LLM Code Customization with Visual Results: A Benchmark on TikZ
Paper
• 2505.04670 • Published
• 2
difficulty_ast listlengths 1 7 | id stringlengths 7 28 | code stringlengths 918 3.32k | commented_code stringlengths 1.11k 3.44k | instruction stringlengths 18 328 | result_description stringlengths 10 115 | difficulty stringclasses 3 values | modification_type stringclasses 3 values | type stringclasses 2 values | patch listlengths 1 7 | template_solution_code listlengths 1 7 | code_solution listlengths 1 7 | image_solution images listlengths 1 7 | image_input imagewidth (px) 300 300 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
[
3
] | beam_coord_change | \documentclass[tikz,border=5pt]{standalone}
\usepackage{pgfplots}
\pgfplotsset{/pgf/number format/use comma,compat=1.16}
\usepackage[T1]{fontenc}
\usepackage[utf8]{inputenc}
\usepackage{stanli}
\usetikzlibrary{calc,intersections,patterns}
\begin{document}
\begin{tikzpicture}[scale=1]
\draw (-2,3) node[below] {O};
\draw[<->] (-1,3) node[right] {$x$}-|(-2,4) node[left]{$y$};
\point{A}{2}{9};
\point{B}{3}{4};
\point{B'}{5}{5};
\point{C}{0}{0};
\point{D}{8}{1};
\beam{2}{A}{B}[0][0];
\beam{2}{B}{C}[0][0];
\beam{2}{B}{D}[0][0];
\beam{3}{A}{B'};
\beam{3}{B'}{C};
\beam{3}{B'}{D};
\notation{4}{A}{B}[1];
\notation{4}{C}{B}[2][0.6];
\notation{4}{D}{B}[3];
\support{3}{A}[180];
\support{3}{C}[-45];
\support{3}{D}[45];
\hinge{1}{A}
\hinge{1}{B}
\hinge{1}{C}
\hinge{1}{D}
\hinge{1}{B'}
\begin{scope}[color=red]
\load{1}{B}[205][1.5];
\notation{1}{1.3,3.5}{F}[centered];
\end{scope}
\dimensioning{1}{B}{B'}{0.5}[$u_\mathrm{B}$];
\dimensioning{2}{B}{B'}{7}[$v_\mathrm{B}$];
\notation{1}{A}{A}[below left];
\notation{1}{B}{B}[above right];
\notation{1}{B'}{B'}[above right];
\notation{1}{C}{C}[right=1mm];
\notation{1}{D}{D}[left=1mm];
\draw (0.5,2.5) node[left]{$EA$} to [out=0,in=180] (1.5,2);
\draw (1.75,6.5) node[left]{$EA$} to [out=0,in=150] (2.6,6);
\draw (5.25,1.75) node[left]{$EA$} to [out=0,in=225] (6,2.2);
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5pt]{standalone}
\usepackage{pgfplots}
\pgfplotsset{/pgf/number format/use comma,compat=1.16}
\usepackage[T1]{fontenc}
\usepackage[utf8]{inputenc}
\usepackage{stanli} % TikZ Library for Structural Analysis by Jurgen Hackl
\usetikzlibrary{calc,intersections,patterns}
\begin{document}
\begin{tikzpicture}[scale=1]
%\draw [help lines] (0,0) grid [step=1] (8,9); %useful for construction
% Coordinates system
\draw (-2,3) node[below] {O};
\draw[<->] (-1,3) node[right] {$x$}-|(-2,4) node[left]{$y$};
%point
\point{A}{2}{9};
\point{B}{3}{4};
\point{B'}{5}{5};
\point{C}{0}{0};
\point{D}{8}{1};
%beams
\beam{2}{A}{B}[0][0];
\beam{2}{B}{C}[0][0];
\beam{2}{B}{D}[0][0];
\beam{3}{A}{B'};
\beam{3}{B'}{C};
\beam{3}{B'}{D};
\notation{4}{A}{B}[1];
\notation{4}{C}{B}[2][0.6];
\notation{4}{D}{B}[3];
%supports
\support{3}{A}[180];
\support{3}{C}[-45];
\support{3}{D}[45];
%hinges
\hinge{1}{A}
\hinge{1}{B}
\hinge{1}{C}
\hinge{1}{D}
\hinge{1}{B'}
%load force
\begin{scope}[color=red]
\load{1}{B}[205][1.5];
\notation{1}{1.3,3.5}{F}[centered];
\end{scope}
%displacements
\dimensioning{1}{B}{B'}{0.5}[$u_\mathrm{B}$];
\dimensioning{2}{B}{B'}{7}[$v_\mathrm{B}$];
%labels
\notation{1}{A}{A}[below left];
\notation{1}{B}{B}[above right];
\notation{1}{B'}{B'}[above right];
\notation{1}{C}{C}[right=1mm];
\notation{1}{D}{D}[left=1mm];
\draw (0.5,2.5) node[left]{$EA$} to [out=0,in=180] (1.5,2);
\draw (1.75,6.5) node[left]{$EA$} to [out=0,in=150] (2.6,6);
\draw (5.25,1.75) node[left]{$EA$} to [out=0,in=225] (6,2.2);
% To-paths are really useful for drawing curved lines. The above
% to path is equal to:
%
% \draw[-latex,thick] (3.2,0.5) node[right]{$\mathsf{S_{1,2}}$}
% ..controls +(180:.2cm) and +(up:0.25cm) .. (3,0);
% Internally the to path is translated to a similar bezier curve,
% but the to path syntax hides the complexity from the user.
