proseminar/presentation/diagrams/diagramm_occlusion.tex
2023-06-15 17:39:22 +02:00

62 lines
1.4 KiB
TeX

\begin{tikzpicture}
\def\raynum{120}
\foreach \x in {0,...,\raynum} {
\ifthenelse{\x < 20 \OR \x>100}
{
\draw[color = kit-blue100] (\x /\raynum * 6 ,0) -- (3,4);
}{
\draw[color = kit-green100] (\x /\raynum * 6 ,0) -- (3,4);
}
}
\fill[
white
] (1.49,1) -- (4.51,1) -- (5.01,0) -- (0.99,0) -- cycle;
\draw [color=kit-blue100] (0,0) -- node[below]{wall} (6,0) ; % wall
\draw [color=kit-green100](1.5,1) -- node[below]{blocker} (4.5,1); %blocker
%cam
\node[
circle,
fill = kit-gray70,
minimum width = 1mm,
outer sep = 2mm
] (camera) at (3,4) {};
\node at (camera.north) {camera};
%magnifier
\node[
circle,
draw
] (mag) at (4.5, 1){};
\fill[
kit-green100
] (7,2) -- (9,2) -- (9,1.7) -- (7,1.7) -- cycle;
\draw[kit-blue100] (10,1) coordinate (blue_ray_isec) -- (7,4) coordinate (orig);
\draw[kit-green100] (8.7,2) coordinate (green_ray_isec) -- (7,4);
%line
\draw (mag.north east) -- (7,2);
%magnifier box
\draw (7,4) -- (10,4) -- (10,1) -- (7,1) -- cycle;
\pic [
draw,
->,
"$d\omega$",
angle radius=20mm,
angle eccentricity=1.1,
pic text options={shift={(3mm,3mm)}}
]
{angle = green_ray_isec--orig--blue_ray_isec};
\end{tikzpicture}