspace*{-3in}\includegraphics{Inclpdf.1}}% \caption{Overlaying a figure with line graphics %ignore% \src{Inclpdf.m4}.} } \else\ifpdfl% pdflatex \bfig{% \centerline{\boxdims{InclA}{%ignore% \includegraphics[width=3in]{../Incl}}% \hspace*{-3in}\includegraphics{Inclpdf}}% \caption{Overlaying a figure with line graphics %ignore% \src{Inclpdf.m4}.} } \else\ifpostscript% Postscript with psfrag (.eps.gz not allowed) \bfig{% \centerline{\boxdims{InclA}{%ignore% \includegraphics[width=3in]{Incl.eps}}% \hspace*{-3in}\includegraphics{Inclpdf.eps}}% \caption{Overlaying a figure with line graphics %ignore% \src{Inclpdf.m4}.} } \fi\fi\fi\fi\fi \fi % ifmpost \end{document} Circuit_macros9.5/examples/Floor.m40000644060175006010010000000120513774371760016346 0ustar DwightNone.PS # Floor.m4 gen_init s = 0.25 s60 = s*sqrt(3)/2 c60 = s/2 ni = 9 nj = 6 cellw = 3*s cellh = 2*s60 B:box wid nj*cellw ht ni*cellh shaded rgbstring(0,1,0) for i=1 to ni do { for j=1 to nj do { line shaded rgbstring(0,0,1) \ from B.sw+((j-1)*cellw,(i-1)*cellh) \ right c60 up s60 then right 2*s then up s60 right c60 then left s \ then down cellh left 2*c60 then left s line shaded rgbstring(1,0,0) \ from B.sw+((j-1)*cellw,i*cellh) \ right s then down cellh right 2*c60 then right s then up s60 left c60 \ then left 2*s then left c60 up s60 } } .PE Circuit_macros9.5/examples/Flow.m40000644060175006010010000001121713774371763016203 0ustar DwightNone.PS # Flow.m4 gen_init ifdef(`FlowchartDefs_',,`include(FlowchartDefs.m4)') define(`Thistle',`rgbstring(0.85,0.75,0.85)')dnl define(`RubineRed',`rgbstring(0.81,0,0.35)')dnl define(`YellowGreen',`rgbstring(0.68,1,0.18)')dnl define(`SeaGreen',`rgbstring(0.13,0.70,0.67)')dnl define(`Goldenrod',`rgbstring(0.85,0.65,0.13)')dnl define(`Beaublue',`rgbstring(0.74,0.83,0.9)')dnl define(`Celadon',`rgbstring(0.67,0.88,0.69)')dnl linethick_(1.0) arrowwid = 0.05 arrowht = 0.1 fillval = 0.9 maxpsht = 20 define(`shad',`shaded rgbstring(0.9,0.8,0.7)') define(`Below',`with .nw at last [].sw+(0,-0.25)') TL: Here Simple: [ Fbox("\tt F{}box",,shad) Ftest("\tt F{}test",,shad) Below Fdata("\tt F{}data") Below Fprep("\tt F{}prep",) Below Fkeying("\tt F{}keying") Below Fkeyboard("\tt F{}keyboard") Below Fdocument("\tt F{}document",,shaded rgbstring(0.9,0.8,0.7)) Below Fdelay("\tt F{}delay",,shaded Beaublue) Below Fdisplay("\tt F{}display",,shaded Celadon) Below Fstored("\tt F{}stored",,shaded Thistle) Below Fconnect(,,shaded Thistle) Below Fconnect("45",wid boxwid ht boxht:45,shaded Thistle) \ with .w at last [].e+(boxht/8,0) "\tt F{}connect" at last [].nw + (0,boxht/6) ] with .nw at TL+(0.1,0); move from Simple.nw to TL #showbox_ Complex: [ Case: Fcase(, "Test 1",[Fbox("Task 1",, shaded Thistle); W:last [].W; N:last [].N arrow down linewid/3 from last [].S Fbox("Task 1.5",, shaded Thistle) with .N at Here E:last [].E; S:last [].S], "Test 2",Fbox("Task 2" "is bigger", wid fboxwid*1.2 ht fboxht*3/2, \ shaded SeaGreen), "Test 3",Fbox("Task 3",, shaded RubineRed)dnl ) "\sl .N" at Case.N rjust above; "\sl .S" at Case.S rjust below "\sl .E" at Case.E ljust; "\sl .W" at Case.W rjust "\tt F{}case" below at Case.s #+(0,-0.1) Whiledo: Fwhiledo("$i < n$",,,Fbox("Task"),"T" above ljust at Test.E) \ with .nw at Case.ne+(0.25,0) "\sl .N" at Whiledo.N rjust; "\sl .S" at Whiledo.S rjust below "\sl .E" at Whiledo.E ljust; "\sl .W" at Whiledo.W rjust "\tt F{}whiledo" below at Whiledo.s Repeatuntil: Frepeatuntil("$n \geq 5$",,,Fbox("Task"), "T" at Test.E above ljust) with .nw at Whiledo.sw + (0.25,-0.5) "\sl .N" at Repeatuntil.N rjust above; "\sl .S" at Repeatuntil.S rjust below "\sl .E" at Repeatuntil.E ljust; "\sl .W" at Repeatuntil.W rjust "\tt F{}repeatuntil" below at Repeatuntil.se +(-0.0,0.2) Ifthenelse: Fifthenelse("$A 0 then { d = Box.wid/2-sqrt(hsq) } else { d = 0 } W: Box.w; NW: Box.nw+(d,0); N: Box.n; NE: Box.ne-(d,0) E: Box.e; SE: Box.se-(d,0); S: Box.s; SW: Box.sw+(d,0) if hsq >= 0 then { x = 0 } else { x = sqrt(-hsq) } box wid NE.x-NW.x ht N.y-S.y `$3' invis at Box arc from SE to NE with .c at Box - (x,0) `$3'; round(,,`$3') line to NW `$3'; round(,,`$3') arc to SW with .c at Box + (x,0) `$3'; round(,,`$3') line to SE `$3'; round(,,`$3') ifelse(`$1',,,`$1' at Box) `$4']') `If-then Ftest( "text", wid expr ht expr, attributes )' define(`Ftest',`[boxwid = fboxwid*0.8; boxht = fboxht*1.4 Box: box ifelse(`$2',,,`$2') invis N: Box.n; S: Box.s; E: Box.e; W: Box.w line from 0.5 between last box.n and last box.e to last box.e to last box.s \ to last box.w to last box.n to 0.5 between last box.n and last box.e \ ifelse(`$3',,`fill_(fillval)',`$3') ifelse(`$1',,,`$1' at Box) `$4']') `Fcase: case statement Fcase(wid expr ht expr, "Test string 1"[:attributes],task, ..., "Test string n"[:attributes],task )' `arg1 adjusts the size of the tests The optional attributes for each string apply to the Ftest containing the string. The Ftest blocks are labeled Test1, Test2, ... A task is a flow subchart with internal names .E and .S defined. The tasks are labeled Task1, Task2, ... ' define(`Fcase',`[ down; S: Here; sx = S.x Fcaseloop_(1,$@) ifelse(`$2',,`E:S; W:S; N:S', `E:(sx+linewid/2,Task1.E.y); W:Test1.W; N:Test1.N') Fcasearrow_(1,$@) arrow from E to (E,S) then to S ]') define(`Fcaseloop_',`ifelse(`$3',,, `Test`$1': Ftest(patsubst(`$3',":.*,"),`$2', ifinstr(`$3',":,`patsubst(`$3',.*":,)')) with .N at S Task`$1': `$4' with .nw at Test`$1'.E+(linewid/2,min(Test`$1'.ht,fboxht)/2) arrow right linewid/4 from Test`$1'.E \ then down Test`$1'.E.y-Task`$1'.W.y then to Task`$1'.W S: (Test`$1'.S.x,min(Test`$1'.S.y,Task`$1'.S.y)-linewid/3) ifelse(`$5',,`line',`arrow') from Test`$1'.S to S sx = max(sx,Task`$1'.E.x) Fcaseloop_(incr($1),`$2',shift(shift(shift(shift($@)))))')') define(`Fcasearrow_',`ifelse(`$3',,, `arrow from Task`$1'.E to (E,Task`$1'.E) Fcasearrow_(incr($1),,shift(shift(shift(shift($@)))))')') `while statement with explicit test Fwhiledo("test text", wid x ht y, attributes, task spec ) The task structure is given label Task ' define(`Fwhiledo',`[ down Test: Ftest(`$1',`$2',`$3') arrow right linewid/2 from Test.E Task: `$4' with .W at Here E: Task.E; W: Test.w; S: Test.S arrow up max(linewid/4,Test.n.y-Task.n.y+arrowht*1.5) \ from Task.N then left Task.x-Test.x N: Here arrow to Test.n `$5']') `repeat statement with explicit test Frepeatuntil("test",wid x ht y, attributes, task spec ) The task structure is given label Task ' define(`Frepeatuntil',`[ N: Here Task: ifelse(`$4',,Here,`$4' with .N at N) W: Task.W arrow from Task.S down linewid/3 Test: Ftest(`$1',`$2',`$3') E: Task.E+(linewid/2+max(0,Test.e.x-Task.e.x),0) arrow from Test.e to (E,Test) then to E then to Task.E S: Test.S `$5']') `if-then-else Fifthenelse( "test", wid x ht y, attributes, left tasks, right tasks) The left task structure is given label Ltask and the right task structure is given label Rtask ' define(`Fifthenelse',`[ Test: Ftest(`$1',`$2',`$3') N: Test.N Ltask: ifelse(`$4',,`Test.S; W:Test.W; LS:Ltask', `$4 with .ne at ((Test.W.x+Test.x)/2,Test.S.y) W: Ltask.W; LS:Ltask.S arrow from Test.W to (Ltask.N,Test.W) then to Ltask.N') Rtask: ifelse(`$5',,`Test.S; E:Test.E; RS:Rtask', `$5 with .nw at ((Test.E.x+Test.x)/2,Test.S.y) E: Rtask.E; RS: Rtask.S arrow from Test.E to (Rtask.N,Test.E) then to Rtask.N') S: (Test.x,min(LS.y,RS.y)-linewid/3) arrow from LS to (LS,S) arrow from RS to (RS,S) line to (LS,Here) `$6']') divert(0)dnl Circuit_macros9.5/examples/Fuses.m40000644060175006010010000000174713774371763016370 0ustar DwightNone.PS # `Fuses.m4' cct_init movewid = 0.25 { fuse ; {"`{\tt fuse}'" at last line.c+(0,-0.2)} move fuse(,D) ; {"`{\tt fuse(,D)}'" at last line.c+(0,-0.2)} move fuse(,B) ; {"`{\tt fuse(,B)}'" at last line.c+(0,-0.2)} move fuse(,C) ; {"`{\tt fuse(,C)}'" at last line.c+(0,-0.2)} move fuse(,S) ; {"`{\tt fuse(,S)}'" at last line.c+(0,-0.2)} move fuse(,SB) ; {"`{\tt fuse(,SB)}'" at last line.c+(0,-0.2)} } move down; right_ { cbreaker; {"`{\tt cbreaker}'" at last line.c+(0,-0.25)} move cbreaker(,R); {"`{\tt cbreaker(,R)}'" at last line.c+(0,-0.25)} move cbreaker(,{,}D); {"`{\tt $\ldots$(,{,}D)}'" at last line.c+(0,-0.25)} move cbreaker(,{,}T); {"`{\tt $\ldots$(,{,}T)}'" at last line.c+(0,-0.25)} move cbreaker(,{,}TS); {"`{\tt $\ldots$(,{,}TS)}'" at last line.c+(0,-0.25) } } move down; right_ { fuse(,HB) ; {"`{\tt fuse(,HB)}'" at last line.c+(0,-0.2)} move fuse(,HC,0.5,0.3) ; {"`{\tt (,HC,0.5,0.3)}'" at last line.c+(0,-0.25)} } .PE Circuit_macros9.5/examples/Geometry.m40000644060175006010010000000234213774371763017066 0ustar DwightNone.PS # Geometry.m4 gen_init scale = 5/4 A: Here; "A" at A above B: A+(-1,-3.5); "B" at B below rjust C: B+(4.6,0); "C" at C below ljust AB: line from A to B BC: line from B to C CA: line from C to A PerpTo(A,BC,L); "L" at L below AL: line from A to L; RightAngle(A,L,C) angleLAC = atan2(C.x-L.x,A.y-L.y) S: move from A to (sin(angleLAC/2),-cos(angleLAC/2)) AW: line from A to Intersect_(S,BC) W: Here; "W" at W below rjust PerpTo(C,AB,N); "N" at N above rjust CN: line from C to N; RightAngle(C,N,B) PerpTo(B,CA,M); "M" at M above CM: line from B to M; RightAngle(B,M,C) H: Intersect_(CN,AL); "H" at H +(4bp__,10bp__) thinlines_ Equidist3(B,L,N,CC1,c1rad); C1: circle rad c1rad at CC1 Equidist3(B,W,N,CC2,c2rad); C2: circle rad c2rad at CC2 Equidist3(B,C,N,CC3,c3rad); C3: circle rad c3rad at CC3 Equidist3(W,C,M,CC4,c4rad); C4: circle rad c4rad at CC4 thicklines_ Z: LCintersect(AW,CC2,C2.rad); "Z" at Z+(-5bp__,-5bp__) HZ: move from H to Z Y: LCintersect(HZ,CC4,C4.rad,R); "Y" at Y above X: LCintersect(HZ,CC2,C2.rad); "X" at X above rjust Loopover_(`P',`dot(at P)',X,Y,Z) line dashed from X to Y chop -linewid/2 RightAngle(A,Z,Y) .PE Circuit_macros9.5/examples/GrayCode.m40000644060175006010010000000064513774371763016774 0ustar DwightNone.PS # GrayCode.m4 gen_init outer = 4 inner = 0.75 nbits = 10 C: circle diam outer circle diam inner at C sectors = 2^nbits lthk = (outer-inner)/2/nbits for bit = 1 to nbits do { for is = 2^(bit-1) to sectors by 2^(bit+1) do { startang = is/sectors*360 endang = min(startang+(2^bit)/sectors*360,360) arcd(C,outer/2-(bit-0.5)*lthk,startang,endang) thick lthk/(1bp__) } } .PE Circuit_macros9.5/examples/graysurf.m40000644060175006010010000001254613774371763017144 0ustar DwightNone.PS # graysurf.m4 threeD_init NeedDpicTools Overall: [ Surface:[ # This just draws the facets back to front setview(20,30) dimen = 1.5 xmax = 2*dimen ymax = 1.5*dimen zmax = 1*dimen define(`fn', `expe(-(`$1')/tt)*cos((`$2')/xmax*1.75*twopi_)*cos((`$1')/ymax*twopi_)') nx = 24; dx = xmax/nx ny = 30; dy = ymax/ny tt = 1.5 fnmax = fn(0,0,0) Orig: (0,0) linethick_(1.2) arrow from Orig to 1.2 ; "$x$" below arrow from Orig to 1.2 ; "$y$" ljust arrow from Orig to 1.2 ; "$z$" rjust linethick_(0) for i = 0 to nx-1 do { x = xmax*i/nx for j = 0 to ny-1 do { y = ymax*j/ny fnxy = fn(x,y) shade((fnmax+fnxy)/fnmax/2, line from (project(x,y,fnxy)) to (project(x,(y+dy),`fn(x,(y+dy))'))\ then to (project((x+dx),(y+dy),`fn((x+dx),(y+dy))'))\ then to (project((x+dx),y,`fn((x+dx),y)'))\ then to (project(x,y,fnxy)) ) } } ] #with .w at last [].e+(-0.2,0) Torus: [ # Calculate all the facet centres but draw # only a subset of them after sorting viewazimuth = 20 # Set view angles in degrees viewelevation = 30 setview(viewazimuth,viewelevation,0) sfactor = 0.7 tradius = 2*sfactor sradius = 0.75*sfactor define(`torus',`rot3Dz((`$1')*dtor_, sum3D(tradius,0,0,rot3Dy((`$2')*dtor_,sradius,0,0)))') define(`tvisible', `dot3D(View3D, rot3Dz((`$1')*dtor_,rot3Dy((`$2')*dtor_,1,0,0)))') Orig: (0,0) X: arrow from Orig to (project(tradius+sradius*4,0,0)); "x" rjust Y: arrow from Orig to (project(0,tradius+sradius*2,0)); "y" ljust dt = 10 # major angle degrees per facet ds = 10 # minor angle degrees per facet # create the arrays and sort n = 0 for t = dt to 360+dt/2 by dt do { for s=ds/2 to 360.1 by ds do { if tvisible(t,s) >= 0 then { n +=1 t[n] = t s[n] = s d[n] = dot3D(torus(t,s),view3D1,view3D2,view3D3) # view distance ix[n] = n } } } #prval(n) dpquicksort(d,1,n,ix) # draw the facets thinlines_ for i = 1 to n do { tc = t[ix[i]]; sc = s[ix[i]] SE: (project(torus(tc+dt/2,sc-ds/2))) SW: (project(torus(tc-dt/2,sc-ds/2))) NW: (project(torus(tc-dt/2,sc+ds/2))) NE: (project(torus(tc+dt/2,sc+ds/2))) f = ((dcosine3D(3,torus(tc,sc))/sradius+1)/2)^2 g = min(f,0.9) setrgb(g,g,g) line fill f ifpdf( invis ) \ from SE to SW then to NW then to NE then to SE # line invis shaded rgbstring(f,f^3,f^3) \ # f from SE to SW then to NW then to NE then to SE resetrgb } thicklines_ arrow from Orig to (project(0,0,tradius*1.4)); "z" above dashline(from Orig to (project(torus(0,0))),,,,G) arrow to X.end dashline(from Orig to (project(torus(90,0))),,,,G) arrow to Y.end ] with .sw at last [].se+(0.2,0) Hat: [ # Sort as for the torus but draw edges too azimuth = 25 # View angles in degrees elevation = 20 setview(azimuth,elevation) # the 3D object: `hat(t,y)' define(`hat',`cosd($1)*($2),sind($1)*($2),(($2)^2-1)^2') define(`gradient',`(-4*($2)*(($2)^2-1)*cosd(`$1')), (-4*($2)*(($2)^2-1)*sind(`$1')),1') define edge {$2=dot3D(View3D,gradient($1,y))} define(`hatvis', `(($2 > 0.6) || (dot3D(View3D,gradient($1,$2)) > 0))') # grid parameters dang = 09 maxy = 1.25 dy = 0.05 Orig: (0,0) X: arrow from Orig to (project(maxy*1.2,0,0)); "x" rjust Y: arrow from Orig to (project(0,maxy*1.2,0)); "y" ljust Xv: (project(1,0,0)) Yv: (project(0,1,0)) Zv: (project(0,0,1)) # create the arrays and sort n = 0 for t = dang/2 to 360.1 by dang do { for y=dy/2 to maxy by dy do { if hatvis(t,y) then { n +=1 t[n] = t y[n] = y d[n] = dot3D(hat(t,y),View3D) #distance toward the front ix[n] = n } } } #prval(n) dpquicksort(d,1,n,ix) # draw the facets ellipse wid maxy*2 ht maxy*2*sind(elevation) \ with .c at (project(0,0,(maxy^2-1)^2)+linethick bp__/2) thinlines_ for i = 1 to n do { tc = t[ix[i]]; yc = y[ix[i]] SE: (project(hat(tc+dang/2,yc-dy/2))) SW: (project(hat(tc-dang/2,yc-dy/2))) NW: (project(hat(tc-dang/2,yc+dy/2))) NE: (project(hat(tc+dang/2,yc+dy/2))) f = abs(yc^2-1) line invis fill f from SE to SW then to NW then to NE then to SE } # Outline where the surface goes invisible mm = int(maxy/dy) nr = -1 for i=1 to mm do { y = i/(mm+3) findroot(edge,(azimuth+2),(azimuth+180-2),1e-8,t) nr +=1 R[mm+nr]: (project(hat(t,y))) R[mm-1-nr]: (-R[mm+nr].x,R[mm+nr].y) } fitcurve(R,mm*2-1) # Z axis thicklines_ Z: arrow from Zv to (project(0,0,1.2)); "z" ljust line dashed from Orig to Zv chop 0 chop dashwid/2 line dashed from Orig to Xv line dashed from Orig to Yv # Partial rim ellipsearc(maxy*2,maxy*2*sind(elevation),-pi_*1.4,pi_/3) \ with .C at (project(0,0,(maxy^2-1)^2)+linethick bp__/2) ] scaled 1.25 with .s at 1st [].ne+(0,-0.75) ] scaled 0.85 .PE Circuit_macros9.5/examples/Grounds.m40000644060175006010010000000147413774371760016716 0ustar DwightNone.PS # Grounds.m4 cct_init sep = 0.65 Ground: ground move right sep GT: ground(,T) move right sep GF: ground(,,F) sep = 0.55 move right sep GE: ground(,,E) move right sep B: Here+(0,-0.5) D: B+(0,11bp__) { "{\tt `ground'}" wid 32bp__ at (Ground,B) "{\tt `ground'(,T)}" at (GT,B)+(0,11bp__) "{\tt (,{,}F)}" at (GF,B) "{\tt (,{,}E)}" at (GE,D)} GS: ground(,dimen_/2,S) move right sep GS90: [ground(,,S,90) ] with .n at Here move right sep from GS90.n GQ: ground(,,Q) move right sep GL: ground(,,L) move right sep GP: ground(,,P) move right sep GPA: ground(,T,PA) C: Here+(0,-0.5) E: C+(0,11bp__) "{\tt (,dimen\_/2,S)}" at (GS,C) "{\tt (,{,}S,90)}" at (GS90,E) "{\tt (,{,}Q)}" at (GQ,C) "{\tt (,{,}L)}" at (GL,E) "{\tt (,{,}P)}" at (GP,C) "{\tt (,T,PA)}" at (GPA,E) .PE Circuit_macros9.5/examples/header.tex0000644060175006010010000000266213774371760017005 0ustar DwightNone% header.tex % instead of \usepackage[cm]{fullpage} (letter size): \setlength{\topmargin}{-29.59087pt} \setlength{\headheight}{0pt} \setlength{\headsep}{0pt} \setlength{\textheight}{679.61174pt} \setlength{\footskip}{30.0pt} \setlength{\textwidth}{528.93675pt} \setlength{\oddsidemargin}{-29.59087pt} \setlength{\evensidemargin}{\oddsidemargin} % To test a new installation, all but one of the diagram inclusions % below might be commented out, and re-introduced one by one. \newcommand{\src}[1]{{\tt [#1]}} \newcommand{\makepic}{\box\graph} % Required only for gpic -t %\newcommand\scriptstack[2][c]{\hbox{\scriptsize\shortstack[#1]{#2}}}% \newbox\graph \newif\ifmpost \newif\ifpst \newif\ifpdfl \newif\ifpgf \newif\ifpostscript \newcommand{\getpic}[1]{% \ifpst \input #1 \makepic \else\ifpgf \input #1 \else\ifmpost \includegraphics[trim=1 1 1 1]{#1.1}% \else\ifpdfl \includegraphics[trim=1 1 1 1]{#1} \else\ifpostscript% \includegraphics{#1.eps}% \fi\fi\fi\fi\fi} % Left-justified captions to be used in parbox \makeatletter \def\caption#1{% \vskip\abovecaptionskip \refstepcounter{figure} \sbox\@tempboxa{{Figure \arabic{figure}: #1}}% \ifdim \wd\@tempboxa >\hsize {Figure \arabic{figure}: #1}\par \else \global \@minipagefalse \hb@xt@\hsize{\box\@tempboxa\hfil}% \fi \vskip\belowcaptionskip} \makeatother \newcommand{\bfig}[1]{\vspace{5ex}\noindent\parbox{\textwidth}{#1}} Circuit_macros9.5/examples/Headers.m40000644060175006010010000000215413774371760016644 0ustar DwightNone.PS # Headers.m4 log_init Header {"\sl P1" at last [].P1 rjust `"\tt Header"' at last [].s+(0,-10pt__) "\sl P2" at last [].P2 rjust thinlines_ arrow <- from last [].Block.ne-(0,0.1) up 0.15 right 0.15 "\sl Block" ljust thicklines_ } Header(2,3,8mm__,10mm__) with .nw at last [].ne+(0.75,-0.05) {"\sl P1" at last [].P1 rjust `"\tt Header(2,3,8mm\_\_,10mm\_\_)"' at last [].s+(0,-10pt__) "\sl P2" at last [].P2 ljust "\sl P5" at last [].P5 rjust "\sl P6" at last [].P6 ljust} left_ Header(2,4,,,fill_(0.9)) with .sw at last [].se+(0.75,0) {"\sl P1" at last [].P1 rjust_ `"\tt left\_; Header(2,4,{,},fill\_(0.9))"' at last [].s+(0,-20pt__) "\sl P8" at last [].P8 ljust_} down_ Header(2,8) with .nw at last [].ne+(0.75,0) {"\sl P1" at last [].P1 ljust "\sl P2" at last [].P2 ljust `"\tt down\_; Header(2,8)" ' at last [].s+(0,-10pt__) "\sl P15" at last [].P15 rjust "\sl P16" at last [].P16 rjust} {thinlines_ arrow <- right 0.15 from last [].PinP1.e `"\sl PinP1"' ljust arrow <- right 0.15 from last [].PinP2.e `"\sl PinP2"' ljust thicklines_ } .PE Circuit_macros9.5/examples/Heathkit.m40000644060175006010010000003201413774371763017033 0ustar DwightNone.PS # Heathkit.m4 cct_init # Landscape maxpswid = 11 maxpsht = 8.5 # Set small text size: tikz-pgf changes # text offset for globally-defined tiny font # so we define tsf() to set size locally iflatex(`ifpsfrag(`define(`tsf',"`$1'") dnl textht = 7.5bp__; textoffset = 0.5bp__', `define(`tsf',`"\tiny\sf `$1'"')')', `define(`tsf',"`$1'")') # Grid parameters picwid = 8.5 picht = 6 g = 1/12 # Element scaling linewid = 8*g define(`dimen_',dimen_*4/5) # Default sizes boxwid = 2*g boxht = 2*g arrowht = arrowht*2/3 # Grid ifdpic(`linethick_(0.4)',`linethick_(0)') for i=0 to picwid/g do { line color "lightgray" up picht from (i*g,0) } for i=0 to picwid/g by 10 do { sprintf("%g",i) at (i*g,0) below } for i=0 to picht/g do { line color "lightgray" right picwid from (0,i*g) } for i=0 to picht/g by 10 do { sprintf("%g",i) at (0, i*g) rjust } linethick_(0.8) ifdpic(` spline outlined "white" shaded "white" \ from (0,picht+g) down g then down picht/5 then right picwid/5 for i=1 to 4 do { contline down picht/5 then right picwid/5 } contline right 2*g then up 2*g contline up picht-2*g then up g then left g ') # Place the bottom inductor on the grid L1: inductor(down_ 13*g from (80*g,22*g),,13,,g) L2: inductor(down_ 10*g from L1.start+(0,21*g),,10,,g) L3: inductor(down_ 10*g from L2.start+(0,12*g),,10,M,g) line from M4Core1.end to (M4Core1,L1.end) line from M4Core2.end to (M4Core2,L1.end) Scrn: 2 between M4Core1.start and M4Core2.start line dashed from Scrn to (Scrn,L1.end) ground L4: inductor(up_ 5*g from (Scrn.x+M4Core1.x-L2.c.x,L2.start.y-2*g),,5,,g) L5: inductor(up_ 5*g from (L4,L2.end+(0,g)),,5,,g) # Circuit board Board: box dashed thick 2 wid 58*g ht 55*g with .se at L1.end+(-7*g,-2*g) P: box invis wid 12*g ht 4*g with .s at Board.sw+(26*g,0) { tsf(POWER SUPPLY) ljust tsf(CIRCUIT BOARD) ljust at P.w+(g,0) } line dashed thick 2 from P.sw to P.nw; line dashed thick 2 to P.ne line dashed thick 2 to P.se define Pad { P`$1': box fill_(1) tsf($1) } # Board connections on the right Pad(1) at (Board.e,L1.end) line from P1.e to L1.end tsf(RED) above Pad(2) at (Board.e,L1.start) line from P2.e to L1.start tsf(RED) above Pad(3) at (Board.e,L2.end) GRN1: line left 4*g from L2.start tsf(GRN) above ; ground GRN2: line from P3.e to L2.end tsf(GRN) above spline <-> from GRN2.end+(-g,0) up 2.5*g right 0.5*g then up 5*g left g \ then up 2.5*g right 0.5*g box invis fill_(1) wid 3*g ht g tsf(6 VAC) at L2.c-(2*g,0) Pad(4) at P3-(0,3*g) line right_ 3*g from P4.e tsf(BRN) above arrow down_ 2*g ht arrowht*2/3 tsf(TO DIAL) tsf(LAMPS) at Here+(0,-g)below Pad(5) at (Board.e,L3.end) line from P5.e to L3.end tsf(BLU) above Pad(7) at (Board.e,L3.start) line from P7.e to L3.start tsf(BLU) above Pad(6) at 0.5 between P5 and P7 line from P6.e to L3.c tsf(BLU-YEL) above # Power wiring, plug, switch define(`socket',`[ Outer: box wid dimen_*2/3 ht dimen_/2*3/4 L: box wid dimen_/16 ht dimen_/4 at Outer-(dimen_/6,0) R: box wid dimen_/16 ht dimen_/4 at Outer+(dimen_/6,0) line from Outer.w to L.w line from Outer.e to R.e ] ') BLK: line from L4.end to (int(L4.end.x/g+8)*g,L4.end.y) tsf(BLK) below ; dot b = lin_leng(BLK) BLKYEL: line from L4.start right_ b tsf(BLK-YEL) above ; dot BLKGRN: line from L5.end right_ b tsf(BLK-GRN) below ; dot BLKRED: line from L5.start right_ b tsf(BLK-RED) above ; dot line right_ g; PL: dot line from BLKYEL.end right g then to Here+(0,-g) fuse(down_ 3*g,D) rlabel(,tsf(3 A FUSE) rjust tsf(SLOW BLOW)) line to (Here.x,int(Here.y/g)*g-g); dot Sckt1: socket at Here+(5*g,0) line from Sckt1.w to (PL,Sckt1); A: dot; tsf(A) rjust line from Sckt1.e right_ lin_leng(last line); B: dot; tsf(B) ljust Sckt2: socket at (Sckt1,P1+(0,6*g)) line from Sckt2.w to (A,Sckt2); dot line from Sckt2.e to (B,Sckt2); dot Sckt3: socket at (Sckt1,P1+(0,2*g)) line from Sckt3.w to (A,Sckt3); dot line from Sckt3.e to (B,Sckt3); dot define(`plug',`[ w = dimen_*2/3; q = 0.25*w F: line right_ w arc cw from F.start to F.end with .c at F.c T1: F.c+(-q,w/2+g/2) T2: F.c+( q,w/2+g/2) line from T1 to (T1,F.c)-(0,2*g) line from T2 to (T2,F.c)-(0,2*g) ]') PP: plug with .F.c at Sckt3+(0,-8*g) tsf(120 VAC) ljust tsf(50/60 Hz) ljust at PP.e define(`pwrswitch',`[ right; circlerad = 1.75*g/2 C1: circle tsf(1) C4: circle tsf(4) C2: circle tsf(2) with .n at C1.s+(0,-C1.rad) C5: circle tsf(5) C3: circle tsf(3) with .n at C2.s+(0,-C1.rad) C6: circle tsf(6) hatchbox(wid g ht C2.n.y-C3.s.y,0.05) with .w at 0.5 between C5.e and C6.e ]') Psw: pwrswitch with .C4.e at Sckt1+(0,-4*g) tsf(POWER) at Psw.w+(-2*g,0) rjust arrow up Psw.ht/2 at Psw.e+(1.5*g,0) tsf(ON) above; tsf(OFF) at last arrow.start below line from Psw.C1.w to (A,Psw.C1) then to A line from Psw.C2.w to (A,Psw.C2); contline to (Here,PP.T1) then to PP.T1 line from PP.T2 to (B,PP.T2) then to (B,L4.end) then to L4.end line from BLKGRN.end to (B,BLKGRN); dot # Bottom connections Pad(25) at Board.se+(-3*g,0) R516: resistor(down_ 6*g from P25.s); rlabel(,tsf(R516) rjust tsf(22)); ground(,T) dot(at P25.s+(0,-g)); line right_ 5*g reversed(`source',down_ 4*g,B); llabel(,tsf(No 49) ljust tsf(HI) ljust tsf(TEMP)) line to (P25,Here); dot t = linethick; linethick_(0.4) arrow <- from P25.s+(0,-g/2) right_ 2*g up_ g/4; tsf(BRN) ljust; linethick_(t) Pad(24) at P25+(-4*g,0) line from P24.s to (P24,R516.end); ground(,T) Pad(23) at Board.sw+(12*g,0) line from P23.s to (P23,R516.end); ground(,T) Pad(22) at Board.sw+(0,3*g) R514: resistor(right_ 8*g from P22.e); llabel(,tsf(R514)) rlabel(,tsf(680 k)) dot; { ground } line to (P23,Here) then to P23.n # Diode bridge BE: dot(at (P24,L1.c)) d1h = lin_leng(L1)/2 diode(left_ d1h up_ d1h); rlabel(,,tsf(D508)) BN: dot diode(left_ d1h down_ d1h); rlabel(tsf(D506)) BW: dot diode(from BE left_ d1h down_ d1h); llabel(,,tsf(D509)) BS: dot diode(left_ d1h up_ d1h); llabel(tsf(D507)) capacitor(down_ from BN to BS,C); llabel(tsf(C507),,tsf(.22)) line from BE to P24.n line from BN to P2.w line from BS to P1.w spline <-> from (BE.x+2*g,BS.y) \ up d1h/2 right g/2 then up d1h left g then up d1h/2 right g/2 box invis fill_(1) ht 2*g wid 2*g tsf(57) tsf(VAC) at last spline.c # Left board connections Pad(21) at (Board.w,BW); line from P21.e to BW Pad(19) at P21+(0,-3*g) Pad(20) at P21+(0, 3*g) # Transistor with circles define(`hbi_tr',`[ linewid = linewid*4/4.16 Q: bi_tr(`$1',`$2',`$3',E) E: circle rad m4_xyU at 5/4 between Q.A1 and Q.E tsf(E) B: circle rad m4_xyU at 5/4 between Q.A1 and Q.B tsf(B) C: circle rad m4_xyU at 5/4 between Q.A1 and Q.C tsf(C) ]') # Interior circuits line from P6.w left 2*g; ground line from P5.w left 4*g; dot { C504: capacitor(down_ 4*g,C); llabel(tsf(C504),,tsf(.22)); ground(,T) } D504: diode(left_ 5*g); rlabel(,tsf(D504)); dot { C505: capacitor(down_ to (Here,C504.end),C+L) rlabel(tsf(C505),tsf(100),tsf(75 V)); ground(,T) } line right_ to (Here,P7); dot { D503: reversed(`diode',to (D504.start,Here)); llabel(,tsf(D503)) line to P7.w } d3 = lin_leng(L3) spline <-> from C504.start+(g/2,0) \ up d3/4 right g/4 then up d3*2/4 left g/2 then up d3/4 right g/4 box invis fill_(1) ht g wid 4*g tsf(100 VAC) at last spline.c+(-g,0) down_ Q503: hbi_tr(,R,P) with .E at (C505,P3) line from Q503.C.e to (P25,Q503.C) then to P25.n line from Q503.B.s to (Q503.B.x,Q503.E.y-4*g) R513: resistor(down_ 5*g); llabel(,tsf(R513) ljust tsf(1500)); ground(,T) line from P19.e to (BW-(2*g,0),P19) then up Q503.E.y-P19.y+2*g R511: resistor(right_ 5*g); llabel(,tsf(R511)); rlabel(,tsf(470)); line to (Q503.E,Here) then to Q503.E.n line from P20.e to (BW,P20) then up R513.end.y-P20.y resistor(up_ lin_leng(R513)) rlabel(,tsf(R512) ljust tsf(5600) ljust tsf(1 W)) line to (Here,Q503.B) then to Q503.B.w tsf(Q503) tsf(S2091 HI TEMP) tsf(CONTROL) at Q503.E+(1.5*g,4*g) D505: reversed(`diode',right_ from Q503.E.e to (C504,Q503.E)); llabel(,tsf(D505)) line to P3.w line from P4.w left_ 2*g then up P3.y-P4.y; dot line from D503.end to (R513,D503); dot { Pad(8) at (Here,Board.n) } { line to P8.s } R505: resistor(down_ to (Here,P6)) llabel(,tsf(R505) ljust tsf(12 k)); dot { C503: capacitor(down_ to (Here,C505.end),C+L) rlabel(,tsf(C503) rjust tsf(100) rjust tsf(70 V)) ground(,T) } right_ Q502: hbi_tr(,R) with .B at (R511.start,Here) line from Q502.C.e to R505.start line from Q502.B.e to R505.end R504: resistor(down_ from Q502.B.s to (Q502.B,C505.end)) rlabel(,tsf(R504) rjust tsf(51 k)); ground(,T) tsf(Q502) tsf(TA7311) tsf(REGULATOR) tsf(CONTROL) at Q502.C+(-1*g,3.5*g) Pad(9) at (Q502.E,Board.n) line from Q502.E.n to P9.s Pad(10) at (Q502.B-(9*g,0),Board.n) R502: resistor(left_ from Q502.E.w to (P10,Q502.E)) rlabel(,tsf(R502)); llabel(,tsf(150)); dot Pad(11) at (Board.w,Q502.E) Pad(14) at P11+(0,2.5*g) Pad(12) at P11+(0,-2.5*g) Pad(13) at P12+(0,-2.5*g) line right 2*g from P13.e then up P11.y-P13.y; dot line from P12.e to (Here,P12); dot Pad(15) at P13+(0,-3*g) right_ Q501: hbi_tr(,R) with .B at P9.n+(0,2*g) line from Q501.B.s to P9.n line from Q501.C.e to (P8,Q501.C) then to P8.n line from Q501.E.w to (P10,Q501.E) then to P10.n tsf(Q501) tsf(2N3055) tsf(REGULATOR) at Q501.n+(0,2*g) line from P14.e to (P10,P14); dot Pad(17) at (Board.w,R511) Pad(16) at P17+(0,3*g) Pad(18) at P17+(0,-3*g) line right 2*g from P18.e then up P17.y-P18.y; dot right_ Q504: hbi_tr(,R) with .C at (P10,P17) line from P17.e to Q504.E.w line from Q504.B.s to (Q504.B,R513.start) R508:resistor(down_ to (Here,R513.end)) llabel(,tsf(R508) ljust tsf(680)); ground(,T) dot(at (P10,P15)) { line to P10.s } { resistor(down_ 5*g) llabel(, tsf(R510) ljust tsf(225) ljust tsf(10 W) ljust tsf(5 \%)) line to Q504.C.n } R503:resistor(left_ 10*g); rlabel(,tsf(R503)) { tsf(290) tsf(10 W 5 \%) at last [].s+(0,-1.3*g) } dot line to (Here,Q504.B) resistor(right_ to Q504.B.w); llabel(,tsf(R507)); rlabel(,tsf(100)) line from P15.e to R503.end tsf(Q504) tsf(40409) tsf(REGULATOR) at Q504.n+(-2*g,3*g) resistor(left_ from R502.end to (R503.end,P11)); rlabel(,tsf(R501)) {tsf(390) tsf(5 W 5 \%) at last [].s+(0,-1.3*g)} line to P11.e resistor(right_ from P16.e to (R514.end,P16)); llabel(,tsf(R506)) rlabel(,tsf(82)) line down P16.y-P17.y; dot dot(at (R514.end,P11)) C501: capacitor(down_ 6*g,C+); llabel(tsf(C501)) {tsf(100) ljust tsf(30 V) ljust at last [].s+(0,-g) below } ground(,T) dot(at (Here.x+4*g,P11.y)) ZD501: reversed(`diode',down_ lin_leng(C501),Z); llabel(tsf(ZD501)); ground(,T) dot(at (R514.end,P15)) C502: capacitor(down_ 6*g,C+); llabel(tsf(C502)) {tsf(100) ljust tsf(30 V) ljust at last [].s+(0,-g) below } ground(,T) dot(at (Here.x+4*g,P15.y)) ZD502: reversed(`diode',down_ lin_leng(C502),Z); llabel(tsf(ZD502)); ground(,T) line from (C502,P17) to (C502,R508.start+(0,g)) C506: capacitor(down_ to (Here,R508.end),C+); llabel(tsf(C506)) {tsf(100) ljust tsf(30 V) ljust at last [].s+(0,-g) below } ground(,T) # Left-side boxes boxwid = 10*g boxht = 5*g line left 3*g from P22.w tsf(GRY) above line left 3*g from P19.w tsf(VIOL) above box with .e at (Here,0.5 between P19 and P22) \ tsf(\shortstack[l]{TO SIGNAL\\ METER\\ CIRCUIT}) line left 8*g from P21.w tsf(RED TO C508) above line left 8*g from P20.w tsf(VIOL) above line left 3*g from P17.w tsf(RED) above line left 3*g from P18.w tsf(WHT-) tsf(RED) above box with .e at (Here,0.5 between P17 and P18) \ tsf(\shortstack[l]{12.7 V SOURCE\\ TO MULTIPLEX}) line left 3*g from P16.w tsf(WHT) above box with .se at Here+(0,-g) \ tsf(\shortstack[l]{12 V SOURCE\\ TO FM TUNER\\ SOURCE SWITCH}) line left 3*g from P15.w tsf(ORG) above box ht 3*g with .e at Here \ tsf(\shortstack[l]{15 V SOURCE\\ TO FM TUNER}) line left 3*g from P13.w tsf(BLU) above line left 3*g from P12.w tsf( WHT-) tsf(RED) line left 3*g from P11.w tsf(RED) above box ht 6*g with .e at (Here,P12) \ tsf(\shortstack[l]{27 V SOURCE\\ TO CONTROL\\ PREAMP AND\\ PWR\ AMPLIFIER}) line left 3*g from P14.w { tsf(WHT-) tsf(GRY-) tsf(GRN) at last line.c+(0,2*g) } box with .se at Here+(0,-g) \ tsf(\shortstack[l]{50 V SOURCE\\ TO PHONO\\ PREAMP}) .PE Circuit_macros9.5/examples/I2L.m40000644060175006010010000000402413774371760015655 0ustar DwightNone.PS # I2L.m4 log_init [ down_ T1: bi_trans(,R,BC2uEBU) dy = T1.C0.y-T1.C1.y dx = T1.C0.x-T1.Bulk.x up_ Q1: bi_trans(,,BC1dEBU) with .C1 at (T1.C2.x+dy+dx+dx,T1.C0.y-dy) Q2: bi_trans(,,BC1dEBU) with .C1 at Q1.E+(0,-dy*2) Q3: bi_tr(,,) with .B at Q2.C0+(2*dy,0) down_ T2: bi_trans(,R,BC1uEBU) with .C1 at (Q3.C.x+2*dx+2*dy,Q1.C0.y+dy) up_ X1: bi_tr(,,) with .B at (T2.C0.x+dy+dx,Q1.C0.y) X2: bi_tr(,,) with .B at (X1.B,Q3.C) line down dx from Q2.E G: dot line from T1.B to (T1.B,G) then to (X1.E.x+dy,G.y) then to X1.E+(dy,0) \ then to X1.E line from X2.E right dy; dot line from Q1.E down dy then to (T1.B.x,Q1.E.y-dy); dot line from T1.C0 to (Q3.B,T1.C0) then to Q3.B; dot; line to Q2.C0 A: dot(at (T1.B,Q1.B)-(dx,0)); { "$A$" rjust } line to Q1.B line from T1.C2 to (T1.C2,Q1.B); dot line from Q2.B to (A,Q2.B); dot; { "$B$" rjust } line right dy from T1.C1 then down T1.C1.y-Q2.B.y; dot VB: dot(at (T2.E.x+2*dx,T1.E.y+dy)); { "$V_B$" ljust } line to (T1.E,Here) then to T1.E line from T2.E to (T2.E,VB); dot line from Q1.C1 to (Q3.C,Q1.C1) then to Q3.C; dot; line to X2.B line from Q1.C0 to X1.B dot(at Q1.C0+(dy,0)); line to (Here,Q2.C1) then to Q2.C1 line from Q3.E to (Q3.E,G); dot; ground line from T2.B to (T2.B,G); dot line from T2.C1 to (T2.C1,X1.B); dot "$\overline{A+B}$" below at Here+(0,-2pt__) line from T2.C0 to (X2.B,T2.C0) then to X2.B; dot "$\overline{A+\overline{B}}$" below at (T2.E,Here)+(0pt__,-2pt__) ] [ right_ jog = AND_ht/2*L_unit X1: NOR_gate line right jog from X1.Out; "$\overline{A+B}$" ljust X2: NOR_gate at X1+svec_(0,-AND_ht*3/2) line right jog from X2.Out; "$\overline{A+\overline{B}}$" ljust line left jog from X2.In2 right_ NOT: NOT_gate with .Out at Here line left jog from NOT.In1 then up X1.In2.y-NOT.In1.y; dot line from X1.In2 to Here chop 0 chop -jog B: dot; "$B$" rjust line from X1.In1 to (B,X1.In1); dot; "$A$" rjust line left jog from X2.In1 then up X1.In1.y-X2.In1.y; dot ] with .e at last [].w-(1,0) .PE Circuit_macros9.5/examples/IC10107.m40000644060175006010010000000320413774371760016152 0ustar DwightNone.PS # IC10107.m4 log_init right_ pinlen = 2*NOT_rad hunit = AND_wd*L_unit*1.6 B: box invis wid hunit*4 ht hunit*2 psep = hunit/2 nrad = B.ht*0.06 line from B.w+(0,nrad) to B.nw then to B.ne then to B.se then to B.sw \ then to B.w-(0,nrad) arc ccw to Here+(0,2*nrad) with .c at B.w for i = 1 to 8 do { line down pinlen from B.sw+(psep/2,0)+((i-1)*psep,0) sprintf("\small\sf%g",i) below exec sprintf("P%g: last line.start",i) line up pinlen from B.ne-(psep/2,0)-((i-1)*psep,0) sprintf("\small\sf%g",8+i) above exec sprintf("P%g: last line.start",8+i) } G1: OR_gen(2,PIBANEONSEC) with .Out at P12.x-pinlen,B.y+B.ht/4 G2: OR_gen(2,PIBANNEOSEC) with .Out at B.e.x-4*pinlen,B.y left_ G3: OR_gen(2,PIBANEONSEC) with .NE at P3.x,B.y-B.ht/4-AND_ht/6*L_unit line from G3.N_NSE.w to (P2,G3.N_NSE) then to P2 line from P3 to G3.NE line right pinlen from G3.In1 then down 2*pinlen contline to (P4,Here) then to P4 line from G3.In2 to (P5,G3.In2) then to P5 line from G2.In2 left pinlen then down 2*pinlen contline to (P9,Here) then to P9 line from G2.In1 left pinlen*2 then down G2.In1.y-G2.In2.y+3*pinlen contline to (P7,Here) then to P7 line from G2.SE right NOT_rad+2*pinlen then up B.n.y-pinlen-G2.SE.y contline to (P10,Here) then to P10 line from G2.N_NNE.e right pinlen then up B.n.y-2*pinlen-G2.N_NNE.y contline to (P11,Here) then to P11 line from P12 to (P12,G1.N_NSE) then to G1.N_NSE.e line from P13 down pinlen contline to (G1.NE,Here) then to G1.NE line from G1.In1 to (P14,G1.In1) then to P14 line from G1.In2 to (P15,G1.In2) then to P15 .PE Circuit_macros9.5/examples/ics.m40000644060175006010010000002272613774371763016061 0ustar DwightNonedivert(-1) Macros defining some integrated circuits and connectors `DIP_chip_outline( pin count, wid )' define(`DIP_chip_outline', `[ define(`m4chgw',`ifelse(`$2',,(18*L_unit),`$2')')dnl Chip: box invis wid m4chgw ht lg_pinsep*eval((`$1')/2+1) arcd(last box.n, lg_pinsep/2, 180, 360) { line to last box.ne chop -linewid bp__/2 } { line from last arc.start to last box.nw chop -linewid bp__/2 } line from last box.nw to last box.sw then to last box.se then to last box.ne `$3']') `A sequence of pins along the east or west side of a chip: lg_pinseq(initial pin no, final pin no, e|w, initial offset, pinnum_root, Labelroot, [N])' `e.g., lg_pinseq(1,8,w)' define(`lg_pinseq',`for_($1,$2,1, `lg_pin( Chip.s`$3'+(0,($4+m4x)*lg_pinsep), $6`'m4x,Pin`'eval($5`'m4x),`$3'`$7',eval($5`'m4x))') ') define(`ic6116',`[ Chip: box wid_ lg_chipwd ht_ 15*lg_pinsep lg_pin(Chip.sw_+(0,lg_pinsep),GND,Pin12,w,12) lg_pin(Chip.sw_+(0,2*lg_pinsep),lg_bartxt(CS),Pin18,wN,18) lg_pinseq(0,2,w,4,9+,D) lg_pinseq(3,7,w,4,10+,D) lg_pin(Chip.sw_+(0,13*lg_pinsep),R/lg_bartxt(W),Pin21,w,21) lg_pin(Chip.sw_+(0,14*lg_pinsep),V\hbox{\tiny CC},Pin24,w,24) lg_pin(Chip.se_+(0,lg_pinsep),lg_bartxt(OE),Pin20,eN,20) lg_pinseq(0,7,e,3,8-,A) lg_pinseq(8,9,e,3,31-,A) lg_pin(Chip.se_+(0,13*lg_pinsep),A10,Pin19,e,19) `$1']') define(`ic6502',`[ Chip: box wid_ lg_chipwd ht_ 24*lg_pinsep lg_pin(Chip.sw_+(0,lg_pinsep),V\hbox{\tiny SS},Pin21,w,21) lg_pin(Chip.sw_+(0,2*lg_pinsep),V\hbox{\tiny SS},Pin1,w,1) lg_pin(Chip.sw_+(0,4*lg_pinsep),R/lg_bartxt(W),Pin34,w,34) lg_pinseq(0,7,w,6,33-,D) lg_pin(Chip.sw_+(0,15*lg_pinsep),lg_bartxt(RESET),Pin40,wN,40) lg_pin(Chip.sw_+(0,17*lg_pinsep),SYNC,Pin7,w,7) lg_pin(Chip.sw_+(0,19*lg_pinsep),lg_bartxt(NMI),Pin6,wN,6) lg_pin(Chip.sw_+(0,21*lg_pinsep),RDY,Pin2,w,2) lg_pin(Chip.sw_+(0,22*lg_pinsep),SO,Pin38,w,38) lg_pin(Chip.sw_+(0,23*lg_pinsep),V\hbox{\tiny CC},Pin8,w,8) lg_pin(Chip.se_+(0,lg_pinsep),{\large$\phi$}\hbox{\tiny 1}(in),Pin39,e,39) lg_pin(Chip.se_+(0,4*lg_pinsep), {\large$\phi$}\hbox{\tiny 2}(out),Pin37,e,37) lg_pinseq(0,11,e,6,9+,A) lg_pinseq(12,15,e,6,10+,A) lg_pin(Chip.se+(0,23*lg_pinsep),lg_bartxt(IRQ),Pin4,eN,4) `$1']') define(`ic6522',`[ Chip: box wid_ lg_chipwd ht_ 24*lg_pinsep lg_pin(Chip.sw_+(0,lg_pinsep),V\hbox{\tiny SS},Pin1,w,1) lg_pin(Chip.sw_+(0,3*lg_pinsep),CS1,Pin24,w,24) lg_pin(Chip.sw_+(0,4*lg_pinsep),{\large$\phi$},Pin25,w,25) lg_pin(Chip.sw_+(0,5*lg_pinsep),lg_bartxt(CS2),Pin23,wN,23) lg_pin(Chip.sw_+(0,7*lg_pinsep),RS0(A0),Pin38,w,38) lg_pin(Chip.sw_+(0,8*lg_pinsep),RS1(A1),Pin37,w,37) lg_pin(Chip.sw_+(0,9*lg_pinsep),RS2(A2),Pin36,w,36) lg_pin(Chip.sw_+(0,10*lg_pinsep),RS3(A3),Pin35,w,35) lg_pinseq(0,7,w,12,33-,D) lg_pin(Chip.sw_+(0,21*lg_pinsep),R/lg_bartxt(W),Pin22,w,22) lg_pin(Chip.sw_+(0,22*lg_pinsep),lg_bartxt(IRQ),Pin21,wN,21) lg_pin(Chip.sw_+(0,23*lg_pinsep),V\hbox{\tiny CC},Pin20,w,20) lg_pinseq(0,7,e,1,10+,PB) lg_pinseq(1,2,e,8,17+,CB) lg_pinseq(0,7,e,12,2+,PA) lg_pinseq(1,2,e,19,41-,CA) lg_pin(Chip.se_+(0,23*lg_pinsep),lg_bartxt(RESET),Pin34,eN,34) `$1']') define(`ic74LS138',`[ Chip: box wid_ lg_chipwd ht_ 11*lg_pinsep lg_pin(Chip.sw_+(0,lg_pinsep),GND,Pin8,w,8) lg_pin(Chip.sw_+(0,2*lg_pinsep),lg_bartxt(G2a),Pin4,wN,4) lg_pin(Chip.sw_+(0,3*lg_pinsep),lg_bartxt(G2b),Pin5,wN,5) lg_pin(Chip.sw_+(0,5*lg_pinsep),A,Pin1,w,1) lg_pin(Chip.sw_+(0,6*lg_pinsep),B,Pin2,w,2) lg_pin(Chip.sw_+(0,7*lg_pinsep),C,Pin3,w,3) lg_pin(Chip.sw_+(0,9*lg_pinsep),G1,Pin6,w,6) lg_pin(Chip.sw_+(0,10*lg_pinsep),V\hbox{\tiny CC},Pin16,w,16) lg_pinseq(0,6,e,2,15-,Y,n) lg_pin(Chip.se_+(0,9*lg_pinsep),Y7,Pin7,eN,7) `$1']') define(`ic4017',`[ Chip: chip_gen(16) Loopover_(`x', `lg_pin(Chip.nw-(0,lg_pinsep*m4Lx),x,Pin`'m4Lx,w,m4Lx)', PL, Q3, I3, I0, CLE, Q0, TC, GND) Loopover_(`x', `lg_pin(Chip.se+(0,lg_pinsep*m4Lx),x,Pin`'eval(m4Lx+8),e,eval(m4Lx+8))', MR, U/D, Q1, I1, I2, Q2, CLK, Vcc) `$1']') define(`ic4510',`[ Chip: chip_gen(16) Loopover_(`x', `lg_pin(Chip.nw-(0,lg_pinsep*m4Lx),x,Pin`'m4Lx,w,m4Lx)', PL, Q3, I3, I0, CLE, Q0, TC, GND) Loopover_(`x', `lg_pin(Chip.se+(0,lg_pinsep*m4Lx),x,Pin`'eval(m4Lx+8),e,eval(m4Lx+8))', MR, U/D, Q1, I1, I2, Q2, CLK, Vcc) `$1']') define(`icVS1053',`[ Chip: chip_gen(32) Loopover_(`x', `lg_pin(Chip.nw-(0,lg_pinsep*m4Lx),x,Pin`'m4Lx,w,m4Lx)', LOUT,ROUT,GBUF,AGND,AGND,DREG,Vcc,3V3,GND,MISO,MOSI,sclk,RST,CS,DCS,DCS) Loopover_(`x', `lg_pin(Chip.se+(0,lg_pinsep*m4Lx),x,Pin`'eval(m4Lx+16),e,eval(m4Lx+16))', SDCD,RX,TX,7,6,5,4,3,2,1,0,GND,3V3,AGND,MIC-,MIC+) `$1']') `ArduinoUno( wid,ht,pinlen )' define(`ArduinoUno',`[ define(`m4bwid',`ifelse(`$1',,`24*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`20*lg_pinsep',`$2')')dnl # Connector: box wid m4bwid ht m4bht # plen = ifelse(`$4',,`2*L_unit',`$4') # Loopover_(`x',`ifelse(x,nul,, `Pin`'eval(5+m4Lx): line left_ plen from Connector.nw-(0,(5+m4Lx)*lg_pinsep) { "x" ljust at last line.start }')', IOREF, RESET,`$+$`'3V3',`$+$`'5V', GND, GND, VIN, nul, A0, A1, A2, A3, A4, A5) # Loopover_(`x',`ifelse(x,nul,, `Pin`'eval(22-m4Lx): line right_ plen from Connector.ne-(0,m4Lx*lg_pinsep) { "x" rjust at last line.start }')', SCL, SDA, AREF, GND, D13, D12, \char126 D11, \char126 D10, \char126 D9, D8, nul, D7, \char126 D6, \char126 D5, D4, \char126 D3, D2, TX D1, RX D0) # `$4'] ') `ArduinoLeonardo( wid,ht,pinlen )' define(`ArduinoLeonardo',`[ define(`m4bwid',`ifelse(`$1',,`24*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`20*lg_pinsep',`$2')')dnl # Connector: box wid m4bwid ht m4bht # plen = ifelse(`$4',,`2*L_unit',`$4') # Loopover_(`x',`ifelse(x,nul,, `Pin`'eval(5+m4Lx): line left_ plen from Connector.nw-(0,(5+m4Lx)*lg_pinsep) { "x" ljust at last line.start }')', IOREF, RESET,`$+$`'3V3',`$+$`'5V', GND, GND, VIN, nul, A0, A1, A2, A3, A4, A5) # Loopover_(`x',`ifelse(x,nul,, `Pin`'eval(22-m4Lx): line right_ plen from Connector.ne-(0,m4Lx*lg_pinsep) { "x" rjust at last line.start }')', SCL, SDA, AREF, GND, \char126 D13, D12, \char126 D11, \char126 D10, \char126 D9, D8, nul, D7, \char126 D6, \char126 D5, D4, \char126 D3, D2, TX D1, RX D0) # `$4'] ') `RPi( wid,ht,pinlen )' define(`RPi',`[ define(`m4bwid',`ifelse(`$1',,`34*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`21*lg_pinsep',`$2')')dnl # GPIO: box wid m4bwid ht m4bht plen = ifelse(`$4',,`6*L_unit',`$4') # define A_LeftGPIO { exec sprintf("Pin%g: line left_ plen from GPIO.nw-(0,%g)",\ 2*(`$'1)-1,(`$'1)*lg_pinsep) { "`$'3" ljust at last line.start } "`$'2" at last line.c above } # Loopover_(`x',`ifelse(x,nul,,`A_LeftGPIO(m4Lx,patsubst(x,;,`,'))')', ;3V3, 2;SDA1, 3;SCL1, 4;GPIO\_GCLK, ;GND, 17;GPIO\_GEN0, 27;GPIO\_GEN2, 22;GPIO\_GEN3, ;3V3, 10;SPI\_MOSI, 9;SPI\_MISO, 11;SPI\_SCLK, ;GND, ;ID\_SD, 5;, 6;, 13;, 19;, 26;, ;GND ) # define A_RightGPIO { exec sprintf("Pin%g: line right_ plen from GPIO.ne-(0,%g)",\ 2*(`$'1),(`$'1)*lg_pinsep) { "`$'3" rjust at last line.start } "`$'2" at last line.c above } # Loopover_(`x',`ifelse(x,nul,,`A_RightGPIO(m4Lx,patsubst(x,;,`,'))')', ;5V, ;5V, ;GND, 14;TXD0, 15;RXD0, 18;GPIO\_GEN1, ;GND, 23;GPIO\_GEN4, 24;GPIO\_GEN5, ;GND, 25;GPIO\_GEN6, 8;SPI\_CEO\_N, 7;SPI\_CE1\_N, ;ID\_SC, ;GND, 12;, ;GND, 16;, 20;, 21; ) # `$4'] ') `USB_C_Socket( wid, ht, pinlen )' define(`USB_C_Socket',`[ define(`m4bwid',`ifelse(`$1',,`18*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`14*lg_pinsep',`$2')')dnl # Base: box wid m4bwid ht m4bht rad 5/3*lg_pinsep plen = ifelse(`$4',,`6*L_unit',`$4') # Loopover_(`x', `B`'eval(13-m4Lx): dnl line left_ plen from Base.n-(m4bwid/2,(m4Lx+0.5)*lg_pinsep) {"x" ljust at last line.start}', GND, RX1$+$, RX1$-$, VBUS, SBU2, D$-$, D$+$, CC2, VBUS, TX2$-$, TX2$+$, GND) # Loopover_(`x', `A`'m4Lx: line right_ plen from Base.n+(m4bwid/2,-(m4Lx+0.5)*lg_pinsep) {"x" rjust at last line.start}', GND, TX1$+$, TX1$-$, VBUS, CC1, D$+$, D$-$, SBU1, VBUS, RX2$-$, RX2$+$, GND) # `$4']') `HDMI_micro( wid, ht, pinlen )' define(`HDMI_micro',`[ define(`m4bwid',`ifelse(`$1',,`16*L_unit',`$1')')dnl define(`m4bht',`ifelse(`$2',,`20*lg_pinsep+m4bwid*2/3',`$2')')dnl # Base:[line up m4bht/2 then right m4bwid*2/3 \ then right m4bwid/3 down m4bwid/3 \ then down m4bht-2*m4bwid/3 then down m4bwid/3 left m4bwid/3 \ then left m4bwid*2/3 then to Here] plen = ifelse(`$4',,`6*L_unit',`$4') # Loopover_(`x', `Pin`'m4Lx: line left_ plen from Base.nw-(0,m4bwid/3+m4Lx*lg_pinsep) {"x" ljust at last line.start} "m4Lx" at last line.c above', HPD, UTILITY, D2$+$, D2\_SH, D2$-$, D1$+$, D1\_SH, D1$-$, D0$+$, D0\_SH, D0$-$, CLK$+$, CLK\_SH, CLK$-$, CEC, GND, SCL, SDA, $+``$''5V) line from Base.nw+(m4bwid*2/3-lg_pinsep,0) up plen r_text(21) at last line.c+(-5bp__,0) r_text(SH2) at last line.start + (0,-10bp__) line from Base.nw+(m4bwid*2/3-2*lg_pinsep,0) up plen r_text(20) at last line.c+(-5bp__,0) r_text(SH1) at last line.start + (0,-10bp__) line from Base.sw+(m4bwid*2/3-lg_pinsep,0) down plen r_text(23) at last line.c+(-5bp__,0) r_text(SH4) at last line.start + (0, 10bp__) line from Base.sw+(m4bwid*2/3-2*lg_pinsep,0) down plen r_text(22) at last line.c+(-5bp__,0) r_text(SH3) at last line.start + (0, 10bp__) # `$4']') divert(0)dnl Circuit_macros9.5/examples/Incl.eps.bb0000644060175006010010000000004013774371760016777 0ustar DwightNone%%BoundingBox: 134 457 250 611 Circuit_macros9.5/examples/Incl.eps.gz0000644060175006010010000013041313774371763017047 0ustar DwightNone‹ÕÀ]KIncl.eps¬;ksÛ8’ßñ+pµÊURu1ôò#¹ëg²žÄ±/rf&•K¥(’8æC!)Û*”ÿûõ AJv’ÙÛÙ˜x4Fw£»=û«ÉË£(Ÿê—£¾<»š¼Á‚xöì8_eQœÍóû×r0Ëñî¾îöåÞ` ¡ÿ}ÍWÁ\¿×·:y-GÐtRè Ê‹×ò$/trúñè9@T×q•è×òÏ"¾ÙÑËÒAÆyvTÐ1YeòhYÈþ¾ì¾ô_à Ã~€oÝé]<_T’èÛ8\@ói®RUWEê²<É“¼(aÞuÉ *«ùY'I~'“ ¼‘Þ˜Éj¹Lb}Ôe¾*`økùÈÈ¢t–E'yŠ`H汞ÇÌ‘äs¡ŽVUþ& ª &”³ )µŒôŒÛ'¬Kö¹áäâó»‹ ¸)eU¬,Ч’%GTv¼Š“¨Í(ù».Jà wÆÃ}ñŒV%—E>‹‘}§qLÁ8꼄Íjf°ÄºE½Æqa©+yGЃþiVˆº/ûBµG}  €§ >E”â¹\´ÏÃW¯†/a{úL=þ]æm'€%‰$ÐRºÔÅ­Žv$þï–æ.ú;C¡¦‘™ÆY„>¸‚J"“ämŒÔ}dô}¸pÕo2[j,–Æ,óåC¡— EzÃ¥ 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(CorelDRAW 10) /Title (Xrik.eps) >> endobj 12 0 obj << /Type /Metadata /Subtype /XML /Length 1020 >> stream Erik.eps endstream endobj 13 0 obj << /Type /Catalog /Pages 7 0 R /Metadata 12 0 R /PageLabels 10 0 R >> endobj xref 0 14 0000000000 65535 f 0000027709 00000 n 0000000016 00000 n 0000000227 00000 n 0000003772 00000 n 0000027639 00000 n 0000000356 00000 n 0000027855 00000 n 0000000389 00000 n 0000027789 00000 n 0000027816 00000 n 0000027936 00000 n 0000028147 00000 n 0000029250 00000 n trailer << /Size 14 /Root 13 0 R /Info 11 0 R /ID [] >> startxref 29336 %%EOF Circuit_macros9.5/examples/Incleps.m40000644060175006010010000000134513774371760016667 0ustar DwightNone.PS # Incleps.m4 : Illustrating one way to import and overwrite .eps graphics # Note: gpic doesn't fill the arrows darrow_init s_init(Incleps) sinclude(F_Incleps.dim) # Inserted for the web-page version. sinclude(examples.dim) # Change examples to the name of the main LaTeX file. define(`backarrow',`darrow(`$1',,,2pt__,6pt__,6pt__,<-|)') S: s_box(`\includegraphics[width=3in]{Incl}') ifgpic(`S: box invis ht s_ht wid s_wd with .c at S.n') thinlines_ backarrow( from boxcoord(S,0.4,0.95) up 0.4 right 0.7 ) s_box(\sf Basket) ljust backarrow( from boxcoord(S,0.9,0.41) up 0.2 right 0.5 ) s_box(\sf Ball) ljust backarrow( from boxcoord(S,0.85,0.32) up 0.2 right 0.5 ) s_box(`\sf\shortstack[l]{Star\\ player}') ljust .PE Circuit_macros9.5/examples/Inclpdf.m40000644060175006010010000000130513774371760016645 0ustar DwightNone.PS #`Inclpdf.m4 : Illustrating one way to import and overwrite graphics' darrow_init s_init(Inclpdf) sinclude(F_Inclpdf.dim) define(`backarrow',`darrow(`$1',,,2pt__,6pt__,6pt__,<-|)') # A blank box the size of the included pdf figure: S: s_box("\hskip %gin\vrule width 0pt height %gin",\ boxdim(InclA,w),boxdim(InclA,v)) # Annotate the included figure: thinlines_ backarrow( from boxcoord(S,0.4,0.95) up 0.4 right 0.7 ) s_box(\sf Basket) ljust backarrow( from boxcoord(S,0.9,0.41) up 0.2 right 0.5 ) s_box(\sf Ball) ljust backarrow( from boxcoord(S,0.85,0.32) up 0.2 right 0.5 ) s_box(`\sf\shortstack[l]{Star\\ player}') ljust .PE Circuit_macros9.5/examples/Jack.m40000644060175006010010000000447213774371763016151 0ustar DwightNone.PS # `Jack.m4' cct_init P: [ P1: plug "\sl A" wid 0.1 at P1.A rjust "\sl B" at P1.B rjust "\sl TB" at P1.TB ljust above "\sl TA" at P1.TA ljust below P2: plug(,R) with .B at P1.A+(0.85,0) "\sl A" wid 0.1 at P2.A rjust "\sl B" at P2.B rjust # P3: plug(L) with .A at P2.A+(1,0) # "\sl A" wid 0.1 at P3.A ljust # "\sl B" at P3.B ljust P4: plug(,3) with .A at P2.B+(0.85,0) "\sl A" at P4.A rjust "\sl B" at P4.B rjust "\sl C" at P4.C rjust P5: plug(L,3R) with .A at P4.A+(1,0) "\sl A" wid 0.1 at P5.A ljust "\sl B" at P5.B ljust "\sl C" at P5.C ljust `"\tt plug"' below at P1.s+(0,-0.1) `"\tt plug(,R)"' below at P2.s+(0,-0.1) # `"\tt plug(L)"' below at P3.s+(0,-0.1) `"\tt plug(,3)"' below at P4.s+(-0.1,-0.1) `"\tt plug(L,3R)"' below at P5.s+(0.1,-0.1) ] L: [ right_ J1: jack thinlines_ "\sl L" wid 0.1 rjust at J1.L arrow <- right 0.1 from J1.F; "\sl F" ljust arrow <- down 0.1 from J1.G then left 0.1 ; "\sl G" rjust thicklines_ J2:[K2: jack(,LMBS) #with .F at J1.F+(1.2,0) thinlines_ "\sl L" rjust at K2.L arrow <- from K2.LM left 0.25; "\sl LM" wid 0.18 rjust arrow <- from K2.LB left 0.25; "\sl LB" rjust "\sl S" rjust at K2.S thicklines_ ] with .K2.F at J1.F+(1.2,0) J3: jack(L,RLS) with .F at J2.K2.F+(0.4,0) thinlines_ "\sl L" ljust at J3.L "\sl S" ljust at J3.S thicklines_ J4: jack(L,RLBLMLMS) with .F at J3.F+(1.1,0) thinlines_ "\sl L1" ljust at J4.L1 arrow <- right 0.3 from J4.LM1; "\sl LM1" ljust "\sl L2" ljust at J4.L2 arrow <- right 0.3 from J4.LM2; "\sl LM2" wid 0.2 ht 11pt__ ljust "\sl S" ljust at J4.S "\sl L" ljust at J4.L arrow <- right 0.2 from J4.LB ; "\sl LB" ljust right_ J5: jack(,RSBSMLB) with .F at J4.F+(1.95,0) thinlines_ "\sl L" rjust at J5.L "\sl S" rjust at J5.S "\sl S1" rjust at J5.S1 arrow <- left 0.3 from J5.SM1; "\sl SM1" rjust spline 0.5 <- left 0.25 then left 0.1 down 0.05 from J5.LB; "\sl LB" rjust spline 0.5 <- left 0.25 then left 0.1 up 0.05 from J5.SB; "\sl SB" rjust thicklines_ `"\tt jack"' ht 0.15 below at J1.s+(0,-0.15) `"\tt jack(,LMBS)"' below at (J2,last "") `"\tt ..