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 (§rangei(1,0.5),§rangei(4.5,0.5)) node[below] {O};\n \\draw[<->] (§rangei(2,0.5),§rangei(4.5,0.5)) node[right] {$x$}-|(§rangei(1,0.5),§rangei(5.5,0.5)) node[left]{$y$};\n \\point{A}{2}{9};\n \\point{B}{3}{4};\n \\point{B'}{5}{5};\n \\point{C}{0}{0};\n \\point{D}{8}{1};\n \\beam{2}{A}{B}[0][0];\n \\beam{2}{B}{C}[0][0];\n \\beam{2}{B}{D}[0][0];\n \\beam{3}{A}{B'};\n \\beam{3}{B'}{C};\n \\beam{3}{B'}{D};\n \\notation{4}{A}{B}[1];\n \\notation{4}{C}{B}[2][0.6];\n \\notation{4}{D}{B}[3];\n \\support{3}{A}[180];\n \\support{3}{C}[-45];\n \\support{3}{D}[45];\n \\hinge{1}{A}\n \\hinge{1}{B}\n \\hinge{1}{C}\n \\hinge{1}{D}\n \\hinge{1}{B'}\n \\begin{scope}[color=red]\n \\load{1}{B}[205][1.5];\n \\notation{1}{1.3,3.5}{F}[centered];\n \\end{scope}\n \\dimensioning{1}{B}{B'}{0.5}[$u_\\mathrm{B}$];\n \\dimensioning{2}{B}{B'}{7}[$v_\\mathrm{B}$];\n \\notation{1}{A}{A}[below left];\n \\notation{1}{B}{B}[above right];\n \\notation{1}{B'}{B'}[above right];\n \\notation{1}{C}{C}[right=1mm];\n \\notation{1}{D}{D}[left=1mm];\n \\draw (0.5,2.5) node[left]{$EA$} to [out=0,in=180] (1.5,2);\n \\draw (1.75,6.5) node[left]{$EA$} to [out=0,in=150] (2.6,6);\n \\draw (5.25,1.75) node[left]{$EA$} to [out=0,in=225] (6,2.2);\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 (1,4.5) node[below] {O};\n \\draw[<->] (2,4.5) node[right] {$x$}-|(1,5.5) node[left]{$y$};\n \\point{A}{2}{9};\n \\point{B}{3}{4};\n \\point{B'}{5}{5};\n \\point{C}{0}{0};\n \\point{D}{8}{1};\n \\beam{2}{A}{B}[0][0];\n \\beam{2}{B}{C}[0][0];\n \\beam{2}{B}{D}[0][0];\n \\beam{3}{A}{B'};\n \\beam{3}{B'}{C};\n \\beam{3}{B'}{D};\n \\notation{4}{A}{B}[1];\n \\notation{4}{C}{B}[2][0.6];\n \\notation{4}{D}{B}[3];\n \\support{3}{A}[180];\n \\support{3}{C}[-45];\n \\support{3}{D}[45];\n \\hinge{1}{A}\n \\hinge{1}{B}\n \\hinge{1}{C}\n \\hinge{1}{D}\n \\hinge{1}{B'}\n \\begin{scope}[color=red]\n \\load{1}{B}[205][1.5];\n \\notation{1}{1.3,3.5}{F}[centered];\n \\end{scope}\n \\dimensioning{1}{B}{B'}{0.5}[$u_\\mathrm{B}$];\n \\dimensioning{2}{B}{B'}{7}[$v_\\mathrm{B}$];\n \\notation{1}{A}{A}[below left];\n \\notation{1}{B}{B}[above right];\n \\notation{1}{B'}{B'}[above right];\n \\notation{1}{C}{C}[right=1mm];\n \\notation{1}{D}{D}[left=1mm];\n \\draw (0.5,2.5) node[left]{$EA$} to [out=0,in=180] (1.5,2);\n \\draw (1.75,6.5) node[left]{$EA$} to [out=0,in=150] (2.6,6);\n \\draw (5.25,1.75) node[left]{$EA$} to [out=0,in=225] (6,2.2);\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n \\fill [BlueGrey100] (§rangei(40,10), §rangei(150,5)) circle [radius=§rangei(20,7)];\n \\fill [BlueGrey700] (§rangei(40,10), §rangei(160,5)) circle [radius=§rangei(7,5)];\n \n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n \\fill [BlueGrey100] (40, 150) circle [radius=20];\n \\fill [BlueGrey700] (40, 160) circle [radius=7];\n \n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
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 @@\n\n-\\clip (0,-160)\n-.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n+\\clip (0,-240)\n+.. controls ++(110:100) and ++(270:64) .. (-88, -16)\n@@ -40,3 +40,3 @@\n\n-.. controls ++(270:64) and ++( 60:64) .. cycle;\n-\\foreach \\i in {0,...,2}\n-\\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n+.. controls ++(270:64) and ++( 70:100) .. cycle;\n+\\foreach \\i in {0,...,3}\n+\\fill [stripes] (-256, -240 + \\i*80) rectangle ++(512, 40);",
"@@ -25 +25 @@\n\n-\\fill [body] (0,-160)\n+\\fill [body] (0,-220)\n@@ -36 +36 @@\n\n-\\clip (0,-160)\n+\\clip (0,-220)"
] |
[
"\\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 left/.style={#1}},\non right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\non left= {colors alias={body as BlueGrey800, stripes as Amber500}},\non right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},\nlower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n\\fill [body] (0,-240)\n.. controls ++(110:100) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 70:100) .. cycle;\n\\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n\\fill [body]\n(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\narc (90:180:64) -- cycle;\n\\fill [body] (@) circle [radius=12];\n\\begin{scope}\n\\clip (0,-240)\n.. controls ++(110:100) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 70:100) .. cycle;\n\\foreach \\i in {0,...,3}\n\\fill [stripes] (-256, -240 + \\i*80) rectangle ++(512, 40);\n\\end{scope}\n\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n\\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n(0,0)\n.. controls ++( 30:64) and ++(180:32) .. (128,56)\narc (90:-90:56)\n.. