diff options
Diffstat (limited to 'Master')
49 files changed, 6212 insertions, 36 deletions
diff --git a/Master/texmf-dist/doc/metapost/cmarrows/README b/Master/texmf-dist/doc/metapost/cmarrows/README new file mode 100644 index 00000000000..dd0d33dfb4d --- /dev/null +++ b/Master/texmf-dist/doc/metapost/cmarrows/README @@ -0,0 +1,23 @@ +CMARROWS +======== + +This MetaPost package contains macros to draw arrows and braces in the +Computer Modern style. + +See the documentation file cmarrows.pdf for more information on how to +use the package. + +The files of this package consists of + + README cmarrows.mp cmarrows.pdf rgbx0009.mp rgbx0016.mp + rgbx0020.mp rgbx0025.mp sgbx0008.mp sgbx0010.mp sgbx0011.mp + sgbx0012.mp sgbx0013.mp sgbx0014.mp sgbx0015.mp sgbx0017.mp + sgbx0018.mp sgbx0019.mp sgbx0021.mp sgbx0022.mp sgbx0023.mp + sgbx0024.mp tgbx0000.mp tgbx0001.mp tgbx0002.mp tgbx0003.mp + tgbx0004.mp tgbx0005.mp tgbx0006.mp tgbx0007.mp tgbx0027.mp + +This material is subject to the LaTeX Project Public License. See +http://www.ctan.org/tex-archive/help/Catalogue/licenses.lppl.html for +the details of that license. + +/Tommy Ekola <tek@kth.se>
\ No newline at end of file diff --git a/Master/texmf-dist/doc/metapost/cmarrows/cmarrows.pdf b/Master/texmf-dist/doc/metapost/cmarrows/cmarrows.pdf Binary files differnew file mode 100644 index 00000000000..ffb4f351fd0 --- /dev/null +++ b/Master/texmf-dist/doc/metapost/cmarrows/cmarrows.pdf diff --git a/Master/texmf-dist/doc/metapost/cmarrows/cmmanual.zip b/Master/texmf-dist/doc/metapost/cmarrows/cmmanual.zip Binary files differnew file mode 100644 index 00000000000..e2e152c9b06 --- /dev/null +++ b/Master/texmf-dist/doc/metapost/cmarrows/cmmanual.zip diff --git a/Master/texmf-dist/metapost/cmarrows/cmarrows.mp b/Master/texmf-dist/metapost/cmarrows/cmarrows.mp new file mode 100644 index 00000000000..fe02d670ddc --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/cmarrows.mp @@ -0,0 +1,69 @@ +%% cmarrows.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +if known cmarrows_fileversion: endinput fi; +string cmarrows_fileversion; +cmarrows_fileversion := "2006/12/18, v0.9"; +message "Loading cmarrows " & cmarrows_fileversion; + +vardef setup_cmarrows(text argument_list) = + + save sfile; + string sfile; + + save arrow_name, brace_name, parameter_file, macro_name; + string arrow_name, brace_name, parameter_file, macro_name; + + argument_list; + + if not known arrow_name: + arrow_name := brace_name; + fi + + if arrow_name="Bigbrace" : sfile = "tgbx0001.mp"; + elseif arrow_name="Biggbrace" : sfile = "tgbx0002.mp"; + elseif arrow_name="bigbrace" : sfile = "tgbx0003.mp"; + elseif arrow_name="biggbrace" : sfile = "tgbx0004.mp"; + elseif arrow_name="extensiblebrace" : sfile = "tgbx0005.mp"; + elseif arrow_name="parallelarrows" : sfile = "tgbx0006.mp"; + elseif arrow_name="twoheadarrow" : sfile = "tgbx0007.mp"; + elseif arrow_name="twowayoldarrow" : sfile = "sgbx0008.mp"; + elseif arrow_name="paralleloppositearrows": sfile = "rgbx0009.mp"; + elseif arrow_name="twowayarrow" : sfile = "sgbx0010.mp"; + elseif arrow_name="twowaydoublearrow" : sfile = "sgbx0011.mp"; + elseif arrow_name="hookleftarrow" : sfile = "sgbx0012.mp"; + elseif arrow_name="hookrightarrow" : sfile = "sgbx0013.mp"; + elseif arrow_name="doublearrow" : sfile = "sgbx0014.mp"; + elseif arrow_name="lefthalfarrow" : sfile = "sgbx0015.mp"; + elseif arrow_name="paralleloppositerighthalfarrows": sfile = "rgbx0016.mp"; + elseif arrow_name="mapstoarrow" : sfile = "sgbx0017.mp"; + elseif arrow_name="oldtexarrow" : sfile = "sgbx0018.mp"; + elseif arrow_name="righthalfarrow" : sfile = "sgbx0019.mp"; + elseif arrow_name="paralleloppositelefthalfarrows" : sfile = "rgbx0020.mp"; + elseif arrow_name="shortaxisarrow" : sfile = "sgbx0021.mp"; + elseif arrow_name="texarrow" : sfile = "sgbx0022.mp"; + elseif arrow_name="tailarrow" : sfile = "sgbx0023.mp"; + elseif arrow_name="tripplearrow" : sfile = "sgbx0024.mp"; + elseif arrow_name="paralleloppositerightarrows": sfile = "rgbx0025.mp"; + elseif arrow_name="paren" : sfile = "tgbx0027.mp"; + else : errmessage "unknown options"; + fi + + expandafter save scantokens ("setup_" & arrow_name); + + scantokens ("input " & sfile); + + scantokens ("setup_" & arrow_name & "(" & + ditto & parameter_file & ditto & "," & + ditto & macro_name & ditto & ");" ); + +enddef; diff --git a/Master/texmf-dist/metapost/cmarrows/rgbx0009.mp b/Master/texmf-dist/metapost/cmarrows/rgbx0009.mp new file mode 100644 index 00000000000..c206b64ed10 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/rgbx0009.mp @@ -0,0 +1,236 @@ +%% rgbx0009.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_paralleloppositearrows (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__rgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__rgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, fudge, crisp, hair;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(bar#, 0); penpos4(bar#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.24asc_height#+eps; + x3=x4=x0-3u#-eps; + penpos5(bar#, angle(z4-z0)); z5l=z0; + penpos6(bar#, angle(z3-z0)); z6l=z0; + z9=.381966[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + % Path macros + + save parallellineright; + vardef parallellineright expr pppp = + save s, stp; + numeric s, stp; stp:=(arclength pppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength pppp)/stp; + + if stp>0: + for s=0 step stp until arclength pppp - stp: + point (arctime s of pppp) of pppp + + (.24asc_height#+eps)*(unitvector direction (arctime s of pppp) + of pppp rotated 90) + {direction (arctime s of pppp) of pppp}.. + endfor + {direction (length pppp) of pppp} + point (length pppp) of pppp + + (.24asc_height#+eps)*(unitvector direction (length pppp) + of pppp rotated 90) + fi + enddef; + + save parallellineleft; + vardef parallellineleft expr pppp = + save s, stp; + numeric s, stp; stp:=(arclength pppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength pppp)/stp; + + if stp>0: + for s=0 step stp until arclength pppp - stp: + point (arctime s of pppp) of pppp - + (.24asc_height#+eps)*(unitvector direction (arctime s of pppp) + of pppp rotated 90) + {direction (arctime s of pppp) of pppp}.. + endfor + {direction (length pppp) of pppp} + point (length pppp) of pppp - + (.24asc_height#+eps)*(unitvector direction (length pppp) + of pppp rotated 90) + fi + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % Macros for drawing the arrow head + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save pq; path pq; pq = z0..{z4-z9}z4r; + save right_texarrowhead; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart (pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of pq--subpath(s,t) of pp--z2l) transformed T + enddef; + + save qq; path qq; qq = z3l{z9-z3}..z5r; + save qp; path qp; qp = z3r{z9-z3}..z0; + save left_texarrowhead; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of qq + --subpath(xpart ( qp intersectiontimes + (point s of qq -- point s of qq + (2rule_thickness#,0))) + ,length qp) of qp) transformed T + enddef; + + % Draw the arrows. First the left arrow and then the right arrow + + save pa, pb, T, tt, ttt; + save f,s; + + save p_left; path p_left; p_left := parallellineleft apth; + save p_right; path p_right; p_right := parallellineright apth; + + for ppp = reverse p_left, p_right: + transform T; + numeric tt; tt := arctime(arclength ppp - (x0-x9)) of ppp; + numeric ttt; ttt := arctime(arclength ppp - (x0-x2)) of ppp; + + % Draw the right half of the arrow head + + if arclength ppp = 0: + T:=identity shifted (point (length ppp) of ppp - z0); + elseif arclength ppp < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length ppp) of ppp)) + shifted (point (length ppp) of ppp - z0); + else: + T:=mapto(z0, + point (length ppp) of ppp, + z2, + point ttt of ppp, + z9-(0,3rule_thickness#), + point tt of ppp - 3rule_thickness# + *(unitvector (direction tt of ppp) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of ppp) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength ppp < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + % Draw the left part of the arrow head + + if arclength ppp = 0: + T:=identity shifted (point (length ppp) of ppp - z0); + elseif arclength ppp < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length ppp) of ppp)) + shifted (point (length ppp) of ppp - z0); + else: + T:=mapto(z0, + point (length ppp) of ppp, + z2, + point ttt of ppp, + z9+(0,3rule_thickness#), + point tt of ppp + 3rule_thickness# + *(unitvector (direction tt of ppp) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (qq transformed T) - point tt of ppp) + < length(point 0 of qq - z9) + enddef; + + if f(0) or (arclength ppp < x0-x3l): s := 0; + else: s := solve f(length qq, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle withpen nullpen text_; + + % Draw the path + + if arclength ppp > x0-x2: + draw subpath(0,ttt) of ppp withpen pencircle scaled rule_thickness# + text_; + fi + + endfor + + pickup prevpen; + + enddef; + +enddef; diff --git a/Master/texmf-dist/metapost/cmarrows/rgbx0016.mp b/Master/texmf-dist/metapost/cmarrows/rgbx0016.mp new file mode 100644 index 00000000000..22186db1b3e --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/rgbx0016.mp @@ -0,0 +1,195 @@ +%% rgbx0016.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_paralleloppositerighthalfarrows (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__rgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__rgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.36asc_height#+eps; + x3=x4=x0-4u#-eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + save t; numeric t; + save pq; path pq; pq = z4l..{2(x0-x4),y0-y4}z6r; + t=xpart(pq intersectiontimes ((0,y2l)--(w,y2l))); x2=xpart point t of pq; + z9=.2[.5[z3,z4],z0]; + + save parallellineright; + vardef parallellineright expr pppp = + save s, stp; + numeric s, stp; stp:=(arclength pppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength pppp)/stp; + + if stp > 0: + for s=0 step stp until arclength pppp - stp: + point (arctime s of pppp) of pppp + + spread/2*(unitvector direction (arctime s of pppp) + of pppp rotated -90) + {direction (arctime s of pppp) of pppp}.. + endfor + {direction (length pppp) of pppp} + point (length pppp) of pppp + + spread/2*(unitvector direction (length pppp) + of pppp rotated -90) + fi + enddef; + + save parallellineleft; + vardef parallellineleft expr pppp = + save s, stp; + numeric s, stp; stp:=(arclength pppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength pppp)/stp; + + if stp>0: + for s=0 step stp until arclength pppp - stp: + point (arctime s of pppp) of pppp + + spread/2*(unitvector direction (arctime s of pppp) + of pppp rotated 90) + {direction (arctime s of pppp) of pppp}.. + endfor + {direction (length pppp) of pppp} + point (length pppp) of pppp + + spread/2*(unitvector direction (length pppp) + of pppp rotated 90) + fi + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % Macro for drawing the half arrow head + + save pp; path pp; pp := (z3l..{2(x0-x3),y0-y3}z5r); + save pq; path pq; pq := (z3r..{2(x0-x3),y0-y3}z5l); + + save halfarrowhead, pa; + vardef halfarrowhead(expr T, s) = + (z0--(x0,y2l)--z2l--z2r + ..subpath(t,s) of pp + --subpath(xpart( pq intersectiontimes + (point s of pp -- point s of pp +(2rule_thickness#,0))), + length (z3r..{2(x0-x3),y0-y3}z5l)) of pq --cycle) + transformed T + enddef; + + % Draw the half arrows + + save pa, pb, T, tt, ttt; + + save p_left; path p_left; p_left = parallellineleft apth; + save p_right; path p_right; p_right = parallellineright apth; + + for ppp = reverse p_left, p_right: + + transform T; + numeric tt; tt = arctime(arclength ppp - (x0-x9)) of ppp; + numeric ttt; ttt = arctime(arclength ppp - (x0-x2)) of ppp; + + if arclength ppp = 0: + T:=identity reflectedabout(z0+(-1pt,0),z0) + shifted (point (length ppp) of ppp - z0); + elseif arclength ppp < x0-x3l: + T:=identity reflectedabout(z0+(-1pt,0),z0) + rotatedaround(z0,angle (direction (length ppp) of ppp)) + shifted (point (length ppp) of ppp -z0); + else: + T:=mapto(z0, + point (length ppp) of ppp, + z2, + point ttt of ppp, + z9+(0,3rule_thickness#), + point tt of ppp - 3rule_thickness#* + (unitvector (direction tt of ppp) rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of ppp) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength ppp < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + filldraw halfarrowhead(T,s) text_; + + % Draw the path + + if arclength ppp > x0-x2: draw subpath(0,ttt) of ppp + withpen pencircle scaled rule_thickness# text_; + fi + + endfor; + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/rgbx0020.mp b/Master/texmf-dist/metapost/cmarrows/rgbx0020.mp new file mode 100644 index 00000000000..0263156bd93 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/rgbx0020.mp @@ -0,0 +1,196 @@ +%% rgbx0020.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_paralleloppositelefthalfarrows (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__rgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__rgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.36asc_height#+eps; + x3=x4=x0-4u#-eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + save t; numeric t; + save pq; path pq; pq = z4l..{2(x0-x4),y0-y4}z6r; + t=xpart(pq intersectiontimes ((0,y2l)--(w,y2l))); x2=xpart point t of pq; + z9=.2[.5[z3,z4],z0]; + + % Path macros + + save parallellineright; + vardef parallellineright expr pppp = + save s, stp; + numeric s, stp; stp:=(arclength pppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength pppp)/stp; + + if stp > 0: + for s=0 step stp until arclength pppp - stp: + point (arctime s of pppp) of pppp + + spread/2*(unitvector direction (arctime s of pppp) + of pppp rotated -90) + {direction (arctime s of pppp) of pppp}.. + endfor + {direction (length pppp) of pppp} + point (length pppp) of pppp + + spread/2*(unitvector direction (length pppp) + of pppp rotated -90) + fi + enddef; + + save parallellineleft; + vardef parallellineleft expr pppp = + save s, stp; + numeric s, stp; stp:=(arclength pppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength pppp)/stp; + + if stp > 0: + for s=0 step stp until arclength pppp - stp: + point (arctime s of pppp) of pppp + + spread/2*(unitvector direction (arctime s of pppp) + of pppp rotated 90) + {direction (arctime s of pppp) of pppp}.. + endfor + {direction (length pppp) of pppp} + point (length pppp) of pppp + + spread/2*(unitvector direction (length pppp) + of pppp rotated 90) + fi + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % Macro for drawing the half arrow head + + save pp; path pp; pp := (z3l..{2(x0-x3),y0-y3}z5r); + save pq; path pq; pq := (z3r..{2(x0-x3),y0-y3}z5l); + + save halfarrowhead; + vardef halfarrowhead(expr T, s) = + (z0--(x0,y2l)--z2l--z2r + ..subpath(t,s) of pp + --subpath(xpart( pq intersectiontimes + (point s of pp -- point s of pp +(2rule_thickness#,0))), + length (z3r..