\end{tikzpicture}
\end{document} | Move the coordinate system between the top EA and F. | Diagram of a mechanical system, with a coordinate system close to the point B | easy | update | scientific | [
"@@ -10,2 +10,2 @@\n\n-\\draw (-2,3) node[below] {O};\n-\\draw[<->] (-1,3) node[right] {$x$}-|(-2,4) node[left]{$y$};\n+\\draw (1,4.5) node[below] {O};\n+\\draw[<->] (2,4.5) node[right] {$x$}-|(1,5.5) node[left]{$y$};"
] | [
"\\documentclass[tikz,border=5pt]{standalone}\n\\usepackage{pgfplots}\n\\pgfplotsset{/pgf/number format/use comma,compat=1.16}\n\\usepackage[T1]{fontenc}\n\\usepackage[utf8]{inputenc}\n\\usepackage{stanli} \n\\usetikzlibrary{calc,intersections,patterns}\n\n\\begin{document}\n\\begin{tikzpicture}[scale=1]\n \\draw ... | [
"\\documentclass[tikz,border=5pt]{standalone}\n\\usepackage{pgfplots}\n\\pgfplotsset{/pgf/number format/use comma,compat=1.16}\n\\usepackage[T1]{fontenc}\n\\usepackage[utf8]{inputenc}\n\\usepackage{stanli} \n\\usetikzlibrary{calc,intersections,patterns}\n\n\\begin{document}\n\\begin{tikzpicture}[scale=1]\n \\draw ... | ||
[
29
] | bee_eyes | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{%
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{%
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | Add eyes to the bee with pupils, on the front of its head, looking forward | A bee with eyes, looking forward | hard | add | animal | [
"@@ -49,0 +50,2 @@\n\n+\\fill [BlueGrey100] (40, 150) circle [radius=20];\n+\\fill [BlueGrey700] (40, 160) circle [radius=7];"
] | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\n half clip/.code={\n \\clip (0, -256) rectangle (256, 256);\n },\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n colors alias/.style={color alias/.list/.expanded={#1}},\n execute/.code={#1},\n on l... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\n half clip/.code={\n \\clip (0, -256) rectangle (256, 256);\n },\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n colors alias/.style={color alias/.list/.expanded={#1}},\n execute/.code={#1},\n on l... | ||
[
19,
2
] | bee_longer_body | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{%
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{%
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | Make the body of the bee longer, and pointy | A bee with a long and pointy body | medium | update | animal | [
"@@ -25,2 +25,2 @@\n\n-\\fill [body] (0,-160)\n-.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n+\\fill [body] (0,-240)\n+.. controls ++(110:100) and ++(270:64) .. (-88, -16)\n@@ -29 +29 @@\n\n-.. controls ++(270:64) and ++( 60:64) .. cycle;\n+.. controls ++(270:64) and ++( 70:100) .. cycle;\n@@ -36,2 +36,2 @@... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\\tikzset{\nhalf clip/.code={\n\\clip (0, -256) rectangle (256, 256);\n},\ncolor alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\ncolors alias/.style={color alias/.list/.expanded={#1}},\nexecute/.code={#1},\non left/.style={.. on ... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\\tikzset{\nhalf clip/.code={\n\\clip (0, -256) rectangle (256, 256);\n},\ncolor alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\ncolors alias/.style={color alias/.list/.expanded={#1}},\nexecute/.code={#1},\non left/.style={.. on ... | ||
[
19,
1,
19
] | bee_mirrored | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{%
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{%
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | Mirror the bee horizontally | A bee, flying towards the left | easy | add | animal | [
"@@ -56 +56 @@\n\n-\\pic {bee};\n+\\pic[xscale=-1] {bee};",
"@@ -20 +20 @@\n\n-\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n+\\begin{scope}[x=3cm/480,y=3cm/480, rotate=45, shift=(270:48)]",
"@@ -56 +56 @@\n\n-\\pic {bee};\n+\\pic [xscale=-1] {bee};"
] | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\\tikzset{\nhalf clip/.code={\n\\clip (0, -256) rectangle (256, 256);\n},\ncolor alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\ncolors alias/.style={color alias/.list/.expanded={#1}},\nexecute/.code={#1},\non left/.style={.. on ... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\\tikzset{\nhalf clip/.code={\n\\clip (0, -256) rectangle (256, 256);\n},\ncolor alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\ncolors alias/.style={color alias/.list/.expanded={#1}},\nexecute/.code={#1},\non left/.style={.. on ... | ||
[
2,
2
] | bee_red_stripes | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{%
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{%
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | Change the color of the stripes to red | A bee with red stripes | easy | update | animal | [
"@@ -22,2 +22,2 @@\n\n-on left= {colors alias={body as BlueGrey800, stripes as Amber500}},\n-on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},\n+on left= {colors alias={body as BlueGrey800, stripes as Red}},\n+on right={colors alias={body as BlueGrey900, stripes as Red}, half clip},",
... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\n half clip/.code={\n \\clip (0, -256) rectangle (256, 256);\n },\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n colors alias/.style={color alias/.list/.expanded={#1}},\n execute/.code={#1},\n on l... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\n half clip/.code={\n \\clip (0, -256) rectangle (256, 256);\n },\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n colors alias/.style={color alias/.list/.expanded={#1}},\n execute/.code={#1},\n on l... | ||
[
8,
9,
7,
8,
9,
8
] | bee_three_wings | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{%
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
colors alias/.style={color alias/.list/.expanded={#1}},
execute/.code={#1},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
}
\newcommand\reflect[2][]{%
\begin{scope}[#1]\foreach \side in {-1, 1}{\begin{scope}
\ifnum\side=-1 \tikzset{.. on left/.try}\else\tikzset{.. on right/.try}\fi
\begin{scope}[xscale=\side]#2\end{scope}
\end{scope}}\end{scope}}
\tikzset{
bee/.pic={
\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]
\reflect[
on left= {colors alias={body as BlueGrey800, stripes as Amber500}},
on right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},
lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{
\fill [body] (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\fill [body] (0,128) ellipse [x radius=80, y radius=56];
\fill [body]
(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)
arc (90:180:64) -- cycle;
\fill [body] (@) circle [radius=12];
\begin{scope}
\clip (0,-160)
.. controls ++(120:64) and ++(270:64) .. (-88, -16)
.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)
.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)
.. controls ++(270:64) and ++( 60:64) .. cycle;
\foreach \i in {0,...,2}