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,§range(-260,-190,-220))\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,§range(-260,-190,-220))\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,§choice([2,3],2)}\n \\fill [stripes] (-256, §range(-80,-210,-160) + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 left/.style={#1}},\non right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\non left= {colors alias={body as BlueGrey800, stripes as Amber500}},\non right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},\nlower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n\\fill [body] (0,-240)\n.. controls ++(110:100) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 70:100) .. cycle;\n\\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n\\fill [body]\n(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\narc (90:180:64) -- cycle;\n\\fill [body] (@) circle [radius=12];\n\\begin{scope}\n\\clip (0,-240)\n.. controls ++(110:100) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 70:100) .. cycle;\n\\foreach \\i in {0,...,3}\n\\fill [stripes] (-256, -240 + \\i*80) rectangle ++(512, 40);\n\\end{scope}\n\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n\\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n(0,0)\n.. controls ++( 30:64) and ++(180:32) .. (128,56)\narc (90:-90:56)\n.. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-220)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-220)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
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 left/.style={#1}},\non right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\non left= {colors alias={body as BlueGrey800, stripes as Amber500}},\non right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},\nlower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n\\fill [body] (0,-160)\n.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 60:64) .. cycle;\n\\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n\\fill [body]\n(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\narc (90:180:64) -- cycle;\n\\fill [body] (@) circle [radius=12];\n\\begin{scope}\n\\clip (0,-160)\n.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 60:64) .. cycle;\n\\foreach \\i in {0,...,2}\n\\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n\\end{scope}\n\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n\\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n(0,0)\n.. controls ++( 30:64) and ++(180:32) .. (128,56)\narc (90:-90:56)\n.. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic[xscale=-1] {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={#1}},\non right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\non left= {colors alias={body as BlueGrey800, stripes as Amber500}},\non right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},\nlower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n\\fill [body] (0,-160)\n.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 60:64) .. cycle;\n\\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n\\fill [body]\n(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\narc (90:180:64) -- cycle;\n\\fill [body] (@) circle [radius=12];\n\\begin{scope}\n\\clip (0,-160)\n.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 60:64) .. cycle;\n\\foreach \\i in {0,...,2}\n\\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n\\end{scope}\n\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n\\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n(0,0)\n.. controls ++( 30:64) and ++(180:32) .. (128,56)\narc (90:-90:56)\n.. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic [xscale=-1] {bee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 left/.style={#1}},\non right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\non left= {colors alias={body as BlueGrey800, stripes as Amber500}},\non right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},\nlower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n\\fill [body] (0,-160)\n.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 60:64) .. cycle;\n\\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n\\fill [body]\n(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\narc (90:180:64) -- cycle;\n\\fill [body] (@) circle [radius=12];\n\\begin{scope}\n\\clip (0,-160)\n.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 60:64) .. cycle;\n\\foreach \\i in {0,...,2}\n\\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n\\end{scope}\n\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n\\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n(0,0)\n.. controls ++( 30:64) and ++(180:32) .. (128,56)\narc (90:-90:56)\n.. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic[xscale=-1] {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={#1}},\non right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\non left= {colors alias={body as BlueGrey800, stripes as Amber500}},\non right={colors alias={body as BlueGrey900, stripes as Amber700}, half clip},\nlower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n\\fill [body] (0,-160)\n.