Mercurial > repos > non-riemannian-opt / file comparison
comparison: visualisation/cylinder.tex
visualisation/cylinder.tex
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- d7cd14b8ccc0
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- 271fba635bce
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| 1 \documentclass[tikz]{standalone} | |
| 2 | |
| 3 \input{plotsetup} | |
| 4 | |
| 5 \def\datapath{../res/cylinder} | |
| 6 | |
| 7 \begin{document} | |
| 8 | |
| 9 \begin{tikzpicture} | |
| 10 \pgfplotsset{ | |
| 11 onlyfront/.code = \pgfplotsset{x filter/.expression={% | |
| 12 \thisrow{face} == 0 || (% | |
| 13 and(\thisrow{face}==2, or(2*pi+\a <= \thisrow{angle}, \thisrow{angle} <= \b)) | |
| 14 ) ? x : nan% | |
| 15 },}, | |
| 16 onlyback/.code = \pgfplotsset{x filter/.expression={% | |
| 17 \thisrow{face} == 1 || (% | |
| 18 and(\thisrow{face}==2, or(2*pi+\a > \thisrow{angle}, \thisrow{angle} > \b)) | |
| 19 ) ? x : nan% | |
| 20 },}, | |
| 21 } | |
| 22 | |
| 23 \pgfmathsetmacro{\a}{-pi*5/6} | |
| 24 \pgfmathsetmacro{\b}{pi/6} | |
| 25 | |
| 26 \begin{axis}[illustr3d] | |
| 27 % Hidden edges | |
| 28 \addplot3[edge, domain=\b:(2*pi+\a), samples = 90, samples y = 0] ({cos(deg(x))}, {sin(deg(x))}, {-0.5}); | |
| 29 | |
| 30 % Data on hidden faces | |
| 31 \addplot3[backdata] table[ | |
| 32 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 33 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 34 z = z, | |
| 35 ] {\datapath/data.csv}; | |
| 36 | |
| 37 % Iterates on hidden faces | |
| 38 \addplot3[backiter1,onlyback] table[ | |
| 39 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 40 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 41 z = z, | |
| 42 ] {\datapath/x1_log.csv}; | |
| 43 \addplot3[backiter2,onlyback] table[ | |
| 44 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 45 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 46 z = z, | |
| 47 ] {\datapath/x2_log.csv}; | |
| 48 \addplot3[backiter3,onlyback] table[ | |
| 49 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 50 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 51 z = z, | |
| 52 ] {\datapath/x3_log.csv}; | |
| 53 | |
| 54 % Surface | |
| 55 \addplot3[ | |
| 56 surf, | |
| 57 mesh/ordering=x varies, % the second input coordinate stays fixed while first varies | |
| 58 mesh/cols=16, % number of first input coordinate points untils second changes | |
| 59 surfstyle, | |
| 60 %x filter/.expression = {or(2*pi+\a <= \thisrow{angle}, \thisrow{angle} <= \b)}, | |
| 61 ] table [ | |
| 62 x expr = cos(deg(\thisrow{angle})), | |
| 63 y expr = sin(deg(\thisrow{angle})), | |
| 64 z = v, | |
| 65 point meta = \thisrow{value}, | |
| 66 ] {\datapath/side_front.csv}; | |
| 67 \addplot3[ | |
| 68 surf, | |
| 69 mesh/ordering=x varies, % the second input coordinate stays fixed while first varies | |
| 70 mesh/cols=32, % number of first input coordinate points untils second changes | |
| 71 surfstyle, | |
| 72 ] table [ | |
| 73 x expr = \thisrow{v} * cos(deg(\thisrow{angle})), | |
| 74 y expr = \thisrow{v} * sin(deg(\thisrow{angle})), | |
| 75 z expr = 0.5, | |
| 76 point meta = \thisrow{value}, | |
| 77 ] {\datapath/top.csv}; | |
| 78 | |
| 79 % Edges | |
| 80 \addplot3[edge, domain={0:2*pi}, samples = 60, samples y = 0] ({cos(deg(x))}, {sin(deg(x))}, {0.5}); | |
| 81 \addplot3[edge, domain={\a:\b}, samples = 60, samples y = 0] ({cos(deg(x))}, {sin(deg(x))}, {-0.5}); | |
| 82 \addplot3[edge] coordinates { (cos(deg(\a)), sin(deg(\a)), -0.5) (cos(deg(\a)), sin(deg(\a)), 0.5) }; | |
| 83 \addplot3[edge] coordinates { (cos(deg(\b)), sin(deg(\b)), -0.5) (cos(deg(\b)), sin(deg(\b)), 0.5) }; | |
| 84 | |
| 85 % Data | |
| 86 \addplot3[data, onlyfront] table[ | |
| 87 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 88 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 89 z = z, | |
| 90 ] {\datapath/data.csv}; | |
| 91 \addlegendentry{Data} | |
| 92 | |
| 93 \addplot3[origin, onlyfront] table[ | |
| 94 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 95 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 96 z = z, | |
| 97 ] {\datapath/origin.csv}; | |
| 98 \addlegendentry{Origin} | |
| 99 | |
| 100 % Iterates | |
| 101 \addplot3[iter1,onlyfront] table[ | |
| 102 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 103 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 104 z = z, | |
| 105 ] {\datapath/x1_log.csv}; | |
| 106 \addlegendentry{Iterates 1} | |
| 107 \addplot3[iter2,onlyfront] table[ | |
| 108 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 109 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 110 z = z, | |
| 111 ] {\datapath/x2_log.csv}; | |
| 112 \addlegendentry{Iterates 2} | |
| 113 \addplot3[iter3,onlyfront] table[ | |
| 114 x expr = \thisrow{r} * cos(deg(\thisrow{angle})), | |
| 115 y expr = \thisrow{r} * sin(deg(\thisrow{angle})), | |
| 116 z = z, | |
| 117 ] {\datapath/x3_log.csv}; | |
| 118 \addlegendentry{Iterates 3} | |
| 119 \end{axis} | |
| 120 \end{tikzpicture} | |
| 121 | |
| 122 \end{document} |