\fill [stripes] (-256, -160 + \i*80) rectangle ++(512, 40);
\end{scope}
\foreach \s [count=\i from -1] in {lower wing, upper wing}
\fill [style=\s, shift={(16,56)}, rotate=\i*32]
(0,0)
.. controls ++( 30:64) and ++(180:32) .. (128,56)
arc (90:-90:56)
.. controls ++(180:32) and ++(330:64) .. cycle;
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {bee};
\end{tikzpicture}
\end{document} | Add a third pair of wings to the bee | A bee with three sets of wings | medium | add | animal | [
"@@ -24 +24 @@\n\n-lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n+lower wing/.style={fill=BlueGrey200}, upper wing/.style={fill=BlueGrey50}, middle wing/.style={fill=BlueGrey100}]{\n@@ -44 +44 @@\n\n-\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n+\\foreach \\s [count=... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\n half clip/.code={\n \\clip (0, -256) rectangle (256, 256);\n },\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n colors alias/.style={color alias/.list/.expanded={#1}},\n execute/.code={#1},\n on l... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\n half clip/.code={\n \\clip (0, -256) rectangle (256, 256);\n },\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n colors alias/.style={color alias/.list/.expanded={#1}},\n execute/.code={#1},\n on l... | ||
[
1
] | boson_square | \documentclass[tikz,border=5]{standalone}
\usepackage[utf8x]{inputenc}
\usepackage[T1]{fontenc}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage{color}
\usepackage[]{xcolor}
\usepackage{tikz}
\usepackage{tikz}
\usepackage{tikz-feynman}
\tikzfeynmanset{warn luatex=false}
\begin{document}
\begin{tikzpicture}[thick, transform shape]
\begin{feynman}
\vertex(ce);
\vertex [below = 0.1 of ce] (ce01){\((b)\)};
\vertex [left = 0.5 of ce] (l01);
\vertex [right = 0.5 of ce] (r01);
\vertex [above = 1 of ce] (c02);
\vertex [left = 1 of ce] (c12){\(k\)};
\vertex [right = 1 of ce] (c22){\(k\)};
\vertex [above left = 1 of ce] (c32){\(p_1\)};
\vertex [above right = 1 of ce] (c42){\(p_2\)};
\vertex[left = 3 of ce](ce2);
\vertex [below = 0.1 of ce2] (ce02){\((a)\)};
\vertex [above = 1 of ce2] (c01);
\vertex [left = 1 of ce2] (c11){\(k\)};
\vertex [right = 1 of ce2] (c21){\(k\)};
\vertex [above left = 1 of ce2] (c31){\(p_1\)};
\vertex [above right = 1 of ce2] (c41){\(p_2\)};
\vertex[right = 3 of ce](ce3);
\vertex [below = 0.1 of ce3] (ce03){\((c)\)};
\vertex [left = 0.5 of ce3] (l02);
\vertex [right = 0.5 of ce3] (r02);
\vertex [above = 1 of ce3] (c03);
\vertex [left = 1 of ce3] (c13){\(k\)};
\vertex [right = 1 of ce3] (c23){\(k\)};
\vertex [above left = 1 of ce3] (c33){\(p_1\)};
\vertex [above right = 1 of ce3] (c43){\(p_2\)};
\vertex[below = 2 of ce](ce4);
\vertex [below = 0.1 of ce4] (ce04){\((d)\)};
\vertex[above = 0.5 of ce4](ce5);
\vertex [above = 1 of ce4] (c04);
\vertex [left = 1 of ce4] (c14){\(k\)};
\vertex [right = 1 of ce4] (c24){\(k\)};
\vertex [above left = 1 of ce4] (c34){\(p_1\)};
\vertex [above right = 1 of ce4] (c44){\(p_2\)};
\diagram* {
(c12)--(c22),
(c11) --(c21),
(c13) --(c23),
(c14) --(c24),
(ce2) - - [boson, edge label'=\(\)](c31),
(ce2) - - [boson, edge label'=\(\)](c41),
(l01)- - [boson, edge label'=\(\)](c32),
(r01)- - [boson, edge label'=\(\)](c42),
(l02)- - [boson, edge label'=\(\)](c43),
(r02)- - [boson, edge label'=\(\)](c33),
(ce5)- - [boson, edge label'=\(\)](ce4),
(ce5)- - [boson, edge label'=\(\)](c34),
(ce5)- - [boson, edge label'=\(\)](c44),
};
\begin{scope}[decoration={
markings,
mark=at position 0.6 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);
\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);
\end{scope}
\begin{scope}[decoration={
markings,
mark=at position 0.3 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c11) -- node [right=4pt] {}(c21);
\draw[postaction={decorate}] (c14) -- node [right=4pt] {}(c24);
\end{scope}
\begin{scope}[decoration={
markings,
mark=at position 0.9 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c11) -- node [right=4pt] {}(c21);
\draw[postaction={decorate}] (c14) -- node [right=4pt] {}(c24);
\end{scope}
\begin{scope}[decoration={
markings,
mark=at position 0.2 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);
\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);
\end{scope}
\begin{scope}[decoration={
markings,
mark=at position 0.9 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);
\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);
\end{scope}
\end{feynman}
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[utf8x]{inputenc}
\usepackage[T1]{fontenc}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage{color}
\usepackage[]{xcolor}
\usepackage{tikz}
\usepackage{tikz}
\usepackage{tikz-feynman}
\tikzfeynmanset{warn luatex=false}
\begin{document}
\begin{tikzpicture}[thick, transform shape]
\begin{feynman}
%%Second
\vertex(ce);
\vertex [below = 0.1 of ce] (ce01){\((b)\)};
\vertex [left = 0.5 of ce] (l01);
\vertex [right = 0.5 of ce] (r01);
\vertex [above = 1 of ce] (c02);
\vertex [left = 1 of ce] (c12){\(k\)};
\vertex [right = 1 of ce] (c22){\(k\)};
\vertex [above left = 1 of ce] (c32){\(p_1\)};
\vertex [above right = 1 of ce] (c42){\(p_2\)};
\vertex[left = 3 of ce](ce2);
\vertex [below = 0.1 of ce2] (ce02){\((a)\)};
\vertex [above = 1 of ce2] (c01);
\vertex [left = 1 of ce2] (c11){\(k\)};
\vertex [right = 1 of ce2] (c21){\(k\)};
\vertex [above left = 1 of ce2] (c31){\(p_1\)};
\vertex [above right = 1 of ce2] (c41){\(p_2\)};
%%Third
\vertex[right = 3 of ce](ce3);
\vertex [below = 0.1 of ce3] (ce03){\((c)\)};
\vertex [left = 0.5 of ce3] (l02);
\vertex [right = 0.5 of ce3] (r02);
\vertex [above = 1 of ce3] (c03);
\vertex [left = 1 of ce3] (c13){\(k\)};
\vertex [right = 1 of ce3] (c23){\(k\)};
\vertex [above left = 1 of ce3] (c33){\(p_1\)};
\vertex [above right = 1 of ce3] (c43){\(p_2\)};
%%FOurth
\vertex[below = 2 of ce](ce4);
\vertex [below = 0.1 of ce4] (ce04){\((d)\)};
\vertex[above = 0.5 of ce4](ce5);
\vertex [above = 1 of ce4] (c04);
\vertex [left = 1 of ce4] (c14){\(k\)};
\vertex [right = 1 of ce4] (c24){\(k\)};
\vertex [above left = 1 of ce4] (c34){\(p_1\)};
\vertex [above right = 1 of ce4] (c44){\(p_2\)};
\diagram* {
(c12)--(c22),
(c11) --(c21),
(c13) --(c23),
(c14) --(c24),
(ce2) - - [boson, edge label'=\(\)](c31),
(ce2) - - [boson, edge label'=\(\)](c41),
(l01)- - [boson, edge label'=\(\)](c32),
(r01)- - [boson, edge label'=\(\)](c42),
(l02)- - [boson, edge label'=\(\)](c43),
(r02)- - [boson, edge label'=\(\)](c33),
(ce5)- - [boson, edge label'=\(\)](ce4),
(ce5)- - [boson, edge label'=\(\)](c34),
(ce5)- - [boson, edge label'=\(\)](c44),
};
\begin{scope}[decoration={
markings,
mark=at position 0.6 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);
\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);
\end{scope}
\begin{scope}[decoration={
markings,
mark=at position 0.3 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c11) -- node [right=4pt] {}(c21);