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 60:64) .. cycle;\n\\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n\\fill [body]\n(32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\narc (90:180:64) -- cycle;\n\\fill [body] (@) circle [radius=12];\n\\begin{scope}\n\\clip (0,-160)\n.. controls ++(120:64) and ++(270:64) .. (-88, -16)\n.. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n.. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n.. controls ++(270:64) and ++( 60:64) .. cycle;\n\\foreach \\i in {0,...,2}\n\\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n\\end{scope}\n\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n\\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n(0,0)\n.. controls ++( 30:64) and ++(180:32) .. (128,56)\narc (90:-90:56)\n.. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic [xscale=-1] {bee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
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},",
"@@ -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 Red500}},\n+on right={colors alias={body as BlueGrey900, stripes as Red700}, 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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\n on left= {colors alias={body as BlueGrey800, stripes as Red}},\n on right={colors alias={body as BlueGrey900, stripes as Red}, half clip},\n lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\n on left= {colors alias={body as BlueGrey800, stripes as Red§choice([200,300,400,500,600,700,800,900],500)}},\n on right={colors alias={body as BlueGrey900, stripes as Red§choice([400,500,600,700,800,900],700)}, half clip},\n lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\n on left= {colors alias={body as BlueGrey800, stripes as Red}},\n on right={colors alias={body as BlueGrey900, stripes as Red}, half clip},\n lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\n on left= {colors alias={body as BlueGrey800, stripes as Red500}},\n on right={colors alias={body as BlueGrey900, stripes as Red700}, half clip},\n lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
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=\\i from -1] in {lower wing, middle wing, upper wing}",
"@@ -24 +24,4 @@\n\n-lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n+lower wing/.style={fill=BlueGrey200},\n+upper wing/.style={fill=BlueGrey50},\n+middle wing/.style={fill=BlueGrey100}\n+]{\n@@ -44 +47 @@\n\n-\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n+\\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}",
"@@ -24 +24 @@\n\n-lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n+lower wing/.style={fill=BlueGrey200}, middle wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n@@ -44 +44 @@\n\n-\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n+\\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}",
"@@ -24 +24,4 @@\n\n-lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n+lower wing/.style={fill=BlueGrey200},\n+middle wing/.style={fill=BlueGrey100},\n+upper wing/.style={fill=BlueGrey50}\n+]{\n@@ -44 +47 @@\n\n-\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n+\\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}",
"@@ -24 +24,4 @@\n\n-lower wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n+lower wing/.style={fill=BlueGrey200},\n+upper wing/.style={fill=BlueGrey50},\n+middle wing/.style={fill=BlueGrey100}\n+]{\n@@ -44 +47 @@\n\n-\\foreach \\s [count=\\i from -1] in {lower wing, upper wing}\n+\\foreach \\s [count=\\i from -1] in {lower wing, upper wing, middle wing}",
"@@ -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=\\i from -1] in {lower wing, upper wing, middle wing}"
] |
[
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey§choice([50,100,200,300],200)}, upper wing/.style={fill=BlueGrey§choice([50,100,200,300],50)}, §def(middle wing)/.style={fill=BlueGrey§choice([50,100,200,300],100)}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey§choice([50,100,200,300],200)},\n upper wing/.style={fill=BlueGrey§choice([50,100,200,300],50)},\n §def(middle wing)/.style={fill=BlueGrey§choice([50,100,200,300],100)}\n ]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey§choice([50,100,200,300],200)}, §def(middle wing)/.style={fill=BlueGrey§choice([50,100,200,300],100)}, upper wing/.style={fill=BlueGrey§choice([50,100,200,300],50)}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey§choice([50,100,200,300],200)},\n §def(middle wing)/.style={fill=BlueGrey§choice([50,100,200,300],100)},\n upper wing/.style={fill=BlueGrey§choice([50,100,200,300],50)}\n ]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey§choice([50,100,200,300],200)},\n upper wing/.style={fill=BlueGrey§choice([50,100,200,300],50)},\n §def(middle wing)/.style={fill=BlueGrey§choice([50,100,200,300],100)}\n ]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing, middle wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey§choice([50,100,200,300],200)}, upper wing/.style={fill=BlueGrey§choice([50,100,200,300],50)}, §def(middle