(L,RLS)"' below at (J3,last "") `"\tt ..(L,RLBLMLMS)"' below at (J4,last "") `"\tt ..(,RSBSMLB)"' below at (J5,last "") ] with .nw at P.sw #+ (0,0.1) .PE Circuit_macros9.5/examples/keyval.m40000644060175006010010000000521013774371763016563 0ustar DwightNone.PS # keyval.m4 cct_init #An experiment in defining macro options as key1=val1;key2=val2; ... # `resistor( linespec, # cycles=n;type=E|Q|H;side=L|R) # chars : E=ebox # Q=offset # H=squared (default 3 cycles) # R=to right of drawing direction' define(`xesistor', `print "`$0'($@)" ; setkey_(`$2',cycles,4,N)dnl setkey_(`$2',type,N,N)dnl setkey_(`$2',side,R,N)dnl print "cycles:m4cycles" print "type:m4type" print "side:m4side" ifelse( m4type,E, `ebox(`$1',shift(shift(shift($@))))', `eleminit_(`$1') ifelse(m4type,N, `define(`m4n',`eval((m4cycles)*2)')dnl define(`m4h',`dimen_/24')dnl define(`m4v',2)dnl if m4h*m4n*2 > rp_len then { eleminit_(to rvec_(m4h*m4n*2,0)) } tr_xy_init(last line.c, m4h, ifelse(m4side,R,-))dnl { line from last line.start to tr_xy(-m4n,0)\ for_(2,m4n,2, `then to tr_xy(eval(2*m4x-3-m4n), m4v) \ then to tr_xy(eval(2*m4x-1-m4n),-m4v) \')dnl then to tr_xy(m4n, 0) then to last line.end [box invis ht_ m4h*m4v*2 wid_ m4h*m4n*2] at 2nd last line.c }', m4type,Q, `define(`m4n',`eval(2*(m4cycles))')dnl define(`m4h',`dimen_/24')dnl define(`m4v',2)dnl if m4h*m4n*2 > rp_len then { eleminit_(to rvec_(m4h*m4n*2,0)) } tr_xy_init(last line.c, m4h, ifelse(m4side,R,-))dnl { line from last line.start to tr_xy(-m4n,0)\ for_(2,m4n,2, `then to tr_xy(eval(2*m4x-2-m4n), m4v*2) \ then to tr_xy(eval(2*m4x-m4n),0) \')dnl then to tr_xy(m4n, 0) then to last line.end [box invis ht_ m4h*m4v*2 wid_ m4h*m4n*2] at 2nd last line.c + ta_xy(0,m4v) }', m4type,H, `define(`m4n',`ifelse(`$2',,5,`eval(2*$2-1)')')dnl define(`m4h',`dimen_/20')dnl define(`m4v',7/3)dnl if m4h*m4n*2 > rp_len then { eleminit_(to rvec_(m4h*m4n*2,0)) } tr_xy_init(last line.c, m4h, ifelse(m4side,R,-))dnl { line from last line.start to tr_xy(-m4n,0)\ for_(-m4n,m4n,2, `ifelse(eval(((m4x+m4n)/2)%2),0, `then to tr_xy(m4x,m4v) then to tr_xy(eval(m4x+2),m4v) \', `then to tr_xy(m4x,0) \ ifelse(m4x,m4n,,`then to tr_xy(eval(m4x+2),0)')\')')dnl then to tr_xy(m4n, 0) then to last line.end [box invis ht_ m4h*m4v wid_ m4h*m4n*2] at 2nd last line.c+(0,m4h*m4v/2) }') line invis from 2nd last line.start to 2nd last line.end ') popdef(`m4cycles')dnl popdef(`m4type')dnl popdef(`m4side')dnl ') xesistor(,type=E;cycles=5;) xesistor(,type=Q;cycles=3;side=L) .PE Circuit_macros9.5/examples/Koch.m40000644060175006010010000000075113774371760016156 0ustar DwightNone.PS # Koch snowflake gen_init leng = 4 X: 3,5 nsides = 3; rot[1] = 0; rot[2] = -120; rot[3] = -120 depth=4 for i=1 to depth do { for j=1 to nsides do { tmp[j] = rot[j] } leng = leng/3 k = 0 for j=1 to nsides do { rot[k+1] = tmp[j] rot[k+2] = 60 rot[k+3] = -120 rot[k+4] = 60 k += 4 } nsides = k } a = 0 line from X to X for i=1 to nsides do { a += rot[i] X: X+(Rect_(leng,a)) continue to X } .PE Circuit_macros9.5/examples/lcct.m40000644060175006010010000001571113774371763016224 0ustar DwightNone.PS 8.5 # lcct.m4 log_init include(ics.m4) iflatex(`ifpsfrag(,`latexcommand({\sf)')') define(`dimen_',0.5) define(`elen_',dimen_) define(`Groundtype',`') define(`breakout',` for i = 1 to `$1' do { {line `$2' ifelse(`$4',,del,`$4')-jog/2 then `$2' jog/2 `$3' jog \ then `$3' lg_pinsep} move `$3' lg_pinsep } move `$2' ifelse(`$4',,del,`$4')-jog/2 then `$2' jog/2 `$3' jog ') del = lg_pinsep jog = del*2/3 right_ IC1: ic6502("6502" at Chip.sw below ljust) Vcc: IC1.Pin8.end.x-del-elen_,IC1.Pin4.y+lg_pinsep+3*del Reset: IC1.Pin8.end.x-del,Vcc.y+del resistor(up_ Vcc.y-IC1.Pin4.y from IC1.Pin4.end) line left 2*del from IC1.Pin6.end line up_ to (Here,Vcc) chop 0 chop elen_ resistor line left del from IC1.Pin40.end {line to (Here,Reset)} move left elen_ {NOT_gate(right_ elen_)} {reversed(`capacitor',to (Here,Vcc),C)} down_; resistor; ground(,T,Groundtype) line from IC1.Pin2.end to (IC1.Pin2.end,Vcc) move to IC1.Pin26.end; breakout(8,left,down) line to (Here,IC1.sw+(0,-del)) line down jog right jog/2 Data: Here line from IC1.Pin1.end down_ 2*lg_pinsep; ground(,T,Groundtype) line left 2*del from IC1.Pin34.end line to (Here,Data+(0,-del)) RWB: Here move to IC1.Pin25.end; breakout(16,right,down) line to (Here,RWB)+(0,-del+jog) then down jog left jog/2 Addr: Here right_ IC5: ic74LS138("74LS138" at Chip.sw below ljust) \ with .Chip.nw at (IC1.Chip.w.x,Addr.y-2*del) line from IC5.Pin5.end down_ 3*lg_pinsep ; ground(,T,Groundtype) line from IC5.Pin16.end down_ 1.5*lg_pinsep ; ground(,T,Groundtype) move to IC5.Pin1.end; breakout(3,left,up) line to Here.x,Addr.y-jog then up jog right jog/2 then to Addr line right_ 2*del from IC1.Pin39.end { NOT_gate(right_ 3*del) C1: Here } capacitor(up_ elen_*0.6) {resistor(right_ 3*del)} line up 2*(IC1.Pin37.y-Here.y) {line from IC1.Pin37.end to (Here,IC1.Pin37)} right_; xtal(right_ 3*del) IC2: ic6116("6116" at Chip.sw below ljust) \ with .Chip.nw at Here.x+2*del+lg_plen*L_unit,IC1.Chip.n.y line from IC2.Pin24.end up to (IC2.Pin24.end,Vcc) right_ Or1: OR_gate with .Out at IC2.Pin21.end line from Or1.In2 left del then down del line to (C1,Here) then to C1 line from Or1.In1 left del line to (Here,IC2.Chip.nw+(0,del)) RW: Here move to IC2.Pin17.end; breakout(8,left,down) line to (Here,Data)+(0,jog) then down jog left jog/2 line down_ lg_pinsep from IC2.Pin12.end ; ground(,T,Groundtype) move to IC2.Pin19.end; breakout(11,right,down) line to (Here,Addr) chop 0 chop jog line down jog left jog/2 line down_ lg_pinsep from IC2.Pin20.end ; ground(,T,Groundtype) right_ IC3: ic6116("6116" at Chip.sw below ljust) \ with .Chip.nw at IC2.Chip.ne + (IC2.Chip.nw.x - IC1.Chip.ne.x-del,0) IC4: ic6522("6522" at Chip.sw below ljust) \ with .Chip.nw at IC3.Chip.ne + (IC2.Chip.nw.x - IC1.Chip.ne.x-del,0) IC6: ic74LS138("74LS138" at Chip.sw below ljust) \ with .Chip.nw at (IC3.Chip.nw,IC5.Chip.nw) line from Vcc to (IC4.Pin34.end.x+del,Vcc.y) line from Reset to (IC4.Pin34.end,Reset) then to IC4.Pin34.end line right_ 2*del from (C1,IC4.Pin25); NOT_gate; line to IC4.Pin25.end line right del from IC1.Pin4.end; line to Here.x,Vcc.y-del line to (IC4.Pin21.end,Here)-(del,0) then to IC4.Pin21.end-(del,0) \ then to IC4.Pin21.end line from IC3.Pin21.end to (IC3.Pin21.end,Vcc) move to IC3.Pin17.end breakout(8,left,down); line to (Here,Data)+(0,jog) then down jog left jog/2 move to IC3.Pin19.end breakout(11,right,down); line to (Here,Addr)+(0,jog) then down jog left jog/2 move to IC4.Pin26.end breakout(8,left,down,2*del); line to (Here,Data)+(0,jog) then down jog left jog/2 then to Data move to IC4.Pin35.end breakout(4,left,down); line to (Here,Addr)+(0,jog) then down jog left jog/2 \ then to Addr line from IC4.Pin20.end to (IC4.Pin20.end,Vcc) line down_ lg_pinsep from IC4.Pin1.end; ground(,T,Groundtype) line left 3*del from IC4.Pin23.end line to (Here,IC6.Pin7) then to IC6.Pin7.end line down_ 2*lg_pinsep from IC3.Pin18.end; ground(,T,Groundtype) line down_ lg_pinsep from IC6.Pin8.end; ground(,T,Groundtype) line up_ 2.5*lg_pinsep from IC6.Pin16.end \ then right_ lg_pinsep then down_ lg_pinsep/2; ground(,T,Groundtype) move to IC6.Pin5.end; breakout(1,left,up); line up_ lg_pinsep move to IC6.Pin1.end; breakout(3,left,up) line to (Here,Addr)-(0,jog) then up jog left jog/2 line from RW to (IC3.Pin19.end+(2*del,0),RW) RWE: Here line to (RWE,RWB) then to RWB line from IC4.Pin22.end to (RWE,IC4.Pin22.end) right_ Or3: OR_gate with .Out at IC3.Pin20.end.x-del,IC1.Pin9.y line from Or3.Out to (IC3.Pin20.end,Or3.Out) then to IC3.Pin20.end left_ Or2: OR_gate with .In2 at (IC2.Chip.se,Or3.In1) line from Or2.Out to (IC2.Pin18.end-(3*del,0),Or2.Out) line to (Here,IC2.Pin18) then to IC2.Pin18.end line from Or2.In1 right del; line to (Here,IC1.Pin37) line from Or3.In2 left del; line to (Here,IC1.Pin37) define(`addrlabel',`dnl line invis right 4*del from IC5.Pin`$1'.end "{\tiny (`$2')}" above ') addrlabel( 7,E000 - FFFF) addrlabel( 9,C000 - DFFF) addrlabel(10,A000 - BFFF) addrlabel(11,8000 - 9FFF) addrlabel(12,6000 - 7FFF) addrlabel(13,4000 - 5FFF) addrlabel(14,2000 - 3FFF) addrlabel(15,0000 - 1FFF) line from IC5.Pin7.end right 4*del K: Here; line to (K,IC5.Pin13) line to (IC6.Pin4.end-(3*del,0),Here) line to (Here,IC6.Pin4.end) then to IC6.Pin4.end Ands: [ right_ And1: AND_gate; line right del/2 then down del*3/2 \ then left And1.Out.x-And1.In1.x+del then down del then right_ del/2 And2: AND_gate with .In1 at Here line from And2.Out right del/2 then down del then right_ del/2 And3: AND_gate with .In1 at Here line right_ del/2 from And3.Out NOT_gate line right_ del/2 And4: AND_gate with .In1 at Here ] with .And2.In1 at (K.x+2*del,IC5.Pin9.y) # line from Ands.And4.Out right del*3; line to (Here,Or3.In1) then to Or3.In1 line from Ands.And4.Out right IC6.Pin5.end.x-3*del-Ands.And4.Out.x line to (Here,Or3.In1) then to Or3.In1 line from Ands.And4.In2 left del line to (Here,IC5.Pin14) then to IC5.Pin14.end line from IC5.Pin15.end to (IC2.Pin20.end.x+2*del,IC5.Pin15.y) line to (Here,Or2.In2) then to Or2.In2 NOT_gate(right_ from (K,Ands.And3.In2) to Ands.And3.In2) line from Ands.And2.In2 to (K+(del+jog/2,0),Ands.And2.In2) line left jog/2 up jog; line to (Here.x,Addr.y-jog) then up jog left jog/2 line from Ands.And1.In1 to (K.x+del+jog/2,Ands.And1.In1.y) \ then left jog/2 up jog line from Ands.And1.In2 to (K.x+del+jog/2,Ands.And1.In2.y) \ then left jog/2 up jog line from IC6.Pin6.end left 2*del; line to (Here,IC4.Pin24) line from IC4.Pin24.end to (IC2.Chip.se,IC4.Pin24) move left dimen_; {NOT_gate(right_ dimen_)} line left jog/2 down jog; line to (Here,Data) chop 0 chop jog line down jog left jog/2 iflatex(`ifpsfrag(,`latexcommand(})')') .PE Circuit_macros9.5/examples/Logic.m40000644060175006010010000000410713774371763016331 0ustar DwightNone.PS # Logic.m4 cct_init ifdef(`AND_gate',,`include(liblog.m4)') xgap = 0.6 [ dmov = 0.4 { {AND_gate ; "{\tt AND\_gate}" ljust at last [].w + (xgap,0)} move down dmov; right_ {OR_gate ; "{\tt OR\_gate}" ljust at last [].w + (xgap,0)} move down dmov; right_ {BUFFER_gate ; "{\tt BUFFER\_gate}" ljust at last [].w + (xgap,0)} move down dmov; right_ {XOR_gate ; "{\tt XOR\_gate}" ljust at last [].w + (xgap,0)} } move right_ 140pt__ { { NAND_gate; "{\tt NAND\_gate}" ljust at last [].w + (xgap,0) } move down dmov; right_ { Gate: NOR_gate(3) "{\tt NOR\_gate(3)}" ljust at last [].w + (xgap,0) thinlines_ spline <- from Gate.Out right arrowht*2.0 \ then up 0.15 then right 0.05 "{\tt Out}" ljust spline <- from Gate.N_Out down arrowht*2.0 \ then right 0.1+arrowht*1.5+NOT_rad down 0.15-arrowht*2.0 "{\tt N\_Out}" ljust for_(1,3,1, `arrow <- left 0.2 down 0.05 from Gate.In`'m4x "{\tt In`'m4x\/}" rjust at Here+(0,(2-m4x)*0.02)') } thicklines_ move down dmov; right_ { NOT_gate ; "{\tt NOT\_gate}" ljust at last [].w + (xgap,0) } move down dmov; right_ {Gate: NXOR_gate(NPN); "{\tt NXOR\_gate(NPN)}" ljust at last [].w + (xgap,0) for_(1,3,1, `arrow <- left 0.2 up 0.05 from Gate.In`'m4x "{\tt In`'m4x\/}" rjust at Here+(0,(2-m4x)*0.02)') } } move right_ 140pt__ { {NAND_gate(,B) ; "{\tt NAND\_gate(,B)}" ljust at last [].w + (xgap,0)} { line invis right 1.6 from last [].se then down 1} move down dmov; right_ move left N_diam*L_unit; right_ {NOR_gate(3,NB) ; "{\tt NOR\_gate(3,NB)}" ljust at (last "",last []) } move down dmov; right_ {BOX_gate(PN,N,,,=1) "{\tt BOX\_gate(PN,N,{,},=1)}" ljust at (last "",last []) line left 0.15 from last [].In1 line left 0.15-NOT_rad*2 from last [].In2 line right 0.15 from last [].Out } move down dmov; move right_ N_diam*L_unit {BOX_gate(PP,N,,,=) "{\tt BOX\_gate(PP,N,{,},=)}" ljust at (last "",last []) line left 0.15 from last [].In1 line left 0.15 from last [].In2 line right 0.15 from last [].Out } } ] .PE Circuit_macros9.5/examples/Loglog.m40000644060175006010010000000440013774371760016510 0ustar DwightNone.PS # Loglog.m4 gen_init s_init(Loglog) sinclude(tst.dim) define(`rint',`sign(`$1')*int(abs(`$1')+.5)') S:[ horiz = 4 vert = horiz*2/3 tmax = 10 tmin = 1 vmax = 100 vmin = 0.1 tic = 0.08 denv = log(vmax) - log(vmin) denh = log(tmax) - log(tmin) Origin: Here define(`coord', `Origin+((log(`$1')-log(tmin))/denh*horiz,(log(`$2')-log(vmin))/denv*vert)') thinlines_ # Left axes and labels psset_(linecolor=gray) vm = log(vmin); if vm!=0 then { vm=rint(vm) } vM = log(vmax); if vM!=0 then { vM=rint(vM) } for i = vm to vM do { move to coord(tmin,exp(i)) line right horiz s_box(\sf %g,exp(i)) rjust at last line.start ifgpic(`-(0.05,0)') if i < rint(log(vmax)) then { for j = 2 to 9 do { move to coord(tmin,j*exp(i)) line right horiz if (j==2) || (j==5) then { s_box(\sf %g,j*exp(i)) rjust at last line.start ifgpic(`-(0.05,0)') } } } } #Horizontal axis and labels tm = log(tmin); if tm!=0 then { tm=rint(tm) } tM = log(tmax); if tM!=0 then { tM=rint(tM) } for t = tm to tM do { move to coord(exp(t),vmin) line up vert s_box(\sf %g,exp(t)) below at last line.start ifgpic(`-(0,0.05)') if t < rint(log(tmax)) then { for j = 2 to 9 do { move to coord(j*exp(t),vmin) line up vert if (j==2) || (j==5) then { s_box(\sf %g,j*exp(t)) below at last line.start ifgpic(`-(0,0.05)') } } } } psset_(linecolor=black) # arrow from Origin up vert chop 0 chop -.1 line from Origin up vert s_box($y(t)$) at Origin+(-.1,.5*vert) rjust # arrow from Origin right horiz chop 0 chop -.1 line from Origin right horiz s_box($t$) at Origin+(.5*horiz,-.1) below thicklines_ alpha = 2.5 beta = 3.0 tm = max(tmin,(vmin/alpha)^(1/beta)) tM = min(tmax,(vmax/alpha)^(1/beta)) line from coord(tm,alpha*tm^beta) to coord(tM,alpha*tM^beta) f_box(invis fill_(1),`$y(t) = %g\,t^{%g}$',alpha,beta) \ with .sw at coord(2.1,11) alpha = 0.05 beta = 2.0 tm = max(tmin,(vmin/alpha)^(1/beta)) tM = min(tmax,(vmax/alpha)^(1/beta)) line from coord(tm,alpha*tm^beta) to coord(tM,alpha*tM^beta) f_box(invis fill_(1),`$y(t) = %g\,t^{%g}$',alpha,beta) \ with .se at coord(4.6,1.1) ] # box wid S.wid ht S.ht at S # print (S.wid,S.ht)/(1 pc__) .PE Circuit_macros9.5/examples/Lyap.m40000644060175006010010000001055313774371763016203 0ustar DwightNone.PS # Lyap.m4 threeD_init scale = 1/1.2 viewaz = 30 viewel = 18 setview(viewaz,viewel) Origin: project(0,0,0) # Components of view vector W w1 = view3D1 w2 = view3D2 w3 = view3D3 # Shape factor of the ellipse on the xy plane q = Cos(40) # cost function h = 0.5 c = 1 # The projected ellipse is (x/q)^2 + y^2 = c. # The cost is v = c+h define(`vs',``$2'*q*cos(`$1'),`$2'*sin(`$1')') define(`vp',`vs(`$1',`$2'),0') define(`vx',`sum3D(vp(`$1',`$2'),0,0,h+(`$2')^2)') # The gradient of v is (2x/q, 2y, -1) and the line # separating front and back is W^T * grad(v) = 0 # This line intersects the projected ellipse at # x1,y1 and x2,y2 ap = w2^2*q^2/w1^2+1 bp = -w2*w3*q^2/w1^2 cp = w3^2*q^2/4/w1^2-c m = sqrt(bp^2-4*ap*cp) y1 = (-bp+m)/ap/2 ; x1 = (w3-2*y1*w2)*q/2/w1 y2 = (-bp-m)/ap/2 ; x2 = (w3-2*y2*w2)*q/2/w1 t1 = atan2(y1,x1) t2 = atan2(y2,x2) theta1 = min(t1,t2) theta2 = max(t1,t2) # tangent curve nT = 11 for i = 0 to nT do { y = y1 + (y2-y1)/nT*i theta = atan2(y,(w3-2*y*w2)*q/2/w1) r = y/sin(theta) T[i]: project(vx(theta,r)) } # front and back parts of the top curve n = 12 for i = 0 to n do { theta = theta1 + (theta2-theta1)/n*i F[i]: project(vx(theta,c)) Fp[i]: project(vp(theta,c)) } for i = 0 to n do { theta = theta2 + (theta1+twopi_-theta2)/n*i B[i]: project(vx(theta,c)) Bp[i]: project(vp(theta,c)) } # trajectory rotations = 1.55 nx = 7 thetas = 75*dtor_ thetaf = thetas - rotations*twopi_ rx = c*0.9 beta = exp(log(.5)/20) define(`defX',` rx = `$5' ; np = np-1 ts = `$1' ; tf = `$2' for i = 0 to `$3' do { tha = ts + (tf-ts)*i/(`$3') for thx = tha to -twopi_ by twopi_ do {} `$4'[i]: project(vx(thx,rx)) Xp[np]: project(vp(thx,rx)) np = np+1 rx = beta*rx }') np = 1 defX(thetas,theta1,nx,X1,rx) defX(theta1,theta2-twopi_,nx,X2,rx/beta) defX(theta2-twopi_,theta1-twopi_,nx,X3,rx/beta) defX(theta1-twopi_,thetaf,5,X4,rx/beta) # First draw the inside back # B is the back curve # T is the outline ifpstricks(` \psset{gradbegin=lightgray,gradend=darkgray,gradlines=1000} \pscustom[fillstyle=gradient,gradmidpoint=0.7]{ fitcurve(B,n) for i = 0 to nT do {TT[i]: T[nT-i] } fitcurve(TT,nT) \relax} ', ` fitcurve(B,n) for i = 0 to nT do {TT[i]: T[nT-i] } fitcurve(TT,nT) ') # Centre axis thinlines_ line from Origin to project(0,0,h) # F[0] is the leftmost point of the front curve line from F[0] to Fp[0] # F[n] is the rightmost point of the front curve line from F[n] to Fp[n] thicklines_ # Now draw the outside front ifpstricks(` \newgray{gray1}{0.9}% \newgray{gray2}{0.4}% \psset{gradbegin=gray1,gradend=gray2,gradlines=1000} \pscustom[linewidth=0pt,fillstyle=gradient,gradmidpoint=0.99]{ fitcurve(F,n) fitcurve(T,nT) \relax} ', ` shade(1,fitcurve(F,n) fitcurve(T,nT)) ') # T is the limit curve of visibility fitcurve(T,nT) # F is the top front fitcurve(F,n) # Front and back projections of the top on xy fitcurve(Fp,n) fitcurve(Bp,n) # The trajectory in pieces, to allow dashed parts fitcurve(X1,nx) fitcurve(X2,nx,dotted 0.025) fitcurve(X3,nx) fitcurve(X4,3,dotted 0.015) arca(from X4[4] to X4[2],ccw,0.3,<-) # Projected trajectory np = np-2 fitcurve(Xp,np-1) arca(from Xp[np] to Xp[np-2],ccw,0.18,<-) "$X(t)$" at Xp[np]-(2bp__,0) ljust # Axes and vertical lines thinlines_ line from X1[0] to Xp[0] arrow from Origin to project(1.5,0,0) "$x_1$" rjust below arrow from Origin to project(0,1.5,0) "$x_2$" ljust line dashed from project(0,0,h) to F[n/2] chop 0 chop arrowht/4 arrow from F[n/2] to project(0,0,2) "$v(X)$" ljust "`${0}$'" at Origin+(0,1 pt__) below "$\Omega$" at project(0,0.9*c,0) above "`$v(X) = c$'" at (project(vp(100*dtor_,c)))+(2bp__,0) above ljust .PE Circuit_macros9.5/examples/Makefile0000644060175006010010000002311013774371763016465 0ustar DwightNone# Examples Makefile # # Type "make" to generate examples.pdf containing many examples. # Type "make clean; make examples.ps" to invoke latex intead of pdflatex. # Type "make .ps" to make a postscript file from .m4 # It may be necessary to type "make clean" before this or any of the following: # Type "make .eps" to make an .eps file from .m4 # Type "make .svg" to make an .svg file from .m4 using pdf2svg # The following require ImageMagick convert: # Type "make .png" to make a .png file from .m4 # Type "make .tif" to make a .tif file from .m4 # # See also: the svg subdirectory for generating svg directly. # # To test the file test.m4, type "make tst" if boxdims is used, otherwise # type "make tst1". In either case the file tst.ps is created. # # To debug a single diagram in a directory other than this examples # directory, copy this makefile and tst.tex to where you want to work, # redefine LIBDIR (below) appropriately, and type "make .xxx" # where xxx is one of ps, eps, png, or pdf ######################################################################### # Circuit_macro directory, change this if necessary: # LIBDIR = $$HOME/lib LIBDIR = .. # The dpic processor: PIC = dpic -p #PIC = $$HOME/dpic/build/p2c/ftp/dpic -p #PIC = $$HOME/dpic/pa*dev/p2c/ftp/dpic -p #PIC = $$HOME/dpic/bison/dpic -p #PIC = $$HOME/dpic/bi*v/dpic -p CONFIGFILE = pstricks.m4 # Testing the mingw version of dpic: #PIC = $$HOME/dpic/bison/distsrc/Windows/dpic -p #CUSTOM=windows.m4 # Uncomment for gpic. Use gpic or pic as applicable on your machine: # PIC = gpic -t # PIC = pic -t # CONFIGFILE = gpic.m4 # Convert options EPSOPTS = PNGOPTS = -quiet -density 400 -scale 25% -alpha Remove # M4 = m4 -B32000 # M4 = m4 -I $(LIBDIR) # If environment variable M4PATH has been set to the installation directory: M4 = m4 ######################################################################### DOC = examples PICS = \ ABlogix.tex Adder.tex Alogix.tex AmpTable.tex Antennas.tex \ AntiqueClock.tex Audio.tex Bip.tex Btree.tex Buttons.tex Byte.tex \ CanLogic.tex CctTable.tex Conn.tex Connectors.tex \ Contacts.tex Contact.tex control.tex Counting.tex Crossbar.tex Crow.tex \ csc.tex Csource.tex Decoder.tex \ Demultiplexer.tex diamond.tex Dini.tex Diodes.tex Drive.tex Emarrows.tex \ ex00.tex ex01.tex ex02.tex ex03.tex ex04.tex ex05.tex ex06.tex ex08.tex \ ex09.tex ex10.tex ex11.tex ex12.tex ex15.tex ex16.tex ex17.tex ex18.tex \ ex21.tex exp.tex fet.tex Flow.tex Fuses.tex GrayCode.tex graysurf.tex \ Grounds.tex Headers.tex Heathkit.tex I2L.tex Incleps.tex Jack.tex \ lcct.tex Lyap.tex Logic.tex Loglog.tex MC.tex Mixer.tex MotorControl.tex \ Multiplexer.tex NLG.tex NPDT.tex Nport.tex Opamp.tex Optoiso.tex \ Pconn.tex PushPull.tex pwrsupply.tex Quantum.tex quick.tex random.tex \ Rectifiers.tex recycle.tex relaycoil.tex Relay.tex rose.tex Rotbox.tex \ Schottky.tex sfg.tex shapes.tex ShiftR.tex Sierpinski.tex Sixpole.tex \ Sources.tex SQUID.tex Switches.tex \ Tgate.tex Three.tex thyristor.tex \ TTLnand.tex Ttree.tex Tubediags.tex ujt.tex Variable.tex Windings.tex \ worm.tex Xform.tex XOR.tex # Files that have to be processed twice: BOXDIMS = ex09.tex Crow.tex Incleps.tex Lyap.tex Loglog.tex Opamp.tex \ random.tex Ttree.tex Windings.tex BOXPICS = ex09.pic Crow.pic Incleps.pic Lyap.pic Loglog.pic Opamp.pic \ random.pic Ttree.pic Windings.pic DVIPSOPTS = -Ppdf -G0 -t letter DVIPSOPTS = -G0 -t letter M4LIBS = $(CONFIGFILE) $(CUSTOM) DIMFILE = $(DOC).dim BS = tr '|' '\134' # Might be needed (change latex commands to $(LTX) ) # LTX = latex --shell-escape LTXFILE=printf "|documentclass[11pt]{article}\n\ |usepackage{times,pstricks,boxdims,graphicx,pst-grad,pst-slpe}\n\ |usepackage{siunitx}\n\ |setlength{|textwidth}{28cm}|setlength{|textheight}{28cm}\n\ |setlength{|oddsidemargin}{0pt}|setlength{|evensidemargin}{0pt}\n\ |setlength{|hoffset}{-1cm}\n\ |pagestyle{empty}|thispagestyle{empty}\n\ |newbox|graph\n\ |begin{document}\n\ |noindent|input{"$*".tex}\n\ |end{document}\n" | $(BS) .SUFFIXES: .ps .dvi .tex .m4 .pic .eps .png .pdf .svg .tif .gif .dvi.ps: dvips $(DVIPSOPTS) $* -o $*.ps chmod 644 $*.ps .m4.tex: @if test -n "$(DIMFILE)" ; then touch $(DIMFILE) ; fi ; touch F_$*.dim $(M4) $(M4LIBS) $(DIMFILE) F_$*.dim $*.m4 | sed -e '/^ *$$/d' \ | $(PIC) > $*.tex # $(M4) $(M4LIBS) $(DIMFILE) F_$*.dim $*.m4 | sed -e '/^ *$$/d' > $*.pic # $(PIC) $*.pic > $*.tex # grep Production dpic.log >> newp.txt .m4.pic: @if test -n "$(DIMFILE)" ; then touch $(DIMFILE) ; fi $(M4) $(M4LIBS) $(DIMFILE) $*.m4 > $*.pic .m4.dvi: @if test -n "$(DIMFILE)" ; then touch $(DIMFILE) ; fi ; touch F_$*.dim $(M4) $(M4LIBS) $(DIMFILE) F_$*.dim $*.m4 | sed -e '/^ *$$/d' \ | $(PIC) > $*.tex $(LTXFILE) > F_$*.tex latex --quiet F_$* touch F_$*.dim $(DIMFILE) ; rm -f $*.tex $*.pic ; make $*.tex latex --quiet F_$* touch F_$*.dim $(DIMFILE) ; rm -f $*.tex $*.pic ; make $*.tex latex --quiet F_$* .m4.eps: @if test -n "$(DIMFILE)" ; then touch $(DIMFILE) ; fi ; touch F_$*.dim $(M4) $(M4LIBS) $(DIMFILE) F_$*.dim $*.m4 | sed -e '/^ *$$/d' \ | $(PIC) > $*.tex $(LTXFILE) > F_$*.tex latex --quiet F_$* touch F_$*.dim $(DIMFILE) ; rm -f $*.tex $*.pic ; make $*.tex latex --quiet F_$* touch F_$*.dim $(DIMFILE) ; rm -f $*.tex $*.pic ; make $*.tex latex --quiet F_$* dvips F_$* -T128cm,28cm -o $*.ps # dvips -Ppdf F_$* -T128cm,28cm -o $*.ps # Recent changes to PSTricks(?) have clashed with the use of TeXtoEPS # so use ps2epsi ps2epsi $*.ps $*.epsi sed -e '/%%Pages:/d' -e '/BeginPreview/,$$d' $*.epsi \ | tr '\015' '\012' > $*.eps sed -e '1,/EndPreview/d' $*.epsi >> $*.eps .m4.ps: make $*.tex && mv $*.tex test.tex; latex tst rm -f test.tex $*.pic if test -f tst.dim ; then cp tst.dim F_$*.dim ; fi make $*.tex && mv $*.tex test.tex; latex tst dvips $(DVIPSOPTS) tst -o $*.ps chmod 644 $*.ps #.m4.svg: # make $*.eps # convert $(EPSOPTS) $*.eps $*.svg .m4.png: make $*.eps convert $(PNGOPTS) $*.eps $*.png @if test -f $*.png.0 ; then mv $*.png.0 $*.png ; fi .m4.gif: make $*.ps convert $(GIFOPTS) $*.ps $*.gif # @if test -f $*.png.0 ; then mv $*.png.0 $*.png ; fi .m4.tif: make $*.eps convert $(EPSOPTS) $*.eps $*.tif @if test -f $*.tif.0 ; then mv $*.tif.0 $*.tif ; fi .m4.pdf: touch F_$*.dim $(M4) pgf.m4 F_$*.dim $*.m4 > $*.pic $(PIC) -g $*.pic > test.tex sed -e '/^\\usepackage.*graphicx/s/^.*$$/\\usepackage{tikz}/' \ -e '/pstricks/d' tst.tex > F_$*.tex pdflatex --quiet F_$* $(M4) pgf.m4 F_$*.dim $*.m4 > $*.pic $(PIC) -g $*.pic > test.tex pdflatex --quiet F_$* mv F_$*.pdf $*.pdf .m4.svg: touch F_$*.dim $(M4) pgf.m4 F_$*.dim $*.m4 > $*.pic $(PIC) -g $*.pic > test.tex sed -e '/^\\usepackage.*graphicx/s/^.*$$/\\usepackage{tikz}/' \ -e '/pstricks/d' tst.tex > F_$*.tex pdflatex --quiet F_$* $(M4) pgf.m4 F_$*.dim $*.m4 > $*.pic $(PIC) -g $*.pic > test.tex pdflatex --quiet F_$* mv F_$*.pdf $*.pdf pdf2svg $*.pdf $*.svg rm -f $*.pdf $*.pic F_$** ######################################################################### $(DOC).pdf: clean pdfmode $(DOC).frp touch $(DOC).dim rm -f $(BOXDIMS) $(BOXPICS) make PIC="$(PIC) -g" CONFIGFILE=pgf.m4 DIMFILE=$(DOC).dim pics pdflatex $(DOC) rm -f $(BOXDIMS) $(BOXPICS) make PIC="$(PIC) -g" CONFIGFILE=pgf.m4 DIMFILE=$(DOC).dim pics pdflatex $(DOC) optpdf $(DOC).pdf pics: $(PICS) touch pics $(DOC).ps: psmode $(DOC).dvi psmode: printf "|usepackage{pstricks,pst-grad}\n" | $(BS) > mode.tex pdfmode: printf "|usepackage{tikz}\n" | $(BS) > mode.tex $(DOC).dvi: $(DOC).frs touch $(DOC).dim for file in $(BOXDIMS) ; do rm -f $$file.tex $$file.pic ; done make PIC="$(PIC)" CONFIGFILE=pstricks.m4 DIMFILE=$(DOC).dim pics latex $(DOC) for file in $(BOXDIMS) ; do rm -f $$file.tex $$file.pic ; done make PIC="$(PIC)" CONFIGFILE=pstricks.m4 DIMFILE=$(DOC).dim pics latex $(DOC) $(DOC).frs: $(DOC).tex files.tex header.tex psmode make PIC="$(PIC) -p" CONFIGFILE=pstricks.m4 DIMFILE=$(DOC).dim pics cp $(LIBDIR)/doc/Version.tex . latex $(DOC) rm -f $(DOC).dvi touch $(DOC).frs $(DOC).frp: $(DOC).tex files.tex header.tex pdfmode make PIC="$(PIC) -g" CONFIGFILE=pgf.m4 DIMFILE=$(DOC).dim pics cp $(LIBDIR)/doc/Version.tex . pdflatex $(DOC) rm -f $(DOC).pdf touch $(DOC).frp tst: make test.tex; latex tst; rm -f test.tex test.pic make DIMFILE=tst.dim test.tex; latex tst dvips $(DVIPSOPTS) tst -o tst.ps tst1: test.tex tst.tex latex tst dvips $(DVIPSOPTS) tst -o tst.ps gtst: touch test.m4; make PIC="gpic -t" CONFIGFILE="" tst gtst1: touch test.m4; make PIC="gpic -t" CONFIGFILE="" tst1 echopics: @echo $(PICS) clobber: clean rm -f *.ps -@for dir in mf mpost pdflatex xfig psfrag svg dev test; \ do (if test -d $$dir ; then cd $$dir; make clobber; fi) ; done rm -f *.warn rm -f examples.pdf rm -rf index.html html basenames *.png* dist zips htmlfiles rm -rf $(TMP)/Cir* $(ECETMP)/Cir* $(ECEDIR) if test -f Incl.pdf ; then \ mv Incl.pdf Incl.pdx; rm -f *.pdf; mv Incl.pdx Incl.pdf ; fi for file in `ls *.tex` ; do \ nm=`echo $$file | sed -e "s/\(.*\)\.tex/\1/"` ; \ if test -s $$nm.m4 ; then rm -f $$nm.pic $$nm.tex ; fi ; done @if test -f distmakefile ; then make -f distmakefile clobber ; fi clean: @printf "\n examples clean:\n" rm -f core boxdims.tar.gz pics rm -f *.dvi *.aux *.log *.toc *.blg *.eps *.tif *.epsi eps *-mfpic* *.svg rm -f fig*.tex $(PICS) *.roff *.int *.pic gpic.m4 test.tex xxx* *.fig rm -f *.dim *.bak *.frs *.frp $(RPICS) rotate.ps tst.ps *.bbl *-pics.ps rm -f *.tfm *[0-9]pk *.png *.1 *.gif rm -f F_* Version.tex *stackdump *.ico rm -rf distfile distfile.tar.gz mode.tex @printf "\n" @if test -f distmakefile ; then make -f distmakefile clean ; fi Circuit_macros9.5/examples/MC.m40000644060175006010010000000565213774371763015601 0ustar DwightNone.PS # MC.m4 cct_init MC: [ dv = dimen_*0.6 dh = dimen_*0.4 backup = dimen_/6 for i=1 to 3 do {{ if i==2 then { Input: dot } else { line up (2-i)*dv } source(right_ dimen_,AC); llabel(,,sprintf("$v_{\char%g}$",96+i)) resistor(right_ dimen_ from Here-(backup/2,0)); if i==1 then { llabel(,R_i)} inductor(right_ dimen_ from Here-(backup,0),W); if i==1 then { llabel(,L_i)} line right_ i*dh; b_current(sprintf("\strut$i_{\char%g}$",96+i)); dot { line down (3-i)*dv; capacitor(down_ dimen_) if i==1 then { rlabel(,C_i) } if i==2 then { dot(ifgpic(at last line.end)) } \ else { line ifgpic(from last line.end) right (2-i)*dh } } line right 3*dh; dot E: Here+((3-i)*dh+dimen_*3/2,(4-2*i)*dv) for j=1 to 3 do {{ line up (6-j*3)*dv then right (3-i)*dh switch(right_ E.x-Here.x) llabel(,,sprintf("$S_{\char%g\char%g}$",96+i,64+j)) if i==2 then { dot } else { line down (2-i)*dv } }} line from E right dh then down E.y-Here.y arrow right dimen_/2 ; { sprintf("\strut$i_{\char%g}\quad$",64+i) above } resistor(right_ dimen_ from Here-(arrowht/2,0)); if i==1 then {llabel(,R_o)} inductor(right_ dimen_ from Here-(backup,0),W); if i==1 then {llabel(,L_o)} source(right_ dimen_,AC); llabel(sprintf("$v_{\char%g}$",64+i)) if i==2 then { Output: dot } else { line down (2-i)*dv } }} ] Three: [ gapht = 4*dimen_ dv = dimen_*0.6 dh = dimen_*5/6 define(`swfet',`mosfet(`$1',,dMEDSuBQPy)') define(`swpair',`[ up_ BS: swfet(up_ dimen_); { "`$1'" at BS.D-(0,2bp__) rjust } L: line up_ gapht-2*dimen_ from BS.D TS: swfet(up_ dimen_) with .S at Here; { "`$2'" at TS.S+(0,2bp__) rjust } T: TS.D B: BS.S C: L.c ]') V1: gap(up_ gapht,1,A); { "$V_1$" at last arrow.c rjust } line right_ dimen_/2 { C1: capacitor(down_ to (Here,V1.start)); llabel(C_1) } for_(1,3,1,` line right_ dimen_ ifelse(m4x,1,,*5/4) {SP1`'m4x: swpair(S1`'eval(m4x+3),S1`'m4x) with .T at Here dot(at last [].C + (0,(2-m4x)*dh)) line right_ (3-m4x)*dimen_*5/4 + dimen_/4 inductor(right_ dimen_,L); llabel(,L_{1\char`'eval(64+m4x)}) line down_ (2-m4x)*dh*2/3 pushdef(`dimen_',dimen_*1.2) inductor(right_ dimen_*3/4) popdef(`dimen_') line down_ (2-m4x)*dh/3 M: move right_ dimen_/8 line up_ (2-m4x)*dh/3 pushdef(`dimen_',dimen_*1.2) inductor(right_ dimen_*3/4) popdef(`dimen_') line up_ (2-m4x)*dh*2/3 inductor(right_ dimen_,L); llabel(,L_{2\char`'eval(64+m4x)}) line right_ dimen_/8+(m4x-1)*dh*5/4 + dimen_/4 dot SP2`'m4x: swpair(S2`'eval(m4x+3),S2`'m4x) with .C at Here+(0,(m4x-2)*dh) } ') "$T_r$" at M.c+(0,dimen_*2/3) line from V1.start to SP13.B line from SP21.B to SP23.B+(dh*3/4,0) { C2: capacitor(up_ to (Here,V1.end)); llabel(,,C_2) } line right_ dimen_/2 gap(up_ gapht,1,A); { "$V_2$" at last arrow.c ljust } line to SP21.T chop dotrad_ chop 0 ] with .nw at MC.sw+(0,-0.2) .PE Circuit_macros9.5/examples/mf/0000755060175006010010000000000013774371760015427 5ustar DwightNoneCircuit_macros9.5/examples/mf/cct.mf0000644060175006010010000027041213774371760016532 0ustar DwightNone% cct.mf, generated by Mfpic, v1.10 2012/12/03, % from TeX source "font" on 2021/01/03 at 16:42 numeric mfpicversion; mfpicversion := 110; if unknown mode: mode := localfont; fi if unknown mag: mag := 1000/1000; fi if unknown grafbase: input grafbase; fi if unknown grafbaseversion: grafbaseversion := 0; fi if grafbaseversion <> mfpicversion : GBmsg "Bad mfpic installation: mfpic and grafbase versions do not match."; fi %----------------------------<1> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.041667, 0.041667); beginmfpic(1); % line 12 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.041667,0), (0.0625,0.041667), (0.104167,-0.041667), (0.145833,0.041667), (0.1875,-0.041667), (0.229167,0.041667), (0.270833,-0.041667), (0.291667,0), (0.333333,0)); endmfpic; % (1) line 26 in the TeX source. %------------------------------------------ %----------------------------<2> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.041667, 0.041667, 0, 0.333333); beginmfpic(2); % line 27 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0,0.041667), (-0.041667,0.0625), (0.041667,0.104167), (-0.041667,0.145833), (0.041667,0.1875), (-0.041667,0.229167), (0.041667,0.270833), (0,0.291667), (0,0.333333)); endmfpic; % (2) line 41 in the TeX source. %------------------------------------------ %----------------------------<3> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.019939, 0.071131); beginmfpic(3); % line 42 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.024933,0)); resizedrawpen (0.4bp); store (curpath) drawn circle ((0.024933,0),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.070249,0.021131),-155,-410,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((0.102388,-0.017171),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.134527,0.021131),-130,-410,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((0.166667,-0.017171),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.198806,0.021131),-130,-410,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((0.230945,-0.017171),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.263085,0.021131),-130,-385,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((0.3084,0),0.002767); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.3084,0), (0.333333,0)); endmfpic; % (3) line 59 in the TeX source. %------------------------------------------ %----------------------------<4> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.019939, 0.071131, -0.333333, 0); beginmfpic(4); % line 60 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.024933)); resizedrawpen (0.4bp); store (curpath) drawn circle ((0,-0.024933),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.021131,-0.070249),115,-140,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0.017171,-0.102388),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.021131,-0.134527),140,-140,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0.017171,-0.166667),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.021131,-0.198806),140,-140,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0.017171,-0.230945),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.021131,-0.263085),140,-115,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((0,-0.3084),0.002767); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,-0.3084), (0,-0.333333)); endmfpic; % (4) line 77 in the TeX source. %------------------------------------------ %----------------------------<5> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.071131, 0.019939); beginmfpic(5); % line 78 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.024933,0)); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0.024933,0),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.070249,-0.021131),25,-230,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0.102388,0.017171),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.134527,-0.021131),50,-230,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0.166667,0.017171),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.198806,-0.021131),50,-230,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0.230945,0.017171),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.263085,-0.021131),50,-205,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0.3084,-0),0.002767); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.3084,-0), (-0.333333,-0)); endmfpic; % (5) line 95 in the TeX source. %------------------------------------------ %----------------------------<6> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.071131, 0.019939, 0, 0.333333); beginmfpic(6); % line 96 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.024933)); resizedrawpen (0.4bp); store (curpath) drawn circle ((0,0.024933),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.021131,0.070249),-65,-320,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((0.017171,0.102388),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.021131,0.134527),-40,-320,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((0.017171,0.166667),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.021131,0.198806),-40,-320,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((0.017171,0.230945),0.002767); resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.021131,0.263085),-40,-295,0.05); resizedrawpen (0.4bp); store (curpath) drawn circle ((-0,0.3084),0.002767); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0,0.3084), (-0,0.333333)); endmfpic; % (6) line 113 in the TeX source. %------------------------------------------ %----------------------------<7> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.146418, 0.333333, 0, 0.123214); beginmfpic(7); % line 114 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.146418,0.091964), (0.146418,0.091964)); store (curpath) drawn polyline (false) ((-0.146418,0.123214), (0.146418,0.123214)); endmfpic; % (7) line 122 in the TeX source. %------------------------------------------ %----------------------------<8> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.123214, 0, -0.146418, 0.333333); beginmfpic(8); % line 123 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.091964,-0.146418), (-0.091964,0.146418)); store (curpath) drawn polyline (false) ((-0.123214,-0.146418), (-0.123214,0.146418)); endmfpic; % (8) line 131 in the TeX source. %------------------------------------------ %----------------------------<9> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0, 0.03125); beginmfpic(9); % line 132 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.041667,0)); store (curpath) drawn arcplr ((0.072917,0),-180,-360,0.03125); store (curpath) drawn arcplr ((0.135417,0),-180,-360,0.03125); store (curpath) drawn arcplr ((0.197917,0),180,-0,0.03125); store (curpath) drawn arcplr ((0.260417,0),-180,-360,0.03125); store (curpath) drawn polyline (false) ((0.291667,0), (0.333333,0)); endmfpic; % (9) line 144 in the TeX source. %------------------------------------------ %----------------------------<10> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0, 0.03125, -0.333333, 0); beginmfpic(10); % line 145 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.041667)); store (curpath) drawn arcplr ((0,-0.072917),90,-90,0.03125); store (curpath) drawn arcplr ((-0,-0.135417),90,-90,0.03125); store (curpath) drawn arcplr ((-0,-0.197917),90,-90,0.03125); store (curpath) drawn arcplr ((-0,-0.260417),90,-90,0.03125); store (curpath) drawn polyline (false) ((-0,-0.291667), (-0,-0.333333)); endmfpic; % (10) line 157 in the TeX source. %------------------------------------------ %----------------------------<11> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.03125, 0); beginmfpic(11); % line 158 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.041667,0)); store (curpath) drawn arcplr ((-0.072917,0),-0,-180,0.03125); store (curpath) drawn arcplr ((-0.135417,0),-0,-180,0.03125); store (curpath) drawn arcplr ((-0.197917,0),-0,-180,0.03125); store (curpath) drawn arcplr ((-0.260417,0),-0,-180,0.03125); store (curpath) drawn polyline (false) ((-0.291667,0), (-0.333333,0)); endmfpic; % (11) line 170 in the TeX source. %------------------------------------------ %----------------------------<12> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.03125, 0, 0, 0.333333); beginmfpic(12); % line 171 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.041667)); store (curpath) drawn arcplr ((0,0.072917),-90,-270,0.03125); store (curpath) drawn arcplr ((0,0.135417),-90,-270,0.03125); store (curpath) drawn arcplr ((-0,0.197917),-90,-270,0.03125); store (curpath) drawn arcplr ((-0,0.260417),-90,-270,0.03125); store (curpath) drawn polyline (false) ((-0,0.291667), (-0,0.333333)); endmfpic; % (12) line 183 in the TeX source. %------------------------------------------ %----------------------------<13> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.03125, 0, 0, 0.333333); beginmfpic(13); % line 184 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.041667)); store (curpath) drawn arcplr ((0,0.072917),-90,-270,0.03125); store (curpath) drawn arcplr ((0,0.135417),-90,-270,0.03125); store (curpath) drawn arcplr ((-0,0.197917),-90,-270,0.03125); store (curpath) drawn arcplr ((-0,0.260417),-90,-270,0.03125); store (curpath) drawn polyline (false) ((-0,0.291667), (-0,0.333333)); endmfpic; % (13) line 196 in the TeX source. %------------------------------------------ %----------------------------<14> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.333333, 0, 0.083333); beginmfpic(14); % line 197 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.125,0.052083), (0.125,0.052083)); store (curpath) drawn polyline (false) ((-0.125,0.083333), (0.125,0.083333)); endmfpic; % (14) line 205 in the TeX source. %------------------------------------------ %----------------------------<15> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.083333, 0, -0.125, 0.333333); beginmfpic(15); % line 206 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.052083,-0.125), (-0.052083,0.125)); store (curpath) drawn polyline (false) ((-0.083333,-0.125), (-0.083333,0.125)); endmfpic; % (15) line 214 in the TeX source. %------------------------------------------ %----------------------------<16> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.0625, 0.0625); beginmfpic(16); % line 215 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.141667,0)); store (curpath) drawn polyline (false) ((0.141667,-0.0625), (0.141667,0.0625)); store (curpath) drawn arcplr ((0.29992,0),-150,-210,0.125); store (curpath) drawn polyline (false) ((0.17492,0), (0.333333,0)); endmfpic; % (16) line 226 in the TeX source. %------------------------------------------ %----------------------------<17> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.0625, 0.0625, -0.333333, 0); beginmfpic(17); % line 227 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.141667)); store (curpath) drawn polyline (false) ((-0.0625,-0.141667), (0.0625,-0.141667)); store (curpath) drawn arcplr ((0,-0.29992),120,60,0.125); store (curpath) drawn polyline (false) ((0,-0.17492), (0,-0.333333)); endmfpic; % (17) line 238 in the TeX source. %------------------------------------------ %----------------------------<18> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.0625, 0.0625); beginmfpic(18); % line 239 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.141667,0)); store (curpath) drawn polyline (false) ((-0.141667,0.0625), (-0.141667,-0.0625)); store (curpath) drawn arcplr ((-0.29992,0),30,-30,0.125); store (curpath) drawn polyline (false) ((-0.17492,0), (-0.333333,0)); endmfpic; % (18) line 250 in the TeX source. %------------------------------------------ %----------------------------<19> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.0625, 0.0625, 0, 0.333333); beginmfpic(19); % line 251 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.141667)); store (curpath) drawn polyline (false) ((0.0625,0.141667), (-0.0625,0.141667)); store (curpath) drawn arcplr ((0,0.29992),-60,-120,0.125); store (curpath) drawn polyline (false) ((0,0.17492), (0,0.333333)); endmfpic; % (19) line 262 in the TeX source. %------------------------------------------ %----------------------------<20> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.083333, 0.083333); beginmfpic(20); % line 263 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.141667,0)); store (curpath) drawn polyline (false) ((0.141667,-0.083333), (0.141667,0.083333)); store (curpath) drawn polyline (false) ((0.191667,-0.083333), (0.191667,0.083333)); store (curpath) drawn polyline (false) ((0.191667,0), (0.333333,0)); endmfpic; % (20) line 275 in the TeX source. %------------------------------------------ %----------------------------<21> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.083333, 0.083333, 0, 0.333333); beginmfpic(21); % line 276 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.141667)); store (curpath) drawn polyline (false) ((0.083333,0.141667), (-0.083333,0.141667)); store (curpath) drawn polyline (false) ((0.083333,0.191667), (-0.083333,0.191667)); store (curpath) drawn polyline (false) ((0,0.191667), (0,0.333333)); endmfpic; % (21) line 288 in the TeX source. %------------------------------------------ %----------------------------<22> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.051253, 0.051253); beginmfpic(22); % line 289 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.130582,0)); store (curpath) filled drawn lclosed polyline (false) ((0.130582,0), (0.130582,0.041667), (0.197216,0), (0.130582,-0.041667), (0.130582,0)); store (curpath) drawn polyline (false) ((0.202751,-0.045718), (0.202751,0.045718)); store (curpath) drawn polyline (false) ((0.202751,0), (0.333333,0)); endmfpic; % (22) line 305 in the TeX source. %------------------------------------------ %----------------------------<23> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.051253, 0.051253, -0.333333, 0); beginmfpic(23); % line 306 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.130582)); store (curpath) filled drawn lclosed polyline (false) ((0,-0.130582), (0.041667,-0.130582), (0,-0.197216), (-0.041667,-0.130582), (0,-0.130582)); store (curpath) drawn polyline (false) ((-0.045718,-0.202751), (0.045718,-0.202751)); store (curpath) drawn polyline (false) ((0,-0.202751), (0,-0.333333)); endmfpic; % (23) line 322 in the TeX source. %------------------------------------------ %----------------------------<24> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.051253, 0.051253); beginmfpic(24); % line 323 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.130582,0)); store (curpath) filled drawn lclosed polyline (false) ((-0.130582,0), (-0.130582,-0.041667), (-0.197216,0), (-0.130582,0.041667), (-0.130582,0)); store (curpath) drawn polyline (false) ((-0.202751,0.045718), (-0.202751,-0.045718)); store (curpath) drawn polyline (false) ((-0.202751,0), (-0.333333,0)); endmfpic; % (24) line 339 in the TeX source. %------------------------------------------ %----------------------------<25> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.051253, 0.051253, 0, 0.333333); beginmfpic(25); % line 340 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.130582)); store (curpath) filled drawn lclosed polyline (false) ((0,0.130582), (-0.041667,0.130582), (0,0.197216), (0.041667,0.130582), (0,0.130582)); store (curpath) drawn polyline (false) ((0.045718,0.202751), (-0.045718,0.202751)); store (curpath) drawn polyline (false) ((0,0.202751), (0,0.333333)); endmfpic; % (25) line 356 in the TeX source. %------------------------------------------ %----------------------------<26> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.051253, 0.051253); beginmfpic(26); % line 357 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.130582,0)); store (curpath) filled drawn lclosed polyline (false) ((0.130582,0), (0.130582,0.041667), (0.197216,0), (0.130582,-0.041667), (0.130582,0)); store (curpath) drawn polyline (false) ((0.181918,-0.045718), (0.202751,-0.045718), (0.202751,0.045718), (0.223584,0.045718)); store (curpath) drawn polyline (false) ((0.202751,0), (0.333333,0)); endmfpic; % (26) line 375 in the TeX source. %------------------------------------------ %----------------------------<27> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.051253, 0.051253, -0.333333, 0); beginmfpic(27); % line 376 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.130582)); store (curpath) filled drawn lclosed polyline (false) ((0,-0.130582), (0.041667,-0.130582), (0,-0.197216), (-0.041667,-0.130582), (0,-0.130582)); store (curpath) drawn polyline (false) ((-0.045718,-0.181918), (-0.045718,-0.202751), (0.045718,-0.202751), (0.045718,-0.223584)); store (curpath) drawn polyline (false) ((0,-0.202751), (0,-0.333333)); endmfpic; % (27) line 394 in the TeX source. %------------------------------------------ %----------------------------<28> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.051253, 0.051253); beginmfpic(28); % line 395 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.130582,0)); store (curpath) filled drawn lclosed polyline (false) ((-0.130582,0), (-0.130582,-0.041667), (-0.197216,0), (-0.130582,0.041667), (-0.130582,0)); store (curpath) drawn polyline (false) ((-0.181918,0.045718), (-0.202751,0.045718), (-0.202751,-0.045718), (-0.223584,-0.045718)); store (curpath) drawn polyline (false) ((-0.202751,0), (-0.333333,0)); endmfpic; % (28) line 413 in the TeX source. %------------------------------------------ %----------------------------<29> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.051253, 0.051253, 0, 0.333333); beginmfpic(29); % line 414 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.130582)); store (curpath) filled drawn lclosed polyline (false) ((0,0.130582), (-0.041667,0.130582), (0,0.197216), (0.041667,0.130582), (0,0.130582)); store (curpath) drawn polyline (false) ((0.045718,0.181918), (0.045718,0.202751), (-0.045718,0.202751), (-0.045718,0.223584)); store (curpath) drawn polyline (false) ((0,0.202751), (0,0.333333)); endmfpic; % (29) line 432 in the TeX source. %------------------------------------------ %----------------------------<30> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.036084, 0.333333, -0.051253, 0.051253); beginmfpic(30); % line 433 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.036084,-0.045718), (-0.036084,0.045718)); endmfpic; % (30) line 439 in the TeX source. %------------------------------------------ %----------------------------<31> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.051253, 0.051253, -0.333333, 0.036084); beginmfpic(31); % line 440 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.045718,0.036084), (0.045718,0.036084)); endmfpic; % (31) line 446 in the TeX source. %------------------------------------------ %----------------------------<32> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.0625, 0.0625); beginmfpic(32); % line 447 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.125,0)); store (curpath) drawn polyline (false) ((0.125,-0.041667), (0.125,0.041667)); store (curpath) drawn polyline (false) ((0.145833,0), (0.145833,0.0625), (0.1875,0.0625), (0.1875,-0.0625), (0.145833,-0.0625), (0.145833,0)); store (curpath) drawn polyline (false) ((0.208333,-0.041667), (0.208333,0.041667)); store (curpath) drawn polyline (false) ((0.208333,0), (0.333333,0)); endmfpic; % (32) line 465 in the TeX source. %------------------------------------------ %----------------------------<33> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.0625, 0.0625, -0.333333, 0); beginmfpic(33); % line 466 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.125)); store (curpath) drawn polyline (false) ((-0.041667,-0.125), (0.041667,-0.125)); store (curpath) drawn polyline (false) ((0,-0.145833), (0.0625,-0.145833), (0.0625,-0.1875), (-0.0625,-0.1875), (-0.0625,-0.145833), (0,-0.145833)); store (curpath) drawn polyline (false) ((-0.041667,-0.208333), (0.041667,-0.208333)); store (curpath) drawn polyline (false) ((0,-0.208333), (0,-0.333333)); endmfpic; % (33) line 484 in the TeX source. %------------------------------------------ %----------------------------<34> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.125, 0.125); beginmfpic(34); % line 485 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.041667,0)); store (curpath) drawn circle ((0.166667,0),0.125); store (curpath) drawn polyline (false) ((0.291667,0), (0.333333,0)); endmfpic; % (34) line 494 in the TeX source. %------------------------------------------ %----------------------------<35> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.125, 0, 0.333333); beginmfpic(35); % line 495 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.041667)); store (curpath) drawn circle ((0,0.166667),0.125); store (curpath) drawn polyline (false) ((0,0.291667), (0,0.333333)); endmfpic; % (35) line 504 in the TeX source. %------------------------------------------ %----------------------------<36> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.083333, 0.083333, -0.041667, 0.041667); beginmfpic(36); % line 505 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((-0.041667,0),180,0,0.041667); store (curpath) drawn arcplr ((0.041667,0),180,360,0.041667); endmfpic; % (36) line 511 in the TeX source. %------------------------------------------ %----------------------------<37> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.15, 0.15); beginmfpic(37); % line 512 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.016667,0)); store (curpath) drawn polyline (false) ((0.016667,0), (0.166667,0.15), (0.316667,0), (0.166667,-0.15), (0.016667,0)); store (curpath) drawn polyline (false) ((0.316667,0), (0.333333,0)); endmfpic; % (37) line 525 in the TeX source. %------------------------------------------ %----------------------------<38> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.15, 0.15, 0, 0.333333); beginmfpic(38); % line 526 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.016667)); store (curpath) drawn polyline (false) ((0,0.016667), (-0.15,0.166667), (0,0.316667), (0.15,0.166667), (0,0.016667)); store (curpath) drawn polyline (false) ((0,0.316667), (0,0.333333)); endmfpic; % (38) line 539 in the TeX source. %------------------------------------------ %----------------------------<39> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.1875, -0.025, 0.025); beginmfpic(39); % line 540 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.0875,-0.025), (0.1875,0),(0.0875,0.025)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,0), (0.164594,0)); endmfpic; % (39) line 548 in the TeX source. %------------------------------------------ %----------------------------<40> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.025, 0.025, -0.1875, 0); beginmfpic(40); % line 549 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.025,-0.0875), (0,-0.1875),(0.025,-0.0875)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,0), (0,-0.164594)); endmfpic; % (40) line 557 in the TeX source. %------------------------------------------ %----------------------------<41> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1875, 0, -0.025, 0.025); beginmfpic(41); % line 558 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.0875,0.025), (-0.1875,0),(-0.0875,-0.025)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,0), (-0.164594,0)); endmfpic; % (41) line 566 in the TeX source. %------------------------------------------ %----------------------------<42> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.025, 0.025, 0, 0.1875); beginmfpic(42); % line 567 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.025,0.0875), (0,0.1875),(-0.025,0.0875)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,0), (0,0.164594)); endmfpic; % (42) line 575 in the TeX source. %------------------------------------------ %----------------------------<43> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.132583, 0, 0.132583); beginmfpic(43); % line 576 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.07955,0.044194), (0.132583,0.132583),(0.044194,0.07955)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,0), (0.116385,0.116385)); endmfpic; % (43) line 584 in the TeX source. %------------------------------------------ %----------------------------<44> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.132583, 0, 0, 0.132583); beginmfpic(44); % line 585 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.044194,0.07955), (-0.132583,0.132583),(-0.07955,0.044194)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,0), (-0.116385,0.116385)); endmfpic; % (44) line 593 in the TeX source. %------------------------------------------ %----------------------------<45> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.132583, 0, -0.132583, 0); beginmfpic(45); % line 594 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.07955,-0.044194), (-0.132583,-0.132583),(-0.044194,-0.07955)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,0), (-0.116385,-0.116385)); endmfpic; % (45) line 602 in the TeX source. %------------------------------------------ %----------------------------<46> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.132583, -0.132583, 0); beginmfpic(46); % line 603 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.044194,-0.07955), (0.132583,-0.132583),(0.07955,-0.044194)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0,0), (0.116385,-0.116385)); endmfpic; % (46) line 611 in the TeX source. %------------------------------------------ %----------------------------<47> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.125, 0.125); beginmfpic(47); % line 612 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.145833,0)); store (curpath) drawn polyline (false) ((0.145833,0.0625), (0.145833,-0.0625)); store (curpath) drawn polyline (false) ((0.1875,0.125), (0.1875,-0.125)); store (curpath) drawn polyline (false) ((0.1875,0), (0.333333,0)); endmfpic; % (47) line 624 in the TeX source. %------------------------------------------ %----------------------------<48> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.125, -0.333333, 0); beginmfpic(48); % line 625 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.145833)); store (curpath) drawn polyline (false) ((0.0625,-0.145833), (-0.0625,-0.145833)); store (curpath) drawn polyline (false) ((0.125,-0.1875), (-0.125,-0.1875)); store (curpath) drawn polyline (false) ((0,-0.1875), (0,-0.333333)); endmfpic; % (48) line 637 in the TeX source. %------------------------------------------ %----------------------------<49> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.125, 0.125); beginmfpic(49); % line 638 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.145833,0)); store (curpath) drawn polyline (false) ((-0.145833,-0.0625), (-0.145833,0.0625)); store (curpath) drawn polyline (false) ((-0.1875,-0.125), (-0.1875,0.125)); store (curpath) drawn polyline (false) ((-0.1875,0), (-0.333333,0)); endmfpic; % (49) line 650 in the TeX source. %------------------------------------------ %----------------------------<50> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.125, 0, 0.333333); beginmfpic(50); % line 651 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.145833)); store (curpath) drawn polyline (false) ((-0.0625,0.145833), (0.0625,0.145833)); store (curpath) drawn polyline (false) ((-0.125,0.1875), (0.125,0.1875)); store (curpath) drawn polyline (false) ((0,0.1875), (0,0.333333)); endmfpic; % (50) line 663 in the TeX source. %------------------------------------------ %----------------------------<51> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.125, 0.125); beginmfpic(51); % line 664 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.0625,0)); store (curpath) drawn polyline (false) ((0.0625,0.0625), (0.0625,-0.0625)); store (curpath) drawn polyline (false) ((0.104167,0.125), (0.104167,-0.125)); store (curpath) drawn polyline (false) ((0.145833,0.0625), (0.145833,-0.0625)); store (curpath) drawn polyline (false) ((0.1875,0.125), (0.1875,-0.125)); store (curpath) drawn polyline (false) ((0.229167,0.0625), (0.229167,-0.0625)); store (curpath) drawn polyline (false) ((0.270833,0.125), (0.270833,-0.125)); store (curpath) drawn polyline (false) ((0.270833,0), (0.333333,0)); endmfpic; % (51) line 684 in the TeX source. %------------------------------------------ %----------------------------<52> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.125, -0.333333, 0); beginmfpic(52); % line 685 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.0625)); store (curpath) drawn polyline (false) ((0.0625,-0.0625), (-0.0625,-0.0625)); store (curpath) drawn polyline (false) ((0.125,-0.104167), (-0.125,-0.104167)); store (curpath) drawn polyline (false) ((0.0625,-0.145833), (-0.0625,-0.145833)); store (curpath) drawn polyline (false) ((0.125,-0.1875), (-0.125,-0.1875)); store (curpath) drawn polyline (false) ((0.0625,-0.229167), (-0.0625,-0.229167)); store (curpath) drawn polyline (false) ((0.125,-0.270833), (-0.125,-0.270833)); store (curpath) drawn polyline (false) ((0,-0.270833), (0,-0.333333)); endmfpic; % (52) line 705 in the TeX source. %------------------------------------------ %----------------------------<53> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.125, 0.125); beginmfpic(53); % line 706 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.0625,0)); store (curpath) drawn polyline (false) ((-0.0625,-0.0625), (-0.0625,0.0625)); store (curpath) drawn polyline (false) ((-0.104167,-0.125), (-0.104167,0.125)); store (curpath) drawn polyline (false) ((-0.145833,-0.0625), (-0.145833,0.0625)); store (curpath) drawn polyline (false) ((-0.1875,-0.125), (-0.1875,0.125)); store (curpath) drawn polyline (false) ((-0.229167,-0.0625), (-0.229167,0.0625)); store (curpath) drawn polyline (false) ((-0.270833,-0.125), (-0.270833,0.125)); store (curpath) drawn polyline (false) ((-0.270833,0), (-0.333333,0)); endmfpic; % (53) line 726 in the TeX source. %------------------------------------------ %----------------------------<54> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.125, 0, 0.333333); beginmfpic(54); % line 727 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.0625)); store (curpath) drawn polyline (false) ((-0.0625,0.0625), (0.0625,0.0625)); store (curpath) drawn polyline (false) ((-0.125,0.104167), (0.125,0.104167)); store (curpath) drawn polyline (false) ((-0.0625,0.145833), (0.0625,0.145833)); store (curpath) drawn polyline (false) ((-0.125,0.1875), (0.125,0.1875)); store (curpath) drawn polyline (false) ((-0.0625,0.229167), (0.0625,0.229167)); store (curpath) drawn polyline (false) ((-0.125,0.270833), (0.125,0.270833)); store (curpath) drawn polyline (false) ((0,0.270833), (0,0.333333)); endmfpic; % (54) line 747 in the TeX source. %------------------------------------------ %----------------------------<55> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.05, 0.05); beginmfpic(55); % line 748 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.041667,0)); store (curpath) drawn polyline (false) ((0.291667,0), (0.291667,0.05), (0.041667,0.05), (0.041667,-0.05), (0.291667,-0.05), (0.291667,0)); store (curpath) drawn polyline (false) ((0.291667,0), (0.333333,0)); endmfpic; % (55) line 762 in the TeX source. %------------------------------------------ %----------------------------<56> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.05, 0.05, 0, 0.333333); beginmfpic(56); % line 763 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.041667)); store (curpath) drawn polyline (false) ((0,0.291667), (-0.05,0.291667), (-0.05,0.041667), (0.05,0.041667), (0.05,0.291667), (0,0.291667)); store (curpath) drawn polyline (false) ((0,0.291667), (0,0.333333)); endmfpic; % (56) line 777 in the TeX source. %------------------------------------------ %----------------------------<57> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.021706, 0.125); beginmfpic(57); % line 778 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.083333,0)); store (curpath) drawn polyline (false) ((0.083333,0), (0.208333,0.125)); store (curpath) drawn polyline (false) ((0.25,0), (0.333333,0)); endmfpic; % (57) line 788 in the TeX source. %------------------------------------------ %----------------------------<58> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.021706, 0.125, -0.333333, 0); beginmfpic(58); % line 789 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.083333)); store (curpath) drawn polyline (false) ((0,-0.083333), (0.125,-0.208333)); store (curpath) drawn polyline (false) ((0,-0.25), (0,-0.333333)); endmfpic; % (58) line 799 in the TeX source. %------------------------------------------ %----------------------------<59> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.125, 0.021706); beginmfpic(59); % line 800 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.083333,0)); store (curpath) drawn polyline (false) ((-0.083333,0), (-0.208333,-0.125)); store (curpath) drawn polyline (false) ((-0.25,0), (-0.333333,0)); endmfpic; % (59) line 810 in the TeX source. %------------------------------------------ %----------------------------<60> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.021706, 0, 0.333333); beginmfpic(60); % line 811 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.083333)); store (curpath) drawn polyline (false) ((0,0.083333), (-0.125,0.208333)); store (curpath) drawn polyline (false) ((0,0.25), (0,0.333333)); endmfpic; % (60) line 821 in the TeX source. %------------------------------------------ %----------------------------<61> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.021706, 0.125); beginmfpic(61); % line 822 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.083333,0)); store (curpath) drawn polyline (false) ((0.083333,0), (0.208333,0.125)); resizedrawpen (0bp); store (curpath) drawn filled lclosed begingroup; save mfpicnexus; hide(numeric mfpicnexus; path mfpicnexus[]; mfpicnexus = 0) store (mfpicnexus[incr mfpicnexus]) arcplr ((-0.074188,-0.014308),22.529508,35.422548,0.233002); store (mfpicnexus[incr mfpicnexus]) arcplr ((0.043984,-0.100954),72.077452,58.261852,0.233002); mkpoly (false, mfpicnexus) endgroup; resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.022091,-0.067162),11.25,45.13128,0.233002); store (curpath) drawn polyline (false) ((0.25,0), (0.333333,0)); endmfpic; % (61) line 837 in the TeX source. %------------------------------------------ %----------------------------<62> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.021706, 0.125, -0.333333, 0); beginmfpic(62); % line 838 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.083333)); store (curpath) drawn polyline (false) ((0,-0.083333), (0.125,-0.208333)); resizedrawpen (0bp); store (curpath) drawn filled lclosed begingroup; save mfpicnexus; hide(numeric mfpicnexus; path mfpicnexus[]; mfpicnexus = 0) store (mfpicnexus[incr mfpicnexus]) arcplr ((-0.014308,0.074188),-67.470492,-54.577452,0.233002); store (mfpicnexus[incr mfpicnexus]) arcplr ((-0.100954,-0.043984),-17.922548,-31.738148,0.233002); mkpoly (false, mfpicnexus) endgroup; resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.067162,0.022091),-78.75,-44.86872,0.233002); store (curpath) drawn polyline (false) ((0,-0.25), (0,-0.333333)); endmfpic; % (62) line 853 in the TeX source. %------------------------------------------ %----------------------------<63> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.125, 0.021706); beginmfpic(63); % line 854 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.083333,0)); store (curpath) drawn polyline (false) ((-0.083333,0), (-0.208333,-0.125)); resizedrawpen (0bp); store (curpath) drawn filled lclosed begingroup; save mfpicnexus; hide(numeric mfpicnexus; path mfpicnexus[]; mfpicnexus = 0) store (mfpicnexus[incr mfpicnexus]) arcplr ((0.074188,0.014308),-157.470492,-144.577452,0.233002); store (mfpicnexus[incr mfpicnexus]) arcplr ((-0.043984,0.100954),-107.922548,-121.738148,0.233002); mkpoly (false, mfpicnexus) endgroup; resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.022091,0.067162),-168.75,-134.86872,0.233002); store (curpath) drawn polyline (false) ((-0.25,0), (-0.333333,0)); endmfpic; % (63) line 869 in the TeX source. %------------------------------------------ %----------------------------<64> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.021706, 0, 0.333333); beginmfpic(64); % line 870 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.083333)); store (curpath) drawn polyline (false) ((0,0.083333), (-0.125,0.208333)); resizedrawpen (0bp); store (curpath) drawn filled lclosed begingroup; save mfpicnexus; hide(numeric mfpicnexus; path mfpicnexus[]; mfpicnexus = 0) store (mfpicnexus[incr mfpicnexus]) arcplr ((0.014308,-0.074188),112.529508,125.422548,0.233002); store (mfpicnexus[incr mfpicnexus]) arcplr ((0.100954,0.043984),162.077452,148.261852,0.233002); mkpoly (false, mfpicnexus) endgroup; resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.067162,-0.022091),101.25,135.13128,0.233002); store (curpath) drawn polyline (false) ((0,0.25), (0,0.333333)); endmfpic; % (64) line 885 in the TeX source. %------------------------------------------ %----------------------------<65> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.032352, 0.125); beginmfpic(65); % line 886 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.083333,0)); store (curpath) drawn polyline (false) ((0.083333,0), (0.208333,0.125)); resizedrawpen (0bp); store (curpath) drawn filled lclosed begingroup; save mfpicnexus; hide(numeric mfpicnexus; path mfpicnexus[]; mfpicnexus = 0) store (mfpicnexus[incr mfpicnexus]) arcplr ((-0.0153,-0.121331),34.780608,22.077452,0.236733); store (mfpicnexus[incr mfpicnexus]) arcplr ((-0.025038,0.02723),-14.577452,-0.979566,0.236733); mkpoly (false, mfpicnexus) endgroup; resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.032152,-0.047835),12.233526,41.25,0.236733); store (curpath) drawn polyline (false) ((0.25,0), (0.333333,0)); endmfpic; % (65) line 901 in the TeX source. %------------------------------------------ %----------------------------<66> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.032352, 0.125, -0.333333, 0); beginmfpic(66); % line 902 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.083333)); store (curpath) drawn polyline (false) ((0,-0.083333), (0.125,-0.208333)); resizedrawpen (0bp); store (curpath) drawn filled lclosed begingroup; save mfpicnexus; hide(numeric mfpicnexus; path mfpicnexus[]; mfpicnexus = 0) store (mfpicnexus[incr mfpicnexus]) arcplr ((-0.121331,0.0153),-55.219392,-67.922548,0.236733); store (mfpicnexus[incr mfpicnexus]) arcplr ((0.02723,0.025038),-104.577452,-90.979566,0.236733); mkpoly (false, mfpicnexus) endgroup; resizedrawpen (0.8bp); store (curpath) drawn arcplr ((-0.047835,0.032152),-77.766474,-48.75,0.236733); store (curpath) drawn polyline (false) ((0,-0.25), (0,-0.333333)); endmfpic; % (66) line 917 in the TeX source. %------------------------------------------ %----------------------------<67> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.125, 0.032352); beginmfpic(67); % line 918 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.083333,0)); store (curpath) drawn polyline (false) ((-0.083333,0), (-0.208333,-0.125)); resizedrawpen (0bp); store (curpath) drawn filled lclosed begingroup; save mfpicnexus; hide(numeric mfpicnexus; path mfpicnexus[]; mfpicnexus = 0) store (mfpicnexus[incr mfpicnexus]) arcplr ((0.0153,0.121331),-145.219392,-157.922548,0.236733); store (mfpicnexus[incr mfpicnexus]) arcplr ((0.025038,-0.02723),165.422548,179.020434,0.236733); mkpoly (false, mfpicnexus) endgroup; resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.032152,0.047835),-167.766474,-138.75,0.236733); store (curpath) drawn polyline (false) ((-0.25,0), (-0.333333,0)); endmfpic; % (67) line 933 in the TeX source. %------------------------------------------ %----------------------------<68> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.125, 0.032352, 0, 0.333333); beginmfpic(68); % line 934 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.083333)); store (curpath) drawn polyline (false) ((0,0.083333), (-0.125,0.208333)); resizedrawpen (0bp); store (curpath) drawn filled lclosed begingroup; save mfpicnexus; hide(numeric mfpicnexus; path mfpicnexus[]; mfpicnexus = 0) store (mfpicnexus[incr mfpicnexus]) arcplr ((0.121331,-0.0153),124.780608,112.077452,0.236733); store (mfpicnexus[incr mfpicnexus]) arcplr ((-0.02723,-0.025038),75.422548,89.020434,0.236733); mkpoly (false, mfpicnexus) endgroup; resizedrawpen (0.8bp); store (curpath) drawn arcplr ((0.047835,-0.032152),102.233526,131.25,0.236733); store (curpath) drawn polyline (false) ((0,0.25), (0,0.333333)); endmfpic; % (68) line 949 in the TeX source. %------------------------------------------ %----------------------------<69> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.625, -0.25, 0.25); beginmfpic(69); % line 950 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.0625,0)); store (curpath) drawn polyline (false) ((0.5625,0), (0.0625,0.25), (0.0625,-0.25), (0.5625,0), (0.625,0)); endmfpic; % (69) line 961 in the TeX source. %------------------------------------------ %----------------------------<70> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.25, 0.25, -0.625, 0); beginmfpic(70); % line 962 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.0625)); store (curpath) drawn polyline (false) ((0,-0.5625), (0.25,-0.0625), (-0.25,-0.0625), (0,-0.5625), (0,-0.625)); endmfpic; % (70) line 973 in the TeX source. %------------------------------------------ %----------------------------<71> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.625, 0, -0.25, 0.25); beginmfpic(71); % line 974 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.0625,0)); store (curpath) drawn polyline (false) ((-0.5625,0), (-0.0625,-0.25), (-0.0625,0.25), (-0.5625,0), (-0.625,0)); endmfpic; % (71) line 985 in the TeX source. %------------------------------------------ %----------------------------<72> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.25, 0.25, 0, 0.625); beginmfpic(72); % line 986 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.0625)); store (curpath) drawn polyline (false) ((0,0.5625), (-0.25,0.0625), (0.25,0.0625), (0,0.5625), (0,0.625)); endmfpic; % (72) line 997 in the TeX source. %------------------------------------------ %----------------------------<73> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.333333, -0.175, 0.175); beginmfpic(73); % line 998 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0.020833,0)); store (curpath) drawn polyline (false) ((0.1375,-0.175), (0.020833,-0.175), (0.020833,0.175), (0.1375,0.175)); store (curpath) drawn arcplr ((0.1375,0),90,-90,0.175); store (curpath) drawn polyline (false) ((0.3125,0), (0.333333,0)); endmfpic; % (73) line 1011 in the TeX source. %------------------------------------------ %----------------------------<74> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, -0.333333, 0); beginmfpic(74); % line 1012 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.020833)); store (curpath) drawn polyline (false) ((-0.175,-0.1375), (-0.175,-0.020833), (0.175,-0.020833), (0.175,-0.1375)); store (curpath) drawn arcplr ((0,-0.1375),0,-180,0.175); store (curpath) drawn polyline (false) ((0,-0.3125), (0,-0.333333)); endmfpic; % (74) line 1025 in the TeX source. %------------------------------------------ %----------------------------<75> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.333333, 0, -0.175, 0.175); beginmfpic(75); % line 1026 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (-0.020833,0)); store (curpath) drawn polyline (false) ((-0.1375,0.175), (-0.020833,0.175), (-0.020833,-0.175), (-0.1375,-0.175)); store (curpath) drawn arcplr ((-0.1375,0),-90,-270,0.175); store (curpath) drawn polyline (false) ((-0.3125,0), (-0.333333,0)); endmfpic; % (75) line 1039 in the TeX source. %------------------------------------------ %----------------------------<76> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.333333); beginmfpic(76); % line 1040 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,0.020833)); store (curpath) drawn polyline (false) ((0.175,0.1375), (0.175,0.020833), (-0.175,0.020833), (-0.175,0.1375)); store (curpath) drawn arcplr ((0,0.1375),-180,-360,0.175); store (curpath) drawn polyline (false) ((0,0.3125), (0,0.333333)); endmfpic; % (76) line 1053 in the TeX source. %------------------------------------------ %----------------------------<77> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.083333, 0.083333, -0.0625, 0); beginmfpic(77); % line 1054 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.083333,0), (-0.083333,-0)); store (curpath) drawn polyline (false) ((0.055556,-0.03125), (-0.055556,-0.03125)); store (curpath) drawn polyline (false) ((0.035714,-0.0625), (-0.035714,-0.0625)); endmfpic; % (77) line 1064 in the TeX source. %------------------------------------------ %----------------------------<78> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.083333, 0.083333, -0.1875, 0); beginmfpic(78); % line 1065 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0), (0,-0.125)); store (curpath) drawn polyline (false) ((0.083333,-0.125), (-0.083333,-0.125)); store (curpath) drawn polyline (false) ((0.055556,-0.15625), (-0.055556,-0.15625)); store (curpath) drawn polyline (false) ((0.035714,-0.1875), (-0.035714,-0.1875)); endmfpic; % (78) line 1077 in the TeX source. %------------------------------------------ %----------------------------<79> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.104167, 0.104167, -0.333333, -0); beginmfpic(79); % line 1078 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.104167,-0), (-0.104167,-0.041667)); store (curpath) drawn arcplr ((-0.104167,-0.072917),90,-90,0.03125); store (curpath) drawn arcplr ((-0.104167,-0.135417),90,-90,0.03125); store (curpath) drawn arcplr ((-0.104167,-0.197917),90,-90,0.03125); store (curpath) drawn arcplr ((-0.104167,-0.260417),90,-90,0.03125); store (curpath) drawn polyline (false) ((-0.104167,-0.291667), (-0.104167,-0.333333)); store (curpath) drawn polyline (false) ((-0.03125,-0.041667), (-0.03125,-0.291667)); store (curpath) drawn polyline (false) ((0.03125,-0.041667), (0.03125,-0.291667)); store (curpath) drawn polyline (false) ((0.104167,-0.333333), (0.104167,-0.291667)); store (curpath) drawn arcplr ((0.104167,-0.260417),-90,-270,0.03125); store (curpath) drawn arcplr ((0.104167,-0.197917),-90,-270,0.03125); store (curpath) drawn arcplr ((0.104167,-0.135417),-90,-270,0.03125); store (curpath) drawn arcplr ((0.104167,-0.072917),-90,-270,0.03125); store (curpath) drawn polyline (false) ((0.104167,-0.041667), (0.104167,0)); endmfpic; % (79) line 1102 in the TeX source. %------------------------------------------ %----------------------------<80> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0, 0.333333, -0.104167, 0.104167); beginmfpic(80); % line 1103 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,-0.104167), (0.041667,-0.104167)); store (curpath) drawn arcplr ((0.072917,-0.104167),-180,-360,0.03125); store (curpath) drawn arcplr ((0.135417,-0.104167),-180,-360,0.03125); store (curpath) drawn arcplr ((0.197917,-0.104167),180,-0,0.03125); store (curpath) drawn arcplr ((0.260417,-0.104167),-180,-360,0.03125); store (curpath) drawn polyline (false) ((0.291667,-0.104167), (0.333333,-0.104167)); store (curpath) drawn polyline (false) ((0.041667,-0.03125), (0.291667,-0.03125)); store (curpath) drawn polyline (false) ((0.041667,0.03125), (0.291667,0.03125)); store (curpath) drawn polyline (false) ((0.333333,0.104167), (0.291667,0.104167)); store (curpath) drawn arcplr ((0.260417,0.104167),0,-180,0.03125); store (curpath) drawn arcplr ((0.197917,0.104167),0,-180,0.03125); store (curpath) drawn arcplr ((0.135417,0.104167),0,-180,0.03125); store (curpath) drawn arcplr ((0.072917,0.104167),0,-180,0.03125); store (curpath) drawn polyline (false) ((0.041667,0.104167), (0,0.104167)); endmfpic; % (80) line 1127 in the TeX source. %------------------------------------------ %----------------------------<81> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1625, 0.1625, 0, 0.3); beginmfpic(81); % line 1128 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.0375,0.05), (-0.0375,0.25)); store (curpath) drawn polyline (false) ((-0.1625,0.15), (-0.0375,0.15)); store (curpath) drawn polyline (false) ((0.1625,0), (-0.0375,0.09)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.025108,0.031366), (0.1125,0.0225),(0.047906,0.082028)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.096479,0.029709), (0.0125,0.0675)); store (curpath) drawn polyline (false) ((0.1625,0.3), (-0.0375,0.21)); endmfpic; % (81) line 1144 in the TeX source. %------------------------------------------ %----------------------------<82> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.3, 0, -0.1625, 0.1625); beginmfpic(82); % line 1145 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.05,-0.0375), (-0.25,-0.0375)); store (curpath) drawn polyline (false) ((-0.15,-0.1625), (-0.15,-0.0375)); store (curpath) drawn polyline (false) ((0,0.1625), (-0.09,-0.0375)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.031366,0.025108), (-0.0225,0.1125),(-0.082028,0.047906)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.029709,0.096479), (-0.0675,0.0125)); store (curpath) drawn polyline (false) ((-0.3,0.1625), (-0.21,-0.0375)); endmfpic; % (82) line 1161 in the TeX source. %------------------------------------------ %----------------------------<83> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1625, 0.1625, 0, 0.3); beginmfpic(83); % line 1162 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.0375,0.05), (0.0375,0.25)); store (curpath) drawn polyline (false) ((0.1625,0.15), (0.0375,0.15)); store (curpath) drawn polyline (false) ((-0.1625,0), (0.0375,0.09)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.047906,0.082028), (-0.1125,0.0225),(-0.025108,0.031366)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.096479,0.029709), (-0.0125,0.0675)); store (curpath) drawn polyline (false) ((-0.1625,0.3), (0.0375,0.21)); endmfpic; % (83) line 1178 in the TeX source. %------------------------------------------ %----------------------------<84> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.3, -0.1625, 0.1625); beginmfpic(84); % line 1179 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.05,-0.0375), (0.25,-0.0375)); store (curpath) drawn polyline (false) ((0.15,-0.1625), (0.15,-0.0375)); store (curpath) drawn polyline (false) ((0,0.1625), (0.09,-0.0375)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.082028,0.047906), (0.0225,0.1125),(0.031366,0.025108)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.029709,0.096479), (0.0675,0.0125)); store (curpath) drawn polyline (false) ((0.3,0.1625), (0.21,-0.0375)); endmfpic; % (84) line 1195 in the TeX source. %------------------------------------------ %----------------------------<85> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1625, 0.1625, 0, 0.3); beginmfpic(85); % line 1196 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.0375,0.05), (-0.0375,0.25)); store (curpath) drawn polyline (false) ((-0.1625,0.15), (-0.0375,0.15)); store (curpath) drawn polyline (false) ((0.1625,0), (-0.0375,0.09)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.099892,0.058634), (0.0125,0.0675),(0.077094,0.007972)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.1125,0.0225), (0.028521,0.060291)); store (curpath) drawn polyline (false) ((0.1625,0.3), (-0.0375,0.21)); endmfpic; % (85) line 1212 in the TeX source. %------------------------------------------ %----------------------------<86> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.3, 0, -0.1625, 0.1625); beginmfpic(86); % line 1213 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.05,-0.0375), (-0.25,-0.0375)); store (curpath) drawn polyline (false) ((-0.15,-0.1625), (-0.15,-0.0375)); store (curpath) drawn polyline (false) ((0,0.1625), (-0.09,-0.0375)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.058634,0.099892), (-0.0675,0.0125),(-0.007972,0.077094)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.0225,0.1125), (-0.060291,0.028521)); store (curpath) drawn polyline (false) ((-0.3,0.1625), (-0.21,-0.0375)); endmfpic; % (86) line 1229 in the TeX source. %------------------------------------------ %----------------------------<87> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1625, 0.1625, 0, 0.3); beginmfpic(87); % line 1230 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.0375,0.05), (0.0375,0.25)); store (curpath) drawn polyline (false) ((0.1625,0.15), (0.0375,0.15)); store (curpath) drawn polyline (false) ((-0.1625,0), (0.0375,0.09)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.077094,0.007972), (-0.0125,0.0675),(-0.099892,0.058634)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.1125,0.0225), (-0.028521,0.060291)); store (curpath) drawn polyline (false) ((-0.1625,0.3), (0.0375,0.21)); endmfpic; % (87) line 1246 in the TeX source. %------------------------------------------ %----------------------------<88> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.3, -0.1625, 0.1625); beginmfpic(88); % line 1247 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.05,-0.0375), (0.25,-0.0375)); store (curpath) drawn polyline (false) ((0.15,-0.1625), (0.15,-0.0375)); store (curpath) drawn polyline (false) ((0,0.1625), (0.09,-0.0375)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.007972,0.077094), (0.0675,0.0125),(0.058634,0.099892)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.0225,0.1125), (0.060291,0.028521)); store (curpath) drawn polyline (false) ((0.3,0.1625), (0.21,-0.0375)); endmfpic; % (88) line 1263 in the TeX source. %------------------------------------------ %----------------------------<89> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.4, -0.2, 0.2); beginmfpic(89); % line 1264 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn circle ((0.2,0),0.2); endmfpic; % (89) line 1269 in the TeX source. %------------------------------------------ %----------------------------<90> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.252778); beginmfpic(90); % line 1270 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.175,0.227778), (0,0.227778)); store (curpath) drawn polyline (false) ((0,0.002778), (0,0.252778)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.083333,-0), (0,0.027778),(-0.083333,0.055556)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.175,0.027778), (-0.017568,0.027778)); store (curpath) drawn polyline (false) ((0.175,0.027778), (0,0.027778)); endmfpic; % (90) line 1284 in the TeX source. %------------------------------------------ %----------------------------<91> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.252778); beginmfpic(91); % line 1285 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.175,0.227778), (0,0.227778)); store (curpath) drawn polyline (false) ((0,0.002778), (0,0.252778)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.083333,0.055556), (0,0.027778),(0.083333,-0)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.175,0.027778), (0.017568,0.027778)); store (curpath) drawn polyline (false) ((-0.175,0.027778), (0,0.027778)); endmfpic; % (91) line 1299 in the TeX source. %------------------------------------------ %----------------------------<92> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.252778); beginmfpic(92); % line 1300 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.175,0.227778), (0,0.227778)); store (curpath) drawn polyline (false) ((0,0.002778), (0,0.252778)); store (curpath) drawn polyline (false) ((0,0.027778), (-0.175,0.027778)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.066667,0.055556), (-0.15,0.027778),(-0.066667,-0)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.066667,0.027778), (-0.132432,0.027778)); store (curpath) drawn polyline (false) ((0.175,0.027778), (0,0.027778)); endmfpic; % (92) line 1316 in the TeX source. %------------------------------------------ %----------------------------<93> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.252778); beginmfpic(93); % line 1317 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.175,0.227778), (0,0.227778)); store (curpath) drawn polyline (false) ((0,0.002778), (0,0.252778)); store (curpath) drawn polyline (false) ((0,0.027778), (0.175,0.027778)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.066667,-0), (0.15,0.027778),(0.066667,0.055556)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.066667,0.027778), (0.132432,0.027778)); store (curpath) drawn polyline (false) ((-0.175,0.027778), (0,0.027778)); endmfpic; % (93) line 1333 in the TeX source. %------------------------------------------ %----------------------------<94> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.25); beginmfpic(94); % line 1334 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.175,0.125), (0,0.125)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.129167,0.152778), (0.045833,0.125),(0.129167,0.097222)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.129167,0.125), (0.063402,0.125)); store (curpath) drawn polyline (false) ((0.175,0.225), (0,0.225)); store (curpath) drawn polyline (false) ((0,0), (0,0.075)); store (curpath) drawn polyline (false) ((0,0.1), (0,0.15)); store (curpath) drawn polyline (false) ((0,0.175), (0,0.25)); store (curpath) drawn polyline (false) ((-0.05,0.225), (-0.05,0.025), (-0.175,0.025)); store (curpath) drawn polyline (false) ((0.16393,0.125), (0.175,0.125), (0.175,0.025), (0.16393,0.025)); store (curpath) drawn polyline (false) ((0.175,0.025), (0,0.025)); endmfpic; % (94) line 1361 in the TeX source. %------------------------------------------ %----------------------------<95> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.25); beginmfpic(95); % line 1362 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.175,0.125), (0,0.125)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.129167,0.097222), (-0.045833,0.125),(-0.129167,0.152778)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.129167,0.125), (-0.063402,0.125)); store (curpath) drawn polyline (false) ((-0.175,0.225), (0,0.225)); store (curpath) drawn polyline (false) ((0,0), (0,0.075)); store (curpath) drawn polyline (false) ((0,0.1), (0,0.15)); store (curpath) drawn polyline (false) ((0,0.175), (0,0.25)); store (curpath) drawn polyline (false) ((0.05,0.225), (0.05,0.025), (0.175,0.025)); store (curpath) drawn polyline (false) ((-0.16393,0.125), (-0.175,0.125), (-0.175,0.025), (-0.16393,0.025)); store (curpath) drawn polyline (false) ((-0.175,0.025), (0,0.025)); endmfpic; % (95) line 1389 in the TeX source. %------------------------------------------ %----------------------------<96> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.25); beginmfpic(96); % line 1390 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.175,0.125), (0,0.125)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.045833,0.097222), (0.129167,0.125),(0.045833,0.152778)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.111598,0.125), (0.045833,0.125)); store (curpath) drawn polyline (false) ((0.175,0.225), (0,0.225)); store (curpath) drawn polyline (false) ((0,0), (0,0.075)); store (curpath) drawn polyline (false) ((0,0.1), (0,0.15)); store (curpath) drawn polyline (false) ((0,0.175), (0,0.25)); store (curpath) drawn polyline (false) ((-0.05,0.225), (-0.05,0.025), (-0.175,0.025)); store (curpath) drawn polyline (false) ((0.16393,0.125), (0.175,0.125), (0.175,0.025), (0.16393,0.025)); store (curpath) drawn polyline (false) ((0.175,0.025), (0,0.025)); endmfpic; % (96) line 1417 in the TeX source. %------------------------------------------ %----------------------------<97> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.25); beginmfpic(97); % line 1418 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.175,0.125), (0,0.125)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.045833,0.152778), (-0.129167,0.125),(-0.045833,0.097222)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.111598,0.125), (-0.045833,0.125)); store (curpath) drawn polyline (false) ((-0.175,0.225), (0,0.225)); store (curpath) drawn polyline (false) ((0,0), (0,0.075)); store (curpath) drawn polyline (false) ((0,0.1), (0,0.15)); store (curpath) drawn polyline (false) ((0,0.175), (0,0.25)); store (curpath) drawn polyline (false) ((0.05,0.225), (0.05,0.025), (0.175,0.025)); store (curpath) drawn polyline (false) ((-0.16393,0.125), (-0.175,0.125), (-0.175,0.025), (-0.16393,0.025)); store (curpath) drawn polyline (false) ((-0.175,0.025), (0,0.025)); endmfpic; % (97) line 1445 in the TeX source. %------------------------------------------ %----------------------------<98> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.25); beginmfpic(98); % line 1446 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.175,0.125), (0,0.125)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.129167,0.152778), (0.045833,0.125),(0.129167,0.097222)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.129167,0.125), (0.063402,0.125)); store (curpath) drawn polyline (false) ((0.175,0.225), (0,0.225)); store (curpath) drawn polyline (false) ((0,0), (0,0.25)); store (curpath) drawn polyline (false) ((-0.05,0.225), (-0.05,0.025), (-0.175,0.025)); store (curpath) drawn polyline (false) ((0.16393,0.125), (0.175,0.125), (0.175,0.025), (0.16393,0.025)); store (curpath) drawn polyline (false) ((0.175,0.025), (0,0.025)); endmfpic; % (98) line 1469 in the TeX source. %------------------------------------------ %----------------------------<99> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.25); beginmfpic(99); % line 1470 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.175,0.125), (0,0.125)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.129167,0.097222), (-0.045833,0.125),(-0.129167,0.152778)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.129167,0.125), (-0.063402,0.125)); store (curpath) drawn polyline (false) ((-0.175,0.225), (0,0.225)); store (curpath) drawn polyline (false) ((0,0), (0,0.25)); store (curpath) drawn polyline (false) ((0.05,0.225), (0.05,0.025), (0.175,0.025)); store (curpath) drawn polyline (false) ((-0.16393,0.125), (-0.175,0.125), (-0.175,0.025), (-0.16393,0.025)); store (curpath) drawn polyline (false) ((-0.175,0.025), (0,0.025)); endmfpic; % (99) line 1493 in the TeX source. %------------------------------------------ %----------------------------<100> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.25); beginmfpic(100); % line 1494 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.175,0.125), (0,0.125)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((0.045833,0.097222), (0.129167,0.125),(0.045833,0.152778)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((0.111598,0.125), (0.045833,0.125)); store (curpath) drawn polyline (false) ((0.175,0.225), (0,0.225)); store (curpath) drawn polyline (false) ((0,0), (0,0.25)); store (curpath) drawn polyline (false) ((-0.05,0.225), (-0.05,0.025), (-0.175,0.025)); store (curpath) drawn polyline (false) ((0.16393,0.125), (0.175,0.125), (0.175,0.025), (0.16393,0.025)); store (curpath) drawn polyline (false) ((0.175,0.025), (0,0.025)); endmfpic; % (100) line 1517 in the TeX source. %------------------------------------------ %----------------------------<101> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0.175, 0, 0.25); beginmfpic(101); % line 1518 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.175,0.125), (0,0.125)); resizedrawpen (0bp); store (curpath) drawn filled polyline (true) ((-0.045833,0.152778), (-0.129167,0.125),(-0.045833,0.097222)); resizedrawpen (0.8bp); store (curpath) drawn polyline (false) ((-0.111598,0.125), (-0.045833,0.125)); store (curpath) drawn polyline (false) ((-0.175,0.225), (0,0.225)); store (curpath) drawn polyline (false) ((0,0), (0,0.25)); store (curpath) drawn polyline (false) ((0.05,0.225), (0.05,0.025), (0.175,0.025)); store (curpath) drawn polyline (false) ((-0.16393,0.125), (-0.175,0.125), (-0.175,0.025), (-0.16393,0.025)); store (curpath) drawn polyline (false) ((-0.175,0.025), (0,0.025)); endmfpic; % (101) line 1541 in the TeX source. %------------------------------------------ %----------------------------<102> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.35, -0.15, 0.15); beginmfpic(102); % line 1542 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.2,-0.15), (0,-0.15), (0,0.15), (0.2,0.15)); store (curpath) drawn arcplr ((0.2,0),90,-90,0.15); endmfpic; % (102) line 1551 in the TeX source. %------------------------------------------ %----------------------------<103> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.15, 0.15, -0.35, 0); beginmfpic(103); % line 1552 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.15,-0.2), (-0.15,0), (0.15,0), (0.15,-0.2)); store (curpath) drawn arcplr ((0,-0.2),0,-180,0.15); endmfpic; % (103) line 1561 in the TeX source. %------------------------------------------ %----------------------------<104> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.35, 0, -0.15, 0.15); beginmfpic(104); % line 1562 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.2,0.15), (0,0.15), (0,-0.15), (-0.2,-0.15)); store (curpath) drawn arcplr ((-0.2,0),-90,-270,0.15); endmfpic; % (104) line 1571 in the TeX source. %------------------------------------------ %----------------------------<105> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.15, 0.15, 0, 0.35); beginmfpic(105); % line 1572 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.15,0.2), (0.15,0), (-0.15,0), (-0.15,0.2)); store (curpath) drawn arcplr ((0,0.2),-180,-360,0.15); endmfpic; % (105) line 1581 in the TeX source. %------------------------------------------ %----------------------------<106> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.355556, -0.151089, 0.151089); beginmfpic(106); % line 1582 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.122222,0.148911), (0,0.148911)); store (curpath) drawn arcplr ((-0.310672,-0.001089),25.772366,-25.376934,0.35); store (curpath) drawn polyline (false) ((0,-0.151089), (0.122222,-0.151089)); store (curpath) drawn arcplr ((0.122222,-0.107571),90,24.529547,0.256481); store (curpath) drawn arcplr ((0.122222,0.105392),-90,-24.529547,0.256481); endmfpic; % (106) line 1593 in the TeX source. %------------------------------------------ %----------------------------<107> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.151089, 0.151089, -0.355556, -0); beginmfpic(107); % line 1594 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.148911,-0.122222), (0.148911,0)); store (curpath) drawn arcplr ((-0.001089,0.310672),-64.227634,-115.376934,0.35); store (curpath) drawn polyline (false) ((-0.151089,-0), (-0.151089,-0.122222)); store (curpath) drawn arcplr ((-0.107571,-0.122222),0,-65.470453,0.256481); store (curpath) drawn arcplr ((0.105392,-0.122222),180,245.470453,0.256481); endmfpic; % (107) line 1605 in the TeX source. %------------------------------------------ %----------------------------<108> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.355556, -0, -0.151089, 0.151089); beginmfpic(108); % line 1606 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.122222,-0.148911), (0,-0.148911)); store (curpath) drawn arcplr ((0.310672,0.001089),-154.227634,-205.376934,0.35); store (curpath) drawn polyline (false) ((-0,0.151089), (-0.122222,0.151089)); store (curpath) drawn arcplr ((-0.122222,0.107571),-90,-155.470453,0.256481); store (curpath) drawn arcplr ((-0.122222,-0.105392),90,155.470453,0.256481); endmfpic; % (108) line 1617 in the TeX source. %------------------------------------------ %----------------------------<109> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.151089, 0.151089, 0, 0.355556); beginmfpic(109); % line 1618 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.148911,0.122222), (-0.148911,0)); store (curpath) drawn arcplr ((0.001089,-0.310672),115.772366,64.623066,0.35); store (curpath) drawn polyline (false) ((0.151089,0), (0.151089,0.122222)); store (curpath) drawn arcplr ((0.107571,0.122222),-180,-245.470453,0.256481); store (curpath) drawn arcplr ((-0.105392,0.122222),0,65.470453,0.256481); endmfpic; % (109) line 1629 in the TeX source. %------------------------------------------ %----------------------------<110> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.175, -0.1, 0.1); beginmfpic(110); % line 1630 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.175,0), (0,-0.1), (0,0.1), (0.175,0)); endmfpic; % (110) line 1638 in the TeX source. %------------------------------------------ %----------------------------<111> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1, 0.1, -0.175, 0); beginmfpic(111); % line 1639 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,-0.175), (-0.1,0), (0.1,0), (0,-0.175)); endmfpic; % (111) line 1647 in the TeX source. %------------------------------------------ %----------------------------<112> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.175, 0, -0.1, 0.1); beginmfpic(112); % line 1648 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.175,0), (0,0.1), (0,-0.1), (-0.175,0)); endmfpic; % (112) line 1656 in the TeX source. %------------------------------------------ %----------------------------<113> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1, 0.1, 0, 0.175); beginmfpic(113); % line 1657 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0.175), (0.1,0), (-0.1,0), (0,0.175)); endmfpic; % (113) line 1665 in the TeX source. %------------------------------------------ %----------------------------<114> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.425, -0.15, 0.15); beginmfpic(114); % line 1666 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.2,-0.15), (0,-0.15), (0,0.15), (0.2,0.15)); store (curpath) drawn arcplr ((0.2,0),90,-90,0.15); store (curpath) drawn circle ((0.3875,0),0.0375); endmfpic; % (114) line 1676 in the TeX source. %------------------------------------------ %----------------------------<115> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.15, 0.15, -0.425, 0); beginmfpic(115); % line 1677 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.15,-0.2), (-0.15,0), (0.15,0), (0.15,-0.2)); store (curpath) drawn arcplr ((0,-0.2),0,-180,0.15); store (curpath) drawn circle ((0,-0.3875),0.0375); endmfpic; % (115) line 1687 in the TeX source. %------------------------------------------ %----------------------------<116> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.425, 0, -0.15, 0.15); beginmfpic(116); % line 1688 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.2,0.15), (0,0.15), (0,-0.15), (-0.2,-0.15)); store (curpath) drawn arcplr ((-0.2,0),-90,-270,0.15); store (curpath) drawn circle ((-0.3875,0),0.0375); endmfpic; % (116) line 1698 in the TeX source. %------------------------------------------ %----------------------------<117> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.15, 0.15, 0, 0.425); beginmfpic(117); % line 1699 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.15,0.2), (0.15,0), (-0.15,0), (-0.15,0.2)); store (curpath) drawn arcplr ((0,0.2),-180,-360,0.15); store (curpath) drawn circle ((0,0.3875),0.0375); endmfpic; % (117) line 1709 in the TeX source. %------------------------------------------ %----------------------------<118> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.430556, -0.151089, 0.151089); beginmfpic(118); % line 1710 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.122222,0.148911), (0,0.148911)); store (curpath) drawn arcplr ((-0.310672,-0.001089),25.772366,-25.376934,0.35); store (curpath) drawn polyline (false) ((0,-0.151089), (0.122222,-0.151089)); store (curpath) drawn arcplr ((0.122222,-0.107571),90,24.529547,0.256481); store (curpath) drawn arcplr ((0.122222,0.105392),-90,-24.529547,0.256481); store (curpath) drawn circle ((0.393056,-0.001089),0.0375); endmfpic; % (118) line 1722 in the TeX source. %------------------------------------------ %----------------------------<119> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.151089, 0.151089, -0.430556, -0); beginmfpic(119); % line 1723 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.148911,-0.122222), (0.148911,0)); store (curpath) drawn arcplr ((-0.001089,0.310672),-64.227634,-115.376934,0.35); store (curpath) drawn polyline (false) ((-0.151089,-0), (-0.151089,-0.122222)); store (curpath) drawn arcplr ((-0.107571,-0.122222),0,-65.470453,0.256481); store (curpath) drawn arcplr ((0.105392,-0.122222),180,245.470453,0.256481); store (curpath) drawn circle ((-0.001089,-0.393056),0.0375); endmfpic; % (119) line 1735 in the TeX source. %------------------------------------------ %----------------------------<120> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.430556, -0, -0.151089, 0.151089); beginmfpic(120); % line 1736 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.122222,-0.148911), (0,-0.148911)); store (curpath) drawn arcplr ((0.310672,0.001089),-154.227634,-205.376934,0.35); store (curpath) drawn polyline (false) ((-0,0.151089), (-0.122222,0.151089)); store (curpath) drawn arcplr ((-0.122222,0.107571),-90,-155.470453,0.256481); store (curpath) drawn arcplr ((-0.122222,-0.105392),90,155.470453,0.256481); store (curpath) drawn circle ((-0.393056,0.001089),0.0375); endmfpic; % (120) line 1748 in the TeX source. %------------------------------------------ %----------------------------<121> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.151089, 0.151089, 0, 0.430556); beginmfpic(121); % line 1749 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.148911,0.122222), (-0.148911,0)); store (curpath) drawn arcplr ((0.001089,-0.310672),115.772366,64.623066,0.35); store (curpath) drawn polyline (false) ((0.151089,0), (0.151089,0.122222)); store (curpath) drawn arcplr ((0.107571,0.122222),-180,-245.470453,0.256481); store (curpath) drawn arcplr ((-0.105392,0.122222),0,65.470453,0.256481); store (curpath) drawn circle ((0.001089,0.393056),0.0375); endmfpic; % (121) line 1761 in the TeX source. %------------------------------------------ %----------------------------<122> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.4, -0.151089, 0.151089); beginmfpic(122); % line 1762 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((-0.316228,-0.001089),25.376934,-25.376934,0.35); store (curpath) drawn polyline (false) ((0.166667,0.148911), (0.044444,0.148911)); store (curpath) drawn arcplr ((-0.266228,-0.001089),25.772366,-25.376934,0.35); store (curpath) drawn polyline (false) ((0.044444,-0.151089), (0.166667,-0.151089)); store (curpath) drawn arcplr ((0.166667,-0.107571),90,24.529547,0.256481); store (curpath) drawn arcplr ((0.166667,0.105392),-90,-24.529547,0.256481); endmfpic; % (122) line 1774 in the TeX source. %------------------------------------------ %----------------------------<123> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.151089, 0.151089, -0.4, 0); beginmfpic(123); % line 1775 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((-0.001089,0.316228),-64.623066,-115.376934,0.35); store (curpath) drawn polyline (false) ((0.148911,-0.166667), (0.148911,-0.044444)); store (curpath) drawn arcplr ((-0.001089,0.266228),-64.227634,-115.376934,0.35); store (curpath) drawn polyline (false) ((-0.151089,-0.044444), (-0.151089,-0.166667)); store (curpath) drawn arcplr ((-0.107571,-0.166667),0,-65.470453,0.256481); store (curpath) drawn arcplr ((0.105392,-0.166667),180,245.470453,0.256481); endmfpic; % (123) line 1787 in the TeX source. %------------------------------------------ %----------------------------<124> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.4, -0, -0.151089, 0.151089); beginmfpic(124); % line 1788 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((0.316228,0.001089),-154.623066,-205.376934,0.35); store (curpath) drawn polyline (false) ((-0.166667,-0.148911), (-0.044444,-0.148911)); store (curpath) drawn arcplr ((0.266228,0.001089),-154.227634,-205.376934,0.35); store (curpath) drawn polyline (false) ((-0.044444,0.151089), (-0.166667,0.151089)); store (curpath) drawn arcplr ((-0.166667,0.107571),-90,-155.470453,0.256481); store (curpath) drawn arcplr ((-0.166667,-0.105392),90,155.470453,0.256481); endmfpic; % (124) line 1800 in the TeX source. %------------------------------------------ %----------------------------<125> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.151089, 0.151089, 0, 0.4); beginmfpic(125); % line 1801 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((0.001089,-0.316228),115.376934,64.623066,0.35); store (curpath) drawn polyline (false) ((-0.148911,0.166667), (-0.148911,0.044444)); store (curpath) drawn arcplr ((0.001089,-0.266228),115.772366,64.623066,0.35); store (curpath) drawn polyline (false) ((0.151089,0.044444), (0.151089,0.166667)); store (curpath) drawn arcplr ((0.107571,0.166667),180,114.529547,0.256481); store (curpath) drawn arcplr ((-0.105392,0.166667),0,65.470453,0.256481); endmfpic; % (125) line 1813 in the TeX source. %------------------------------------------ %----------------------------<126> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.475, -0.151089, 0.151089); beginmfpic(126); % line 1814 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((-0.316228,-0.001089),25.376934,-25.376934,0.35); store (curpath) drawn polyline (false) ((0.166667,0.148911), (0.044444,0.148911)); store (curpath) drawn arcplr ((-0.266228,-0.001089),25.772366,-25.376934,0.35); store (curpath) drawn polyline (false) ((0.044444,-0.151089), (0.166667,-0.151089)); store (curpath) drawn arcplr ((0.166667,-0.107571),90,24.529547,0.256481); store (curpath) drawn arcplr ((0.166667,0.105392),-90,-24.529547,0.256481); store (curpath) drawn circle ((0.4375,-0.001089),0.0375); endmfpic; % (126) line 1827 in the TeX source. %------------------------------------------ %----------------------------<127> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.151089, 0.151089, -0.475, 0); beginmfpic(127); % line 1828 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((-0.001089,0.316228),-64.623066,-115.376934,0.35); store (curpath) drawn polyline (false) ((0.148911,-0.166667), (0.148911,-0.044444)); store (curpath) drawn arcplr ((-0.001089,0.266228),-64.227634,-115.376934,0.35); store (curpath) drawn polyline (false) ((-0.151089,-0.044444), (-0.151089,-0.166667)); store (curpath) drawn arcplr ((-0.107571,-0.166667),0,-65.470453,0.256481); store (curpath) drawn arcplr ((0.105392,-0.166667),180,245.470453,0.256481); store (curpath) drawn circle ((-0.001089,-0.4375),0.0375); endmfpic; % (127) line 1841 in the TeX source. %------------------------------------------ %----------------------------<128> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.475, -0, -0.151089, 0.151089); beginmfpic(128); % line 1842 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((0.316228,0.001089),-154.623066,-205.376934,0.35); store (curpath) drawn polyline (false) ((-0.166667,-0.148911), (-0.044444,-0.148911)); store (curpath) drawn arcplr ((0.266228,0.001089),-154.227634,-205.376934,0.35); store (curpath) drawn polyline (false) ((-0.044444,0.151089), (-0.166667,0.151089)); store (curpath) drawn arcplr ((-0.166667,0.107571),-90,-155.470453,0.256481); store (curpath) drawn arcplr ((-0.166667,-0.105392),90,155.470453,0.256481); store (curpath) drawn circle ((-0.4375,0.001089),0.0375); endmfpic; % (128) line 1855 in the TeX source. %------------------------------------------ %----------------------------<129> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.151089, 0.151089, 0, 0.475); beginmfpic(129); % line 1856 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn arcplr ((0.001089,-0.316228),115.376934,64.623066,0.35); store (curpath) drawn polyline (false) ((-0.148911,0.166667), (-0.148911,0.044444)); store (curpath) drawn arcplr ((0.001089,-0.266228),115.772366,64.623066,0.35); store (curpath) drawn polyline (false) ((0.151089,0.044444), (0.151089,0.166667)); store (curpath) drawn arcplr ((0.107571,0.166667),180,114.529547,0.256481); store (curpath) drawn arcplr ((-0.105392,0.166667),0,65.470453,0.256481); store (curpath) drawn circle ((0.001089,0.4375),0.0375); endmfpic; % (129) line 1869 in the TeX source. %------------------------------------------ %----------------------------<130> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (0, 0.25, -0.1, 0.1); beginmfpic(130); % line 1870 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0.175,0), (0,-0.1), (0,0.1), (0.175,0)); store (curpath) drawn circle ((0.2125,0),0.0375); endmfpic; % (130) line 1879 in the TeX source. %------------------------------------------ %----------------------------<131> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1, 0.1, -0.25, 0); beginmfpic(131); % line 1880 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,-0.175), (-0.1,0), (0.1,0), (0,-0.175)); store (curpath) drawn circle ((0,-0.2125),0.0375); endmfpic; % (131) line 1889 in the TeX source. %------------------------------------------ %----------------------------<132> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.25, 0, -0.1, 0.1); beginmfpic(132); % line 1890 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((-0.175,0), (0,0.1), (0,-0.1), (-0.175,0)); store (curpath) drawn circle ((-0.2125,0),0.0375); endmfpic; % (132) line 1899 in the TeX source. %------------------------------------------ %----------------------------<133> unitlen := 1.0pt#; xscale := 72; yscale := 72; bounds (-0.1, 0.1, 0, 0.25); beginmfpic(133); % line 1900 in the TeX source. resizedrawpen (0.8bp); setcolor (drawcolor) black; store (curpath) drawn polyline (false) ((0,0.175), (0.1,0), (-0.1,0), (0,0.175)); store (curpath) drawn circle ((0,0.2125),0.0375); endmfpic; % (133) line 1909 in the TeX source. %------------------------------------------ end. Circuit_macros9.5/examples/mf/cct.tfm0000644060175006010010000000141013774371760016704 0ustar DwightNoneÂ…#¸X¾ 00 @Ð Ð@ @ P 00000 @ p €`` @ @ @ @pppp0@ @ @ @ P P "à!ð"à!ð   ``€€€€°pppppppppppp€ € € € `P`P€À€À€À€À€°€°€Ð€Ð`p`pHs,¿ýÀÑÙæjì.ã 1yRjˆú“5°ÌÔà@³,³5¸<ìÔÿý&j36S"™–Ó5àýFjQY€ ]–¨ß6õ~ßÈC3µ´öi<Æ™–Ù›8«€ Circuit_macros9.5/examples/mf/font.m40000644060175006010010000001100713774371760016636 0ustar DwightNone\documentclass[11pt]{article} \usepackage{mfpic} \pagestyle{empty} \begin{document} \thispagestyle{empty} \opengraphsfile{cct} define(`srad_',`sourcerad_*3/2') define(`quad_',`srad_/sqrt(2)') define(`Dim',`dimen_*2/3') include(liblog.m4) .PS resistor(right_ Dim) .PE .PS resistor(up_ Dim) .PE .PS inductor(right_ Dim,W) .PE .PS inductor(down_ Dim,W) .PE .PS inductor(left_ Dim,W) .PE .PS inductor(up_ Dim,W) .PE .PS {eleminit_(right Dim)} m4m_core(Here,m4wd,m4ht+dimen_/24,dimen_/16) .PE .PS {eleminit_(up_ Dim)} m4m_core(Here,m4wd,m4ht+dimen_/24,dimen_/16) .PE .PS inductor(right_ Dim) .PE .PS inductor(down_ Dim) .PE .PS inductor(left_ Dim) .PE .PS inductor(up_ Dim) .PE .PS inductor(up_ Dim) .PE .PS {eleminit_(right Dim)} m4m_core(Here,m4wd,m4ht+dimen_/24,dimen_/16) .PE .PS {eleminit_(up_ Dim)} m4m_core(Here,m4wd,m4ht+dimen_/24,dimen_/16) .PE .PS capacitor(right_ Dim,C) .PE .PS capacitor(down_ Dim,C) .PE .PS capacitor(left_ Dim,C) .PE .PS capacitor(up_ Dim,C) .PE .PS capacitor(right_ Dim) .PE .PS capacitor(up_ Dim) .PE .PS diode(right_ Dim) .PE .PS diode(down_ Dim) .PE .PS diode(left_ Dim) .PE .PS diode(up_ Dim) .PE .PS diode(right_ Dim,Z) .PE .PS diode(down_ Dim,Z) .PE .PS diode(left_ Dim,Z) .PE .PS diode(up_ Dim,Z) .PE .PS diode(right_ Dim,BD) .PE .PS diode(down_ Dim,BD) .PE .PS xtal(right_ Dim) .PE .PS xtal(down_ Dim) .PE .PS source(right_ Dim) .PE .PS source(up_ Dim) .PE .PS arc rad sourcerad_/3 cw from Here-(sourcerad_*2/3,0) to Here\ with .c at Here-(sourcerad_/3,0) arc rad sourcerad_/3 ccw from Here to Here+(sourcerad_*2/3,0) \ with .c at Here+(sourcerad_/3,0) .PE .PS consource(right_ Dim) .PE .PS consource(up_ Dim) .PE .PS {move down 1 bp__ then up_ 2 bp__}; arrow right_ srad_ .PE .PS {move right 1 bp__ then left 2 bp__}; arrow down_ srad_ .PE .PS {move down 1 bp__ then up_ 2 bp__}; arrow left_ srad_ .PE .PS {move right 1 bp__ then left 2 bp__}; arrow up_ srad_ .PE .PS arrow right quad_ up quad_ .PE .PS arrow left quad_ up quad_ .PE .PS arrow left quad_ down quad_ .PE .PS arrow right quad_ down quad_ .PE .PS battery(right_ Dim) .PE .PS battery(down_ Dim) .PE .PS battery(left_ Dim) .PE .PS battery(up_ Dim) .PE .PS battery(right_ Dim,3) .PE .PS battery(down_ Dim,3) .PE .PS battery(left_ Dim,3) .PE .PS battery(up_ Dim,3) .PE .PS ebox(right_ Dim) .PE .PS ebox(up_ Dim) .PE .PS switch(right_ Dim) .PE .PS switch(down_ Dim) .PE .PS switch(left_ Dim) .PE .PS switch(up_ Dim) .PE .PS switch(right_ Dim,,O) .PE .PS switch(down_ Dim,,O) .PE .PS switch(left_ Dim,,O) .PE .PS switch(up_ Dim,,O) .PE .PS switch(right_ Dim,,C) .PE .PS switch(down_ Dim,,C) .PE .PS switch(left_ Dim,,C) .PE .PS switch(up_ Dim,,C) .PE .PS amp(right_ Dim*3/2*5/4) .PE .PS amp(down_ Dim*3/2*5/4) .PE .PS amp(left_ Dim*3/2*5/4) .PE .PS amp(up_ Dim*3/2*5/4) .PE .PS delay(right_ Dim) .PE .PS delay(down_ Dim) .PE .PS delay(left_ Dim) .PE .PS delay(up_ Dim) .PE .PS rp_ang = 0 right_ ground(,T) .PE .PS rp_ang = 0 right_ ground .PE .PS down_; transformer(,L) .PE .PS right_; transformer(,L) .PE .PS up_; bi_tr .PE .PS left_; bi_tr .PE .PS up_; bi_tr(,R) .PE .PS right_; bi_tr(,R) .PE .PS up_; bi_tr(,,P) .PE .PS left_; bi_tr(,,P) .PE .PS up_; bi_tr(,R,P) .PE .PS right_; bi_tr(,R,P) .PE .PS circle rad 4*dimen_/10 .PE .PS up_; j_fet .PE .PS up_; j_fet(,R) .PE .PS up_; j_fet(,,P,) .PE .PS up_; j_fet(,R,P,) .PE .PS up_; e_fet(,,,) .PE .PS up_; e_fet(,R,,) .PE .PS up_; e_fet(,,P,) .PE .PS up_; e_fet(,R,P,) .PE .PS up_; d_fet(,,,) .PE .PS up_; d_fet(,R,,) .PE .PS up_; d_fet(,,P,) .PE .PS up_; d_fet(,R,P,) .PE .PS right_; AND_gate .PE .PS down_; AND_gate .PE .PS left_; AND_gate .PE .PS up_; AND_gate .PE .PS right_; OR_gate .PE .PS down_; OR_gate .PE .PS left_; OR_gate .PE .PS up_; OR_gate .PE .PS right_; BUFFER_gate .PE .PS down_; BUFFER_gate .PE .PS left_; BUFFER_gate .PE .PS up_; BUFFER_gate .PE .PS right_; NAND_gate .PE .PS down_; NAND_gate .PE .PS left_; NAND_gate .PE .PS up_; NAND_gate .PE .PS right_; NOR_gate .PE .PS down_; NOR_gate .PE .PS left_; NOR_gate .PE .PS up_; NOR_gate .PE .PS right_; XOR_gate .PE .PS down_; XOR_gate .PE .PS left_; XOR_gate .PE .PS up_; XOR_gate .PE .PS right_; NXOR_gate .PE .PS down_; NXOR_gate .PE .PS left_; NXOR_gate .PE .PS up_; NXOR_gate .PE .PS right_; NOT_gate .PE .PS down_; NOT_gate .PE .PS left_; NOT_gate .PE .PS up_; NOT_gate .PE \closegraphsfile \end{document} Circuit_macros9.5/examples/mf/Makefile0000644060175006010010000000277113774371760017076 0ustar DwightNone# Type "make" or "make testfont.ps" # To test an individual diagram, type "make DOC=file clean file.ps" LIBDIR = $$HOME/lib M4MACROS = mfpic.m4 M4 = m4 -I $(LIBDIR) M4 = m4 # Use ljfive (which is 600dpi) because 1200dpi produces mf errors on some figs MODE = ljfive MF = MFINPUTS=.: mf "\mode:=$(MODE); scrollmode;" DOC = test LATEX = TEXFORMATS=.: TEXFONTS=.: latex TR = tr '\075' '\134' PIC=dpic #PIC=/cygdrive/d/Dwight/dpic/build/p2c/ftp/dpic #PIC=/cygdrive/d/Dwight/dpic/bison/dpic testfont.ps: font.dvi: font.m4 $(M4) $(M4MACROS) font.m4 > font.pic $(PIC) -m font.pic > font.tex -$(LATEX) font cat cct.mf | tr -d '\015' > xxx; mv xxx cct.mf -$(MF) "input cct" < /dev/null gftopk cct.*gf `ls cct.*gf | sed 's/gf$$/pk/'` cp -p cct.*pk cct.pk testfont.ps: font.dvi (echo 'cct'; echo '=table'; echo '=end') | $(TR) | \ (TEXFORMATS=.: TEXFONTS=.: tex testfont) dvips -D600 testfont -o # For testing individual diagrams: $(DOC).ps: $(DOC).pk $(LATEX) $(DOC) TEXPKS=.: dvips -Z -P$(MODE) $(DOC) $(DOC).pk: $(DOC).tex -$(LATEX) $(DOC) -$(MF) "input $(DOC)-mfpic" < /dev/null gftopk $(DOC)-mfpic.*gf `ls $(DOC)-mfpic.*gf | sed 's/gf$$/pk/'` $(DOC).tex: $(DOC).m4 sed -n -e "s/cct/$(DOC)-mfpic/" -e '1,/opengraphs/p' font.m4 > $(DOC).tex $(M4) $(M4MACROS) $(DOC).m4 | $(PIC) -m >> $(DOC).tex echo '=closegraphsfile=end{document}' | $(TR) >> $(DOC).tex clobber: clean rm -f *.tfm cct.mf clean: rm -f *.tex *pk *mfpic* rm -f *.log *.dvi *.ps *.aux *gf rm -f core log xxx *.pic font.tex testfont* Circuit_macros9.5/examples/mf/mftest0000755060175006010010000000206413774371760016661 0ustar DwightNone#!/bin/sh # mftest -- script to test the mf version of a single picture file # # Usage: mftest file # # e.g. copy ex01.m4 here and type ./mftest ex01 # Invokes m4 on file.m4, and builds the resulting picture in file.ps LIBS=mfpic.m4 MODE=ljfzzz echo "\documentclass{article} \usepackage[amssymb,Gray,thinqspace,textstyle]{SIunits} \usepackage{mfpic} &begin{document} \opengraphsfile{"$1"mfpic} %{This is a test of the -m option of dpic (mfpic output).}" \ | tr '\046' '\134' > $1.tex m4 -B16000 $LIBS $1.m4 | dpic -m >> $1.tex echo " &closegraphsfile \end{document}" | tr '\046' '\134' >> $1.tex echo " latex "$1 latex $1 echo " mf \mode:=$MODE; scrollmode; input $1""mfpic < /dev/null" mf "\mode:="$MODE"; scrollmode; input "$1mfpic < /dev/null echo " gftopk:" ls $1mfpic.*gf | sed -e 's/^/gftopk /' \ -e "s/$1mfpic.\([0-9]*\)gf/$1mfpic.\1gf $1mfpic.\1pk/" | sh ls $1mfpic.*gf $1mfpic.*pk cp $1mfpic.*pk $1mfpic.pk echo " TEXFORMATS=.: TEXFONTS=.: latex $1" TEXFORMATS=.: TEXFONTS=.: latex $1 echo " TEXPKS=.: dvips -M1 -P$MODE $1 -o" TEXPKS=.: dvips -M1 -P$MODE $1 -o Circuit_macros9.5/examples/Mixer.m40000644060175006010010000000731113774371763016360 0ustar DwightNone.PS #`Mixer.m4 # Showing VMOS mosfet and custom transformer' cct_init ifdpic(` define(`sftxt',`{\sf `$1'}') define(`dimen_',0.6) define(`elen_',0.75) define(`Xform21', `[ L1: inductor(to rvec_(dimen_*0.5,0),L,,M) Core1E: M4Core1.end; Core2E: M4Core2.end D: (0.5 between M4Core1 and M4Core2) - L1 T: line to rvec_(dimen_/3,0); { dot(at T.c) } L2: inductor(to rvec_(L1.len,0),L,,M) line from M4Core1.start to Core1E line from M4Core2.start to Core2E L3: inductor(to rvec_(-L1.len,0) with .c at T+(D.x*2,D.y*2),L) ]') del = dimen_/3 setdir_(U) T1: Xform21; "sftxt(T1)" at T1.n above rjust dot(at T1.L3.start+(0,4bp__)) dot(at T1.L1.end+(4bp__,0)) dot(at T1.L2.end+(4bp__,0)) line from T1.L3.start left_ dimen_*2/3 RF: dot(,,1); "sftxt(RF)" at RF.w rjust line from T1.L3.end left_ del; corner; ground(,,F) line down_ del/2 from T1.L1.start then right_ del reversed(`capacitor',right_ dimen_,C); llabel(,\SI{0.1}{\micro{}}\hbox{\sf F}) BT: dot(at Here) line up_ del/2 from T1.L2.end then right del reversed(`capacitor',right_ dimen_,C); llabel(,\SI{0.1}{\micro{}}\hbox{\sf F}) t = dimen_*7/8 line to (BT.x+4*t,Here.y) TT: dot line right_ dimen_+del/2; setdir_(U) Q1: mosfet(,,dMESDQuB,E) with .G at Here { "sftxt(Q1)" at Q1.Env.ne above ljust } ground(at Q1.S,,F) line right_ del*3/2 from Q1.D then down_ Q1.D.y-T1.L2.end.y T2: Xform21 with .L1.start at (Here,T1.L2.end); "sftxt(T2)" at T2.n above ljust dot(at T2.L1.start+(-4bp__,0)) dot(at T2.L3.end+(0,4bp__)) line from T2.L3.end right_ dimen_*2/3 IF: dot(,,1); "sftxt(IF)" at IF.e ljust setdir_(U) Q2: mosfet(,,dMESDQuB,E) at (Q1,T2.s-(0,elen_-del)) { "sftxt(Q2)" at Q2.Env.ne above ljust } line from Q2.D to (T2.L2.end,Q2.D) then to T2.L2.end line from Q2.G left_ del/2 then up_ BT.y-Q2.G.y then to BT line right_ del from T1.T then down_ T1.T.y-BT.y+del corner; left_ capacitor(to (T1.L3.end-(del,0),Here),C) rlabel(,\SI{0.1}{\micro{}}\hbox{\sf F}\hskip20pt) LOD: dot { line to (RF,Here); dot(,,1) move left_ 4bp__; "sftxt(local)" rjust "sftxt(oscillator)" rjust move left 40bp__ } line from T2.T left_ to (Q1.S,T2.T) T2T: dot { capacitor(down_ to (Here,BT),C); rlabel(,\SI{0.1}{\micro{}}\hbox{\sf F}) ground(,T,F) } { line from T2.L3.start right_ del; corner; ground(,,F) } Vt: dot(at (0.5 between BT and TT,Q1.Env.nw),,1) { "sftxt($+$V$_{\hbox{\scriptsize CC}}$)" at last [].e ljust } line to (Here,T2T) chop dotrad_ chop 0; dot { line to (Here,BT); Cv: capacitor(down_ 3/2*dimen_,C) llabel(\SI{10}{\micro{}}\hbox{\sf F}); G: dot; ground(,,F) } for s=-1 to 1 by 2 do {{ line right s*t; corner resistor(down_ to (Here,BT)) if s<0 then { llabel(,\SI{5}{\kilo\ohm}) } \ else { rlabel(,\SI{5}{\kilo\ohm}) { dot(at last line.start); line to (TT,Here) resistor(right_ to (T2T,Here)) llabel(,\SI{10}{\ohm}) } } P: potentiometer(down_ Cv.len,,0.5,s*t ) with .Start at Here if s<0 then { "sftxt(1\`,'\si{\kilo\ohm})" at P. 1st [].ne ljust } \ else { "sftxt(1\`,'\si{\kilo\ohm})" at P. 1st [].sw rjust } dot(at P.End) dot(at P.T1) { L: inductor(up_ to (Here,BT),L); if s<0 then { "sftxt(100\`,'\si{\micro{}}H)" at last [].sw rjust } \ else { line to TT "sftxt(100\`,'\si{\micro{}}H)" \ at last [].ne ljust below } } capacitor(down_ to (Here,G),C) if s<0 then { rlabel(,\SI{0.1}{\micro{}}\hbox{\sf F}) } \ else { llabel(,\SI{0.1}{\micro{}}\hbox{\sf F}) } dot }} resistor(down_ from LOD to (LOD,G)); llabel(,\SI{51}{\ohm}); corner line to (Q2.S,Here) then to Q2.S ', `box wid 2*boxwid "Mixer cct" "requires dpic"') .PE Circuit_macros9.5/examples/MotorControl.m40000644060175006010010000000360213774371763017734 0ustar DwightNone.PS # MotorControl.m4 cct_init trad = 2.5*dotrad_ define(`bigterminal',`circle rad trad') mrad = linewid*2/3 Motor: circle rad mrad "iflatex({\sf) Motor iflatex(})" linethick = 2 T2: Motor.n+(0,dimen_/2) for i=1 to 3 do { if i==2 then { line from Motor.n to T2 } \ else { line from Motor right (i-2)*Motor.diam chop Motor.rad chop 0 \ then up T2.y-Motor.y } bigterminal cbreaker(up_ dimen_*3/4,,T) bigterminal line up_ dimen_ bigterminal capacitor(up_ dimen_*1.2,,,dimen_/3,dimen_/6) { circle fill_(1) rad dotrad_*3/2 thick 0.8 \ at 0.25 between last line.end and last line.start } if i==1 then { L1: last circle } \ else { if i==2 then { L2: last circle }} bigterminal line up_ dimen_/4 } linethick_(0.8) C2: circle rad mrad/3 at Motor.n+ (0,dimen_*2) line from C2.e right_ dimen_/3 then up C2.rad*1.5 line to (L1.x-dimen_/2,Here.y) {S23: capacitor(up_ dimen_*2/3 from (L1.x-dimen_/2,Here.y),,, dimen_/3,dimen_/6); dot(,,1) } dot(,,1) line to (L1.x-dimen_*2,Here.y) chop dotrad_ chop 0 then up dimen_/3 S1: [ bswitch(right_ dimen_/2) ] with .Bsw_T1.s at Here S2: [ bswitch(right_ dimen_/2,,C) ] at S1+(0,-dimen_) line right dimen_/6 down dimen_/6 from S1.Bsw_T2.se \ then down S1.Bsw_T2.se.y-S2.Bsw_T2.ne.y-dimen_/3 \ then to S2.Bsw_T2.ne box wid S1.wid+dimen_/2 ht S1.n.y-S2.s.y+dimen_/3 \ at 0.5 between S1.s and S2.n line left dimen_/2 from S23.end chop dotrad_ chop 0; corner line to (Here,S1.Bsw_T2) then to S1.Bsw_T2.e line from S2.Bsw_T1.w left dimen_/2; corner line to (Here,L1) then to L1 chop 0 chop dotrad_ dot(at 0.5 between L1 and L2,,1) { line to L2 chop dotrad_ } S45: variable(`capacitor(down_ dimen_*2/3 chop dotrad_ chop 0,,, dimen_/3,dimen_/6)',L,,dimen_/2); dot(,,1) line to (Here,C2) then to C2.w chop dotrad_ chop 0 .PE Circuit_macros9.5/examples/mpost/0000755060175006010010000000000013774371760016167 5ustar DwightNoneCircuit_macros9.5/examples/mpost/examplesmpost.tex0000644060175006010010000000063113774371760021612 0ustar DwightNone% mpost examples.tex \documentclass[11pt]{article} \usepackage{times,boxdims,pstricks} \usepackage{rotating} \usepackage{graphicx} \usepackage{siunitx} \input ../header \global\mposttrue \begin{document} \hfill {\large\bf Examples: \input{../../doc/Version.tex} } \hfill\break The source files have been processed with m4, dpic -s, and MetaPost to produce this file. \input ../files.tex Circuit_macros9.5/examples/mpost/Makefile0000644060175006010010000001022713774371760017631 0ustar DwightNone# Makefile for the mpost subdirectory # To test a new file, copy it into test.m4 and type "make tst" or "make tst1" M4 = m4 mpost.m4 # If the M4PATH environment variable has not been set to include the # installation directory then change $$HOME/lib to point to the directory, # and uncomment the following: # M4 = m4 -I $$HOME/lib mpost.m4 #--------------------------------------------- MKDIM=pwd | sed -e 's%^%=boxdimfile{%' -e 's%/cygdrive/\(.\)/%\1:/%' \ -e 's%$$%/$(DIMFILE)}%' # Comment out the following line to produce absolute addresses for .dim files. MKDIM=printf '=boxdimfile{$(DIMFILE)}\n' #--------------------------------------------- DOC = examplesmpost FIGS = Adder.1 Alogix.1 ABlogix.1 Antennas.1 AmpTable.1 Audio.1 \ AntiqueClock.1 \ Bip.1 Btree.1 Byte.1 Buttons.1 \ Connectors.1 Contact.1 Contacts.1 \ Counting.1 Crossbar.1 Crow.1 Csource.1 CanLogic.1 CctTable.1 Conn.1 \ Decoder.1 Demultiplexer.1 Dini.1 Diodes.1 Drive.1 \ Emarrows.1 Flow.1 Fuses.1 \ GrayCode.1 Grounds.1 Headers.1 Heathkit.1 I2L.1 Inclpdf.1 Jack.1 \ Lyap.1 Logic.1 Loglog.1 MC.1 Mixer.1 MotorControl.1 Multiplexer.1 \ NLG.1 NPDT.1 Nport.1 \ Opamp.1 Optoiso.1 Pconn.1 PushPull.1 Quantum.1 \ Rectifiers.1 Relay.1 relaycoil.1 Rotbox.1 \ Schottky.1 Sierpinski.1 ShiftR.1 Sixpole.1 Sources.1 SQUID.1 Switches.1 \ Tgate.1 Three.1 Timer.1 TTLnand.1 Ttree.1 Tubediags.1 \ Variable.1 Windings.1 Xform.1 \ control.1 csc.1 diamond.1 ex00.1 ex01.1 ex02.1 \ ex03.1 ex04.1 ex05.1 ex06.1 ex08.1 ex09.1 ex10.1 \ ex11.1 ex12.1 ex15.1 ex16.1 ex17.1 ex18.1 ex21.1 exp.1 \ fet.1 graysurf.1 lcct.1 pwrsupply.1 quick.1 \ random.1 recycle.1 rose.1 shapes.1 thyristor.1 sfg.1 ujt.1 worm.1 XOR.1 BOXDIMS = ex09 Crow Inclpdf Loglog Opamp Ttree Windings # It is advisable to do `make clean' between test examples. #--------------------------------------------- DPIC = dpic # DPIC = $$HOME/dpic/test/dpic MPOST = mpost --tex=latex TR = | tr '=' '\134' LATEX = latex DVIPS = dvips DIMFILE = tmp.dim .SUFFIXES: .mp .dvi .ps .m4 .1 .dvi.ps: $(DVIPS) $* -o .tex.dvi: $(LATEX) $* .m4.mp: $(M4) $*.m4 | $(DPIC) -s > $*.mp # $(M4) $*.m4 $*.pic # $(DPIC) -s $*.pic > $*.mp .m4.1: @touch $(DIMFILE) $(DOC).dim $(M4) $(DIMFILE) $(DOC).dim $*.m4 > $(DOC).pic @(printf 'verbatimtex\n' ;\ printf '=documentclass[11pt]{article}\n' ;\ printf '=usepackage{times,boxdims,graphicx}\n' ;\ printf '=usepackage{siunitx}\n' ;\ $(MKDIM) ;\ printf '=begin{document} etex\n' ) $(TR) > $*.mp # $(M4) $(DIMFILE) $(DOC).dim $*.m4 | $(DPIC) -s >> $*.mp dpic -s $(DOC).pic >> $*.mp @printf 'end\n' >> $*.mp $(MPOST) $*.mp $(DOC).ps: $(DOC).dvi $(DVIPS) $(DOC) -o EXL = exlinks $(DOC).dvi: $(DOC).tex -if test "$(DOC)" = "examplesmpost" ; then make exlinks dims; fi make $(FIGS) $(LATEX) $(DOC) -if test -n "$(BOXDIMS)" ; then rm -f dims; \ for box in $(BOXDIMS) ; do rm -f $$box.1; done; \ make BOXDIMS="$(BOXDIMS)" dims; $(LATEX) $(DOC); fi dims: -if test -n "$(BOXDIMS)" ; then for box in $(BOXDIMS) ; do \ make $$box.1; rm -f $$box.1; make $$box.1; done; fi touch dims figs: $(EXL) $(FIGS) exlinks: @echo "" @echo 'Ignore "cannot create ... exists" warnings.' -@if test ! -f ex11.m4 ; then \ ls ../*.m4 | sed -e 's/^/ln -s /' -e '/test.m4/d' | sh;\ fi -@if test ! -f AmpTable.m4 ; then \ ls ../../doc/*.m4 ../*.bb ../*.gz | sed -e 's/^/ln -s /' | sh;\ fi -if test -n "$(EXL)" ; then touch $(EXL) ; fi clobber: clean tst: rm -f tst.ps tst.dvi test.1 test.mp make EXL="" DPIC="$(DPIC)" CONFIGFILE="$(CONFIGFILE)" DOC=tstmpost \ FIGS=test.1 BOXDIMS=test rm -f *.frs tst1: test.1 tstmpost.tex latex tstmpost dvips tstmpost clean: rm -f stamp-* $(FIGS) *.pic -if /usr/bin/test -f exlinks ; then \ ls -l *.m4 *.bb *.gz | grep '\->' | \ sed -e 's/^.* \([^ ][^ ]*\) ->.*$$/rm -f \1/' | sh; fi rm -f Incl.eps.bb Incl.eps.gz rm -f *.log *.dvi *.ps test.pdf *.aux *.mp *.[0-9] *.[0-9][0-9] *.mpx *.dim rm -f core log mpxerr* *links figs.* *.dim dims F_test.* rm -f man[0-9]*.pic man[0-9]*.m4 figs.m4 test.1 test.mp test.pic test.tex -if test -n "$(BOXDIMS)" ; then for box in $(BOXDIMS) ; do \ rm -f F_$$box.tex $$box.tex ; done; fi Circuit_macros9.5/examples/mpost/mptest0000755060175006010010000000125513774371760017434 0ustar DwightNone#!/bin/sh # mptest -- script to process a single picture file through MetaPost # to produce an eps file # # Usage: ./mptest file # You may have to make this file executable first. # # e.g. copy ex01.m4 here and type ./mptest ex01 # Starting with file.m4, invoke m4, dpic -s, and MetaPost to produce file.1 LIBS=mpost.m4 rm -f $1.ps F$1.* $1.1 $1.mp $1.pic m4 $LIBS $1.m4 > $1.pic # Write the LaTeX heading. The = signs get translated to backslashes # ( echo 'verbatimtex =documentclass[11pt]{article} =usepackage{times,boxdims}=usepackage{graphicx} =usepackage{siunitx} =begin{document} etex ') | tr '=' '\134' > $1.mp dpic -s $1.pic >> $1.mp TEX=latex mpost $1.mp end Circuit_macros9.5/examples/mpost/README-mpost0000644060175006010010000000127713774371760020216 0ustar DwightNone THIS DIRECTORY contains a Makefile and test files for the MetaPost output of dpic. 1. On a Unix-like system, typing "make" processes the examples file and the diagrams it includes to produce examplesmpost.ps. Each diagram is passed through m4, dpic, and MetaPost, and then is imported into examplesmpost.tex by the \includegraphics macro. On MikTeX, check the MKDIM definition in the Makefile before typing "make". The current version truncates the input near the end to avoid a "Tex capacity exceeded error". 2. To work on a single file, copy the source into test.m4 in this directory and type make tst. The files test.pic, test.mp, test.1, tst.dvi, and tst.ps will be created. Circuit_macros9.5/examples/mpost/tstmpost.tex0000644060175006010010000000064213774371760020610 0ustar DwightNone\documentclass[11pt,dvips]{article} \usepackage[dvips]{graphicx} \usepackage{amssymb,pstricks,boxdims,pst-grad} \usepackage{siunitx} \addtolength{\textwidth}{2cm} \addtolength{\textheight}{3cm} \setlength{\oddsidemargin}{0pt} \setlength{\evensidemargin}{0pt} \setlength{\hoffset}{-0.5in} \pagestyle{empty} \thispagestyle{empty} % \begin{document} \vspace*{-1bp} \includegraphics{test.1} \vspace*{-1bp} \end{document} Circuit_macros9.5/examples/Multiplexer.m40000644060175006010010000000257013774371763017610 0ustar DwightNone.PS # `Multiplexer.m4' log_init ifmpost(`command "verbatimtex {\sf etex"', `ifpostscript(, `command "{\sf"')') right_ Mux(4,M1) `"\tt Mux(4,M1)"' at last [].s below `"\sl In0"' at last [].In0.end rjust wid 14bp__ `"\sl In1"' at last [].In1.end rjust `"\sl In2"' at last [].In2.end rjust `"\sl In3"' at last [].In3.end rjust `"\sl Out"' at last [].Out.end above `"\sl Sel"' at last [].Sel.end ljust above left_; Mux(4,,LNOE) with .c at last [].c+(0.9,0) `"\tt left\_; Mux(4,{,}LNOE)"' at last [].s +(0,-20bp__) ht 10bp__ `"\sl In0"' at last [].In0.end above `"\sl NOE"' at last [].NOE.end +(4bp__,0) below `"\sl Out"' at last [].Out.end below `"\sl Sel"' at last [].Sel.end rjust below right_; Mux(4,,OEBN2) with .c at last [].c+(1.4,0) `"\tt Mux(4,{,}OEBN2)"' at last [].s below `"\sl Sel0"' at last [].Sel0.end rjust `"\sl Sel1"' at last [].Sel1.end ljust `"\sl In0"' at last [].In0.end rjust `"\sl In3"' at last [].In3.end rjust `"\sl OE"' at last [].OE.end rjust down_; Mux(8,,L3,,28*L_unit) with .c at last [].c+(1.7,0) `"\tt down\_; Mux(8,{,}L3,{,}28*L\_unit)"' at last [].s below `"\sl Sel0"' at last [].Sel0.end rjust `"\sl Sel2"' at last [].Sel2.end rjust below `"\sl In0"' at last [].In0.end rjust `"\sl In7"' at last [].In7.end ljust wid 14bp__ ifmpost(`command "verbatimtex } etex"', `ifpostscript(, `command "}"')') .PE Circuit_macros9.5/examples/NLG.m40000644060175006010010000000076313774371763015720 0ustar DwightNone.PS # NLG.m4 cct_init define(`nullor',`nport(`$1' {`"${}0$"' at Box.w ljust `"$\infty$"' at Box.e rjust},shift($@))') N: nullor `"\tt nullor"' at last [].s+(0,-3pt__) below G: gyrator with .sw at N.se+(0.5,0) `"\tt gyrator"' at G.s+(0,-3pt__) below I: gyrator(invis,,0,N) with .w at G.e+(0.5,0) `"\tt gyrator(invis,{,}0,N)"' at I.s V: gyrator(invis wid boxht,,0,NV) with .w at I.e+(1,0) `"\tt gyrator(invis wid boxht,{,}0,NV)"' at V.s+(0,-3pt__) below move right 0.9 .PE Circuit_macros9.5/examples/NPDT.m40000644060175006010010000000215013774371763016035 0ustar DwightNone.PS # `NPDT.m4' cct_init linewid = linewid*1.2 movewid = 1.0 NPDT { `"\sl R" at last [].R.s below "\sl T" at last [].T.s below "\sl L" at last [].L.s below' } { `"\tt NPDT"' at last [].s +(0,-0.22) } up_; NPDT with .L at last[].R+(0.75,0) { `"\sl R"' wid 8pt__ at last [].R.e ljust "\sl T" at last [].T.e ljust "\sl L" at last [].L.e ljust } { `"\tt up\_; NPDT\strut"' at last [].s +(0.1,-0.15) } right_ NPDT(2) with .L1 at last [].L+(0.75,0) { for_(1,2,1, `"\sl R`'m4x" at last [].R`'m4x.e ljust "\sl L`'m4x" wid 11pt__ at last [].L`'m4x.w rjust') } { `"\tt NPDT(2)\strut"' at last [].s +(0,-0.15) } move NPDT(3,R) with .L3 at last [].R1+(0.75,0) { for_(1,3,1, `"\sl R`'m4x" at last [].R`'m4x.e ljust "\sl L`'m4x" wid 11pt__ at last [].L`'m4x.w rjust') } { `"\tt NPDT(3,R)\strut"' at last [].s below } left_; NPDT(2,R) with .R1 at last [].R3+(0.75,0) { for_(1,2,1, `"\sl R`'m4x" at last [].R`'m4x.w rjust "\sl L`'m4x" wid 11pt__ at last [].L`'m4x.e ljust') } { `"\tt left\_; NPDT(2,R)\strut"' at last [].s +(0,-0.15) } .PE Circuit_macros9.5/examples/Nport.m40000644060175006010010000000202013774371763016366 0ustar DwightNone.PS # `Nport.m4' cct_init textoffset = 5bp__ Twoport: nport "\sl W1a" above rjust at Twoport.W1a "\sl W1b" below rjust at Twoport.W1b wid 0.25 "\sl E1a" above ljust at Twoport.E1a "\sl E1b" below ljust at Twoport.E1b Nport: nport(wid 2.0 ht 1 fill_(0.9) "n-port",1,2,3,4) \ with .Box.w at Twoport.Box.e+(1.0,0) "\sl W1a" rjust at Nport.W1a "\sl W1b" rjust at Nport.W1b "\sl E1a" ljust at Nport.E1a "\sl E3b" ljust at Nport.E3b "\sl N1a" above at Nport.N1a "\sl N1b$\;\;$" above at Nport.N1b "\sl $\;\;$N2a" above at Nport.N2a "\sl N2b" above at Nport.N2b "\sl S1a" below at Nport.S1a "\sl S4b" below at Nport.S4b "$\cdots$" at 0.5+(0,-0.10) "$\vdots$" at 0.5+(0.15,0.05) Nterm: nterm with .Box.w at Nport.Box.e+(1.0,0) "\sl W1" rjust at Nterm.W1 "\sl E1" ljust at Nterm.E1 "\sl S1" below at Nterm.S1 `"\tt nport"' at Twoport.s+(0,-0.3) `"\tt nport(wid 2.0 ht 1 fill\_(0.9) \"n-port\",1,2,3,4)"' \ at Nport.s+(0,-0.25) `"\tt nterm"' at Nterm.s+(0,-0.3) .PE Circuit_macros9.5/examples/Opamp.m40000644060175006010010000000263113774371763016350 0ustar DwightNone.PS # Opamp.m4 sinclude(FOpamp.dim) sinclude(Circuit_macros.dim) s_init(Opamp) cct_init A: opamp thinlines_ s_box(`\tt opam{}p') at A.s-(0,0.35) s_box(\tt Out) below at A.Out spline <- from A.In1 left 0.1 then up 0.1 left 0.1 s_box(\tt In1) rjust above spline <- from A.In2 left 0.1 then down 0.1 left 0.1 s_box(\tt In2) rjust below arrow <- up 0.1 right 0.1 from A.N s_box(\tt N) ljust above arrow <- up 0.1 right 0.1 from A.E1 s_box(\tt E1) ljust above arrow <- up 0.1 right 0.1 from A.E s_box(\tt E) ljust above arrow <- down 0.1 right 0.1 from A.E2 s_box(\tt E2) ljust below arrow <- down 0.1 right 0.1 from A.S s_box(\tt S) ljust below arrow <- left 0.2 from A.W s_box(\tt W) rjust thicklines_ Point_(15) B: opamp(,,,,PR) with .sw at A.se+(0.65,0) thinlines_ s_box(`\tt Point\_(15); opam{}p(,{,},{,}PR)') at B.s-(0,0.20) spline <- right arrowht up arrowht from B.V1 then right 0.1 s_box(\tt V1) ljust spline <- right arrowht down arrowht from B.V2 then right 0.1 s_box(\tt V2) ljust thicklines_ Point_(90) C: opamp with .sw at B.se+(1.05,0) s_box(`\tt Point\_(90); opam{}p') at C.s-(0,0.35) right_ D: opamp(,,,,T) with .sw at C.se+(0.65,0) s_box(`\tt opam{}p(,{,},{,}T)') at D.s-(0,0.20) .PE Circuit_macros9.5/examples/OpAmpFilter.m40000644060175006010010000000535013774371760017454 0ustar DwightNone.PS # OpAmpFilter.m4 cct_init command "{\small\sf" divert(-1) divert(0)dnl define(`SpecOpAmp',`$1: [ right_ lwtmp = linewid; linewid = 1*scale H: opamp "$2" at H.In1 below rjust "$3" at H.In2 below rjust "$4" at H.E below ljust "V${-}$" at H.E1 below line up_ dimen_/3 from H.E1 "4" rjust; dot(,,1) "$\hbox{V}_{\hbox{CC}}$" above rjust at last [].n "V${+}$" at H.E2 above line down_ dimen_/3 from H.E2 "11" ljust; dot(,,1) "${-}\hbox{V}_{\hbox{CC}}$" below ljust at last [].s linewid = lwtmp ifelse($1,U1,,`line left_ jog from H.In2 then down_ jog/2; zground ') "$1" at H.S below ljust In1: H.In1; In2: H.In2; Out: H.Out D: dot(at Out) V: circle diam 12bp__ "V" at Out+(dimen_/3,dimen_/3) "V$_{\hbox{\scriptsize $5}}$" at V.n above open_arrow(from V to D chop last circle.rad chop dotrad_) ] ') define(`zground',`ground(`$1',,S); "0" at Here+(dimen_/6,-dimen_/2)') cscale = 3/2 linewid = linewid*cscale jog = dimen_*0.3 vstep = dimen_*5/4 SpecOpAmp(U1,2,3,1,hp) R1: resistor(right_ elen_*3/4 from U1.Out); llabel(,"R1"); rlabel(,"1`\,'k") dot; line right_ jog SpecOpAmp(U2,5,6,7,bp) with .In1 at Here R2: resistor(right_ elen_*3/4 from U2.Out); llabel(,"R2"); rlabel(,"1`\,'k") dot; line right_ jog SpecOpAmp(U3,9,10,8,lp) with .In1 at Here SpecOpAmp(U4,13,12,14,n) with .Out at U3.Out+(0,-dimen_*3.0) line up vstep from U4.Out Rf: resistor(left_); rlabel(,R_f); llabel(,"1`\,'k") line to (U4.In1,Here)-(jog,0) then to U4.In1-(jog,0); dot line from U3.Out down_ vstep then left_ jog RL: resistor; rlabel(,RL); llabel(,"100") line to (U4.In1-(2*jog,0),Here) then to U4.In1-(2*jog,0); dot line from U1.Out to (U1.Out,Here); right_ R42: resistor(to U4.In1); llabel(,"R42"); rlabel(,"1`\,'k") line from U2.Out down_ vstep R41: resistor(left_ to (U1.In2-(jog,0),Here)) llabel(,"2.2`\,'k"); rlabel(,"R41") line to (Here,U1.In2); dot; { line to U1.In2 } line left_ jog; dot { resistor(down_ elen_); rlabel(,"R0" rjust "10`\,'k"); zground } R3: resistor(left_ dimen_); rlabel(,"R3","in"); llabel(,"1`\,'k") source(down_ elen_,AC); llabel("V$_{\hbox{\scriptsize in}\;}$"); zground line up_ vstep from U1.Out R5: resistor(left_ to (U1.In1-(jog,0),Here)); rlabel(,"R6\enskip 10`\,'k") dot line from U1.In1 left_ jog then to Here+(0,dimen_/2) resistor(right_ to (U3.Out,Here)); llabel(,"R5"); rlabel(,"1`\,'k") line to U3.Out; dot(at Here+(0,vstep)) capacitor(left_ to (U3.In1-(jog,0),Here)); rlabel(,"C2\enskip 100`\,'n") line to (Here,U3.In1) line from U2.Out up_ vstep capacitor(left_ to (U2.In1-(jog,0),Here)); rlabel(,"C1\enskip 100`\,'n") line to (Here,U2.In1) command "}%" .PE Circuit_macros9.5/examples/Optoiso.m40000644060175006010010000000461213774371760016726 