\draw[postaction={decorate}] (c14) -- node [right=4pt] {}(c24);
\end{scope}
\begin{scope}[decoration={
markings,
mark=at position 0.9 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c11) -- node [right=4pt] {}(c21);
\draw[postaction={decorate}] (c14) -- node [right=4pt] {}(c24);
\end{scope}
\begin{scope}[decoration={
markings,
mark=at position 0.2 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);
\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);
\end{scope}
\begin{scope}[decoration={
markings,
mark=at position 0.9 with {\arrow[>=Stealth]{>}}}]
\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);
\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);
\end{scope}
\end{feynman}
\end{tikzpicture}
\end{document} | Put the c diagram under a. | Feynman diagram in a grid layout | easy | update | scientific | [
"@@ -31 +31 @@\n\n-\\vertex[right = 3 of ce](ce3);\n+\\vertex[below = 2 of ce2](ce3);"
] | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[utf8x]{inputenc}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{color}\n\\usepackage[]{xcolor}\n\\usepackage{tikz}\n\\usepackage{tikz}\n\\usepackage{tikz-feynman}\n\\tikzfeynmanset{warn luatex=false}\n\n\\begin{documen... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[utf8x]{inputenc}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{color}\n\\usepackage[]{xcolor}\n\\usepackage{tikz}\n\\usepackage{tikz}\n\\usepackage{tikz-feynman}\n\\tikzfeynmanset{warn luatex=false}\n\n\\begin{documen... | ||
[
23
] | box_other_measure | \documentclass[tikz,border=5]{standalone}
\usepackage{amsmath, amsthm, amssymb,enumerate}
\usepackage{tikz}
\usetikzlibrary{shapes,arrows,fit,calc,positioning,patterns}
\usepackage{xcolor}
\usepackage{tikz}
\usepackage{pgfplots,amsmath}
\usetikzlibrary{shapes,arrows,fit,calc,positioning,patterns,decorations.pathmorphing,decorations.pathreplacing}
\tikzset{ brokenrect/.style={
append after command={
\pgfextra{
\path[draw,#1]
decorate[decoration={zigzag,segment length=0.3em, amplitude=.7mm}]
{(\tikzlastnode.north east)--(\tikzlastnode.south east)}
-- (\tikzlastnode.south west)|-cycle;
}}}}
\tikzset{ brokenrect2/.style={
append after command={
\pgfextra{
\path[draw,#1]
decorate[decoration={zigzag,segment length=0.3em, amplitude=.7mm}]
{(\tikzlastnode.north west)--(\tikzlastnode.south west)}
-- (\tikzlastnode.south east)|-cycle;
}}}}
\tikzset{cross/.style={cross out, draw=black, minimum size=2*(#1-\pgflinewidth), inner sep=0pt, outer sep=0pt},
cross/.default={1pt}}
\begin{document}
\begin{tikzpicture}
\def\ox{0}
\def\oy{0}
\coordinate(o) at (\ox,\oy);
\def\tl{10.0}
\draw [-latex](\ox,\oy) node[above left]{} -- (\ox+\tl,\oy) node[above,font=\small]{$t$};
\def\pi{0.5}
\tikzstyle{mystyle}=[draw, minimum height=0.5cm,rectangle, inner sep=0pt,font=\scriptsize]
\tikzstyle{mystyle2}=[draw = none, minimum height=0.25cm,rectangle, inner sep=0pt,font=\scriptsize]
\draw (0,0) -- (0,-0.2) node[below] {\tiny $S_1$};
\draw (\pi,0) -- (\pi,-0.2) node[below] {\tiny $S_2$};
\draw (2.5,0) -- (2.5,-0.2) node[below] {\tiny $S_3$};
\draw (7.5,0) -- (7.5,-0.2) node[below] {\tiny $C_1$};
\draw (4.75,0) -- (4.75,-0.2) node[below] {\tiny $C_2$};
\draw (9.5,0) -- (9.5,-0.2) node[below] {\tiny $C_3$};
\draw [<->] (\pi,0.65)--node[above]{\small $L_1$}(\pi+5,0.65);
\node(b1) [above right=-0.01cm and -0.01cm of o,mystyle, minimum width=\pi cm,pattern=north west lines, pattern color=red]{};
\node(b1_t) [mystyle2, fill = white] at (b1.center) {$a_1$};
\node(b2) [right=5cm of b1,mystyle, minimum width=2 cm,pattern=north west lines, pattern color=red]{};
\node(b2_t) [mystyle2, fill = white] at (b2.center) {$b_1$};
\node(b3) [right=0cm of b1,mystyle, minimum width=1.5 cm,pattern=north east lines, pattern color=green]{};
\node(b3_t) [mystyle2, fill = white] at (b3.center) {$a_2$};
\node(b4) [right=2cm of b3,mystyle, minimum width=0.75 cm,pattern=north east lines, pattern color=green]{};
\node(b4_t) [mystyle2, fill = white] at (b4.center) {$b_2$};
\node(b5) [right=0.5cm of b3,mystyle, minimum width=1 cm,pattern=vertical lines, pattern color=yellow]{};
\node(b5_t) [mystyle2, fill = white] at (b5.center) {$a_3$};
\node(b6) [right=1cm of b2,mystyle, minimum width=1 cm,pattern=vertical lines, pattern color=yellow]{};
\node(b6_t) [mystyle2, fill = white] at (b6.center) {$b_3$};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage{amsmath, amsthm, amssymb,enumerate}
\usepackage{tikz}
\usetikzlibrary{shapes,arrows,fit,calc,positioning,patterns}
\usepackage{xcolor}
\usepackage{tikz}
\usepackage{pgfplots,amsmath}
\usetikzlibrary{shapes,arrows,fit,calc,positioning,patterns,decorations.pathmorphing,decorations.pathreplacing}
\tikzset{ brokenrect/.style={
append after command={
\pgfextra{
\path[draw,#1]
decorate[decoration={zigzag,segment length=0.3em, amplitude=.7mm}]
{(\tikzlastnode.north east)--(\tikzlastnode.south east)}
-- (\tikzlastnode.south west)|-cycle;
}}}}
\tikzset{ brokenrect2/.style={
append after command={
\pgfextra{
\path[draw,#1]
decorate[decoration={zigzag,segment length=0.3em, amplitude=.7mm}]
{(\tikzlastnode.north west)--(\tikzlastnode.south west)}
-- (\tikzlastnode.south east)|-cycle;
}}}}
\tikzset{cross/.style={cross out, draw=black, minimum size=2*(#1-\pgflinewidth), inner sep=0pt, outer sep=0pt},
%default radius will be 1pt.
cross/.default={1pt}}
\begin{document}
\begin{tikzpicture}
\def\ox{0}
\def\oy{0}
\coordinate(o) at (\ox,\oy);
%axis
\def\tl{10.0}
\draw [-latex](\ox,\oy) node[above left]{} -- (\ox+\tl,\oy) node[above,font=\small]{$t$};
%definitions for jobs
\def\pi{0.5}
\tikzstyle{mystyle}=[draw, minimum height=0.5cm,rectangle, inner sep=0pt,font=\scriptsize]
\tikzstyle{mystyle2}=[draw = none, minimum height=0.25cm,rectangle, inner sep=0pt,font=\scriptsize]
\draw (0,0) -- (0,-0.2) node[below] {\tiny $S_1$};
\draw (\pi,0) -- (\pi,-0.2) node[below] {\tiny $S_2$};
\draw (2.5,0) -- (2.5,-0.2) node[below] {\tiny $S_3$};
\draw (7.5,0) -- (7.5,-0.2) node[below] {\tiny $C_1$};
\draw (4.75,0) -- (4.75,-0.2) node[below] {\tiny $C_2$};
\draw (9.5,0) -- (9.5,-0.2) node[below] {\tiny $C_3$};
\draw [<->] (\pi,0.65)--node[above]{\small $L_1$}(\pi+5,0.65);
%jobs
\node(b1) [above right=-0.01cm and -0.01cm of o,mystyle, minimum width=\pi cm,pattern=north west lines, pattern color=red]{};
\node(b1_t) [mystyle2, fill = white] at (b1.center) {$a_1$};
\node(b2) [right=5cm of b1,mystyle, minimum width=2 cm,pattern=north west lines, pattern color=red]{};
\node(b2_t) [mystyle2, fill = white] at (b2.center) {$b_1$};
\node(b3) [right=0cm of b1,mystyle, minimum width=1.5 cm,pattern=north east lines, pattern color=green]{};
\node(b3_t) [mystyle2, fill = white] at (b3.center) {$a_2$};
\node(b4) [right=2cm of b3,mystyle, minimum width=0.75 cm,pattern=north east lines, pattern color=green]{};
\node(b4_t) [mystyle2, fill = white] at (b4.center) {$b_2$};