{2(x0-x3),y0-y3}z5l)) of pq --cycle) + transformed T + enddef; + + % Draw the half arrows + + save pa, pb, T, tt, ttt; + + save p_left; path p_left; p_left = parallellineleft apth; + save p_right; path p_right; p_right = parallellineright apth; + + for ppp = p_left, reverse p_right: + + transform T; + numeric tt; tt = arctime(arclength ppp - (x0-x9)) of ppp; + numeric ttt; ttt = arctime(arclength ppp - (x0-x2)) of ppp; + + if arclength ppp = 0: + T:=identity shifted (point (length ppp) of ppp - z0); + elseif arclength ppp < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length ppp) of ppp)) + shifted (point (length ppp) of ppp -z0); + else: + T:=mapto(z0, + point (length ppp) of ppp, + z2, + point ttt of ppp, + z9+(0,3rule_thickness#), + point tt of ppp + 3rule_thickness#* + (unitvector (direction tt of ppp) rotated 90)); + + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of ppp) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength ppp < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + filldraw halfarrowhead(T,s) text_; + + % Draw the path + + if arclength ppp > x0-x2: draw subpath(0,ttt) of ppp + withpen pencircle scaled rule_thickness# text_; + fi + + endfor; + + pickup prevpen; + + enddef; + +enddef; diff --git a/Master/texmf-dist/metapost/cmarrows/rgbx0025.mp b/Master/texmf-dist/metapost/cmarrows/rgbx0025.mp new file mode 100644 index 00000000000..1fc45976513 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/rgbx0025.mp @@ -0,0 +1,236 @@ +%% rgbx0025.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_paralleloppositerightarrows (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__rgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__rgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, fudge, crisp, hair;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(bar#, 0); penpos4(bar#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.24asc_height#+eps; + x3=x4=x0-3u#-eps; + penpos5(bar#, angle(z4-z0)); z5l=z0; + penpos6(bar#, angle(z3-z0)); z6l=z0; + z9=.381966[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + % Path macros + + save parallellineright; + vardef parallellineright expr pppp = + save s, stp; + numeric s, stp; stp:=(arclength pppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength pppp)/stp; + + if stp>0: + for s=0 step stp until arclength pppp - stp: + point (arctime s of pppp) of pppp + + (.24asc_height#+eps)*(unitvector direction (arctime s of pppp) + of pppp rotated 90) + {direction (arctime s of pppp) of pppp}.. + endfor + {direction (length pppp) of pppp} + point (length pppp) of pppp + + (.24asc_height#+eps)*(unitvector direction (length pppp) + of pppp rotated 90) + fi + enddef; + + save parallellineleft; + vardef parallellineleft expr pppp = + save s, stp; + numeric s, stp; stp:=(arclength pppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength pppp)/stp; + + if stp>0: + for s=0 step stp until arclength pppp - stp: + point (arctime s of pppp) of pppp - + (.24asc_height#+eps)*(unitvector direction (arctime s of pppp) + of pppp rotated 90) + {direction (arctime s of pppp) of pppp}.. + endfor + {direction (length pppp) of pppp} + point (length pppp) of pppp - + (.24asc_height#+eps)*(unitvector direction (length pppp) + of pppp rotated 90) + fi + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % Macros for drawing the arrow head + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save pq; path pq; pq = z0..{z4-z9}z4r; + save right_texarrowhead; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart (pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of pq--subpath(s,t) of pp--z2l) transformed T + enddef; + + save qq; path qq; qq = z3l{z9-z3}..z5r; + save qp; path qp; qp = z3r{z9-z3}..z0; + save left_texarrowhead; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of qq + --subpath(xpart ( qp intersectiontimes + (point s of qq -- point s of qq + (2rule_thickness#,0))) + ,length qp) of qp) transformed T + enddef; + + % Draw the arrows. First the left arrow and then the right arrow + + save pa, pb, T, tt, ttt; + save f,s; + + save p_left; path p_left; p_left := parallellineleft apth; + save p_right; path p_right; p_right := parallellineright apth; + + for ppp = p_left, reverse p_right: + transform T; + numeric tt; tt := arctime(arclength ppp - (x0-x9)) of ppp; + numeric ttt; ttt := arctime(arclength ppp - (x0-x2)) of ppp; + + % Draw the right half of the arrow head + + if arclength ppp = 0: + T:=identity shifted (point (length ppp) of ppp - z0); + elseif arclength ppp < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length ppp) of ppp)) + shifted (point (length ppp) of ppp - z0); + else: + T:=mapto(z0, + point (length ppp) of ppp, + z2, + point ttt of ppp, + z9-(0,3rule_thickness#), + point tt of ppp - 3rule_thickness# + *(unitvector (direction tt of ppp) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of ppp) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength ppp < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + % Draw the left part of the arrow head + + if arclength ppp = 0: + T:=identity shifted (point (length ppp) of ppp - z0); + elseif arclength ppp < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length ppp) of ppp)) + shifted (point (length ppp) of ppp - z0); + else: + T:=mapto(z0, + point (length ppp) of ppp, + z2, + point ttt of ppp, + z9+(0,3rule_thickness#), + point tt of ppp + 3rule_thickness# + *(unitvector (direction tt of ppp) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (qq transformed T) - point tt of ppp) + < length(point 0 of qq - z9) + enddef; + + if f(0) or (arclength ppp < x0-x3l): s := 0; + else: s := solve f(length qq, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the path + + if arclength ppp > x0-x2: + draw subpath(0,ttt) of ppp withpen pencircle scaled rule_thickness# + text_; + fi + + endfor + + pickup prevpen; + + enddef; + +enddef; diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0008.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0008.mp new file mode 100644 index 00000000000..70d308b9877 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0008.mp @@ -0,0 +1,240 @@ +%% sgbx0008.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_twowayoldarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, fudge, crisp, hair;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(bar#, 0); penpos4(bar#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.24asc_height#+eps; + x3=x4=x0-3u#-eps; + penpos5(bar#, angle(z4-z0)); z5l=z0; + penpos6(bar#, angle(z3-z0)); z6l=z0; + z9=.381966[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + save ss; numeric ss; ss = arctime x0-x9 of apth; + save sss; numeric sss; sss = arctime x0-x2 of apth; + + % Draw the right half of the arrow head + + save right_texarrowhead, pa; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9-(0,3rule_thickness#), + point tt of apth - 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + if arclength apth = 0: + T:=identity reflectedabout ((x0,y3),(x0,y4)) + shifted (point (length 0) of apth -z0); + elseif arclength apth < x0-x3l: + T:=identity reflectedabout ((x0,y3),(x0,y4)) + rotatedaround(z0, angle direction (length 0) of apth) + shifted (point (length 0) of apth - z0); + else: + T:=mapto(z0, + point 0 of apth, + z2, + point sss of apth, + z9-(0,3rule_thickness#), + point ss of apth - 3rule_thickness# + *(unitvector (direction ss of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point ss of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + save pc; path pc; + pc := right_texarrowhead(T,s); + + % Draw the left part of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + if arclength apth = 0: + T:=identity reflectedabout ((x0,y3),(x0,y4)) + shifted (point (length 0) of apth -z0); + elseif arclength apth < x0-x3l: + T:=identity reflectedabout ((x0,y3),(x0,y4)) + rotatedaround(z0, angle direction (length 0) of apth) + shifted (point (length 0) of apth - z0); + else: + T:=mapto(z0, + point 0 of apth, + z2, + point sss of apth, + z9+(0,3rule_thickness#), + point ss of apth + 3rule_thickness# + *(unitvector (direction ss of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point ss of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + save pd; path pd; + pd := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + filldraw pc--pd--cycle text_; + + if arclength apth > 2(x0-x2): + draw subpath(sss,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0010.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0010.mp new file mode 100644 index 00000000000..e9e3cf9b490 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0010.mp @@ -0,0 +1,240 @@ +%% sgbx0010.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_twowayarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, fudge, crisp, hair;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.36asc_height#+eps; + x3=x4=x0-4u#-eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + z9=.2[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + save ss; numeric ss; ss = arctime x0-x9 of apth; + save sss; numeric sss; sss = arctime x0-x2 of apth; + + % Draw the right half of the arrow head + + save right_texarrowhead, pa; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9-(0,3rule_thickness#), + point tt of apth - 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + if arclength apth = 0: + T:=identity reflectedabout ((x0,y3),(x0,y4)) + shifted (point (length 0) of apth -z0); + elseif arclength apth < x0-x3l: + T:=identity reflectedabout ((x0,y3),(x0,y4)) + rotatedaround(z0, angle direction (length 0) of apth) + shifted (point (length 0) of apth - z0); + else: + T:=mapto(z0, + point 0 of apth, + z2, + point sss of apth, + z9-(0,3rule_thickness#), + point ss of apth - 3rule_thickness# + *(unitvector (direction ss of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point ss of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + save pc; path pc; + pc := right_texarrowhead(T,s); + + % Draw the left part of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + if arclength apth = 0: + T:=identity reflectedabout ((x0,y3),(x0,y4)) + shifted (point (length 0) of apth -z0); + elseif arclength apth < x0-x3l: + T:=identity reflectedabout ((x0,y3),(x0,y4)) + rotatedaround(z0, angle direction (length 0) of apth) + shifted (point (length 0) of apth - z0); + else: + T:=mapto(z0, + point 0 of apth, + z2, + point sss of apth, + z9+(0,3rule_thickness#), + point ss of apth + 3rule_thickness# + *(unitvector (direction ss of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point ss of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + save pd; path pd; + pd := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + filldraw pc--pd--cycle text_; + + if arclength apth > 2(x0-x2): + draw subpath(sss,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0011.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0011.mp new file mode 100644 index 00000000000..bd2659ade77 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0011.mp @@ -0,0 +1,242 @@ +%% sgbx0011.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_twowaydoublearrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, fudge, crisp, hair;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#,.55x_height#]; + w:=18u#; + + lft x1 = u#-eps; x2=x1; x7=x8=w-x1; + y1=y7; y2=y8; y1-y2=spread; .5[y1,y2]=math_axis#; + + rt x0 = w-u#+eps; y0 = math_axis#; + penpos3(rule_thickness#,0); penpos4(rule_thickness#,0); + y3-y1 = y2-y4 = .24asc_height#+eps; x3=x4=x0-6u#-eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + z9 = .381966[.5[z3,z4],z0]; + + save pp; + path pp; pp = z4l{z9-z4}..z6r; + save t; + numeric t; t = xpart(pp intersectiontimes ((0,y0)--(w,y0))); + numeric t[]; t1 = xpart(pp intersectiontimes ( (0,y2-rule_thickness#/2) + --(w,y2-rule_thickness#/2))); + t2 = xpart(pp intersectiontimes ( (0,y2+rule_thickness#/2) + --(w,y2+rule_thickness#/2))); + save qq; + path qq; qq = z3l{z9-z3}..z5r; + + save parallelline; + vardef parallelline expr ppp = + save s, stp; + numeric s, stp; stp:=(arclength ppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength ppp)/stp; + + if arclength apth > 0: + draw for s=0 step stp until arclength ppp - stp: + point (arctime s of ppp) of ppp + + spread/2*(unitvector direction (arctime s of ppp) + of ppp rotated 90) + {direction (arctime s of ppp) of ppp}.. + endfor + {direction (length ppp) of ppp} + point (length ppp) of ppp + + spread/2*(unitvector direction (length ppp) of ppp rotated 90) + withpen pencircle scaled rule_thickness# + text_; + + draw for s=0 step stp until arclength ppp - stp: + point (arctime s of ppp) of ppp - + spread/2*(unitvector direction (arctime s of ppp) + of ppp rotated 90) + {direction (arctime s of ppp) of ppp}.. + endfor + {direction (length ppp) of ppp} + point (length ppp) of ppp - + spread/2*(unitvector direction (length ppp) of ppp rotated 90) + withpen pencircle scaled rule_thickness# + text_; + fi + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % Draw the front arrow head + + save doublearrowhead; + vardef doublearrowhead(expr T, s, ss) = + (subpath(0, xpart((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r) + --subpath(s,t1) of pp + --(xpart point t1 of pp, ypart point t2 of pp) + --subpath(t2,t) of pp + --subpath(t,t2) of qq + --(xpart point t1 of qq, ypart point t2 of qq) + --subpath(t1,ss) of qq + --subpath(xpart ((z3r{z9-z3}..z0) intersectiontimes + (point ss of qq -- point ss of qq + (2rule_thickness#,0))),1) + of (z3r{z9-z3}..z0) + & cycle) transformed T + enddef; + + save T; transform T; + save tt; numeric tt; + tt = arctime (arclength apth - (x0 - xpart point t1 of pp)) of apth; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-xpart(point t2 of pp): + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T := mapto( + z0, + point (length apth) of apth, + point t1 of pp + (0,rule_thickness#/2), + point tt of apth + + spread/2*(unitvector direction tt of apth rotated 90), + point t1 of qq - (0,rule_thickness#/2), + point tt of apth - + spread/2*(unitvector direction tt of apth rotated 90)); + fi + + save f,s,ss,ttt; + ttt = arctime(arclength apth - (x0-x9)) of apth; + vardef f(expr s) = + length(point s of (pp transformed T) - point ttt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + vardef f(expr ss) = + length(point ss of (qq transformed T) - point ttt of apth) + < length(point 0 of qq - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): ss := 0; + else: ss := solve f(length qq, 0); + fi + + filldraw doublearrowhead(T,s,ss) text_; + + % Draw the back arrow head + + save ttt; numeric ttt; + ttt = arctime (x0 - xpart point t1 of pp) of apth; + + if arclength apth = 0: + T:=identity rotatedaround(z0, 180) + shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-xpart(point t2 of pp): + T:=identity rotatedaround(z0,angle (direction 0 of apth)+180) + shifted (point 0 of apth - z0); + else: + T := mapto( + z0, + point 0 of apth, + point t1 of pp + (0,rule_thickness#/2), + point ttt of apth + + spread/2*(unitvector direction ttt of apth rotated 90), + point t1 of qq - (0,rule_thickness#/2), + point ttt of apth - + spread/2*(unitvector direction ttt of apth rotated 90)); + fi + + + ttt := arctime(x0-x9) of apth; + vardef f(expr s) = + length(point s of (pp transformed T) - point ttt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + vardef f(expr ss) = + length(point ss of (qq transformed T) - point ttt of apth) + < length(point 0 of qq - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): ss := 0; + else: ss := solve f(length qq, 0); + fi + + filldraw doublearrowhead(T,s,ss) text_; + + % Draw the path + + if arclength apth > 2(x0-xpart(point t1 of pp)): + parallelline (subpath(ttt,tt) of apth); + fi + + pickup prevpen; + + enddef; + +enddef; diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0012.