0ustar DwightNone.PS # Optoiso.m4 cct_init movewid = 0.25 # `optoiso([L|R][A|B|C])' define(`optoiso',`ifinstr(`$1',C, `[{ u = dimen_ hd = u/5 Q: bi_tr(up hd*4,ifinstr(`$1',R,R)) line from Q.E ifinstr(`$1',R,left,right)(hd+u/3); Pin4: dot(,,1) line from Q.C to (Pin4,Q.C); Pin5: dot(,,1) T: (Q.B,Pin5)+(0,4*hd) line from Q.B to T then to (Pin5,T); Pin6: dot(,,1) D: diode(from Pin6 +(ifinstr(`$1',R,+,-)(u/3+hd*8),0) down hd*4) line from D.start ifinstr(`$1',R,right,left) (hd*2+u/3); Pin1: dot(,,1) line from D.end to (Pin1,D.end); Pin2: dot(,,1) line from (D.end,Pin4) to (Pin1,Pin4) chop hd chop 0; Pin3: dot(,,1) B: box wid hd*10 ht hd*10 with .c at 0.5 between Pin4 and Pin1 arrow from B.c+(ifinstr(`$1',R,,-)hd*1.5,hd*1.5) to B.c chop 0 chop -0.7*hd F: (ifinstr(`$1',R,,-)hd*0.5,-hd*0.5) arrow from last arrow.start+(F.x,F.y) to last arrow.end+(F.x,F.y) `$2' }]', `[{u = dimen_/2 Q: bi_trans(up u*2,ifinstr(`$1',R,R),ifinstr(`$1',B,B)CBUdE) E: Q.E; C: Q.C; A:ifinstr(`$1',R,Q.e+(u*3/2,u),Q.w+(-u*3/2,u)); K: A-(0,u*2) ifinstr(`$1',B,line from Q.B to (Q.B,E); B: Here) D: diode(from A to K) arrow from D.c+(0,u/6) to Q.ifinstr(`$1',R,e,w)+(0,u/6) chop u/3 chop u/4 arrow from last arrow.start-(0,u/3) to last arrow.end-(0,u/3) Enc: box rad u wid abs(C.x-A.x)+u*2 ht u*2 with .c at 0.5 between C and K `$2' }]')') define(`optlabels', `{"\sl C" ht 0.1 at last [].C above "\sl E" at last [].E below ifinstr(`$1',B,`"\sl B" at last [].B below') "\sl A" at last [].A above "\sl K" at last [].K below}') Q: optoiso; optlabels; move {`"\tt optoiso"' at last [].s+(0,-0.22)} optoiso(Rightorientation); optlabels; move {`"\tt optoiso(R)"' at last [].s+(0,-0.22)} optoiso(B); optlabels(B); move {`"\tt optoiso(B)"' at last [].s+(0,-0.22)} optoiso(RB); optlabels(B) {`"\tt optoiso(RB)"' at last [].s+(0,-0.22)} R: optoiso(C) with .nw at Q.sw+(0.33,-0.75); move 1 {"\sl 1" at R.Pin1 rjust; "\sl 2" at R.Pin2 rjust "\sl 3" wid 0.3 at R.Pin3 rjust} {"\sl 4" at R.Pin4 ljust; "\sl 5" at R.Pin5 ljust "\sl 6" at R.Pin6 ljust } {`"\tt optoiso(C)"' at R.s below } S: optoiso(RC) {"\sl 1" at S.Pin1 ljust; "\sl 2" at S.Pin2 ljust "\sl 3" at S.Pin3 ljust } {"\sl 4" at S.Pin4 rjust; "\sl 5" at S.Pin5 rjust "\sl 6" wid 0.3 at S.Pin6 rjust } {`"\tt optoiso(RC)"' at S.s below } .PE Circuit_macros9.5/examples/Orbits.m40000644060175006010010000000347413774371760016541 0ustar DwightNone.PS # Orbits.m4 threeD_init NeedDpicTools crad = 1.0 g = 0.65 # `orbitpos(long,lat,rad,ang)' define(`orbitpos', `rot3Dx((`$2')*dtor_,rot3Dz((`$1')*dtor_,rot3Dy(-(`$4')*dtor_,`$3',0,0)))') define(`PO',`B.C+(project(orbitpos(orbitlong,orbitlat,orbitrad,`$1')))') define vis { X: PO($1) if (distance(X,B.C)>crad) || \ (dot3D(View3D,orbitpos(orbitlong,orbitlat,orbitrad,$1))>0) \ then {$2 = 1} else {$2 = -1} } # `orbit(long,lat,rad)' define(`orbit', `[da = 3 orbitlong = `$1' orbitlat = `$2' orbitrad = `$3' define(`decorated',`ifelse(`$4',,,`outlined `$4'')') arrow from PO(0) to PO(da*3) decorated n=0 P[n]: PO(0) vis(0,v) for d=da to 360 by da do { vis(d,x) if x*v < 0 then { findroot(vis,d-da,d,1e-6,x) n+=1; P[n]: PO(x) if v < 0 then { fitcurve(P,n,dashed decorated) } \ else { fitcurve(P,n,decorated) } P[0]: P[n] n = 0; v = -v } n +=1; P[n]: PO(d) } if v < 0 then { fitcurve(P,n,dashed decorated) } \ else { fitcurve(P,n,decorated) } ] with .c at B.C') # ball(rad,highlight rad,highlight degrees) define(`ball',`[ lt = linethick bp__ C: circle invis rad `$1' at (0,0) D: C+(Rect_(`$2',`$3')) rm = `$1'+distance(C,D) a = 1 # fade rate parameter for r=lt to rm by lt do { u = 1-(r/rm*(a*r/rm+(1-a))) if r < (1-g)*`$1' then { circle outlined rgbstring(u,u,u) rad r at D } \ else { arc cw outlined rgbstring(u,u,u) from Cintersect(D,r,C,`$1') \ to Cintersect(D,r,C,`$1',R) with .c at D } } circle rad C.rad at C ]') linethick = 0.8 B: ball(crad,crad*g,110) azimuth = 0 elevation = 0 setview(azimuth,elevation) orbit(10, 30,crad*1.3,"red") orbit(10,-30,crad*1.3,"blue") orbit(10,-90,crad*1.3,"cyan") .PE Circuit_macros9.5/examples/Pconn.m40000644060175006010010000000341213774371763016347 0ustar DwightNone.PS # `Pconn.m4' cct_init P1: [ C1: pconnex(,A) thinlines_ arrow <- left 0.2 from C1.H.w; `"\sl H"' rjust thicklines_ `"\tt pconnex(,A)"' at last [].s below C2: pconnex(,AF) with .w at C1.e+(0.3,0) thinlines_ arrow <- right 0.2 up 0.1 from C2.H.e; `"\sl H"' ljust N: box invis wid (C2.w.x-C1.e.x)/2 ht C1.N.ht \ with .n at 0.5 between C1.ne and C2.nw "\sl N" arrow from N.w to C1.N.e arrow from N.e to C2.N.w G: box invis wid N.wid ht N.ht with .n at (N,C1.N.s) "\sl G" arrow from G.w to C1.G.e arrow from G.e to C2.G.w `"\tt (,AF)"' at last [].s below C03: pconnex(,AC) with .w at C2.e+(0.25,0) `"\tt (,AC)"' at last [].s below C3: pconnex(,ACF) with .w at last [].e+(0.2,0) `"\tt (,ACF)"' at last [].s below C5: pconnex(U,D) with .w at last [].e+(0.25,0) `"\tt (U,D)"' at last [].s below C6: pconnex(U,DF) with .w at last [].e+(0.25,0) `"\tt (U,DF)"' at last [].s below C7: pconnex(U,J) with .w at last [].e+(0.25,0) `"\tt (U,J)"' at last [].s below C8: pconnex(U,JF) with .w at last [].e+(0.25,0) `"\tt (U,JF)"' at last [].s below ] P2: [ C9: pconnex(,G) #with .w at last [].e+(0.2,0) `"\tt (,G)"' at last [].s below C91: pconnex(,GF) with .w at last [].e+(0.2,0) `"\tt (,GF)"' at last [].s below C92: pconnex(L,GF) with .w at last [].e+(0.2,0) `"\tt (L,GF)"' at last [].s below C10: pconnex(,GC) with .w at last [].e + (0.2,0) `"\tt (,GC)"' ht 11pt__ at last [].s below C12: pconnex(,GCF) with .w at last [].e + (0.2,0) `"\tt (,GCF)"' ht 11pt__ at last [].s below ] with .nw at P1.C1.sw + (0,-0.35) P3: [ C4: pconnex(,P) `"\tt (,P)"' at last [].s below C11: pconnex(,PF) with .w at last [].e+(0.2,0) `"\tt (,PF)"' at (C11,last "") below ] with .nw at P2.C9.sw + (0,-0.35) .PE Circuit_macros9.5/examples/person.m40000644060175006010010000000253713774371763016607 0ustar DwightNone.PS # person.m4 gen_init divert(-1) `person( height=val;width=val;fill="colorname") e.g. person(height=1;fill="gray")' define(`person',`[ setkey_(`$1',height,linewid) setkey_(`$1',width,m4height*2/5)dnl setkey_(`$1',fill,"black",N)dnl bodywid = m4width/2 bodyrad = bodywid/8 bodyht = (m4height - bodywid - bodywid/16 + bodyrad*2)/2 tmplth = linethick; linethick = 0 Head: circle diam bodywid colored m4fill Body: box rad bodyrad ht bodyht wid bodywid colored m4fill \ with .n at Head.s+(0,-Head.diam/16) armwid = bodywid/3 Armleft: box wid armwid rad armwid/2 ht Body.ht-bodyrad colored m4fill \ with .w at Body.e + (armwid/2,0) Armright: box same with .e at Body.w + (-armwid/2,0) Legleft: box wid bodywid/2.5 rad armwid/2 ht Body.ht colored m4fill \ with .n at (Body.w,Body.s)+(bodywid/5,bodyrad*2) Legright: box same with .n at (Body.e,Body.s)+(-bodywid/5,bodyrad*2) linethick_(tmplth) popdef(`m4height',`m4fill')dnl ]') divert(0)dnl linewid = 3*linewid setrgb(0.54,0.81,0.94,babyblue) person(fill="babyblue") person(width=linewid*3/4;fill="babyblue") person(width=linewid;fill="babyblue") person resetrgb person(height=1;fill="gray") line up linewid with .c at last [].e+(linewid/10,0) .PE Circuit_macros9.5/examples/Planes.m40000644060175006010010000000516213774371763016520 0ustar DwightNone.PS # Planes.m4 threeD_init NeedDpicTools # This 3D diagram is like many others: define the facets, use the normal vectors # to determine visibility, sort and plot the facets from back to front. define(`mark',`"`$1'" at `$1'') # size parameters a = 3/2 b = 0.4 d = 1 # Define intersecting lines in the plane A0: -a,-b A1: a,-b B0: Rot_(A0,120) B1: Rot_(A1,120) C0: Rot_(A0,240) C1: Rot_(A1,240) # intersections define(`lintersect',`intersect_(`$1'0,`$1'1,`$2'0,`$2'1)') AB: lintersect(A,B) BC: lintersect(B,C) CA: lintersect(C,A) # Store a point as x[i], y[i], z[i] define(`mkxyz',` x[$1] = $2 y[$1] = $3 z[$1] = $4') # Recover point coordinates define(`xyz',`x[$1], y[$1], z[$1]') # Facets are rectangles here; store 3 corners define(`mkfacet',` mkxyz((`$1')*3, 0,`$2'.x,`$2'.y) mkxyz((`$1')*3+1, 0,`$3'.x,`$3'.y) mkxyz((`$1')*3+2,-d,`$3'.x,`$3'.y) ') # Define the facets mkfacet(1,A0,CA) mkfacet(2,CA,A0) mkfacet(3,CA,AB) mkfacet(4,AB,CA) mkfacet(5,AB,A1) mkfacet(6,A1,AB) mkfacet(7,B0,AB) mkfacet(8,AB,B0) mkfacet(9,AB,BC) mkfacet(10,BC,AB) mkfacet(11,BC,B1) mkfacet(12,B1,BC) mkfacet(13,C0,BC) mkfacet(14,BC,C0) mkfacet(15,BC,CA) mkfacet(16,CA,BC) mkfacet(17,CA,C1) mkfacet(18,C1,CA) nfacets = 18 # View angles azimuth, elevation, rotation (degrees) setview( 10, 30, 5) ifelse(1,1,` # # create array of visible facets and sort n = 0 for i=1 to nfacets do { mkxyz(-1, cross3D(diff3D(xyz(i*3+1),xyz(i*3)),diff3D(xyz(i*3+2),xyz(i*3+1)))) dx = dot3D(xyz(-1),View3D) if dx > 0 then { dy[i] = dx/length3D(xyz(-1)) n +=1 d[n] = dot3D(sum3D(xyz(i*3),xyz(i*3+2)),View3D)/2 ix[n] = i } } dpquicksort(d,1,n,ix) #print sprintf("n=%g",n); for i=1 to n do { print i,ix[i] } # Recover the 4th corner and draw define(`drawfacet',` NW_facet: project(xyz(($1)*3)) NE_facet: project(xyz(($1)*3+1)) SE_facet: project(xyz(($1)*3+2)) SW_facet: project(x[($1)*3+2],y[($1)*3],z[($1)*3]) shd = 1-($2)^4 line from SW_facet to SE_facet then to NE_facet \ then to NW_facet then to SW_facet shaded rgbstring(shd,shd,shd) # sprintf("%g",$1) at 0.5 between SW_facet and NE_facet # Loopover_(`x',`mark(x);',SW_facet,SE_facet,NE_facet,NW_facet) ') # # draw facets, shading with view cosines for i=1 to n do { drawfacet(ix[i],dy[ix[i]]) } ') .PE Circuit_macros9.5/examples/PPA.m40000644060175006010010000000222613774371760015711 0ustar DwightNone.PS # `PPA.m4 Push-pull amplifier' cct_init Vs: source(up_ elen_,"$V_S$") line right elen_/2 T1: transformer(down_ elen_,,,W,10) with .P1 at Here { dot(at T1.TP+(-dimen_/8,dimen_/3)) } { dot(at T1.TS+(dimen_/8,dimen_*2/3))} { dot(at T1.TS+(dimen_/8,-dimen_/8)) } line from T1.P2 to Vs.start line up_ dimen_*3/4 from T1.S1 then right_ dimen_*3/4 up_ Q1: bi_tr(,L,,E) with .B at Here line down_ dimen_*3/4 from T1.S2 then right_ dimen_*3/4 down_ Q2: bi_tr(,R,,E) with .B at Here line from Q1.E to Q2.E R2: resistor(left_ dimen_ from last line); llabel(,R_2) dot; {dot(at R2.start) } line to T1.TS line down_ dimen_/2 right_ dimen_/2 from R2.start ground line right_ dimen_/6 from R2.start Vcc: battery(right_ elen_,2); rlabel(,V_{cc}) dot line up dimen_*2/3 then to (R2.start.x,Here.y+dimen_*2/3) resistor(to (R2.end,Here)); rlabel(,R_1); line to R2.end line right_ dimen_/2 from Vcc.end T2: transformer(up_ elen_,,,W,10) with .TS at Here line from T2.S2 to (T2.S2,Q1.C) then to Q1.C line from T2.S1 to (T2.S1,Q2.C) then to Q2.C line right elen_/2 from T2.P2 resistor(down_ to (Here,T2.P1)); llabel(,R_L) line to T2.P1 .PE Circuit_macros9.5/examples/psfrag/0000755060175006010010000000000013774371760016307 5ustar DwightNoneCircuit_macros9.5/examples/psfrag/examplespsfrag.tex0000644060175006010010000000131313774371760022050 0ustar DwightNone% psfrag examples.tex \documentclass[11pt]{article} \usepackage{times,boxdims} \usepackage{siunitx} \usepackage{rotating} \usepackage{graphicx} \usepackage[scanall]{psfrag} \newcommand\scriptstack[2][c]{\hbox{\scriptsize\shortstack[#1]{#2}}}% \def\?{$\,$} \input{setdim.tex} \input ../header \global\postscripttrue \begin{document} \hfill {\large\bf Examples: \input{../../doc/Version.tex} } \hfill\break In this directory the source file are processed with m4, dpic -f, and {\tt\char92 usepackage[scanall]\{psfrag\}}. In some cases, there are other or better m4 or pic constructs for producing the same drawings, but the source-file names are shown for reference. \input ../files.tex Circuit_macros9.5/examples/psfrag/Makefile0000644060175006010010000001111313774371760017744 0ustar DwightNone# Makefile for the psfrag subdirectory # Where the .m4 libraries are installed. Change if necessary: LIBDIR = $$HOME/lib #--------------------------------------------- MKDIM=pwd | sed -e 's%^%=boxdimfile{%' -e 's%/cygdrive/\(.\)/%\1:/%' \ -e 's%$$%/$(DIMFILE)}%' # Comment out the following line to produce absolute addresses for .dim files. MKDIM=printf '=boxdimfile{$(DIMFILE)}\n' #--------------------------------------------- # The .m4 circuit_macro libraries used for the examples: M4MACROS = psfrag.m4 M4 = m4 #--------------------------------------------- DOC = examplespsfrag FIGS = Adder.eps Alogix.eps ABlogix.eps Antennas.eps Audio.eps AmpTable.eps \ AntiqueClock.eps \ Bip.eps Btree.eps Byte.eps Buttons.eps \ CanLogic.eps CctTable.eps Conn.eps Connectors.eps \ Counting.eps Crossbar.eps Crow.eps \ Decoder.eps Demultiplexer.eps Dini.eps Diodes.eps Drive.eps \ Contact.eps Contacts.eps \ Csource.eps \ Emarrows.eps Flow.eps Fuses.eps \ GrayCode.eps Grounds.eps Headers.eps Heathkit.eps Jack.eps \ I2L.eps Inclpdf.eps \ Lyap.eps Logic.eps Loglog.eps \ MC.eps Mixer.eps MotorControl.eps Multiplexer.eps \ NLG.eps NPDT.eps Nport.eps \ Opamp.eps Optoiso.eps Pconn.eps PushPull.eps Quantum.eps \ Rectifiers.eps Relay.eps Rotbox.eps \ Schottky.eps Sierpinski.eps ShiftR.eps Sixpole.eps Sources.eps SQUID.eps \ Switches.eps \ Tgate.eps Three.eps Timer.eps TTLnand.eps Ttree.eps Tubediags.eps \ Windings.eps Variable.eps Xform.eps XOR.eps \ control.eps csc.eps diamond.eps \ ex00.eps ex01.eps ex02.eps ex03.eps ex04.eps \ ex05.eps ex06.eps ex08.eps ex09.eps ex10.eps ex11.eps ex12.eps \ ex15.eps ex16.eps ex17.eps ex18.eps ex21.eps exp.eps \ fet.eps graysurf.eps lcct.eps pwrsupply.eps quick.eps \ random.eps recycle.eps relaycoil.eps rose.eps sfg.eps shapes.eps \ thyristor.eps ujt.eps worm.eps LOCALFIGS = ex21 # Files using boxdims macros: BOXDIMS = ex09 Crow Inclpdf Loglog TTLnand Opamp Ttree Windings # It is advisable to do `make clean' between test examples. #--------------------------------------------- DPIC = dpic # DPIC = $$HOME/dpic/test/dpic # DPIC = $$HOME/dpic/build/p2c/ftp/dpic TR = | tr '=' '\134' LATEX = latex --quiet DIMFILE = tmp.dim .SUFFIXES: .tex .m4 .eps .ps .tex.ps: $(LATEX) $* dvips -Ppdf $* .m4.eps: touch $(DIMFILE) $(M4) $(M4MACROS) $(DIMFILE) $*.m4 > $*.pic $(DPIC) -f $*.pic > $*.eps # $(M4) $(M4MACROS) $(DIMFILE) $*.m4 | $(DPIC) -f >> $*.eps $(DOC).ps: $(DOC).dvi dvips -Ppdf $(DOC) $(DOC).dvi: $(DOC).tex -if test "$(DOC)"="examplespsfrag" ; then make exlinks ;\ $(MKDIM) $(TR) > setdim.tex; fi make $(FIGS) Incl.eps $(LATEX) $(DOC) -if test -n "$(BOXDIMS)" ; then \ for box in $(BOXDIMS) ; do rm -f $$box.eps; make $$box.eps ; done; \ $(LATEX) $(DOC); fi -if test -n "$(BOXDIMS)" ; then \ for box in $(BOXDIMS) ; do rm -f $$box.eps; make $$box.eps ; done; \ $(LATEX) $(DOC); fi Incl.eps: ../Incl.eps.gz rm -f Incl.eps.gz cp ../Incl.eps.gz . gunzip Incl.eps.gz figs: exlinks $(FIGS) exlinks: @echo "" @echo 'Ignore "cannot create ... exists" warnings.' -@if test ! -f ex11.m4 ; then \ ls ../*.m4 | sed -e 's/^/ln -s /' -e '/test.m4/d' | sh;\ ls ../../doc/*.m4 ../*.bb ../*.gz | sed -e 's/^/ln -s /' | sh;\ fi touch exlinks # for file in $(LOCALFIGS); do cp $${file}PSF.m4 $${file}.m4 ; done clobber: clean rm -f $(DOC).ps test.m4 tst: tstpsfrag.ps tstpsfrag.ps: tstpsfrag.dvi dvips tstpsfrag tstpsfrag.dvi: test.eps $(LATEX) tstpsfrag test.eps: test.pic $(DPIC) -f test.pic > test.eps test.pic: test.m4 testlinks $(M4) $(M4MACROS) test.m4 > test.pic $(DPIC) -f test.pic > test.eps $(LATEX) tstpsfrag touch tstpsfrag.dim $(M4) $(M4MACROS) tstpsfrag.dim test.m4 > test.pic testlinks: for file in ics.m4 FlowchartDefs.m4 ; do ln -s ../$$file ; done touch testlinks clean: @printf "\n psfrag clean:\n" rm -f stamp-* $(FIGS) *.dvi *.bb *.gz tstpsfrag.ps *.out *.pfg Incl.eps -if /usr/bin/test -f exlinks ; then \ ls -l *.m4 | grep '\->' | \ sed -e 's/^.* \([^ ][^ ]*\) ->.*$$/rm -f \1/' | sh; rm -f exlinks ; fi -if /usr/bin/test -f testlinks ; then \ ls -l *.m4 | grep '\->' | \ sed -e 's/^.* \([^ ][^ ]*\) ->.*$$/rm -f \1/' | sh; rm -f testlinks ; fi for file in $(LOCALFIGS); do rm -f $${file}.m4 ; done rm -f *.log *.ps *.aux *.mp *.[0-9] *.[0-9][0-9] *.mpx *.eps *.dim *.pic rm -f core log mpxerr* *links figs.* *.dim dims F_test.* setdim.tex rm -f man[0-9]*.pic man[0-9]*.m4 figs.m4 test.1 test.mp test.pic test.tex -if test -n "$(BOXDIMS)" ; then for box in $(BOXDIMS) ; do \ rm -f F_$$box.tex $$box.tex ; done; fi @printf "\n" Circuit_macros9.5/examples/psfrag/README-psfrag.txt0000644060175006010010000000047513774371760021273 0ustar DwightNone To test out a single diagram, copy it into test.m4 and type 'make tst'. The file is processed through m4 and dpic -f to make test.eps containing psfrag embedded labels. This file is read by tstpsfrag.tex using the \includegraphics command. Note that the configuration file to be read initially by m4 is psfrag.m4. Circuit_macros9.5/examples/psfrag/tstpsfrag.tex0000644060175006010010000000056313774371760021052 0ustar DwightNone\documentclass[dvips]{article} \usepackage{times,boxdims,graphicx} \usepackage{siunitx} \usepackage[scanall]{psfrag} \addtolength{\textwidth}{2cm} \addtolength{\textheight}{3cm} \setlength{\oddsidemargin}{0pt} \setlength{\evensidemargin}{0pt} \setlength{\hoffset}{-0.5in} \pagestyle{empty} \begin{document} \thispagestyle{empty} \includegraphics{test.eps} \end{document} Circuit_macros9.5/examples/PushPull.m40000644060175006010010000000756213774371763017060 0ustar DwightNone.PS # `PushPull.m4' cct_init iflatex(`ifpsfrag(,`latexcommand({\sf)') ') linewid = 1.2*linewid # Transformer as for Mixer.m4 define(`Xform21', `[ L1: inductor(to rvec_(dimen_*0.5,0),,,M) Core1E: M4Core1.end; Core2E: M4Core2.end D: (0.5 between M4Core1 and M4Core2) - L1 T: line to rvec_(dimen_/3,0); { dot(at T.c) } L2: inductor(to rvec_(L1.len,0),,,M) line from M4Core1.start to Core1E line from M4Core2.start to Core2E L3: inductor(to rvec_(-L1.len,0) with .c at T+(D.x*2,D.y*2),) ]') del = dimen_/3 up_ T1: Xform21 line left_ del from T1.L3.end; corner; ground(,,F) line left_ 2*del from T1.L3.start In: dot(,,1); { "\small RF" wid 12bp__ at In.n above } up_ Q1: mosfet(,,dBSDFQM1,E) with .G0 at T1.T+(2*dimen_+del/2,dimen_) { "\small 3N200" at last [].n above } line from T1.L2.end to (T1.L2.end,Q1.G0) then to Q1.G0 Q2: mosfet(,,dBSDFQM1,E) with .G0 at (Q1.G0.x,T1.T.y-dimen_) { "\small 3N200" at last [].n above } line from T1.L1.start to (T1.L1.start,Q2.G0) then to Q2.G0 resistor(right_ dimen_ from T1.T); llabel(,\SI{330}{\Omega}); Tx:dot { line right_ del*3/2; corner; ground(,,F) } dot(at (Tx,Q1.G0)) capacitor(down_ to Tx,C); llabel(\SI{5.6}{pF}) dot(at (Tx,Q2.G0)) capacitor(up_ to Tx,C); rlabel(\SI{5.6}{pF}) for_(1,2,1, `dot(at Q`'m4x.S+(dimen_+del/2,0)) { resistor(down_ dimen_); G1:Here; { "$120$" at last [].nw rjust } rlabel(,\Omega\;); dot; ground(,,F) } line from Q`'m4x.S to (Here.x+dimen_*3/4,Q`'m4x.S.y); corner capacitor(down_ to (Here,G1),C); rlabel(\raisebox{2pt}{\num{1000}},\si{pF}); corner line left_ 2*dimen_*3/4; corner TG: dot(at (Here,Q`'m4x.S)) capacitor(down_ to (Here,G1),C); rlabel(,,\SI{0.01}{\micro F}) ') R: dot(at (Here.x+dimen_*2,(Q1.D.y+Q2.D.y)/2)) dot(at (R,Q1.D)); capacitor(down_ to R,C); llabel(\SI{20}{pF}) dot(at (R,Q2.D)); capacitor(up_ to R,C); llabel(\SI{20}{pF}) line right_ del*3/2 from R then down_ R.y-(Q1.S.y-dimen_); ground(,,F) Vc: dot(at (R+(dimen_,0),Q1.ne),,1); { "$+V_{\hbox{c}}$" rjust at Vc.w } dot(at (Vc,R)) inductor(right_ dimen_,); llabel(,\SI{1}{\micro\henry}) down_ T2: Xform21 with .T at Here arrow from T2.L2 to T2.L3 chop -dimen_/4 line right_ del from T2.L3.start; corner capacitor(down_ dimen_,C); llabel(\SI{1000}{pF}); ground(,T,F) line right_ 2*del from T2.L3.end Out: dot(,,1); { "\small IF" wid 12bp__ at Out.n above }; move right_ 0.3 line from T2.L1.start to (T2.L1,Q1.D) then to Q1.D line from T2.L2.end to (T2.L2.end,Q2.D) then to Q2.D line from Vc to (Vc,Q2.S) chop dotrad_/2 chop 0; dot { line right_ del*2; corner capacitor(down_ dimen_,C); llabel(,,\SI{1000}{pF}); ground(,,F) } reversed(`inductor',down_ dimen_,); rlabel(,\SI{1}{\micro\henry}) line down_ dimen_/2 TL: dot(at (Q1.G1.x-del/2,Here.y)) up_ Q3: bi_tr(,R,,E) with .C at (TG.x,TL.y-dimen_*2/3) resistor(right_ from TL to (Q3.C,TL)); llabel(,\SI{82}{\kilo\Omega}) line to (Vc,Here); dot resistor(down_ to (Here,Q3.B)); rlabel(,\SI{8.2}{\kilo\Omega}); dot dot(at Q3.B+(del,0)) line up_ (TL.y+Q3.C.y)/2 - Here.y+del/4 then left_ Here.x-TL.x reversed(`capacitor',left_ dimen_,C); llabel(,\SI{1500}{pF}) Osc: dot(,,1); { "\small Osc" above at Osc.n } line from Q3.B to (Vc,Q3.B) line from Q3.C to (Q3.C,TL); dot dot(at Q3.C+(0,del/2)) capacitor(left_ to (TL,Here),C); llabel(,\SI{1500}{pF}); dot line down_ del/2 from Q3.E; dot { resistor(down_ dimen_*3/4); rlabel(,\SI{820}{\Omega}) G: Here; ground(,T,F) } line right_ dimen_; corner capacitor(down_ to (Here,G),C); llabel(,\SI{1000}{pF}) ground(,T,F) ground(at (TL,G),T,F) resistor(up_ dimen_); llabel(,\SI{12}{\kilo\Omega}) line to (Here,Q1.G1) then to Q1.G1 line from Q2.G1 to (TL,Q2.G1); dot ground(at (Vc,G),T,F) resistor(up_ dimen_); rlabel(,\SI{5.6}{\kilo\Omega}); line to (Here,Q3.B) iflatex(`ifpsfrag(,`latexcommand(})')') .PE Circuit_macros9.5/examples/pwrsupply.m40000644060175006010010000000373613774371760017365 0ustar DwightNone.PS # pwrsupply.m4 cct_init ifdef(`m4pco',`resetrgb') Singlephase:[ linewid = linewid*1.2 down_ T:transformer line left_ elen_/8 from T.P1 rgbdraw(0,0,1,fuse(left_ elen_/3,D)) reversed(`switch',left_ elen_*2/3) gap(down_ to (Here,T.P2)) { fuse(right_ 2*dimen_/5 at last []) } line to T.P2 blen = dimen_/2 W: T.TS+(dimen_/2,0) N: W+(blen,blen) S: W+(blen,-blen) E: S+(blen,blen) diode(from W to N) diode(from S to E) G: gap(from E+(dimen_,0) down_ (E.y-S.y)*5/4); llabel(+,,-) C: capacitor(down_ G.start.y-G.end.y from 0.5 between E and G.start,C) setrgb(1,0,0) line from T.S1 to (T.S1,N) then to N; dot diode(to E); dot line from E to G.start; dot dot(at C.start) resetrgb setrgb(0,1,0) dot(at C.end) dot(at G.end) ground line to (W,Here) then to W; dot diode(to S); dot line to (T.S2,Here) then to T.S2 resetrgb ] Threephase: [ L:[ loadht = 2*elen_ Load: ebox(down_ loadht,0.4,0.25); llabel(+,,-) hsep = dimen_*3/4 for_(1,3,1, `line left_ hsep; ifelse(m4x,3,,dot) { diode(up_ loadht/3) ; line up_ loadht/3; diode(up_ loadht/3) T`'m4x: ifelse(m4x,3,Here,dot) line right hsep } ') ] T:[ X1: transformer(down_ dimen_*2/3,,,,4) X2: transformer(down_ dimen_*2/3,,,,4) with .P1 at X1.P2 X3: transformer(down_ dimen_*2/3,,,,4) with .P1 at X2.P2 line from X1.M4Core1.end to X3.M4Core1.start line from X1.M4Core2.end to X3.M4Core2.start for_(1,3,1, `move to X`'m4x.P2 ; ifelse(m4x,3,,dot) line left_ dimen_ P`'m4x: dot(,,1)') line left_ dimen_/2 from X1.P1 then down X1.P1.y-P3.y; dot B: X1.S2+(dimen_/2,0) line from X1.S1 right B.x-X1.S2.x then down X1.S1.y-X3.S1.y then to X3.S1 line from X2.S1 to (B,X2.S1); dot ] with .X2.S2 at L.w-(dimen_,0) line from T.X1.S2 to (L.T3,T.X1.S2); dot line from T.X2.S2 to (L.T2,T.X2.S2); dot line from T.X3.S2 to (L.T1,T.X3.S2); dot ] with .sw at Singlephase.se+(0.3,0) .PE Circuit_macros9.5/examples/Quantum.m40000644060175006010010000000162613774371763016731 0ustar DwightNone.PS # Quantum.m4 gen_init boxht = 0.35 boxwid = boxht define(`dotrad_',boxht/5) define(`Bus',`line right_ 10*boxwid `$1' circle diam boxht `$2' at last line.start box fill_(1) "H" at last line.start+(boxwid*3/2,0) box fill_(1) "H" at last line.end-(boxwid*2.5,0) ') define(`Meter',`[ Box: box wid boxwid*3/2 fill_(1) r = Box.wid/3 C: 0.3 between Box.s and Box.n arc cw from C+(-r,0) to C+(r,0) with .c at C arrow from C+(-r/4,0) to C+(0.9*r,0.9*r) ]') X: Bus(,shaded rgbstring(0.5,0.5,1) "X") A1: Bus(from X.start+(0,-boxht*3/2), shaded "red" "A") A2: Bus(from 2 between X.start and A1.start,shaded "red" "A") dot(at X.start+(3*boxwid,0)) line to (Here,A2); dot circle rad dotrad_ at A1.start+(4*boxwid,0) line from last circle.s to (last circle,X); dot Meter with .e at X.end box wid boxwid*1.2 ht boxht*1.2 fill_(1) "$R_{\psi}^{\pi/2}$" \ at A2.end-(4.5*boxwid,0) .PE Circuit_macros9.5/examples/quick.m40000644060175006010010000000140613774371760016404 0ustar DwightNone.PS # Pic input begins with .PS cct_init # Read in macro definitions and set defaults elen = 0.75 # Variables are allowed; default units are inches Origin: Here # Position names are capitalized source(up_ elen); llabel(-,v_s,+) resistor(right_ elen); rlabel(,R,) dot { # Save the current position and direction capacitor(down_ to (Here,Origin)) #(Here,Origin) = (Here.x,Origin.y) rlabel(+,v,-); llabel(,C,) dot } # Restore position and direction line right_ elen*2/3 inductor(down_ Here.y-Origin.y); rlabel(,L,); b_current(i) line to Origin .PE # Pic input ends Circuit_macros9.5/examples/random.m40000644060175006010010000000721713774371763016561 0ustar DwightNone.PS # random.m4 gen_init NeedDpicTools sinclude(tst.dim) s_init(random) ################################################################ # hscale(right length,nlabels, # minlabel,maxlabel,[T][N]) # arg5=T: top axis, N: nolabels define(`hscale',`[ define(`hs_nl',`ifelse(`$2',,5,`$2')') A: line `$1' ; Start: A.start; End: A.end td = 1/(hs_nl-1)*A.len/5 define(`hs_ud',`ifinstr(`$5',T,down,up)') # Major tics for i=1 to hs_nl-2 do { line hs_ud graphsize/20 thick 0.4 \ from i/(hs_nl-1) between A.start and A.end } # Minor tics for i=0 to hs_nl-2 do { Ts: i/(hs_nl-1) between A.start and A.end for j=1 to 4 do { line thick 0.4 hs_ud graphsize/20/2 from Ts+(j*td,0) } } # Labels ifinstr(`$5',N,,`for_(0,eval(hs_nl-1),1, `Ts: m4x/(hs_nl-1) between A.start and A.end s_box("\small %g",`$3'+m4x/(hs_nl-1)*(`$4'-(`$3'))) \ at Ts ifelse(`$5',T,above,below)') ') ]') # vscale(up length,nlabels, # minlabel,maxlabel,[R][N] ) # arg5=R: right axis, N: nolabels define(`vscale',`[ define(`vs_nl',`ifelse(`$2',,5,`$2')') A: line `$1' ; Start: A.start; End: A.end td = 1/(vs_nl-1)*A.len/5 define(`vs_lr',`ifinstr(`$5',R,left,right)') # Major tics for i=1 to vs_nl-2 do { line vs_lr graphsize/20 thick 0.4 \ from i/(vs_nl-1) between A.start and A.end } # Minor tics for i=0 to vs_nl-2 do { Ts: i/(vs_nl-1) between A.start and A.end for j=1 to 4 do { line thick 0.4 vs_lr graphsize/20/2 from Ts+(0,j*td) } } # Labels ifinstr(`$5',N,,`for_(0,eval(vs_nl-1),1, `Ts: m4x/(vs_nl-1) between A.start and A.end s_box("\small %g",`$3'+m4x/(vs_nl-1)*(`$4'-(`$3'))) \ at Ts ifelse(`$5',R,ljust,rjust)')') ]') # f_gauss(x,mean,stddev) define f_gauss`{ std_gauss(($1-($2))/($3))/($3) }' define std_gauss`{ expe(-($1)^2/2)/sqrt(twopi_) }' ################################################################ [ n = 2000 # number of samples stddev = 0.25 graphsize = 2 B: box wid graphsize ht graphsize # Gemerate n Gaussian random numbers randn(z,n,0,stddev) m = 0 for i=1 to n-1 by 2 do { m +=1; x[m] = z[i]; y[m] = z[i+1] dot(at B+(x[m],y[m])) } hscale(right B.wid,5,-1,1) with .Start at B.sw hscale(right B.wid,5,-1,1,TN) with .Start at B.nw vscale(up B.ht,5,-1,1) with .Start at B.sw vscale(up B.ht,5,-1,1,RN) with .Start at B.se N: box invis wid B.wid ht B.ht with .sw at B.nw+(0,graphsize/10) nb = 20 binmax = n/5*0.5 dx = N.wid/nb histbins(x,m,-1,1,nb,hbin) for i=0 to nb-1 do { line up hbin[i]/binmax * N.ht \ from N.sw+((0.5+i)*dx,0) thick dx/(1bp__) outlined "gray" } box wid N.wid ht N.ht at N # vscale(up N.ht,5,0,1) with .Start at N.sw E: box invis wid B.wid ht B.ht with .sw at B.se+(graphsize/10,0) nb = 20 binmax = n/5*0.5 dy = E.ht/nb histbins(y,m,-1,1,nb,vbin) for i=0 to nb-1 do { line right vbin[i]/binmax * E.wid \ from E.sw+(0,(0.5+i)*dy) thick dy/(1bp__) outlined "gray" } box wid E.wid ht E.ht at E # hscale(right E.wid,5,0,1) with .Start at E.sw ng = 16 for i=0 to ng do { x = i/ng*N.wid U: x,(f_gauss(x,N.wid/2,stddev)*m*dx)/binmax*N.ht X[i]: N.sw+U Y[i]: E.nw+(U.y,-U.x) } fitcurve(X,ng) fitcurve(Y,ng) ] #showbox_ .PE Circuit_macros9.5/examples/README-examples0000644060175006010010000000541413774371763017530 0ustar DwightNone This directory contains examples.tex, source files for the diagrams that are imported when examples.tex is LaTeXed, and some other standalone diagrams. To generate examples.pdf in a unix-like environment (versions of unix, linux, cygwin, djgpp, ...): 1. Install the libraries as described in the top-level README file. 2. In this directory, type "make". If your installed dpic is the Mingw version included in the dpic distribution, (a) edit the file windows.m4 to point to your installation folder, and (b) uncomment the CUSTOM=windows.m4 line in the Makefile, or type "make CUSTOM=windows.m4". To test one of the diagrams, say ex01.m4, type one of the following (and have a look at the comments at the top of the Makefile): "make ex01.ps" "make ex01.eps" "make ex01.pdf" (uses pdflatex) "make ex01.png" (requires Imagemagick convert) "make ex01.tif" (requires Imagemagick convert) "make ex01.svg" (requires Imagemagick convert, but see the svg folder) IN CASE OF DIFFICULTY: Look at files debug1.tex and debug2.m4, and follow the instructions. To test and debug a single diagram, write it into test.m4. Type "make tst" to process the file, creating test.tex, which is imported into tst.tex. The diagram source and tst.tex are processed twice in case the boxdim macro is being used. If you only need to process once, type "make tst1". In both cases the resulting file is tst.ps. To use tikz and pdflatex to produce test.pdf, type "make test.pdf" as above. To test and debug a single diagram in a different directory, copy Makefile and tst.tex to where you want to work, adjust the definition of LIBDIR in Makefile if environment variable M4PATH has not been defined, and type one of the above commands. By default, the dpic processor is invoked, producing TiKz commands. To use PSTricks instead, type "make clean; make examples.ps". To process the diagrams using TikZ PGF for processing either by LaTeX or PDFlatex, type "make" or "make examplespgf.ps" in the pgf subdirectory. There are often several methods of producing similar graphical results, particularly of text labels. Some of the diagrams in this directory are slightly more complicated than required for Tikz or PSTricks in order that they will work with other postprocessors. Dpic output that does not handle LaTeX labels has to be treated separately as, for example, in the svg directory. To process the diagrams using .eps intermediate files with embedded psfrag strings, go into the psfrag directory and read the README file. To process the diagrams using MetaPost, look in the mpost subdirectory. The xfig subdirectory contains the file xfig/xfiglib.fig, which contains elements in xfig 3.2 format produced by dpic for importing into xfig. SVG: Look in the svg directory for an experimental configuration file and examples. Circuit_macros9.5/examples/Rectifiers.m40000644060175006010010000001553613774371763017403 0ustar DwightNone.PS # Rectifiers.m4 cct_init tmax = 3.5 period = tmax/1.75 eamp = 0.5 omega = twopi_/period ed = eamp/6 r = 0.95 # For DC voltages ted = asin(ed/eamp)/twopi_*period npts = 40; sum = 0 for i=0 to npts do { t = ted+(period/2-2*ted)*i/npts sum += (eamp*cos(omega*t-pi_/2) - ed)*r } define(`Sine',`Cosine(eamp,omega,`$1',-pi_/2)') define(`axis',`line thick 0.4 right tmax chop -tmax*0.04 chop 0') Threephase: [ linethick_(1) Ai: axis ; "$N_o$" ljust EOrig: Ai.start+(tmax*0.04,0) E1: sinusoid(eamp,omega,-pi_/2,-ted,tmax) with .Origin at EOrig E2: sinusoid(eamp,omega,-pi_/2-twopi_/3,-ted,tmax) with .Origin at EOrig E3: sinusoid(eamp,omega,-pi_/2+twopi_/3,-ted,tmax) with .Origin at EOrig "$e_1$" at EOrig+(period/3,eamp*0.8) ljust above "$e_2$" at EOrig+(2*period/3,eamp*0.8) ljust above "$e_3$" at EOrig+(period,eamp*0.8) ljust above Ad: axis with .end at Ai.end+(0,-eamp*2.1); "$N_o$" ljust DOrig: Ad.start+(tmax*0.04,0) Id: axis with .end at Ad.end+(0,-eamp*1.2); "${}0$" ljust IOrig: Id.start+(tmax*0.04,0) for i=1 to 11 by 2 do { tl = max(0,period/2-i*period/6) tr = min(period/2,tmax-(i*period/6-period/2)) sinusoid(eamp,omega,-pi_/2,tl,tr,thick 0.4 dashed) \ with .Origin at DOrig+(i*period/6-period/2,0) tl = max(period/12,-(i*period/6-period/2+period/12) ) tr = period/2-period/12 S1: sinusoid(eamp*r,omega,-pi_/2,tl,tr) \ with .Origin at DOrig+(i*period/6-period/2,0)+(0,-ed*r); round(at S1.End) S2: sinusoid(eamp*r,omega,-pi_/2,tl,tr) \ with .Origin at IOrig+(i*period/6-period/2,0)+(0,-ed*r); round(at S2.End) } "$e_1$" at DOrig+(period/3,eamp*0.8) ljust above "$e_2$" at DOrig+(2*period/3,eamp*0.8) ljust above "$e_3$" at DOrig+(period,eamp*0.8) ljust above "$e_L$" at DOrig+(period/4,eamp*0.8) below "$i_L$" at IOrig+(period/6,eamp*0.6) rjust above vEd = r*eamp*cos(pi_/12)/(5*pi_/12) - r*ed VEd: axis with .end at Ad.end+(0,vEd); "$E_D$" ljust IEd: axis with .end at Id.end+(0,vEd); "$I_D$" ljust ] Cct3:[ No: dot; "$N_o$" at last [].s below rjust E2: No+(Rect_(dimen_,60)) E3: No+(Rect_(dimen_,-60)) E1: No+(-dimen_,0) inductor(from No to E2,W); round; "$e_2$" ljust inductor(from No to E3,W); round; "$e_3$" ljust inductor(from E1 to No,W); round(at E1); "$e_1$" at E1 above D3: diode(down_ from E3); b_current(i_3,rjust); llabel(,,D_3) line from E1 to (E1.x,D3.start.y+dimen_/3) then right_ (E3.x-E1.x)/2 \ then down_ dimen_/3 D1: diode(down_); b_current(i_1,rjust); llabel(,,D_1); dot line from E2 left_ E2.x-E1.x+dimen_/3 then down_ E2.y-E3.y \ then to 2 between D3.start and D1.start; corner D2: diode(down_); b_current(i_2,rjust); llabel(,,D_2) { line from D2.end to D3.end } arrowline(from D1.end down_ elen_/2); rlabel(,i_L) resistor(right_ elen_); rlabel(+,e_L,-); llabel(,R) line to (Here,No) then to No ] with .e at Threephase.w-(0.5,0) Fullwave: [ linethick_(1) Ai: axis ; "$N_o$" ljust EOrig: Ai.start+(tmax*0.05,0) E1: sinusoid(eamp,omega,-pi_/2,-ted,tmax) with .Origin at EOrig "$e_1$" at EOrig+(period/3,eamp*0.8) ljust above E2: sinusoid(eamp,omega, pi_/2,-ted,tmax) with .Origin at EOrig "$e_2$" at EOrig+(period*5/6,eamp*0.8) ljust above Ad: axis with .end at Ai.end+(0,-eamp*2.1); "$N_o$" ljust DOrig: Ad.start+(tmax*0.05,0) Id: axis with .end at Ad.end+(0,-eamp*1.2); "${}0$" ljust IOrig: Id.start+(tmax*0.05,0) for i=0 to 3 do { if i<3 then { tf = period/2 } else { tf = Ad.end.x-(DOrig.x+3*period/2) } sinusoid(eamp,omega,-pi_/2,0,tf,thick 0.4 dashed) \ with .Origin at DOrig+(i*period/2,0) line from DOrig+(i*period/2-ted,0) right 2*ted line from IOrig+(i*period/2-ted,0) right 2*ted if i<3 then {tf = period/2-ted } else {tf = Ad.end.x-(DOrig.x+3*period/2) } Ed: sinusoid(eamp*r,omega,-pi_/2,ted,tf) \ with .Origin at DOrig+(i*period/2,-ed*r) Ed: sinusoid(eamp*r,omega,-pi_/2,ted,tf) \ with .Origin at IOrig+(i*period/2,-ed*r) } "$e_1$" at DOrig+(period/6,eamp*0.9) rjust above "$e_2$" at DOrig+(period/6+period/2,eamp*0.9) rjust above "$e_L$" at DOrig+(period/4,eamp*0.8) below "$i_L$" at IOrig+(period/6,eamp*0.6) rjust above vEd = sum/(period/2/(period/2-2*ted)*npts) VEd: axis with .end at Ad.end+(0,vEd); "$E_D$" ljust IEd: axis with .end at Id.end+(0,vEd); "$I_D$" ljust ] with .sw at Threephase.nw+(0,0.5) Cct2:[ T: transformer(right_ elen_,R,8,AW,8) line up elen_/2 from T.P1 gap(right_ elen_) { sinusoid(0.08,omega*8,-pi_/2,0,twopi_/(omega*8)) with .c at last [] } line to T.P2 line from T.S1 to (T.P1,T.S1) then down elen_/2 D1: diode(down_ elen_*3/4); rlabel(,D_1) line from T.S2 to (T.P2,T.S2) then to (T.P2,D1.start) D2: diode(down_ elen_*3/4); rlabel(,D_2) corner; line to D1.end; corner dot(at 0.5 between D1.end and D2.end) arrowline(down elen_/2); rlabel(,i_L) resistor(right_ elen_); rlabel(+,e_L,-); llabel(,R) line to (Here,T.TS)-(0,elen_/2) then left Here.x-T.TS.x then to T.TS {"$N_o$" at T.TS-(0,elen_/2) below } thinlines_ move to T.TS-(0,0.1) { arrow to (T.P1,Here) chop 0.05 "$e_1$" below } { arrow to (T.P2,Here) chop 0.05 "$e_2$" below } linethick_(1) ] at (Cct3,Fullwave) Halfwave: [ linethick = 1 Ai: axis ; "$N_o$" ljust EOrig: Ai.start+(tmax*0.05,0) Ei: sinusoid(eamp,omega,-pi_/2,0,tmax) with .Origin at EOrig "$e_i$" at EOrig+(period/3,eamp*0.8) ljust above Ad: axis with .end at Ai.end+(0,-eamp*1.75); "$N_o$" ljust DOrig: Ad.start+(tmax*0.05,0) sinusoid(eamp,omega,-pi_/2,0,period/2,thick 0.4 dashed) with .Origin at DOrig sinusoid(eamp,omega,-pi_/2,0,period/2,thick 0.4 dashed) \ with .Origin at DOrig+(period,0) "$e_i$" at DOrig+(period/5,eamp*0.9) rjust above line from Ad.start to DOrig+(ted,0) Ed: sinusoid(eamp*r,omega,-pi_/2,ted,period/2-ted) \ with .Origin at DOrig+(0,-ed*r) "$e_L$" at DOrig+(period/3,eamp*0.6) below line from Ed.End right period/2+2*ted Ed2: sinusoid(eamp*r,omega,-pi_/2,ted,period/2-ted) \ with .Origin at DOrig+(period,-ed*r) line from Ed2.End to Ad.end vEd = sum/(period/(period/2-2*ted)*npts) VEd: axis with .end at Ad.end+(0,vEd); "$E_D$" ljust above Id: axis with .end at Ad.end+(0,-eamp*1.0); "${}0$" ljust IOrig: Id.start+(tmax*0.05,0) line from Id.start to IOrig+(ted,0) Sd: sinusoid(eamp*r,omega,-pi_/2,ted,period/2-ted) \ with .Origin at IOrig+(0,-ed*r) "$i_L$" at IOrig+(period/3,eamp*0.7) above line from Sd.End right period/2+2*ted Sd2: sinusoid(eamp*r,omega,-pi_/2,ted,period/2-ted) \ with .Origin at IOrig+(period,-ed*r) line from Sd2.End to Id.end IEd: axis with .end at Id.end+(0,vEd); "$I_D$" ljust above ] with .sw at Fullwave.nw+(0,0.5) Cct1:[ diode(down_ elen_); b_current(i_L,rjust,O,E); rlabel(D) resistor(right_ elen_); rlabel(+,e_L,-); llabel(,R) line up elen_ { "$N_o$" ljust below } gap(left_ elen_); rlabel(-,e_i,+) ] at (Cct3,Halfwave) .PE Circuit_macros9.5/examples/recycle.m40000644060175006010010000000736113774371760016724 0ustar DwightNone.PS # recycle.m4 gen_init NeedDpicTools [ # Gradient fill and clipping are simply # done with PStricks or Tikz but the other # postprocessors don't all have this # facility so the following calculates # shading boundaries and lines. define ShadePoint { testexpr(i, $1 arc cw rad circlerad from B.e to B.w with .c at B.c circle colored "black" with .c at 3/4 circle rad circlerad*2 with .c at A.c circle rad circlerad/3 fill_(0) at 0.5 circle rad circlerad/3 fill_(1) at 0.5 ',` box wid 1 ht 0.75 "Yinyang.m4" "requires" "dpic" ') ] with .w at last [].e+(0.2,0) .PE Circuit_macros9.5/examples/Relay.m40000644060175006010010000000235313774371763016351 0ustar DwightNone.PS # Relay cct_init skip = 1.1 R1:relay {"\sl V1" wid 0.16 rjust at last [].V1 "\sl V2" ljust at last [].V2 "\sl P1" rjust at last [].P1-(dotrad_,0) "\sl O1" ljust at last [].O1 "\sl C1" ljust at last [].C1 } S: `"\tt relay"' at last [].s+(0,-0.2) R5:relay(2,CTh) with .sw at last [].sw+(skip,0) { for_(1,2,1,` "\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x ') } `"\tt (2,CTh)"' at (last [],S) R4:relay(2,O) with .sw at last [].sw+(skip,0) {for_(1,2,1,` "\sl P1" rjust at last [].P1-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x ')} `"\tt (2,O)"' at (last [],S) R3:relay(2,PIAX) with .sw at last [].sw+(skip,0) {"\sl V1" rjust at last [].V1 "\sl V2" rjust at last [].V2 for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x+(dotrad_,0) "\sl C`'m4x" ljust at last [].C`'m4x+(dotrad_,-2pt__) ') } `"\tt (2,PIAX)"' at (last [],S) R2:relay(2,R) with .sw at last [].sw+(skip,0) {"\sl V1" rjust at last [].V1 "\sl V2" ljust at last [].V2 for_(1,2,1, `"\sl P`'m4x" rjust at last [].P`'m4x-(dotrad_,0) "\sl O`'m4x" ljust at last [].O`'m4x "\sl C`'m4x" ljust at last [].C`'m4x ') } `"\tt relay(2,R)"' at (last [],S) .PE Circuit_macros9.5/examples/relaycoil.m40000644060175006010010000000360113774371763017255 0ustar DwightNone.PS # relaycoil.m4 cct_init spc = dimen_/3 { relaycoil; S: "\tt re{}laycoil" at last [].s+(0,-20bp__) { "\sl V1" wid 10bp__ at last [].V1 rjust "\sl V2" at last [].V2 ljust } K: relaycoil(NX) with .nw at last [].ne+(spc*4,0); "\tt (NX)" at (last [],S) { thinlines_ spline <- from K.A1 left 7bp__ then up 4bp__ left 4bp__; "\sl A1" rjust arrow <- from K.A2 left 10bp__; "\sl A2" rjust spline <- from K.A3 left 7bp__ then down 4bp__ left 4bp__; "\sl A3" rjust spline <- from K.B1 right 7bp__ then up 4bp__ right 4bp__; "\sl B1" ljust arrow <- from K.B2 right 10bp__; "\sl B2" ljust spline <- from K.B3 right 7bp__ then down 4bp__ right 4bp__; "\sl B3" ljust thicklines_ } relaycoil(AXSR) with .nw at last [].ne+(spc*5,0); "\tt (AXSR)" at (last [],S) { "\sl V1" at last [].V1 rjust; "\sl V2" at last [].V2 rjust } relaycoil(BXSR) with .nw at last [].ne+(spc*2,0); "\tt (BXSR)" at (last [],S) { "\sl V1" at last [].V1 ljust; "\sl V2" at last [].V2 ljust } relaycoil(SR) with .nw at last [].ne+(spc*4,0); "\tt (SR)" at (last [],S) relaycoil(SO) with .nw at last [].ne+(spc,0); "\tt (SO)" at (last [],S) relaycoil(SOR) with .nw at last [].ne+(spc,0); "\tt (SOR)" at (last [],S) } { move down_ 3/4; right_ relaycoil(HS); S: "\tt (HS)" at last [].s+(0,-12bp__) relaycoil(NAC) with .nw at last [].ne+(spc,0); "\tt (NAC)" at (last [],S) relaycoil(AC) with .nw at last [].ne+(spc,0); "\tt (AC)" at (last [],S) relaycoil(ML) with .nw at last [].ne+(spc,0); "\tt (ML)" at (last [],S) relaycoil(PO) with .nw at last [].ne+(spc,0); "\tt (PO)" at (last [],S) relaycoil(RM) with .nw at last [].ne+(spc,0); "\tt (RM)" at (last [],S) relaycoil(RH) with .nw at last [].ne+(spc,0); "\tt (RH)" at (last [],S) relaycoil(TH) with .nw at last [].ne+(spc,0); "\tt (TH)" at (last [],S) relaycoil(EL) with .nw at last [].ne+(spc,0); "\tt (EL)" at (last [],S) } .PE Circuit_macros9.5/examples/Resolver.m40000644060175006010010000000264313774371757017103 0ustar DwightNone.PS # `Resolver.m4' cct_init s_init(tst) sinclude(tst.dim) iflatex(`latexcommand({\scriptsize\sf)') [ linewid = linewid*1.25 define(`dotrad_',dotrad_/2) T1: transformer(down_ dimen_/2) line left from T1.P1; dot; move left 15bp__ "RH" line left from T1.P2; dot; "RL" rjust "Rotor ($r$)" at T1.TP rjust line right_ dimen_*3/4 from T1.S2 C: Here phi = 35 move right_ 0.1 from T1.S1; move from C to C+(Rect_(0.1,90+phi)) Q: Intersect_(last move,2nd last move) Lr: inductor(from Q to C) S1: line from T1.S1 to Q A: C+(Rect_(dimen_*0.9,90+phi)) thinlines_ line dashed from Q to A chop 2bp__ chop 0 "Rotor shaft" at last line.end rjust "angle" rjust "" rjust line dashed from C up_ dimen_*0.9 chop 2bp__ chop 0 arcd(C,dimen_*0.85,90,90+phi) -> thicklines_ f_box($\phi$) at C+(Rect_(dimen_*0.85,90+phi/2)) d = distance(T1.P1,T1.P2) Ls: inductor(up_ d from C+(d/2,0)) line right_ from Ls.end D2: dot; "S2" ljust line from Ls.start to (D2,Ls.start); dot; "S4" ljust "$Kr\cos(\phi)$" at 0.5 between last "" and 2nd last "" Lq: inductor(right_ d at (Lr,(C+(0,-d/3)))) line from Lq.end down_ d/4 K: Here; corner; line to (D2,K); dot; "S3" ljust line from Lq.start down_ d*5/4 L: Here; corner; line to (D2,L); dot; "S1" ljust "$Kr\sin(\phi)$" at 0.5 between last "" and 2nd last "" ] "Resolver essentials" at last [].s below iflatex(`latexcommand(})') .PE Circuit_macros9.5/examples/rose.m40000644060175006010010000001073113774371760016241 0ustar DwightNone.PS # rose.m4 gen_init ifelse(rgbstring(1,1,1),"", `This diagram is for PSTricks, postscript, PDF, MetaPost, or SVG', ` scale = 1.2 define(`gold_',`1,0.84,0') define(`rose',`point_(`$2'); CC: (vec_(`$1',0)); rrad = `$3' move to CC tmp = rrad-stripwid {circle shaded rgbstring(gold_) rad rrad-sthick at CC} {circle shaded rgbstring(gold_) rad tmp-sthick at CC} {line to rvec_(rrad,0) chop tmp chop 0 } {line to rvec_(-rrad,0) chop tmp chop 0 } {line to rvec_(0,rrad) chop tmp chop 0 } {line to rvec_(0,-rrad) chop tmp chop 0 } {line from rvec_(-tmp/sqrt(2),-tmp/sqrt(2)) to rvec_(tmp/sqrt(2),tmp/sqrt(2))} {line from rvec_(-tmp/sqrt(2),tmp/sqrt(2)) to rvec_(tmp/sqrt(2),-tmp/sqrt(2))} {circle shaded rgbstring(gold_) rad tmp-stripwid-sthick at CC} tmp = last circle.rad/sqrt(2) line thick stripthick from rvec_(-tmp,0) to rvec_(0,-tmp) \ then to rvec_(tmp,0) then to rvec_(0,tmp) then to rvec_(-tmp,0) \ shaded rgbstring(gold_) ') define(`spt_',`/72.27') [ lsk = 1.2 sector = 360*dtor_/16 exterior = 2.49 outer_circle = exterior-0.55 inner_circle = 1.1 spoke_tail = 0.41 spokethick = 0.09/(1spt_) # points stripwid = 0.05 stripthick = 1.6/1.2 midroserad = inner_circle*sin(sector/2)-stripwid/2 outerroserad = outer_circle*sin(sector/4)-stripwid/2 del = 0.05 C: (0,0) circle rad exterior fill_(0) at C circle shaded rgbstring(gold_) rad outer_circle at C circle rad spoke_tail fill_(0) at C linethick = stripthick sthick = linethick/2 spt_ for i=0 to 15 do { move to rect_(spoke_tail+1.5*stripwid,sector*i); for j=-1 to 1 by 2 do { {point_(sector*(i+j*0.5)) line to rvec_(outer_circle-spoke_tail,0) } { point_(sector*i) move to rvec_(0,j*spokethick spt_) line to rvec_(outer_circle-spoke_tail,0) \ chop outer_circle-inner_circle chop 0 } } crad = 0.25 +1.5*stripwid cthick = 1.5*stripwid/(1spt_) X: rect_(inner_circle+midroserad,sector*i) circle outlined rgbstring(gold_) rad crad-(cthick/2 spt_) thick cthick at X circle rad crad - sthick at X } for i=0 to 15 do { X: rect_(inner_circle+midroserad,sector*i) circle fill_(0) rad crad-1.5*stripwid-sthick at X for j = -1 to 1 by 2 do { move to X+vec_(0.20,j*0.14) point_(sector*(i+j*0.25)) line to rvec_(1.5*stripwid,0) } circle shaded rgbstring(gold_) rad midroserad*2/3-sthick at X circle rad midroserad*2/3-stripwid-sthick at X line from X to -(midroserad*2/3/(inner_circle+midroserad)) } crad = spoke_tail+7*stripwid cthick = 2*stripwid/(1spt_) circle outlined rgbstring(gold_) rad crad-cthick/2 spt_ thick cthick at C circle rad spoke_tail+1.5*stripwid-sthick at C for i=5 to 7 do { circle rad spoke_tail+i*stripwid-sthick at C } # Spokes and roses for i=0 to 15 do { rose(inner_circle,sector*i,midroserad) line thick spokethick/lsk from C to rect_(outer_circle,sector*(i-0.5)) line thick spokethick/lsk from C to rect_(outer_circle,sector*i) \ chop inner_circle+midroserad*2 chop 0 for j=-1 to 1 by 2 do { X: rect_(outer_circle+outerroserad-linethick spt_,sector*(i+j*0.25)) linethick = 1/lsk circle colored rgbstring(gold_) rad outerroserad*1/2-1/lsk/2 spt_ at X linethick = stripthick circle fill_(0) rad outerroserad*1/3-sthick at X point_(sector*(i+j*0.25)) line from X to X + vec_(outerroserad,0) rose(outer_circle,sector*(i+j*0.25),outerroserad) } } # Outer decorations for i=0 to 31 do { move to rect_(exterior-0.25,sector*i/2); point_(sector*i/2) { line thick stripthick from rvec_(del,3.5*del) to rvec_(-del,0) \ then to rvec_(del,-3.5*del) then to rvec_(del,3.5*del) \ shaded rgbstring(gold_) } circle rad stripwid-sthick at Here } smrad = 0.08 for i=0 to 7 do { point_(sector*2*i) move to C + vec_(midroserad+smrad/4,0) { circle shaded rgbstring(gold_) rad smrad-sthick at Here} { circle shaded rgbstring(gold_) rad smrad/2-sthick at Here} line from rvec_(smrad/2,0) to rvec_(smrad,0) } tmp = midroserad-stripwid circle shaded rgbstring(gold_) rad midroserad-sthick at C circle shaded rgbstring(gold_) rad tmp-sthick at C CQ: circle invis rad tmp-linethick*4/2 spt_ at C line from CQ.e to CQ.n to CQ.w to CQ.s to CQ.e to CQ.n CQ: 0.5 tmp = (distance(CQ,C) - linethick*3/2 spt_)*sqrt(2) box wid tmp ht tmp at C ] with .sw at 1,1 ') .PE Circuit_macros9.5/examples/rotate.tex0000644060175006010010000000033513774371760017046 0ustar DwightNone\documentclass[11pt]{article}\usepackage{pstricks,boxdims,pst-grad} \pagestyle{empty} \thispagestyle{empty} \begin{document} {\vspace{2ex}\input{rotatetext.tex} % {\vspace{2ex}\input{rotellipse.tex} } \end{document} Circuit_macros9.5/examples/rotatetext.m40000644060175006010010000000276513774371763017507 0ustar DwightNone.PS # rotatetext.m4 # This is a test of the pstricks \rput function to write a string around # the periphery of a circle of radius r, accounting for inter-letter kerns {\Huge gen_init twopi = twopi_ rtod = rtod_ define(`outputstring',`University of Waterloo') r = 0.75 divert(-1) sinclude(rotate.dim) # Letter and letter-pair width definitions sinclude(tst.dim) define(`arctot',0) # Total arc used by the string sinclude(rotatetext.dim) define(`cname',`ifelse(`$1',` ',,`$1')') define(`cprint',`ifelse(len(`$3'),0,, `define(`cc',`substr(`$3',0,1)')dnl dt = atan2(boxdim(cname(cc),w)/2,`$2') te = te + ifdef(`kern',`atan2(kern/2,`$2')',0) + dt # The kernel of the print mechanism. All else is to calculate angles sprintf("\rput[B]{%8.3f}(0,0){\boxdims{cname(cc)}{cc}}",(arctot/2-te)*rtod) \ with .bottom at `$1'+(rect_(`$2',arctot/2-te+twopi/4)) define(`kern',0) ifelse(len(`$3'),1,,cc,` ',,substr(`$3',1,1),` ',, `define(`kern',`(boxdim(substr(`$3',0,2),w)-boxdim( cname(substr(`$3',0,1)),w)-boxdim(cname(substr(`$3',1,1)),w))')dnl \defboxdim{substr(`$3',0,2)}{substr(`$3',0,2)}') if abs(kern/(1 pt__))>0.05 then { print sprintf("k`'ern(substr(`$3',0,2))=%5.2gpt",kern/(1 pt__)) } te = te + dt + atan2(kern/2,`$2') cprint(`$1',`$2',substr(`$3',1))')') divert print sprintf("`arctot'=%g",arctot) C: circle rad r te = 0 cprint(C,r,outputstring) # Write the total angle to rotatetext.dim sh sprintf("echo \"`define'(`\`arctot'',%f)\" > rotatetext.dim",te) } .PE Circuit_macros9.5/examples/Rotbox.m40000644060175006010010000000100613774371762016543 0ustar DwightNone.PS # Rotbox.m4 gen_init Point_(-10) rotbox(boxwid/2,,thick 2) Point_(30) rotbox(,,shaded "green" outlined "blue",r=0.1) at last []+vec_(boxwid,0) "r=0.1" at last [] move to last [].ne Point_(0) [[]; for_(2,8,2, `rotbox(,,dashed,t=m4x/10) at last []+vec_(boxwid*1.1,0) sprintf("t=%g",m4x/10) at last [] ') ] with .nw at last [].ne+(0.1,0) [[]; for_(10,16,2, `rotbox(,,dashed,t=m4x/10) at last []+vec_(boxwid*1.1,0) sprintf("t=%g",m4x/10) at last [] ') ] with .nw at last [].sw+(0,-0.1) .PE Circuit_macros9.5/examples/rotellipse.m40000644060175006010010000000055513774371760017456 0ustar DwightNone.PS # `rotellipse.m4' gen_init [ E: ellipse shaded "red" outlined "blue" A: rotellipse(1,1,outlined "red" shaded "blue") with .w at E.e Point_(45) B: rotellipse(,,dotted fill_(0.9)) C: rotellipse(,,colored "red") with .s at last [].n thinlines_ showbox_(A) showbox_(B) showbox_(C) thicklines_ ] with .sw at 1,1 .PE Circuit_macros9.5/examples/SampleFlow.m40000644060175006010010000000134413774371763017345 0ustar DwightNone.PS # SampleFlow.m4 darrow_init boxwid = 1.9 boxht = 1.0 linethick = 1.2 define(`dlthick',0.25) define(`dfillcolor',`0.7,0.7,0.7') define rbox {box rad boxht/10} define offset { with .nw at last box.se+(-0.15,-0.125)} define indent { at last box.w+(0.1,0)} define connect { { Dline(from 2nd last box.s to (2nd last box,last box),E;ends=!