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Diffstat (limited to 'Master/texmf-dist/tex/luatex/optex/graphics.opm')
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diff --git a/Master/texmf-dist/tex/luatex/optex/graphics.opm b/Master/texmf-dist/tex/luatex/optex/graphics.opm deleted file mode 100644 index bf83817b91d..00000000000 --- a/Master/texmf-dist/tex/luatex/optex/graphics.opm +++ /dev/null @@ -1,423 +0,0 @@ -%% This is part of OpTeX project, see http://petr.olsak.net/optex - -\_codedecl \inspic {Graphics <2020-04-12>} % preloaded in format - - \_doc ----------------------------- - \`\inspic` accepts old syntax `\inspic <filename><space>` - or new syntax `\inspic{<filename>}`. So, we need to define - two auxiliary macros \`\_inspicA` and \`\_inspicB`. - - You can include more `\pdfximage` parameters (like `page<number>`) - in the \`\_picparams` macro. - - All `\inspic` macros are surrounded in `\hbox` in order user can - write `\moveright\inspic ...` or something similar. - \_cod ----------------------------- - -\_def\_inspic{\_hbox\_bgroup\_isnextchar\_bgroup\_inspicB\_inspicA} -\_def\_inspicA #1 {\_inspicB {#1}} -\_def\_inspicB #1{% - \_pdfximage \_ifdim\_picwidth=0pt \_else width\_picwidth\_fi - \_ifdim\_picheight=0pt \_else height\_picheight\_fi - \_picparams {\_the\_picdir#1}% - \_pdfrefximage\_pdflastximage\_egroup} - -\_def\_picparams{} - -\_public \inspic ; - - \_doc ----------------------------- - Inkscape is able to save a picture to `*.pdf` file and labels for the picture - to `*.pdf_tex` file. The second file is in \LaTeX/ format (unfortunately) - and it is intended to read immediately it after `*.pdf` in included - in order to place labels of this ficture in the same font as document is printed. - We need to read this \LaTeX/ file by plain \TeX/ macros when \`\inkinspic` is used. - These macros are stored in the \`\_inkdefs` toknes list and it is used - locally in the group. The solution is borrowed from OPmac trick 0032. - \_cod ----------------------------- - -\_def\_inkinspic{\_hbox\_bgroup\_isnextchar\_bgroup\_inkinspicB\_inkinspicA} -\_def\_inkinspicA #1 {\_inkinspicB {#1}} -\_def\_inkinspicB #1{% - \_ifdim\_picwidth=0pt \_setbox0=\_hbox{\_inspic{#1}}\_picwidth=\_wd0 \_fi - \_the\_inkdefs - \_opinput {\_the\_picdir #1_tex}% file with labels - \_egroup} - -\_newtoks\_inkdefs \_inkdefs={% - \_def\makeatletter#1\makeatother{}% - \_def\includegraphics[#1]#2{\_inkscanpage#1,page=,\_end \_inspic{#2}\_hss}% - \_def\_inkscanpage#1page=#2,#3\_end{\_ifx,#2,\_else\_def\_picparams{page#2}\_fi}% - \_def\put(#1,#2)#3{\_nointerlineskip\_vbox to0pt{\_vss\_hbox to0pt{\_kern#1\_picwidth - \_pdfsave\_hbox to0pt{#3}\_pdfrestore\_hss}\_kern#2\_picwidth}}% - \_def\begin#1{\_csname _begin#1\_endcsname}% - \_def\_beginpicture(#1,#2){\_vbox\_bgroup - \_hbox to\_picwidth{}\_kern#2\_picwidth \_def\end##1{\_egroup}}% - \_def\_begintabular[#1]#2#3\end#4{% - \_vtop{\_def\\{\_cr}\_tabiteml{}\_tabitemr{}\_table{#2}{#3}}}% - \_def\color[#1]#2{\_scancolor #2,}% - \_def\_scancolor#1,#2,#3,{\_pdfliteral{#1 #2 #3 rg}}% - \_def\makebox(#1)[#2]#3{\_hbox to0pt{\_csname _mbx:#2\_endcsname{#3}}}% - \_sdef{_mbx:lb}#1{#1\_hss}\_sdef{_mbx:rb}#1{\_hss#1}\_sdef{_mbx:b}#1{\_hss#1\_hss}% - \_sdef{_mbx:lt}#1{#1\_hss}\_sdef{_mbx:rt}#1{\_hss#1}\_sdef{_mbx:t}#1{\_hss#1\_hss}% - \_def\rotatebox#1#2{\_pdfrotate{#1}#2}% - \_def\lineheight#1{}% - \_def\setlength#1#2{}% -} -\_public \inkinspic ; - - \_doc ---------------------------- - \`\pdfscale``{<x-scale>}{<y-scale>}` and \`\pdfrotate``{<degrees>}` - macros are implemented by `\pdfsetmatrix` - primitive. We need to know values of sin, cos function in - the `\pdfrotate`. We use Lua code for this. - \_cod ---------------------------- - -\_def\_pdfscale#1#2{\_pdfsetmatrix{#1 0 0 #2}} - -\_def\_gonfunc#1#2{% - \_directlua{tex.print(string.format('\_pcent.4f',math.#1(3.14159265*(#2)/180)))}% -} -\_def\_sin{\_gonfunc{sin}} -\_def\_cos{\_gonfunc{cos}} - -\_def\_pdfrotate#1{\_pdfsetmatrix{\_cos{#1} \_sin{#1} \_sin{(#1)-180} \_cos{#1}}} - -\_public \pdfscale \pdfrotate ; - - \_doc ----------------------------- - The \`\transformbox``{<transformation>}{<text>}` - is copied from OPmac trick 0046.\nl - The \`\rotbox``{<degrees>}{<text>}` is a combination of - `\rotsimple` from OPmac trick 0101 and the `\transformbox`. - Note, that `\rotbox{-90}` puts the rotated text to the height of the outer - box (depth is zero) because code from `\rotsimple` is processed. - But `\rotbox{-90.0}` puts the rotated text to - the depth of the outer box (height is zero) because `\transformbox` is - processed. - \_cod ----------------------------- - -\_def\_multiplyMxV #1 #2 #3 #4 {% matrix * (vvalX, vvalY) - \_tmpdim = #1\_vvalX \_advance\_tmpdim by #3\_vvalY - \_vvalY = #4\_vvalY \_advance\_vvalY by #2\_vvalX - \_vvalX = \_tmpdim -} -\_def\_multiplyMxM #1 #2 #3 #4 {% currmatrix := currmatrix * matrix - \_vvalX=#1pt \_vvalY=#2pt \_ea\_multiplyMxV \_currmatrix - \_edef\_tmpb{\_ea\_ignorept\_the\_vvalX\_space \_ea\_ignorept\_the\_vvalY}% - \_vvalX=#3pt \_vvalY=#4pt \_ea\_multiplyMxV \_currmatrix - \_edef\_currmatrix{\_tmpb\_space - \_ea\_ignorept\_the\_vvalX\_space \_ea\_ignorept\_the\_vvalY\_space}% -} -\_def\_transformbox#1#2{\_hbox{\_setbox0=\_hbox{{#2}}% - \_dimendef\_vvalX 11 \_dimendef\_vvalY 12 % we use these variables - \_dimendef\_newHt 13 \_dimendef\_newDp 14 % only in this group - \_dimendef\_newLt 15 \_dimendef\_newRt 16 - \_preptransform{#1}% - \_kern-\_newLt \_vrule height\_newHt depth\_newDp width0pt - \_setbox0=\_hbox{\_box0}\_ht0=0pt \_dp0=0pt - \_pdfsave#1\_rlap{\_box0}\_pdfrestore \_kern\_newRt}% -} -\_def\_preptransform #1{\_def\_currmatrix{1 0 0 1 }% - \_def\_pdfsetmatrix##1{\_edef\_tmpb{##1 }\_ea\_multiplyMxM \_tmpb\_unskip}% - \_let\pdfsetmatrix=\_pdfsetmatrix #1% - \_setnewHtDp 0pt \_ht0 \_setnewHtDp 0pt -\_dp0 - \_setnewHtDp \_wd0 \_ht0 \_setnewHtDp \_wd0 -\_dp0 - \_protected\_def \_pdfsetmatrix {\_pdfextension setmatrix}% - \_let\pdfsetmatrix=\_pdfsetmatrix -} -\_def\_setnewHtDp #1 #2 {% - \_vvalX=#1\_relax \_vvalY=#2\_relax \_ea\_multiplyMxV \_currmatrix - \_ifdim\_vvalX<\_newLt \_newLt=\_vvalX \_fi \_ifdim\_vvalX>\_newRt \_newRt=\_vvalX \_fi - \_ifdim\_vvalY>\_newHt \_newHt=\_vvalY \_fi \_ifdim-\_vvalY>\_newDp \_newDp=-\_vvalY \_fi -} - -\_def\_rotbox#1#2{% - \_isequal{90}{#1}\_iftrue \_rotboxA{#1}{\_kern\_ht0 \_tmpdim=\_dp0}{\_vfill}{#2}% - \_else \_isequal{-90}{#1}\_iftrue \_rotboxA{#1}{\_kern\_dp0 \_tmpdim=\_ht0}{}{#2}% - \_else \_transformbox{\_pdfrotate{#1}}{#2}% - \_fi \_fi -} -\_def\_rotboxA #1#2#3#4{\_hbox{\_setbox0=\hbox{{#4}}#2% - \_vbox to\_wd0{#3\_wd0=0pt \_dp0=0pt \_ht0=0pt - \_pdfsave\_pdfrotate{#1}\_box0\_pdfrestore\vfil}% - \_kern\_tmpdim -}} -\_public \transformbox \rotbox ; - - \_doc --------------------------- - \`\_scantwodimens` scans two objects with the syntactic rule `<dimen>` - and returns `{<number>}{<number>}` in `sp` unit. - \nl - \`\puttext` `<right> <up>{<text>}` puts the `<text>` to desired place: - From current point moves <down> and <right>, puts the <text> and returns - back. The current point is unchanged after this macro ends. - \nl - \`\putpic` `<right> <up> <width> <height> {<image-file>}` - does `\puttext` with the image scaled to desired <width> and <height>. - If <with> or <height> is zero, natural dimension is used. - The \`\nospec` is a shortcut to such natural dimension. - \nl - \`\backgroundpic``{<image-file>}` puts the image to - the background of each page. It it used in the slides style, for example. - \_cod --------------------------- - -\_def\_scantwodimens{% - \_directlua{tex.print(string.format('{\_pcent d}{\_pcent d}', - token.scan_dimen(),token.scan_dimen()))}% -} - -\_def\_puttext{\_ea\_ea\_ea\_puttextA\_scantwodimens} -\_def\_puttextA#1#2#3{\_setbox0=\_hbox{{#3}}\_dimen1=#1sp \_dimen2=#2sp \_puttextB} -\_def\_puttextB{% - \_ifvmode - \_ifdim\_prevdepth>0pt \_vskip-\_prevdepth \_relax \_fi - \_nointerlineskip - \_fi - \_wd0=0pt \_ht0=0pt \_dp0=0pt - \_vbox to0pt{\_kern-\_dimen2 \_hbox to0pt{\_kern\_dimen1 \_box0\_hss}\_vss}} - -\_def\_putpic{\_ea\_ea\_ea\_putpicA\_scantwodimens} -\_def\_putpicA#1#2{\_dimen1=#1sp \_dimen2=#2sp \_ea\_ea\_ea\_putpicB\_scantwodimens} -\_def\_putpicB#1#2#3{\_setbox0=\_hbox{\_picwidth=#1sp \_picheight=#2sp \_inspic{#3}}\_puttextB} - -\_newbox\_bgbox -\_def\_backgroundpic#1{% - \_setbox\_bgbox=\_hbox{\_picwidth=\_pdfpagewidth \_picheight=\_pdfpageheight \_inspic{#1}}% - \_pgbackground={\_copy\_bgbox} -} -\_def\nospec{0pt} -\_public \puttext \putpic \backgroundpic ; - - \_doc ----------------------------- - \`\_circle``{<x>}{<y>}` creates an ellipse with `<x>` axis and `<y>` axix. - The origin is in the center. - \nl - \`\_oval``{<x>}{<y>}{<roudness>}` creates an oval with `<x>`, `<y>` size and with - given `<roundness>`. The real size is bigger by 2`<roundness>`. The - origin is at the left bottom corner. - \nl - \`\_mv``{<x>}{<y>}{<curve>}` moves current point to `<x>`, `<y>`, crates the - `<curve>` and retuns back the current point. - All these macros are fully expandable and they can be used in the - `\pdfliteral` argument. - \_cod ----------------------------- - -\def\_circle#1#2{\_expr{.5*(#1)} 0 m - \_expr{.5*(#1)} \_expr{.276*(#2)} \_expr{.276*(#1)} \_expr{.5*(#2)} 0 \_expr{.5*(#2)} c - \_expr{-.276*(#1)} \_expr{.5*(#2)} \_expr{-.5*(#1)} \_expr{.276*(#2)} \_expr{-.5*(#1)} 0 c - \_expr{-.5*(#1)} \_expr{-.276*(#2)} \_expr{-.276*(#1)} \_expr{-.5*(#2)} 0 \_expr{-.5*(#2)} c - \_expr{.276*(#1)} \_expr{-.5*(#2)} \_expr{.5*(#1)} \_expr{-.276*(#2)} \_expr{.5*(#1)} 0 c h} - -\def\_oval#1#2#3{0 \_expr{-(#3)} m \_expr{#1} \_expr{-(#3)} l - \_expr{(#1)+.552*(#3)} \_expr{-(#3)} \_expr{(#1)+(#3)} \_expr{-.552*(#3)} - \_expr{(#1)+(#3)} 0 c - \_expr{(#1)+(#3)} \_expr{#2} l - \_expr{(#1)+(#3)} \_expr{(#2)+.552*(#3)} \_expr{(#1)+.552*(#3)} \_expr{(#2)+(#3)} - \_expr{#1} \_expr{(#2)+(#3)} c - 0 \_expr{(#2)+(#3)} l - \_expr{-.552*(#3)} \_expr{(#2)+(#3)} \_expr{-(#3)} \_expr{(#2)+.552*(#3)} - \_expr{-(#3)} \_expr{#2} c - \_expr{-(#3)} 0 l - \_expr{-(#3)} \_expr{-.552*(#3)} \_expr{-.552*(#3)} \_expr{-(#3)} 0 \_expr{-(#3)} c h} - -\def\_mv#1#2#3{1 0 0 1 \_expr{#1} \_expr{#2} cm #3 1 0 0 1 \_expr{-(#1)} \_expr{-(#2)} cm} - - \_doc ----------------------------- - The \`\inoval``{<text>}` is an example of \^`\_oval` usage.\nl - The \`\incircle``{<text>}` is an example of \^`\_circle` usage.\nl - The \`\ratio`, \`\lwidth`, \`\fcolor`, \`\lcolor`, \`\shadow` and \`\overlapmargins` - are parameters, they can be set by user in optional brackets `[...]