68 lines
2.0 KiB
Plaintext
68 lines
2.0 KiB
Plaintext
\psset{xunit=1cm, yunit=1cm}
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%\psline[linecolor=lila, linewidth=0.5pt](C)(A)
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%\psframebox{
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\begin{pspicture}(-0.5,-0.5)(5,2.1)
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%\psgrid(0,0)(5,2)
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%\begin{pspicture}(0,0)(12, 2)
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\SpecialCoor
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\pscustom[linecolor = blue]{
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\code{/x1 30.23 cos 4 mul def %x= r*cos phi und y=r*sin phi
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/y1 30.23 sin 4 mul def
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%/r 30.23 sin 30.23 cos div 4 mul def %tan x = sin x /cos x
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%/x2 90 cos r mul def
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%/y2 90 sin r mul def
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/x2 4 30.23 cos div def
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}
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\psline(!0 0)(!x1 y1) \closepath
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\psline(!0 0) (!x2 0)\closepath
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\psline(!x2 0) (!x1 y1)\closepath}
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%\psline(0,0)(4,3)
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%\psline[linecolor=blue](4;30.23|4.6295690655178304211198499881141,0)
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%\psline[linecolor=blue](0,0)(4.6295690655178304211198499881141,0) %cos \alpha = b/c
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%\psline[linecolor=blue](4.6295690655178304211198499881141,0)(4;30.23)
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\psarc(3.42,2){0.5cm}{210}{305}
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\psarc(0,0){1cm}{0}{30.23}
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\uput[r](0.5;20){$\alpha$}
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\rput[c](3.35,1.7){\Huge{$\cdot$}}
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\rput[c](2.3,-0.25){c}
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\rput[c](4.3,1){a}
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%\psarc(0,0){2.5cm}{19}{71}
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%(2.3308602987736;59.77)
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%3,9284742244794781932242365314914
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%(0,0)(6;40)(2;10|6;40)%(4;40|0,0)
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%(0,0) (5;30.23) %Länge(Radius), Winkel
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% nächster Winkel wäre 59,77°
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%(!50 cos 4 mul 0)
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%\rput[c](6,1.5){$\vec{e_1}=\left(1,0,\ldots,0\right)$\hspace{5mm}\ldots\hspace{5mm}$\vec{e_i}=\left(0,\ldots,1,\ldots,0\right)$\hspace{5mm}\ldots\hspace{5mm}$\vec{e_n}=\left(0,\ldots,0,1\right)$}
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%\rput[c](6,1.5){\psframebox{$\cdot$}}
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%\rput[c](4.3,1.5){\psframebox{$\vec{e_1}=\left(1,0,\ldots,0\right)$\hspace{5mm}\ldots\hspace{5mm}$\vec{e_i}=\left(0,\ldots,1,\ldots,0\right)$\hspace{5mm}\ldots\hspace{5mm}$\vec{e_n}=\left(0,\ldots,0,1\right)$}}
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%\psline[arrows=->](7.9,0.5)(7.9,1.2)
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%\psline[arrowlength=3, arrowinset=0.1, linecolor=red]{->}(6.37,0.5)(6.37,1.3)
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%\rput[c](6.37,0.2){\color{red}{i. Koordinate}}
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%\rput[c](0.5,0.5){.}
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%\rput[c](12,2){.}
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\end{pspicture}%}
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%rput center --> Koordianten werden um die x-Koordinate ausgerichtet |