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mode_setup;
font_coding_scheme "TeX text subset";
% EULER FRAKTUR MEDIUM PARAMETERS
% These all in bitpad numbers (.001"):
programem = 3700;
baseline = 0;
ascender = capheight;
descender = 700;
depthy = 700; % depthy = 500;
capheight = 2560;
lcbody = 1760; % same for medium and bold.
dotheight = capheight; % dotheight = 2600;
theight = 2300; % measured to lowest of the 3 top lines.
lfigheight = capheight;
nfigbody = lcbody;
nfigascender = ascender;
nfigdescender = descender;
% the next lines added since everything was digitized too high! --- DEK
extra_beginchar:=extra_beginchar & "rot:=initrot;";
transform initrot; initrot:=identity;
input eubase;
% MEDIUM NON-LINING FIGURES
no_stem_round;
def euler_ampersand (expr transf) =
n := 21;
t1 := 0;
t2 := 1;
t3 := 2;
t4 := 3;
t5 := 6;
t6 := 8;
t7 := 12;
t8 := 14;
t9 := 16;
t10 := 21;
t11 := 23;
t12 := 24;
t13 := 26;
t14 := 30;
t15 := 32;
t16 := 34;
t17 := 38;
t18 := 40;
t19 := 42;
t20 := 44;
t21 := 45;
adj_fill.A(12, 21) % fixed x points
(11) % fixed y points
((2,1), (3,2)) % tied points
((9,14), (7,16), (6,17), (4,19)) % verticals
((10,13), (8,15), (5,18), (1,20)) % horizontals
(((1287,1477){774,-41}...{1,0} % 0
(2027,1466){22,-143}...{22,-143} % 1
(2049,1323){110,-424}... % 2
(2083,1090){0,-1}... % 3
(1806,416){-264,-343}... % 4
(1613,185){-341,-236}... % 5
(1028,-31){-1,0}... % 6
(411,175){-1,1}... % 7
(182,722){0,1}... % 8
(371,1189){1,1}... % 9
(879,1538){571,342}... % 10
(1258,1794){1,1}... % 11
(1385,2154){0,1}... % 12
(1291,2358){-1,1}... % 13
(1155,2411){-1,0}... % 14
(970,2328){-1,-1}... % 15
(895,2068){0,-1}... % 16
(1016,1565){474,-1132}... % *17
(1369,936){454,-665}... % 18
(1819,414){1,-1}... % 19
(2024,253){389,-217}... % *20
(2208,197){1,0}... % 21
(2444,291){1,1}...{124,668} % 22
(2632,706)-- % 23
(2717,682){-92,-496}... % 24
(2453,95){-1,-1}... % 25
(2095,-42){-1,0}... % 26
(1612,179){-275,261}... % 27
(1149,763){-517,775}... % 28
(791,1412){-481,1162}... % *29
(668,1925){0,1}... % 30
(864,2422){1,1}... % 31
(1273,2584){1,0}... % 32
(1558,2466){1,-1}... % 33
(1651,2244){0,-1}... % 34
(1467,1810){-1,-1}... % 35
(1074,1521){-573,-348}... % 36
(627,1225){-1,-1}... % 37
(469,805){0,-1}... % 38
(688,278){1,-1}... % 39
(1085,119){1,0}... % 40
(1520,278){233,164}... % 41
(1889,986){0,1}... % 42
(1761,1276){-1,1}... % 43
(1536,1336){-1,0}...{-374,-43} % 44
(1282,1319)--cycle) % 45
transformed transf);
n := 4;
t1 := 0;
t2 := 1;
t3 := 2;
t4 := 3;
adj_fill.B() % fixed x points
() % fixed y points
((2,1), (3,2)) % tied points
((1,4)) % verticals
((1,4)) % horizontals
(((2603,1476){-410,-38}...{-1,0} % 0
(2027,1466)-- % 1
(2049,1323){1,0}...{325,-54} % 2
(2593,1298)--cycle) % 3
transformed transf);
enddef;
let endcharsaved = endchar;
def endchar = endcharsaved(0) enddef;
amp_w := 2732;
amp_h := 2560;
"Reversed ampersand (par)";
charbegin( 0, 2732h#, capheight*v#, baseline );
euler_ampersand ( identity scaled -1 shifted (amp_w,amp_h) );
endchar;
charlist 8: 9;
"\textstyle large ampersand";
charbegin( 8, 19/14 * 2732h#, 0, 36/25*capheight*v# + baseline );
euler_ampersand ( identity shifted (0,-amp_h) xscaled 19/14 yscaled 36/25 );
endchar;
"\displaystyle large ampersand";
charbegin( 9, 26/14 * 2732h#, 0, 252/125*capheight*v# + baseline );
euler_ampersand ( identity shifted (0,-amp_h) xscaled 26/14 yscaled 252/125 );
endchar;
charlist 10: 11;
"\textstyle large reversed ampersand";
charbegin( 10, 19/14 * 2732h#, 0, 36/25*capheight*v# + baseline );
euler_ampersand ( identity shifted (-amp_w,0) xscaled -19/14 yscaled -36/25 );
endchar;
"\displaystyle large reversed ampersand";
charbegin( 11, 26/14 * 2732h#, 0, 252/125*capheight*v# + baseline );
euler_ampersand ( identity shifted (-amp_w,0) xscaled -26/14 yscaled -252/125 );
endchar;
% The following characters are the same as in CMLL
input cmbase;
cmsetup;
font_setup;
input llcommon;
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