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0012.mp new file mode 100644 index 00000000000..94c225afbc1 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0012.mp @@ -0,0 +1,213 @@ +%% sgbx0012.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_hookleftarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=if monospace: .24 else: .36 fi asc_height#+eps; + x3=x4=x0-if monospace: 3u# else: 4u# fi - eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + z9=.2[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + % the hook + x12-rule_thickness#/2=u#-eps; x11=x13=5u#-x12; + y11-y13=spread; y12=.5[y11,y13]; y13=0; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + save ss; numeric ss; ss = arctime x11-x12 of apth; + + % Draw the right half of the arrow head + + save right_texarrowhead, pa; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9-(0,3rule_thickness#), + point tt of apth - 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + % Draw the left part of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the hook + + save hook; + vardef hook(expr T) = + (z11{left}...z12{down}...z13{right}) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z13); + elseif arclength apth < x11-x12: + T:=identity rotatedaround(z13,angle (direction 0 of apth)) + shifted (point 0 of apth - z13) + shifted ((x11-x12)*(unitvector + (point (length apth) of apth - point 0 of apth))); + else: + T:=mapto(z11, + point ss of apth, + z12, + point 0 of apth + (y11-y12)*(unitvector (direction 0 of apth) + rotated 90), + z13, + point ss of apth + (y11-y13)*(unitvector (direction ss of apth) + rotated 90)); + fi + + draw hook(T) withpen pencircle scaled rule_thickness# text_; + + % Draw the path + + if arclength apth > x0-x2 + x11-x12: + draw subpath(ss,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef; diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0013.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0013.mp new file mode 100644 index 00000000000..fd5b839225e --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0013.mp @@ -0,0 +1,213 @@ +%% sgbx0013.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_hookrightarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=if monospace: .24 else: .36 fi asc_height#+eps; + x3=x4=x0-if monospace: 3u# else: 4u# fi - eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + z9=.2[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + % the hook + x12-rule_thickness#/2=u#-eps; x11=x13=5u#-x12; + y11-y13=spread; y12=.5[y11,y13]; y13=0; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + save ss; numeric ss; ss = arctime x11-x12 of apth; + + % Draw the right half of the arrow head + + save right_texarrowhead, pa; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9-(0,3rule_thickness#), + point tt of apth - 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + % Draw the left part of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the hook + + save hook; + vardef hook(expr T) = + (z11{left}...z12{down}...z13{right}) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z11); + elseif arclength apth < x11-x12: + T:=identity rotatedaround(z11,angle (direction 0 of apth)) + shifted (point 0 of apth - z11) + shifted ((x11-x12)*(unitvector + (point (length apth) of apth - point 0 of apth))); + else: + T:=mapto(z11, + point ss of apth, + z12, + point 0 of apth - (y11-y12)*(unitvector (direction 0 of apth) + rotated 90), + z13, + point ss of apth - (y11-y13)*(unitvector (direction ss of apth) + rotated 90)); + fi + + draw hook(T) withpen pencircle scaled rule_thickness# text_; + + % Draw the path + + if arclength apth > x0-x2 + x11-x12: + draw subpath(ss,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0014.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0014.mp new file mode 100644 index 00000000000..2986a54c8ed --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0014.mp @@ -0,0 +1,199 @@ +%% sgbx0014.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_doublearrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#,.55x_height#]; + w:=18u#; + + lft x1 = u#-eps; x2=x1; x7=x8=w-x1; + y1=y7; y2=y8; y1-y2=spread; .5[y1,y2]=math_axis#; + + rt x0 = w-u#+eps; y0 = math_axis#; + penpos3(rule_thickness#,0); penpos4(rule_thickness#,0); + y3-y1 = y2-y4 = .24asc_height#+eps; x3=x4=x0-6u#-eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + z9 = .381966[.5[z3,z4],z0]; + + save pp; + path pp; pp = z4l{z9-z4}..z6r; + save t; + numeric t; t = xpart(pp intersectiontimes ((0,y0)--(w,y0))); + numeric t[]; t1 = xpart(pp intersectiontimes ( (0,y2-rule_thickness#/2) + --(w,y2-rule_thickness#/2))); + t2 = xpart(pp intersectiontimes ( (0,y2+rule_thickness#/2) + --(w,y2+rule_thickness#/2))); + save qq; + path qq; qq = z3l{z9-z3}..z5r; + + save parallelline; + vardef parallelline expr ppp = + save s, stp; + numeric s, stp; stp:=(arclength ppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength ppp)/stp; + + if stp > 0: + draw for s=0 step stp until arclength ppp - stp: + point (arctime s of ppp) of ppp + + spread/2* + (unitvector direction (arctime s of ppp) of ppp rotated 90) + {direction (arctime s of ppp) of ppp}.. + endfor + {direction (length ppp) of ppp} + point (length ppp) of ppp + + spread/2* + (unitvector direction (length ppp) of ppp rotated 90) + withpen pencircle scaled rule_thickness# text_; + + draw for s=0 step stp until arclength ppp - stp: + point (arctime s of ppp) of ppp - + spread/2* + (unitvector direction (arctime s of ppp) of ppp rotated 90) + {direction (arctime s of ppp) of ppp}.. + endfor + {direction (length ppp) of ppp} + point (length ppp) of ppp - + spread/2* + (unitvector direction (length ppp) of ppp rotated 90) + withpen pencircle scaled rule_thickness# text_; + fi + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % Draw the arrow head + + save doublearrowhead; + vardef doublearrowhead(expr T, s, ss) = + (subpath(0, xpart((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r) + --subpath(s,t1) of pp + --(xpart point t1 of pp, ypart point t2 of pp) + --subpath(t2,t) of pp + --subpath(t,t2) of qq + --(xpart point t1 of qq, ypart point t2 of qq) + --subpath(t1,ss) of qq + --subpath(xpart ((z3r{z9-z3}..z0) intersectiontimes + (point ss of qq -- point ss of qq + (2rule_thickness#,0))),1) + of (z3r{z9-z3}..z0) + & cycle) transformed T + enddef; + + save T; transform T; + save tt; + tt = arctime (arclength apth - (x0 - xpart point t1 of pp)) of apth; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-xpart(point t2 of pp): + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T := mapto( + z0, + point (length apth) of apth, + point t1 of pp + (0,rule_thickness#/2), + point tt of apth + + spread/2*(unitvector direction tt of apth rotated 90), + point t1 of qq - (0,rule_thickness#/2), + point tt of apth - + spread/2*(unitvector direction tt of apth rotated 90)); + fi + + save f,s,ss,ttt; + ttt = arctime(arclength apth - (x0-x9)) of apth; + vardef f(expr s) = + length(point s of (pp transformed T) - point ttt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + vardef f(expr ss) = + length(point ss of (qq transformed T) - point ttt of apth) + < length(point 0 of qq - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): ss := 0; + else: ss := solve f(length qq, 0); + fi + + filldraw doublearrowhead(T,s,ss) text_; + + % Draw the path + + if arclength apth > (x0-xpart(point t1 of pp)): + parallelline (subpath(0,tt) of apth); + fi + + pickup prevpen; + + enddef; + +enddef; diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0015.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0015.mp new file mode 100644 index 00000000000..838219b64e2 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0015.mp @@ -0,0 +1,141 @@ +%% sgbx0015.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_lefthalfarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.36asc_height#+eps; + x3=x4=x0-4u#-eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + save t; numeric t; + save pq; path pq; pq = z4l..{2(x0-x4),y0-y4}z6r; + t=xpart(pq intersectiontimes ((0,y2l)--(w,y2l))); x2=xpart point t of pq; + z9=.2[.5[z3,z4],z0]; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + + % Draw the arrow head + + save pp; path pp; pp := (z3l..{2(x0-x3),y0-y3}z5r); + save pq; path pq; pq := (z3r..{2(x0-x3),y0-y3}z5l); + + save halfarrowhead, pa; + vardef halfarrowhead(expr T, s) = + (z0--(x0,y2l)--z2l--z2r + ..subpath(t,s) of pp + --subpath(xpart( pq intersectiontimes + (point s of pp -- point s of pp +(2rule_thickness#,0))), + length (z3r..{2(x0-x3),y0-y3}z5l)) of pq --cycle) + transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth -z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness#* + (unitvector (direction tt of apth) rotated 90)); + + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + filldraw halfarrowhead(T,s) text_; + + % Draw the path + + if arclength apth > x0-x2: draw subpath(0,ttt) of apth + withpen pencircle scaled rule_thickness# text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0017.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0017.mp new file mode 100644 index 00000000000..9a1ac779709 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0017.mp @@ -0,0 +1,196 @@ +%% sgbx0017.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_mapstoarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.36asc_height#+eps; + x3=x4=x0-4u#-eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + z9=.2[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + + % Draw the right half of the arrow head + + save right_texarrowhead, pa; + vardef right_texarrowhead(expr T, s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth -z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + % Draw the left part of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the tail + + if arclength apth > x0-x2: + draw point 0 of apth + (.24asc_height#+eps)* + (unitvector (direction 0 of apth) rotated 90)-- + point 0 of apth - (.24asc_height#+eps)* + (unitvector (direction 0 of apth) rotated 90) + withpen pencircle scaled rule_thickness# + text_; + fi + + % Draw the path + + if arclength apth > x0-x2: + draw subpath(0,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef; + + + + diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0018.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0018.mp new file mode 100644 index 00000000000..60f4561d16c --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0018.mp @@ -0,0 +1,181 @@ +%% sgbx0018.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_oldtexarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(bar#, 0); penpos4(bar#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.24asc_height#+eps; + x3=x4=x0-3u#-eps; + penpos5(bar#, angle(z4-z0)); z5l=z0; + penpos6(bar#, angle(z3-z0)); z6l=z0; + z9=.381966[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + + % Draw the right half of the arrow head + + save right_texarrowhead, pa; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + + 3rule_thickness#*(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + % Draw the left half of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the path + + if arclength apth > x0-x2: + draw subpath(0,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0019.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0019.mp new file mode 100644 index 00000000000..7cb9b29dbc2 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0019.mp @@ -0,0 +1,142 @@ +%% sgbx0019.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_righthalfarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.36asc_height#+eps; + x3=x4=x0-4u#-eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + save t; numeric t; + save pq; path pq; pq = z4l..{2(x0-x4),y0-y4}z6r; + t=xpart(pq intersectiontimes ((0,y2l)--(w,y2l))); x2=xpart point t of pq; + z9=.2[.5[z3,z4],z0]; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + + % Draw the arrow head + + save pp; path pp; pp := (z3l..{2(x0-x3),y0-y3}z5r); + save pq; path pq; pq := (z3r..{2(x0-x3),y0-y3}z5l); + + save halfarrowhead, pa; + vardef halfarrowhead(expr T, s) = + (z0--(x0,y2l)--z2l--z2r + ..subpath(t,s) of pp + --subpath(xpart( pq intersectiontimes + (point s of pp -- point s of pp +(2rule_thickness#,0))), + length (z3r..{2(x0-x3),y0-y3}z5l)) of pq --cycle) + transformed T + enddef; + + if arclength apth = 0: + T:=identity reflectedabout(z0+(-1pt,0),z0) + shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity reflectedabout(z0+(-1pt,0),z0) + rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth -z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth - 3rule_thickness#* + (unitvector (direction tt of apth) rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + filldraw halfarrowhead(T,s) text_; + + % Draw the path + + if arclength apth > x0-x2: draw subpath(0,ttt) of apth + withpen pencircle scaled rule_thickness# text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0021.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0021.mp new file mode 100644 index 00000000000..8597e69b133 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0021.mp @@ -0,0 +1,174 @@ +%% sgbx0021.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_shortaxisarrow(expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + pickup pencircle scaled rule_thickness#; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 9u#; + + penpos1(.25rule_thickness#, 90); penpos2(.25rule_thickness#, 90); + penpos3(bar#, 0); penpos4(bar#, 0); + y0=y1=y2=math_axis#; + x1=1.5u#-eps; + rt x0=w-x1; + y3-y0=y0-y4=.24asc_height#+eps; x3=x4=x0-3u#-eps; + penpos5(bar#, angle(z4-z0)); z5l=z0; penpos6(bar#, angle(z3-z0)); z6l=z0; + z9=.381966[.5[z3,z4],z0]; + save pp; path pp; pp=z4l{z9-z4}..z6r; + save t; numeric t; + t=xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); x2=xpart point t of pp; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x5l-x2)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x5l-x3)) of apth; + + % Draw the right half of the arrow head + + save right_arrowhead, pa; + vardef right_arrowhead(expr T,s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point tt of apth, + (x3,y9)-(0,3rule_thickness#), + point ttt of apth - + 3rule_thickness#*(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z2) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_arrowhead(T,s); + + % Draw the left part of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point tt of apth, + (x3,y9)+(0,3rule_thickness#), + point ttt of apth + + 3rule_thickness#*(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z2) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the path + + if arclength apth > x0-x2: + draw subpath(0,tt) of apth withpen pencircle scaled 1.25rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0022.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0022.mp new file mode 100644 index 00000000000..f5091b73d07 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0022.mp @@ -0,0 +1,181 @@ +%% sgbx0022.