\node(b5) [right=0.5cm of b3,mystyle, minimum width=1 cm,pattern=vertical lines, pattern color=yellow]{};
\node(b5_t) [mystyle2, fill = white] at (b5.center) {$a_3$};
\node(b6) [right=1cm of b2,mystyle, minimum width=1 cm,pattern=vertical lines, pattern color=yellow]{};
\node(b6_t) [mystyle2, fill = white] at (b6.center) {$b_3$};
\end{tikzpicture}
\end{document} | Add another interval L2, going from the end of b1 to the end of b3. | colored Boxes placed on a t axis, with a L2 measure on the top right. | easy | add | scientific | [
"@@ -43,0 +44 @@\n\n+\\draw [<->] (7.5,0.65)--node[above]{\\small $L_2$}(9.5,0.65);"
] | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb,enumerate}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes,arrows,fit,calc,positioning,patterns}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots,amsmath}\n\\usetikzlibrary{shapes,arrows,fit,calc,positioning,patterns,dec... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb,enumerate}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes,arrows,fit,calc,positioning,patterns}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots,amsmath}\n\\usetikzlibrary{shapes,arrows,fit,calc,positioning,patterns,dec... | ||
[
12
] | cardiac_right_align | \documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{tikz}
\usepgfmodule{nonlineartransformations}
\usetikzlibrary{curvilinear,patterns,decorations.pathreplacing,spy,calc}
\usepackage{pgfplots}
\usepackage{pgfplotstable}
\usepgfplotslibrary{groupplots}
\pgfplotsset{/pgfplots/table/search path={dat}}
\begin{document}
\begin{tikzpicture}[xscale=1.3,yscale=1.2]
\def\block(#1,#2,#3,#4){\node[draw=black,thick,rounded corners=2,inner sep=8,fill=white] (#1) at (#2,#3) [anchor=center] {#4};}
\begin{scope}[shift={(0,8)}]
\draw[thick,blue](-1,-0.75) rectangle (4,3.25);
\node at (0.5,2.75) {\bf{OpenCL Program}};
\block(A, 0.0, 0, Block 6)
\block(B, 1.5, 0, Block 7)
\block(C, 3.0, 0, Block 8)
\block(E, 0.0, 1, Block 3)
\block(F, 1.5, 1, Block 4)
\block(G, 3.0, 1, Block 5)
\block(E, 0.0, 2, Block 0)
\block(F, 1.5, 2, Block 1)
\block(G, 3.0, 2, Block 2)
\end{scope}
\begin{scope}[shift={(2,1.25)}]
\draw[->,thick,blue] (0.0,4) to (0.0,-0.75);
\draw[->,thick,blue] (1.5,4) to (1.5,0.25);
\draw[->,thick,blue] (3.0,4) to (3.0,0.25);
\draw[->,thick,blue] (4.5,4) to (4.5,0.25);
\end{scope}
\begin{scope}[shift={(2,5)}]
\draw[thick,black](-1,-0.75) rectangle (5.5,1.25);
\draw[pattern=north east lines,pattern color=lightgray](-1,-0.75) rectangle (5.5,1.25);
\node at (0.5,0.75) {\bf{GPU with 4 Cores}};
\block(A, 0.0, 0, Core 0)
\block(B, 1.5, 0, Core 1)
\block(C, 3.0, 0, Core 2)
\block(E, 4.5, 0, Core 3)
\end{scope}
\begin{scope}[shift={(2,1.25)}]
\draw[thick,black](-1,-1) rectangle (5.5,2.75);
\block(A, 0.0, 2, Block 0)
\block(B, 1.5, 2, Block 1)
\block(C, 3.0, 2, Block 2)
\block(E, 4.5, 2, Block 3)
\block(A, 0.0, 1, Block 4)
\block(B, 1.5, 1, Block 5)
\block(C, 3.0, 1, Block 6)
\block(E, 4.5, 1, Block 7)
\block(A, 0.0, 0, Block 8)
\end{scope}
\draw[->,black,thick,out=0,in=90] (4.25,9) to node [midway,above,black,anchor=west] {\bf{Compile}} (6,6.5) ;
\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\bf{Execute}} (0.5,0.5) ;
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{tikz}
\usepgfmodule{nonlineartransformations}
\usetikzlibrary{curvilinear,patterns,decorations.pathreplacing,spy,calc}
\usepackage{pgfplots}
\usepackage{pgfplotstable}
\usepgfplotslibrary{groupplots}
\pgfplotsset{/pgfplots/table/search path={dat}}
\begin{document}
\begin{tikzpicture}[xscale=1.3,yscale=1.2]
\def\block(#1,#2,#3,#4){\node[draw=black,thick,rounded corners=2,inner sep=8,fill=white] (#1) at (#2,#3) [anchor=center] {#4};}
% blocks1
\begin{scope}[shift={(0,8)}]
\draw[thick,blue](-1,-0.75) rectangle (4,3.25);
\node at (0.5,2.75) {\bf{OpenCL Program}};
\block(A, 0.0, 0, Block 6)
\block(B, 1.5, 0, Block 7)
\block(C, 3.0, 0, Block 8)
\block(E, 0.0, 1, Block 3)
\block(F, 1.5, 1, Block 4)
\block(G, 3.0, 1, Block 5)
\block(E, 0.0, 2, Block 0)
\block(F, 1.5, 2, Block 1)
\block(G, 3.0, 2, Block 2)
\end{scope}
%arrows
\begin{scope}[shift={(2,1.25)}]
\draw[->,thick,blue] (0.0,4) to (0.0,-0.75);
\draw[->,thick,blue] (1.5,4) to (1.5,0.25);
\draw[->,thick,blue] (3.0,4) to (3.0,0.25);
\draw[->,thick,blue] (4.5,4) to (4.5,0.25);
\end{scope}
% gpu
\begin{scope}[shift={(2,5)}]
\draw[thick,black](-1,-0.75) rectangle (5.5,1.25);
\draw[pattern=north east lines,pattern color=lightgray](-1,-0.75) rectangle (5.5,1.25);
\node at (0.5,0.75) {\bf{GPU with 4 Cores}};
\block(A, 0.0, 0, Core 0)
\block(B, 1.5, 0, Core 1)
\block(C, 3.0, 0, Core 2)
\block(E, 4.5, 0, Core 3)
\end{scope}
% blocks2
\begin{scope}[shift={(2,1.25)}]
\draw[thick,black](-1,-1) rectangle (5.5,2.75);
\block(A, 0.0, 2, Block 0)
\block(B, 1.5, 2, Block 1)
\block(C, 3.0, 2, Block 2)
\block(E, 4.5, 2, Block 3)
\block(A, 0.0, 1, Block 4)
\block(B, 1.5, 1, Block 5)
\block(C, 3.0, 1, Block 6)
\block(E, 4.5, 1, Block 7)
\block(A, 0.0, 0, Block 8)
\end{scope}
%arrows
\draw[->,black,thick,out=0,in=90] (4.25,9) to node [midway,above,black,anchor=west] {\bf{Compile}} (6,6.5) ;
\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\bf{Execute}} (0.5,0.5) ;
\end{tikzpicture}
\end{document} | Move the gpu and the section under it(all the bottom content) to the right of the OpenCL Program. Put the "Execute" arrow to the right so that it does not interfere with the compile arrow. | Diagram of the execution of a openCL program, with the GPU diagram placed on the right. | hard | update | scientific | [
"@@ -26 +26 @@\n\n-\\begin{scope}[shift={(2,1.25)}]\n+\\begin{scope}[shift={(7.5,8.25)}]\n@@ -28,3 +28,3 @@\n\n-\\draw[->,thick,blue] (1.5,4) to (1.5,0.25);\n-\\draw[->,thick,blue] (3.0,4) to (3.0,0.25);\n-\\draw[->,thick,blue] (4.5,4) to (4.5,0.25);\n+\\draw[->,thick,blue] (1.5,4) to (1.5,+0.25);\n+\\draw[->,thick... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{tikz}\n\\usepgfmodule{nonlineartransformations}\n\\usetikzlibrary{curvilinear,patterns,decorations.pathreplacing,spy,calc}\n\\usepackage{pgfplots}\n\\usepackage{pgfplotstable}\n\\usepgfplotslibrary{groupplots}\n\\pgfplotsset{/pgfplots/... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{tikz}\n\\usepgfmodule{nonlineartransformations}\n\\usetikzlibrary{curvilinear,patterns,decorations.pathreplacing,spy,calc}\n\\usepackage{pgfplots}\n\\usepackage{pgfplotstable}\n\\usepgfplotslibrary{groupplots}\n\\pgfplotsset{/pgfplots/... | ||
[
31
] | cardiac_rm_blocks | \documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{tikz}
\usepgfmodule{nonlineartransformations}
\usetikzlibrary{curvilinear,patterns,decorations.pathreplacing,spy,calc}
\usepackage{pgfplots}
\usepackage{pgfplotstable}
\usepgfplotslibrary{groupplots}
\pgfplotsset{/pgfplots/table/search path={dat}}
\begin{document}
\begin{tikzpicture}[xscale=1.3,yscale=1.2]