wing)/.style={fill=BlueGrey§choice([50,100,200,300],100)}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing, middle wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey200}, upper wing/.style={fill=BlueGrey50}, middle wing/.style={fill=BlueGrey100}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey200},\n upper wing/.style={fill=BlueGrey50},\n middle wing/.style={fill=BlueGrey100}\n ]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey200}, middle wing/.style={fill=BlueGrey100}, upper wing/.style={fill=BlueGrey50}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey200},\n middle wing/.style={fill=BlueGrey100},\n upper wing/.style={fill=BlueGrey50}\n ]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, middle wing, upper wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey200},\n upper wing/.style={fill=BlueGrey50},\n middle wing/.style={fill=BlueGrey100}\n ]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing, middle wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}",
"\\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 left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\n\\tikzset{\nbee/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480, rotate=-45, shift=(270:48)]\n\\reflect[\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 lower wing/.style={fill=BlueGrey200}, upper wing/.style={fill=BlueGrey50}, middle wing/.style={fill=BlueGrey100}]{\n \\fill [body] (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\fill [body] (0,128) ellipse [x radius=80, y radius=56];\n \\fill [body]\n (32,160) arc (180:90:64) -- ++(6,-6) coordinate [midway] (@)\n arc (90:180:64) -- cycle;\n \\fill [body] (@) circle [radius=12];\n \\begin{scope}\n \\clip (0,-160)\n .. controls ++(120:64) and ++(270:64) .. (-88, -16)\n .. controls ++( 90:64) and ++(225:64) .. ( 0, 128)\n .. controls ++(315:64) and ++( 90:64) .. ( 88, -16)\n .. controls ++(270:64) and ++( 60:64) .. cycle;\n \\foreach \\i in {0,...,2}\n \\fill [stripes] (-256, -160 + \\i*80) rectangle ++(512, 40);\n \\end{scope}\n \\foreach \\s [count=\\i from -1] in {lower wing, upper wing, middle wing}\n \\fill [style=\\s, shift={(16,56)}, rotate=\\i*32]\n (0,0)\n .. controls ++( 30:64) and ++(180:32) .. (128,56)\n arc (90:-90:56)\n .. controls ++(180:32) and ++(330:64) .. cycle;\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {bee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
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{document}\n\n\\begin{tikzpicture}[thick, transform shape]\n\\begin{feynman}\n\\vertex(ce);\n\\vertex [below = 0.1 of ce] (ce01){\\((b)\\)};\n\\vertex [left = 0.5 of ce] (l01);\n\\vertex [right = 0.5 of ce] (r01);\n\\vertex [above = 1 of ce] (c02);\n\\vertex [left = 1 of ce] (c12){\\(k\\)};\n\\vertex [right = 1 of ce] (c22){\\(k\\)};\n\\vertex [above left = 1 of ce] (c32){\\(p_1\\)};\n\\vertex [above right = 1 of ce] (c42){\\(p_2\\)};\n\n\\vertex[left = 3 of ce](ce2);\n\\vertex [below = 0.1 of ce2] (ce02){\\((a)\\)};\n\\vertex [above = 1 of ce2] (c01);\n\\vertex [left = 1 of ce2] (c11){\\(k\\)};\n\\vertex [right = 1 of ce2] (c21){\\(k\\)};\n\\vertex [above left = 1 of ce2] (c31){\\(p_1\\)};\n\\vertex [above right = 1 of ce2] (c41){\\(p_2\\)};\n\n\\vertex[below = 2 of ce2](ce3);\n\\vertex [below = 0.1 of ce3] (ce03){\\((c)\\)};\n\\vertex [left = 0.5 of ce3] (l02);\n\\vertex [right = 0.5 of ce3] (r02);\n\n\\vertex [above = 1 of ce3] (c03);\n\\vertex [left = 1 of ce3] (c13){\\(k\\)};\n\\vertex [right = 1 of ce3] (c23){\\(k\\)};\n\\vertex [above left = 1 of ce3] (c33){\\(p_1\\)};\n\\vertex [above right = 1 of ce3] (c43){\\(p_2\\)};\n\n\\vertex[below = 2 of ce](ce4);\n\\vertex [below = 0.1 of ce4] (ce04){\\((d)\\)};\n\\vertex[above = 0.5 of ce4](ce5);\n\n\\vertex [above = 1 of ce4] (c04);\n\\vertex [left = 1 of ce4] (c14){\\(k\\)};\n\\vertex [right = 1 of ce4] (c24){\\(k\\)};\n\\vertex [above left = 1 of ce4] (c34){\\(p_1\\)};\n\\vertex [above right = 1 of ce4] (c44){\\(p_2\\)};\n\n\\diagram* {\n(c12)--(c22),\n(c11) --(c21),\n(c13) --(c23),\n(c14) --(c24),\n(ce2) - - [boson, edge label'=\\(\\)](c31),\n(ce2) - - [boson, edge label'=\\(\\)](c41),\n(l01)- - [boson, edge label'=\\(\\)](c32),\n(r01)- - [boson, edge label'=\\(\\)](c42),\n(l02)- - [boson, edge label'=\\(\\)](c43),\n(r02)- - [boson, edge label'=\\(\\)](c33),\n(ce5)- - [boson, edge label'=\\(\\)](ce4),\n(ce5)- - [boson, edge label'=\\(\\)](c34),\n(ce5)- - [boson, edge label'=\\(\\)](c44),\n};\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.6 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);\n\\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);\n\\end{scope}\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.3 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c11) -- node [right=4pt] {}(c21);\n\\draw[postaction={decorate}] (c14) -- node [right=4pt] {}(c24);\n\\end{scope}\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.9 