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_texarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, math_axis," & + " monospace,asc_height,eps, fudge, crisp, hair;" & + "boolean monospace;" & + + "u# := " & decimal u# & ";" & + "math_spread := " & decimal math_spread & ";" & + "x_height# := " & decimal x_height# & ";" & + "rule_thickness# := " & decimal rule_thickness# & ";" & + "math_axis# := " & decimal math_axis# & ";" & + "monospace := " & if monospace : "true" else: "false" fi & ";" & + "asc_height# := " & decimal asc_height# & ";" & + "eps := " & decimal eps & ";" & + "fudge := " & decimal fudge & ";" & + "crisp# := " & decimal crisp# & ";" & + "hair# := " & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(rule_thickness#, 0); penpos4(rule_thickness#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=if monospace: .24 else: .36 fi asc_height#+eps; + x3=x4=x0-if monospace: 3u# else: 4u# fi - eps; + penpos5(rule_thickness#, angle(z4-z0)); z5l=z0; + penpos6(rule_thickness#, angle(z3-z0)); z6l=z0; + z9=.2[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + + % Draw the right half of the arrow head + + save right_texarrowhead, pa; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9-(0,3rule_thickness#), + point tt of apth - 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + % Draw the left part of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the path + + if arclength apth > x0-x2: + draw subpath(0,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0023.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0023.mp new file mode 100644 index 00000000000..89fd897b033 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0023.mp @@ -0,0 +1,250 @@ +%% sgbx0023.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_tailarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(bar#, 0); penpos4(bar#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.24asc_height#+eps; + x3=x4=x0-3u#-eps; + penpos5(bar#, angle(z4-z0)); z5l=z0; + penpos6(bar#, angle(z3-z0)); z6l=z0; + z9=.381966[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + save ssss; numeric ssss; ssss = arctime(x0-x3l) of apth; + + % Draw the right half of the arrowhead + + save right_texarrowhead, pa; + vardef right_texarrowhead(expr T,s) = + (subpath(0, xpart ((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r)--subpath(s,t) of pp--z2l) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth -z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + + 3rule_thickness#*(unitvector (direction tt of apth) + rotated 90)); + fi + + save f,s; + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pa; + pa := right_texarrowhead(T,s); + + % Draw the left half of the arrow head + + pp := (z3l{z9-z3}..z5r); + save pq; path pq; pq := (z3r{z9-z3}..z0); + + save left_texarrowhead, pb; + vardef left_texarrowhead(expr T, s) = + (z2r--subpath(t,s) of pp + --subpath(xpart ( pq intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0))) + ,length pq) of pq) transformed T + enddef; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness# + *(unitvector (direction tt of apth) + rotated 90)); + fi + + vardef f(expr s) = + length(point s of (pp transformed T) - point tt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + path pb; + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the right half of the tail + + save ss; ss := arctime(x9-x3l) of apth; + save sss; sss := arctime(x2-x3l) of apth; + + if arclength apth = 0: + T:=identity shifted (point 0 of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction 0 of apth)) + shifted (point 0 of apth - z0); + else: + T:=mapto(z0, + point ssss of apth, + z2, + point sss of apth, + z9+(0,3rule_thickness#), + point ss of apth + + 3rule_thickness#*(unitvector (direction ss of apth) + rotated 90)); + fi + + pp := z4l{z9-z4}..z6r; + vardef f(expr s) = + length(point s of (pp transformed T) - point ss of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + pa := right_texarrowhead(T,s); + + % Draw the left half of the tail + + if arclength apth = 0: + T:=identity shifted (point 0 of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction 0 of apth)) + shifted (point 0 of apth - z0); + else: + T:=mapto(z0, + point ssss of apth, + z2, + point sss of apth, + z9-(0,3rule_thickness#), + point ss of apth - + 3rule_thickness#*(unitvector (direction ss of apth) + rotated 90)); + fi + + pp := (z3l{z9-z3}..z5r); + pq := (z3r{z9-z3}..z0); + + vardef f(expr s) = + length(point s of (pp transformed T) - point ss of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + pb := left_texarrowhead(T,s); + + filldraw pa--pb--cycle text_; + + % Draw the path + + if arclength apth > 2(x0-x2): + save stt; stt := arctime(.5(x0+x2)-x3l) of apth; + draw subpath(stt,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/sgbx0024.mp b/Master/texmf-dist/metapost/cmarrows/sgbx0024.mp new file mode 100644 index 00000000000..72fe6a0adec --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/sgbx0024.mp @@ -0,0 +1,211 @@ +%% sgbx0024.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_tripplearrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__sgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__sgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, monospace, fudge, crisp, hair;" & + "boolean monospace;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "monospace :=" & if monospace: "true" else: "false" fi & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#,.55x_height#]; + w:=18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(1.5bar#, 0); penpos4(1.5bar#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0 = w-u#; + x0'=x0''=x0; x1'=x1''=x1; + y1'=y1+spread; y1''=y1-spread; y0'=y1'; y0''=y1''; + + y3-y0'=y0''-y4=.24asc_height#+eps; x3=x4=x0-6u#-eps; + penpos5(bar#,angle(z0-z4)); z5r=z0; penpos6(bar#,angle(z0-z3)); + z6r=z0; z9=.381966[.5[z3,z4],z0]; + save pp; + path pp; pp = z4l{z9-z4}..z6l; + save ss; + numeric ss; ss = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2 = xpart point ss of pp; + save t; + numeric t; t = xpart(pp intersectiontimes ((0,y0'')--(w,y0''))); + numeric t[]; t1 = xpart(pp intersectiontimes ((0,y0''-rule_thickness#/2) + --(w,y0''-rule_thickness#/2))); + t2 = xpart(pp intersectiontimes ((0,y0''+rule_thickness#/2) + --(w,y0''+rule_thickness#/2))); + t3 = xpart(pp intersectiontimes ((x2,y4)--(x2,y3))); + save qq; + path qq; qq = z3l{z9-z3}..z5l; + + save parallelline; + vardef parallelline expr ppp = + save s, stp; + numeric s, stp; stp:=(arclength ppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength ppp)/stp; + + if stp > 0: + draw for s=0 step stp until arclength ppp - stp: + point (arctime s of ppp) of ppp + + spread*(unitvector direction (arctime s of ppp) of ppp rotated 90) + {direction (arctime s of ppp) of ppp}.. + endfor + {direction (length ppp) of ppp} + point (length ppp) of ppp + + spread*(unitvector direction (length ppp) of ppp rotated 90) + withpen pencircle scaled rule_thickness# + text_; + + draw for s=0 step stp until arclength ppp - stp: + point (arctime s of ppp) of ppp - + spread*(unitvector direction (arctime s of ppp) of ppp rotated 90) + {direction (arctime s of ppp) of ppp}.. + endfor + {direction (length ppp) of ppp} + point (length ppp) of ppp - + spread*(unitvector direction (length ppp) of ppp rotated 90) + withpen pencircle scaled rule_thickness# + text_; + fi + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % Draw the arrow head + + save tripplearrowhead; + vardef tripplearrowhead(expr T,s,ss) = + (subpath(0,xpart((z0..{z4-z9}z4r) intersectiontimes + (point s of pp -- point s of pp + (2rule_thickness#,0)))) + of (z0..{z4-z9}z4r) + --subpath(s,t1) of pp + --(xpart point t1 of pp, ypart point t2 of pp) + --subpath(t2,t3) of pp + --subpath(t3,t2) of qq + --(xpart point t1 of qq, ypart point t2 of qq) + --subpath(t1,ss) of qq + --subpath(xpart((z3r{z9-z3}..z0) intersectiontimes + (point ss of qq -- point ss of qq + (2rule_thickness#,0))),1) + of (z3r{z9-z3}..z0) + & cycle) transformed T + enddef; + + save T; transform T; + save tt; + tt = arctime (arclength apth - (x0 - xpart point t1 of pp)) of apth; + save ttt; + ttt = arctime (arclength apth - (x0 - x2)) of apth; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-xpart(point t1 of pp): + T:=identity rotatedaround(z0, angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T := mapto(z2, + point ttt of apth, + point t1 of pp + (0,rule_thickness#/2), + point tt of apth + + spread*(unitvector direction tt of apth rotated 90), + point t1 of qq - (0,rule_thickness#/2), + point tt of apth - + spread*(unitvector direction tt of apth rotated 90)); + fi + + save f,s,ss; + ttt := arctime(arclength apth - (x0-x9)) of apth; + vardef f(expr s) = + length(point s of (pp transformed T) - point ttt of apth) + < length(point 0 of pp - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): s := 0; + else: s := solve f(length pp, 0); + fi + + vardef f(expr ss) = + length(point ss of (qq transformed T) - point ttt of apth) + < length(point 0 of qq - z9) + enddef; + + if f(0) or (arclength apth < x0-x3l): ss := 0; + else: ss := solve f(length qq, 0); + fi + + filldraw tripplearrowhead(T,s,ss) text_; + + % Draw the path + + ttt := arctime (arclength apth - (x0 - x2)) of apth; + if arclength apth > x0 - xpart(point t1 of pp): + parallelline (subpath(0,tt) of apth); + fi + + if arclength apth > x0 - x2: + draw subpath(0,ttt) of apth withpen pencircle scaled rule_thickness# + text_; + fi + + pickup prevpen; + + enddef; + +enddef; + + + + diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0000.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0000.mp new file mode 100644 index 00000000000..0993553a7d7 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0000.mp @@ -0,0 +1,100 @@ +%% tgbx0000.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +save +font_identifier, +cmbase, +font_size, + +u, +width_adj, +serif_fit, +cap_serif_fit, +letter_fit, + +body_height, +asc_height, +cap_height, +fig_height, +x_height, +math_axis, +bar_height, +comma_depth, +desc_depth, + +crisp, +tiny, +fine, +thin_join, +hair, +stem, +curve, +ess, +flare, +dot_size, +cap_hair, +cap_stem, +cap_curve, +cap_ess, +rule_thickness, + +dish, +bracket, +jut, +cap_jut, +beak_jut, +beak, +vair, +notch_cut, +bar, +slab, +cap_bar, +cap_band, +cap_notch_cut, +serif_drop, +stem_corr, +vair_corr, +apex_corr, + +o, +apex_o, + +slant, +fudge, +math_spread, +superness, +superpull, +beak_darkness, +ligs, + +square_dots, +hefty, +serifs, +monospace, +variant_g, +low_asterisk, +math_fitting, + +designsize, + +generate; + +vardef generate suffix g = enddef; +numeric cmbase; cmbase = 0; +string font_identifier; +vardef font_size expr g = designsize = g enddef; +boolean square_dots, hefty, serifs, monospace, variant_g, low_asterisk, + math_fitting; +pt#:=1pt; + + + diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0001.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0001.mp new file mode 100644 index 00000000000..e8c80c03a74 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0001.mp @@ -0,0 +1,326 @@ +%% tgbx0001.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_Bigbrace (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__tgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__tgbxww " & "(expr apth) " & + "text text_ = " & + + "save u, designsize, curve, stem, hair, rule_thickness, eps, fine, " & + "fudge;" & + + "u# := " & decimal u# & ";" & + "designsize := " & decimal designsize & ";" & + "curve# := " & decimal curve# & ";" & + "stem# := " & decimal stem# & ";" & + "hair# := " & decimal hair# & ";" & + "rule_thickness# := " & decimal rule_thickness# & ";" & + "eps := " & decimal eps & ";" & + "fine# := " & decimal fine# & ";" & + "fudge := " & decimal fudge & ";" & + + % Time for middle piece + + "save st; numeric st;" & + "if unknown " & cmdname & "_middle_time:" & + " st := arctime (arclength apth)/2 of apth;" & + "else: st:=" & cmdname & "_middle_time; fi") + + save prevpen; + prevpen:=savepen; + + save w; numeric w; w:=10u#; + save h; numeric h; h:=rule_thickness#; + save dh; numeric dh; dh:=0.6designsize; + save dw; numeric dw; dw:=curve#-stem#; + save d; numeric d; d :=3dh-rule_thickness#; + save bold; numeric bold; bold:=curve#; + save min_breadth; numeric min_breadth; + min_breadth:=rule_thickness#; + save max_breadth; numeric max_breadth; + max_breadth:=.5[stem#,bold]; + + save x,y; + numeric x[],x[]',x[]l,x[]'l,x[]r,x[]'r, + y[],y[]',y[]l,y[]'l,y[]r,y[]'r; + + if fine#>fudge*hair#: + fine# := fudge*hair#; + fi + pickup if fine#=0: nullpen else: pencircle scaled fine# fi; + + forsuffixes $ = 1,1',4,4',7,7': penpos$(min_breadth,0); endfor + forsuffixes $ = 2,3,5,6: penpos$(max_breadth,0); endfor + x2=x3=x5=x6; x1=x1'=x7=x7'=w-x4=w-x4'; + lft x4l=1.5u#-.5min_breadth; lft x2l=.5w-.5max_breadth; + top y1=h; bot y7=1-d; .5[y4,y4']=.5[y1,y7]=.5[y2,y6]=.5[y3,y5]; + y1-y2=y3-y4=(y1-y4)/4; + y1-y1'=y4-y4'=y7'-y7=min_breadth-fine#; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % The bottom part of the brace + + save bottom_part; + vardef bottom_part(expr T) = + filldraw (z6l{down}...{3(x7l-x6l),y7-y6}z7l + --z7r--z7'r{3(x6r-x7r),y6-y7'}...{up}z6r--z6l & cycle) + transformed T text_; + enddef; + + save f; + vardef f(expr s) = + abs(point 0 of apth - (point s of apth + abs(x7-x6) + *(unitvector (direction s of apth) rotated 90))) + < abs(z7 - z6) + enddef; + + save tolerence; tolerence := epsilon; + save s; numeric s; + + save T; transform T; % transform for the bottom part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z7r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(z6l, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z6r, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z7r, + point 0 of apth); + else: + s := solve f(0,length apth); + T := mapto(z6l, + point s of apth + +abs(x7r-x6l) + *(unitvector (direction s of apth) rotated 90), + z6r, + point s of apth + +abs(x7r-x6r) + *(unitvector (direction s of apth) rotated 90), + z7r, + point 0 of apth); + fi + bottom_part(T); + + % The top part of the brace + + save top_part; + vardef top_part(expr T) = + filldraw (z1l{3(x2l-x1l),y2-y1}...{down}z2l + --z2r{up}...{3(x1r-x2r),y1'-y2}z1'r--z1r--cycle) + transformed T text_; + enddef; + + save g; + vardef g(expr t) = + abs(point (length apth) of apth + - (point t of apth + abs(x1r-x2) + *(unitvector (direction t of apth) rotated 90))) + < abs(z1r-z2) + enddef; + + save t; numeric t; + + transform T; % transform the top part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z1r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T := mapto(z2l, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z2r, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z1r, + point (length apth) of apth); + else: + t := solve g(length apth,0); + T := mapto(z2l, + point t of apth + +abs(x1r-x2l) + *(unitvector (direction t of apth) rotated 90), + z2r, + point t of apth + +abs(x1r-x2r) + *(unitvector (direction t of apth) rotated 90), + z1r, + point (length apth) of apth); + fi + top_part(T); + + % The lower part of the middle piece + + save middle_part_bottom; + vardef middle_part_bottom(expr T) = + (.5[z4r,z4'r]{3(x5r-x4r),y5-.5[y4,y4']}...{down}z5r + --z5l{up}...{3(x4l-x5l),y4'-y5}z4'l) transformed T + enddef; + + save ff; + vardef ff(expr ss) = + abs(point st of apth + +abs(x7r-x4)*(unitvector (direction st of apth) rotated 90) + -(point ss of apth + abs(x7r-x5) + *(unitvector (direction ss of apth) rotated 90))) + > abs(z4-z5) + enddef; + + save ss; numeric ss; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4'l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5l, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5r, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + ss := solve ff(0,st); + T:=mapto(.5[z4r,z4'r], + point st of apth + +abs(x1r-.5[x4r,x4'r]) + *(unitvector (direction st of apth) rotated 90), + z5l, + point ss of apth + +abs(x1r-x5l) + *(unitvector (direction ss of apth) rotated 90), + z5r, + point ss of apth + +abs(x1r-x5r) + *(unitvector (direction ss of apth) rotated 90)); + fi + + save pb; path pb; + pb:=middle_part_bottom(T); + + % The upper part of the middle piece + + save middle_part_top; + vardef middle_part_top(expr T) = + (z4l{3(x3l-x4l),y3-y4}...