diff options
Diffstat (limited to 'Master/texmf-dist/fonts/source/public/kdgreek/kdbase.mf')
-rw-r--r-- | Master/texmf-dist/fonts/source/public/kdgreek/kdbase.mf | 300 |
1 files changed, 300 insertions, 0 deletions
diff --git a/Master/texmf-dist/fonts/source/public/kdgreek/kdbase.mf b/Master/texmf-dist/fonts/source/public/kdgreek/kdbase.mf new file mode 100644 index 00000000000..ec4311ce07e --- /dev/null +++ b/Master/texmf-dist/fonts/source/public/kdgreek/kdbase.mf @@ -0,0 +1,300 @@ +% ====================================================================== +% KD Classical Greek Family of Fonts +% ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +% +% A set of MF source fonts for use with TeX version 3.0 or higher +% accompanied with macros and hyphenation tables to facilitate +% the typesetting of greek texts +% +% This piece of work is partially based on original work of +% Sylvio Levi (design of an excellent set of fonts) +% and Yianni Haralambous (ideas about macros other fonts). +% +% This file is part of the greektex package and abides to +% copyright laws of the GNU general public software licence +% +% You are allowed to use or modify this file as long as the +% original authors are clearly mentioned. It is ILLEGAL to sell +% any part of this work or work derived from it. You may not +% charge for this work except to cover for reasonable media +% expensess. +% +% K J Dryllerakis (C) 1991-1992 +% +% ====================================================================== +% +% Base File for Computer Classic Greek Fonts +% +% By K J Dryllerakis May 1991. Based on Sylvio-Levy's +% grbase. + +numeric kdbase; kdbase:=1; %don't read this file twice +% +% make reference to file in subdirectories less painful +% +def readfrom(expr filename) = scantokens ("input " & filename); enddef; +% +% Parameter Definitions +% +boolean one_accent; % are we working in |one_accent|-system? +boolean monowidth; % do characters have single width? +boolean straight; % are certain strokes straight? +boolean italics; % are we going to make italics? +numeric univ_acc_breadth; % from 0 to 1:the breadth of the univ. accent +% +% Expand the Standard Font setup +% +let old_font_setup = font_setup; +def font_setup = + define_whole_vertical_pixels(acc_ht,circ_ht,Circ_ht,iota_dp); %accent heights + old_font_setup; +enddef; + +% This part defines macros for saving pictures to facilitate +% the design of composite characters +% But if we're using various definitions for the same letter (as when +% running 6test.mf) we can't use this trick, +% so we set |working_hard:=true|. + +boolean working_hard; +working_hard:=false; + +def this_letter = + italcorr ital; adjust_fit(fit_params); + if known savedpicture: currentpicture:=savedpicture; else: gen_letter; fi + if not working_hard : picture savedpicture; savedpicture=currentpicture; fi +enddef; +% +% The following routines are for use with double characters. +% +boolean is_double; is_double:=false; +let oldendchar=endchar; + +def begindoublechar(expr c,w_sharp,h_sharp,d_sharp) = +is_double:=true; beginchar(c,w_sharp,h_sharp,d_sharp); +enddef; +% +def doublecharkern(expr k_sharp) = +if not monospace: k:=hround(k_sharp*hppp); r:=r+k; charwd:=charwd+k_sharp; fi +enddef; +% +def middoublechar(expr w_sharp,h_sharp,d_sharp) = + scantokens extra_endchar; + forsuffixes e=r,l,w,charwd: numeric first.e; first.e:=e; endfor + + w:=hround(w_sharp*hppp); h:=vround(h_sharp*hppp); d:=vround(d_sharp*hppp); + charwd:=w_sharp; charht:=max(charht,h_sharp); chardp:=max(chardp,d_sharp); + picture first.glyph; first.glyph=currentpicture; + clearxy; clearpen; clearit; clearpen; +enddef; + +def endchar = + if is_double : + charwd:=first.charwd+charwd; + picture second_glyph; second_glyph=currentpicture shifted (first.r-l,0); + currentpicture:= first.glyph; addto currentpicture also second_glyph; + scantokens extra_endchar; + w:=first.w+w; r:=first.r-l+r; l:=first.l; + chardx:=first.w+w; interim xoffset:= -l; + if proofing>0: makebox(proofrule); fi + shipit; + if displaying>0: makebox(screenrule); showit; fi + endgroup; + is_double:=false + else : + oldendchar + fi +enddef; + +% By convention, we reserve the name z1' for the direction at z1, and so on. +% The direction at |z1r| is |z1'r|, or |zdir1r|. +vardef zdir[]@#= z@'@# enddef; +vardef assign_z@#(expr zz)= x@#:=xpart(zz); y@#:=ypart(zz) enddef; +vardef sgn(expr x)= if (x>0): 1 elseif (x<0): -1 else: 0 fi enddef; + +vardef double_circ_stroke text t = + forsuffixes e = l,r: path_.e:=t; endfor + if cycle path_.l: errmessage "Beware: `stroke' isn't intended for cycles"; fi + path_.l .. reverse path_.r .. cycle +enddef; + +%vardef drawloop(suffix $,$$,@@,@)= +%numeric temp[], sup; +%sup=superness; +%forsuffixes e=r,l: +%path curv[]e; numeric S[]e; +%curv1e=pulled_super_arc.e($,$$)(.5superpull); +%curv2e=pulled_super_arc.e(@,@@)(.5superpull); endfor +%(S1r,S2r)=curv1r intersectiontimes curv2r; +%(temp1,S2l)=curv1r intersectiontimes curv2l; +%(S1l,temp2)=curv1l intersectiontimes curv2r; +%for i=1 upto 4: +%exitif (temp1>=S1r) and (temp2>=S2r); +%begingroup +%numeric S[]r, S[]l, temp[]; pair p; +%interim superness:=(i/10)[sup,1]; +%message"change in superness required; increased to "; show superness; +%curv1r:=pulled_super_arc.r($,$$)(0); +%curv2r:=pulled_super_arc.r(@,@@)(0); +%(S1r,S2r)=curv1r intersectiontimes curv2r; +%(temp1,S2l)=curv1r intersectiontimes curv2l; +%(S1l,temp2)=curv1l intersectiontimes curv2r; +%endgroup; +%endfor; +%if S1l=-1 : S1l:=2; fi +%if S2l=-1 : S2l:=2; fi +%filldraw stroke subpath(0,S1e+eps) of curv1e; +%filldraw stroke subpath(0,S2e+eps) of curv2e; +%filldraw subpath (S1r+eps,2) of curv1r...subpath(2,S2r+eps) of curv2r..cycle; +%enddef ; + +vardef drawloop(suffix $,$$,@@,@)= + numeric temp[], sup; + sup=superness; + forsuffixes e=r,l: + path curv[]e; numeric S[]e; + curv1e=pulled_super_arc.e($,$$)(.5superpull); + curv2e=pulled_super_arc.e(@,@@)(.5superpull); endfor + (S1r,S2r)=curv1r intersectiontimes curv2r; + (temp1,S2l)=curv1r intersectiontimes curv2l; + (S1l,temp2)=curv1l intersectiontimes curv2r; + for i=1 upto 9: + exitif (temp1>=S1r) and (temp2>=S2r); + begingroup + numeric S[]r, S[]l, temp[]; pair p; + interim superness:=(i/10)[sup,1]; + message"change in superness required; increased to "; show superness; + curv1r:=pulled_super_arc.r($,$$)(0); + curv2r:=pulled_super_arc.r(@,@@)(0); + (S1r,S2r)=curv1r intersectiontimes curv2r; + (temp1,S2l)=curv1r intersectiontimes curv2l; + (S1l,temp2)=curv1l intersectiontimes curv2r; + endgroup; + endfor; + if S1l=-1 : S1l:=2; fi + if S2l=-1 : S2l:=2; fi + filldraw stroke subpath(0,S1e+eps) of curv1e; + filldraw stroke subpath(0,S2e+eps) of curv2e; + filldraw subpath (S1r+eps,2) of curv1r...subpath(2,S2r+eps) of curv2r..cycle; +enddef ; + +vardef gr_arc.r(suffix $,$$,$$$)(expr