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c11) -- node [right=4pt] {}(c21);\n\\draw[postaction={decorate}] (c14) -- node [right=4pt] {}(c24);\n\\end{scope}\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.2 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);\n\\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);\n\\end{scope}\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.9 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);\n\\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);\n\\end{scope}\n\\end{feynman}\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\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{document}\n\n\\begin{tikzpicture}[thick, transform shape]\n\\begin{feynman}\n\\vertex(ce);\n\\vertex [below = 0.1 of ce] (ce01){\\((b)\\)};\n\\vertex [left = 0.5 of ce] (l01);\n\\vertex [right = 0.5 of ce] (r01);\n\\vertex [above = 1 of ce] (c02);\n\\vertex [left = 1 of ce] (c12){\\(k\\)};\n\\vertex [right = 1 of ce] (c22){\\(k\\)};\n\\vertex [above left = 1 of ce] (c32){\\(p_1\\)};\n\\vertex [above right = 1 of ce] (c42){\\(p_2\\)};\n\n\\vertex[left = 3 of ce](ce2);\n\\vertex [below = 0.1 of ce2] (ce02){\\((a)\\)};\n\\vertex [above = 1 of ce2] (c01);\n\\vertex [left = 1 of ce2] (c11){\\(k\\)};\n\\vertex [right = 1 of ce2] (c21){\\(k\\)};\n\\vertex [above left = 1 of ce2] (c31){\\(p_1\\)};\n\\vertex [above right = 1 of ce2] (c41){\\(p_2\\)};\n\n\\vertex[below = 2 of ce2](ce3);\n\\vertex [below = 0.1 of ce3] (ce03){\\((c)\\)};\n\\vertex [left = 0.5 of ce3] (l02);\n\\vertex [right = 0.5 of ce3] (r02);\n\n\\vertex [above = 1 of ce3] (c03);\n\\vertex [left = 1 of ce3] (c13){\\(k\\)};\n\\vertex [right = 1 of ce3] (c23){\\(k\\)};\n\\vertex [above left = 1 of ce3] (c33){\\(p_1\\)};\n\\vertex [above right = 1 of ce3] (c43){\\(p_2\\)};\n\n\\vertex[below = 2 of ce](ce4);\n\\vertex [below = 0.1 of ce4] (ce04){\\((d)\\)};\n\\vertex[above = 0.5 of ce4](ce5);\n\n\\vertex [above = 1 of ce4] (c04);\n\\vertex [left = 1 of ce4] (c14){\\(k\\)};\n\\vertex [right = 1 of ce4] (c24){\\(k\\)};\n\\vertex [above left = 1 of ce4] (c34){\\(p_1\\)};\n\\vertex [above right = 1 of ce4] (c44){\\(p_2\\)};\n\n\\diagram* {\n(c12)--(c22),\n(c11) --(c21),\n(c13) --(c23),\n(c14) --(c24),\n(ce2) - - [boson, edge label'=\\(\\)](c31),\n(ce2) - - [boson, edge label'=\\(\\)](c41),\n(l01)- - [boson, edge label'=\\(\\)](c32),\n(r01)- - [boson, edge label'=\\(\\)](c42),\n(l02)- - [boson, edge label'=\\(\\)](c43),\n(r02)- - [boson, edge label'=\\(\\)](c33),\n(ce5)- - [boson, edge label'=\\(\\)](ce4),\n(ce5)- - [boson, edge label'=\\(\\)](c34),\n(ce5)- - [boson, edge label'=\\(\\)](c44),\n};\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.6 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);\n\\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);\n\\end{scope}\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.3 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c11) -- node [right=4pt] {}(c21);\n\\draw[postaction={decorate}] (c14) -- node [right=4pt] {}(c24);\n\\end{scope}\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.9 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c11) -- node [right=4pt] {}(c21);\n\\draw[postaction={decorate}] (c14) -- node [right=4pt] {}(c24);\n\\end{scope}\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.2 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);\n\\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);\n\\end{scope}\n\\begin{scope}[decoration={\n\t\tmarkings,\n\t\tmark=at position 0.9 with {\\arrow[>=Stealth]{>}}}] \n\\draw[postaction={decorate}] (c12) -- node [right=4pt] {}(c22);\n\\draw[postaction={decorate}] (c13) -- node [right=4pt] {}(c23);\n\\end{scope}\n\\end{feynman}\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
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,decorations.pathmorphing,decorations.pathreplacing}\n\\tikzset{ brokenrect/.style={\n\n append after command={\n\n \\pgfextra{\n\n \\path[draw,#1]\n\n decorate[decoration={zigzag,segment length=0.3em, amplitude=.7mm}]\n\n {(\\tikzlastnode.north east)--(\\tikzlastnode.south east)} \n\n -- (\\tikzlastnode.south west)|-cycle;\n\n }}}}\n\\tikzset{ brokenrect2/.style={\n\n append after command={\n\n \\pgfextra{\n\n \\path[draw,#1]\n\n decorate[decoration={zigzag,segment length=0.3em, amplitude=.7mm}]\n\n {(\\tikzlastnode.north west)--(\\tikzlastnode.south west)} \n\n -- (\\tikzlastnode.south east)|-cycle;\n\n }}}}\n\\tikzset{cross/.style={cross out, draw=black, minimum size=2*(#1-\\pgflinewidth), inner sep=0pt, outer sep=0pt},\ncross/.default={1pt}}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\n\\def\\ox{0} \n\\def\\oy{0} \n\\coordinate(o) at (\\ox,\\oy);\n\n\\def\\tl{10.0}\n\\draw [-latex](\\ox,\\oy) node[above left]{} -- (\\ox+\\tl,\\oy) node[above,font=\\small]{$t$};\n\n\n\n\\def\\pi{0.5}\n\\tikzstyle{mystyle}=[draw, minimum height=0.5cm,rectangle, inner