{up}z3l--z3r{down} + ...{3(x4r-x3r),.5[y4,y4']-y3}.5[z4r,z4'r]) transformed T + enddef; + + save gg; + vardef gg(expr tt) = + abs(point st of apth + +abs(x1r-x4)*(unitvector (direction st of apth) rotated 90) + -(point tt of apth + abs(x1r-x3) + *(unitvector (direction tt of apth) rotated 90))) + > abs(z3-z4) + enddef; + + save tt; numeric tt; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3l, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3r, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + tt := solve gg(length apth, st); + T := mapto(.5[z4r,z4'r], + point st of apth + +abs(x1r-.5[x4r,x4'r]) + *(unitvector (direction st of apth) rotated 90), + z3l, + point tt of apth + +abs(x1r-x3l) + *(unitvector (direction tt of apth) rotated 90), + z3r, + point tt of apth + +abs(x1r-x3r) + *(unitvector (direction tt of apth) rotated 90)); + fi + + save ptt; path ptt; + ptt:=middle_part_top(T); + + filldraw pb--ptt--cycle text_; + + % The extension parts + + save extension_part, stp; + vardef extension_part(expr ss,tt) = + numeric stp; stp:=(ss-tt) div 5pt; + if stp=0: stp:=1; fi + stp:=(ss-tt)/stp; + + pickup pencircle scaled (x5r-x5l+fine#); + + if stp > 0: + draw for uu=ss step stp until tt-stp: + point uu of apth + abs(x1r-x6) + *(unitvector (direction uu of apth) rotated 90) + {direction uu of apth} .. + endfor + {direction tt of apth} + point tt of apth + abs(x1r-x6) + *(unitvector (direction tt of apth) rotated 90) text_; + fi + enddef; + + if arclength apth > y1-y2+y3-y5+y6-y7: + extension_part(s,ss); extension_part(tt,t); + fi + + pickup prevpen; + + enddef; + +enddef; + diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0002.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0002.mp new file mode 100644 index 00000000000..a554e467478 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0002.mp @@ -0,0 +1,326 @@ +%% tgbx0000.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_Biggbrace (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__tgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__tgbxww " & "(expr apth) " & + "text text_ = " & + + "save u, designsize, curve, stem, hair, rule_thickness, eps, fine, " & + "fudge;" & + + "u# := " & decimal u# & ";" & + "designsize := " & decimal designsize & ";" & + "curve# := " & decimal curve# & ";" & + "stem# := " & decimal stem# & ";" & + "hair# := " & decimal hair# & ";" & + "rule_thickness# := " & decimal rule_thickness# & ";" & + "eps := " & decimal eps & ";" & + "fine# := " & decimal fine# & ";" & + "fudge := " & decimal fudge & ";" & + + % Time for middle piece + + "save st; numeric st; " & + "if unknown " & cmdname & "_middle_time:" & + " st := arctime (arclength apth)/2 of apth;" & + "else: st:=" & cmdname & "_middle_time; fi") + + save prevpen; + prevpen:=savepen; + + save w; numeric w; w:=11.5u#; + save h; numeric h; h:=rule_thickness#; + save dh; numeric dh; dh:=0.6designsize; + save dw; numeric dw; dw:=curve#-stem#; + save d; numeric d; d :=5dh-rule_thickness#; + save bold; numeric bold; bold:=curve#; + save min_breadth; numeric min_breadth; + min_breadth:=rule_thickness#+.4dw; + save max_breadth; numeric max_breadth; + max_breadth:=bold+dw; + + save x,y; + numeric x[],x[]',x[]l,x[]'l,x[]r,x[]'r, + y[],y[]',y[]l,y[]'l,y[]r,y[]'r; + + if fine#>fudge*hair#: + fine#:=fudge*hair#; + fi + pickup if fine#=0: nullpen else: pencircle scaled fine# fi; + + forsuffixes $ = 1,1',4,4',7,7': penpos$(min_breadth,0); endfor + forsuffixes $ = 2,3,5,6: penpos$(max_breadth,0); endfor + x2=x3=x5=x6; x1=x1'=x7=x7'=w-x4=w-x4'; + lft x4l=1.5u#-.5min_breadth; lft x2l=.5w-.5max_breadth; + top y1=h; bot y7=1-d; .5[y4,y4']=.5[y1,y7]=.5[y2,y6]=.5[y3,y5]; + y1-y2=y3-y4=(y1-y4)/4; + y1-y1'=y4-y4'=y7'-y7=min_breadth-fine#; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % The bottom part of the brace + + save bottom_part; + vardef bottom_part(expr T) = + filldraw (z6l{down}...{3(x7l-x6l),y7-y6}z7l + --z7r--z7'r{3(x6r-x7r),y6-y7'}...{up}z6r--z6l & cycle) + transformed T text_; + enddef; + + save f; + vardef f(expr s) = + abs(point 0 of apth - (point s of apth + abs(x7-x6) + *(unitvector (direction s of apth) rotated 90))) + < abs(z7 - z6) + enddef; + + save tolerence; tolerence := epsilon; + save s; numeric s; + + save T; transform T; % transform for the bottom part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z7r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(z6l, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z6r, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z7r, + point 0 of apth); + else: + s := solve f(0,length apth); + T := mapto(z6l, + point s of apth + +abs(x7r-x6l) + *(unitvector (direction s of apth) rotated 90), + z6r, + point s of apth + +abs(x7r-x6r) + *(unitvector (direction s of apth) rotated 90), + z7r, + point 0 of apth); + fi + bottom_part(T); + + % The top part of the brace + + save top_part; + vardef top_part(expr T) = + filldraw (z1l{3(x2l-x1l),y2-y1}...{down}z2l + --z2r{up}...{3(x1r-x2r),y1'-y2}z1'r--z1r--cycle) + transformed T text_; + enddef; + + save g; + vardef g(expr t) = + abs(point (length apth) of apth + - (point t of apth + abs(x1r-x2) + *(unitvector (direction t of apth) rotated 90))) + < abs(z1r-z2) + enddef; + + save t; numeric t; + + transform T; % transform the top part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z1r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T := mapto(z2l, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z2r, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z1r, + point (length apth) of apth); + else: + t := solve g(length apth,0); + T := mapto(z2l, + point t of apth + +abs(x1r-x2l) + *(unitvector (direction t of apth) rotated 90), + z2r, + point t of apth + +abs(x1r-x2r) + *(unitvector (direction t of apth) rotated 90), + z1r, + point (length apth) of apth); + fi + top_part(T); + + % The lower part of the middle piece + + save middle_part_bottom; + vardef middle_part_bottom(expr T) = + (.5[z4r,z4'r]{3(x5r-x4r),y5-.5[y4,y4']}...{down}z5r + --z5l{up}...{3(x4l-x5l),y4'-y5}z4'l) transformed T + enddef; + + save ff; + vardef ff(expr ss) = + abs(point st of apth + +abs(x7r-x4)*(unitvector (direction st of apth) rotated 90) + -(point ss of apth + abs(x7r-x5) + *(unitvector (direction ss of apth) rotated 90))) + > abs(z4-z5) + enddef; + + save ss; numeric ss; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4'l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5l, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5r, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + ss := solve ff(0,st); + T:=mapto(.5[z4r,z4'r], + point st of apth + +abs(x1r-.5[x4r,x4'r]) + *(unitvector (direction st of apth) rotated 90), + z5l, + point ss of apth + +abs(x1r-x5l) + *(unitvector (direction ss of apth) rotated 90), + z5r, + point ss of apth + +abs(x1r-x5r) + *(unitvector (direction ss of apth) rotated 90)); + fi + + save pb; path pb; + pb:=middle_part_bottom(T); + + % The upper part of the middle piece + + save middle_part_top; + vardef middle_part_top(expr T) = + (z4l{3(x3l-x4l),y3-y4}...{up}z3l--z3r{down} + ...{3(x4r-x3r),.5[y4,y4']-y3}.5[z4r,z4'r]) transformed T + enddef; + + save gg; + vardef gg(expr tt) = + abs(point st of apth + +abs(x1r-x4)*(unitvector (direction st of apth) rotated 90) + -(point tt of apth + abs(x1r-x3) + *(unitvector (direction tt of apth) rotated 90))) + > abs(z3-z4) + enddef; + + save tt; numeric tt; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3l, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3r, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + tt := solve gg(length apth, st); + T := mapto(.5[z4r,z4'r], + point st of apth + +abs(x1r-.5[x4r,x4'r]) + *(unitvector (direction st of apth) rotated 90), + z3l, + point tt of apth + +abs(x1r-x3l) + *(unitvector (direction tt of apth) rotated 90), + z3r, + point tt of apth + +abs(x1r-x3r) + *(unitvector (direction tt of apth) rotated 90)); + fi + + save ptt; path ptt; + ptt:=middle_part_top(T); + + filldraw pb--ptt--cycle text_; + + % The extension parts + + save extension_part, stp; + vardef extension_part(expr ss,tt) = + numeric stp; stp:=(ss-tt) div 5pt; + if stp=0: stp:=1; fi + stp:=(ss-tt)/stp; + + pickup pencircle scaled (x5r-x5l+fine#); + + if stp>0: + draw for uu=ss step stp until tt-stp: + point uu of apth + abs(x1r-x6) + *(unitvector (direction uu of apth) rotated 90) + {direction uu of apth} .. + endfor + {direction tt of apth} + point tt of apth + abs(x1r-x6) + *(unitvector (direction tt of apth) rotated 90) text_; + fi + enddef; + + if arclength apth > y1-y2+y3-y5+y6-y7: + extension_part(s,ss); extension_part(tt,t); + fi + + pickup prevpen; + + enddef; + +enddef; + diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0003.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0003.mp new file mode 100644 index 00000000000..92ca1954130 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0003.mp @@ -0,0 +1,325 @@ +%% tgbx0003.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_bigbrace (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__tgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__tgbxww " & "(expr apth) " & + "text text_ = " & + + "save u, designsize, curve, stem, hair, rule_thickness, eps, fine, " & + "fudge;" & + + "u# := " & decimal u# & ";" & + "designsize := " & decimal designsize & ";" & + "curve# := " & decimal curve# & ";" & + "stem# := " & decimal stem# & ";" & + "hair# := " & decimal hair# & ";" & + "rule_thickness# := " & decimal rule_thickness# & ";" & + "eps := " & decimal eps & ";" & + "fine# := " & decimal fine# & ";" & + "fudge := " & decimal fudge & ";" & + + % Time for middle piece + + "save st; numeric st;" & + "if unknown " & cmdname & "_middle_time:" & + " st := arctime (arclength apth)/2 of apth;" & + "else: st:=" & cmdname & "_middle_time; fi") + + save prevpen; + prevpen:=savepen; + + save w; numeric w; w:=9u#; + save h; numeric h; h:=rule_thickness#; + save dh; numeric dh; dh:=0.6designsize; + save dw; numeric dw; dw:=curve#-stem#; + save d; numeric d; d :=2dh-rule_thickness#; + save min_breadth; numeric min_breadth; + min_breadth:=hair#; + save max_breadth; numeric max_breadth; + max_breadth:=stem#; + + save x,y; + numeric x[],x[]',x[]l,x[]'l,x[]r,x[]'r, + y[],y[]',y[]l,y[]'l,y[]r,y[]'r; + + if fine#>fudge*hair#: + fine# := fudge*hair#; + fi + pickup if fine#=0: nullpen else: pencircle scaled fine# fi; + + forsuffixes $ = 1,1',4,4',7,7': penpos$(min_breadth,0); endfor + forsuffixes $ = 2,3,5,6: penpos$(max_breadth,0); endfor + x2=x3=x5=x6; x1=x1'=x7=x7'=w-x4=w-x4'; + lft x4l=1.5u#-.5min_breadth; lft x2l=.5w-.5max_breadth; + top y1=h; bot y7=1-d; .5[y4,y4']=.5[y1,y7]=.5[y2,y6]=.5[y3,y5]; + y1-y2=y3-y4=(y1-y4)/4; + y1-y1'=y4-y4'=y7'-y7=min_breadth-fine#; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % The bottom part of the brace + + save bottom_part; + vardef bottom_part(expr T) = + filldraw (z6l{down}...{3(x7l-x6l),y7-y6}z7l + --z7r--z7'r{3(x6r-x7r),y6-y7'}...{up}z6r--z6l & cycle) + transformed T text_; + enddef; + + save f; + vardef f(expr s) = + abs(point 0 of apth - (point s of apth + abs(x7-x6) + *(unitvector (direction s of apth) rotated 90))) + < abs(z7 - z6) + enddef; + + save tolerence; tolerence := epsilon; + save s; numeric s; + + save T; transform T; % transform for the bottom part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z7r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(z6l, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z6r, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z7r, + point 0 of apth); + else: + s := solve f(0,length apth); + T := mapto(z6l, + point s of apth + +abs(x7r-x6l) + *(unitvector (direction s of apth) rotated 90), + z6r, + point s of apth + +abs(x7r-x6r) + *(unitvector (direction s of apth) rotated 90), + z7r, + point 0 of apth); + fi + bottom_part(T); + + % The top part of the brace + + save top_part; + vardef top_part(expr T) = + filldraw (z1l{3(x2l-x1l),y2-y1}...{down}z2l + --z2r{up}...{3(x1r-x2r),y1'-y2}z1'r--z1r--cycle) + transformed T text_; + enddef; + + save g; + vardef g(expr t) = + abs(point (length apth) of apth + - (point t of apth + abs(x1r-x2) + *(unitvector (direction t of apth) rotated 90))) + < abs(z1r-z2) + enddef; + + save t; numeric t; + + transform T; % transform the top part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z1r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T := mapto(z2l, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z2r, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z1r, + point (length apth) of apth); + else: + t := solve g(length apth,0); + T := mapto(z2l, + point t of apth + +abs(x1r-x2l) + *(unitvector (direction t of apth) rotated 90), + z2r, + point t of apth + +abs(x1r-x2r) + *(unitvector (direction t of apth) rotated 90), + z1r, + point (length apth) of apth); + fi + top_part(T); + + % The lower part of the middle piece + + save middle_part_bottom; + vardef middle_part_bottom(expr T) = + (.5[z4r,z4'r]{3(x5r-x4r),y5-.5[y4,y4']}...{down}z5r + --z5l{up}...{3(x4l-x5l),y4'-y5}z4'l) transformed T + enddef; + + save ff; + vardef ff(expr ss) = + abs(point st of apth + +abs(x7r-x4)*(unitvector (direction st of apth) rotated 90) + -(point ss of apth + abs(x7r-x5) + *(unitvector (direction ss of apth) rotated 90))) + > abs(z4-z5) + enddef; + + save ss; numeric ss; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4'l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5l, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5r, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + ss := solve ff(0,st); + T:=mapto(.5[z4r,z4'r], + point st of apth + +abs(x1r-.5[x4r,x4'r]) + *(unitvector (direction st of apth) rotated 90), + z5l, + point ss of apth + +abs(x1r-x5l) + *(unitvector (direction ss of apth) rotated 90), + z5r, + point ss of apth + +abs(x1r-x5r) + *(unitvector (direction ss of apth) rotated 90)); + fi + + save pb; path pb; + pb:=middle_part_bottom(T); + + % The upper part of the middle piece + + save middle_part_top; + vardef middle_part_top(expr T) = + (z4l{3(x3l-x4l),y3-y4}...{up}z3l--z3r{down} + ...