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input wurzel2008;
input tftools;
input tf3d;
verbatimtex
%&latex
\documentclass[mpost]{wurzel2008}
\begin{document}
etex
ddd Ecken[];
pair Kanten[];
centralperspective(3cm,4cm,4cm,(10cm,0cm,0cm));
for i=0 upto 1:
for j=0 upto 1:
Ecken[2*i+j]=(1-2*i,(1-2*j)*(1-i),(1-2*j)*i);
endfor
Kanten[i]=(2*i,2*i+1);
endfor
for i=0 upto 1:
Ecken[4+i]=.3[Ecken[i],Ecken[1-i]];
Ecken[6+i]=.3[Ecken[2+i],Ecken[4+i]];
Kanten[2+i]=(2+i,6+i);
Ecken[8+i]=Ecken[6+i]+whatever*(0,1,0)=(whatever,0,whatever);
Kanten[4+i]=(6+i,8+i);
Kanten[6+i]=(8+i,i);
Ecken[10+i]=.9[Ecken[3-i],Ecken[4+i]];
Kanten[8+i]=(3-i,10+i);
Kanten[10+i]=(10+i,i);
endfor
for i=0 upto 1:
Ecken[12+i]
= Ecken[6+i]+whatever*(Ecken[3]-Ecken[2])
= Ecken[1-i]+whatever*(Ecken[11-i]-Ecken[1-i])+whatever*(Ecken[9-i]-Ecken[1-i]);
Kanten[12+i]=(6+i,12+i);
Kanten[14+i]=(13-i,8+i);
endfor
for i=0 upto 1:
Ecken[14+i]
for j=0 upto 1:
= Ecken[j] + whatever*(Ecken[8+j]-Ecken[j]) + whatever*(Ecken[10+j]-Ecken[j])
endfor
= Ecken[2] + whatever*(Ecken[3]-Ecken[2]) + whatever*(Ecken[10+i]-Ecken[2]);
Kanten[16+i]=(10+i,14+i);
Kanten[18+i]=(12+i,14+i);
endfor
Kanten[20]=(14,15);
for j=1 upto 180:
beginfig(j);
fill for i=0 upto 3: (if i<2: - fi 5cm, if (i=1) or (i=2): - fi 6cm) -- endfor cycle withcolor black;
for i=0 upto 20:
draw dddpoint(
Ecken[xpart Kanten[i]] rotatedaround((0,1,0),90) rotatedaround((0,0,1),1*j)
)--dddpoint(
Ecken[ypart Kanten[i]] rotatedaround((0,1,0),90) rotatedaround ((0,0,1),1*j)
) withcolor white;
endfor
% for i=0 upto 15:
% newlabel.b(decimal i, dddpoint(Ecken[i]));
% endfor
endfig;
endfor
end;
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