sep=0pt,font=\\scriptsize]\n\\tikzstyle{mystyle2}=[draw = none, minimum height=0.25cm,rectangle, inner sep=0pt,font=\\scriptsize]\n\n\n\\draw (0,0) -- (0,-0.2) node[below] {\\tiny $S_1$};\n\\draw (\\pi,0) -- (\\pi,-0.2) node[below] {\\tiny $S_2$};\n\\draw (2.5,0) -- (2.5,-0.2) node[below] {\\tiny $S_3$};\n\\draw (7.5,0) -- (7.5,-0.2) node[below] {\\tiny $C_1$};\n\\draw (4.75,0) -- (4.75,-0.2) node[below] {\\tiny $C_2$};\n\\draw (9.5,0) -- (9.5,-0.2) node[below] {\\tiny $C_3$};\n\n\\draw [<->] (\\pi,0.65)--node[above]{\\small $L_1$}(\\pi+5,0.65);\n\\draw [<->] (7.5,0.65)--node[above]{\\small $L_2$}(9.5,0.65);\n\n\\node(b1) [above right=-0.01cm and -0.01cm of o,mystyle, minimum width=\\pi cm,pattern=north west lines, pattern color=red]{};\n\\node(b1_t) [mystyle2, fill = white] at (b1.center) {$a_1$};\n\\node(b2) [right=5cm of b1,mystyle, minimum width=2 cm,pattern=north west lines, pattern color=red]{};\n\\node(b2_t) [mystyle2, fill = white] at (b2.center) {$b_1$};\n\\node(b3) [right=0cm of b1,mystyle, minimum width=1.5 cm,pattern=north east lines, pattern color=green]{};\n\\node(b3_t) [mystyle2, fill = white] at (b3.center) {$a_2$};\n\\node(b4) [right=2cm of b3,mystyle, minimum width=0.75 cm,pattern=north east lines, pattern color=green]{};\n\\node(b4_t) [mystyle2, fill = white] at (b4.center) {$b_2$};\n\\node(b5) [right=0.5cm of b3,mystyle, minimum width=1 cm,pattern=vertical lines, pattern color=yellow]{};\n\\node(b5_t) [mystyle2, fill = white] at (b5.center) {$a_3$};\n\\node(b6) [right=1cm of b2,mystyle, minimum width=1 cm,pattern=vertical lines, pattern color=yellow]{};\n\\node(b6_t) [mystyle2, fill = white] at (b6.center) {$b_3$};\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\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,decorations.pathmorphing,decorations.pathreplacing}\n\\tikzset{ brokenrect/.style={\n\n append after command={\n\n \\pgfextra{\n\n \\path[draw,#1]\n\n decorate[decoration={zigzag,segment length=0.3em, amplitude=.7mm}]\n\n {(\\tikzlastnode.north east)--(\\tikzlastnode.south east)} \n\n -- (\\tikzlastnode.south west)|-cycle;\n\n }}}}\n\\tikzset{ brokenrect2/.style={\n\n append after command={\n\n \\pgfextra{\n\n \\path[draw,#1]\n\n decorate[decoration={zigzag,segment length=0.3em, amplitude=.7mm}]\n\n {(\\tikzlastnode.north west)--(\\tikzlastnode.south west)} \n\n -- (\\tikzlastnode.south east)|-cycle;\n\n }}}}\n\\tikzset{cross/.style={cross out, draw=black, minimum size=2*(#1-\\pgflinewidth), inner sep=0pt, outer sep=0pt},\ncross/.default={1pt}}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\n\\def\\ox{0} \n\\def\\oy{0} \n\\coordinate(o) at (\\ox,\\oy);\n\n\\def\\tl{10.0}\n\\draw [-latex](\\ox,\\oy) node[above left]{} -- (\\ox+\\tl,\\oy) node[above,font=\\small]{$t$};\n\n\n\n\\def\\pi{0.5}\n\\tikzstyle{mystyle}=[draw, minimum height=0.5cm,rectangle, inner sep=0pt,font=\\scriptsize]\n\\tikzstyle{mystyle2}=[draw = none, minimum height=0.25cm,rectangle, inner sep=0pt,font=\\scriptsize]\n\n\n\\draw (0,0) -- (0,-0.2) node[below] {\\tiny $S_1$};\n\\draw (\\pi,0) -- (\\pi,-0.2) node[below] {\\tiny $S_2$};\n\\draw (2.5,0) -- (2.5,-0.2) node[below] {\\tiny $S_3$};\n\\draw (7.5,0) -- (7.5,-0.2) node[below] {\\tiny $C_1$};\n\\draw (4.75,0) -- (4.75,-0.2) node[below] {\\tiny $C_2$};\n\\draw (9.5,0) -- (9.5,-0.2) node[below] {\\tiny $C_3$};\n\n\\draw [<->] (\\pi,0.65)--node[above]{\\small $L_1$}(\\pi+5,0.65);\n\\draw [<->] (7.5,0.65)--node[above]{\\small $L_2$}(9.5,0.65);\n\n\\node(b1) [above right=-0.01cm and -0.01cm of o,mystyle, minimum width=\\pi cm,pattern=north west lines, pattern color=red]{};\n\\node(b1_t) [mystyle2, fill = white] at (b1.center) {$a_1$};\n\\node(b2) [right=5cm of b1,mystyle, minimum width=2 cm,pattern=north west lines, pattern color=red]{};\n\\node(b2_t) [mystyle2, fill = white] at (b2.center) {$b_1$};\n\\node(b3) [right=0cm of b1,mystyle, minimum width=1.5 cm,pattern=north east lines, pattern color=green]{};\n\\node(b3_t) [mystyle2, fill = white] at (b3.center) {$a_2$};\n\\node(b4) [right=2cm of b3,mystyle, minimum width=0.75 cm,pattern=north east lines, pattern color=green]{};\n\\node(b4_t) [mystyle2, fill = white] at (b4.center) {$b_2$};\n\\node(b5) [right=0.5cm of b3,mystyle, minimum width=1 cm,pattern=vertical lines, pattern color=yellow]{};\n\\node(b5_t) [mystyle2, fill = white] at (b5.center) {$a_3$};\n\\node(b6) [right=1cm of b2,mystyle, minimum width=1 cm,pattern=vertical lines, pattern color=yellow]{};\n\\node(b6_t) [mystyle2, fill = white] at (b6.center) {$b_3$};\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
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,blue] (3.0,4) to (3.0,+0.25);\n+\\draw[->,thick,blue] (4.5,4) to (4.5,+0.25);\n@@ -32 +32 @@\n\n-\\begin{scope}[shift={(2,5)}]\n+\\begin{scope}[shift={(7.5,12)}]\n@@ -41 +41 @@\n\n-\\begin{scope}[shift={(2,1.25)}]\n+\\begin{scope}[shift={(7.5,8.25)}]\n@@ -53,2 +53,2 @@\n\n-\\draw[->,black,thick,out=0,in=90] (4.25,9) to node [midway,above,black,anchor=west] {\\bf{Compile}} (6,6.5) ;\n-\\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\\bf{Execute}} (0.5,0.5) ;\n+\\draw[->,black,thick] (4.25,9) to node [midway,above,black] {\\bf{Compile}} (6,9) ;\n+\\draw[->,black,thick] (14,12) to node [midway,above,black,anchor=west] {\\bf{Execute}} (14,7.5) ;"