{3(x4r-x3r),.5[y4,y4']-y3}.5[z4r,z4'r]) transformed T + enddef; + + save gg; + vardef gg(expr tt) = + abs(point st of apth + +abs(x1r-x4)*(unitvector (direction st of apth) rotated 90) + -(point tt of apth + abs(x1r-x3) + *(unitvector (direction tt of apth) rotated 90))) + > abs(z3-z4) + enddef; + + save tt; numeric tt; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3l, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3r, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + tt := solve gg(length apth, st); + T := mapto(.5[z4r,z4'r], + point st of apth + +abs(x1r-.5[x4r,x4'r]) + *(unitvector (direction st of apth) rotated 90), + z3l, + point tt of apth + +abs(x1r-x3l) + *(unitvector (direction tt of apth) rotated 90), + z3r, + point tt of apth + +abs(x1r-x3r) + *(unitvector (direction tt of apth) rotated 90)); + fi + + save ptt; path ptt; + ptt:=middle_part_top(T); + + filldraw pb--ptt--cycle text_; + + % The extension parts + + save extension_part, stp; + vardef extension_part(expr ss,tt) = + numeric stp; stp:=(ss-tt) div 5pt; + if stp=0: stp:=1; fi + stp:=(ss-tt)/stp; + + pickup pencircle scaled (x5r-x5l+fine#); + + if stp > 0: + draw for uu=ss step stp until tt-stp: + point uu of apth + abs(x1r-x6) + *(unitvector (direction uu of apth) rotated 90) + {direction uu of apth} .. + endfor + {direction tt of apth} + point tt of apth + abs(x1r-x6) + *(unitvector (direction tt of apth) rotated 90) text_; + fi + enddef; + + if arclength apth > y1-y2+y3-y5+y6-y7: + extension_part(s,ss); extension_part(tt,t); + fi + + pickup prevpen; + + enddef; + +enddef; + diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0004.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0004.mp new file mode 100644 index 00000000000..ec0b4d7d700 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0004.mp @@ -0,0 +1,325 @@ +%% tgbx0004.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_biggbrace (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__tgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__tgbxww " & "(expr apth) " & + "text text_ = " & + + "save u, designsize, curve, stem, hair, rule_thickness, eps, fine, " & + "fudge;" & + + "u# := " & decimal u# & ";" & + "designsize := " & decimal designsize & ";" & + "curve# := " & decimal curve# & ";" & + "stem# := " & decimal stem# & ";" & + "hair# := " & decimal hair# & ";" & + "rule_thickness# := " & decimal rule_thickness# & ";" & + "eps := " & decimal eps & ";" & + "fine# := " & decimal fine# & ";" & + "fudge := " & decimal fudge & ";" & + + % Time for middle piece + + "save st; numeric st;" & + "if unknown " & cmdname & "_middle_time:" & + " st := arctime (arclength apth)/2 of apth;" & + "else: st:=" & cmdname & "_middle_time; fi") + + save prevpen; + prevpen:=savepen; + + save w; numeric w; w:=11u#; + save h; numeric h; h:=rule_thickness#; + save dh; numeric dh; dh:=0.6designsize; + save dw; numeric dw; dw:=curve#-stem#; + save d; numeric d; d :=4dh-rule_thickness#; + save bold; numeric bold; bold:=curve#; + save min_breadth; numeric min_breadth; + min_breadth:=rule_thickness#+.2dw; + save max_breadth; numeric max_breadth; + max_breadth:=bold; + + save x,y; + numeric x[],x[]',x[]l,x[]'l,x[]r,x[]'r, + y[],y[]',y[]l,y[]'l,y[]r,y[]'r; + + if fine#>fudge*hair#: + fine#:=fudge*hair#; + fi + pickup if fine#=0: nullpen else: pencircle scaled fine# fi; + + forsuffixes $ = 1,1',4,4',7,7': penpos$(min_breadth,0); endfor + forsuffixes $ = 2,3,5,6: penpos$(max_breadth,0); endfor + x2=x3=x5=x6; x1=x1'=x7=x7'=w-x4=w-x4'; + lft x4l=1.5u#-.5min_breadth; lft x2l=.5w-.5max_breadth; + top y1=h; bot y7=1-d; .5[y4,y4']=.5[y1,y7]=.5[y2,y6]=.5[y3,y5]; + y1-y2=y3-y4=(y1-y4)/4; + y1-y1'=y4-y4'=y7'-y7=min_breadth-fine#; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % The bottom part of the brace + + save bottom_part; + vardef bottom_part(expr T) = + filldraw (z6l{down}...{3(x7l-x6l),y7-y6}z7l + --z7r--z7'r{3(x6r-x7r),y6-y7'}...{up}z6r--z6l & cycle) + transformed T text_; + enddef; + + save f; + vardef f(expr s) = + abs(point 0 of apth - (point s of apth + abs(x7-x6) + *(unitvector (direction s of apth) rotated 90))) + < abs(z7 - z6) + enddef; + + save tolerence; tolerence := epsilon; + save s; numeric s; + + save T; transform T; % transform for the bottom part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z7r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(z6l, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z6r, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z7r, + point 0 of apth); + else: + s := solve f(0,length apth); + T := mapto(z6l, + point s of apth + +abs(x7r-x6l) + *(unitvector (direction s of apth) rotated 90), + z6r, + point s of apth + +abs(x7r-x6r) + *(unitvector (direction s of apth) rotated 90), + z7r, + point 0 of apth); + fi + bottom_part(T); + + % The top part of the brace + + save top_part; + vardef top_part(expr T) = + filldraw (z1l{3(x2l-x1l),y2-y1}...{down}z2l + --z2r{up}...{3(x1r-x2r),y1'-y2}z1'r--z1r--cycle) + transformed T text_; + enddef; + + save g; + vardef g(expr t) = + abs(point (length apth) of apth + - (point t of apth + abs(x1r-x2) + *(unitvector (direction t of apth) rotated 90))) + < abs(z1r-z2) + enddef; + + save t; numeric t; + + transform T; % transform the top part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z1r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T := mapto(z2l, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z2r, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z1r, + point (length apth) of apth); + else: + t := solve g(length apth,0); + T := mapto(z2l, + point t of apth + +abs(x1r-x2l) + *(unitvector (direction t of apth) rotated 90), + z2r, + point t of apth + +abs(x1r-x2r) + *(unitvector (direction t of apth) rotated 90), + z1r, + point (length apth) of apth); + fi + top_part(T); + + % The lower part of the middle piece + + save middle_part_bottom; + vardef middle_part_bottom(expr T) = + (.5[z4r,z4'r]{3(x5r-x4r),y5-.5[y4,y4']}...{down}z5r + --z5l{up}...{3(x4l-x5l),y4'-y5}z4'l) transformed T + enddef; + + save ff; + vardef ff(expr ss) = + abs(point st of apth + +abs(x7r-x4)*(unitvector (direction st of apth) rotated 90) + -(point ss of apth + abs(x7r-x5) + *(unitvector (direction ss of apth) rotated 90))) + > abs(z4-z5) + enddef; + + save ss; numeric ss; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4'l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5l, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5r, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + ss := solve ff(0,st); + T:=mapto(.5[z4r,z4'r], + point st of apth + +abs(x1r-.5[x4r,x4'r]) + *(unitvector (direction st of apth) rotated 90), + z5l, + point ss of apth + +abs(x1r-x5l) + *(unitvector (direction ss of apth) rotated 90), + z5r, + point ss of apth + +abs(x1r-x5r) + *(unitvector (direction ss of apth) rotated 90)); + fi + + save pb; path pb; + pb:=middle_part_bottom(T); + + % The upper part of the middle piece + + save middle_part_top; + vardef middle_part_top(expr T) = + (z4l{3(x3l-x4l),y3-y4}...{up}z3l--z3r{down} + ...{3(x4r-x3r),.5[y4,y4']-y3}.5[z4r,z4'r]) transformed T + enddef; + + save gg; + vardef gg(expr tt) = + abs(point st of apth + +abs(x1r-x4)*(unitvector (direction st of apth) rotated 90) + -(point tt of apth + abs(x1r-x3) + *(unitvector (direction tt of apth) rotated 90))) + > abs(z3-z4) + enddef; + + save tt; numeric tt; + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3l, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3r, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + tt := solve gg(length apth, st); + T := mapto(.5[z4r,z4'r], + point st of apth + +abs(x1r-.5[x4r,x4'r]) + *(unitvector (direction st of apth) rotated 90), + z3l, + point tt of apth + +abs(x1r-x3l) + *(unitvector (direction tt of apth) rotated 90), + z3r, + point tt of apth + +abs(x1r-x3r) + *(unitvector (direction tt of apth) rotated 90)); + fi + + save ptt; path ptt; + ptt:=middle_part_top(T); + + filldraw pb--ptt--cycle text_; + + % The extension parts + + save extension_part, stp; + vardef extension_part(expr ss,tt) = + numeric stp; stp:=(ss-tt) div 5pt; + if stp=0: stp:=1; fi + stp:=(ss-tt)/stp; + + pickup pencircle scaled (x5r-x5l+fine#); + + if stp > 0: + draw for uu=ss step stp until tt-stp: + point uu of apth + abs(x1r-x6) + *(unitvector (direction uu of apth) rotated 90) + {direction uu of apth} .. + endfor + {direction tt of apth} + point tt of apth + abs(x1r-x6) + *(unitvector (direction tt of apth) rotated 90) text_; + fi + enddef; + + if arclength apth > y1-y2+y3-y5+y6-y7: + extension_part(s,ss); extension_part(tt,t); + fi + + pickup prevpen; + + enddef; + +enddef; + diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0005.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0005.mp new file mode 100644 index 00000000000..6e5c14634c7 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0005.mp @@ -0,0 +1,336 @@ +%% tgbx0005.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_extensiblebrace (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__tgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__tgbxww " & "(expr apth) " & + "text text_ = " & + + "save u, designsize, curve, stem, hair, rule_thickness, eps, fine, " & + "fudge;" & + + "u# := " & decimal u# & ";" & + "designsize := " & decimal designsize & ";" & + "curve# := " & decimal curve# & ";" & + "stem# := " & decimal stem# & ";" & + "hair# := " & decimal hair# & ";" & + "rule_thickness# := " & decimal rule_thickness# & ";" & + "eps := " & decimal eps & ";" & + "fine# := " & decimal fine# & ";" & + "fudge := " & decimal fudge & ";" & + + % Time for middle piece + + "save st; numeric st;" & + "if unknown " & cmdname & "_middle_time:" & + " st := arctime (arclength apth)/2 of apth;" & + "else: st:=" & cmdname & "_middle_time; fi") + + save prevpen; + prevpen:=savepen; + + save w; numeric w; w :=12u#; + save h; numeric h; h :=0; + save dh; numeric dh; dh:=0.6designsize; + save dw; numeric dw; dw:=curve#-stem#; + save d; numeric d; d :=1.5dh; + save min_breadth; numeric min_breadth#; + min_breadth#:=rule_thickness#+0.6dw; + save heavy_rule_thickness; numeric heavy_rule_thickness#; + heavy_rule_thickness#:=3rule_thickness#; + + save x,y; + numeric x[],x[]',x[]l,x[]'l,x[]r,x[]'r, + y[],y[]',y[]l,y[]'l,y[]r,y[]'r; + + if fine#>fudge*hair#: + fine#:=fudge*hair#; + fi + pickup if fine#=0: nullpen else: pencircle scaled fine# fi; + + penpos7(min_breadth#,0); penpos7'(min_breadth#,0); + penpos6(heavy_rule_thickness#,0); + rt x7r = rt x7'r = w-1.5u#+.5min_breadth#; + lft x6l = .5w-.5heavy_rule_thickness#; + bot y7 = -d; y6 = .5[h+eps,y7]; y7'-y7 = min_breadth#-fine#; + + penpos1(min_breadth#,0); penpos1'(min_breadth#,0); + penpos2(heavy_rule_thickness#,0); + rt x1r = rt x1'r = w-1.5u#+.5min_breadth#; + lft x2 = .5w; + top y1 = h; y2 = .5[y1,-d-eps]; y1-y1' = min_breadth#-fine#; + + penpos4'(min_breadth#,0); penpos4(min_breadth#,0); + penpos5(heavy_rule_thickness#,0); + penpos3(heavy_rule_thickness#,0); + lft x4l=lft x4'l=1.5u#-.5min_breadth#; + lft x5l=.5w-.5heavy_rule_thickness#; + y4'-y5=(h+2d+2eps)/4; + y4-y4'=min_breadth#-fine#; y4=0; + lft x3l = .5w-.5heavy_rule_thickness#; + y3-y4 = (h+2d+2eps)/4; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % The bottom part of the brace + + save bottom_part; + vardef bottom_part(expr T) = + filldraw (z6l{down}...{3(x7l-x6l),y7-y6}z7l + --z7r--z7'r{3(x6r-x7r),y6-y7'}...{up}z6r--z6l & cycle) + transformed T text_; + enddef; + + save f; + vardef f(expr s) = + abs(point 0 of apth - (point s of apth + (.5w-1.5u#+.5min_breadth#) + *(unitvector (direction s of apth) rotated 90))) + < ((d/2) ++ (.5w-1.5u#+.5min_breadth#)) + enddef; + + save tolerence; tolerence := epsilon; + save s; numeric s; + + save T; transform T; % transform for the bottom part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z7r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(z6l, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z6r, + .25[point 0 of apth, point (length apth) of apth]+ + +abs(x7r-x6r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z7r, + point 0 of apth); + else: + s := solve f(0,length apth); + T := mapto(z6l, + point s of apth + +(.5w-1.5u#+.5min_breadth#+.5heavy_rule_thickness#) + *(unitvector (direction s of apth) rotated 90), + z6r, + point s of apth + +(.5w-1.5u#+.5min_breadth#-.5heavy_rule_thickness#) + *(unitvector (direction s of apth) rotated 90), + z7r, + point 0 of apth); + fi + bottom_part(T); + + % The top part of the brace + + save top_part; + vardef top_part(expr T) = + filldraw (z1l{3(x2l-x1l),y2-y1}...{down}z2l + --z2r{up}...{3(x1r-x2r),y1'-y2}z1'r--z1r--cycle) + transformed T text_; + enddef; + + save g; + vardef g(expr t) = + abs(point (length apth) of apth + - (point t of apth + (.5w-1.5u#+.5min_breadth#) + *(unitvector (direction t of apth) rotated 90))) + < ((d/2) ++ (.5w-1.5u#+.5min_breadth#)) + enddef; + + save t; numeric t; + + transform T; % transform the top part + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z1r); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T := mapto(z2l, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z2r, + .75[point 0 of apth, point (length apth) of apth] + + abs(x1r-x2r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z1r, + point (length apth) of apth); + else: + t := solve g(length apth,0); + T := mapto(z2l, + point t of apth + +(.5w-1.5u#+.5min_breadth#+.5heavy_rule_thickness#) + *(unitvector (direction t of apth) rotated 90), + z2r, + point t of apth + +(.5w-1.5u#+.5min_breadth#-.5heavy_rule_thickness#) + *(unitvector (direction t of apth) rotated 90), + z1r, + point (length apth) of apth); + fi + top_part(T); + + % The lower part of the middle piece + + save middle_part_bottom; + vardef middle_part_bottom(expr T) = + (.5[z4r,z4'r]{3(x5r-x4r),y5-.5[y4,y4']}...{down}z5r + --z5l{up}...{3(x4l-x5l),y4'-y5}z4'l) transformed T + enddef; + + save ff; + vardef ff(expr ss) = + abs(point st of apth + +(w-3u#)*(unitvector (direction st of apth) rotated 90) + -(point ss of apth + (.5w-1.5u#+.5min_breadth#) + *(unitvector (direction ss of apth) rotated 90))) + > ((h+2d+2eps)/4+(min_breadth#-fine#)/2) ++ (.5w-1.5u#-.5min_breadth#) + enddef; + + save ss; numeric ss; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4'l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5l, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z5r, + .25[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x5r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + ss := solve ff(0,st); + T:=mapto(.5[z4r,z4'r], + point st of apth + +(w-3u#)*(unitvector (direction st of apth) rotated 90), + z5l, + point ss of apth + +(.5w-1.5u#+.5min_breadth#+.5heavy_rule_thickness#) + *(unitvector (direction ss of apth) rotated 90), + z5r, + point ss of apth + +(.5w-1.5u#+.5min_breadth#-.5heavy_rule_thickness#) + *(unitvector (direction ss of apth) rotated 90)); + fi + + save pb; path pb; + pb:=middle_part_bottom(T); + + % The upper part of the middle piece + + save middle_part_top; + vardef middle_part_top(expr T) = + (z4l{3(x3l-x4l),y3-y4}...{up}z3l--z3r{down} + ...{3(x4r-x3r),.5[y4,y4']-y3}.5[z4r,z4'r]) transformed T + enddef; + + save gg; + vardef gg(expr tt) = + abs(point st of apth + +(w-3u#)*(unitvector (direction st of apth) rotated 90) + -(point tt of apth + (.5w-1.5u#+.5min_breadth#) + *(unitvector (direction tt of apth) rotated 90))) + > ((h+2d+2eps)/4+(min_breadth#-fine#)/2) ++ (.5w-1.5u#-.5min_breadth#) + enddef; + + save tt; numeric tt; + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z4l); + elseif arclength apth < y1-y2+y3-y5+y6-y7: + T:=mapto(.5[z4r,z4'r], + .5[point 0 of apth, point (length apth) of apth]+ + abs(x1r-.5[x4r,x4'r]) + *(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3l, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3r, + .75[point 0 of apth, point (length apth) of apth]+ + abs(x1r-x3r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90)); + else: + tt := solve gg(length apth, st); + T := mapto(.5[z4r,z4'r], + point st of apth + +(w-3u#)*(unitvector (direction st of apth) rotated 90), + z3l, + point tt of apth + +(.5w-1.5u#+.5min_breadth#+.5heavy_rule_thickness#) + *(unitvector (direction tt of apth) rotated 90), + z3r, + point tt of apth + +(.5w-1.5u#+.5min_breadth#-.5heavy_rule_thickness#) + *(unitvector (direction tt of apth) rotated 90)); + fi + + save ptt; path ptt; + ptt:=middle_part_top(T); + + filldraw pb--ptt--cycle text_; + + % The extension parts + + save extension_part; + vardef extension_part(expr ss,tt) = + numeric stp; stp:=(ss-tt) div 5pt; + if stp=0: stp:=1; fi + stp:=(ss-tt)/stp; + + pickup pencircle scaled (heavy_rule_thickness#+fine#); + + if stp>0: + draw for uu=ss step stp until tt-stp: + point uu of apth + (.5w-1.5u#+.5min_breadth#) + *(unitvector (direction uu of apth) rotated 90) + {direction uu of apth} .. + endfor + {direction tt of apth} + point tt of apth + (.5w-1.5u#+.5min_breadth#) + *(unitvector (direction tt of apth) rotated 90) text_; + fi + enddef; + + if arclength apth > y1-y2+y3-y5+y6-y7: + extension_part(s,ss); extension_part(tt,t); + fi + + pickup prevpen; + + enddef; + +enddef; diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0006.