`. - For example `\fcolor=\Red` does `\_let\_fcolorvalue=\Red` and it means - filling color.\nl - The \`\_setflcolor` uses the \^`\_fillstroke` macro to separate filling - color and drawing color. - \_cod ----------------------------- - -\_newdimen \_lwidth -\_def\_fcolor{\_let\_fcolorvalue} -\_def\_lcolor{\_let\_lcolorvalue} -\_def\_shadow{\_let\_shadowvalue} -\_def\_overlapmargins{\_let\_overlapmarginsvalue} -\_def\_ratio{\isnextchar ={\_ratioA}{\_ratioA=}} -\_def\_ratioA =#1 {\_def\_ratiovalue{#1}} -\_def\_touppervalue#1{\_ifx#1n\_let#1=N\_fi} - -\_def\_setflcolors#1{% use only in a group - \_def\_setcolor##1{##1}% - \_def\_fillstroke##1##2{##1}% - \_edef#1{\_fcolorvalue}% - \_def\_fillstroke##1##2{##2}% - \_edef#1{#1\_space\_lcolorvalue\_space}% -} -\_optdef\_inoval[]{\_vbox\_bgroup - \_roundness=2pt \_fcolor=\Yellow \_lcolor=\Red \_lwidth=.5bp - \_shadow=N \_overlapmargins=N \_hhkern=0pt \_vvkern=0pt - \_the\_ovalparams \_relax \_the\_opt \_relax - \_touppervalue\_overlapmarginsvalue \_touppervalue\_shadowvalue - \_ifx\_overlapmarginsvalue N% - \_advance\_hsize by-2\_hhkern \_advance\_hsize by-2\_roundness \_fi - \_setbox0=\_hbox\_bgroup\_bgroup \_aftergroup\_inovalA \_kern\_hhkern \_let\_next=% -} -\_def\_inovalA{\_isnextchar\_colorstackpop\_inovalB\_inovalC} -\_def\_inovalB#1{#1\_isnextchar\_colorstackpop\_inovalB\_inovalC} -\_def\_inovalC{\_egroup % of \setbox0=\hbox\bgroup - \_ifdim\_vvkern=0pt \_else \_ht0=\_dimexpr\_ht0+\_vvkern \_relax - \_dp0=\_dimexpr\_dp0+\_vvkern \_relax \_fi - \_ifdim\_hhkern=0pt \_else \_wd0=\_dimexpr\_wd0+\_hhkern \_relax \_fi - \_ifx\_overlapmarginsvalue N\_dimen0=\_roundness \_dimen1=\_roundness - \_else \_dimen0=-\_hhkern \_dimen1=-\_vvkern \_fi - \_setflcolors\_tmp - \_hbox{\_kern\_dimen0 - \_vbox to0pt{\_kern\_dp0 - \_ifx\_shadowvalue N\_else - \_edef\_tmpb{{\_bp{\_wd0+\_lwidth}}{\_bp{\_ht0+\_dp0+\_lwidth}}{\_bp{\_roundness}}}% - \_doshadow\_oval - \_fi - \_pdfliteral{q \_bp{\_lwidth} w \_tmp - \_oval{\_bp{\wd0}}{\_bp{\_ht0+\_dp0}}{\_bp{\_roundness}} B Q}\_vss}% - \_ht0=\_dimexpr\_ht0+\_dimen1 \_relax \_dp0=\_dimexpr\_dp0+\_dimen1 \_relax - \_box0 - \_kern\_dimen0}% - \_egroup % of \vbox\bgroup -} -\_optdef\_incircle[]{\_vbox\_bgroup - \_ratio=1 \_fcolor=\Yellow \_lcolor=\Red \_lwidth=.5bp - \_shadow=N \_overlapmargins=N \_hhkern=3pt \_vvkern=3pt - \_ea\_the \_ea\_circleparams \_space \_relax - \_ea\_the \_ea\_opt \_space \_relax - \_touppervalue\_overlapmarginsvalue \_touppervalue\_shadowvalue - \_setbox0=\_hbox\_bgroup\_bgroup \_aftergroup\_incircleA \_kern\_hhkern \_let\_next=% -} -\_def\_incircleA {\_isnextchar\_colorstackpop\_incircleB\_incircleC} -\_def\_incircleB #1{#1\_isnextchar\_colorstackpop\_incircleB\_incircleC} -\_def\_incircleC {\_egroup % of \setbox0=\hbox\bgroup - \_wd0=\dimexpr \_wd0+\_hhkern \_relax - \_ht0=\dimexpr \_ht0+\_vvkern \_relax \_dp0=\dimexpr \_dp0+\_vvkern \_relax - \_ifdim \_ratiovalue\_dimexpr \_ht0+\_dp0 > \_wd0 - \_dimen3=\_dimexpr \_ht0+\_dp0 \_relax \_dimen2=\_ratiovalue\_dimen3 - \_else \_dimen2=\_wd0 \_dimen3=\_expr{1/\_ratiovalue}\_dimen2 \fi - \_setflcolors\_tmp - \_ifx\_overlapmarginsvalue N\_dimen0=0pt \_dimen1=0pt - \_else \_dimen0=-\hhkern \_dimen1=-\vvkern \_fi - \_hbox{\_kern\dimen0 - \_ifx\_shadowvalue N\_else - \_edef\_tmpb{{\_bp{\_dimen2+\_lwidth}}{\_bp{\_dimen3+\_lwidth}}{}}% - \_doshadow\_circlet - \_fi - \_pdfliteral{q \_bp{\_lwidth} w \_tmp \_mv{\_bp{.5\_wd0}}{\_bp{(\ht0-\dp0)/2}} - {\_circle{\_bp{\_dimen2}}{\_bp{\_dimen3}} B} Q}% - \_ifdim\_dimen1=0pt \_else - \_ht0=\dimexpr \_ht0+\_dimen1 \_relax \_dp0=\dimexpr \_dp0+\_dimen1 \_relax \_fi - \_box0 - \_kern\_dimen0} - \_egroup % of \vbox\bgroup -} -\_def\_circlet#1#2#3{\_circle{#1}{#2}} - -\_public \inoval \incircle \ratio \lwidth \fcolor \lcolor \shadow \overlapmargins ; - - \_doc ----------------------------- - A shadow effect is implemented here. The shadow is equal to the - silhouette of the given path in gray-transparent color shifted by - \`\_shadowmoveto` vector and with blurred boundary. - A waistline with the width 2*\`\_shadowb` around the boundary is blurred. - The \`\shadowlevels` levels of transparent shapes is used for creating - this effect. The `\shadowlevels+1/2` level is equal to the shifted given path. - \_cod ----------------------------- - -\_def\_shadowlevels{9} % number of layers for blurr effect -\_def\_shadowdarknessA{0.025} % transparency of first shadowlevels/2 layers -\_def\_shadowdarknessB{0.07} % transparency of second half of layers -\_def\_shadowmoveto{1.8 -2.5} % vector defines shifting layer (in bp) -\_def\_shadowb{1} % 2*shadowb = blurring area thickness - - \_doc ----------------------------- - The `\_pdfpageresources` primitive is used to define transparency. - It does not work when used in a box. So, we use it at the begining of - the output routine. The modification of the output routine is done - using \`\_insertshadowresources` only once when the shadow effect is used first. - \_cod ----------------------------- - -\_def\_insertshadowresources{% - \_global\_addto\_begoutput{\_setshadowresources}% - \_xdef\_setshadowresources{% - \_pdfpageresources{/ExtGState - << - /op1 << /Type /ExtGState /ca \_shadowdarknessA >> - /op2 << /Type /ExtGState /ca \_shadowdarknessB >> - >> - }% - }% - \_global\_let\_insertshadowresources=\_relax -} - - \_doc ----------------------------- - The \`\_doshadow``{<curve>}` does the shadow effect. - \_cod ----------------------------- - -\_def\_doshadow#1{\_vbox{% - \_insertshadowresources - \_tmpnum=\_numexpr (\_shadowlevels-1)/2 \_relax - \_edef\_tmpfin{\_the\_tmpnum}% - \_ifnum\_tmpfin=0 \_def\_shadowb{0}\_def\_shadowstep{0}% - \_else \_edef\_shadowstep{\_expr{\_shadowb/\_tmpfin}}\_fi - \_def\_tmpa##1##2##3{\_def\_tmpb - {#1{##1+2*\_the\_tmpnum*\_shadowstep}{##2+2*\_the\_tmpnum*\_shadowstep}{##3}}}% - \_ea \_tmpa \_tmpb - \_def\_shadowlayer{% - \_ifnum\_tmpnum=0 /op2 gs \_fi - \_tmpb\_space f - \_immediateassignment\_advance\_tmpnum by-1 - \_ifnum-\_tmpfin<\_tmpnum - \_ifx#1\_oval 1 0 0 1 \_shadowstep\_space \_shadowstep\_space cm \_fi - \_ea \_shadowlayer \_fi - }% - \_pdfliteral{q /op1 gs 0 g 1 0 0 1 \_shadowmoveto\_space cm - \_ifx#1\_circlet 1 0 0 1 \_expr{\_bp{.5\_wd0}} \_expr{\_bp{(\_ht0-\_dp0)/2}} cm - \_else 1 0 0 1 -\_shadowb\_space -\_shadowb\_space cm \_fi - \_shadowlayer Q} -}} - - \_doc ----------------------------- - A generic macro \`\_clipinpath``<x> <y> <curve> <text>` declares - a clipping path by the `<curve>` shifted by the `<x>`, `<y>`. The `<text>` is typeset - when such clipping path is active. Dimensions are given by bp without the unit here. - The macros \`\clipinoval` `<x> <y> <width> <height> {<text>}` and - \`\clipincircle` `<x> <y> <width> <height> {<text>}` are defined here. - These macros read normal \TeX/ dimensions in their parameters. - \_cod ----------------------------- - -\_def\_clipinpath#1#2#3#4{% #1=x-pos[bp], #2=y-pos[bp], #3=curve, #4=text - \_hbox{\setbox0=\hbox{{#4}}% - \_tmpdim=\wd0 \wd0=0pt - \_pdfliteral{q \_mv{#1}{#2}{#3 W n}}% - \_box0\_pdfliteral{Q}\_kern\_tmpdim - }% -} - -\_def\_clipinoval {\_ea\_ea\_ea\_clipinovalA\_scantwodimens} -\_def\_clipinovalA #1#2{% - \_def\_tmp{{#1/65781.76}{#2/65781.76}}% - \_ea\_ea\_ea\_clipinovalB\_scantwodimens -} -\_def\_clipinovalB{\_ea\_clipinovalC\_tmp} -\_def\_clipinovalC#1#2#3#4{% - \_ea\_clipinpath{#1-(#3/131563.52)+(\_bp{\_roundness})}{#2-(#4/131563.52)+(\_bp{\_roundness})}% - {\_oval{#3/65781.76-(\_bp{2\_roundness})}{#4/65781.76-(\_bp{2\_roundness})}{\_bp{\_roundness}}}% -} -\_def\_clipincircle {\_ea\_ea\_ea\_clipincircleA\_scantwodimens} -\_def\_clipincircleA #1#2{% - \_def\_tmp{{#1/65781.76}{#2/65781.76}}% - \_ea\_ea\_ea\_clipincircleB\_scantwodimens -} -\_def\_clipincircleB#1#2{% - \_ea\_clipinpath\_tmp{\_circle{#1/65781.76}{#2/65781.76}}% -} -\_public \clipinoval \clipincircle ; - - -\_endcode % ------------------------------------- - -2020-04-12: \_public \clipinoval \clipincircle ; added, bug fixed - |