] |
[
"\\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/table/search path={dat}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[xscale=1.3,yscale=1.2]\n\\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};}\n\n\n\\begin{scope}[shift={(0,8)}]\n\\draw[thick,blue](-1,-0.75) rectangle (4,3.25);\n\\node at (0.5,2.75) {\\bf{OpenCL Program}};\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\\block(E, 0.0, 1, Block 3)\n\\block(F, 1.5, 1, Block 4)\n\\block(G, 3.0, 1, Block 5)\n\\block(E, 0.0, 2, Block 0)\n\\block(F, 1.5, 2, Block 1)\n\\block(G, 3.0, 2, Block 2)\n\\end{scope}\n\n\\begin{scope}[shift={(§rangei(7.5,0.5),§rangei(8.25,1))}]\n\\draw[->,thick,blue] (0.0,4) to (0.0,-0.75);\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\\end{scope}\n\n\\begin{scope}[shift={(§rangei(7.5,0.5),§rangei(12,1))}]\n\\draw[thick,black](-1,-0.75) rectangle (5.5,1.25);\n\\draw[pattern=north east lines,pattern color=lightgray](-1,-0.75) rectangle (5.5,1.25);\n\\node at (0.5,0.75) {\\bf{GPU with 4 Cores}};\n\\block(A, 0.0, 0, Core 0)\n\\block(B, 1.5, 0, Core 1)\n\\block(C, 3.0, 0, Core 2)\n\\block(E, 4.5, 0, Core 3)\n\\end{scope}\n\n\\begin{scope}[shift={(§rangei(7.5,0.5),§rangei(8.25,1))}]\n\\draw[thick,black](-1,-1) rectangle (5.5,2.75);\n\\block(A, 0.0, 2, Block 0)\n\\block(B, 1.5, 2, Block 1)\n\\block(C, 3.0, 2, Block 2)\n\\block(E, 4.5, 2, Block 3)\n\\block(A, 0.0, 1, Block 4)\n\\block(B, 1.5, 1, Block 5)\n\\block(C, 3.0, 1, Block 6)\n\\block(E, 4.5, 1, Block 7)\n\\block(A, 0.0, 0, Block 8)\n\\end{scope}\n\n\\draw[->,black,thick] (4.25,9) to node [midway,above,black] {\\bf{Compile}} (§rangei(6,0.5),9) ;\n\\draw[->,black,thick] (§rangei(14,0.75),§rangei(12,1)) to node [midway,above,black,anchor=west] {\\bf{Execute}} (§rangei(14,0.75),§rangei(7.5,1)) ;\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\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/table/search path={dat}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[xscale=1.3,yscale=1.2]\n\\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};}\n\n\n\\begin{scope}[shift={(0,8)}]\n\\draw[thick,blue](-1,-0.75) rectangle (4,3.25);\n\\node at (0.5,2.75) {\\bf{OpenCL Program}};\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\\block(E, 0.0, 1, Block 3)\n\\block(F, 1.5, 1, Block 4)\n\\block(G, 3.0, 1, Block 5)\n\\block(E, 0.0, 2, Block 0)\n\\block(F, 1.5, 2, Block 1)\n\\block(G, 3.0, 2, Block 2)\n\\end{scope}\n\n\\begin{scope}[shift={(7.5,8.25)}]\n\\draw[->,thick,blue] (0.0,4) to (0.0,-0.75);\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\\end{scope}\n\n\\begin{scope}[shift={(7.5,12)}]\n\\draw[thick,black](-1,-0.75) rectangle (5.5,1.25);\n\\draw[pattern=north east lines,pattern color=lightgray](-1,-0.75) rectangle (5.5,1.25);\n\\node at (0.5,0.75) {\\bf{GPU with 4 Cores}};\n\\block(A, 0.0, 0, Core 0)\n\\block(B, 1.5, 0, Core 1)\n\\block(C, 3.0, 0, Core 2)\n\\block(E, 4.5, 0, Core 3)\n\\end{scope}\n\n\\begin{scope}[shift={(7.5,8.25)}]\n\\draw[thick,black](-1,-1) rectangle (5.5,2.75);\n\\block(A, 0.0, 2, Block 0)\n\\block(B, 1.5, 2, Block 1)\n\\block(C, 3.0, 2, Block 2)\n\\block(E, 4.5, 2, Block 3)\n\\block(A, 0.0, 1, Block 4)\n\\block(B, 1.5, 1, Block 5)\n\\block(C, 3.0, 1, Block 6)\n\\block(E, 4.5, 1, Block 7)\n\\block(A, 0.0, 0, Block 8)\n\\end{scope}\n\n\\draw[->,black,thick] (4.25,9) to node [midway,above,black] {\\bf{Compile}} (6,9) ;\n\\draw[->,black,thick] (14,12) to node [midway,above,black,anchor=west] {\\bf{Execute}} (14,7.5) ;\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
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-\\draw[->,thick,blue] (0.0,4) to (0.0,-0.75);\n+\\draw[->,thick,blue] (0.0,4) to (0.0,0.25);\n@@ -29,2 +26,2 @@\n\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] (3.0,4) to (3.0,1.25);\n+\\draw[->,thick,blue] (4.5,4) to (4.5,1.25);\n@@ -42 +39 @@\n\n-\\draw[thick,black](-1,-1) rectangle (5.5,2.75);\n+\\draw[thick,black](-1,0) rectangle (5.5,2.75);\n@@ -49,3 +45,0 @@\n\n-\\block(C, 3.0, 1, Block 6)\n-\\block(E, 4.5, 1, Block 7)\n-\\block(A, 0.0, 0, Block 8)\n@@ -54 +48 @@\n\n-\\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\\bf{Execute}} (0.5,0.5) ;\n+\\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\\bf{Execute}} (0.5,1.5) ;"
] |
[