-) dleft darrow(to last box.w) } } command "{\sf\huge" B1: rbox { "Sample" ljust indent "Acquisition" ljust } B2: rbox offset {"Sample" ljust indent "Checking" ljust } connect B3: rbox offset {"Dimensionality" ljust indent "Sample Check" ljust } connect B4: rbox offset {"Sample" ljust indent "Synthesis" ljust "Techniques" ljust } connect command "}%" .PE Circuit_macros9.5/examples/Schottky.m40000644060175006010010000000336213774371760017103 0ustar DwightNone.PS # Schottky.m4 # 4-input positive NAND: the Schottky option for transistors (TI TTL data book) cct_init tic = dimen_/4 rlen = dimen_*3/4 E1: dot; line up_ tic Q1: bi_trans(,,dEBCBUS) with .E at Here; line left tic from Q1.B; B1: Here resistor(up_ rlen from Q1.C); llabel(,\SI{3}{\kilo{}}) B2: dot; line right_ tic Q2: bi_trans(up_ dimen_,,dEBCBUS) with .B at Here line from Q2.E to (Q2.E,E1); dot Gnd: "GND" ljust at Here+(dimen_/2,0) dot(at Q2.C) { line to (Gnd,Here); "Y" ljust } line to (Q1.C,Here); dot resistor(up_ rlen); llabel(,\SI{4}{\kilo{}}); B4: dot; line right_ tic; up_ Q4: bi_tr with .B at Here line from Q4.E to Q2.C line up_ tic from B4 Q5: bi_trans(,,dEBCBUS) with .E at Here; line left_ tic from Q5.B; B5: dot line from Q5.C to (Q4.C,Q5.C); dot { line to Q4.C } resistor(up_ rlen); llabel(,iflatex(120,"120")); dot Vcc: "Vcc" ljust at (Gnd,Here) dot(at (B5,Vcc)) resistor(to (Here,Q5.C)); llabel(,\SI{8}{\kilo{}}) diode(from (B4,Q2.C) to (B5,Q2.C),Z) line to (Here,Q5.C) diode(from B4 to (Here,B4),Z); dot line left_ tic; up_ Q3: bi_trans(,,dEBCBUS) with .C at Here; line left_ tic from Q3.B; B3: Here line from Q3.E to (Q3.E,B2); dot dot(at (B1,Here)); resistor(down_ to (Here,Q1.C)); rlabel(,\SI{1.5}{\kilo{}}); line to B1 resistor(down_ from B3 to (B3,B2)); rlabel(,\SI{12}{\kilo{}}); line to B2 line from Vcc to (B3,Vcc); resistor(down_ to (Here,Q5.C)) rlabel(,\SI{20}{\kilo{}}) line to B3 ground(at (Q3.C,Gnd),,F); dot for i=0 to 3 do { dot(at (B3+(0,tic*i))) line left_ tic*i; diode(left_ dimen_,Z); dot {line down_ dimen_; reversed(`diode',down_ dimen_,Z); line to (Here,Gnd) if i==3 then { line to Gnd } else { dot }} line left_ tic*(4-i); ifpostscript(,`sprintf("\char%g",64+(4-i)) rjust') } .PE Circuit_macros9.5/examples/sfg.m40000644060175006010010000000531113774371760016046 0ustar DwightNone.PS # sfg.m4 sfg_init( 1.2 ) # scale default size by 1.2 iflatex(`textoffset = 1bp__; ifpsfrag(`textht = 9.5bp__', `latexcommand({\small)') ') [ # Graph 1 T:[ Ft: sfgnode(,f(t),sfgbelow) sfgline(,1/K) Y1: sfgnode(,y_1,sfgbelow rjust) sfgline(,K/M) DDY2: sfgnode(,\ddot{y}_2,sfgbelow rjust) sfgline(,s^{-1}) DY2: sfgnode(,`\dot{y}_2=x_2',sfgbelow ljust) sfgline(,s^{-1}) Y2: sfgnode(,y_2=x_1,sfgbelow ljust) sf = 1 sfgarc(from DY2 to DDY2,-B/M,below,,sf) sfgarc(from Y2 to DDY2,-K/M,above,ccw,sf) sfgarc(from Y2 to Y1,1,sfgabove,,sf) ] # Graph 2 B: [ R1: sfgnode(,r_1,sfgabove) sfgline(,1) X1: sfgnode(,\;x_1,ljust) R2: sfgnode(at R1+(0,-1),r_2,sfgabove) sfgline(,1) X2: sfgnode(,\;x_2,ljust) sfgarc(from X1 to X2,a_{21}\;,rjust,ccw) sfgarc(from X2 to X1,\;a_{12},ljust,ccw) sfgself(at X1,,q_{11}) sfgself(at X1,R,\;a_{11},ljust,cw,1.5) sfgself(at X2,-90,a_{22},sfgbelow) ] with .w at T.e + (linewid/2,-linewid/4) # Graph 3 G3: [#sfg_init( 0.85,0.35/2 ) # change node spacing and increase node size sfg_wid = 0.85 sfg_rad = 0.35/2 for_(1,4,1,`N`'m4x: sfgnode(,m4x,,fill_(0.9)) sfgself(at N`'m4x,-90,P_{m4x},,cw) ifelse(m4x,4,,`sfgline(,G_{m4x},sfgbelow)') ') sfgarc(from N2 to N1,F_2,sfgabove,ccw,) sfgarc(from N3 to N1,F_3,sfgbelow,ccw,1.4) ] with .nw at T.sw A: [#sfg_init( 0.75,0.15 ) sfg_wid = 0.75 sfg_rad = 0.15 arrow right linewid*2/3 P: sfgnode(,p) sfgself(,90,a,sfgbelow,cw) arrow from P.e "b" below Q: sfgnode(,q) R: sfgnode(at Q+(Q.x-P.x,Q.y-P.y),r) # for gpic sfgarc(from Q to R,c,sfgabove,cw) sfgarc(from R to Q,d,sfgbelow,cw) sfgself(at R,-90,e,sfgabove,cw) arrow right linewid*2/3 from R.e ] with .w at G3.e+(linewid/2,0) G4: [sfg_init( 2.0,0.25/2 ) # change node spacing and increase node size s1 = 0.9 s2 = 1.2 N0: sfgnode(,\hbox{\Large 0},,invis) sfgline(right_ sfg_wid,\nu,below,->) N1: sfgnode(,\hbox{\Large 1},,invis) { sfgarc(to N0 ->,(1{-}p)\gamma{+}\nu,above,ccw,s1) } sfgline(right_ sfg_wid,\nu+\lambda,below,->) N2: sfgnode(,\hbox{\Large 2},,invis) { sfgarc(to N1 ->,{{2}\choose{1}}p(1{-}p)\gamma{+}2\nu,above,ccw,s1) } { sfgarc(to N0 ->,(1{-}p)^2\gamma,above,ccw,s2) } sfgline(right_ sfg_wid,\nu+2\lambda,below,->) N3: sfgnode(,\hbox{\Large 3},,invis) { sfgarc(to N2 ->,{{3}\choose{2}}p^2(1{-}p)\gamma{+}3\nu,above,ccw,s1) } { sfgarc(to N1 ->,{{3}\choose{1}}p(1{-}p)^2\gamma,above,ccw,1.2) } { sfgarc(to N0 ->,(1{-}p)^3\gamma,above,ccw,s2) } sfgline(right_ sfg_wid/2,\nu+3\lambda,below,->) {"$\ldots$" wid 0.3 ljust} ] with .nw at G3.sw+(0,-0.15) move from (T.w,G4.s)-(7bp__,6bp__) to B.ne+(15bp__,6bp__) ] #showbox_ iflatex(ifpsfrag(,`latexcommand(})')) .PE Circuit_macros9.5/examples/Shaky.m40000644060175006010010000001121713774371763016353 0ustar DwightNone.PS # Shaky.m4 gen_init NeedDpicTools divert(-1) `An attempt to draw shaky hand-drawn lines' `shakyline(linespec,type,s=shake,[shakevals]) Draw a line with a tremor arg3: s=shake parameter (default 1) arg4=normal(0,1) perturbations used if given' define(`shakyline', `rpoint_(ifelse(`$1',,`to rvec_(linewid,0)',`$1')) M4_start: last line.start M4_end: last line.end [ Start: M4_start End: M4_end llen = distance(Start,End) npts = round_(llen/linewid*4) setkey_($3,s,1) if "$4"=="" then { randn(d,npts-1,0,m4s*(llen/npts/8)) }\ else { for i=1 to npts-1 do { d[i] = $4[i]*m4s*(llen/npts/8) }} P[0]: Start for i=1 to npts-1 do { P[i]: i/npts between Start and End + (vec_(0,d[i])) } P[npts]: End spline $2 from P[0] to P[1] for i=2 to npts do { continue to P[i] } ] with .Start at last line.start; move to last line.end') `shakyarc(arcspec,type,s=shake,[shakevals]) Draw an arc with a tremor arg3: s=shake parameter (default 1) arg4=normal(0,1) perturbations used if given' define(`shakyarc', `arc invis $1 M4_start: last arc.start M4_end: last arc.end M4_C: last arc.c [ Start: M4_start End: M4_end C: M4_C as = atan2(Start.y-C.y,Start.x-C.x) ae = atan2(End.y-C.y,End.x-C.x) ar = distance(Start,C) llen = abs(ar*(ae-as)) npts = round_(llen/linewid*4) setkey_($3,s,1) if "$4"=="" then { randn(d,npts-1,0,m4s*(llen/npts/8)) }\ else { for i=1 to npts-1 do { d[i] = $4[i]*m4s*(llen/npts/8) }} P[0]: Start for i=1 to npts-1 do { P[i]: C + (rect_(ar+d[i],as+i/npts*(ae-as))) } P[npts]: End spline $2 from P[0] to P[1] for i=2 to npts do { continue to P[i] } ] with .Start at last arc.start; move to last arc.end') `shakyspline(points,type,s=shake,[shakevals]) Draw a spline with a tremor arg3: s=shake parameter (default 1) arg4=normal(0,1) perturbations used if given' define(`shakyspline', `rpoint_(ifelse(`$1',,`to rvec_(linewid,0)',`$1')) M4_start: last line.start M4_end: last line.end [ Start: M4_start End: M4_end llen = distance(Start,End) npts = round_(llen/linewid*4) setkey_($3,s,1) if "$4"=="" then { randn(d,npts-1,0,m4s*(llen/npts/8)) }\ else { for i=1 to npts-1 do { d[i] = $4[i]*m4s*(llen/npts/8) }} P[0]: Start for i=1 to npts-1 do { P[i]: i/npts between Start and End + (vec_(0,d[i])) } P[npts]: End spline $2 from P[0] to P[1] for i=2 to npts do { continue to P[i] } ] with .Start at last line.start; move to last line.end') `shakyfitcurve(V,n,linetype, m (default 0),s=val,[shakevals]) Like fitcurve but the control points are perturbed arg5: s=shake parameter (default 1) arg6=normal(0,1) perturbations used if given' define(`shakyfitcurve',` {[ m4fn = `$2'; m4fm = ifelse(`$4',,0,`$4') M4P_[0]: `$1'[m4fm] setkey_($5,s,1) # if "$6"=="" then { !!!! # else { for i=1 to npts-1 do { d[i] = $5[i]*m4s*(llen/npts/8) }} for i=m4fm+1 to m4fn-1 do { M4P_[i-m4fm]: `$1'[i]*(4/3) } M4P_[m4fn-m4fm]: `$1'[m4fn] n = m4fn-m4fm # forward substitution M4P_[1]: M4P_[1]-M4P_[0]/6 d[1] = 1 for i = 2 to n-1 do { M4P_[i]: M4P_[i]-M4P_[i-1]/(d[i-1]*6) d[i] = 1-1/d[i-1]/36 } # backward substitution for i= n-1 to 1 by -1 do { M4P_[i]: (M4P_[i]-M4P_[i+1]/6)/d[i] } # draw using computed control points spline 0.55 `$3' from M4P_[0] to 11/32 between M4P_[0] and M4P_[1] \ then to 5/32 between M4P_[1] and M4P_[2] for i=2 to n-2 do { continue to M4P_[i] } continue to 27/32 between M4P_[n-2] and M4P_[n-1] \ then to 21/32 between M4P_[n-1] and M4P_[n] then to M4P_[n] ] with .M4P_[0] at `$1'[ifelse(`$4',,0,`$4')]} ') divert(0) [ linethick = 2.5 round(,,colored "gray") nl = 10 for i=1 to nl do { shakyline(right 6/nl up 2*(2*pmod(i,2)-1),colored "gray",s=1) round(,,colored "gray") } ] [ linethick = 2.5 na = 3 arcrad = 1 for i=1 to na do { shakyarc(,colored "gray",s=1) } ] with .nw at last [].sw +(0,-1) [ linethick = 2.5 na = 3 arcrad = 2 for i=1 to na do { shakyarc(,colored "gray",s=1) } ] with .sw at last [].se +(1,0) .PE Circuit_macros9.5/examples/shapes.m40000644060175006010010000001705113774371763016561 0ustar DwightNone.PS # shapes.m4 threeD_init divert(-1) # shapes.m4 # 3D structures with complex surfaces and hidden lines are the domain of more # sophisticated software packages, but basic shapes can be drawn with pic. #threeD_init ##################################################### `cylinder3D(xdispl,ydispl,zdispl,diameter, [colored "color"])' define(`cylinder3D',`[ Start: (0,0) xdispl = `$1'; ydispl = `$2'; zdispl = `$3' diamc = ifelse(`$4',,(lenc/2),`$4') ; radc = diamc/2 define(`M4CL',`xdispl,ydispl,zdispl')dnl lenc = length3D(M4CL) cs = dot3D(View3D,M4CL)/lenc End: (project(M4CL)) az = atan2(ydispl,xdispl) ae = atan2(zdispl,sqrt(xdispl^2+ydispl^2)) CL: line invis from Start to End; C: CL.c nls = int(twopi_*radc/lthick) define(`M4PP',`rot3Dz(az,rot3Dy(-ae,rot3Dx(-i/nls*twopi_,0,0,radc)))')dnl for i=0 to nls-1 do { if dot3D(View3D,M4PP) > 0 then { P: (project(M4PP)) ql = sqrta(dot3D(Light3D,M4PP)/radc) line from P to End+P outlined rgbstring(ql,ql,ql) `$5' } } Perp: (vperp(CL,radc)) if cs > 0 then { T: End; B: Start } else { T: Start; B: End } rpoint_(from Start to Perp) css = sqrta(cs) Top: rotellipse(diamc,diamc*cs, thick linethick/3 shaded rgbstring(css,css,css)) with .c at T W: line thick linethick/3 from T+Perp to B+Perp Bot: ellipsearc(diamc,diamc*cs,pi_,twopi_,rp_ang,cw, thick linethick/3) with .C at B E: line thick linethick/3 from B-Perp to T-Perp rpoint_(from Start to End) `$6']') `cone3D(xdispl,ydispl,zdispl,diameter, [colored "color"])' `internal positions: Start (centre of base), End (point), C (axis centre)' define(`cone3D',`[ Start: (0,0) xdispl = `$1'; ydispl = `$2'; zdispl = `$3' define(`M4CL',`xdispl,ydispl,zdispl')dnl lenc = length3D(M4CL) diamc = ifelse(`$4',,(lenc/2),`$4') ; radc = diamc/2 End: (project(M4CL)) cs = dot3D(View3D,M4CL)/lenc az = atan2(ydispl,xdispl) ae = atan2(zdispl,sqrt(xdispl^2+ydispl^2)) CL: line invis from Start to End; C: CL.c nls = int(twopi_*radc/lthick) lt = sqrt(radc^2+lenc^2) b = 0 for i=0 to nls-1 do { if dot3D(View3D, rot3Dz(az,rot3Dy(-ae,rot3Dx(-i/nls*twopi_,radc,0,lenc)))) > 0 then { ql = sqrta(dot3D(Light3D, rot3Dz(az,rot3Dy(-ae,rot3Dx(-i/nls*twopi_,radc,0,lenc))))/lt) P: (project(rot3Dz(az,rot3Dy(-ae,rot3Dx(-i/nls*twopi_,0,0,radc))))) line from P to End outlined rgbstring(ql,ql,ql) `$5' if !b then { WB: P; b = 1 } } else { if b then { BW: P; b = 0 } } } if vlength(CL.x,CL.y) != 0 then { Perp: (vperp(CL,radc,R)) } \ else { Perp: (radc,0) } if cs >= 0 then { T: End; B: Start } else {T: Start; B: End } rpoint_(from Start to Perp) pout = (vlength(End.x,End.y) > abs(radc*cs)) if cs < 0 then { css = sqrta(cs) if pout then { line thick linethick/3 from BW to End then to WB } Bot: rotellipse(diamc,diamc*cs,thick linethick/3 \ ifelse(`$5',,`shaded rgbstring(css,css,css)',`$5')) with .c at T } \ else { if pout then { line thick linethick/3 from BW to End then to WB a = acos((WB.x*Perp.x+WB.y*Perp.y)/radc^2) Bot: ellipsearc(diamc,diamc*cs,a,pi_-a,rp_ang,cw, thick linethick/3) \ with .C at B } \ else { Bot: rotellipse(diamc,diamc*cs,thick linethick/3) with .c at B } } rpoint_(from Start to End) `$6']') `Arrow3D(xdispl,ydispl,zdispl, diam,arrowwid,arrowht)' define(`Arrow3D',`[ diam_Ar = ifelse(`$4',,linewid/10,`$4') wid_Ar = ifelse(`$5',,diam_Ar*2,`$5') ht_Ar = ifelse(`$6',,wid_Ar*2,`$6') x_Ar = ifelse(`$1',,1,`$1') y_Ar = ifelse(`$2',,1,`$2') z_Ar = ifelse(`$3',,1,`$3') define(`M4Arrow3D',`x_Ar,y_Ar,z_Ar')dnl len_Ar = length3D(M4Arrow3D) len_Shaft = len_Ar - ht_Ar cs_Ar = dot3D(View3D,M4Arrow3D) if cs_Ar >= 0 then { Shaft: cylinder3D(sprod3D(len_Shaft/len_Ar,M4Arrow3D),diam_Ar) Head: cone3D(sprod3D(ht_Ar/len_Ar,M4Arrow3D),wid_Ar) \ with .Start at Shaft.End } \ else { Head: cone3D(sprod3D(ht_Ar/len_Ar,M4Arrow3D),wid_Ar) Shaft: cylinder3D(sprod3D(len_Shaft/len_Ar,M4Arrow3D),diam_Ar) \ with .End at Head.Start } Start: Shaft.Start; End: Head.End `$7']') define(`f2xyz3D',``$1'x = `$2' `$1'y = `$3' `$1'z = `$4' ') `prism3D(xdispl,ydispl,zdispl,wid,ht,rotation (rad))' define(`prism3D',`[ Start: (0,0) xdispl = ifelse(`$1',,linewid,`$1') ydispl = ifelse(`$2',,linewid,`$2') zdispl = ifelse(`$3',,linewid,`$3') widp = ifelse(`$4',,(linewid/5),`$4') htp = ifelse(`$5',,(linewid/10),`$5') rotp = ifelse(`$6',,0,`$6') End: (project(xdispl,ydispl,zdispl)); C: 0.5 between Start and End lenp = length3D(xdispl,ydispl,zdispl) az = atan2(ydispl,xdispl); ae = atan2(zdispl,sqrt(xdispl^2+ydispl^2)) wp2 = widp/2; hp2 = htp/2 # corners f2xyz3D(nwB,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp, 0,-wp2, hp2)))) f2xyz3D(swB,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp, 0,-wp2,-hp2)))) f2xyz3D(seB,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp, 0, wp2,-hp2)))) f2xyz3D(neB,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp, 0, wp2, hp2)))) f2xyz3D(nwF,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp,lenp,-wp2, hp2)))) f2xyz3D(swF,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp,lenp,-wp2,-hp2)))) f2xyz3D(seF,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp,lenp, wp2,-hp2)))) f2xyz3D(neF,rot3Dz(az,rot3Dy(-ae,rot3Dx(rotp,lenp, wp2, hp2)))) # facets M4Facet3D(neF,nwF,swF,seF) M4Facet3D(neB,seB,swB,nwB) M4Facet3D(neF,seF,seB,neB) M4Facet3D(neF,neB,nwB,nwF) M4Facet3D(seF,swF,swB,seB) M4Facet3D(nwF,nwB,swB,swF) `$7']') define(`M4Facet3D',` define(`PFacet',`cross3D(diff3D(`$2'x,`$2'y,`$2'z,`$1'x,`$1'y,`$1'z), diff3D(`$3'x,`$3'y,`$3'z,`$2'x,`$2'y,`$2'z))') if dot3D(View3D,PFacet) > 0 then { fFacet = sqrta(dot3D(Light3D,PFacet)/length3D(PFacet)) P1: (project(`$1'x,`$1'y,`$1'z)) P2: (project(`$2'x,`$2'y,`$2'z)) P3: (project(`$3'x,`$3'y,`$3'z)) P4: (project(`$4'x,`$4'y,`$4'z)) line fill_(fFacet) invis from P1 to P2 then to P3 then to P4 then to P1 line from P1 to P2; round line to P3; round line to P4; round line to P1; round } ') ##################################################### divert(0)dnl azimuth = 60 elev = 10 setview(azimuth,elev) [ Orig: (0,0) setlight Arrow3D(1,0,0) with .Start at Orig; move left 12bp__ from last [].End "x" Arrow3D(0,1,0) with .Start at Orig; "y" ljust at last [].End Arrow3D(0,0,1.2) with .Start at Orig; "z" above at last [].End setlight(0,0,0) cylinder3D(1,1,1,0.6) with .Start at (project(0.5,0.5,0.5)) ] Ball: shadedball(0.5) with .nw at last [].ne+(-0.25,0) [ setview(45,10) setlight(40,70) n = 9; len = 1.5; thmin = m4azim+pi_/2*0.8; thmax = thmin+twopi_ for i=0 to n do { r = i/n*(thmax-thmin)+thmin prism3D(rot3Dz(r,rot3Dy(pi_/4,len,0,0)),0.2,0.1) \ with .Start at (project(rot3Dz(r,rot3Dy(pi_/4,len*0.5,0,0)))) } ] with .nw at last [].ne [ setlight(0,0) movewid = 0.1 len = 1.5; ni = 5; nj = 5 for i=1 to ni-1 do { {for j = 0 to nj by 2 do { setview(0,i/ni*180-90,j/nj*90) cylinder3D(0,0,len*(j+1)/(nj+1),0.4) if j < nj then {move right} } } if i < ni then {move down 0.85; right_} } #else { move down movewid } } ] with .nw at 1st [].sw+(0,-0.1) [ setlight(0,0) len = 1.5; ni = 4; nj = 6 for i=1 to ni do { {for j = 0 to nj by 2 do { setview(0,i/ni*180-90,j/nj*90) cone3D(0,0,len*(j+1)/(nj+1),0.4) if i==2 && j==(nj-2) then { move up_ 0.2 right_ -0.4 } \ else { if j < nj then {move right_ 0.1}} } } if i < ni then {move down_ 0.75; right_} } ] with .nw at last [].ne+(0.2,0) .PE Circuit_macros9.5/examples/ShiftR.m40000644060175006010010000000257613774371763016503 0ustar DwightNone.PS # ShiftR.m4 log_init iflatex(`textoffset = 1bp__; ifpsfrag(,`latexcommand({\sf)') ') define(`lg_plen',3) define(`customFF',`FlipFlopX(wid 10*L_unit ht FF_ht*L_unit,, :S;NE:CK;:R, N:PR, :Q;;ifelse(`$1',1,:lg_bartxt(Q)), N:CLR) ') F0: customFF(1) BUFFER_gate(,N) with .Out at F0.W1.end line left 2*L_unit from last [].In1 T: dot reversed(`NOT_gate',left 10*L_unit) Serial: "\scriptsize\shortstack[r]{SERIAL\\ INPUT}" rjust line from T to (T,F0.W3) then to F0.W3.end NCLR: NOT_gate(right T.x-Serial.x from (Serial,F0.S1.end),N) "$\overline{\hbox{\scriptsize CLEAR}}$" at NCLR.start rjust CLK: NOT_gate(right T.x-Serial.x from NCLR.start+(0,-BUF_ht*3/2*L_unit)) "\scriptsize CLOCK" at CLK.start rjust for_(1,4,1,` F`'m4x: customFF(eval(m4x!=4)) with .W3.end at F`'eval(m4x-1).E3.end ') "\scriptsize OUTPUT" at F4.E1.end ljust line from NCLR.end to F4.S1.end down_ for_(0,4,1,` line from F`'m4x.W2.end down F0.W2.y-CLK.y ifelse(eval(m4x!=4),1,`dot',`line to CLK.end') N`'m4x: NAND_gate with .Out at F`'m4x.N1.end line up 2*L_unit from N`'m4x.In2 { line up 6*L_unit from N`'m4x.In1 "\scriptsize PR`'eval(4-m4x)" rjust } ifelse(eval(m4x!=4),1, `dot; dot(at F`'m4x.S1.end)', `line to (Serial,Here) "\scriptsize\shortstack[r]{PRESET\\ ENABLE}" wid 0.4 rjust ') ') iflatex(ifpsfrag(,`latexcommand(})')) .PE Circuit_macros9.5/examples/Sierpinski.m40000644060175006010010000000246313774371763017417 0ustar DwightNone.PS # Sierpinski.m4 gen_init [ define Sierpinski { if $1 > 0.04 then { d = $1/2-lh shade(1,line from $2+(d/2,d/2*s3+lw*2) right d/2 up d/2*s3 then left d*2 \ then right d down d*s3 then right d/2 up d/2*s3 ) Sierpinski($1/2,$2-($1/2,0)) Sierpinski($1/2,$2+($1/2,0)) Sierpinski($1/2,$2+(0,$1*s3/2)) } } r = 3 linethick = 0.2 #linethick = 1/2 /(1pt__) lw = linethick pt__ /2 s3 = sqrt(3) lh = lw*s3 A: 3,3 d = r/2-lh shade(0,line from A+(0,lw) right d then up d*s3 left d then down d*s3 left d\ then right d ) ifpstricks(`psset_(linecolor=white)') Sierpinski(r/2,A) ifpstricks(`psset_(linecolor=black)') thicklines_ ] # CayleyGraph.m4 [ define CayleyGraph { if $3 > 0 then { { line to Here+(cosd($2),sind($2))*($1) exec sprintf("CayleyGraph(%g,%g,%g);", ($1)/2, $2, $3-1); } { line to Here+(cosd($2+90),sind($2+90))*($1) exec sprintf("CayleyGraph(%g,%g,%g);", ($1)/2, $2+90, $3-1); } { line to Here+(cosd($2-90),sind($2-90))*($1) exec sprintf("CayleyGraph(%g,%g,%g);", ($1)/2, $2-90, $3-1); } } } size = 2 depth = 6 for t=0 to 270 by 90 do { line from (0,0) to (cosd(t),sind(t))*size/2; { exec sprintf("CayleyGraph(%g,%g,%g);",size/4,t,depth); } } ] scaled 3/4 with .sw at last [].se+(-0.25,0) .PE Circuit_macros9.5/examples/Sixpole.m40000644060175006010010000000064313774371760016715 0ustar DwightNone.PS # sixpole.m4 define(`biquad',`[ In: Here resistor(right_) E: dot resistor dot {capacitor(down_,C); ground(,T)} line right_ elen_/3 { dot line up_ elen_ amp(to (E,Here),elen_/2) capacitor(from E to Here,C) } amp(right_,elen_/2) Out: Here ]') cct_init define(`elen_',linewid) biquad biquad with .In at last [].Out+(-linewid/4,0) biquad with .In at last [].Out+(-linewid/4,0) .PE Circuit_macros9.5/examples/snake.m40000644060175006010010000000056213774371760016373 0ustar DwightNone.PS # snake.m4 gen_init scale = 2 rmax = 0.8 rmin = 0.2 fact = 0.75 wd = 0.15 [ shade(0.8, for r = rmax to rmin by *fact do { arc cw rad r to Here+(r+r,0) arc ccw rad r-wd to Here+(2*(r-wd),0) } line right wd for r = r to rmax by *1/fact do { arc cw rad r to Here-(r+r,0) arc ccw rad r-wd to Here-(2*(r-wd),0) } line to (0,0) ) ] with .sw at 2,2 .PE Circuit_macros9.5/examples/Sources.m40000644060175006010010000000416513774371763016723 0ustar DwightNone.PS # `Sources.m4' cct_init divert(-1) divert(0)dnl iflatex(`ifpsfrag(,`latexcommand({\sf)') ') movewid = 2pt__ moveht = 0.275 define(`NL',`; move down $1; right_') { {source ; move ; "`source'" ljust} NL {source(,I) ; move ; "`source(,I)'" ljust} NL {source(,i) ; move ; "`source(,i)'" ljust} NL {source(,V) ; move ; "`source(,V)'" ljust} NL {source(,v) ; move ; "`source(,v)'" ljust} NL {source(,SC) ; move ; "`source(,SC)'" ljust} NL {source(,AC); move ; "`source(,AC)'" ljust} NL {source(,X) ; move ; "`source(,X)'" ljust} NL {source(,F) ; move ; "`source(,F)'" ljust} NL {source(,G) ; move ; "`source(,G)'" ljust} NL {source(,Q) ; move ; "`source(,Q)'" ljust} NL(0.3) {proximity ; move ; "`\shortstack[l]{proximity\\ = consource(,P)}'" ljust} } move right_ 2.0 { {source(,,0.4) ; move ; "`source(,{,}0.4)'" ljust} NL(0.35) {source(,P) ; move ; "`source(,P)'" ljust} NL {source(,U) ; move ; "`source(,U)'" ljust} NL {source(,H) ; move ; "`source(,H)'" ljust} NL {source(,R) ; move ; "`source(,R)'" ljust} NL {source(,S) ; move ; "`source(,S)'" ljust} NL {source(,SCr) ; move ; "`source(,SCr)'" ljust} NL {source(,T) ; move ; "`source(,T)'" ljust} NL {source(,L) ; move ; "`source(,L)'" ljust} NL {source(,B) ; move ; "`source(,B)'" ljust} NL {nullator ; move ; "`nullator'" ljust} NL(moveht*0.8) {norator ; move ; "`norator'" ljust} } move right_ 2.0 {source(,N) ; move ; "`source(,N)'" ljust} NL {source(,"\rm mA");move; "`source(,\"mA\")'" ljust} NL(0.31) # {source(,"mA");move; "`source(,'" ljust \ # "`\enskip \"mA\")'" ljust} NL(0.31) {consource ; move ; "`consource'" ljust} NL(0.32) {consource(,I) ; move ; "`consource(,I)'" ljust} NL(0.32) {consource(,i) ; move ; "`consource(,i)'" ljust} NL(0.32) {source(,SE) ; move ; "`source(,SE)'" ljust} NL {consource(,V) ; move ; "`consource(,V)'" ljust} NL(0.32) {consource(,v) ; move ; "`consource(,v)'" ljust} NL(0.3) {battery ; move ; "`battery'" ljust} NL(0.3) {battery(,3,R) ; move ; "`battery(,3,R)'" ljust} iflatex(`ifpsfrag(,`latexcommand(})')') .PE Circuit_macros9.5/examples/SPM.m40000644060175006010010000000356213774371763015737 0ustar DwightNone.PS # `SPM.m4 Salient-pole machine' gen_init outerrad = 1 medrad = 11/16 windings = 6 polewid = 3/8 twid = (outerrad-medrad)/3 srad = twid/4 halfline = ifgpic(0,linethick/2 pt__) C: circle rad outerrad at 0,0 line from Rect_(outerrad,180+60) to (C.w,C.s) then down polewid/2 \ then right 2*outerrad then up polewid/2 then to Rect_(outerrad,-60) line from C+(medrad,-twid/2) right twid then up twid then left twid \ chop -halfline E: Here+(halfline,0) for i = 1 to windings*2 do { Point_(i*360/(windings*2)) arc ccw from E to C+vec_(medrad,-twid/2) with .c at C E: rvec_(0,twid) line to rvec_(twid,0) then to rvec_(twid,twid) then to E chop -halfline } move to C for i = 0 to 3 do {{ Point_(i*90) for_(-1,1,2, `{ line from rvec_(polewid/2,m4x*polewid/2) \ to rvec_(medrad*2/3,m4x*polewid/2) \ then to rvec_(medrad*2/3,m4x*(polewid/2+polewid/5)) \ chop -halfline chop 0 { move to rvec_(0,-(m4x*polewid/5)) line from rvec_(-twid/2,m4x*twid/4) to rvec_(-twid/4,m4x*twid/4) \ then to rvec_(-twid/4,m4x*twid*3/4) \ then to rvec_(-twid*7/4,m4x*twid*3/4) \ then to rvec_(-twid*7/4,m4x*twid/4) \ then to rvec_(-twid/2,m4x*twid/4) } T: rvec_(srad,0) arc ifelse(m4x,-1,c)cw to (1+srad/distance(T,C)) with .c at T }') arc cw from last arc.end to 2nd last arc.end with .c at C }} t = distance(C,last arc.s) "\sf N" at C+(0, t) below "\sf N" at C+(0,-t) above "\sf S" at C+(-t,0) ljust "\sf S" at C+( t,0) rjust for i = 0 to windings/2-1 do { for j = 1 to 2 do { sprintf("$\char%g_%g$",97+i,j) \ at Rect_(outerrad-twid,180*(2-j)-i*360/windings) } for j = 1 to 2 do { sprintf("$\char%g_%g'$",97+i,j) \ at Rect_(outerrad-twid,180*(2-j)-90-i*360/windings) } } .PE Circuit_macros9.5/examples/SQUID.m40000644060175006010010000000057413774371760016162 0ustar DwightNone.PS # SQUID.m4 cct_init divert(-1) divert(0)dnl down_ #source S1: SQUID "J1" at S1.J1 above rjust "J2" at S1.J2 above ljust S2: SQUID(3,dimen_*1.5,-120) at S1.e+(elen_,0) "J1" at S2.J1 above rjust "J2" at S2.J2 below ljust "J3" at S2.J3 above ljust arcrad = S2.C.rad*0.7 arc from S2.c+(Rect_(arcrad,-135)) to S2.c+(Rect_(arcrad,-45)) \ with .c at S2.C -> .PE Circuit_macros9.5/examples/squiggle.m40000644060175006010010000000166313774371760017115 0ustar DwightNone.PS gen_init divert(-1) dnl Should this macro be in libgen.m4 or would that be just adding clutter? `squiggle(linespec, amplitude,wavelength,attributes)' `squiggly line (sinusoid), e.g. squiggle(up_ 1 right_ 2,,,outlined "red")' define(`squiggle',`rpoint_(ifelse(`$1',,linewid,`$1')) m4dist = lin_leng(last line) m4cycles = int(m4dist/(ifelse(`$3',,0.25*scale,`$3'))+0.5) define(`squiggleampl',`ifelse(`$2',,0.04*scale,`$2')')dnl define(`squigglefreq',`(twopi_*m4cycles/m4dist)')dnl sinusoid(squiggleampl,squigglefreq,-twopi_/4,0,m4dist,`$4') \ with .Origin at last line.start move to last line.end') divert(0)dnl squiggle(up_ 1 right_ 2,,,outlined "red") squiggle(up 2 right_ 2,0.1,0.15,outlined "red" <-> wid 0.06 ht 0.05) squiggle(right_ 1,,,dotted outlined "blue" wid 0.06 ht 0.05) .PE Circuit_macros9.5/examples/svg/0000755060175006010010000000000013774371764015630 5ustar DwightNoneCircuit_macros9.5/examples/svg/ABlogixSVG.m40000644060175006010010000000364313774371760020001 0ustar DwightNone.PS # `ABlogixSVG.m4' log_init(svg_font(sans-serif,10.5bp__)) linewid = 0.4 # A more complex expression F: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1))))) Loopover_(`v_', `"svg_it(v_)" wid 11bp__ at F.In`'v_ above', x0,x1,x2,x3,x4) "svg_it(Out)" ljust at F.Out "svg_tt(`Autologix(And(Or(x3,x1,~x0),')" \ wid 201bp__ with .w at F.sw+(0,-0.25) "svg_tt(`Nor(Or(x3,Not(x2),~x1,x0),And(x4,Or(x2,x1,~x0),')" \ wid 343bp__ with .w at last "".w+(65bp__,-16bp__) "svg_tt(`Xor(x2,~x1)))))')" \ wid 105bp__ with .w at last "".w+(0,-16bp__) # Inputs on the left with vert offset in L_units define(`Doff',LV;offset=25) G: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))), Doff*L_unit) \ with .sw at F.Out+(0.2,-0.7) Loopover_(`v_', `"svg_it(v_)" wid 11pt__ at G.In`'v_ rjust ', x0,x1,x2,x3,x4) "svg_it(Out)" wid 22bp__ ljust at G.Out "svg_tt(`...,'Doff*L`'_unit))" at G.s+(0,-10pt__) # A more complex expression define(`Eoff',R) E: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))), Eoff) \ with .nw at F.sw+(0,-1.5) Loopover_(`v_', `"svg_it(v_)" wid 11bp__ at E.In`'v_ above ', x0,x1,x2,x3,x4) "svg_it(Out)" ljust at E.Out "svg_tt(...`,'Eoff))" at E.s+(0,-10pt__) # Inputs on the left with vert offset in L_units define(`Foff',LRV;offset=17) D: Autologix(And(Or(x3,x1,~x0),Nor(Or(x3,Not(x2),~x1,x0), And(x4,Or(x2,x1,~x0),Xor(x2,~x1)))), Foff*L_unit) \ with .sw at E.Out1+(0.2,-0.5) Loopover_(`v_', `"svg_it(v_)" wid 11pt__ at D.In`'v_ rjust ', x0,x1,x2,x3,x4) "svg_it(Out)" ljust at D.Out "svg_tt(...`,'Foff*L`'_unit))" at D.s+(0,-10pt__) command "" # end font .PE Circuit_macros9.5/examples/svg/AdderSVG.m40000644060175006010010000000474013774371757017500 0ustar DwightNone.PS # AdderSVG.m4 log_init(svg_font(sans-serif,11bp__)) del = linewid/4 [ # full adder using gates A: dot; { move left 15bp__}; {"A" rjust}; line right Xor1: XOR_gate with .In1 at Here dy = Xor1.In1.y-Xor1.In2.y B: dot(at (A,Xor1.In2)); {"B" rjust}; line to Xor1.In2 line from Xor1.Out right 2*del+dy Xor2: XOR_gate with .In1 at Here Co: Autologix(Or(And(X1,X2),And(A,B)),N) with .nw at Xor2.sw+(-del,-del/2) line from Co.In1 to (Co.In1,Xor2.In2) then to Xor2.In2 dot(at (Xor1.Out+(del,0))); line to (Here,Co.In2) then to Co.In2 dot(at (Xor1.In1-(del,0))); line to (Here,Co.In3) then to Co.In3 dot(at (Xor1.In2-(del+dy,0))); line to (Here,Co.In4) then to Co.In4 line right del from Co.Out1; dot; {"Co" ljust } dot(at (Here,Xor2.Out)); {"S" ljust}; line to Xor2.Out Ci: dot(at (B,(0.5 between Xor2.s and Co.n))); line to (Co.In1,Here); dot "Ci" rjust at Ci ] [ # truth table griddim = linewid*0.4 define(`row',`T: (0,-(`$1')*griddim*0.8) Loopover_(`v',`"v" at T; T: T+(griddim,0)', shift($@))') [row(0,A,B,Ci,Co,S)] line thick 2 color "gray" right 4.5*griddim \ with .c at last [].c+(0,-griddim/2) [row(1,0,0,0,0,0) row(2,0,0,1,0,1) row(3,0,1,0,0,1) row(4,0,1,1,1,0) row(5,1,0,0,0,1) row(6,0,1,1,0,0) row(7,1,1,0,1,0) row(8,1,1,1,1,1) ] with .n at last [].c+(0,-griddim) ] with .nw at 1st [].ne+(linewid,0) [ # cascade of n-bit adders define(`smarrow',`arrow arrowht*4/5 wid arrowwid*5/4') define(`nbitadder', `FlipFlopX(wid 2*linewid fill_(0.9),n-bit adder, :, I:;I:;;;I:;I:, I:, O:;;;O: ) `$3' `"... "' at last [].Chip.n + (0,arrowht) `"... "' at last [].Chip.s - (0,arrowht) ifelse(`$1',,, `"x`'svg_sub($1)" at last [].N6.end above "s`'svg_sub($1)" at last [].S4.end below "y`'svg_sub($1)" at last [].N5.end above') ifelse(`$2',,, `"x`'svg_sub($2)" ljust at 0.5 between last [].N2.end and last [].N1.end above "y`'svg_sub($2)" rjust at 0.5 between last [].N2.end and last [].N1.end above "s`'svg_sub($2)" at last [].S1.end below ') ') P: nbitadder(0,n-1) {"c`'svg_sub(o)" wid 0.15 at P.E1.end ljust } {"c`'svg_sub(n)" at P.W1.end above } Q: nbitadder(n,2n-1, with .E1.end at P.W1.end) smarrow left arrowht from Q.W1.end { "... " at Here+(-10pt__,0) } R: nbitadder(,kn-1, with .E1.end at Here-(20bp__,0)) smarrow left arrowht from R.W1.end {"c`'svg_sub(kn)" wid 0.22 rjust } ] with .nw at 1st [].sw+(0,-0.5) command "" # end font .PE Circuit_macros9.5/examples/svg/AlogixSVG.m40000644060175006010010000001036113774371760017672 0ustar DwightNone.PS # `AlogixSVG.m4' log_init(svg_font(sans-serif,10.5bp__)) # A modest expression in default form A: Autologix( Nand(And(Or(A,C),Or(B,~C),Or(~A,B,C)),Ck); Nand(~A,B)@with .n at last [].s+(0,-2bp__)) "svg_it(Out1)" at A.Out1 ljust "svg_it(Out2)" at A.Out2 ljust Loopover_(`v_', `"svg_it(v_)" at A.In`'v_ above ', A,B,C,Ck) move left 0.2 from A.w "svg_tt(`Autologix(')" wid 68bp__ with .w at A.sw+(0,-0.15) "svg_tt(`Nand(And(Or(A,C),Or(B,~C),Or(~A,B,C)),Ck);')" \ wid 305bp__ with .w at last "".w+(0.2,-0.18) "svg_tt(`Nand(~A,B)@with .n at last [].s+(0,-2bp__))')"\ wid 313bp__ with .w at last "".w+(0,-0.18) # Draw a tree of gates only. The ~ has been # replaced by NOT gates. B: Autologix(Or(And(B,Not(C)),And(Not(A),B,C)),N) \ with .sw at A.e+(1.3,-0.5) "svg_it(Out)" at B.Out above ljust "svg_tt(`Autologix(')" wid 68bp__ with .w at B.sw+(0,-0.15) "svg_tt(`Or(And(B,Not(C)),And(Not(A),B,C)),N)')" \ wid 262bp__ with .w at last "".w+(0.2,-0.18) for_(1,4,1,`"svg_it(B.In`'m4x)" at B.In`'m4x rjust') "svg_it(B.In5)" at B.In5+(0,-1.5bp__) rjust # Here is how to include an arbitrary circuit # that is not one of the standard gates. # First, define the circuit with a name ending # in _gate. Make sure its inputs are on the left # and named In1, In2, ... and the output Out # is on the right. define(`SR_gate',`[ S: NOR_gate R: NOR_gate at S+(0,-L_unit*(AND_ht+4)) w = (S.Out.x-R.In1.x)/3 v = 2*L_unit line right_ dimen_/2 from S.Out Out: Here TR: R.In1-(v,0) line from S.Out+(v,0) down w*3/2 then left S.Out.x-TR.x+v down w \ then to TR then to R.In1 TS: S.In2-(v,0); line from R.Out right v then up w*3/2 then left R.Out.x-TS.x+v up w \ then to TS then to S.In2 In1: S.In1 In2: R.In2 ]') # Now define the function by which the circuit # will be invoked: define(`SRff',`_AutoGate(SR,$@)') # You are done. Here is an example: G: [ F: Autologix(SRff(And(x,y),Nand(x,y)),LRV) "svg_it(x)" at F.Inx rjust "svg_it(y)" at F.Iny rjust "svg_it(Out)" at F.Out ljust ] with .sw at A.n+(0.5,-0.25) "svg_tt(`Autologix(SRff(And(x,y),Nand(x,y)),LRV)')" wid 285pt__ \ with .w at last [].sw+(0,-10pt__) undefine(`extras') define(`extras') ifdef(`extras',` Q1: Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D))) \ with .nw at A.sw+(0,-61bp__) Loopover_(`x',`"x" wid 7bp__ at last [].In`'x above',A,B,C,D) "svg_tt(`Q1: Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),options)')" \ wid 363bp__ with .nw at Q1.sw+(0,-10bp__) "svg_tt(`Loopover_(`x',`\"svg_it(x)\" at last [].In`'x above',A,B,C,D)')" \ wid 431bp__ with .nw at last "".sw+(0,-5bp__) Q2: Autologix(Nor(Nor(A,And(B,~C)),Nand(Not(B),D)),V) \ with .nw at last "".sw+(0,-16bp__) Loopover_(`x',`"x" at last [].In`'x above',A,B,C,D) "V" at last [].se above rjust Q3: Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),R) \ with .nw at last [].sw+(0,-0.2) Loopover_(`x',`"x" at last [].In`'x above',A,B,C,D) "R" at last [].se above rjust Q4: Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),RV) \ with .nw at last [].sw+(0,-0.2) Loopover_(`x',`"x" at last [].In`'x above',A,B,C,D) "RV" at last [].se above rjust Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),LRV) \ with .Out at Q4.Out+(3.5,0) Loopover_(`x',`"x" at last [].In`'x rjust',A,B,C,D) "LRV" at last [].se above rjust Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),LR;offset=-L_unit*1.5) \ with .Out at Q3.Out+(3.5,0) Loopover_(`x',`"x" at last [].In`'x rjust',A,B,C,D) "LR" at last [].se above rjust Autologix(Nor(Nor(A,And(B,~C)),Nand(Not(B),D)),LV;offset=L_unit*2) \ with .Out at Q2.Out+(3.5,0) Loopover_(`x',`"x" at last [].In`'x rjust',A,B,C,D) "LV" at last [].se above rjust Autologix(Nor(Nor(A,And(B,C)),Nand(Not(B),D)),L) \ with .Out at Q1.Out+(3.5,0) Loopover_(`x',`"x" at last [].In`'x rjust',A,B,C,D) "L" at last [].se above rjust ') command "" # end font .PE Circuit_macros9.5/examples/svg/AmpTableSVG.m40000644060175006010010000000103213774371757020135 0ustar DwightNone.PS # `Amptable.m4' cct_init(svg_font(sans-serif,11bp__)) textwid = 0.7 movewid = 2pt__ { {amp ; move ; "`amp'" ljust} move down 0.4; right_ {amp(,0.3) ; move ; "`amp'(,0.3)" ljust} } move right_ 2.0 { {delay ; move ; "`delay'" ljust} move down 0.4; right_ {delay(,0.2) ; move ; "`delay'(,0.2)" ljust} } move right_ 2.0 { {integrator ; move ; "`integrator'" ljust} move down 0.5; right_ {integrator(,0.3) ; move ; "`integrator'(,0.3)" wid 1.2 at Here ljust} } command "" # end font .PE Circuit_macros9.5/examples/svg/AntennasSVG.m40000644060175006010010000000210213774371757020216 0ustar DwightNone.PS # `Antennas.m4' cct_init(svg_font(sans-serif,11bp__)) textoffset = 3bp__ define(`elen_',elen_*0.9) B: Here A: antenna "T" below at A.T "`antenna'" wid 0.6 at A.n above A: antenna(at A.T+(elen_,0),T) "T" below at A.T "`(,T)'" at A.n above A: antenna(at A.T+(elen_,0),,L) "T1" below rjust at A.T1 "T2" below ljust at A.T2 "`(,,L)'" at A.n above A: antenna(at A.T+(elen_,0),T,L) "T1" below rjust at A.T1 "T2" below ljust at A.T2 "`(,T,L)'" at A.n above A: antenna(at A.T+(elen_,0),,T) "T" below at A.T "`(,,T)'" at A.n above A: antenna(at A.T+(elen_,0),,S) "T1" below rjust at A.T1 "T2" below ljust at A.T2 "`(,,S)'" at A.n above A: antenna(at A.T+(elen_,0),,D) "T1" below rjust at A.T1 "T2" below ljust at A.T2 "`(,,D)'" at A.n above A: antenna(at A.T+(elen_,0),,P) "T" below at A.T "`(,,P)'" at A.n above A: antenna(at A.T+(elen_,0),,F) "T" below at A.T "`(,,F)'" at A.n above command "" # end font .PE Circuit_macros9.5/examples/svg/AntiqueClockSVG.m40000644060175006010010000001166413774371757021046 0ustar DwightNone.PS # AntiqueClockSVG.m4 gen_init(svg_font(font-family="sans-serif" font-stretch="condensed")) # https://tex.stackexchange.com/questions/236923/generate-analog-clock-with-numbered-face-add-seconds-roman-numerals svg_rot_init(AntiqueClockSVG) # `hms2deg(hr,min,sec) hr:min:sec to degrees # blank arg1: degrees for minute hand # blank arg1 and arg2: degrees for second hand' define(`hms2deg',`ifelse(`$1',, `ifelse(`$2',, `(90-pmod(ifelse(`$3',,0,`$3'),60)/60*360)', `(90-(pmod(`$2',60)/60 + pmod(ifelse(`$3',,0,`$3'),60)/60/60)*360)')', `(90-(pmod(`$1',12) + pmod(ifelse(`$2',,0,`$2'),60)/60 + dnl pmod(ifelse(`$3',,0,`$3'),60)/3600)/12*360)')') # `SecondHand(length,hr,min,sec)' define(`SecondHand',`[ shsf = (`$1')/3.2 C: Here { L: rpoint_(to (Rect_(`$1',hms2deg(,,`$4')))) } line thick 8*shsf to rvec_(`$1',0) ]') # `AntiqueMinuteHand(length,hr,min,sec)' define(`AntiqueMinuteHand',`[ mhsf = (`$1')/2.84 L: rpoint_(to (Rect_(`$1',hms2deg(,`$3',`$4')))) C: circle fill_(0) diam 0.47*mhsf at L.start move to C spline from rvec_(0,0.047*mhsf) \ to rvec_(1.65*mhsf,0.11*mhsf) \ then to rvec_(`$1',0.018*mhsf) \ then to rvec_(`$1',-0.018*mhsf) \ then to rvec_(1.65*mhsf,-0.11*mhsf) \ then to rvec_(0,-0.047*mhsf) \ shaded rgbstring(0,0,0) ]') # `AntiqueHourHand(length,hr,min,sec)' define(`AntiqueHourHand',`[ hhsf = (`$1')/2.2 L: rpoint_(to (Rect_(`$1',hms2deg(`$2',`$3',`$4')))) C: circle fill_(0) diam 0.6*hhsf at L.start move to C v = 0.25*hhsf { line to rvec_(1.1*hhsf,0) thick 0.15/(1bp__)*hhsf } C1: rvec_(1.25*hhsf,0) d = `$1'-1.25*hhsf q = 1bp__*hhsf r1 = (d^2 + q^2 - v^2)/(v-q)/2 tang = atan2((r1+q),d) for i=0 to 3 do { X[i]: C1+vec_(rect_(v, pi_+i/3*( tang-pi_))) Y[i]: C1+vec_(rect_(v,-pi_+i/3*(-tang+pi_))) } n = 3 for i=1 to 4 do { aa = -pi_+tang + i/4*(pi_/2-tang) XX: (d,r1+q)+(rect_(r1,aa)) n+=1; X[n]: C1+vec_(XX.x, XX.y) Y[n]: C1+vec_(XX.x,-XX.y) } m = n for i= 0 to m do { n+=1; X[n]: Y[m-i] } fitcurve(X,n,shaded rgbstring(0,0,0)) ]') define(`AntiqueClock',`[ # h,m,s,diam # Clock size parameters: hour = ifelse(`$1',,3,`$1') minute = ifelse(`$2',,41,`$2') second = ifelse(`$3',,51,`$3') # outer radius ifelse(`$4',,`skale=0.5; r1=2',`r1=(`$4')/2; skale=r1/4') r2 = r1 - 0.5*skale r3 = r2 - 0.14*skale r4 = r3 - 0.35*skale r5 = r4 - 0.17*skale r6 = r5 - 0.63*skale r7 = r6 - 0.17*skale shadelinethick = 1.0 C: circle thick 0.2 rad r1 define shadeline { s = 1-($`'1)*2 v = r*s h = sqrt(r^2-v^2) t = 1-abs(s) line from (vrot_(-h,v,cost,sint)) to (vrot_(h,v,cost,sint)) \ thick shadelinethick outlined rgbstring(t,t,t) } r = r1 # Bezel outer nlines = int(2*r/(shadelinethick pt__)*1.1) cost = cosd(10); sint = sind(10); ShadeObject(shadeline,nlines, 0, 0,0,0, 0.5, 1,1,1, 1, 0,0,0 ) at C r = r2 # Bezel inner nlines = int(2*r/(shadelinethick pt__)*1.1) cost = cosd(-10); sint = sind(-10); ShadeObject(shadeline,nlines, 0, 0,0,0, 0.25, 0.8,0.8,0.8, 0.5, 1,1,1, 0.75, 0.8,0.8,0.8, 1, 0,0,0 ) at C # Clock face Face: circle thick 0 fill_(1) rad r3 at C circle rad r4 at C circle rad r5 at C circle rad r6 at C circle rad r7 at C # Ad hoc shift of rotated SVG text define adj { (-cosd($`'1)*textht*0.5*sign(180-($`'1)),\ (0.25+0.25*cosd(2*($`'1)))*textht) } # Outer numbers textht = (r3-r4)*0.6 for mn = -15 to 15 by 5 do { t = 90-mn/60*360 R:(Rect_((r3+r4)/2,t)) svg_rot(-mn/60*360,sprintf("%g",pmod(mn,60)) at C+R+adj(t)) } for mn = 20 to 40 by 5 do { t = 450-mn/60*360 R: (Rect_((r3+r4)/2,t)) svg_rot(180-mn/60*360, sprintf("%g",pmod(mn,60)) at C+R+adj(t)) } # Outer tics for mn = 1 to 60 do { t = 90-mn/60*360 line from C+(Rect_(r5,t)) to C+(Rect_(r4,t)) } # Inner numbers textht = (r5-r6)*0.6 Loopover_(`mx',`tt = 90-(m4Lx-4)/12*360 R: (Rect_((r5+r6)/2,tt)) svg_rot(tt-90, "mx" at C+R+adj(tt)) ', IX,X,XI,XII,I,II,III) Loopover_(`mx',`tt = 360-m4Lx*30 R: (Rect_((r5+r6)/2,tt)) svg_rot(tt-270, "mx" at C+R+adj(tt)) ', IV,V,VI,VII,VIII) # Inner tics for mn = 5 to 60 by 5 do { t = 90-mn/60*360 line from C+(Rect_(r7,t)) to C+(Rect_(r6,t)) } # Hands AntiqueHourHand(r6,hour,minute,second) with .C at C AntiqueMinuteHand(r5,hour,minute,second) with .C at C SecondHand((r3+r4)/2,hour,minute,second) with .C at C # Center dot(at C,0.1/4*r1,1) ]') Clock1: AntiqueClock(,,,3.5) # Clock2: AntiqueClock(4,48,07,2) at Clock1.e+(1.5,0) command "" # end font .PE Circuit_macros9.5/examples/svg/AudioSVG.m40000644060175006010010000000524013774371757017516 0ustar DwightNone.PS # `AudioSVG.m4' cct_init(svg_font(sans-serif,11bp__,2bp__)) define(`In123',` thinlines_ arrow <- from `$1'.In1 up 0.05 left 0.15 "svg_it(In1)" wid 0.25 rjust above arrow <- left 0.15 from `$1'.In2 "svg_it(In2)" rjust arrow <- from `$1'.In3 down 0.05 left 0.15 "svg_it(In3)" rjust below thicklines_ ') L:[ S: speaker `"speaker"' at S.s+(0,-0.2) below In123(S) thinlines_ arrow <- from S.In4 left 0.05 up 0.15 "svg_it(In4)" above rjust arrow <- from S.In5 right 0.05 up 0.15 "svg_it(In5)" above ljust arrow <- from S.In6 left 0.05 down 0.15 "svg_it(In6)" below rjust arrow <- from S.In7 right 0.05 down 0.15 "svg_it(In7)" below ljust spline <- from S.Box.e+(0,0.05) right 0.27 up 0.10 \ then right 0.1 up 0.2 "svg_it(Box)" above thicklines_ ] [ H: speaker(,,H) `"...(,,H)"' at H.s+(0,-0.30) below ] with .sw at last [].se [ B: bell `"bell"' at B.s+(0,-0.2) below In123(B) thinlines_ arrow <- from B.Box.n+(-0.1,0) up 0.15 left 0.1 ; "svg_it(Box)" above arrow <- from B.Circle.n up 0.15 ; "svg_it(Circle)" above thicklines_ ] with .sw at last [].se+(0.35,0) [ Z: buzzer `"buzzer"' at Z.s+(0,-0.2) below In123(Z) thinlines_ arrow <- from Z.Box.n up 0.15 ; "svg_it(Box)" above thicklines_ ] with .sw at last [].se+(0.4,0) R:[ Z: buzzer(,,C) `"buzzer(,,C)"' at Z.s+(0,-0.2) below In123(Z) thinlines_ spline <- from 0.8 right 2*arrowht up 0.5*arrowht \ then up 0.15 right 0.05 "svg_it(Face)" wid 0.5 at Here above thicklines_ ] with .sw at last [].se+(0.4,0) [ M: microphone `"microphone"' wid 60bp__ at M.s+(0,-0.2) below In123(M) thinlines_ arrow <- from M.Circle.n up 0.15 ; "svg_it(Circle)" above thicklines_ ] with .sw at last [].se+(0.4,0) [ M: microphone(A) "`microphone(A)'" at M.s+(0,-0.2) #below thinlines_ arrow <- from M.Head.e+(0,0.05) right 0.2; "svg_it(Head)" wid 40bp__ ljust spline 0.5 <- from M.Head.b down 0.05 right 0.1 then right 0.1 "svg_it(Head.b)" ljust arrow <- from M.Stand.s right 0.2; "svg_it(Stand.s)" ljust thicklines_ ] with .n at last [].s+(0,-0.2) [[ E: earphone `"earphone"' at E.s+(0,-0.2) below In123(E) thinlines_ arrow <- from E.Box.n up 0.15 left 0.15 ; "svg_it(Box)" above thicklines_ ] [ E: earphone(,,C) `"earphone(,,C)"' at E.s+(0,-0.2) below thinlines_ arrow <- from E.L up 0.15 left 0.15; "svg_it(L)" rjust arrow <- from E.R up 0.15 right 0.15; "svg_it(R)" ljust "svg_it(N)" at E.N above "svg_it(C)" at E.C thicklines_ ] with .sw at last [].se+(0.4,0) ] with .n at (0.5 between L and R,L.s)+(0.5,-0.2) command "" # end font .PE Circuit_macros9.5/examples/svg/AutoencoderSVG.m40000644060175006010010000000565513774371760020731 0ustar DwightNone.PS # Masked_Autoencoder.m4 gen_init NeedDpicTools svg_font(sans-serif,12bp__,textoffset) circlerad = 0.2 circlesep = 0.5 rowsep = 0.9 arrowht = arrowht*0.8 arrowwid = arrowwid*1.4 linethick = 1 define plan { m = 0 for i=1 to 4 do { for j=1 to ncircles[i] do { exec sprintf("C[i,j]: circle thick 1.6 \"%g\" at Here",m+j) if i>1 then { if "$1"=="" then { for k=1 to ncircles[i-1] do { arrow from C[i,j] to C[i-1,k] chop } } } if j!