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0006.mp new file mode 100644 index 00000000000..fb135522d85 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0006.mp @@ -0,0 +1,179 @@ +%% tgbx0006.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_parallelarrows (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__tgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__tgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, fudge, crisp, hair;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(bar#, 0); penpos4(bar#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.24asc_height#+eps; + x3=x4=x0-3u#-eps; + penpos5(bar#, angle(z4-z0)); z5l=z0; + penpos6(bar#, angle(z3-z0)); z6l=z0; + z9=.381966[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + save texarrowhead; + vardef texarrowhead(expr T) = + filldraw (z0..{z4-z9}z4r--subpath(0,t) of pp + --z2l--z2r--subpath(t,0) of (z3l{z9-z3}..z5r) + --z3r{z9-z3}..z0 & cycle) transformed T text_; + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save tt; numeric tt; tt = arctime(arclength apth - (x0-x3l)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + + save parallelline; + vardef parallelline expr ppp = + save s, stp; + numeric s, stp; stp:=(arclength ppp) div 5pt; + if stp=0: stp:=1; fi + stp:=(arclength ppp)/stp; + + if stp>0: + draw for s=0 step stp until arclength ppp - stp: + point (arctime s of ppp) of ppp + + (.24asc_height#+eps)*(unitvector direction (arctime s of ppp) + of ppp rotated 90) + {direction (arctime s of ppp) of ppp}.. + endfor + {direction (length ppp) of ppp} + point (length ppp) of ppp + + (.24asc_height#+eps)*(unitvector direction (length ppp) + of ppp rotated 90) + withpen pencircle scaled rule_thickness# text_; + + draw for s=0 step stp until arclength ppp - stp: + point (arctime s of ppp) of ppp - + (.24asc_height#+eps)*(unitvector direction (arctime s of ppp) + of ppp rotated 90) + {direction (arctime s of ppp) of ppp}.. + endfor + {direction (length ppp) of ppp} + point (length ppp) of ppp - + (.24asc_height#+eps)*(unitvector direction (length ppp) + of ppp rotated 90) + withpen pencircle scaled rule_thickness# text_; + fi + enddef; + + if arclength apth > x0-x2: parallelline subpath(0,ttt) of apth; fi + + save T; transform T; + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0) + shifted (0,.24asc_height#+eps); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0) + shifted ((.24asc_height#+eps)* + (unitvector (direction (length apth) of apth) rotated 90)); + else: + T:=mapto(z0, + point (length apth) of apth + + (.24asc_height#+eps)* + (unitvector (direction (length apth) of apth) rotated 90), + z2, + point ttt of apth + + (.24asc_height#+eps)* + (unitvector (direction (length apth) of apth) rotated 90), + z3l, + point tt of apth); + fi + texarrowhead(T); + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0) + shifted (0,-.24asc_height#+eps); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0) + shifted ((.24asc_height#+eps)* + (unitvector (direction (length apth) of apth) rotated -90)); + else: + T:=mapto(z0, + point (length apth) of apth - + (.24asc_height#+eps)* + (unitvector (direction (length apth) of apth) rotated 90), + z2, + point ttt of apth - + (.24asc_height#+eps)* + (unitvector (direction (length apth) of apth) rotated 90), + z4l, + point tt of apth); + fi + texarrowhead(T); + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0007.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0007.mp new file mode 100644 index 00000000000..27218cfff5a --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0007.mp @@ -0,0 +1,140 @@ +%% tgbx0007.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_twoheadarrow (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__tgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__tgbxww " & "(expr apth) " & + "text text_ = " & + + "save math_spread, x_height, u, rule_thickness, bar, math_axis," & + " asc_height, eps, fudge, crisp, hair;" & + + "math_spread :=" & decimal math_spread & ";" & + "x_height# :=" & decimal x_height# & ";" & + "u# :=" & decimal u# & ";" & + "rule_thickness# :=" & decimal rule_thickness# & ";" & + "bar# :=" & decimal bar# & ";" & + "math_axis# :=" & decimal math_axis# & ";" & + "asc_height# :=" & decimal asc_height# & ";" & + "eps :=" & decimal eps & ";" & + "fudge :=" & decimal fudge & ";" & + "crisp# :=" & decimal crisp# & ";" & + "hair# :=" & decimal hair# & ";") + + save prevpen; + prevpen:=savepen; + + save x,y; + numeric x[], x[]', x[]l, x[]'l, x[]r, x[]'r, + y[], y[]', y[]l, y[]'l, y[]r, y[]'r; + save spread, w; + numeric spread, w; + + if crisp#>fudge*hair#: + crisp#:=fudge*hair#; + fi + pickup if crisp#=0: nullpen else: pencircle scaled crisp# fi; + + spread = math_spread[.45x_height#, .55x_height#]; + w = 18u#; + + penpos1(rule_thickness#, 90); penpos2(rule_thickness#, 90); + penpos3(bar#, 0); penpos4(bar#, 0); + y0=y1=y2=math_axis#; x1-.5rule_thickness#=u#; rt x0=w-u#; + y3-y0=y0-y4=.24asc_height#+eps; + x3=x4=x0-3u#-eps; + penpos5(bar#, angle(z4-z0)); z5l=z0; + penpos6(bar#, angle(z3-z0)); z6l=z0; + z9=.381966[.5[z3,z4],z0]; + + save pp; path pp; pp = z4l{z9-z4}..z6r; + save t; numeric t; t = xpart(pp intersectiontimes ((0,y2l)--(w,y2l))); + x2=xpart point t of pp; + + save texarrowhead; + vardef texarrowhead(expr T) = + filldraw (z0..{z4-z9}z4r--subpath(0,t) of pp + --z2l--z2r--subpath(t,0) of (z3l{z9-z3}..z5r) + --z3r{z9-z3}..z0 & cycle) transformed T text_; + enddef; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + save T; transform T; + save tt; numeric tt; tt = arctime(arclength apth - (x0-x9)) of apth; + save ttt; numeric ttt; ttt = arctime(arclength apth - (x0-x2)) of apth; + + if arclength apth > x0-x2: + draw subpath(0,ttt) of apth + withpen pencircle scaled rule_thickness# text_; + fi + + if arclength apth = 0: + T:=identity shifted (point (length apth) of apth - z0); + elseif arclength apth < x0-x3l: + T:=identity rotatedaround(z0,angle (direction (length apth) of apth)) + shifted (point (length apth) of apth - z0); + else: + T:=mapto(z0, + point (length apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness#* + (unitvector (direction tt of apth) rotated 90)); + fi + texarrowhead(T); + + tt :=arctime(arclength apth - (x0-x9) + (x3l-x0)) of apth; + ttt:=arctime(arclength apth - (x0-x2) + (x3l-x0)) of apth; + if arclength apth = 0: + T:=identity shifted (point 0 of apth - z0) + shifted (x3l-x0,0); + elseif arclength apth < x0-x3l+x0-x9: + T:=identity rotatedaround(z0,angle direction 0 of apth) + shifted ((x0-x3l)* + unitvector (point 0 of apth - point (length apth) of apth)) + shifted ((point (length apth) of apth) - z0); + else: + T:=mapto(z0, + point (arctime((arclength apth)+(x3l-x0)) of apth) of apth, + z2, + point ttt of apth, + z9+(0,3rule_thickness#), + point tt of apth + 3rule_thickness#* + (unitvector (direction tt of apth) rotated 90)); + fi + texarrowhead(T); + + pickup prevpen; + + enddef; + +enddef;
\ No newline at end of file diff --git a/Master/texmf-dist/metapost/cmarrows/tgbx0027.mp b/Master/texmf-dist/metapost/cmarrows/tgbx0027.mp new file mode 100644 index 00000000000..6e024dc85d5 --- /dev/null +++ b/Master/texmf-dist/metapost/cmarrows/tgbx0027.mp @@ -0,0 +1,216 @@ +%% tgbx0027.mp +%% Copyright 2006 Tommy Ekola <tek@kth.se> +% +% This work may be distributed and/or modified under the conditions of +% the LaTeX Project Public License, either version 1.3 of this license +% or (at your option) any later version. The latest version of this +% license is in http://www.latex-project.org/lppl.txt +% +% This work has the LPPL maintenance status `maintained'. The Current +% Maintainer of this work is Tommy Ekola. The Base Interpreter is +% MetaPost. + +vardef setup_paren (expr source_file, cmdname) = + + scantokens ("input tgbx0000"); + + scantokens ("input " & source_file); + + expandafter def scantokens cmdname expr p = + scantokens (cmdname & "__tgbxww")(p) + enddef; + + expandafter vardef scantokens (cmdname & "__tgbxww " & "(expr apth) " & + "text text_ = " & + + "save u, designsize, curve, stem, rule_thickness, eps, fine, " & + " fudge, hair;" & + + "u# := " & decimal u# & ";" & + "designsize := " & decimal designsize & ";" & + "curve# := " & decimal curve# & ";" & + "stem# := " & decimal stem# & ";" & + "rule_thickness# := " & decimal rule_thickness# & ";" & + "eps := " & decimal eps & ";" & + "fine# := " & decimal fine# & ";" & + "fudge := " & decimal fudge & ";" & + "hair# := " & decimal hair# & ";" & + + % Time for middle piece + + "save st; numeric st;" & + "if unknown " & cmdname & "_middle_time:" & + " st := arctime (arclength apth)/2 of apth;" & + "else: st:=" & cmdname & "_middle_time; fi") + + save prevpen; + prevpen:=savepen; + + save w; numeric w; w :=12u#; + save h; numeric h; h :=0; + save dh; numeric dh; dh:=0.6designsize; + save dw; numeric dw; dw:=curve#-stem#; + save d; numeric d; d :=1.5dh; + save bold; numeric bold; bold := curve#; + save min_breadth; numeric min_breadth; + min_breadth:=rule_thickness#+0.6dw; + save max_breadth; numeric max_breadth; + max_breadth:=bold+2dw; + save heavy_rule_thickness; numeric heavy_rule_thickness#; + heavy_rule_thickness#:=3rule_thickness#; + + save x,y; + numeric x[],x[]',x[]l,x[]'l,x[]r,x[]'r, + y[],y[]',y[]l,y[]'l,y[]r,y[]'r; + + if fine#>fudge*hair#: + fine# := fudge*hair#; + fi + pickup if fine#=0: nullpen else: pencircle scaled fine# fi; + + penpos3(min_breadth,0); penpos4(max_breadth,0); + rt x3r = w-1.25u#+0.5min_breadth; lft x4l = 1.25u#; + bot y3=-d; y4=h; + + penpos1(min_breadth,0); penpos2(max_breadth,0); + rt x1r = w-1.25u#+0.5min_breadth; lft x2l = 1.25u#; + top y1 = h; y2=-d; + + save mapto, n; + vardef mapto(text t) = + hide(numeric n; n:=0; + numeric x,x_[],y,y_[]; + for z=t: z_[incr n]:=z; endfor; + transform T; + z_2 = z_1 transformed T; + z_4 = z_3 transformed T; + z_6 = z_5 transformed T;) + T + enddef; + + % The bottom part of the parenthesis + + save bottom_part; + vardef bottom_part(expr T) = + filldraw (z3l{3(x4l-x3l),y4-y3}..{up}z4l + --reverse(z3r{3(x4r-x3r),y4-y3}..{up}z4r) + --cycle) transformed T text_; + enddef; + + save f; + vardef f(expr s) = + abs(point 0 of apth - (point s of apth + + (w-2.5u#+0.5min_breadth+0.5*max_breadth) + *(unitvector (direction s of apth) rotated 90))) + < ((h+d) ++ (w-2.5u#+0.5min_breadth+0.5*max_breadth)) + enddef; + + save tolerence; tolerence:=epsilon; + save s; numeric s; + + save T; transform T; % transform the bottom part + if arclength apth=0: + T := identity shifted (point (length apth) of apth - z3r); + elseif arclength apth < y1-y2+y4-y3: + T := mapto(z4l, + 0.5[point 0 of apth, point (length apth) of apth] + + abs(x3r-x4l)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z4r, + 0.5[point 0 of apth, point (length apth) of apth] + + abs(x3r-x4r)*(unitvector (point (length apth) of apth - + point 0 of apth) rotated 90), + z3r, + point 0 of apth); + else: + s := solve f(0,length apth); + T := mapto(z4l, + point s of apth + (w-2.5u#+0.5min_breadth+0.5max_breadth) + *(unitvector (direction s of apth) rotated 90), + z4r, + point s of apth + (w-2.5u#+0.5min_breadth-0.5max_breadth) + *(unitvector (direction s of apth) rotated 90), + z3r, + point 0 of apth); + fi; + + bottom_part(T); + + % The top part of the parenthesis + + save top_part; + vardef top_part(expr T) = + filldraw (z1l{3(x2l-x1l),y2-y1}..{down}z2l + --reverse(z1r{3(x2r-x1r),y2-y1}..{down}z2r) + --cycle) transformed T text_; + enddef; + + save g; + vardef g(expr t) = + abs(point (length apth) of apth - (point t of apth + + (w-2.5u#+0.5min_breadth+0.5max_breadth) + *(unitvector (direction s of apth) rotated 90))) + < ((h+d) ++ (w-2.5u#+0.5min_breadth+0.5max_breadth)) + enddef; + + save t; numeric t; + transform T; % transform the top part + if arclength apth = 0: + T := identity shifted (point (length apth) of apth - z1r); + elseif arclength apth < y1-y2+y4-y3: + T := mapto(z2l, + 0.5[point 0 of apth, point (length apth) of apth] + +abs(x1r-x2l)*(unitvector (point (length apth) of apth + - point 0 of apth) rotated 90), + z2r, + 0.5[point 0 of apth, point (length apth) of apth] + +abs(x1r-x2r)*(unitvector (point (length apth) of apth + - point 0 of apth) rotated 90), + z1r, + point (length apth) of apth); + else: + t := solve g(length apth, 0); + T := mapto(z2l, + point t of apth + (w-2.5u#+0.5min_breadth+0.5max_breadth) + *(unitvector (direction t of apth) rotated 90), + z2r, + point t of apth + (w-2.5u#+0.5min_breadth-0.5max_breadth) + *(unitvector (direction t of apth) rotated 90), + z1r, + point (length apth) of apth); + fi; + + top_part(T); + + % The extension part + + save extension_part; + vardef extension_part(expr ss,tt) = + numeric stp; stp:=(ss-tt) div 5pt; + if stp=0: stp:=1; fi + stp:=(ss-tt)/stp; + + pickup pencircle scaled heavy_rule_thickness#; + + if stp>0: + draw for uu=ss step stp until tt-stp: + point uu of apth + (w-2.5u#+.5min_breadth) + *(unitvector (direction uu of apth) rotated 90) + {direction uu of apth} .. + endfor + {direction tt of apth} + point tt of apth + (w-2.5u#+.5min_breadth) + *(unitvector (direction tt of apth) rotated 90) text_; + fi + enddef; + + if arclength apth > y1-y2+y4-y3: + extension_part(s,t); + fi + + pickup prevpen; + + enddef; + +enddef; +
