More 
Graphics
Sunday 28th November 2004
These graphics were taken from LaTeX Graphics
Triangle with circumscribed, inscribed, adjacent and Feuerbach circles
{166.18}
\pscircle[linecolor=yellow](250, 197){75.42}
% Adjacent circles
\pscircle[linestyle=dashed, linecolor=green](476, 135){157.68}
\pscircle[linestyle=dashed, linecolor=green](-32, -22){266.53}
\pscircle[linestyle=dashed, linecolor=green](132, 579){315.92}
% triangle
\psset{linewidth=1pt}
\pspolygon(43, 253)(361, 283)(287, 77)
% nine-points circle (Feuerbach)
\pscircle[linestyle=dotted, linecolor=red](242, 195){83.09}
\end{pspicture}](/steve/wordpress/latexrender/pictures/e025fb66adc45d6e2154d7c6d94da956.gif "\psset{unit=.25pt}
\begin{pspicture}*(420, 420)
\psset{linewidth=.4pt}
% Frame
\pspolygon(0, 0)(420, 0)(420, 420)(0, 420)
% Circumscribed circle and inscribed circle
\pscircle[linecolor=blue](206, 222){166.18}
\pscircle[linecolor=yellow](250, 197){75.42}
% Adjacent circles
\pscircle[linestyle=dashed, linecolor=green](476, 135){157.68}
\pscircle[linestyle=dashed, linecolor=green](-32, -22){266.53}
\pscircle[linestyle=dashed, linecolor=green](132, 579){315.92}
% triangle
\psset{linewidth=1pt}
\pspolygon(43, 253)(361, 283)(287, 77)
% nine-points circle (Feuerbach)
\pscircle[linestyle=dotted, linecolor=red](242, 195){83.09}
\end{pspicture}")
Rotation of axes
Multiple use of predefined partial pictures
![\setlength{\unitlength}{.25mm}
\begin{picture}(120, 168)
\newsavebox{\foldera}%
\savebox{\foldera}(40, 32)[l]{%
\multiput(0, 0)(0, 28){2}{\line(1, 0){40}}
\multiput(0, 0)(40, 0){2}{\line(0, 1){28}}
\put(1, 28){\oval(2, 2)[tl]}
\put(1, 29){\line(1, 0){5}}
\put(9, 29){\oval(6, 6)[tl]}
\put(9, 32){\line(1, 0){8}}
\put(17, 29){\oval(6, 6)[tr]}
\put(20, 29){\line(1, 0){19}}
\put(39, 28){\oval(2, 2)[tr]}
}
\newsavebox{\folderb}%
\savebox{\folderb}(40, 32)[l]{%
\put(0, 14){\line(1, 0){8}}
\put(8, 0){\usebox{\foldera}}
}
\multiput(0, 0)(120, 0){2}{\line(0, 1){168}}
\multiput(0, 0)(0, 168){2}{\line(1, 0){120}}
\put(34, 26){\line(0, 1){102}}
\put(14, 128){\usebox{\foldera}}
\multiput(34, 86)(0, -37){3}{\usebox{\folderb}}
\end{picture}](/steve/wordpress/latexrender/pictures/b1db0f79147b3b2c5e3ceabcc2c841de.gif "\setlength{\unitlength}{.25mm}
\begin{picture}(120, 168)
\newsavebox{\foldera}%
\savebox{\foldera}(40, 32)[l]{%
\multiput(0, 0)(0, 28){2}{\line(1, 0){40}}
\multiput(0, 0)(40, 0){2}{\line(0, 1){28}}
\put(1, 28){\oval(2, 2)[tl]}
\put(1, 29){\line(1, 0){5}}
\put(9, 29){\oval(6, 6)[tl]}
\put(9, 32){\line(1, 0){8}}
\put(17, 29){\oval(6, 6)[tr]}
\put(20, 29){\line(1, 0){19}}
\put(39, 28){\oval(2, 2)[tr]}
}
\newsavebox{\folderb}%
\savebox{\folderb}(40, 32)[l]{%
\put(0, 14){\line(1, 0){8}}
\put(8, 0){\usebox{\foldera}}
}
\multiput(0, 0)(120, 0){2}{\line(0, 1){168}}
\multiput(0, 0)(0, 168){2}{\line(1, 0){120}}
\put(34, 26){\line(0, 1){102}}
\put(14, 128){\usebox{\foldera}}
\multiput(34, 86)(0, -37){3}{\usebox{\folderb}}
\end{picture}")
The multiput and the linethickness command
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