\def\block(#1,#2,#3,#4){\node[draw=black,thick,rounded corners=2,inner sep=8,fill=white] (#1) at (#2,#3) [anchor=center] {#4};}
\begin{scope}[shift={(0,8)}]
\draw[thick,blue](-1,-0.75) rectangle (4,3.25);
\node at (0.5,2.75) {\bf{OpenCL Program}};
\block(A, 0.0, 0, Block 6)
\block(B, 1.5, 0, Block 7)
\block(C, 3.0, 0, Block 8)
\block(E, 0.0, 1, Block 3)
\block(F, 1.5, 1, Block 4)
\block(G, 3.0, 1, Block 5)
\block(E, 0.0, 2, Block 0)
\block(F, 1.5, 2, Block 1)
\block(G, 3.0, 2, Block 2)
\end{scope}
\begin{scope}[shift={(2,1.25)}]
\draw[->,thick,blue] (0.0,4) to (0.0,-0.75);
\draw[->,thick,blue] (1.5,4) to (1.5,0.25);
\draw[->,thick,blue] (3.0,4) to (3.0,0.25);
\draw[->,thick,blue] (4.5,4) to (4.5,0.25);
\end{scope}
\begin{scope}[shift={(2,5)}]
\draw[thick,black](-1,-0.75) rectangle (5.5,1.25);
\draw[pattern=north east lines,pattern color=lightgray](-1,-0.75) rectangle (5.5,1.25);
\node at (0.5,0.75) {\bf{GPU with 4 Cores}};
\block(A, 0.0, 0, Core 0)
\block(B, 1.5, 0, Core 1)
\block(C, 3.0, 0, Core 2)
\block(E, 4.5, 0, Core 3)
\end{scope}
\begin{scope}[shift={(2,1.25)}]
\draw[thick,black](-1,-1) rectangle (5.5,2.75);
\block(A, 0.0, 2, Block 0)
\block(B, 1.5, 2, Block 1)
\block(C, 3.0, 2, Block 2)
\block(E, 4.5, 2, Block 3)
\block(A, 0.0, 1, Block 4)
\block(B, 1.5, 1, Block 5)
\block(C, 3.0, 1, Block 6)
\block(E, 4.5, 1, Block 7)
\block(A, 0.0, 0, Block 8)
\end{scope}
\draw[->,black,thick,out=0,in=90] (4.25,9) to node [midway,above,black,anchor=west] {\bf{Compile}} (6,6.5) ;
\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\bf{Execute}} (0.5,0.5) ;
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{tikz}
\usepgfmodule{nonlineartransformations}
\usetikzlibrary{curvilinear,patterns,decorations.pathreplacing,spy,calc}
\usepackage{pgfplots}
\usepackage{pgfplotstable}
\usepgfplotslibrary{groupplots}
\pgfplotsset{/pgfplots/table/search path={dat}}
\begin{document}
\begin{tikzpicture}[xscale=1.3,yscale=1.2]
\def\block(#1,#2,#3,#4){\node[draw=black,thick,rounded corners=2,inner sep=8,fill=white] (#1) at (#2,#3) [anchor=center] {#4};}
% blocks1
\begin{scope}[shift={(0,8)}]
\draw[thick,blue](-1,-0.75) rectangle (4,3.25);
\node at (0.5,2.75) {\bf{OpenCL Program}};
\block(A, 0.0, 0, Block 6)
\block(B, 1.5, 0, Block 7)
\block(C, 3.0, 0, Block 8)
\block(E, 0.0, 1, Block 3)
\block(F, 1.5, 1, Block 4)
\block(G, 3.0, 1, Block 5)
\block(E, 0.0, 2, Block 0)
\block(F, 1.5, 2, Block 1)
\block(G, 3.0, 2, Block 2)
\end{scope}
%arrows
\begin{scope}[shift={(2,1.25)}]
\draw[->,thick,blue] (0.0,4) to (0.0,-0.75);
\draw[->,thick,blue] (1.5,4) to (1.5,0.25);
\draw[->,thick,blue] (3.0,4) to (3.0,0.25);
\draw[->,thick,blue] (4.5,4) to (4.5,0.25);
\end{scope}
% gpu
\begin{scope}[shift={(2,5)}]
\draw[thick,black](-1,-0.75) rectangle (5.5,1.25);
\draw[pattern=north east lines,pattern color=lightgray](-1,-0.75) rectangle (5.5,1.25);
\node at (0.5,0.75) {\bf{GPU with 4 Cores}};
\block(A, 0.0, 0, Core 0)
\block(B, 1.5, 0, Core 1)
\block(C, 3.0, 0, Core 2)
\block(E, 4.5, 0, Core 3)
\end{scope}
% blocks2
\begin{scope}[shift={(2,1.25)}]
\draw[thick,black](-1,-1) rectangle (5.5,2.75);
\block(A, 0.0, 2, Block 0)
\block(B, 1.5, 2, Block 1)
\block(C, 3.0, 2, Block 2)
\block(E, 4.5, 2, Block 3)
\block(A, 0.0, 1, Block 4)
\block(B, 1.5, 1, Block 5)
\block(C, 3.0, 1, Block 6)
\block(E, 4.5, 1, Block 7)
\block(A, 0.0, 0, Block 8)
\end{scope}
%arrows
\draw[->,black,thick,out=0,in=90] (4.25,9) to node [midway,above,black,anchor=west] {\bf{Compile}} (6,6.5) ;
\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\bf{Execute}} (0.5,0.5) ;
\end{tikzpicture}
\end{document} | Delete the Blocks 6, 7 and 8. update the size and positions of the boxes and arrows accordingly. | Diagram of the execution of a openCL program, containing 5 blocks | medium | remove | scientific | [
"@@ -13,2 +13,2 @@\n\n-\\begin{scope}[shift={(0,8)}]\n-\\draw[thick,blue](-1,-0.75) rectangle (4,3.25);\n+\\begin{scope}[shift={(0,7.25)}]\n+\\draw[thick,blue](-1,0) rectangle (4,3.25);\n@@ -16,3 +15,0 @@\n\n-\\block(A, 0.0, 0, Block 6)\n-\\block(B, 1.5, 0, Block 7)\n-\\block(C, 3.0, 0, Block 8)\n@@ -27 +24 @@\n\n-... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{tikz}\n\\usepgfmodule{nonlineartransformations}\n\\usetikzlibrary{curvilinear,patterns,decorations.pathreplacing,spy,calc}\n\\usepackage{pgfplots}\n\\usepackage{pgfplotstable}\n\\usepgfplotslibrary{groupplots}\n\\pgfplotsset{/pgfplots/... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{tikz}\n\\usepgfmodule{nonlineartransformations}\n\\usetikzlibrary{curvilinear,patterns,decorations.pathreplacing,spy,calc}\n\\usepackage{pgfplots}\n\\usepackage{pgfplotstable}\n\\usepgfplotslibrary{groupplots}\n\\pgfplotsset{/pgfplots/... | ||
[
1,
8
] | cat_big | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
cat/.pic={
\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}
\useasboundingbox (-1,-1) (1,2);
\fill [BlueGrey900] (0,-2)
.. controls ++(180:3) and ++(0:5/4) .. (-2,0)
arc (270:90:1/5)
.. controls ++(0:2) and ++(180:11/4) .. (0,-2+2/5);
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,9/4)}, rotate=45*\i]{
\clip [overlay] (0, 5/9) ellipse [radius=8/9];
\clip [overlay] (0,-5/9) ellipse [radius=8/9];
\fill [BlueGrey900] ellipse [radius=1];
\clip [overlay] (0, 7/9) ellipse [radius=10/11];
\clip [overlay] (0,-7/9) ellipse [radius=10/11];
\fill [Purple100] ellipse [radius=1];
};
\fill [BlueGrey900] ellipse [x radius=3/4, y radius=2];
\fill [BlueGrey100] ellipse [x radius=1/3, y radius=1];
\fill [BlueGrey900]
(0,15/8) ellipse [x radius=1, y radius=5/6]
(0, 8/6) ellipse [x radius=1/2, y radius=1/2]
{[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}
{[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};
\fill [BlueGrey500]
(-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]
( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];
\fill [Purple100]
(0,12/8) ellipse [x radius=1/10, y radius=1/5]
(0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,2)}, rotate=35*\i]{
\clip [overlay] (0, 1/7) ellipse [radius=2/7];
\clip [overlay] (0,-1/7) ellipse [radius=2/7];
\fill [Yellow50] ellipse [radius=1];
};
\scoped{
\clip (-1,-2) rectangle ++(2,1);
\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];
\fill [Grey100]
(-1/2,-2) ellipse [x radius=1/3, y radius=1/4]
( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];
};
\foreach \i in {-1,1}
\foreach \j in {-1,0,1}
\fill [Grey100, shift={(0,11/8)}, xscale=\i, rotate=\j*15,
shift=(0:1/2)]
ellipse [x radius=1/3, y radius=1/64];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cat};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
cat/.pic={
\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}
\useasboundingbox (-1,-1) (1,2);
\fill [BlueGrey900] (0,-2)
.. controls ++(180:3) and ++(0:5/4) .. (-2,0)
arc (270:90:1/5)
.. controls ++(0:2) and ++(180:11/4) .. (0,-2+2/5);
