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if unknown gen_acc : readfrom("gen_acc") fi
if unknown gen_sigma : readfrom("gen_sigma") fi
def width = 7.75u enddef;
def height = x_height enddef;
def dims = width#,height#,0 enddef;
def ital = 0 enddef;
def fit_params = 0,0 enddef;
def gen_letter =
pickup fine.nib;
pos2(vstem,90); x2=.5w; top y2r=x_height+o; %top point
pos7(vstem,630); x2=x7; bot y7r=-o; %bottom point
rt x1r=hround(w-.75u); bot y1l=.3[bot y2l,bar_height]; %top end
z1'=(x1r,y1l+.5(flare-currentbreadth)); %approximation to z1
numeric slope; slope=angle((z2-z1')yscaled 2); pos1(flare,slope-90);
bar_height=.5[y1,y8]; x8=x1; pos8(flare,slope+90); %bottom end
pos3(vstem,120); lft x3r=hround .75u; y3=.5[y4r,y2r]; %top left bulge
pos6(vstem,600); x6=x3; y6=.5[y5r,y7r]; %bottom left bulge
y6:=y6r;y3:=y3r; %for the benefit of pulled_arc
top y5r-bot y4r=curve; y5+y4=2bar_height; x5=x4=x2; %loop
pos4(vair,-90); pos5(vair,90);
filldraw stroke z1e{dir slope}...pulled_arc.e(2,3); %top
drawloop(3,4,5,6); %loop and bottom
forsuffixes e=l,r:
path foo.e; foo.e= z8e...pulled_arc.e(7,6);
if angle(direction 0 of foo.e) > angle(z8r-z8l):
foo.e:= z8e{z8r-z8l}...pulled_arc.e(7,6); fi
endfor;
filldraw stroke foo.e;
numeric x_baryctr; x_baryctr=x2; %accent reference
enddef;
cmchar "Lowercase epsilon";
beginchar("e",dims);
this_letter; penlabels(1,2,3,4,5,6,7,8); endchar;
if boolean barebones: picture savedpicture; endinput; fi
cmchar "Lowercase epsilon with grave";
beginchar(oct"340",width#,acc_ht#,0); this_letter; grave(x_baryctr);
endchar;
cmchar "Lowercase epsilon with rough breathing";
beginchar(oct"341",width#,acc_ht#,0);
this_letter; spirit(x_baryctr)<; endchar;
cmchar "Lowercase epsilon with smooth breathing";
beginchar(oct"342",width#,acc_ht#,0);
this_letter; spirit(x_baryctr)>; endchar;
cmchar "Lowercase sigma followed by epsilon with grave";
begindoublechar(oct"343",dim_sigma);
mid_sigma; middoublechar(width#,acc_ht#,0);
this_letter; grave(x_baryctr); endchar;
cmchar "Lowercase epsilon with acute";
beginchar(oct"350",width#,acc_ht#,0);
this_letter; acute(x_baryctr); endchar;
cmchar "Lowercase epsilon with rough breathing and acute";
beginchar(oct"351",width#,acc_ht#,0);
this_letter; spirit_acute(x_baryctr)<; endchar;
cmchar "Lowercase epsilon with smooth breathing and acute";
beginchar(oct"352",width#,acc_ht#,0);
this_letter; spirit_acute(x_baryctr)>; endchar;
cmchar "Lowercase sigma followed by epsilon with acute";
begindoublechar(oct"353",dim_sigma);
mid_sigma; middoublechar(width#,acc_ht#,0);
this_letter; acute(x_baryctr); endchar;
cmchar "Lowercase sigma followed by epsilon";
begindoublechar(oct"005",dim_sigma);
mid_sigma; middoublechar(dims); this_letter; endchar;
picture savedpicture;
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