=ncircles[i] then { move right_ circlesep from C[i,j] } } m += ncircles[i] case(i, move to C[1,1]+(-circlesep/2,-rowsep), move to C[2,1]+(0,-rowsep), move to C[3,1]+(circlesep/2,-rowsep), ) } } gridsiz = 0.78/4 define grid { [ SW: 0,0 for i=1 to $1 do { move to (0,(0.5-i)*gridsiz) exec sprintf("fv = $%g",2+i) for j=1 to $2 do { fl = 1-(int(fv / 2^(j-1)) % 2) box wid gridsiz ht gridsiz outlined "gray" shaded rgbstring(fl,fl,fl) } } ]} define cxt { m = 1 for i=2 to 4 do { for j=1 to ncircles[i] do { exec sprintf("narrows = $%g",m) for k=1 to narrows do { exec sprintf("cnum = $%g",m+k) exec sprintf("arrow from C[i,j] to C[i-1,cnum] $%g chop", $+) } m += narrows+1 } } } B: box invis ht 8 wid 8 [ array(ncircles,3,4,4,3) plan() svg_font(Times,12bp__,textoffset) for j=1 to 3 do { sprintf("svg_it(x)`'svg_sub(%g,60%)",j) at C[1,j].n+(0,2bp__) above "svg_circ" at last ""+(-1bp__,1bp__) sprintf("svg_it(x)`'svg_sub(%g,60%)",j) at C[4,j].s+(0,-2bp__) below } "V" at 0.5 between C[2,1].w and C[1,1].w "W`'svg_sup(2)" at 0.5 between C[3,1].w and C[2,1].w "W`'svg_sup(1)" at 0.5 between C[3,1].w and C[4,1].w GV: grid(3,4,0,15,6) with .w at C[2,4]+(circlerad*2,rowsep/2) "=M`'svg_sup(V)" at GV.e ljust G2: grid(4,4,13,0,0,13) with .w at (GV.w,C[3,4]+(circlerad*2,rowsep/2)) "=M`'svg_sup(V`'svg_sup(2))" at G2.e ljust G1: grid(4,3,1,5,1,1) with .w at (GV.w,C[4,3]+(circlerad*2,rowsep/2)) "=M`'svg_sup(V`'svg_sup(1))" at G1.e ljust command "" move to (GV.x+3*circlesep,C[1,1].y) plan(3,1,2,1,2,2,1,2,1,2,2,3,1,2) for i=2 to 4 do { cxt(2,1,3,0,0,2,1,3, 0,4,1,2,3,4,0,0, 0,4,1,2,3,4,0, \ outlined rgbstring(0.5,0.5,0.5) shaded rgbstring(0.5,0.5,0.5) ) cxt(0,1,1,1,1,0, 2,2,3,0,2,2,3,2,2,3, 0,0,3,1,3,4,) } svg_font(Times,12bp__,textoffset) for j=1 to 3 do { sprintf("svg_it(x)`'svg_sub(%g,60%)",j) \ at C[4,j].s+(0,-2bp__) below } arrow dotted from C[1,2].n up circlesep/2 "svg_it(p(x`'svg_sub(2)))" at Here+(0,2bp__) above "svg_it(p(x`'svg_sub(3)|x`'svg_sub(2)))" at (C[1,3]+(circlesep/2,0),last "") arrow dotted from C[1,3] to last "".s chop circlerad chop textoffset "svg_it(p(x`'svg_sub(1)|x`'svg_sub(2),x`'svg_sub(3)))" \ at (C[1,1]+(-circlesep/2,0),last "") arrow dotted from C[1,1] to last "".s chop circlerad chop textoffset command "" ] at B command "" .PE Circuit_macros9.5/examples/svg/Banking.m40000644060175006010010000000320413774371760017436 0ustar DwightNone.PS #Banking.m4 gen_init scale = 2.54 # use cm svg_font(Arial Black,11 bp__,2 bp__) boxwid = 6.8 boxht = 4.5 linethick_(1.5) define(`heading', ``$1'') define(`subheading', `[`$1']') define(`wtext',``$1'') C: circle diam 2.6 colored "mediumblue" Person: box rad boxht/4 colored "mediumblue" with .n at C.s+(0,C.rad/8) \ "heading(Personal Banking)" \ "" \ "heading(Customer)" \ "subheading(Person)" \ "" \ "wtext(A customer of the bank`,' with)" \ "wtext(personal bank accounts.)" A1: arrow thick 1.5 dashed down 3.5 from Person.s svg_font(Arial,11 bp__,2 bp__) { box invis fill 1 ht 0.4 wid 1.0 "Uses" at A1 } command "" Internet: box colored "steelblue" \ "heading(Internet Banking System)" \ "subheading(Software system)" \ "" \ "wtext(Allows customers to view)" \ "wtext(information about their bank)" \ "wtext(accounts`,' and make payments.)" svg_font(Arial,11 bp__,2 bp__) A2: arrow thick 1.5 dashed right 5.4 from Internet.e \ "Sends e-mail" above "using" below command "" Email: box colored "slategrey" \ "heading(E-mail System)" \ "subheading(Software system)" \ "" \ "wtext(Internal Microsoft Exchange)" \ "wtext(e-mail system.)" A3:arrow thick 1.5 dashed from Email.nw+(0.4,0) to Person.se+(0.3,Person.ht/5) svg_font(Arial,11 bp__,2 bp__) { box invis fill 1 ht 0.4 wid 3.3 "Sends e-mails to" at A3 } command "" # etc command "" # font .PE Circuit_macros9.5/examples/svg/BipSVG.m40000644060175006010010000000342413774371757017171 0ustar DwightNone.PS # `Bip.m4' cct_init(svg_font(sans-serif,11bp__)) up_ Q1: bi_tr(up_ dimen_) thinlines_ box dotted ht last [].ht wid last [].wid at last [] thicklines_ "E" at Q1.E-(0,0.05) below "B" at Q1.B rjust "C" at Q1.C above "`bi_tr(up_ dimen_)'" wid 1.2 at Q1.s + (0,-0.35) below Q2: bi_tr(,R) with .E at Q1.E+(0.25,0) thinlines_ box dotted ht last [].ht wid last [].wid at last [] thicklines_ "E" at Q2.E-(0,0.05) below "B" at Q2.B ljust "C" at Q2.C above "`bi_tr(,R)'" at Q2.s + (0,-0.2) below Q3: bi_tr(,,P) with .C at Q2.C+(1.15,0) thinlines_ box dotted ht last [].ht wid last [].wid at last [] thicklines_ "E" at Q3.E-(0,0.05) below "B" at Q3.B rjust "C" at Q3.C above "`bi_tr(,,P)'" at Q3.s + (0,-0.2) below Q4: bi_tr(,,,E) with .C at Q3.C+(0.9,0) thinlines_ box dotted ht last [].ht wid last [].wid at last [] thicklines_ "E" at Q4.E-(0,0.05) below "B" at Q4.B rjust "C" at Q4.C above "`bi_tr(,,,E)'" at (Q4.s,Q4.E) + (0,-0.2) below Q5: igbt(,,) with .E at Q4.E+(0.65,0) thinlines_ box dotted ht last [].ht wid last [].wid at last [] thicklines_ "E" at Q5.E-(0,0.05) below "G" at Q5.G rjust "C" at Q5.C above "`igbt'" at Q5.s + (0,-0.2) below Q6: igbt(,,LD) with .E at Q5.E+(0.55,0) thinlines_ box dotted ht last [].ht wid last [].wid at last [] thicklines_ "E" at Q6.E-(0,0.05) below "G" at Q6.G rjust "C" at Q6.C above "`igbt(,,LD)'" at (Q6.s,Q6.E) + (0,-0.2) below Q7: Darlington with .E at Q6.E+(1.2,0) thicklines_ "E" wid 0.15 at Q7.E-(0,0.05) below "B" at Q7.B rjust "C" at Q7.C above "`Darlington'" at (Q7.s,Q7.E) + (0,-0.2) below command "" # end font .PE Circuit_macros9.5/examples/svg/BtreeSVG.m40000644060175006010010000001024213774371760017506 0ustar DwightNone.PS # Btree.m4 # One way to draw a binary tree using pic macros gen_init(svg_font(sans-serif,11bp__)) sinclude(tst.dim) s_init(Btree) Btree: [ circlerad = 0.45 define n { [C: circle fill_(0.9) $1 if "$2" != "" then { L: $2 with .ne at C.s-(circlerad/20, circlerad/2) line from C to L.C chop } if "$3" != "" then { R: $3 with .nw at C.s+(circlerad/20,-circlerad/2) line from C to R.C chop } ] } # Redrawn from T. A. Standish, "Data Structure Techniques," Addison-Wesley 1980. # Node data: define Sirius { n("Sirius",Canopus,Vega) } define Canopus { n("Canopus",AlphaCentauri,Capella) } define AlphaCentauri { n("Alpha" "Centauri",Achernar,Arcturus) } define Arcturus { n("Arcturus",Betelgeux) } define Betelgeux { n("Betelgeux",BetaCentauri) } define Capella { n("Capella",Rigel) } define Rigel { n("Rigel",Procyon) } define Achernar { n("Achernar") } define BetaCentauri { n("Beta" "Centauri") } define Procyon { n("Procyon") } define Vega { n("Vega") } # Build the tree from the root S: Sirius command "" # end font ] Ttree: [ # TtreeSVG.m4 svg_font(sans-serif,10bp__) # `Node(no in row, head [location], # displacement of top of body (.n) wrt head, # body Node 1, body Node 2, ...) ' define(`Node',` Head`$1': `$2' ifelse(`$3',,,` Body`$1': [ Loopover_(`v',`v; define(`m4ct',m4Lx)',shift(shift(shift($@)))) ] with .n at Head`$1' + `$3' connect(`$1',m4ct)')') define(`connect',`Bot: move from Head$1.sw-(0,5bp__) to Head$1.se-(0,5bp__) for_(1,`$2',1, `Top: move from Body$1.Head`'m4x.nw+(0,2bp__) \ to Body$1.Head`'m4x.ne+(0,2bp__) Mov: move from Head$1 to Body$1.Head`'m4x if Bot.len*Top.len*Mov.len > 0 then { line from Intersect_(Mov,Top) to Intersect_(Mov,Bot)}')') vsep = 0.75 define(`txw',`wid `$1'mm__')dnl scaled by 14/12 for 14 pt type Node(1,"svg_it(h(h(h(x`'svg_sub(1),x`'svg_sub(2))," \ + "h(x`'svg_sub(3),x`'svg_sub(4))),h(h(x`'svg_sub(5),x`'svg_sub(6))," \ + "h(x`'svg_sub(7),x`'svg_sub(8)))))" txw(70) , (0,-vsep), Node(1,"svg_it(h(h(x`'svg_sub(1),x`'svg_sub(2)),h(x`'svg_sub(3)," \ + "x`'svg_sub(4))))" txw(32) , (0,-vsep), Node(1,"svg_it(h(x`'svg_sub(1),x`'svg_sub(2)))" txw(14) , (0,-vsep), Node(1,"svg_it(x`'svg_sub(1):=((A,pk`'svg_sub(A)),h`'svg_sub(1)))" \ txw(29) ), Node(2,"svg_it(x`'svg_sub(2):=((B,pk`'svg_sub(B)),h`'svg_sub(2)))" \ txw(29) with .n at last "".ne+(0.2,-vsep*2/3))), Node(2,"svg_it(h(x`'svg_sub(3),x`'svg_sub(4)))" txw(14) \ with .nw at Head1.ne+(Body1.wid/2+0.1,0), (0,-vsep), Node(1,"svg_it(x`'svg_sub(3):=" \ + "((A,pk`'svg_prime`'svg_sub(A,,,-0.5ex)),h`'svg_sub(3)))" \ txw(29)), Node(2,"svg_it(x`'svg_sub(4):=((D,pk`'svg_sub(D)),h`'svg_sub(4)))" \ txw(29) with .n at last "".ne+(0.2,-vsep*2/3)))), Node(2,"svg_it(h(h(x`'svg_sub(5),x`'svg_sub(6)),h(x`'svg_sub(7)," \ + "x`'svg_sub(8))))" txw(29) with .nw at Head1.ne+(Body1.wid/2,0), (0,-vsep), Node(1, "svg_it(h(x`'svg_sub(5),x`'svg_sub(6)))" txw(14) , (0,-vsep*5/4), Node(1,"svg_it(x`'svg_sub(5):=((E,pk`'svg_sub(E)),h`'svg_sub(5)))" \ txw(29) ), Node(2,"svg_it(x`'svg_sub(6):=((H,pk`'svg_sub(H)),h`'svg_sub(6)))" \ txw(29) with .n at last "".ne+(0.2,-vsep*2/3))), Node(2,"svg_it(h(x`'svg_sub(7),x`'svg_sub(8)))" txw(14) \ with .nw at Head1.ne+(Body1.wid/2+0.1,0), (0,-vsep*5/4), Node(1,"svg_it(x`'svg_sub(7):=" \ + "((D,pk`'svg_prime`'svg_sub(D,,,-0.5ex)),h`'svg_sub(7)))" \ txw(29) ), Node(2,"svg_it(x`'svg_sub(8):=((K,pk`'svg_sub(K)),h`'svg_sub(8)))" \ txw(29) with .n at last "".ne+(0.2,-vsep*2/3); move right 0.2)), Node(3,"svg_it(h(x`'svg_sub(9)))" txw(8) \ at 0.5 between Head1 and Head2))) ] with .w at last [].e+(-0.75,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ButtonsSVG.m40000644060175006010010000000675713774371757020131 0ustar DwightNone.PS # ButtonsSVG.m4 gen_init(svg_font(sans-serif,11bp__)) NeedDpicTools divert(-1) ################################################################# `RoundButton(diameter,hue,linedensity) hue 0=red, 60=yellow, 120=green ...' define(`RoundButton',`[ # Colors and radius: hue = ifelse(`$2',,60,`$2') crad = ifelse(`$1',,circlerad,(`$1')/2) linedensity = ifelse(`$3',,150/scale,`$3') # default 150 lines per inch hsvtorgb(hue, 1, 1, r1,g1,b1) hsvtorgb(hue-5, 1,0.9, r2,g2,b2) hsvtorgb(hue-10,1,0.5, r3,g3,b3) # Shaded main disk define RBbackground { circle rad crad*($`'1) thick lthk at C outlined rgbstring($`'2,$`'3,$`'4) } C: circle invis rad crad at (0,0) nsteps = round_(crad*linedensity) lthk = crad/nsteps/(1bp__) ShadeObject(RBbackground,nsteps, 0, r1,g1,b1, 0.2, r1,g1,b1, 0.8, r2,g2,b2, 1, r3,g3,b3) at C # Highlight disk with arc shading rad1 = crad*3/4 C1: C.n-(0,rad1+0.02*crad) C2: C1+(0,2*rad1) lthk = 2*rad1/nsteps/(1bp__) define RBoverlay { radx = rad1 + ($`'1)*2*rad1 if $`'1 < 1 then { arc cw rad radx thick lthk outlined rgbstring($`'2,$`'3,$`'4) \ from Cintersect(C2,radx,C1,rad1) \ to Cintersect(C2,radx,C1,rad1,R) \ with .c at C2 } } nsteps = round_(rad1*2*linedensity) ShadeObject(RBoverlay,nsteps, 0, 1, 1, 1, 0.1, 1, 1, 1, 0.33,(r1+r2)/2,(g1+g2)/2,(b1+b2)/2, 0.67,r1,g1,b1, 1, (r1+r2)/2,(g1+g2)/2,(b1+b2)/2) with .c at C1 `$4']') ################################################################# `BoxButton(wid,height,hue,linedensity) hue 0=red, 60=yellow, 120=green ...' define(`BoxButton',`[ # Size and Color boxw = ifelse(`$1',,boxwid*4/3,`$1') boxh = ifelse(`$2',,boxw/4,`$2') hue = ifelse(`$3',,180,`$3') hsvtorgb(hue, 1, 1, r1,g1,b1) hsvtorgb(hue-5, 1,0.9, r2,g2,b2) hsvtorgb(hue-10,1,0.5, r3,g3,b3) # Peripheral shading linedensity = ifelse(`$4',,150/scale,`$4') nsteps=10 define BxBshadow { box ht boxh wid boxw rad boxh/2 \ outlined rgbstring($`'2,$`'3,$`'4) at (0,($`'1)*4*linethick bp__) } Q: ShadeObject(BxBshadow,nsteps, 0, 1,1,1, 1, r3,g3,b3) # Shaded body lthk = boxh/nsteps/(1bp__) define BxBshade { v = boxh*(1-($`'1)) h = (boxw-boxh)/2+sqrt((boxh/2)^2-(v-boxh/2)^2) line from (-h,v) to (h,v) thick lthk outlined rgbstring($`'2,$`'3,$`'4) } nsteps = boxh*linedensity C: ShadeObject(BxBshade,nsteps, 0, r1, g1, b1, 0.4, r2, g2, b2, 1, r3, g3, b3) with .n at Q.n # Shaded highlight bh = boxh*0.4 bw = boxw*4/4.5 define BxBhighlight { v = bh*(1-($`'1)); h = (bw-bh)/2+sqrt((bh/2)^2-(v-bh/2)^2) line from (-h,v) to (h,v) thick lthk outlined rgbstring($`'2,$`'3,$`'4) } nsteps = bh*linedensity ShadeObject(BxBhighlight,nsteps, 0,1,1,1, 8/nsteps,1,1,1, 1, r2,g2,b2) with .n at Q.n+(0,-boxh/20) `$5']') ################################################################# divert(0)dnl for x=0 to 5 do { B: RoundButton(0.6,x*60) at (x,0) "Button" sprintf("%g",x+1) at B } [ for i=0 to 2 do { BoxButton(1.5,,180+120*i) at (i*2,0) "Button" at last [].C } ] with .nw at 1st [].sw+(0,-0.5) command "" # end font .PE Circuit_macros9.5/examples/svg/ByteSVG.m40000644060175006010010000000165113774371757017362 0ustar DwightNone% Byte.m4 .PS gen_init(svg_font(sans-serif,11bp__)) boxht = 0.2 boxwid = 3.5 define leftlabel { {"$1" at last box.w ljust} } down_ Lab[0]: box; leftlabel( B0STDISBL (reset pin is enabled) ) Lab[1]: box; leftlabel( WDTON (WDT not always on) ) Lab[2]: box; leftlabel( SPIEN (allow serial programming) ) Lab[3]: box; leftlabel( CKOPT (full output swing) ) Lab[4]: box; leftlabel( EESAVE (don't preserve EEPB0OM over chip erase) ) Lab[5]: box; leftlabel( BOOTSZ1 ) Lab[6]: box; leftlabel( BOOTSZ0 ) Lab[7]: box; leftlabel( BOOTB0ST (boot reset vector at 0x0000) ) boxwid = boxht left_ B0:box "1" with .e at Lab[0].nw + (0.75,0.5) box "0" box "0" box "1" box "0" box "0" box "1" box "1" box wid 2*boxht "0xc9" for i=0 to 7 do { spline -> ht arrowht*0.7 from B0.s-(i*boxht,0) down boxht/4 \ then to Lab[0].nw-((i+1)*boxht/2,0) \ then down Lab[0].nw.y-Lab[i].y then to Lab[i].w } command "" # end font .PE Circuit_macros9.5/examples/svg/CanLogicSVG.m40000644060175006010010000001441513774371757020140 0ustar DwightNone.PS #CanLogic ifdef(`L_unit',,`include(liblog.m4)') log_init(svg_font(sans-serif,11bp__)) divert(-1) ########################################################################### Macros for automatically drawing 2-layer Boolean functions Style parameters define(`dotrad_',(0.01*scale)) define(`gatelineth',1) define(`lineth',0.5) define(`inputsep',`2*jog') define(`jog',`(AND_ht/2)*L_unit') `CanLogic(layer gate type,[N], output gate type,[N], term,term,...) This is the driver macro. Terms are strings of variables or of variables preceded by the ~ character. Each variable is one letter e.g. CanLogic(NAND,,OR,N,abcd,a~b,c,~ad)' define(`CanLogic', `define(`terms',`shift(shift(shift(shift($@))))') # Determine required input variables and negated # variables Loopover_(`t_',`varloop(`v_',`define(X`'v_)',`define(XN`'v_)',t_)',terms) # Draw the inputs with NOT gates as necessary LastInput: Here-(inputsep,0) Loopover_(`t_',`varloop(`v_', `ifdef(D`'v_,,`ifdef(XN`'v_,`DrawInNotIn(v_)',`DrawIn(v_)')')', `ifdef(D`'v_,,`ifdef(X`'v_,`DrawInNotIn(v_)',`DrawNotIn(v_)')')', t_)', terms) # Draw 2nd-layer gates right_ LastGateSE: LastInput+(5*jog,-(AND_wd*L_unit*1.5)) Loopover_(`t_', `define(`termcount',m4Lx)DrawLayerGate(G`'termcount,$1,$2,t_)', terms) # Draw output gate linethick = gatelineth OP: m4xpand(`$3'_gate(termcount,$4)) with .Out at \ 0.5 + (jog/2*(termcount+3)+AND_wd*L_unit,0) Out: Here linethick = lineth # Connect 2nd-layer gates to the output gate VectorConnect(G,termcount,OP) # Connect the inputs and negated inputs to # 2nd-layer gates Loopover_(`t_',`ConnectInputs(G`'m4Lx,t_)',terms) # Clean up Loopover_(`t_',`DeleteLogDefs(t_)',terms) ') `VectorConnect(number of 2nd layer gates, common 2nd layer gate name, output gate name) Connect the 2nd-layer gate outputs to the output gate inputs' define(`VectorConnect', `for_(1,`$2',1, `line from `$1'm4x.Out right `$3'.In1.x-`$1'm4x.Out.x \ - jog/2*(`$2'+1-abs(2*m4x-`$2'-1)) \ then down `$1'm4x.Out.y - `$3'.In`'m4x.y then to `$3'.In`'m4x ')') Draw and label a non-inverted input define(`DrawIn', `LastInput: LastInput+(inputsep,0) In`'$1: LastInput "svg_it($1)" ljust at LastInput # Maybe labels should be done externally Int`'$1: LastInput define(D`'$1)') Draw and label an inverted input define(`DrawNotIn', `LastInput: LastInput+(inputsep,0) InN`'$1: LastInput "svg_it($1)" ljust at LastInput # Maybe labels should be done externally line down_ 2*jog from LastInput linethick = gatelineth NOT_gate InNt`'$1: Here linethick = lineth define(D`'$1)') Draw and label an input that is required both inverted and uninverted. define(`DrawInNotIn', `LastInput: LastInput+(inputsep,0) In`'$1: LastInput "svg_it($1)" ljust at LastInput # Maybe labels should be done externally line from LastInput down jog Int`'$1: dot LastInput: LastInput+(inputsep,0) line to (LastInput,Here) then down_ jog linethick = gatelineth NOT_gate linethick = lineth InNt`'$1: Here define(D`'$1)') `varloop(`var',ifnotnegated,ifnegated,term) Loop over term variables performing actions' define(`varloop',`ifelse(`$4',,,substr(`$4',0,1),~, `define(`$1',substr($4,1,1)) $3 varloop(`$1',`$2',`$3',substr($4,2))', `define(`$1',substr($4,0,1)) $2 varloop(`$1',`$2',`$3',substr($4,1))')')') Count gate inputs and mark last appearance define(`Countinputs',`varloop(`v_', `define(`incount',incr(incount)) define(Last`'v_,`$1')', `define(`incount',incr(incount)) define(LastN`'v_,`$1')',$2)') Draw a 2nd layer gate define(`DrawLayerGate', `define(`incount',0) Countinputs($1,$4) ifelse(incount,1, `LastGateSE: LastGateSE-(0,jog) $1: [ In1:Here; line right AND_wd*L_unit; Out: Here] \ with .Out at LastGateSE', `LastGateSE: LastGateSE-(0,jog+AND_ht*L_unit) linethick = gatelineth $1: m4xpand(`$2'_gate(incount,$3)) with .se at LastGateSE linethick = lineth ')') Connect this gate to its input lines define(`ConnectInputs',`define(`innum',0) varloop(`v_', `define(`innum',incr(innum)) line from `$1'.In`'innum to (In`'v_,`$1'.In`'innum)dnl ifelse(`$1',m4xpand(Last`'v_),`then to In`'v_',`; dot')', `define(`innum',incr(innum)) line from `$1'.In`'innum to (InNt`'v_,`$1'.In`'innum)dnl ifelse(`$1',m4xpand(LastN`'v_), `then to InNt`'v_', `; dot')',$2)') Delete definitions to allow more than one circuit per diagram define(`DeleteLogDefs',`varloop(`v_', `undefine(Last`'v_) undefine(D`'v_) undefine(X`'v_)', `undefine(LastN`'v_) undefine(D`'v_) undefine(XN`'v_)',$1)') Thanks to Alexander Ray for suggesting the need for something like these macros ########################################################################### divert(0)dnl linethick = lineth [ CanLogic(AND,,OR,,abcd,a~b,c,~ad) #; line right jog from Out "svg_it(f)" above ] {`"CanLogic(AND,,OR,,abcd,a~b,c,~ad)"' at last [].s -(0,11bp__)} [ CanLogic(OR,N,NAND,,ab~c,a~bc,ac,~d) #; line right jog from Out "$f$" above ] with .sw at last [].se+(0.5,0) {`"CanLogic(OR,N,NAND,,ab~c,a~bc,ac,~d)"' at last [].s - (0,11bp__)} command "" # end font .PE Circuit_macros9.5/examples/svg/CctTableSVG.m40000644060175006010010000000514513774371760020134 0ustar DwightNone.PS # `CctTableSVG.m4' cct_init(svg_font(sans-serif,11pt__)) textwid = 1.5 movewid = 2 pt__ hm = 2.1 vm = 0.28 hm = 2.05 vm = 0.28 { {resistor ; move ; svgLink(NportSVG.svg,"`resistor'" ljust)} move right_ hm {resistor(,,Q) ; move ; "`resistor(,,Q) '" ljust} move right_ hm {resistor(,,E) ; move "`resistor(,,E) = ebox'" ljust} } move down vm; right_ { {resistor(,,ES) ; move ; "`resistor(,,ES) '" ljust} move right_ hm {resistor(,,H) ; move ; "`resistor(,,H) '" ljust} move right_ hm {ebox(,,,0.5) ; move ; "`ebox(,,,0.5) '" ljust} } move down vm; right_ { {resistor(,,V) ; move ; "`resistor(,,V) '" ljust} move right_ hm {move down_ 0.05; right_ thermocouple ; move; "`thermocouple '" ljust; move up_ 0.05} move right_ hm {ebox(,0.5,0.3) ; move ; "`ebox(,0.5,0.3) '" ljust} } move down vm; right_ { {inductor ; move ; "`inductor '" ljust} move right_ hm {inductor(,W); move ; "`inductor(,W) '" ljust} move right_ hm {inductor(,L); move ; "`inductor(,L) '" ljust} } move down vm; right_ { {inductor(,,,M) ; move ; "`inductor(,,,M) '" ljust} move right_ hm {inductor(,W,6,P); move ; "`inductor(,W,6,P) '" ljust} move right_ hm {move right_ 0.2; ttmotor(,G) ; move ; "`ttmotor(,G) '" ljust} } move down vm; right_ { {capacitor ; move ; "`capacitor '" ljust} move right_ hm {capacitor(,C); move ; "`capacitor(,C) '" ljust} move right_ hm {capacitor(,C+); move ; "`capacitor(,C+) '" ljust} } move down vm; right_ { {capacitor(,P); move ; "`capacitor(,P) '" ljust} move right_ hm {capacitor(,E); move ; "`capacitor(,E) '" ljust} move right_ hm {capacitor(,K); move ; "`capacitor(,K) '" ljust} } move down 0.25; right_ { {capacitor(,M); move ; "`capacitor(,M) '" ljust} move right_ hm {capacitor(,N); move ; "`capacitor(,N) '" ljust} move right_ hm {xtal ; move ; "`xtal '" ljust} } move down 0.25; right_ { {memristor ; move; "`memristor '" ljust} move right_ hm {heater; move; "`heater '" ljust} move right_ hm {tline ; move; "`tline '" ljust} } move down 0.25; right_ { {move up_ 0.05; right_; gap ; move ; "`gap '" ljust} move right_ hm {gap(,,A) ; move ; "`gap(,,A) '" ljust} move right_ hm {arrowline ; move; "`arrowline '" ljust} } move down 0.25; right_ { {lamp ; move; "`lamp '" ljust} move right_ hm {reed ; move ; "`reed '" ljust} move right_ hm {reed(,,,fill_(0.9),CR) ; move ; "`reed(,,,fill_(0.9),CR) '" ljust} } move down 0.25; right_ { {pvcell ; move; "`pvcell '" ljust} move right_ hm {arrester ; move ; "`arrester '" ljust} } command "" # end font .PE Circuit_macros9.5/examples/svg/ConnectorsSVG.m40000644060175006010010000000131313774371760020561 0ustar DwightNone.PS # ConnectorsSVG.m4 log_init include(icsSVG.m4) svg_font(sans-serif,8.5bp__) #vg_rot_init(test) svg_rot_init(ConnectorsSVG) # ArduinoUno # "Arduino Uno Rev 3" at last [].Connector.s below Ar: ArduinoLeonardo #with .sw at last [].se+(0.25,0) "Arduino Leonardo" at last [].Connector.s below RPI: RPi with .sw at last [].se+(0.25,0) "Raspberry Pi 4 GPIO" at last [].GPIO.s below HD: HDMI_micro with .nw at last [].ne+(0.25,0.5) "Micro" rjust at HD.Base.sw "HDMI" rjust S: USB_C_Socket with .sw at (HD.e.x+0.25,RPI.s.y) "USB-C Socket" at S.Base.s below "B12" at S.B12.end above ljust "B1" at S.B1.end above ljust "A1" at S.A1.end above rjust "A12" at S.A12.end above rjust command "" .PE Circuit_macros9.5/examples/svg/ConnSVG.m40000644060175006010010000000407713774371757017361 0ustar DwightNone.PS # `ConnSVG.m4' cct_init(svg_font(sans-serif,10.5bp__)) T:[ S1: tstrip(U) thinlines_ arrow <- left 0.15 from S1.L1; "L1" rjust arrow <- left 0.15 from S1.L4; "L4" wid 0.2 rjust "..." at (0.5 between last "" and 2nd last "")+(-0.15,0.02) arrow <- right 0.25 from S1.R1; "R1" ljust arrow <- right 0.25 from S1.R4; "R4" ljust "..." at (0.5 between last "" and 2nd last "")+(0.15,0.02) arrow <- right 0.15 up 0.10 from S1.T1; "T1" ljust arrow <- right 0.15 up 0.10 from S1.T4; "T4" ljust "..." at (0.5 between last "" and 2nd last "")+(0.15,0.02) thicklines_ CS1: "`tstrip(U)'" at S1.s+(0,-0.15) S2: tstrip(R,5,DO;wid=1.0;ht=0.25) with .sw at S1.se+(0.7,0.15) thinlines_ arrow <- up 0.2 right 0.1 from S2.T1; "T1" above arrow <- up 0.2 right 0.1 from S2.T5; "T5" above "..." at 0.5 between last "" and 2nd last "" above CS2: `"tstrip(R,5,"' ljust \ `" DO;wid=1.0;ht=0.25)"' ljust at S2.sw+(-0.1,-0.2) ] C: [ C1: ccoax `"ccoax "' at C1.s below thinlines_ arrow <- up 0.1 right 0.1 from C1.C.ne; "C" ljust arrow <- down 0.05 right 0.1 from C1.S.e; "S" wid 0.1 ljust thicklines_ C2: ccoax(at C1+(0,0.3),F) `"ccoax(,F)"' wid 0.65 at C2.ne ljust ] with .C1.sw at T.S2.se+(0.6,0.0) Y: [ tconn(,O) {`"tconn(,O)"' at last line.c+(0,-0.2) wid 43 pt__ } move to Here+(0.3,0) P1: tconn(,>) {`"(,>)"' at last line.c+(0,-0.2)} move to P1.end+(0.3,0) tconn(,>>) {`"(,>>)"' at last line.c+(0,-0.2)} move to P1.start+(0,linewid) P3: tconn(,<) {`"tconn(,<)"' at last line.c+(0,-0.2)} move to P3.end+(0.3,0) tconn(,<<) {`"(,<<)"' at last line.c+(0,-0.2)} ] with .sw at (C.e.x-0.3,T.s.y) B: [ tbox(V`'svg_sub(1)) { `"tbox'(V`'svg_sub(1))" wid 47bp__ with .nw at last [].sw+(0,-4bp__) } tbox(V`'svg_sub(2),,,<) with .sw at last [].se+(0.75,0) { `"tbox'(V`'svg_sub(2)`,,,<)"' at last [].s below } tbox(V`'svg_sub(3),,,<>) with .sw at last [].se+(0.75,0) { `"tbox'(V`'svg_sub(3)`,,,<>)"' at last [].s below } ] with .nw at T.sw+(0,-0.2) command "" # end font .PE Circuit_macros9.5/examples/svg/ContactsSVG.m40000644060175006010010000000331113774371757020230 0ustar DwightNone.PS # ContactsSVG.m4 cct_init svg_font(sans-serif,10bp__) space = 0.75 KS:contacts(2) {"svg_tt(`contacts(2)')" wid 1 at KS.s +(0,-12bp__) for_(1,2,1, `"svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x+(dotrad_,0) "svg_it(C`'m4x)" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,I) with .sw at last [].se+(space,0) {"svg_tt(`(2,I)')" at KS.s +(0,-12bp__) for_(1,2,1, `"svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x+(dotrad_,0) "svg_it(C`'m4x)" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,IO) with .sw at last [].se+(space,0) {"svg_tt(`(2,IO)')" at KS.s +(0,-12bp__) for_(1,2,1, `"svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x+(dotrad_,0) ') } KS:contacts(2,PICD) with .sw at last [].se+(space,0) {"svg_tt(`(2,PICD)')" at KS.s +(0,-12bp__) for_(1,2,1, `"svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x+(dotrad_,0) "svg_it(C`'m4x)" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,PTCD) with .sw at last [].se+(space,0) {"svg_tt(`(2,PTCD)')" at KS.s +(0,-12bp__) for_(1,2,1, `"svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x+(dotrad_,0) "svg_it(C`'m4x)" ljust at last [].C`'m4x+(dotrad_,0) ') } KS:contacts(2,PUCD) with .sw at last [].se+(space,0) {"svg_tt(`(2,PUCD)')" at KS.s +(0,-12bp__) for_(1,2,1, `"svg_it(P`'m4x)" rjust at last [].P`'m4x-(dotrad_,0) "svg_it(O`'m4x)" ljust at last [].O`'m4x+(dotrad_,0) "svg_it(C`'m4x)" ljust at last [].C`'m4x+(dotrad_,0) ') } command "" # end font .PE Circuit_macros9.5/examples/svg/ContactSVG.m40000644060175006010010000000707613774371757020061 0ustar DwightNone.PS # ContactSVG cct_init svg_font(sans-serif,11bp__) movw = 0.45 { contact {S:"svg_tt(`contact')" at last [].s+(0,-0.15) "svg_it(`P')" rjust at last [].P.w "svg_it(`O')" ljust at last [].O "svg_it(`C')" ljust at last [].C } move right_ movw; contact(R) {"svg_tt(`(R)')" at (last [].s,S) "svg_it(`P')" rjust at last [].P.w "svg_it(`O')" ljust at last [].O "svg_it(`C')" ljust at last [].C } move right_ movw; contact(O); {"svg_tt(`(O)')" at (last [],S)} move right_ movw; contact(C); {"svg_tt(`(C)')" at (last [],S)} move right_ movw; contact(P) {S: "svg_tt(`(P)')" at last [].s+(0,-0.15) "svg_it(`P')" rjust at last [].P.w "svg_it(`O')" ljust at last [].O "svg_it(`C')" ljust at last [].C } move right_ movw; contact(PR) {S: "svg_tt(`(PR)')" at last [].s+(0,-0.15) "svg_it(`P')" rjust at last [].P.w "svg_it(`O')" ljust at last [].O "svg_it(`C')" ljust at last [].C } move right_ movw; contact(PO); {"svg_tt(`(PO)')" at (last [],S)} {"svg_it(`O')" ljust at last [].O "svg_it(`C')" ljust at last [].C } move right_ movw; contact(PC); {"svg_tt(`(PC)')" at (last [],S)} } move down 0.75; right_ ; { contact(I); {S: "svg_tt(`(I)')" at last [].s+(0,-12bp__) "svg_it(`P')" rjust at last [].P.w "svg_it(`O')" ljust at last [].O.e "svg_it(`C')" ljust at last [].C.e } move right_ movw; contact(RI) {"svg_tt(`(RI)')" at (last [],S) "svg_it(`P')" rjust at last [].P.w "svg_it(`O')" ljust at last [].O.e "svg_it(`C')" ljust at last [].C.e } move right_ movw; contact(OI); {"svg_tt(`(OI)')" at (last [],S)} move right_ movw; contact(CI); {"svg_tt(`(CI)')" at (last [],S)} move right_ movw; contact(PI); {"svg_tt(`(PI)')" at (last [],S) } {"svg_it(`O')" ljust at last [].O.e "svg_it(`C')" ljust at last [].C.e } move right_ movw; contact(PIO); {"svg_tt(`(PIO)')" at (last [],S) } move right_ movw; contact(PIC); {"svg_tt(`(PIC)')" at (last [],S) } } movewid = movw move down 0.65; right_; { K: contact(T) {S: "svg_tt(`(T)')" at last [].s+(0,-0.15) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.C; "svg_it(`C')" spline <- right 0.09 then down 0.05 right 0.05 from K.O; "svg_it(`O')" thicklines_ } move; K: contact(RT) {"svg_tt(`(RT)')" at (last [],S) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.O; "svg_it(`O')" spline <- right 0.09 then down 0.05 right 0.05 from K.C; "svg_it(`C')" thicklines_ } move; contact(OT); {S: "svg_tt(`(OT)')" at (last [],S) } move; contact(CT); {S: "svg_tt(`(CT)')" at (last [],S) } move; contact(PT); {S: "svg_tt(`(PT)')" at (last [],S) } move; contact(PTO); {S: "svg_tt(`(PTO)')" at (last [],S) } move; contact(PTC); {S: "svg_tt(`(PTC)')" at (last [],S) } } move down 0.65; right_; { K: contact(U) {S: "svg_tt(`(U)')" at last [].s+(0,-0.15) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.C; "svg_it(`C')" spline <- right 0.09 then down 0.05 right 0.05 from K.O; "svg_it(`O')" thicklines_ } move; K: contact(RU) {"svg_tt(`(RU)')" at (last [],S) thinlines_ spline <- right 0.09 then up 0.05 right 0.05 from K.O; "svg_it(`O')" spline <- right 0.09 then down 0.05 right 0.05 from K.C; "svg_it(`C')" thicklines_ } move; K: contact(OU); {S: "svg_tt(`(OU)')" at (last [],S) "svg_it(`O')" ljust at K.O.e } move; K: contact(CU); {S: "svg_tt(`(CU)')" at (last [],S) "svg_it(`C')" ljust at K.C.e } move; contact(PU); {S: "svg_tt(`(PU)')" at (last [],S) } move; contact(PUO); {S: "svg_tt(`(PUO)')" at (last [],S) } move; contact(PUC); {S: "svg_tt(`(PUC)')" at (last [],S) } } command "" # end font .PE Circuit_macros9.5/examples/svg/controlSVG.m40000644060175006010010000000620613774371757020140 0ustar DwightNone.PS # control.m4 #.PS 5i cct_init(svg_font(sans-serif,11bp__)) linewid = linewid*0.8 circlerad = 0.35/2 bw = boxwid/2 bh = boxht/2 PID: [ {"svg_it(r(s))" above ljust} arrow S1: circle line right "svg_it(e(s))" above { arrow right ; box ht bh wid bw "svg_it(K`'svg_sub(p))" arrow right linewid-circlerad ; S2: circle } { line up linewid ; arrow right ; box ht bh wid bw "svg_it(K`'svg_sub(D) s)" line to (S2,Here) ; arrow to S2.n } { line down linewid ; arrow right box ht bh wid bw "svg_it(K`'svg_sub(I) /s)" line to (S2,Here) ; arrow to S2.s } arrow right from S2.e "svg_it(u(s))" above box "svg_it(G(s))" arrow right ; "svg_it(y(s))" above rjust at Here+(0,2pt__) line down boxht*3/2 from last arrow.c then left last arrow.c.x-S1.x arrow to S1.s "-" below rjust ] "(a) PID control" below ljust at PID.sw+(0,-5pt__) Obs: [ {"svg_it(r)" above ljust} arrow S: circle "-" below rjust at S.s arrow <- down linewid/2 from S.s box ht bh wid bw "svg_it(K)" arrow <- down linewid/2 line right linewid "svg_it(z)" above Obs:box wid linewid*5.5 ht boxht*5/4 "svg_it(dz/dt = (A - LC) z + B u + L y)" "Observer" above ljust at Obs.sw arrow <- right linewid/2 from 3/4 line to (Here,S) {"svg_it(u)" above at Here+(linewid/2,0)} arrow from S.e to Here+(linewid,0) Plant: box wid boxwid*1.7 ht boxht*5/4 \ "svg_it(dx/dt = Ax + Bu)" "svg_it(y = Cx)" "Plant" above ljust at Plant.sw arrow right from Plant.e "svg_it(y)" above rjust at Here+(0,2pt__) move to last arrow.c line to (Here, 1/4) arrow to (Obs.e,Here) ] with .nw at PID.sw+(0,-0.5) "(b) Output feedback with a full-order observer" below ljust \ at Obs.sw+(0,-5pt__) NL: [boxwid = boxwid*1.8 boxht = boxht*3/2 thicklines_ scale = scale*0.8 circlerad = 0.3/2 R: box wid boxwid*5/4 "reference" "svg_it(R)" arrow right linewid*4/3 "svg_it(y`'svg_sub(c ref))" above Gh: box wid boxwid*5/4 "\"inverse\"" "of svg_it(G)" arrow from Gh.s down "svg_it(y`'svg_sub(m ref))" ljust E: circle arrow from E.e right "svg_it(e)" above box wid boxwid*5/4 "stabilizer" "svg_it(K)" arrow "svg_it(du)" above D: circle line from Gh.e to (D,Gh.e) "svg_it(u`'svg_sub(ref))" above arrow to D.n arrow from D.e right "svg_it(u)" above G: box "plant" "svg_it(G)" arrow <- from G.n up boxht/2 "disturbance svg_it(z)" above arrow right from G.e + (0,boxht/4) "svg_it(y`'svg_sub(c))" ljust arrow right from G.e + (0,-boxht/4) "svg_it(y`'svg_sub(m))" ljust move to last arrow.c arrow down Here.y-G.s.y+boxht*2/3 then left Here.x-E.x then to E.s "svg_it(-)" at Here + (-0.15,-0.1) arrow <- down from R.s "svg_it(W) control input" at Here - (0,0.1) UL:R.nw +(-boxht/2,boxht/2) UR:(D.e,UL) + (0.1,0) line dashed from UL to UR then to (UR,G.s+(0,-boxht*3/2)) line dashed to (Gh.w,Here) "Controller" above line dashed to (Here,Gh.s+(0,-boxht/2)) line dashed to (UL,Here) then to UL ] with .nw at Obs.sw + (0,-0.5) "(c) Nonlinear feedforward (for performance) and small-signal feedback (for stability)" wid Obs.wid+0.4 below ljust at NL.sw+(0,-5pt__) command "" # end font .PE Circuit_macros9.5/examples/svg/CountingSVG.m40000644060175006010010000000143113774371757020241 0ustar DwightNone.PS # CountingSVG.m4 gen_init(svg_font(sans-serif,11bp__)) g = 0.4 # grid size define grid { (($2)*g,-($1)*g) } circlerad = 0.1 for i=1 to 4 do { # 66% becomes 66%% in the sprintf string: sprintf("svg_it(S`'svg_sub(%g,66%):)",i) ljust at grid(i,-0.5) for j=1 to 4 do { if i+j < 8 then { sprintf("svg_it(s`'svg_sub(%g%g,66%))",i,j) at grid(i,j) } } } "." at grid(4.6,0) "." at grid(4.7,0) "." at grid(4.8,0) for i=1 to 3 do { `"..."' at grid(i,5) } "..." at grid(4,4) P: grid(1,1) for k=3 to 5 do { for i=1 to k-1 do { if (k%2==1) then { m=i; n=k-i } else { m=k-i; n=i } Q: grid(m,n) arrow from P to Q chop P: Q } } move from grid(1,1)+(-0.5,0.1) \# Adjust bounding box to grid(4,4)+(0.5,-0.45) command "" # end font .PE Circuit_macros9.5/examples/svg/CrossbarSVG.m40000644060175006010010000000255313774371757020237 0ustar DwightNone.PS # Crossbar switch gen_init(svg_font(sans-serif,11bp__)) circlerad = 0.12 boxwid = 0.18 boxht = 0.18 rathick = 1.5 rawd = rathick*4 bp__ raht = rawd*2 boxdist = boxwid*1.8 `define bcoord {($2,-($1))*boxdist}' `define redarrow { arrow ht raht wid rawd thick rathick color "red" }' `define cbx {' thinlines_ n = $+ - 1 for i=0 to n do { line color "blue" from bcoord(i,0) to bcoord(i,n) line color "blue" from bcoord(0,i) to bcoord(n,i) C[i]: circle invis at bcoord(i,-1.5) } for i=0 to n do { exec sprintf("col = $%g",i+1) redarrow from C[i].e right 1.25*boxwid redarrow from C[i].w+(-boxwid,0) right raht for j=0 to n do { B: box color "blue" shaded "yellow" at bcoord(i,j) if j==col then { line color "blue" from B.s to B.e line thick rathick color "red" from C[i].e to B.w \ then to B.n then to (B.x,C[0].y+(2+j*2/3)*boxht) continue to (C[j].x-(2+j*2/3)*boxht,Here.y) continue to (Here,C[j]) then to C[j].w } \ else { line color "blue" from B.n to B.s line color "blue" from B.w to B.e } } } thicklines_ for i=0 to n do { circle thick 1.5 outlined "blue" shaded "yellow" at C[i] \ sprintf("ifpostscript(,ifsvg(,\large))%g",i) } } [ cbx(3,6,0,5,2,7,1,4) ] at 4,4 command "" # end font .PE Circuit_macros9.5/examples/svg/CrowSVG.m40000644060175006010010000000473513774371757017377 0ustar DwightNone.PS # CrowSVG.m4 #`Illustrates shadebox and custom crowfoot line termination' gen_init(svg_font(sans-serif,11bp__)) # Custom macros -------------------------- # `crowline(linespec,wid,ht)' define(`crowline', `line `$1' M4_E: last line.end crow_wd = ifelse(`$2',,`(arrowwid*8/5)',`$2') crow_ht = ifelse(`$3',,`(1.5*crow_wd)',`$3') M4_P: vperp(last line); M4_P: (M4_P.x*crow_wd,M4_P.y*crow_wd) M4_X: crow_ht/lin_leng(last line) between M4_E and last line.start ifdpic( `spline 0.4 from M4_E+M4_P to M4_X+M4_P then to M4_X-M4_P then to M4_E-M4_P', `spline from M4_E+(M4_P.x,M4_P.y) to M4_X+(M4_P.x,M4_P.y) \ then to M4_X-(M4_P.x,M4_P.y) then to M4_E-(M4_P.x,M4_P.y)') ') define(`custombox', ``$1': shadebox(box `$2',3) "`$1'" at last box.n above boxtext(shift(shift($@)))') define boxtext { for i=1 to $+ do { move to last box.nw+(3pt__,-(2+i*11)pt__); exec sprintf("\"$%g\" ljust",i) } } # ---------------------------- boxwid = boxwid*1.15 boxsep = boxwid/2 custombox(Class,ht boxht*1.7, `classkey, class_type, class_desc') custombox(Product,ht Class.ht with .nw at Class.ne+(boxsep,0), `classkey, prodkey, prod_name, pkg_type') custombox(Sales,ht boxht*2.75 with .nw at Product.ne+(boxsep*2,13pt__), `perkey, classkey, prodkey, storekey, promokey, quantity, dollars') custombox(Period,ht Sales.ht with .nw at Sales.ne+(boxsep*2,0), `perkey, date, day, week, month, qtr, year') custombox(Market,ht Sales.ht with .nw at Class.sw+(0,-boxsep*3/2), `perkey, date, day, week, month, qtr, year') custombox(Store,ht boxht*3.2 with .sw at (Product.w,Market.s), `storekey, mktkey, store_type, store_name, street, city, state, zip') custombox(Promotion,ht Market.ht with .sw at (Period.w,Market.s), `promokey, promo_type, promo_desc, value, start_date, end_date') move to Class.ne+(0,-10pt__); crowline(to (Product.w,Here)) move to Product.ne+(0,-10pt__); crowline(to (Sales.w,Here)) move to last line.start+(0,-crow_wd*2.5); crowline(to (Sales.w,Here)) T: last line.c+(0,-crow_wd*2.5) move to Period.nw+(0,-10pt__); crowline(to (Sales.e,Here),,1.75*crow_wd) Q: (last line.c,0.35 between Sales.se and Sales.ne) move to Market.ne+(0,-10pt__); crowline(to (Store.w,Here)) move to Store.ne+(0,-10pt__); line to (T,Here) then to T crowline(to (Sales.w,Here)) move to Promotion.nw+(0,-10pt__); line to (Q,Here) then to Q crowline(to (Sales.e,Here),,1.75*crow_wd) command "" # end font .PE Circuit_macros9.5/examples/svg/CrullerSVG.m40000644060175006010010000000353213774371757020067 0ustar DwightNone.PS # CrullerSVG.m4 threeD_init NeedDpicTools scale = 2.54 define(`lobe',`(sind(6*(`$1'))+4)/5*2.25') viewazimuth = 20 # Set view angles in degrees viewelevation = 30 setview(viewazimuth,viewelevation,0) dt = 3 # major angle degrees per facet ds = 10 # minor angle degrees per facet tradius = 6 define(`cruller',`rot3Dz((`$1')*dtor_, sum3D(0,tradius,0,0,Rect_(lobe(`$2'+2*(`$1')),`$2')))') define(`tvisible',`dot3D(View3D, cross3D(diff3D(cruller(`$1'+dt/2,`$2'),cruller(`$1',`$2')), diff3D(cruller(`$1',`$2'+ds/2),cruller(`$1',`$2'))))') # create the arrays and sort n = 0 for t = dt to 360+dt/2 by dt do { for s=ds/2 to 360.1 by ds do { if tvisible(t,s) > -0.01 then { n +=1 t[n] = t s[n] = s d[n] = dot3D(cruller(t,s),view3D1,view3D2,view3D3) # view distance ix[n] = n } } } # prval(n) dpquicksort(d,1,n,ix) # Background Bne: (9,6) Bsw: (-9,-6) B: 0.5 between Bne and Bsw iflatex(`line fill_(0.75) \ from (Bsw,Bne) to Bsw then to (Bne,Bsw) then to Bne then to (Bsw,Bne)', `ShadedPolygon((Bsw,Bne):Bsw:(Bne,Bsw):Bne,,-30, 0,1,1,1, .5,.1,.4,0, 1,0,0,0) at B') # draw the facets thinlines_ [ rgbtohsv(0.6,0.4,0,h,s,v) for i = 1 to n do { tc = t[ix[i]]; sc = s[ix[i]] SE: (project(cruller(tc+dt/2,sc-ds/2))) SW: (project(cruller(tc-dt/2,sc-ds/2))) NW: (project(cruller(tc-dt/2,sc+ds/2))) NE: (project(cruller(tc+dt/2,sc+ds/2))) f = ((dcosine3D(3,cruller(tc,sc))/2.25+1)/2)^2 hsvtorgb(h,(1-f)*s,1,r,g,b) line outlined rgbstring(r,g,b) shaded rgbstring(r,g,b) ifpdf( invis ) \ from SE to SW then to NW then to NE then to SE } ] at B thicklines_ .PE Circuit_macros9.5/examples/svg/cscSVG.m40000644060175006010010000000442413774371757017230 0ustar DwightNone.PS 3.5 # csc.m4 gen_init circlerad=1.91*scale hubrad=0.10 s=0.5 define(`midnight',`26,26,112') define(`white',`255,255,255') define(`spokethick',0.1) define(`spoke',`dnl {line from rvec_(0,hubrad-spokethick/2) to rvec_(circlerad-0.05,0)} {line from rvec_(0,-(hubrad-spokethick/2)) to rvec_(circlerad-0.05,0)}') define(`lwid',1) define(`coord',`(s*(`$1'),s*(`$2'))') # Circle and spokes # [ rgbdraw(midnight, linethick=`0.'eval(lwid*15)/(1pt__) {circle with .c at Here circle invis diam last circle.diam + linethick pt__ at last circle } linethick=spokethick/(1pt__) for angle = 0 to 330 by 30 do { Point_(angle) {spoke} } ) # Whiten where the hull will be linethick=`0.'eval(lwid*20)/(1pt__) rgbdraw(white, Point_(-60){line to rvec_(circlerad*0.72,0)} Point_(-90){line to rvec_(circlerad*0.72,0)} Point_(-120){line to rvec_(circlerad*0.72,0)} linethick=`0.'eval(lwid*15)/(1pt__) {move to coord(1.8,-2.3)+(0,0.025) spline to Here+coord(-0.8,-0.3) then to Here+coord(-1.8,-0.3) \ then to Here+coord(-2.18,-0.27) \ then to Here+coord(-3.93,-0.1)} ) # Sail thinlines_ setrgb(midnight) line from coord(0.44,3.38) to coord(0.44,2.6) \ then to coord(2.1,-1.75) \ then to coord(1.22,-1.53) \ then to coord(0.62,-1.4) \ then to coord(0.55,-1.6) \ then to coord(-2.2,-1.6) \ then to coord(-2.35,-1.5) spline to coord(-2.14,-0.78) \ then to coord(-1.74,0.22) \ then to coord(-1.42,0.89) \ then to coord(-0.92,1.73) \ then to coord(0,2.9) \ then to coord(0.44,3.38) # Hull spline from coord(2.1,-1.75) to coord(1.9,-2.2) \ then to coord(1.85,-2.3) then to coord(1.8,-2.33) \ then to coord(1,-2.5) then to coord(0,-2.6) then to coord(-0.38,-2.57) \ then to coord(-2.13,-2.4) line to coord(-2.2,-2.05) then to coord(2.1,-1.75) # spline to coord(-1,-2.08) then to coord(0.55,-1.77) line to coord(2.1,-1.75) resetrgb setrgb(white) spline from coord(-2.2,-2.05) to coord(-1,-2.08) then to coord(0.55,-1.77) line to coord(-2.2,-2.05) resetrgb linethick=`0.'eval(lwid*15)/(1pt__) # ] with .sw at 1,1 .PE Circuit_macros9.5/examples/svg/CsourceSVG.m40000644060175006010010000001637213774371757020070 0ustar DwightNone.PS # Csource.m4 cct_init(svg_font(sans-serif,11bp__,2bp__)) # The default line separation is a bit small if the top line contains # subscripts, so we space stacked lines explicitly: define(`stbelow',`at last ""-(0,textht*1.5)') define(`loffset',`+(textoffset,0)') define(`roffset',`-(textoffset,0)') define(`npair',`[define(`m4lr',ifelse(`$1',,l,r)) J: mosfet(down_ dimen_,ifelse(`$1',,R,L),uHSDF,E) {["svg_it(Q`'svg_sub(`$2'))" ljust; "2N5464" ljust stbelow]\ at J.nw+(ifelse(`$1',,-5bp__,5bp__),textht*0.75)} G: J.G line ifelse(`$1',,right,left) dimen_/4 from J.D Q: bi_tr(up_ dimen_,ifelse(`$1',,L,R),,E) with .B at Here {["svg_it(Q`'svg_sub(`$3'))" m4lr`'just; "2N4239" m4lr`'just stbelow] \ at last [].ifelse(`$1',,e,w)} E: Q.E S: dot(at (Q.C,J.S)) line from J.S to S then to Q.C ]') define(`ppair',`[define(`m4lr',ifelse(`$1',,l,r)) J: mosfet(down_ dimen_,ifelse(`$1',,R,L),dHSDF,E) {["svg_it(Q`'svg_sub(`$2'))" ljust; "2N3819" ljust stbelow] \ at J.sw+(ifelse(`$1',,0,`4bp__'),-textht*0.6)} G: J.G line ifelse(`$1',,right,left) dimen_/4 from J.S Q: bi_tr(down_ dimen_,ifelse(`$1',,R,L),P,E) with .B at Here {["svg_it(Q`'svg_sub(`$3'))" m4lr`'just; "2N4236" m4lr`'just stbelow]} E: Q.E S: dot(at (Q.C,J.D)) line from J.D to S then to Q.C ]') textht = textht*0.8 R2: resistor(down_ dimen_) {["svg_it(R`'svg_sub(2))" ljust; "150`'svg_ohm" ljust stbelow] \ at last [].e loffset } dot Q13: bi_tr(down_ dimen_,,P,E) with .E at Here {["svg_it(Q`'svg_sub(13))" rjust; "2N4236" rjust stbelow] at last [].w } line down 3.1*elen_ from Q13.C Q14: bi_tr(up_ dimen_,R,,E) with .C at Here {["svg_it(Q`'svg_sub(14))" rjust; "2N4239" rjust stbelow] at last [].w } dot(at Q14.E) { line left_ dimen_*1.3 then up_ dimen_ R1: potentiometer(up_ dimen_) with .Start at Here {["svg_it(R`'svg_sub(1))" ljust; "20k`'svg_ohm" ljust stbelow] \ at last [].e loffset } { ground(at R1.T1) } line from R1.End to (R1.End,Q13.E) then to Q13.E } { dot(at Q13.C+(0,-elen_)) line to (R1.R,Here)+(-dimen_/2,0) { arrowline(right_ dimen_/2); llabel(,i`'svg_sub(1)) } { move left 0.2} V1: gap(down_ dimen_,1); rlabel(+,V`'svg_sub(1),-) line down_ dimen_/4 chop dotrad_ chop 0; ground(,T) } R3: resistor(down_ dimen_) {["svg_it(R`'svg_sub(3))" ljust; "150svg_ohm" ljust stbelow] \ at last [].e loffset} dot(at Q13.C+(0,-2*elen_)) line right_ dimen_/2 A1: opamp with .In2 at Here; "svg_it(A`'svg_sub(1))" at A1.C { "Nexus" rjust "SQ-10A" rjust at (A1.E,A1.s)+(0,-textht/2) } line left_ dimen_/4 from A1.In1 then up_ dimen_/2 then right dimen_ dot { resistor(up_ elen_) {["svg_it(R`'svg_sub(14))" rjust; "19k`'svg_ohm" rjust stbelow] \ at last [].w roffset} line to (Here,Q13.E) then to Q13.E } line to (A1.Out,Here) dot { line to A1.Out dot resistor(down_ to (Here,Q14.E)) {["svg_it(R`'svg_sub(13))" ljust; "91k`'svg_ohm" ljust stbelow] \ at last [].e loffset} line to Q14.E } R6: resistor(right_ dimen_) {["svg_it(R`'svg_sub(6))" ljust; "15k`'svg_ohm" ljust stbelow] \ with .n at last [].sw+(0,-textoffset) } dot line to (Here,A1.In1) then right_ dimen_/4 A2: opamp with .In1 at Here; {"svg_it(A`'svg_sub(2))" at A2.C } { "Nexus" rjust "SQ-10A" rjust at (A2.E,A2.s)+(0,-textht/2) } line left_ dimen_/4 from A2.In2 ground dot(at A2.Out) DP1: npair(,3,4) with .E at (A2.Out,Q14.B)+(elen_*1.25,0) #if 2 < 1 then { line from A2.Out to (A2.Out,DP1.G) then to DP1.G line from DP1.E to (DP1.E,R3.bottom); dot D4: reversed(`diode',up_ dimen_/2 from DP1.S) D3: reversed(`diode',up_ dimen_/2 from Here+(0,-dimen_/6)) { "OMC-V" rjust "svg_it(D`'svg_sub(4))" rjust \ "svg_it(D`'svg_sub(3))" rjust at last [].w } DP2: ppair(,1,2) with .E at (DP1.E,Q13.B) D1: diode(down_ dimen_/2 from DP2.S) D2: diode(down_ dimen_/2 from Here+(0,dimen_/6)) {"svg_it(D`'svg_sub(1))" rjust "svg_it(D`'svg_sub(2))" rjust "OMC-V" rjust\ at last [].w } dot(at (Here,A2)) line to D2.bottom line from DP2.G to (A2.Out,DP2.G) then to A2.Out line from DP2.E to (DP2.E,R2.top); dot T: dot(at (DP1.E,A2)+(dimen_,0)) DP3: npair(,7,8) with .G at (Here,DP1.G)+(dimen_/4,0) dot(at DP3.E) line to Q14.B DP4: ppair(,5,6) with .G at (DP3.G,DP2.G) dot(at DP4.E) line to Q13.B line from DP3.G to (T,DP3.G) then to (T,DP4.G) then to DP4.G R11: resistor(down_ dimen_ from DP4.S) {["svg_it(R`'svg_sub(11))" rjust; "20`'svg_ohm" rjust stbelow] \ at last [].w roffset} D5: diode(up_ from DP3.S to (DP3.S,A2),Z) {["svg_it(D`'svg_sub(5))" rjust; "1N4729" rjust stbelow] \ at last [].w roffset} line to R11.end C4: capacitor(right_ dimen_*1.3 from DP3.S,C) llabel(,svg_it(C`'svg_sub(4))); rlabel(,"0.68`'svg_micro(F)") C3: capacitor(right_ dimen_*1.3 from DP4.S,C) llabel(,svg_it(C`'svg_sub(3))); rlabel(,"0.68`'svg_micro(F)") dot dot(at (Here,R6)) C2: reversed(`capacitor',left_ dimen_*1.3,C) rlabel(,svg_it(C`'svg_sub(2))); llabel(,"0.1`'svg_micro(F)") line to R6.end R5: resistor(up_ from R6.end to (R6.end,Q13.B)) {["svg_it(R`'svg_sub(5))" ljust; "100k`'svg_ohm" ljust stbelow] \ at last [].e loffset } dot(at R5.top-(0,dimen_/2)) line left_ dimen_/2 capacitor(down_ dimen_,C) {["svg_it(C`'svg_sub(1))" rjust; "1`'svg_micro(F)" rjust stbelow] \ at last [].w roffset} ground(,T) line from DP4.E to (DP4.E,R2.bottom) resistor(up_ to (Here,R2.top)) {["svg_it(R`'svg_sub(9))" ljust; "910`'svg_ohm" ljust stbelow] \ at last [].e loffset} dot resistor(down_ from DP3.E to (DP3.E,R3.bottom)) {["svg_it(R`'svg_sub(10))" ljust; "910`'svg_ohm" ljust stbelow] \ at last [].e loffset} dot line from R5.top to (R5,Q13.E) resistor(right_ elen_) {["svg_it(R`'svg_sub(4))" ljust; "100k`'svg_ohm" ljust stbelow] \ with .s at last [].nw+(0,1bp__)} line to (C4.end,Here) then to C4.end DP5: npair(L,11,10) with .E at (C4.end,DP1.E)+(elen_*0.8,0) line from DP5.E to (DP5.E,R3.bottom); dot line from R3.bottom to Here+(dimen_/2,0) dot(,,1) "svg_it(-E`'svg_sub(CC))" ljust at last [].e D6: diode(up_ from DP5.S to (DP5.S,A2),Z) {["svg_it(D`'svg_sub(6))" rjust; "1N4728" rjust stbelow] \ at last [].w roffset} DP6: ppair(L,12,9) with .E at (DP5.E,DP2.E) line from DP6.E to (DP6.E,R2.top); dot line from R2.top to Here+(dimen_/2,0) dot(,,1) { "svg_it(E`'svg_sub(CC))" ljust at last [].e } resistor(down_ from DP6.S to (DP6.S,C2)) {["svg_it(R`'svg_sub(12))" rjust; "20`'svg_ohm" rjust stbelow] \ at last [].w roffset} dot { line to C2.e } line to D6.end Vr: dot(at (DP6.G,V1.top)+(dimen_/4,0)) line from DP6.G to (Vr,DP6.G) then to (Vr,DP5.G) then to DP5.G reversed(`arrowline',right_ dimen_/2 from Vr); llabel(,i`'svg_sub(2)) V2: gap(down_ dimen_,1); llabel(+,V`'svg_sub(2),-) { move right 0.2} line down_ dimen_/4 chop dotrad_ chop 0; ground(,T) dot(at (Vr,T)) resistor(left_ to (DP6.E,Here)) {["svg_it(R`'svg_sub(15))" ljust; "200`'svg_ohm" ljust stbelow] \ with .s at last [].nw+(0,textoffset)} line to (DP1.E,Here) dot #} command "" # end font .PE Circuit_macros9.5/examples/svg/DecoderSVG.m40000644060175006010010000000135113774371757020021 0ustar DwightNone.PS # Decoder.m4 log_init(svg_font(sans-serif,11bp__)) define(`nlines',3) # OK for nlines from 1 to approximately 4 define(`ndata',`eval(2**nlines-1)') for_(0,nlines-1,1, `{right_; A`'m4x: dot(at rsvec_(0,m4x*AND_ht)) "svg_it(A`'svg_sub(m4x))" wid 0.2 at last [].w rjust}') for_(0,ndata,1, `define(`m4y',m4x) down_ G`'m4y: AND_gate(nlines) \ at A0+svec_(AND_ht*3/2,(m4y+1/2)*AND_ht*3/2) line down linewid/3; dot; "svg_it(D`'svg_sub(m4y))" at last [].s below for_(0,nlines-1,1, `ifelse(eval(m4y/2**m4x%2),0, `up_; NOT_circle with .s at',`move to') G`'m4y.In`'eval(nlines-m4x) line to (Here,A`'m4x) ifelse(m4y,ndata,`then to A`'m4x',`; dot') ') ') command "" # end font .PE Circuit_macros9.5/examples/svg/DemultiplexerSVG.m40000644060175006010010000000253513774371757021304 0ustar DwightNone.PS # `DemultiplexerSVG.m4' log_init(svg_font(sans-serif,11*0.8bp__)) right_ Demux(4,DM1) "`Demux'(4,DM1)" at last [].s below "svg_it(Out0)" at last [].Out0.end +(6bp__,6bp__) "svg_it(Out3)" at last [].Out3.end +(6bp__,-6bp__) "svg_it(In)" at last [].In.end rjust wid 11bp__ "svg_it(Sel)" at last [].Sel.end ljust above left_; Demux(4,,LOE) with .c at last [].c+(1.2,0) "`left_; Demux'(4,,LOE)" at last [].s + (0,-20bp__) "svg_it(Sel)" at last [].Sel.end rjust "svg_it(Out0)" at last [].Out0.end +(-6bp__,6bp__) "svg_it(OE)" at last [].OE.end ljust "svg_it(In)" at last [].In.end+(0,5bp__) ljust right_; Demux(4,,NOEBN2) with .c at last [].c+(1.2,0) "(4,,NOEBN2)" at last [].s below "svg_it(Sel0)" at last [].Sel0.end rjust "svg_it(Sel1)" at last [].Sel1.end ljust "svg_it(Out0)" at last [].Out0.end +(5bp__,6bp__) "svg_it(Out3)" at last [].Out3.end +(5bp__,6bp__) "svg_it(NOE)" at last [].NOE.end rjust "svg_it(In)" at last [].In.end above down_; Demux(8,,L3,,28*L_unit) with .c at last [].c+(1.8,0) "`down_; Demux'(8,,L3,,28*L_unit)" at last [].s+(0,-15bp__) wid 170bp__ "svg_it(Sel0)" at last [].Sel0.end rjust "svg_it(Sel2)" at last [].Sel2.end rjust below "svg_it(Out0)" at last [].Out0.end rjust "svg_it(Out7)" at last [].Out7.end ljust "svg_it(In)" at last [].In.end rjust command "" # end font .PE Circuit_macros9.5/examples/svg/diamondSVG.m40000644060175006010010000000114113774371757020064 0ustar DwightNone.PS # diamond.m4 # See LaTeX Graphics Companion pp 57-58 gen_init dimen = 1.5*scale ratio = 0.9 n = 30 North: (0,dimen) East: (dimen,0) South: (0,-dimen) West: (-dimen,0) define(`square', `shade(`$1', line from North to East then to South then to West then to North) ') define(`diamond',`[ for i = 2 to n do { square(`$1') Tmp: North North: ratio between East and North East: ratio between South and East South: ratio between West and South West: ratio between Tmp and West }]') linethick = 0 diamond( i % 2 ) linethick = 0.4 diamond( (n-i)/(n-2) ) with .w at last [].e+(0.25,0) .PE Circuit_macros9.5/examples/svg/DiniSVG.m40000644060175006010010000001530613774371757017344 0ustar DwightNone.PS # Dini.m4 # This diagram can be produced using, e.g. # m4 pdf.m4 Dini.m4 | dpic -d > Dini.pdf threeD_init NeedDpicTools scale = 1.5 [ viewazimuth = 0 # View angles in degrees viewelevation = 20 setview(viewazimuth,viewelevation,0) a = 1.5 b = 0.25 define(`Dini', `a*cos(`$1')*sin(`$2'),dnl a*sin(`$1')*sin(`$2'),dnl (a*(cos(`$2')+loge(tan((`$2')/2))) + b*(`$1'))') umin = 0; umax = 4*pi_ vmin = 0.2; vmax = 2.0 ugrid = 80; vgrid = 20 ur = umax-umin vr = vmax-vmin `define cu {umin+($1)/ugrid*ur}' `define cv {vmin+($1)/vgrid*vr}' # Generate points and sort n = -1 for iu=0 to ugrid do { for iv=0 to vgrid do { n +=1 ciu[n] = cu(iu) civ[n] = cv(iv) d[n] = dot3D(View3D,Dini(ciu[n],civ[n])) ix[n] = n } } dpquicksort(d,0,n,ix) # Draw the facets linethick = 0.4 du = ur/ugrid/2 dv = vr/vgrid/2 for i=0 to n do { NE: project(Dini(ciu[ix[i]]+du,civ[ix[i]]+dv)) SE: project(Dini(ciu[ix[i]]+du,civ[ix[i]]-dv)) SW: project(Dini(ciu[ix[i]]-du,civ[ix[i]]-dv)) NW: project(Dini(ciu[ix[i]]-du,civ[ix[i]]+dv)) f = (-cos(ciu[ix[i]])+1)/2 g = ( sin(ciu[ix[i]])+1)/2 line from NE to SE then to SW then to NW then to NE \ outlined rgbstring(f,g,0) shaded rgbstring(f,g,0) # outlined rgbstring(0,0.5,0) shaded rgbstring(f,g,0) } ] # Icosahedron.m4 [ #threeD_init #NeedDpicTools # Computing facets is complicated, so list them. # 60 vertices: define(`m4x',-1) array2(v,m4inx,0, 0, 1.021) array2(v,m4inx,0.4035482, 0, 0.9378643) array2(v,m4inx,-0.2274644, 0.3333333, 0.9378643) array2(v,m4inx,-0.1471226, -0.375774, 0.9378643) array2(v,m4inx,0.579632, 0.3333333, 0.7715933) array2(v,m4inx,0.5058321, -0.375774, 0.8033483) array2(v,m4inx,-0.6020514, 0.2908927, 0.7715933) array2(v,m4inx,-0.05138057, 0.6666667, 0.7715933) array2(v,m4inx,0.1654988, -0.6080151, 0.8033483) array2(v,m4inx,-0.5217096, -0.4182147, 0.7715933) array2(v,m4inx,0.8579998, 0.2908927, 0.4708062) array2(v,m4inx,0.3521676, 0.6666667, 0.6884578) array2(v,m4inx,0.7841999, -0.4182147, 0.5025612) array2(v,m4inx,-0.657475, 0.5979962, 0.5025612) array2(v,m4inx,-0.749174, -0.08488134, 0.6884578) array2(v,m4inx,-0.3171418, 0.8302373, 0.5025612) array2(v,m4inx,0.1035333, -0.8826969, 0.5025612) array2(v,m4inx,-0.5836751, -0.6928964, 0.4708062) array2(v,m4inx,0.8025761, 0.5979962, 0.2017741) array2(v,m4inx,0.9602837, -0.08488134, 0.3362902) array2(v,m4inx,0.4899547, 0.8302373, 0.3362902) array2(v,m4inx,0.7222343, -0.6928964, 0.2017741) array2(v,m4inx,-0.8600213, 0.5293258, 0.1503935) array2(v,m4inx,-0.9517203, -0.1535518, 0.3362902) array2(v,m4inx,-0.1793548, 0.993808, 0.1503935) array2(v,m4inx,0.381901, -0.9251375, 0.2017741) array2(v,m4inx,-0.2710537, -0.9251375, 0.3362902) array2(v,m4inx,-0.8494363, -0.5293258, 0.2017741) array2(v,m4inx,0.8494363, 0.5293258, -0.2017741) array2(v,m4inx,1.007144, -0.1535518, -0.06725804) array2(v,m4inx,0.2241935, 0.993808, 0.06725804) array2(v,m4inx,0.8600213, -0.5293258, -0.1503935) array2(v,m4inx,-0.7222343, 0.6928964, -0.2017741) array2(v,m4inx,-1.007144, 0.1535518, 0.06725804) array2(v,m4inx,-0.381901, 0.9251375, -0.2017741) array2(v,m4inx,0.1793548, -0.993808, -0.1503935) array2(v,m4inx,-0.2241935, -0.993808, -0.06725804) array2(v,m4inx,-0.8025761, -0.5979962, -0.2017741) array2(v,m4inx,0.5836751, 0.6928964, -0.4708062) array2(v,m4inx,0.9517203, 0.1535518, -0.3362902) array2(v,m4inx,0.2710537, 0.9251375, -0.3362902) array2(v,m4inx,0.657475, -0.5979962, -0.5025612) array2(v,m4inx,-0.7841999, 0.4182147, -0.5025612) array2(v,m4inx,-0.9602837, 0.08488134, -0.3362902) array2(v,m4inx,-0.1035333, 0.8826969, -0.5025612) array2(v,m4inx,0.3171418, -0.8302373, -0.5025612) array2(v,m4inx,-0.4899547, -0.8302373, -0.3362902) array2(v,m4inx,-0.8579998, -0.2908927, -0.4708062) array2(v,m4inx,0.5217096, 0.4182147, -0.7715933) array2(v,m4inx,0.749174, 0.08488134, -0.6884578) array2(v,m4inx,0.6020514, -0.2908927, -0.7715933) array2(v,m4inx,-0.5058321, 0.375774, -0.8033483) array2(v,m4inx,-0.1654988, 0.6080151, -0.8033483) array2(v,m4inx,0.05138057, -0.6666667, -0.7715933) array2(v,m4inx,-0.3521676, -0.6666667, -0.6884578) array2(v,m4inx,-0.579632, -0.3333333, -0.7715933) array2(v,m4inx,0.1471226, 0.375774, -0.9378643) array2(v,m4inx,0.2274644, -0.3333333, -0.9378643) array2(v,m4inx,-0.4035482, 0, -0.9378643) array2(v,m4inx,0, 0, -1.021) # 12 pentagons undefine(`m4x') array2(p,m4inx,0,3,8,5,1) array2(p,m4inx,2,7,15,13,6) array2(p,m4inx,4,10,18,20,11) array2(p,m4inx,9,14,23,27,17) array2(p,m4inx,12,21,31,29,19) array2(p,m4inx,16,26,36,35,25) array2(p,m4inx,22,32,42,43,33) array2(p,m4inx,24,30,40,44,34) array2(p,m4inx,28,39,49,48,38) array2(p,m4inx,37,47,55,54,46) array2(p,m4inx,41,45,53,57,50) array2(p,m4inx,51,52,56,59,58) # 20 hexagons undefine(`m4x') array2(h,m4inx,0,1,4,11,7,2) array2(h,m4inx,0,2,6,14,9,3) array2(h,m4inx,1,5,12,19,10,4) array2(h,m4inx,3,9,17,26,16,8) array2(h,m4inx,5,8,16,25,21,12) array2(h,m4inx,6,13,22,33,23,14) array2(h,m4inx,7,11,20,30,24,15) array2(h,m4inx,10,19,29,39,28,18) array2(h,m4inx,13,15,24,34,32,22) array2(h,m4inx,17,27,37,46,36,26) array2(h,m4inx,18,28,38,40,30,20) array2(h,m4inx,21,25,35,45,41,31) array2(h,m4inx,23,33,43,47,37,27) array2(h,m4inx,29,31,41,50,49,39) array2(h,m4inx,32,34,44,52,51,42) array2(h,m4inx,35,36,46,54,53,45) array2(h,m4inx,38,48,56,52,44,40) array2(h,m4inx,42,51,58,55,47,43) array2(h,m4inx,48,49,50,57,59,56) array2(h,m4inx,53,54,55,58,59,57) viewazimuth = -10 # View angles in degrees viewelevation = 40 setview(viewazimuth,viewelevation,0) n = 0 # Find and draw the visible hexagons for i=1 to 20 do { # The normal is the line to the center for_(1,3,1,`a[m4x] = (v[h[i,1],m4x] + v[h[i,4],m4x])/2') if dot3D(View3D,a[1],a[2],a[3]) >= 0 then { n +=1; ih[n] = i } } for i=1 to n do { for j=1 to 6 do { x[j]=h[ih[i],j] } line from project((v[x[1],1]),(v[x[1],2]),(v[x[1],3]))\ for_(2,6,1,`to project((v[x[m4x],1]),(v[x[m4x],2]),(v[x[m4x],3]))\')\ to project((v[x[1],1]),(v[x[1],2]),(v[x[1],3])) thick 0.2 fill_(0.95) } m = 0 for i=1 to 12 do { # Visible pentagons for_(1,3,1,`a[m4x] = 0; for j=1 to 5 do { a[m4x] += v[p[i,j],m4x] }') if dot3D(View3D,a[1]/5,a[2]/5,a[3]/5) >= 0 then { m +=1; ip[m] = i } } for i=1 to m do { for j=1 to 5 do { x[j]=p[ip[i],j] } line from project((v[x[1],1]),(v[x[1],2]),(v[x[1],3])) \ for_(2,5,1,`to project((v[x[m4x],1]),(v[x[m4x],2]),(v[x[m4x],3]))\')\ to project((v[x[1],1]),(v[x[1],2]),(v[x[1],3])) thick 0.2 fill_(0) } ] scaled 2.5 with .sw at last [].se+(1,0) .PE Circuit_macros9.5/examples/svg/DiodesSVG.m40000644060175006010010000000262513774371757017670 0ustar DwightNone.PS # `Diodes.m4' cct_init(svg_font(sans-serif,11bp__)) movewid = 2pt__ { {diode ; move ; "`diode'" ljust} move down 0.2; right_ {diode(,S) ; move ; "`diode(,S)'" ljust} move down 0.2; right_ {diode(,V) ; move ; "`diode(,V)'" ljust} move down 0.2; right_ {diode(,v) ; move ; "`diode(,v)'" ljust} move down 0.2; right_ {diode(,w) ; move ; "`diode(,w)'" ljust} move down 0.2; right_ {diode(,B) ; move ; "`diode(,B)'" ljust} move down 0.2; right_ {diode(,G) ; move ; "`diode(,G)'" ljust} } move right_ 2.0 { {diode(,K) ; move ; "`diode(,K)'" ljust} move down 0.2; right_ {diode(,ZK) ; move ; "`diode(,ZK)'" ljust} move down 0.2; right_ {diode(,CR) ; move ; "`diode(,CR)'" ljust} move down 0.2; right_ {diode(,L) ; move ; "`diode(,L)'" ljust} move down 0.2; right_ {diode(,F) ; move ; "`diode(,F)'" ljust} move down 0.2; right_ {diode(,Sh) ; move ; "`diode(,Sh)'" ljust} move down 0.2; right_ {diode(,D) ; move ; "`diode(,D)'" ljust} } move right_ 2.0 { {diode(,Z,RE) ; move ; "`diode(,Z,RE)'" ljust; move right 1.5} move down 0.25; right_ {diode(,T) ; move ; "`diode(,T)'" ljust} move down 0.30; right_ {diode(,P) ; move ; "`diode(,P)'" ljust} move down 0.30; right_ {diode(,LE) ; move ; "`diode(,LE)'" ljust} move down 0.15; right_ {diode(,LER) ; move ; "`diode(,LER)'" ljust} } command "" # end font .PE Circuit_macros9.5/examples/svg/DriveSVG.m40000644060175006010010000000365613774371757017537 0ustar DwightNone.PS # `Drive.m4' cct_init define(`synchmachine',`[ r = ifelse(`$1',,`dimen_*3/4',(`$1')/2) C: circle rad r Point_(120) line from C to C+vec_(r*2/9,0); reversed(`inductor',to rvec_(r*2/3,0)) W2: Here Point_(240) line from C to C+vec_(r*2/9,0); reversed(`inductor',to rvec_(r*2/3,0)) W3: Here line from C right_ r*2/9; inductor(right_ r*2/3) W1: Here ]') bht = sourcerad_*10 dlen = dimen_*2/3 define(`Diodepair',`[ diode(up_ dlen); line up bht-2*dlen; diode(up_ dlen) ]') define(`gbt',`bi_trans(`$1',`$2',CBUHdE`$3')') define(`dotrad_',dotrad_*0.5/linewid) define(`GBTpair',`[linewid = 0.5*3/4 Q1: gbt(up_ bht/2,,D) Q2: gbt(up_ bht/2,,D) with .C at Q1.E ]') SW: ground line up W: Here line right dimen_/3; dot ssep = sourcerad_*2.5 { line up ssep; S1: source(right_ dimen_,AC) } { S2: source(right_ dimen_,AC) } { line down ssep; S3: source(right_ dimen_,AC) } dsep = dimen_/2 D1: Diodepair at S2.e D2: Diodepair at D1+(dsep,0); dot(at D2.n); dot(at D2.s) D3: Diodepair at D2+(dsep,0); dot(at D3.n); dot(at D3.s) dot(at (D1,S1)) dot(at (D2,S2)); line to S2.e dot(at (D3,S3)); line to S3.e line from D1.n to D3.n inductor(right_ dimen_) T: dot capacitor(to (Here,D1.s),C) dot gsep = dimen_*1.25 G1: GBTpair with .Q1.C at T+(dimen_,0) G2: GBTpair at G1+(gsep,0) G3: GBTpair at G2+(gsep,0) line from G3.Q1.C to T dot(at (G1.Q1.C,T)) dot(at (G2.Q1.C,T)) line from G3.Q2.E to D1.s dot(at (G1.Q1.E,D1.s)) dot(at (G2.Q1.E,D1.s)) M: synchmachine with .C at G3.e+(dimen_*2,0) sg = dimen_/8 L: (0.5,D1.s)-(sg,0) line from M.W1 to (M.W1,L) then to L \ then up M.C.y-L.y-sg then to G3.Q2.C+(0,-sg); dot line from M.W3 down M.W3.y-L.y-sg*2 then to L+(sg*2,sg*2)\ then up M.C.y-L.y-sg*2 then to G2.Q2.C; dot line from M.W2 to (L,M.W2) \ then down M.W2.y-G1.Q2.C.y-sg then to G1.Q2.C+(0,sg); dot line right dimen_/3 from M.e then down M.e.y-SW.y ground .PE Circuit_macros9.5/examples/svg/EmarrowsSVG.m40000644060175006010010000000205613774371757020256 0ustar DwightNone.PS # `Emarrows.m4' cct_init(svg_font(sans-serif,11bp__)) hskip = 0.6 [ { em_arrows(N) box dotted wid last [].wid ht last [].ht at last [].c thinlines_ arrow <- up 0.12 from last [].Head;`"Head"' above arrow <- down 0.12 from last [].Tail;`"Tail"' below `"A1"' rjust below at last [].A1.c `"A2"' ljust above at last [].A2.c thicklines_ move down 0.25 from last [].s move up 0.2 from last [].n `"em_arrows(N)"' wid 1.0 at last [].s+(0,-0.20) below } { em_arrows(ND,45) with .sw at last [].se+(hskip*1.5,0) `"em_arrows(ND,45)"' at last [].s below } { em_arrows(I) with .sw at last [].se+(hskip,0) `"...(I)"' at last [].s+(0,-9bp__) below } { em_arrows(ID) with .sw at last [].se+(hskip,0) `"...(ID)"' at last [].s+(0,-2bp__) below } { em_arrows(E) with .sw at last [].se+(hskip,0) `"...(E)"' at last [].s+(0,-2bp__) below } { em_arrows(ED) with .sw at last [].se+(hskip,0) `"...(ED)"' wid .75 at last [].s+(0,-2bp__) below } ] # box wid last [].wid ht last [].ht at last [] command "" # end font .PE Circuit_macros9.5/examples/svg/ex00SVG.m40000644060175006010010000000461313774371757017234 0ustar DwightNone.PS # ex00.m4 gen_init(svg_font(sans-serif,11bp__)) [ thicklines_ ewid = 2 eht = 0.5 E: ellipse wid ewid ht eht [ narrows = 5 de = ewid/narrows for i=0 to narrows do { arrow down from i*de,0 } ] with .s at E.n+(0,0.25) "svg_bf(B)svg_it((t))" at last [].c thinlines_ arrow from E.c to E.ne box invis fill_(1) ht 0.12 wid 0.12 with .c at last arrow.c "svg_it(r)" command "" # end font ] [ # ex07.m4 #gen_init Barrel: box invis ht 0.4 wid 1.5 up Face: arc rad 2.6 from Barrel.e+(2.4,-1.7/2) to Barrel.e+(2.4,1.7/2) eps = 0.03 arc ccw rad 2.6 from Face.start-(eps,0) to Face.end-(eps,0) \ with .c at Face.c-(eps,0) line from Barrel.nw to Barrel.ne then to Face.end line from Barrel.sw to Barrel.se then to Face.start arc cw from Barrel.sw to Barrel.nw rad Barrel.ht*1.2 Cathode: Barrel.w+(0.3,0) Term: Barrel.w+(-0.25,0) dcath = 0.13 dan = 0.12 line from Cathode up dcath/2 left dcath/2 then to Term.x,Cathode.y+dcath/2 dot line from Cathode down dcath/2 left dcath/2 then to Term.x,Cathode.y-dcath/2 dot hole = 0.06 Hole: line invis up hole from Cathode+(0.5,-hole/2) line from Hole.end up dan-hole/2 then to Term.x,Cathode.y+dan; dot line from Hole.start down dan-hole/2 then to Term.x,Cathode.y-dan; dot platewid = 0.25 platesep = 0.15 Plates: box invis wid platewid ht platesep at Barrel.e+(-platewid/2,0) line right platewid from Plates.nw line right platewid from Plates.sw line up 0.3 from Plates.n line down 0.3 from Plates.s linethick_(1.4) move to Cathode+(0.03,0) Spot: 0.9 arcto(Plates.c,Spot,(Plates.c.x-Cathode.x)*0.90,outlined "lightgrey" thick 2) line to Spot chop 0 chop -0.02 outlined "lightgrey" thick 2 thinlines_ arrow <- from Cathode+(0.2,0.06) up 0.5 left 0.3 "electron" above "gun" above arrow <- from Plates.nw+(0,0.06) up 0.5 left 0.3 "deflection" above "plates" above arrow <- from 0.5+(0,0.06) up 0.5 left 0.3 "electron beam" at Here+(-0.3,0) above spline <- from 1.015 right 0.1 up 0.1 then up 0.1 \ then up 0.1 left 0.1 "spot of light" rjust "vacuum" at 0.5+(-0.4,0) rjust arrow <- from Face.start+(0.1,0.5) left 0.6*1.4 down 0.3*1.4 "phosphor coating" rjust arrow <- from 0.2 left 0.6 down 0.3 "glass enclosure (tube)" rjust ] with .sw at last [].se+(0.5,0) .PE Circuit_macros9.5/examples/svg/ex01SVG.m40000644060175006010010000000510113774371760017220 0ustar DwightNone.PS # TimerSVG.m4 cct_init(svg_font(sans-serif,10.5bp__)) define(`ic555',`[Chip: box ht boxwid wid boxwid "555" P7: "7" ljust at 1/6 P6: "6" ljust at 1/2 P2: "2" ljust at 5/6 P4: "4" below at 1/3 P8: "8" below at 2/3 P3: "3" rjust at Chip.e P1: "1" above at Chip.s ]') Timer: [ define(`elen_',`linewid') Vs: dot down_ variable(`resistor(,E); llabel(,svg_norm(1 M`'svg_ohm))'); resistor(,E); llabel(,svg_norm(100 k`'svg_ohm)) capacitor(,E); llabel(svg_norm(220 svg_micro`'F)) Zero: dot dot(at Vs+(elen_*4/3,0)) resistor(,E); llabel(,svg_norm(33 k`'svg_ohm)) line to (Here,Zero) chop 0 chop elen_ C2: capacitor; llabel(svg_norm(0.1 svg_micro`'F)) dot IC1: ic555 with .P7 at C2.start + (elen_,0) line from IC1.P4 to (IC1.P4,Vs); dot line from IC1.P8 to (IC1.P8,Vs); dot line from IC1.P1 to (IC1.P1,Zero); dot line from IC1.P2 to (C2,IC1.P2); dot crossover(from IC1.P7 to (Zero,IC1.P7),R,C2); dot line from IC1.P6 left elen_/2 then down IC1.P6.y-IC1.P7.y; dot line from IC1.P3 right elen_*2/3 R: dot line right_ elen_/3 B: buzzer(,,C) with .In3 at Here line from B.In1 to (R,B.In1) reversed(`diode',to (Here,Vs),LE); "red" at last line.c+(elen_/2,0) resistor(down_ elen_ from R,E); llabel(,svg_norm(470 svg_ohm)) diode(to (Here,Zero),LE); {"green" wid 0.4 at last line.c+(elen_*2/3,0)} line to Zero chop 0 chop -elen_ line up_ (Vs.y-Here.y)/3 battery(up_ (Vs.y-Here.y)/3); rlabel(,,svg_norm(9 V)) switch(to (Here,Vs),,D) line to (R,Vs) ] Ex01: [ # ex01.m4 linewid = linewid*1.5 # let's make the circuit elements bigger than usual define(`elen_',linewid) # but not longer del = elen_/4 # a spacing parameter move right 0.4 Vin: source(up_ elen_ + 2*del, V); llabel(,v`'svg_sub(s),) switch(right_ elen_,,C); rlabel(,t = svg_norm(0),) resistor; llabel(,svg_norm(47 ohm),); b_current() { "svg_it(i`'svg_sub(R))" at last arrow.end+(0,3bp__) above rjust } line right_ elen_/2 then down_ del P:parallel_(`L:inductor(,W); llabel(,"L" wid 0.15,); b_current()', `capacitor(,C); rlabel(+,v`'svg_sub(C),-); llabel(,,C)') { "svg_it(i`'svg_sub(L))" at P.E1.L.start+(2bp__,0) ljust below } line to (Here,Vin.start) then to Vin.start define(`meshcurrent',`[arc -> cw with .c at (0,0) \ from (Rect_(`$1',-30)) to (Rect_(`$1',30)) "svg_it(`$2')"]') right_ meshcurrent(del,i`'svg_sub(2)) at last[].C meshcurrent(2*del,i`'svg_sub(1)) at Vin.start + (4*del,3*del) ] with .sw at Timer.se+(0.5,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ex02SVG.m40000644060175006010010000000210513774371760017222 0ustar DwightNone.PS # ex02.m4 cct_init linewid = linewid*4/5 [ [ for angle = 0 to 315 by 45 do { Point_(angle) opamp(to rvec_(linewid*3/2,0)) with .Out at 0,0 } ] resistor(down_ dimen_ from last [].s) diode(down_ dimen_*2/3,LE) diode(down_ dimen_*2/3,LER) ground(,T) ] [ define(`elen_',`dimen_*3/2') # restore defaults define(`sourcerad_',`dimen_*0.25') leng = elen_ define(`fromcentre',`move to C+(-elen_/2,-elen_*cosd(15)/(2*sind(15)))') C: dot { fromcentre() for i = 0 to 359 by 30 do { Point_(i); inductor } } define(`elen_',leng*0.8) { fromcentre() for i=0 to 359 by 30 do { Point_(i); inductor(,W) } } define(`elen_',leng*0.6) { fromcentre() for i=0 to 359 by 30 do { Point_(i); resistor } } define(`elen_',leng*0.4) { fromcentre() for i=0 to 359 by 30 do { Point_(i); capacitor(,C) } } define(`elen_',leng*0.2) { fromcentre() for i=0 to 359 by 30 do { Point_(i); diode } } ] with .sw at last [].se+(linewid,0) .PE Circuit_macros9.5/examples/svg/ex03SVG.m40000644060175006010010000000152713774371757017240 0ustar DwightNone.PS # ex03.m4 cct_init(svg_font(sans-serif,11bp__)) circlerad = 0.35/2 define(`elen_',`dimen_') del = linewid*0.6 "svg_it(u`'svg_sub(k))" wid 0.15 above line { arrow right_ del B0: circle "svg_it(b`'svg_sub(0))" arrow right linewid/2 S: circle line right 2*circlerad + del + S.w.x-B0.e.x {arrow ; "svg_it(y`'svg_sub(k))" wid 0.2 above } down_ delay {line left_ del circle "svg_it(-a`'svg_sub(1))" ; arrow from last circle to S chop} line dashed down_ del delay {line left_ del circle "svg_it(-a`'svg_sub(n))" ; arrow from last circle to S chop} } down_ delay {line right_ del circle "svg_it(b`'svg_sub(1))" ; arrow from last circle to S chop} line dashed down_ del delay {line right_ del circle "svg_it(b`'svg_sub(n))" ; arrow from last circle to S chop} command "" # end font .PE Circuit_macros9.5/examples/svg/ex04SVG.m40000644060175006010010000000354313774371757017241 0ustar DwightNone.PS # ex04.m4 cct_init(svg_font(sans-serif,10bp__)) [ pushdef(`elen_',`dimen_') # short elements pushdef(`sourcerad_',`dimen_*0.2') #linewid = 0.85 linewid = 0.6 Ct:dot Point_(-60); capacitor(,C); dlabel(0.14,0.14,,,C`'svg_sub(3)) Cr:dot left_; capacitor(,C); dlabel(0.14,0.14,C`'svg_sub(2),,) Cl:dot down_; capacitor(from Ct to Cl,C); dlabel(0.14,-0.10,C`'svg_sub(1),,) T:dot(at Ct+(0,elen_)) inductor(from T to Ct); dlabel(0.12,-0.1,,,L`'svg_sub(1)) Point_(-30); inductor(from Cr to Cr+vec_(elen_,0)) dlabel(0,-0.07,,L`'svg_sub(3),) R:dot L:dot( at (Cl-(Cos(30)*(elen_),0),R) ) inductor(from L to Cl); dlabel(-0.1,-0.1,L`'svg_sub(2),,,X) right_; resistor(from L to R); rlabel(,R`'svg_sub(2),) move down 0.3 resistor(from T to R); dlabel(0,0.15,,R`'svg_sub(3),) b_current(y,ljust above) line from L to 0.2 source(to 0.5 between L and T); dlabel(sourcerad_+0.07,0.1,-,,+) dlabel(0,sourcerad_+0.07,,u,) resistor(to 0.8 between L and T); dlabel(0,0.15,,R`'svg_sub(1),) line to T ] popdef(`elen_') popdef(`sourcerad_') [ Point_(225) {B1: ebox ; b_current; dlabel(dimen_*0.4,-0.1,i`'svg_sub(1)) dot B4: ebox(to rvec_(rp_len,0)); b_current(,,,E); dlabel(dimen_*0.4,-0.1,,,i`'svg_sub(4)) } Point_(-45) B2: ebox ; b_current; dlabel(dimen_*0.4, 0.1,i`'svg_sub(2)) dot B7: ebox ; b_current; dlabel(dimen_*0.4, 0.1,i`'svg_sub(7)) B3: ebox(from B1.end to B2.end); b_current; dlabel(dimen_*0.4,0.1,i`'svg_sub(3)) dot(at (B1.start,B7.end)) {B5: ebox(to B1.end); b_current; dlabel(dimen_*0.4,-0.09,i`'svg_sub(5))} {B6: ebox(to B2.end); b_current; dlabel(dimen_*0.4, 0.09,i`'svg_sub(6))} {B8: ebox(right_ to B4.end); b_current; dlabel(dimen_*0.4, 0.1,i`'svg_sub(8))} B9: ebox(left_ to B7.end); b_current; dlabel(dimen_*0.4,-0.1,i`'svg_sub(9)) ] with .w at last [].e+(0.5,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ex05SVG.m40000644060175006010010000000647613774371760017244 0ustar DwightNone.PS # ex05SVG.m4 darrow_init Kalman: [ fillval = 0.8 boxht = 0.35 boxwid = 1.5*boxht dx = boxht/5 circlerad = boxht*3/8 extlen=4*dx indel = boxht/3 define(`dlthick',dlthick*3/4) define(`overbar',`line right textht*0.8 \ with .c at last box.c + ((`$1')*textht,0.7*textht)') COb: box fill_ "CO"; overbar(0.5) CO:box fill_ with .nw at last box.se+(dx,-dx) "CO" CbOb: box fill_ with .nw at last box.se+(dx,-dx) "CO" overbar(-0.5); overbar(0.5) CbO: box fill_ with .nw at last box.se+(dx,-dx) "CO"; overbar(-0.5) dline(from CbO.s down_ dx,,t,,!-) dright {Sum: circle invis at (CO,Here)} darrow(to Sum.e) SW: (COb.w,Sum.s)+(-3*dx-extlen/2,-dx) NE: (CbO.e,COb.n)+(dx,dx) right_; SB: shadebox(box wid NE.x-SW.x ht NE.y-SW.y with .sw at SW) U: COb.w-(3*dx+extlen,0) {"svg_it(U)" wid 0.1 rjust at U} dline(from U right_ extlen+dx,,t,,|-) TU: dtee(R) {darrow(to COb.w,t)} dline(to (Here,CO),t,t) {Dum: circle invis at (Here,Sum)} dtee(L) {darrow(to CO.w,t)} {D: box "D" wid boxwid/2 ht boxwid/2 at 0.5} darrow(to D.n,t) darrow(from D.s to Dum.n,,,,,,!-) dline(up_ from CO.n to (CO,COb)-(0,indel),,t,,!-) dleft; darrow(to (COb.e,Here)) dline(up_ from CbOb.n to (CbOb,COb),,t,,!-) dleft; darrow(to COb.e) dline(from CbO.n-(indel,0) up_ CbOb.y-CbO.n.y,,t,,!-) dleft; darrow(to CbOb.e) dline(up_ from CbO.n to (CbO,CO),,t,,!-) dleft dline(to (CbOb.w,Here)); darrow(to CO.e) dline(up_ from CbO.n+(indel,0) to (CbO,COb)+(indel,indel),,t,,!-) dleft; darrow(to (COb.e,Here)) darrow(from CO.s to Sum.n,,,,,,!-) darrow(left_ from Sum.w to Dum.e) dline(from Dum.w to (SB.w-(0.1,0),Dum)); darrow(to (U,Here)) {"svg_it(Y)" rjust} move left 0.23 circle at Sum circle at Dum ] Coxeter: [ # Coxeter.m4 customlinethick = 1.5 linethick = customlinethick define(`dotrad_',`(3/2*linethick pt__)') Orig: (0,0) for i=0 to 4 do { P[i]: dot(at (i*linewid,0)) } line from Orig to P[4] P[-1]: dot(at (Rect_(linewid, 120))); line to Orig P[-2]: dot(at (Rect_(linewid,-120))); line to Orig Pa: dot(at P[4]+(linewid,0)); "svg_it(a)" at last [].n above arrow from P[4] to Pa chop linewid/4 Pd: dot(at Pa+(linewid,0)); "svg_it(d)" at last [].w rjust Pe: dot(at Pd+(linewid,0)); "svg_it(e)" at last [].n above Pf: dot(at Pe+(linewid,0)); "svg_it(f)" at last [].n above Pb: dot(at Pd+(Rect_(linewid,120))); "svg_it(b)" at last [].w rjust Pc: dot(at Pd+(Rect_(linewid,-120))); "svg_it(c)" at last [].w rjust line from Pb to Pd then to Pc line from Pd to Pf define(`customarc', `pushdef(`dfillcolor',`0.7,0.7,0.7') linethick_(0.4); dnl Darc(`$1',linewid, (`$2')*dtor_, (`$3')*dtor_, thick=linewid/6; wid=linewid*0.3; ht=linewid/6; ends=<->)dnl linethick_(customlinethick); popdef(`dfillcolor')') customarc((linewid,-linewid/3), 25,155) "svg_it(d)" at (linewid,linewid*2/3) customarc((2*linewid,-linewid/3), 25,155) "svg_it(e)" at (2*linewid,linewid*2/3) customarc((3*linewid,-linewid/3), 25,155) "svg_it(f)" at (3*linewid,linewid*2/3) customarc(Orig,130,230); "svg_it(a)" at (Rect_(linewid,180)) customarc(Orig, 10,110); "svg_it(b)" at (Rect_(linewid, 60)) customarc(Orig,-110,-10); "svg_it(c)" at (Rect_(linewid,-60)) ] with .sw at Kalman.se+(15bp__,0) .PE Circuit_macros9.5/examples/svg/ex06SVG.m40000644060175006010010000000374213774371757017244 0ustar DwightNone.PS # ex06SVG.m4 gen_init(svg_font(font-family="Times" font-style="italic",11bp__)) F: box invis wid 1.6i ht 1.8i E: box invis wid F.wid ht F.ht G: box invis wid 1i ht F.ht ell = F.ht-0.6i r = 0.3i offset = 8bp__ hatch = 0.1i dhs = hatch * sqrt(2) qmell = F.ht - ell kwid = F.wid-qmell-r box wid G.e.x-F.w.x ht F.ht with .sw at F.sw thick linethick*3/2 Loopover_(`B', `line from B.ne to B.se thick linethick*3/2 B`'T: B.se + (-qmell,qmell) line from (B.w,B`'T) to B`'T chop 0 chop -offset line from B`'T up ell chop -offset chop 0 line from B`'T + (-r,0) up ell line dashed from B`'T to B.se "svg_fsize(0,110)" at B`'T + (-r/2,ell/2) "svg_fsize(0,110)" at B`'T + (qmell/2,ell/2) "t" at (B`'T,B.n) + (-offset/2,offset) thinlines_ arrow <-> from B.nw+(0,offset*2/3) right B.wid-qmell-r "k" above for x = hatch to B`'T.x-B.w.x-r by hatch do {line down ell from B.nw+(x,0)} for y = dhs to qmell by dhs do {line up y right y from (B.w,B`'T)+(0,-y)} for x = y-qmell to B.wid-qmell*2 by dhs do { line up qmell right qmell from B.sw+(x,0) } for x = last line.start.x-B.w.x+dhs to B.wid by dhs do { line up (B.wid-x)/2 right (B.wid-x)/2 from B.sw+(x,0) } thicklines_ ',F,E) line from (G.w,ET) right G.wid line from ET + (0,r) left ET.x-E.w.x thinlines_ for y = hatch to r by hatch do { line left r from ET+(0,r-y) } for x = dhs to G.wid by dhs do { line left x down x from G.nw+(x,0) } for y=x-G.wid to G.ht-G.wid by dhs do { line left G.wid down G.wid from G.ne+(0,-y) } for x = y-(G.ht-G.wid) to G.wid by dhs do { line right G.wid-x up G.wid-x from G.sw+(x,0) } arrow <-> up r with .c at ET+(offset*2/3,r/2) "r" ljust thicklines_ "q" at F.sw + (-offset,offset/3) "l" at (F.w,FT) + (-offset,offset/3) "n+p+m" at G.ne + (0,offset) Loopover_(`B',`"B" ht 0.12 below at B.s+(0,-2bp__)',F,E,G) # Adjust the bounding box without using s_box: move from F.nw+(-12bp__,21bp__) to G.se+(20bp__,-15bp__) command "" # end font .PE Circuit_macros9.5/examples/svg/ex08SVG.m40000644060175006010010000000477713774371757017257 0ustar DwightNone.PS # ex08.m4 log_init(svg_font(sans-serif,11bp__)) define(`del',`L_unit*5/2') # Input labels C: "C" rjust at grid_(0,0) DE: grid_(0,AND_ht*7/4) A0: DE+grid_(0,BUF_ht*3/2); "A0" rjust at A0 A1: A0+grid_(0,BUF_ht*3/2); "A1" rjust at A1 A2: A1+grid_(0,BUF_ht*3/2); "A2" wid 0.2 rjust at A2 move to (-0.2,0) # Lettering within the global object # Buffer strings for_(1,3,1, `line right 3*del from A`'eval(3-m4x) B`'eval(2*m4x-1): NOT_gate; line right 2*del T`'m4x: last line.c B`'eval(2*m4x): BUFFER_gate(,N) ') B7: BUFFER_gate at (B1,C) G1: NOR_gate with .Out at (B1.Out,DE) G2: NOR_gate at (B2+grid_(N_rad,0),G1-grid_(0,AND_ht)) G3: AND_gate(4) with .In1 at (G2.Out+(9*del,0),A2) G5: AND_gate(4) with .In4 at (G3.In1,G2.Out) G6: AND_gate at G5+grid_(AND_wd,AND_ht*3/4)+(del*2,0) G4: NOR_gate with .In1 at (G6.Out,G3)+(2*del,0) G7: NOR_gate with .In2 at (G4.In2,G5.Out) # Output to other latches TOL: (G2.Out,C)+(4*del,-4*L_unit) move to TOL+(3*del,-del/3) ; {move down 0.15} "To other latches" below # Remaining input lines line from G1.In1 to (DE,G1.In1); "D" rjust line from G1.In2 to (DE,G1.In2); "E" rjust dot(at G1.In2-(del,0)); line to (Here,G2.In2) then to G2.In2 line from C to B7.In1 # Connect Bi, and connect to output bus for_(1,3,1, `dot(at T`'m4x.c) ; line down (A2.y-A1.y)/2 line to (TOL-(m4x*del,0),Here) ; arrow to (Here,TOL) ') # G1 to G2 dot(at (T1.c,G1)); line to (Here,G2.In1) then to G2.In1 # Upper And inputs to output bus for_(1,4,1, `line left eval(5-m4x)*del from G3.In`'m4x arrow to (Here,TOL) ') line from B2.Out to (G3.In1,B2)-(4*del,0) ; dot line from B4.Out to (G3.In2,B4)-(3*del,0) ; dot line from B6.Out to (G3.In3,B6)-(2*del,0) ; dot line from G1.Out to (G3.In4,G1)-(del,0) ; dot # Lower And inputs line left 4*del from G5.In1 ; dot line left 3*del from G5.In2 ; dot line left 2*del from G5.In3 ; dot line from G2.Out to G5.In4 ; dot(at (TOL,Here)) ; arrow to (Here,TOL) # Fix up G4, G6, G7 line from G3.Out to G4.In1 line right del from G4.Out {dot; line right del "Q7" wid 0.2 ljust; move right 0.2 } # letters in object line down 2*del then to G6.In1+(-del,del) line to (Here,G6.In1) then to G6.In1 line from G4.In2 to (G6.In1+(-del,0),G4.In2) line down del then to G7.Out+(del,2*del) line to (Here,G7) then to G7.Out line from G6.Out right del ; line to (Here,G7.In1) then to G7.In1 line from G5.Out to G7.In2 line left del from G6.In2 ; arrow to (Here,TOL) dot(at (Here,C)) ; line to B7.Out command "" # end font .PE Circuit_macros9.5/examples/svg/ex09SVG.m40000644060175006010010000001002713774371757017241 0ustar DwightNone.PS # ex09.m4 # Illustrating the arguments of the `dimension_' and `arcdimension_' macros. gen_init(svg_font(sans-serif,10bp__,3bp__)) scale = 25 define(`spacer',` [ linethick_(1.0) WC: circle diameter 4.22 at 0,0 EC: circle same at 30.15,0 NC: circle diameter 2.36 at 13.28, 10.92/2 SC: circle same at 13.28,-10.92/2 C: 0.5 # spacer centre h = 27.26 # spacer height s = 4.22/2 # small arc radius r = h/2*0.80 # large arc radius Cr: C+(0,h/2-r) # upper arc centre e = s # small arc centre offset from small circle Cs: EC+(e,0) # right arc centre # Tangent points Tr and Ts to circles at Cr and Cs dx = Cr.x-Cs.x; dy = Cr.y-Cs.y; dsq = dx*dx+dy*dy Tr: (r*(r-s)/dsq) + (vscal_(r*sqrt(dsq-(r-s)^2)/dsq,dy,-dx)) Ts: (s/r)-(dx,dy) line from Tr to Ts arc cw to (Ts.x,-Ts.y) with .c at Cs E: last arc.e line to (Tr.x,-Tr.y) arc cw to (C.x-(Here.x-C.x),Here.y) with .c at (Cr.x,-Cr.y) S: last arc.s line to (Cs.x-Ts.x-s,Cs.y-Ts.y) arc cw to (Here.x,-Here.y) with .c at (-e,0) W: last arc.w line to (C.x-(Tr.x-C.x),Tr.y) arc cw to Tr with .c at Cr N: last arc.n thinlines_ dimension_(from S+(2,0) to N+(2,0),-(E.x-C.x+4),27.76, 5) dimension_(from SC.n+(0,2) left SC.x-WC.x, (SC.n.y-S.y+3), 13.28, 10) dimension_(from WC.n+(0,2) right EC.x-WC.x,-(WC.n.y-S.y+7), 30.15, 10) dimension_(from W+(0,-1.5) to E+(0,-1.5), -(C.y-S.y+8), 41.28, 10) dimension_(from SC.e+(2,0) up NC.y-SC.y, (SC.e.x-W.x+8),"10.92" wid 10, 5) arrow <- from EC left 6 up 16 chop EC.rad chop 0 line left 4 "4.22 (2) PL" above arrow <- from NC up last line.y-NC.y+7/8 left 8 chop NC.rad chop 0 {"2.36" above} arrow to SC chop 0 chop SC.rad ] ') define(`sk',`scale*0.7') define(`bdot', `dot(`$1',,0.5) "svg_it($2)" $1 $3 ') thinlines_ move right 0.8 # Upper left diagram spacer # Lower left diagram [ define(`lwid',`29bp__') A: bdot(at (0,0),A,below) B: bdot(at (2*sk,0),B,below) Ctr: 0.5 between A and B move up 1*sk from A L: move left 0.85*sk from A linethick_(1) dimension_(from A to B,0.5*sk,svg_it(label),lwid,0.1*sk) "`dimension_(from A to B,0.5,label,29bp__,0.1)'" wid 70 \ with .w at (L.end.x+2,A.y-10) move down_ 4 from last "" thinlines_ arrow from A to B chop 0.05*sk "svg_it(linespec)" below dimension_(up_ 0.5*sk from A,0.2*sk,"svg_it(offset)" rjust,,,->) dimension_(up_ 0.1*sk from B,-0.2*sk," svg_it(tic offset)" ljust) dimension_(up_ 0.1*sk from B+(0,0.5*sk),-0.2*sk, " svg_it(tic offset)" ljust) dimension_(from Ctr+(-lwid/2,0.5*sk) right lwid,0.2*sk, "svg_it(blank width)" above) ] with .nw at last [].sw+(0,-0.4*sk) #showbox_ # Upper right diagram [ A: bdot(at (0,0),A, above rjust) B: bdot(at (2*sk,0),B, above ljust) C: bdot(at (0,-1.5*sk),C, above rjust) D: bdot(at (2*sk,-1.5*sk),D, above ljust) T: C+(-1*sk,-0.5*sk) T: C+(-0.45*sk,-0.5*sk) dimension_(from A to B,0.3*sk,svg_it(AB),20bp__) dimension_(from C to B chop dotrad_,,svg_it(X),16bp__) dimension_(from C to A,0.3*sk,svg_it(CA),14bp__,,->) dimension_(from D to B,-0.3*sk,"svg_it(DB)" ljust) dimension_(from C to D chop dotrad_,,svg_it(T`'svg_sub(15)),15bp__) arcdimension_(from C to D with .c at 0.5 between A and B,12bp__, svg_it(C) to svg_it(D),34bp__) Q: C+(-9,-15) `define' leftparagraph { [ baselineskip = textht*1.5; { move right $1 } for i = 2 to $+ do { move to Here+(0,-baselineskip) exec sprintf("{ `\"$%g \"' wid 4.5*scale ljust }; ",i) } ] } leftparagraph(1.7*scale; baselineskip = 1.5*textht, `dimension_(from A to B,0.3,AB,20bp__)', `dimension_(from C to B,,X,16bp__)', `dimension_(from C to A,0.3,CA,14bp__,,->)', `dimension_(from D to B,-0.3,"DB" ljust)', `dimension_(from C to D chop dotrad_,,T`'svg_sub(15),15bp__)', `arcdimension_'svg_symbol(&`#'40;)`from C to D with .c at 0.5 \ between A and B'svg_comma`12bp__'svg_comma, svg_ensp `C to D'svg_comma`34bp__'svg_symbol(&`#'41;) ) with .nw at Q ] with .nw at 1st [].ne+(1.7*sk,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ex10SVG.m40000644060175006010010000000324313774371757017233 0ustar DwightNone.PS # ex10.m4 cct_init(svg_font(sans-serif,11bp__)) [ dt = 360/5 r = 0.75 N0: dot(at (Rect_(r,90))) N1: dot(at (Rect_(r,(90-dt)))) N2: dot(at (Rect_(r,(90-2*dt)))) N3: dot(at (Rect_(r,(90-3*dt)))) N4: dot(at (Rect_(r,(90-4*dt)))) line from N0 to N1 then to N2 then to N3 then to N4 then to N0 L14: line from N1 to N4 L24: line from N2 to N4 C02: crossover(from N0 to N2,,L14) C13: crossover(from N1 to N3,,C02,L24) C03: crossover(from N0 to N3,,L14,L24) ] [ move right 0.5 up_ setrgb(255,0,0) Q1: bi_tr(,R) # Q1 upward with base to the right llabel(,Q`'svg_sub(1)) resetrgb # Label to left of last [] setrgb(0,0,255) Q2: bi_tr with .C at Q1.C+(elen_*7/4,0) # Q2 with base to left rlabel(,Q`'svg_sub(2)) resetrgb move right 0.5 ground(at Q1.E) ground(at Q2.E) line right_ dimen_/3 from Q1.B # Extend the base conductors B1: Here line left_ dimen_/3 from Q2.B B2: Here resistor(up_ elen_*0.75 from Q1.C); llabel(,R`'svg_sub(L)) # Load resistors line to (Q2.C,Here) "svg_it(V`'svg_sub(svg_norm(cc)))" below resistor(down_ to Q2.C); llabel(,R`'svg_sub(L)) move to Q1.C+(0,dimen_/5) { resistor(right_ to (B1,Here)); llabel(,R`'svg_sub(1)) X: line to B2 } # Label the line to be jumped resistor(from (Q2.C,Here) left_ to (B2,Here)); rlabel(,R`'svg_sub(1)) crossover(to B1,R,X) resistor(down_ elen_*0.75); rlabel(,R`'svg_sub(2)) # Bias resistors {"svg_it(-V`'svg_sub(svg_norm(cc)))" rjust} line to (B2,Here) resistor(up_ to B2); rlabel(,R`'svg_sub(2)) ] with .sw at last [].se+(0.75,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ex11SVG.m40000644060175006010010000000517513774371757017242 0ustar DwightNone.PS # ex11.m4 cct_init(svg_font(sans-serif,11bp__,1bp__)) "audio" ljust { arrow down_ elen_/4} resistor(down_ 2*elen_) ; llabel(R`'svg_sub(17)) G: ground capacitor(right_ dimen_ from last [].c) ; rlabel(,C`'svg_sub(19)) {arrow <- right_ arrowht from last line.start} { resistor(down_ to (Here,G)); rlabel(,R`'svg_sub(19)) } {R18: resistor(up_ elen_*1.2); llabel(,R`'svg_sub(18)) } line right_ elen_/4 ; up_ Q4: bi_tr(,,,E) with .B at Here; llabel(,,Q`'svg_sub(4)) resistor(down_ from Q4.E to (Q4.E,G)); rlabel(,R`'svg_sub(21)) resistor(up_ from Q4.C to (Q4.C,R18.end)); llabel(,R`'svg_sub(20)) line up_ elen_/4; dot; "svg_it(V`'svg_sub(CC))" ljust T1: Q4.C+(0,elen_/8) capacitor(right_ dimen_ from T1); llabel(,C`'svg_sub(20)) { capacitor(down_ 0.5*(Here.y-G.y)); rlabel(,C`'svg_sub(21)) resistor(right_ elen_); llabel(,R`'svg_sub(23)) arrow <- from last [] to (last [],G) } resistor(right_ elen_); llabel(,R`'svg_sub(22)) { resistor(down_ 0.5*(Here.y-G.y)); llabel(,R`'svg_sub(24)) capacitor(down_ to (Here,G)); llabel(,C`'svg_sub(22)) } capacitor(right_ dimen_); llabel(,C`'svg_sub(23)) { capacitor(down_ to (Here,G)); rlabel(,C`'svg_sub(24)) } line right_ elen_/2 Q5I: Here line right_ elen_/4 ; up_ Q5: bi_tr(,,,E) with .B at Here; rlabel(,Q`'svg_sub(5)) R27: resistor(down_ dimen_ from Q5.E); rlabel(,R`'svg_sub(27)) line to (Here,G) resistor(from Q5I down_ Q5I.y-R27.end.y-elen_/12); rlabel(,R`'svg_sub(25)) { capacitor(to (Here,G)); llabel(,C`'svg_sub(25)) } crossover(to (R27,Here)+(hoprad_,0),,R27) R28: resistor(right_ elen_-hoprad_); llabel(,R`'svg_sub(28)) resistor(down_ to (Here,G)); rlabel(,R`'svg_sub(30)) line to G resistor(up_ from Q5.C to (Q5.C,R18.end)); llabel(,R`'svg_sub(26)) line to R18.end up_ Q6: bi_tr(,,,E) with .E at (R28.end.x,Q5.E.y+(T1.y-Q4.B.y)); llabel(,,Q`'svg_sub(6)) line from Q6.B to (Q5.C,Q6.B) resistor(down_ from Q6.E to R28.end); rlabel(,R`'svg_sub(29)) line right_ dimen_*3/4 from Q6.C { R31: resistor(down_ elen_); circle diam dimen_*0.8 with .c at last line.c "svg_it(R`'svg_sub(31))" below at last circle.sw "svg_it(V)" below at last line.c+(dimen_/4,0) } line right_ dimen_ { capacitor(down_ elen_); rlabel(,,C`'svg_sub(26)) line down_ elen_/4; dot; "svg_it(V`'svg_sub(SS))" ljust } line right_ dimen_/2 T6: transformer(down_ elen_) with .P1 at Here line from T6.P2 to R31.end {"svg_it(T`'svg_sub(6))" at T6.n above } line right_ elen_/3 from T6.S1 inductor(down_ elen_,W) line to T6.S2 speaker(R) with .Box.w at last [].e+(dimen_/8,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ex12SVG.m40000644060175006010010000000670213774371757017240 0ustar DwightNone.PS # ex12.m4 cct_init(svg_font(sans-serif,11bp__)) [ fetht = dimen_*0.9 G: ground Q4: e_fet(up_ fetht) with .S at G Q3: e_fet(up_ fetht) with .S at Q4.D Q2: e_fet(down_ fetht,R,P) with .G at Q3.Channel+( dimen_*0.25,dimen_*1.8) Q1: e_fet(down_ fetht,R,P) with .G at Q2.G + (-dimen_*1.25,0) line left_ dimen_ from Q3.G A: dot; "svg_it(A)" wid 0.15 rjust line left_ dimen_ from Q4.G B: dot; "svg_it(B)" rjust line from Q1.G to (Q1.G,Q3.D) then to (Q1.Channel,Q3.D) \ then to (Q1.Channel,B);dot line from Q2.G to (Q3.Channel,Q2.G) then to (Q3.Channel,Q3.D) \ then to (Q3.G,Q3.D) then to Q3.G;dot line from Q1.D to Q2.D line from Q1.S to Q2.S dot(at (G,Q1.S)) ; line up dimen_/3 ; "+5 V" rjust line from Q3.D to (Q3.D,Q2.D);dot dot(at Q3.D) line right_ dimen_ ; dot ; "svg_it(~(AB))" above ] [ del = dimen_/3 define(`pair',`[ Q1: c_fet(up_ dimen_,,P) line right dimen_*2/3 from Q1.D {dot(at last line.c); reversed(`source',up_ dimen_,I); Rail: Here line right dimen_/2 with .c at Here} Q2: c_fet(up_ dimen_,R,P) with .D at Here line down del*2 from Q2.S resistor(down_ dimen_) Gnd: ground(,T,S) ]') P1: pair Rail: P1.Rail Vc: dot(at P1.Q2.S+(0,-del)); "svg_it(V`'svg_sub(c))" rjust line from P1.Q1.G to (P1.Q1.G,Rail)+(0,del/2); "svg_it(S+)" ljust line right_ del from P1.Q2.G {dot(at last line.c); line up del; "svg_it(V`'svg_sub(ref))" above} pht = P1.Rail.y-P1.Gnd.y P2: pair with .Q1.G at Here Vcp: dot(at P2.Q2.S+(0,-del*2)); {"svg_it(V`'svg_sub(c'))" above rjust} {line to (P1.Q1.S,Here) then to P1.Q1.S} line from P2.Q2.G to (P2.Q2.G,Rail)+(0,del/2); "svg_it(S-)" rjust line from Vc to (P2.Q1.S,Vc) then to P2.Q1.S define(`cpair',`[ Rail: line right dimen_/2 Q1: c_fet(up_ dimen_,,P) with .D at last line.c Q2: c_fet(up_ dimen_) with .S at Rail+(0,-pht) ground(at Q2.S,T,S) line from Q1.G to Q2.G line from Q1.S to Q2.D ]') S1: cpair with .Rail at P2.Rail+(P2.Q2.G.x-P2.Rail.x+P2.Q2.G.x-P2.Q2.D.x+del,0) S2: cpair with .Q1.G at (S1.Q1.D.x+del,S1.Q1.G.y) S3: cpair with .Rail at 2 between S1.Rail and S2.Rail line from Vcp to (S2.Q2.G,Vcp); dot dot(at (S2.Q2.D,Here)); line to (S3.Q2.G,Here); dot dot(at (S3.Q2.D,Here)); arrow right del "svg_it(e`'svg_sub(2))" ljust dot(at P2.Q1.S); line to (S1.Q1.G,Here); dot dot(at (S1.Q2.D,Here)); arrow to (last arrow.end,Here) "svg_it(e`'svg_sub(1))" ljust ] with .sw at last [].se+(0.25,0) [ elen=0.2 VDD: dot; llabel(,V`'svg_sub(DD),) line down_ elen/2 P1: mosfet(up_,,ZSDFdTX,) with .D at Here MIDDLE: line from P1.S down_ elen/2 N1: mosfet(up_,,ZSDFTX,) with .D at Here N2: mosfet(up_,,ZSDFTX,) with .D at N1.S ground(at N2.S) ING: P1.G+(-elen/2,0) line from P1.B right_ elen * 2/5 then down_ elen * 4/5 line to (ING, Here) dot line from N1.B right_ elen * 2/5 then up_ elen * 4/5 line to (ING, Here) dot line from N1.G to (ING,N1.G) dot line from N2.G to (ING,N2.G) then to ING then to P1.G dot(at (ING,MIDDLE)) line left_ elen*2 "svg_it(V`'svg_sub(in))" above dot(at MIDDLE) line right_ elen*2 { "svg_it(V`'svg_sub(out))" wid 0.25 above } line from N2.B to (Here,N2.B) "svg_it(V`'svg_sub(BB))" above PUNT:dot(at 0.5 between N1.S and N2.D) "svg_it(V`'svg_sub(x))" ljust "svg_it(P`'svg_sub(1))" at P1.Channel.end above rjust "svg_it(N`'svg_sub(1))" at N1.Channel.start below rjust "svg_it(N`'svg_sub(2))" at N2.Channel.start below rjust ] with .sw at last [].se command "" # end font .PE Circuit_macros9.5/examples/svg/ex15SVG.m40000644060175006010010000000171213774371757017237 0ustar DwightNone.PS # ex15.m4 gen_init [ n = 10; r = 1 for i = 1 to n-1 do { for j = i+1 to n do { line from rect_(r,i*twopi_/n) to rect_(r,j*twopi_/n) } } ] [ linethick = 2.5 lt = linethick bp__ crad = 1.0 C: circle rad crad g = 0.65 D: C+(Rect_(crad*g,110)) rm = crad+distance(C,D) for r=lt to rm by 2*lt do { if r < (1-g)*crad then { circle rad r at D thick r/rm*linethick } \ else { arc cw from Cintersect(D,r,C,crad) \ to Cintersect(D,r,C,crad,R) with .c at D thick r/rm*linethick } } linethick = 1.5 lt = linethick bp__ C: circle invis rad crad with .w at C.e+(0.1,0) D: C+(Rect_(crad*g,110)) rm = crad+distance(C,D) for r=lt to rm by lt do { u = (1-r/rm)*255 if r < (1-g)*crad then { rgbdraw(u,u,u,circle rad r at D) } \ else { rgbdraw(u,u,u,arc cw from Cintersect(D,r,C,crad) \ to Cintersect(D,r,C,crad,R) with .c at D) } } circle rad C.rad at C ] with .w at last [].e+(0.1,0) .PE Circuit_macros9.5/examples/svg/ex16SVG.m40000644060175006010010000000354513774371757017246 0ustar DwightNone.PS # ex16.m4 cct_init(svg_font(sans-serif,11bp__)) [ define(`elen_',linewid*1.2) circlerad = delay_rad_ {"input" above ljust} line right_ J: Here delay K: Here delay L: Here S1: circle "+" at (K.x,K.y+linewid) S2: circle "+" at (L,S1) arrow up_ S1.y-J.y from J then to S1.w arrow from K to S1.s arrow from S1.e to S2.w arrow from L to S2.s S3: circle "+" at (L.x,L.y-linewid) arrow down_ J.y-S3.y from J then to S3.w arrow from L to S3.n arrow from S2.e right_ linewid/2 then down_ (S2.y-S3.y)/2-circlerad \ then right_ linewid/2 arrow from S3.e right_ linewid/2 then up_ (S2.y-S3.y)/2-circlerad \ then right_ linewid/2 "output" at 0.5 ] [ circlerad = 0.35/2 d = linewid*1.75 S00: circle "00" S10: circle "10" at S00+(d,d) S01: circle "01" at S00+(d,-d) S11: circle "11" at S01+(d,d) dx = circlerad*cosd(60) dy = circlerad*sind(60) brad = circlerad*1.3 qrad = circlerad*6 arc -> cw from S00+(-dx,-dy) to S00+(-dx,dy) rad brad \ with .c at S00-(dx+sqrt(brad^2-dy^2),0) "0/00" at last arc.w rjust right arc -> cw from S00+(dx,dy) to S10+(-dy,-dx) rad qrad "1/11" at last arc.nw rjust above right arc -> cw from S10+(dy,-dx) to S11+(-dx,dy) rad qrad "1/01" at last arc.ne ljust above up_ arc -> cw from S11+(dx,dy) to S11+(dx,-dy) rad brad \ with .c at S11+(dx+sqrt(brad^2-dy^2),0) "1/10" wid 0.3 at last arc.e ljust down_ arc -> cw from S11+(-dx,-dy) to S01+(dy,dx) rad qrad "0/01" at last arc.se ljust below left_ arc -> cw from S01+(-dy,dx) to S00+(dx,-dy) rad qrad "0/11" at last arc.sw rjust below up_ arc -> cw from S01+(-dx,dy) to S10+(-dx,-dy) rad qrad*2 "1/00" at last arc.w rjust down_ arc -> cw from S10+(dx,-dy) to S01+(dx,dy) rad qrad*2 "0/10" at last arc.e ljust ] with .sw at last [].se+(0.4,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ex17SVG.m40000644060175006010010000000226413774371757017244 0ustar DwightNone.PS # ex17SVG.m4 cct_init(svg_font(sans-serif,11bp__,0bp__)) [ nrows = 4 ncols = 9 linewid = linewid*0.6 # everything smaller define(`elen_',linewid) # shorter default length for j = 1 to nrows do { { for i = 1 to ncols do { Point_(-120) resistor Point_( 0) inductor Point_( 120) capacitor if i < ncols then {Point_(0) diode} } } Point_(-120) move to rvec_(elen_,0) { for i = 1 to ncols do { Point_(-60) capacitor Point_( 60) resistor } } Point_(-60) move to rvec_(elen_,0) } Point_(0) for i = 1 to ncols-1 do { inductor } ] [ down_ Point_(-80) parallel_(Sep=1.75*dimen_; parallel_(`capacitor(,C); rlabel(,,C`'svg_sub(2))', `resistor; llabel(,R`'svg_sub(2))' ), parallel_(`resistor; rlabel(,R`'svg_sub(1)); move to rvec_(-dimen_/5,0) inductor(,W); rlabel(,L`'svg_sub(1))', `reversed(`source',to rvec_(elen_,0),V,sourcerad_*2.5) rlabel(,v`'svg_sub(s))' ) ) move left 0.2 from last [].w ] with .sw at last [].se+(elen_,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ex18SVG.m40000644060175006010010000000205113774371757017237 0ustar DwightNone.PS # ex18.m4 cct_init(svg_font(Times,11bp__)) [ "svg_it(v`'svg_sub(i))" wid 0.1 rjust; dot resistor(right_ dimen_) ; llabel(,svg_it(R`'svg_sub(i))) T: dot line right_ linewid/4 A: opamp with .In1 at Here line from A.In2 to (T,A.In2) resistor(down_ dimen_) ; rlabel(,svg_it(R`'svg_sub(g))) ground(,T) line right_ dimen_ from A.Out diode(up_ dimen_); dot {line right_ linewid/2; dot; "svg_it(v`'svg_sub(o))" wid 0.2 ljust } resistor(left_ to (A.Out,Here)) ; rlabel(,svg_it(R`'svg_sub(o))); dot { diode(down_ to A.Out); dot } line to (T,Here) then to T ] [ # ex19.m4 define(`dimen_',dimen_*1.25) B: battery(up_ dimen_*2/3); rlabel(,V) move down dimen_/4 resistor(up_ dimen_); rlabel(,R,) {move up textht*1.5 } inductor(right_ elen_); b_current(i); rlabel(,L) { capacitor(down_ to (Here,B.start)); rlabel(,C); llabel(+,v,-) } line right_ dimen_ diode(down_ to (Here,B.start),T); b_current(h(v)) { move right 0.3} line to B.start ] with .nw at last [].ne+(20bp__,0) command "" # end font .PE Circuit_macros9.5/examples/svg/ex21SVG.m40000644060175006010010000000420113774371757017230 0ustar DwightNone.PS # ex21SVG.m4 log_init(svg_font(sans-serif,11bp__)) dy = 0.2 ddy = 1.8*dy textht = textht*0.9 D: FlipFlop(D) line right 5bp__ at last [] . 1nd last ""+(-7bp__,4bp__) T: FlipFlop(T) with .Chip.sw at last [].se + (0.4,0) line right 5bp__ at last [] . 1nd last ""+(-7bp__,4bp__) RS: FlipFlop(RS) with .Chip.sw at last [].se + (0.4,0) line right 5bp__ at last [] . 1nd last ""+(-7bp__,4bp__) JK: FlipFlop(JK) with .Chip.sw at last [].se + (0.4,0) line right 5bp__ at last [] . 2nd last ""+(-7bp__,4bp__) `"FlipFlop(JK)"' at JK.s below `"FlipFlop(RS)"' at (RS.s,JK.s) below `"FlipFlop(T)"' at (T.s,JK.s) below `"FlipFlop(D)"' at (D.s,JK.s) below # Test 3: synchronous 3-bit counter define(`counterFF',``$1':FlipFlop(JK) `$2' line right 5bp__ at last [] . 2nd last ""+(-7bp__,4bp__) "`$1'" at `$1'.Chip.sw-(3bp__,0) below ljust "1" at `$1'.PinCLR.end above "1" at `$1'.PinPR.end below') [ right_ counterFF(FF0) counterFF(FF1,with .Chip at FF0.Chip+(-28*L_unit,0)) counterFF(FF2,with .Chip at FF1.Chip+(-28*L_unit,0)) "1" at FF0.PinJ.end rjust "1" at FF0.PinK.end rjust Dc: FF2.Chip.sw+(-9*L_unit,-7.5*L_unit) Bot: Dc+(0,-3*L_unit) left_ GAnd: AND_gate at FF1.Chip.nw+(4*L_unit,12*L_unit) right_ line from FF2.PinCK.end left 3*L_unit line to (Here,Dc); dot line from FF1.PinCK.end left 3*L_unit line to (Here,Dc); dot line from FF0.PinCK.end left 3*L_unit line to (Here,Dc) then to Dc "svg_it(D`'svg_sub(C))" rjust line from FF2.PinK.end to FF2.PinJ.end; dot line to (Here,GAnd.Out) then to GAnd.Out line from FF1.PinK.end to FF1.PinJ.end; dot line to (Here,FF1.PinCLR.end+(0,3*L_unit)) line to (GAnd.In2+(6*L_unit,0),Here) then to GAnd.In2+(6*L_unit,0); dot line from FF0.PinQ.end right 0.1; dot line from GAnd.In2 to (Here,GAnd.In2) then to (Here,Bot) "svg_it(D`'svg_sub(00))" below line right 0.1 from FF1.PinQ.end; dot line from GAnd.In1 to (Here,GAnd.In1) then to (Here,Bot) "svg_it(D`'svg_sub(01))" below line right 0.1 from FF2.PinQ.end line to (Here,Bot); "svg_it(D`'svg_sub(02))" below ] with .n at 0.5<2nd[].s,3rd[].s> - (0,0.4) command "" # end font .PE Circuit_macros9.5/examples/svg/examplesSVG.htmx0000644060175006010010000005664413774371760020743 0ustar DwightNone SVG Examples: Circuit_macros Version XXX

ifelse(`$2',,,` $1.m4: `$2' changecom(,)&`#'8194;changecom(`#')')