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,9/4)}, rotate=45*\i]{
\clip [overlay] (0, 5/9) ellipse [radius=8/9];
\clip [overlay] (0,-5/9) ellipse [radius=8/9];
\fill [BlueGrey900] ellipse [radius=1];
\clip [overlay] (0, 7/9) ellipse [radius=10/11];
\clip [overlay] (0,-7/9) ellipse [radius=10/11];
\fill [Purple100] ellipse [radius=1];
};
\fill [BlueGrey900] ellipse [x radius=3/4, y radius=2];
\fill [BlueGrey100] ellipse [x radius=1/3, y radius=1];
\fill [BlueGrey900]
(0,15/8) ellipse [x radius=1, y radius=5/6]
(0, 8/6) ellipse [x radius=1/2, y radius=1/2]
{[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}
{[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};
\fill [BlueGrey500]
(-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]
( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];
\fill [Purple100]
(0,12/8) ellipse [x radius=1/10, y radius=1/5]
(0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,2)}, rotate=35*\i]{
\clip [overlay] (0, 1/7) ellipse [radius=2/7];
\clip [overlay] (0,-1/7) ellipse [radius=2/7];
\fill [Yellow50] ellipse [radius=1];
};
\scoped{
\clip (-1,-2) rectangle ++(2,1);
\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];
\fill [Grey100]
(-1/2,-2) ellipse [x radius=1/3, y radius=1/4]
( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];
};
\foreach \i in {-1,1}
\foreach \j in {-1,0,1}
\fill [Grey100, shift={(0,11/8)}, xscale=\i, rotate=\j*15,
shift=(0:1/2)]
ellipse [x radius=1/3, y radius=1/64];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cat};
\end{tikzpicture}
\end{document} | Make the cat wider | A very wide cat | medium | update | animal | [
"@@ -5 +5 @@\n\n-\\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}\n+\\tikzset{x=4cm/5,y=3cm/5,shift={(0,-1/3)}}",
"@@ -20,2 +20,2 @@\n\n-\\fill [BlueGrey900] ellipse [x radius=3/4, y radius=2];\n-\\fill [BlueGrey100] ellipse [x radius=1/3, y radius=1];\n+\\fill [BlueGrey900] ellipse [x radius=1.25, y radius=2];\n+\\fi... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\ncat/.pic={\n\\tikzset{x=§range(4,5,4)cm/5,y=3cm/5,shift={(0,-1/3)}}\n\\useasboundingbox (§rangei(-1,1),-1) (§rangei(1,1),2);\n\\fill [BlueGrey900] (0,-2)\n .. controls ++(180:3) and ++(0:5/4) .. (-2,0)\n arc (270:90... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\ncat/.pic={\n\\tikzset{x=4cm/5,y=3cm/5,shift={(0,-1/3)}}\n\\useasboundingbox (-1,-1) (1,2);\n\\fill [BlueGrey900] (0,-2)\n .. controls ++(180:3) and ++(0:5/4) .. (-2,0)\n arc (270:90:1/5)\n .. controls ++(0:2) and +... | ||
[
1,
1,
1
] | cat_blue_nose | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
cat/.pic={
\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}
\useasboundingbox (-1,-1) (1,2);
\fill [BlueGrey900] (0,-2)
.. controls ++(180:3) and ++(0:5/4) .. (-2,0)
arc (270:90:1/5)
.. controls ++(0:2) and ++(180:11/4) .. (0,-2+2/5);
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,9/4)}, rotate=45*\i]{
\clip [overlay] (0, 5/9) ellipse [radius=8/9];
\clip [overlay] (0,-5/9) ellipse [radius=8/9];
\fill [BlueGrey900] ellipse [radius=1];
\clip [overlay] (0, 7/9) ellipse [radius=10/11];
\clip [overlay] (0,-7/9) ellipse [radius=10/11];
\fill [Purple100] ellipse [radius=1];
};
\fill [BlueGrey900] ellipse [x radius=3/4, y radius=2];
\fill [BlueGrey100] ellipse [x radius=1/3, y radius=1];
\fill [BlueGrey900]
(0,15/8) ellipse [x radius=1, y radius=5/6]
(0, 8/6) ellipse [x radius=1/2, y radius=1/2]
{[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}
{[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};
\fill [BlueGrey500]
(-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]
( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];
\fill [Purple100]
(0,12/8) ellipse [x radius=1/10, y radius=1/5]
(0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,2)}, rotate=35*\i]{
\clip [overlay] (0, 1/7) ellipse [radius=2/7];
\clip [overlay] (0,-1/7) ellipse [radius=2/7];
\fill [Yellow50] ellipse [radius=1];
};
\scoped{
\clip (-1,-2) rectangle ++(2,1);
\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];
\fill [Grey100]
(-1/2,-2) ellipse [x radius=1/3, y radius=1/4]
( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];
};
\foreach \i in {-1,1}
\foreach \j in {-1,0,1}
\fill [Grey100, shift={(0,11/8)}, xscale=\i, rotate=\j*15,
shift=(0:1/2)]
ellipse [x radius=1/3, y radius=1/64];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cat};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
cat/.pic={
\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}
\useasboundingbox (-1,-1) (1,2);
\fill [BlueGrey900] (0,-2)
.. controls ++(180:3) and ++(0:5/4) .. (-2,0)
arc (270:90:1/5)
.. controls ++(0:2) and ++(180:11/4) .. (0,-2+2/5);
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,9/4)}, rotate=45*\i]{
\clip [overlay] (0, 5/9) ellipse [radius=8/9];
\clip [overlay] (0,-5/9) ellipse [radius=8/9];
\fill [BlueGrey900] ellipse [radius=1];
\clip [overlay] (0, 7/9) ellipse [radius=10/11];
\clip [overlay] (0,-7/9) ellipse [radius=10/11];
\fill [Purple100] ellipse [radius=1];
};
\fill [BlueGrey900] ellipse [x radius=3/4, y radius=2];
\fill [BlueGrey100] ellipse [x radius=1/3, y radius=1];
\fill [BlueGrey900]
(0,15/8) ellipse [x radius=1, y radius=5/6]
(0, 8/6) ellipse [x radius=1/2, y radius=1/2]
{[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}
{[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};
\fill [BlueGrey500]
(-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]
( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];
\fill [Purple100]
(0,12/8) ellipse [x radius=1/10, y radius=1/5]
(0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,2)}, rotate=35*\i]{
\clip [overlay] (0, 1/7) ellipse [radius=2/7];
\clip [overlay] (0,-1/7) ellipse [radius=2/7];
\fill [Yellow50] ellipse [radius=1];
};
\scoped{
\clip (-1,-2) rectangle ++(2,1);
\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];
\fill [Grey100]
(-1/2,-2) ellipse [x radius=1/3, y radius=1/4]
( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];
};
\foreach \i in {-1,1}
\foreach \j in {-1,0,1}
\fill [Grey100, shift={(0,11/8)}, xscale=\i, rotate=\j*15,
shift=(0:1/2)]
ellipse [x radius=1/3, y radius=1/64];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cat};
\end{tikzpicture}
\end{document} | Make the nose of the cat blue | A cat with a blue nose | easy | update | animal | [
"@@ -30 +30 @@\n\n-\\fill [Purple100]\n+\\fill [Blue]",
"@@ -30 +30 @@\n\n-\\fill [Purple100]\n+\\fill [Blue500]",
"@@ -30 +30 @@\n\n-\\fill [Purple100]\n+\\fill [LightBlue500]"
] | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\ncat/.pic={\n\\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}\n\\useasboundingbox (-1,-1) (1,2);\n\\fill [BlueGrey900] (0,-2)\n .. controls ++(180:3) and ++(0:5/4) .. (-2,0)\n arc (270:90:1/5)\n .. controls ++(0:2) and +... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\ncat/.pic={\n\\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}\n\\useasboundingbox (-1,-1) (1,2);\n\\fill [BlueGrey900] (0,-2)\n .. controls ++(180:3) and ++(0:5/4) .. (-2,0)\n arc (270:90:1/5)\n .. controls ++(0:2) and +... | ||