min,max,tilt)= + pair center, corner; + if (y$$$r-y$r)*(x$$$r-x$r) < 0 : %first or third quadrant + center=(x$$$r,y$r); corner=(x$r,y$$$r); + else : + center=(x$r,y$$$r); corner=(x$$$r,y$r); + fi + z$r{corner-z$r}...superness[center,corner]{z$$$r-z$r}... + {z$$$r-corner}z$$$r +enddef; + +vardef gr_arc.l(suffix $,$$,$$$)(expr min,max,tilt)= + save p,q,wdth; + pair center, corner, temp; + numeric wdth, t, s; + path p,q; + if (y$$$r-y$r)*(x$$$r-x$r) < 0 : %first or third quadrant + center=(x$$$r,y$r); corner=(x$r,y$$$r); + if tilt>=0 : wdth:=min; other_wdth:=max; t:=2(1-tilt); + else : wdth:=max; other_wdth:=min; t:=-2tilt; fi + else : + center=(x$r,y$$$r); corner=(x$$$r,y$r); + if tilt>=0 : wdth:=max; other_wdth:=min; t:=2(1-tilt); + else : wdth:=min; other_wdth:=max; t:=-2tilt; fi + fi + p:=z$r{corner-z$r}...superness[center,corner]{z$$$r-z$r}... + {z$$$r-corner}z$$$r; + pos$$(wdth,angle direction t of p - 90); + z$$r=point t of p; + assign_z$$'l(direction t of p); + assign_z$$'r(z$$'l); + if other_wdth<=currentbreadth: errmessage "bad pos"; fi + temp:=point (2-t) of p- + (other_wdth-currentbreadth,0) rotated (angle direction (2-t) of p - 90); + boolean k[]; k1:=false; k2:=false; + if unknown x$l: + k1:=true; + assign_z$l(temp); + assign_z$'l(direction(2-t) of p); + if (y$$$r-y$r)*(x$$$r-x$r) < 0 : %first or third quadrant + y$l:=2ypart center-y$l; + x$'l:=-x$'l; + else: + x$l:=2xpart center-x$l; + y$'l:=-y$'l; + fi + fi + if unknown x$$$l: + k2:=true; + assign_z$$$l(temp); + assign_z$$$'l(direction(2-t) of p); + if (y$$$r-y$r)*(x$$$r-x$r) < 0 : %first or third quadrant + x$$$l:=2xpart center-x$$$l; + y$$$'l:=-y$$$'l; + else: + y$$$l:=2ypart center-y$$$l; + x$$$'l:=-x$$$'l; + fi + fi + q:=z$l{z$'l}...z$$l{z$$'l}...z$$$l{z$$$'l}; + if k1 : + t := xpart(q intersectiontimes (center---z$r)); + if t=-1 : t:=0; fi + assign_z$l(point t of q); + assign_z$'l(direction t of q); + assign_z$'r(corner-z$r); + z$l+z$r=2z$; + else: t:=0; + fi + if k2 : + s := xpart(q intersectiontimes (center---z$$$r)); + if s=-1 : s:=2; fi + assign_z$$$l(point s of q); + assign_z$$$'l(direction s of q); + assign_z$$$'r(z$$$r-corner); + z$$$l+z$$$r=2z$$$; + else: s:=2; + fi + subpath (t,s) of q +enddef; + +vardef doodah(suffix $,$$,$$$)= + if known x$$: + vardef ward(expr gr)= + sgn(xpart direction 1 of (z${zdir$}..(x$$,gr)..{zdir$$$}z$$$)) <> sgn(x$-x$$) + enddef; + y$$=solve ward(y$,y$$$); + else: + vardef ward(expr gr)= + sgn(ypart direction 1 of (z${zdir$}..(gr,y$$)..{zdir$$$}z$$$)) <> sgn(y$-y$$) + enddef; + x$$=solve ward(x$,x$$$); + fi + (z${zdir$}..z$$..{zdir$$$}z$$$) +enddef; + +forsuffixes e=r,l: +vardef club.e(suffix $,$$,$$$)= doodah($e,$$e,$$$e) enddef; endfor + + +vardef alpha_tail(suffix $,$$) = + pos$$(hair,180); top y$$=vround 4/3[bot y$l,top y$r]; %tip of hook + rt x$$l=hround(x$+(y$$-y$)+.5hair); %central arc is round +enddef; + +vardef pi_bar = + pos3(vstem,-90); rt x3=hround(w-.75u); top y3l=x_height; %top right + pos2(vstem,-90); y2=y3; x2=.25w; %top left + x1-.5hair=hround.75u; y1-.5hair=4/3[top y2l,bot y2r]; %tip of bar + numeric slope; slope=angle((z2-z1)yscaled 2); pos1(hair,slope-90); + forsuffixes e=l,r: z1'e=(z2e-z1e)yscaled 2; endfor + filldraw circ_stroke z1e{z1'e}...z2e---z3e; %bar +enddef; + +def traba(expr poso) = transform t; t = identity shifted (poso,0); +currentpicture := currentpicture transformed t; +enddef; + +% End of KD Base + |