\ No newline at end of file diff --git a/Master/texmf-dist/tpm/SIstyle.tpm b/Master/texmf-dist/tpm/SIstyle.tpm index 4d518b6ae52..5cda2d53e06 100644 --- a/Master/texmf-dist/tpm/SIstyle.tpm +++ b/Master/texmf-dist/tpm/SIstyle.tpm @@ -9,7 +9,7 @@ <TPM:Title>The SIstyle package.</TPM:Title> <TPM:Description></TPM:Description> <TPM:Author></TPM:Author> - <TPM:Size>1024507</TPM:Size> + <TPM:Size>1024508</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> <TPM:RunFiles size="13248"> diff --git a/Master/texmf-dist/tpm/arabi.tpm b/Master/texmf-dist/tpm/arabi.tpm index cfc12877aed..975af464e3f 100644 --- a/Master/texmf-dist/tpm/arabi.tpm +++ b/Master/texmf-dist/tpm/arabi.tpm @@ -3,16 +3,16 @@ <rdf:Description about="http://texlive.dante.de/texlive/Package/arabi.zip"> <TPM:Name>arabi</TPM:Name> <TPM:Type>Package</TPM:Type> - <TPM:Date>2006/12/20 01:35:19</TPM:Date> + <TPM:Date>2006/12/23 23:41:15</TPM:Date> <TPM:Version></TPM:Version> <TPM:Creator>karl</TPM:Creator> <TPM:Title>The arabi package.</TPM:Title> <TPM:Description></TPM:Description> <TPM:Author></TPM:Author> - <TPM:Size>9688177</TPM:Size> + <TPM:Size>9688223</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="3686156"> + <TPM:RunFiles size="3685295"> texmf-dist/fonts/afm/arabi/arabeyes/ae_almohanad_boldItalitalic.afm texmf-dist/fonts/afm/arabi/arabeyes/ae_almohanad_thin.afm texmf-dist/fonts/afm/arabi/arabeyes/ae_almohanad_xxbold.afm @@ -119,7 +119,6 @@ texmf-dist/tex/latex/arabi/arabicore.sty texmf-dist/tex/latex/arabi/arabiftoday.sty texmf-dist/tex/latex/arabi/arabnovowel.sty texmf-dist/tex/latex/arabi/arfonts.sty -texmf-dist/tex/latex/arabi/bblopts.cfg texmf-dist/tex/latex/arabi/calendrierfpar.sty texmf-dist/tex/latex/arabi/calendrierfpmodified.sty texmf-dist/tex/latex/arabi/cp1256.def @@ -206,8 +205,9 @@ texmf-dist/tex/latex/arabi/transcmr.fd texmf-dist/tex/latex/arabi/translit.sty texmf-dist/tpm/arabi.tpm </TPM:RunFiles> - <TPM:DocFiles size="6002067"> + <TPM:DocFiles size="6002928"> texmf-dist/doc/latex/arabi/README +texmf-dist/doc/latex/arabi/bblopts.cfg texmf-dist/doc/latex/arabi/big2.pdf texmf-dist/doc/latex/arabi/big2.tex texmf-dist/doc/latex/arabi/fontchart_arabic.pdf diff --git a/Master/texmf-dist/tpm/cmap.tpm b/Master/texmf-dist/tpm/cmap.tpm index 00c67e6a9af..f76cddb4c8d 100644 --- a/Master/texmf-dist/tpm/cmap.tpm +++ b/Master/texmf-dist/tpm/cmap.tpm @@ -17,11 +17,13 @@ resolved in a future version of pdftex. [description copied from TeX Catalogue] </TPM:Description> <TPM:Author></TPM:Author> - <TPM:Size>15196</TPM:Size> + <TPM:Size>22168</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="14031"> + <TPM:RunFiles size="21003"> texmf-dist/tex/latex/cmap/cmap.sty +texmf-dist/tex/latex/cmap/lae.cmap +texmf-dist/tex/latex/cmap/lfe.cmap texmf-dist/tex/latex/cmap/t1.cmap texmf-dist/tex/latex/cmap/t2a.cmap texmf-dist/tex/latex/cmap/t2b.cmap diff --git a/Master/texmf-dist/tpm/cmarrows.tpm b/Master/texmf-dist/tpm/cmarrows.tpm new file mode 100644 index 00000000000..4b39b1688b8 --- /dev/null +++ b/Master/texmf-dist/tpm/cmarrows.tpm @@ -0,0 +1,53 @@ +<!DOCTYPE rdf:RDF SYSTEM "../../support/tpm.dtd"> +<rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#" xmlns:TPM="http://texlive.dante.de/"> + <rdf:Description about="http://texlive.dante.de/texlive/Package/cmarrows.zip"> + <TPM:Name>cmarrows</TPM:Name> + <TPM:Type>Package</TPM:Type> + <TPM:Date>2006/12/19 08:05:00</TPM:Date> + <TPM:Version></TPM:Version> + <TPM:Creator>karl</TPM:Creator> + <TPM:Title>The cmarrows package.</TPM:Title> + <TPM:Description></TPM:Description> + <TPM:Author></TPM:Author> + <TPM:Size>251621</TPM:Size> + <TPM:License></TPM:License> + <TPM:Build/> + <TPM:RunFiles size="200557"> +texmf-dist/metapost/cmarrows/cmarrows.mp +texmf-dist/metapost/cmarrows/rgbx0009.mp +texmf-dist/metapost/cmarrows/rgbx0016.mp +texmf-dist/metapost/cmarrows/rgbx0020.mp +texmf-dist/metapost/cmarrows/rgbx0025.mp +texmf-dist/metapost/cmarrows/sgbx0008.mp +texmf-dist/metapost/cmarrows/sgbx0010.mp +texmf-dist/metapost/cmarrows/sgbx0011.mp +texmf-dist/metapost/cmarrows/sgbx0012.mp +texmf-dist/metapost/cmarrows/sgbx0013.mp +texmf-dist/metapost/cmarrows/sgbx0014.mp +texmf-dist/metapost/cmarrows/sgbx0015.mp +texmf-dist/metapost/cmarrows/sgbx0017.mp +texmf-dist/metapost/cmarrows/sgbx0018.mp +texmf-dist/metapost/cmarrows/sgbx0019.mp +texmf-dist/metapost/cmarrows/sgbx0021.mp +texmf-dist/metapost/cmarrows/sgbx0022.mp +texmf-dist/metapost/cmarrows/sgbx0023.mp +texmf-dist/metapost/cmarrows/sgbx0024.mp +texmf-dist/metapost/cmarrows/tgbx0000.mp +texmf-dist/metapost/cmarrows/tgbx0001.mp +texmf-dist/metapost/cmarrows/tgbx0002.mp +texmf-dist/metapost/cmarrows/tgbx0003.mp +texmf-dist/metapost/cmarrows/tgbx0004.mp +texmf-dist/metapost/cmarrows/tgbx0005.mp +texmf-dist/metapost/cmarrows/tgbx0006.mp +texmf-dist/metapost/cmarrows/tgbx0007.mp +texmf-dist/metapost/cmarrows/tgbx0027.mp +texmf-dist/tpm/cmarrows.tpm + </TPM:RunFiles> + <TPM:DocFiles size="53097"> +texmf-dist/doc/metapost/cmarrows/README +texmf-dist/doc/metapost/cmarrows/cmarrows.pdf + </TPM:DocFiles> + <TPM:Provides>Package/cmarrows</TPM:Provides> + </rdf:Description> +</rdf:RDF> + diff --git a/Master/texmf-dist/tpm/context.tpm b/Master/texmf-dist/tpm/context.tpm index 037b29d8899..8ac8ca38ccd 100644 --- a/Master/texmf-dist/tpm/context.tpm +++ b/Master/texmf-dist/tpm/context.tpm @@ -14,7 +14,7 @@ typeset chemical formulas. [description copied from TeX Catalogue] </TPM:Description> <TPM:Author>Hans Hagen</TPM:Author> - <TPM:Size>15025237</TPM:Size> + <TPM:Size>15025423</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> <TPM:RunFiles size="14552931"> diff --git a/Master/texmf-dist/tpm/eskdx.tpm b/Master/texmf-dist/tpm/eskdx.tpm index dfe603cea04..c65fa723808 100644 --- a/Master/texmf-dist/tpm/eskdx.tpm +++ b/Master/texmf-dist/tpm/eskdx.tpm @@ -9,7 +9,7 @@ <TPM:Title>The eskdx package.</TPM:Title> <TPM:Description></TPM:Description> <TPM:Author></TPM:Author> - <TPM:Size>1850702</TPM:Size> + <TPM:Size>1850703</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> <TPM:RunFiles size="119949"> diff --git a/Master/texmf-dist/tpm/euenc.tpm b/Master/texmf-dist/tpm/euenc.tpm new file mode 100644 index 00000000000..9c0640c6a48 --- /dev/null +++ b/Master/texmf-dist/tpm/euenc.tpm @@ -0,0 +1,36 @@ +<!DOCTYPE rdf:RDF SYSTEM "../../support/tpm.dtd"> +<rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#" xmlns:TPM="http://texlive.dante.de/"> + <rdf:Description about="http://texlive.dante.de/texlive/Package/euenc.zip"> + <TPM:Name>euenc</TPM:Name> + <TPM:Type>Package</TPM:Type> + <TPM:Date>2006/12/24 16:19:15</TPM:Date> + <TPM:Version></TPM:Version> + <TPM:Creator>karl</TPM:Creator> + <TPM:Title>The euenc package.</TPM:Title> + <TPM:Description></TPM:Description> + <TPM:Author></TPM:Author> + <TPM:Size>158968</TPM:Size> + <TPM:License></TPM:License> + <TPM:Build/> + <TPM:RunFiles size="7772"> +texmf-dist/tex/xelatex/euenc/eu1enc.def +texmf-dist/tex/xelatex/euenc/lm/eu1lmr.fd +texmf-dist/tex/xelatex/euenc/lm/eu1lmss.fd +texmf-dist/tex/xelatex/euenc/lm/eu1lmssq.fd +texmf-dist/tex/xelatex/euenc/lm/eu1lmtt.fd +texmf-dist/tex/xelatex/euenc/lm/eu1lmvtt.fd +texmf-dist/tpm/euenc.tpm + </TPM:RunFiles> + <TPM:DocFiles size="131155"> +texmf-dist/doc/xelatex/euenc/README +texmf-dist/doc/xelatex/euenc/euenc.pdf +texmf-dist/doc/xelatex/euenc/test-eu1lm.ltx + </TPM:DocFiles> + <TPM:SourceFiles size="20069"> +texmf-dist/source/xelatex/euenc/euenc.dtx +texmf-dist/source/xelatex/euenc/euenc.ins + </TPM:SourceFiles> + <TPM:Provides>Package/euenc</TPM:Provides> + </rdf:Description> +</rdf:RDF> + diff --git a/Master/texmf-dist/tpm/fontname.tpm b/Master/texmf-dist/tpm/fontname.tpm index ee75bb9558d..271d137a400 100644 --- a/Master/texmf-dist/tpm/fontname.tpm +++ b/Master/texmf-dist/tpm/fontname.tpm @@ -12,10 +12,10 @@ The package contains files regarding a naming scheme for fonts to be used with TeX. Mail comments and bug reports to tex-fonts@tug.org. </TPM:Description> <TPM:Author>Karl Berry</TPM:Author> - <TPM:Size>3900023</TPM:Size> + <TPM:Size>3900077</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="1503515"> + <TPM:RunFiles size="1503569"> texmf-dist/fonts/map/fontname/adobe.map texmf-dist/fonts/map/fontname/apple.map texmf-dist/fonts/map/fontname/bitstrea.map diff --git a/Master/texmf-dist/tpm/fontspec.tpm b/Master/texmf-dist/tpm/fontspec.tpm index 5971cb13ec3..1121edd899b 100644 --- a/Master/texmf-dist/tpm/fontspec.tpm +++ b/Master/texmf-dist/tpm/fontspec.tpm @@ -3,7 +3,7 @@ <rdf:Description about="http://texlive.dante.de/texlive/Package/fontspec.zip"> <TPM:Name>fontspec</TPM:Name> <TPM:Type>Package</TPM:Type> - <TPM:Date>2006/06/19 22:49:18</TPM:Date> + <TPM:Date>2006/12/24 16:19:15</TPM:Date> <TPM:Version></TPM:Version> <TPM:Creator>karl</TPM:Creator> <TPM:Title> @@ -19,22 +19,21 @@ and can access system fonts directly. [description copied from TeX Catalogue] </TPM:Description> <TPM:Author>Will Robertson</TPM:Author> - <TPM:Size>2193127</TPM:Size> + <TPM:Size>1884541</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="49765"> + <TPM:RunFiles size="54379"> texmf-dist/tex/xelatex/fontspec/fontspec.cfg texmf-dist/tex/xelatex/fontspec/fontspec.sty texmf-dist/tpm/fontspec.tpm </TPM:RunFiles> - <TPM:DocFiles size="1976543"> + <TPM:DocFiles size="1644972"> texmf-dist/doc/xelatex/fontspec/README -texmf-dist/doc/xelatex/fontspec/fontspec-example.tex +texmf-dist/doc/xelatex/fontspec/fontspec-example.ltx texmf-dist/doc/xelatex/fontspec/fontspec.pdf </TPM:DocFiles> - <TPM:SourceFiles size="166819"> + <TPM:SourceFiles size="185190"> texmf-dist/source/xelatex/fontspec/fontspec.dtx -texmf-dist/source/xelatex/fontspec/fontspec.ins </TPM:SourceFiles> <TPM:Provides>Package/fontspec</TPM:Provides> </rdf:Description> diff --git a/Master/texmf-dist/tpm/latex-fonts.tpm b/Master/texmf-dist/tpm/latex-fonts.tpm index d5e7b050b6e..222c6a2c7d9 100644 --- a/Master/texmf-dist/tpm/latex-fonts.tpm +++ b/Master/texmf-dist/tpm/latex-fonts.tpm @@ -9,10 +9,10 @@ <TPM:Title>The latex-fonts package.</TPM:Title> <TPM:Description></TPM:Description> <TPM:Author></TPM:Author> - <TPM:Size>343494</TPM:Size> + <TPM:Size>343619</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="343494"> + <TPM:RunFiles size="343619"> texmf-dist/fonts/afm/bluesky/latex-fonts/lasy10.afm texmf-dist/fonts/afm/bluesky/latex-fonts/lasy5.afm texmf-dist/fonts/afm/bluesky/latex-fonts/lasy6.afm diff --git a/Master/texmf-dist/tpm/latex.tpm b/Master/texmf-dist/tpm/latex.tpm index f04e22b809c..99511112ad5 100644 --- a/Master/texmf-dist/tpm/latex.tpm +++ b/Master/texmf-dist/tpm/latex.tpm @@ -21,10 +21,10 @@ modification of LaTeX. [description copied from TeX Catalogue] </TPM:Description> <TPM:Author>Leslie Lamport</TPM:Author> - <TPM:Size>16970701</TPM:Size> + <TPM:Size>16970576</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="1196414"> + <TPM:RunFiles size="1196289"> texmf-dist/makeindex/latex/gglo.ist texmf-dist/makeindex/latex/gind.ist texmf-dist/tex/latex/base/alltt.sty diff --git a/Master/texmf-dist/tpm/moreverb.tpm b/Master/texmf-dist/tpm/moreverb.tpm index c85cc280070..aab00f26563 100644 --- a/Master/texmf-dist/tpm/moreverb.tpm +++ b/Master/texmf-dist/tpm/moreverb.tpm @@ -16,7 +16,7 @@ boxed verbatims, etc. <TPM:Author> Robin Fairbairns and Angus Duggan and Rainer Schopf and Victor Eijkhout </TPM:Author> - <TPM:Size>134579</TPM:Size> + <TPM:Size>134580</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> <TPM:RunFiles size="7181"> diff --git a/Master/texmf-dist/tpm/multicap.tpm b/Master/texmf-dist/tpm/multicap.tpm index bde2a386f4d..a19e6681fd2 100644 --- a/Master/texmf-dist/tpm/multicap.tpm +++ b/Master/texmf-dist/tpm/multicap.tpm @@ -16,7 +16,7 @@ captions, whether they be in multicols or not. [description copied from TeX Catalogue] </TPM:Description> <TPM:Author>John Vassilogiorgakis</TPM:Author> - <TPM:Size>139725</TPM:Size> + <TPM:Size>139726</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> <TPM:RunFiles size="5066"> diff --git a/Master/texmf-dist/tpm/texinfo.tpm b/Master/texmf-dist/tpm/texinfo.tpm index 44b4cf95803..cd6451b1d03 100644 --- a/Master/texmf-dist/tpm/texinfo.tpm +++ b/Master/texmf-dist/tpm/texinfo.tpm @@ -12,10 +12,10 @@ Produces online or printed output from a single source. [description copied from TeX Catalogue] </TPM:Description> <TPM:Author>Free Software Foundation</TPM:Author> - <TPM:Size>274711</TPM:Size> + <TPM:Size>275013</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="274733"> + <TPM:RunFiles size="275013"> texmf-dist/tex/texinfo/texinfo.ini texmf-dist/tex/texinfo/texinfo.tex texmf-dist/tex/texinfo/txi-cs.tex diff --git a/Master/texmf-dist/tpm/xetex.tpm b/Master/texmf-dist/tpm/xetex.tpm index f15132c93ee..0f845895979 100644 --- a/Master/texmf-dist/tpm/xetex.tpm +++ b/Master/texmf-dist/tpm/xetex.tpm @@ -9,10 +9,12 @@ <TPM:Title>The xetex package.</TPM:Title> <TPM:Description></TPM:Description> <TPM:Author></TPM:Author> - <TPM:Size>203539</TPM:Size> + <TPM:Size>204657</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="203539"> + <TPM:RunFiles size="204657"> +texmf-dist/fonts/misc/xetex/fontmapping/tex-text.map +texmf-dist/fonts/misc/xetex/fontmapping/tex-text.tec texmf-dist/scripts/xetex/perl/lib/PDF/Reuse.pm texmf-dist/scripts/xetex/perl/lib/PDF/Reuse/Util.pm texmf-dist/scripts/xetex/perl/xdv2pdf_mergemarks diff --git a/Master/texmf-dist/tpm/xltxtra.tpm b/Master/texmf-dist/tpm/xltxtra.tpm index 3ab56dee9bc..d8dab23bf3d 100644 --- a/Master/texmf-dist/tpm/xltxtra.tpm +++ b/Master/texmf-dist/tpm/xltxtra.tpm @@ -3,27 +3,25 @@ <rdf:Description about="http://texlive.dante.de/texlive/Package/xltxtra.zip"> <TPM:Name>xltxtra</TPM:Name> <TPM:Type>Package</TPM:Type> - <TPM:Date>2006/06/19 22:30:32</TPM:Date> + <TPM:Date>2006/12/24 16:19:15</TPM:Date> <TPM:Version></TPM:Version> <TPM:Creator>karl</TPM:Creator> <TPM:Title>The xltxtra package.</TPM:Title> <TPM:Description></TPM:Description> <TPM:Author></TPM:Author> - <TPM:Size>245116</TPM:Size> + <TPM:Size>312693</TPM:Size> <TPM:License></TPM:License> <TPM:Build/> - <TPM:RunFiles size="5711"> + <TPM:RunFiles size="7145"> texmf-dist/tex/xelatex/xltxtra/xltxtra.sty texmf-dist/tpm/xltxtra.tpm </TPM:RunFiles> - <TPM:DocFiles size="222130"> + <TPM:DocFiles size="285388"> texmf-dist/doc/xelatex/xltxtra/README -texmf-dist/doc/xelatex/xltxtra/README.txt texmf-dist/doc/xelatex/xltxtra/xltxtra.pdf </TPM:DocFiles> - <TPM:SourceFiles size="17275"> + <TPM:SourceFiles size="20160"> texmf-dist/source/xelatex/xltxtra/xltxtra.dtx -texmf-dist/source/xelatex/xltxtra/xltxtra.ins </TPM:SourceFiles> <TPM:Provides>Package/xltxtra</TPM:Provides> </rdf:Description> diff --git a/Master/texmf/lists/cmarrows b/Master/texmf/lists/cmarrows new file mode 100644 index 00000000000..fc4324d9e74 --- /dev/null +++ b/Master/texmf/lists/cmarrows @@ -0,0 +1,34 @@ +texmf-dist/doc/metapost/cmarrows/README +texmf-dist/doc/metapost/cmarrows/cmarrows.pdf + +texmf-dist/metapost/cmarrows/cmarrows.mp +texmf-dist/metapost/cmarrows/rgbx0009.mp +texmf-dist/metapost/cmarrows/rgbx0016.mp +texmf-dist/metapost/cmarrows/rgbx0020.mp +texmf-dist/metapost/cmarrows/rgbx0025.mp +texmf-dist/metapost/cmarrows/sgbx0008.mp +texmf-dist/metapost/cmarrows/sgbx0010.mp +texmf-dist/metapost/cmarrows/sgbx0011.mp +texmf-dist/metapost/cmarrows/sgbx0012.mp +texmf-dist/metapost/cmarrows/sgbx0013.mp +texmf-dist/metapost/cmarrows/sgbx0014.mp +texmf-dist/metapost/cmarrows/sgbx0015.mp +texmf-dist/metapost/cmarrows/sgbx0017.mp +texmf-dist/metapost/cmarrows/sgbx0018.mp +texmf-dist/metapost/cmarrows/sgbx0019.mp +texmf-dist/metapost/cmarrows/sgbx0021.mp +texmf-dist/metapost/cmarrows/sgbx0022.mp +texmf-dist/metapost/cmarrows/sgbx0023.mp +texmf-dist/metapost/cmarrows/sgbx0024.mp +texmf-dist/metapost/cmarrows/tgbx0000.mp +texmf-dist/metapost/cmarrows/tgbx0001.mp +texmf-dist/metapost/cmarrows/tgbx0002.mp +texmf-dist/metapost/cmarrows/tgbx0003.mp +texmf-dist/metapost/cmarrows/tgbx0004.mp +texmf-dist/metapost/cmarrows/tgbx0005.mp +texmf-dist/metapost/cmarrows/tgbx0006.mp +texmf-dist/metapost/cmarrows/tgbx0007.mp +texmf-dist/metapost/cmarrows/tgbx0027.mp +texmf-dist/tpm/cmarrows.tpm + +texmf/lists/cmarrows diff --git a/Master/texmf/tpm/collection-metapost.tpm b/Master/texmf/tpm/collection-metapost.tpm index 7fc8e3ec726..09e942be94a 100644 --- a/Master/texmf/tpm/collection-metapost.tpm +++ b/Master/texmf/tpm/collection-metapost.tpm @@ -16,6 +16,7 @@ </TPM:Build> <TPM:RunFiles size="1761">texmf/tpm/collection-metapost.tpm</TPM:RunFiles> <TPM:Requires> + <TPM:Package name="cmarrows"/> <TPM:Package name="emp"/> <TPM:Package name="expressg"/> <TPM:Package name="exteps"/> |