[
2
] | cat_longer_mustache | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
cat/.pic={
\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}
\useasboundingbox (-1,-1) (1,2);
\fill [BlueGrey900] (0,-2)
.. controls ++(180:3) and ++(0:5/4) .. (-2,0)
arc (270:90:1/5)
.. controls ++(0:2) and ++(180:11/4) .. (0,-2+2/5);
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,9/4)}, rotate=45*\i]{
\clip [overlay] (0, 5/9) ellipse [radius=8/9];
\clip [overlay] (0,-5/9) ellipse [radius=8/9];
\fill [BlueGrey900] ellipse [radius=1];
\clip [overlay] (0, 7/9) ellipse [radius=10/11];
\clip [overlay] (0,-7/9) ellipse [radius=10/11];
\fill [Purple100] ellipse [radius=1];
};
\fill [BlueGrey900] ellipse [x radius=3/4, y radius=2];
\fill [BlueGrey100] ellipse [x radius=1/3, y radius=1];
\fill [BlueGrey900]
(0,15/8) ellipse [x radius=1, y radius=5/6]
(0, 8/6) ellipse [x radius=1/2, y radius=1/2]
{[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}
{[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};
\fill [BlueGrey500]
(-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]
( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];
\fill [Purple100]
(0,12/8) ellipse [x radius=1/10, y radius=1/5]
(0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,2)}, rotate=35*\i]{
\clip [overlay] (0, 1/7) ellipse [radius=2/7];
\clip [overlay] (0,-1/7) ellipse [radius=2/7];
\fill [Yellow50] ellipse [radius=1];
};
\scoped{
\clip (-1,-2) rectangle ++(2,1);
\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];
\fill [Grey100]
(-1/2,-2) ellipse [x radius=1/3, y radius=1/4]
( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];
};
\foreach \i in {-1,1}
\foreach \j in {-1,0,1}
\fill [Grey100, shift={(0,11/8)}, xscale=\i, rotate=\j*15,
shift=(0:1/2)]
ellipse [x radius=1/3, y radius=1/64];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cat};
\end{tikzpicture}
\end{document} | \documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
cat/.pic={
\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}
\useasboundingbox (-1,-1) (1,2);
\fill [BlueGrey900] (0,-2)
.. controls ++(180:3) and ++(0:5/4) .. (-2,0)
arc (270:90:1/5)
.. controls ++(0:2) and ++(180:11/4) .. (0,-2+2/5);
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,9/4)}, rotate=45*\i]{
\clip [overlay] (0, 5/9) ellipse [radius=8/9];
\clip [overlay] (0,-5/9) ellipse [radius=8/9];
\fill [BlueGrey900] ellipse [radius=1];
\clip [overlay] (0, 7/9) ellipse [radius=10/11];
\clip [overlay] (0,-7/9) ellipse [radius=10/11];
\fill [Purple100] ellipse [radius=1];
};
\fill [BlueGrey900] ellipse [x radius=3/4, y radius=2];
\fill [BlueGrey100] ellipse [x radius=1/3, y radius=1];
\fill [BlueGrey900]
(0,15/8) ellipse [x radius=1, y radius=5/6]
(0, 8/6) ellipse [x radius=1/2, y radius=1/2]
{[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}
{[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};
\fill [BlueGrey500]
(-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]
( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];
\fill [Purple100]
(0,12/8) ellipse [x radius=1/10, y radius=1/5]
(0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];
\foreach \i in {-1,1}
\scoped[shift={(1/2*\i,2)}, rotate=35*\i]{
\clip [overlay] (0, 1/7) ellipse [radius=2/7];
\clip [overlay] (0,-1/7) ellipse [radius=2/7];
\fill [Yellow50] ellipse [radius=1];
};
\scoped{
\clip (-1,-2) rectangle ++(2,1);
\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];
\fill [Grey100]
(-1/2,-2) ellipse [x radius=1/3, y radius=1/4]
( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];
};
\foreach \i in {-1,1}
\foreach \j in {-1,0,1}
\fill [Grey100, shift={(0,11/8)}, xscale=\i, rotate=\j*15,
shift=(0:1/2)]
ellipse [x radius=1/3, y radius=1/64];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cat};
\end{tikzpicture}
\end{document} | Make the mustache of the cat much longer | A cat, with vey long mustaches | easy | update | animal | [
"@@ -49,2 +49,2 @@\n\n-shift=(0:1/2)]\n-ellipse [x radius=1/3, y radius=1/64];\n+shift=(0:1)]\n+ellipse [x radius=1, y radius=1/64];"
] | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\ncat/.pic={\n\\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}\n\\useasboundingbox (-1,-1) (1,2);\n\\fill [BlueGrey900] (0,-2)\n .. controls ++(180:3) and ++(0:5/4) .. (-2,0)\n arc (270:90:1/5)\n .. controls ++(0:2) and +... | [
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\ncat/.pic={\n\\tikzset{x=3cm/5,y=3cm/5,shift={(0,-1/3)}}\n\\useasboundingbox (-1,-1) (1,2);\n\\fill [BlueGrey900] (0,-2)\n .. controls ++(180:3) and ++(0:5/4) .. (-2,0)\n arc (270:90:1/5)\n .. controls ++(0:2) and +... |
End of preview. Expand
in Data Studio
vTikZ: A Benchmark for Visually-Grounded Code Editing
Dataset Summary
vTikZ is the first benchmark explicitly designed to evaluate Large Language Models (LLMs) on code editing tasks with visual intent. It focuses on scenarios where natural language instructions are used to modify code that generates diagrams or figures, such as TikZ. The dataset targets the core challenges of this task: localizing relevant code (feature location), generating valid code variants, and ensuring visual consistency with user intent.
Features
Human-Annotated
- Original Code: The base diagram-generating code written by humans.
- Parameterized Solution Code: Templates capturing acceptable variations for a given customization.
- Instruction: Natural language directive describing the intended visual change.
- Perceived Difficulty: Subjective difficulty score assigned to each customization task.
- Result Description: Human-written description of the desired visual outcome.
- Modification Type: Type of code change—
add,remove, orupdate. - Type: Category of the original diagram (
scientificoranimal).
Automatically Computed
- Perfect Variants: Set of code solutions generated from the parameterized template.
- Patch: Context-free unidiff patch between the original and perfect variant(s).
- Image Input: Rendered image from the original code.
- Images Solution: Rendered images of all perfect variants.
- AST Difficulty: Tree edit distance (TED) between original and variant code [Zhang & Shasha, 1989].
Citation
If you use this dataset, please cite:
@inproceedings{reux_llmvisualcutomization_2025,
author = {Reux, Charly and Acher, Mathieu and Khelladi, Djamel Eddine and Barais, Olivier and Quinton, Cl{'e}ment},
title = {LLM Code Customization with Visual Results: A Benchmark on TikZ},
booktitle = {Proceedings of {The} 29th {International} {Conference} on {Evaluation} and {Assessment} in {Software} {Engineering} ({EASE} 2025).},
year = {2025},
}
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