"\\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/table/search path={dat}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[xscale=1.3,yscale=1.2]\n\\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};}\n\n\n\\begin{scope}[shift={(0,§rangei(7.25,0.75))}]\n\\draw[thick,blue](-1,§rangei(0,0.5)) rectangle (4,3.25);\n\\node at (0.5,2.75) {\\bf{OpenCL Program}};\n\\block(E, 0.0, 1, Block 3)\n\\block(F, 1.5, 1, Block 4)\n\\block(G, 3.0, 1, Block 5)\n\\block(E, 0.0, 2, Block 0)\n\\block(F, 1.5, 2, Block 1)\n\\block(G, 3.0, 2, Block 2)\n\\end{scope}\n\n\\begin{scope}[shift={(2,1.25)}]\n\\draw[->,thick,blue] (0.0,4) to (0.0,§rangei(0.25,0.25));\n\\draw[->,thick,blue] (1.5,4) to (1.5,0.25); \n\\draw[->,thick,blue] (3.0,4) to (3.0,§rangei(1.25,0.25)); \n\\draw[->,thick,blue] (4.5,4) to (4.5,§rangei(1.25,0.25)); \n\\end{scope}\n\n\\begin{scope}[shift={(2,5)}]\n\\draw[thick,black](-1,-0.75) rectangle (5.5,1.25);\n\\draw[pattern=north east lines,pattern color=lightgray](-1,-0.75) rectangle (5.5,1.25);\n\\node at (0.5,0.75) {\\bf{GPU with 4 Cores}};\n\\block(A, 0.0, 0, Core 0)\n\\block(B, 1.5, 0, Core 1)\n\\block(C, 3.0, 0, Core 2)\n\\block(E, 4.5, 0, Core 3)\n\\end{scope}\n\n\\begin{scope}[shift={(2,1.25)}]\n\\draw[thick,black](-1,§rangei(0,1)) rectangle (5.5,2.75);\n\\block(A, 0.0, 2, Block 0)\n\\block(B, 1.5, 2, Block 1)\n\\block(C, 3.0, 2, Block 2)\n\\block(E, 4.5, 2, Block 3)\n\\block(A, 0.0, 1, Block 4)\n\\block(B, 1.5, 1, Block 5)\n\\end{scope}\n\n\\draw[->,black,thick,out=0,in=90] (4.25,§rangei(9,1)) to node [midway,above,black,anchor=west] {\\bf{Compile}} (6,6.5) ;\n\\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\\bf{Execute}} (0.5,§range(0.5,1.5,1.5)) ;\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\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/table/search path={dat}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[xscale=1.3,yscale=1.2]\n\\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};}\n\n\n\\begin{scope}[shift={(0,7.25)}]\n\\draw[thick,blue](-1,0) rectangle (4,3.25);\n\\node at (0.5,2.75) {\\bf{OpenCL Program}};\n\\block(E, 0.0, 1, Block 3)\n\\block(F, 1.5, 1, Block 4)\n\\block(G, 3.0, 1, Block 5)\n\\block(E, 0.0, 2, Block 0)\n\\block(F, 1.5, 2, Block 1)\n\\block(G, 3.0, 2, Block 2)\n\\end{scope}\n\n\\begin{scope}[shift={(2,1.25)}]\n\\draw[->,thick,blue] (0.0,4) to (0.0,0.25);\n\\draw[->,thick,blue] (1.5,4) to (1.5,0.25); \n\\draw[->,thick,blue] (3.0,4) to (3.0,1.25); \n\\draw[->,thick,blue] (4.5,4) to (4.5,1.25); \n\\end{scope}\n\n\\begin{scope}[shift={(2,5)}]\n\\draw[thick,black](-1,-0.75) rectangle (5.5,1.25);\n\\draw[pattern=north east lines,pattern color=lightgray](-1,-0.75) rectangle (5.5,1.25);\n\\node at (0.5,0.75) {\\bf{GPU with 4 Cores}};\n\\block(A, 0.0, 0, Core 0)\n\\block(B, 1.5, 0, Core 1)\n\\block(C, 3.0, 0, Core 2)\n\\block(E, 4.5, 0, Core 3)\n\\end{scope}\n\n\\begin{scope}[shift={(2,1.25)}]\n\\draw[thick,black](-1,0) rectangle (5.5,2.75);\n\\block(A, 0.0, 2, Block 0)\n\\block(B, 1.5, 2, Block 1)\n\\block(C, 3.0, 2, Block 2)\n\\block(E, 4.5, 2, Block 3)\n\\block(A, 0.0, 1, Block 4)\n\\block(B, 1.5, 1, Block 5)\n\\end{scope}\n\n\\draw[->,black,thick,out=0,in=90] (4.25,9) to node [midway,above,black,anchor=west] {\\bf{Compile}} (6,6.5) ;\n\\draw[->,black,thick] (0.5,5) to node [midway,above,black,anchor=east] {\\bf{Execute}} (0.5,1.5) ;\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
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+\\fill [BlueGrey100] ellipse [x radius=0.65, y radius=1];\n@@ -23,4 +23,4 @@\n\n-(0,15/8) ellipse [x radius=1, y radius=5/6]\n-(0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n-{[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n-{[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n+(0,15/8) ellipse [x radius=1.1, y radius=5/6]\n+(0, 8/6) ellipse [x radius=0.75, y radius=1/2]\n+{[shift={(-0.6,-2)}, rotate= 10] ellipse [x radius=0.5, y radius=5/4]}\n+{[shift={(0.6,-2)}, rotate=-10] ellipse [x radius=0.5, y radius=5/4]};"
] |
[
"\\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 (270:90:1/5)\n .. controls ++(0:2) and ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\n };\n\\fill [BlueGrey900] ellipse [x radius=§rangei(1.25,0.25), y radius=2];\n\\fill [BlueGrey100] ellipse [x radius=§rangei(0.65,0.2), y radius=1];\n\\fill [BlueGrey900]\n (0,15/8) ellipse [x radius=§rangei(1.1,0.05), y radius=5/6]\n (0, 8/6) ellipse [x radius=§rangei(0.75,0.2), y radius=1/2]\n {[shift={(§rangei(-0.6,0.1),-2)}, rotate= 10] ellipse [x radius=§rangei(0.5,0.1), y radius=5/4]}\n {[shift={(§rangei(0.6,0.1),-2)}, rotate=-10] ellipse [x radius=§rangei(0.5,0.1), y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\n };\n\\fill [BlueGrey900] ellipse [x radius=1.25, y radius=2];\n\\fill [BlueGrey100] ellipse [x radius=0.65, y radius=1];\n\\fill [BlueGrey900]\n (0,15/8) ellipse [x radius=1.1, y radius=5/6]\n (0, 8/6) ellipse [x radius=0.75, y radius=1/2]\n {[shift={(-0.6,-2)}, rotate= 10] ellipse [x radius=0.5, y radius=5/4]}\n {[shift={(0.6,-2)}, rotate=-10] ellipse [x radius=0.5, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [§choice([\"Blue\",\"blue\"],Blue)]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [§choice([\"Blue\",\"blue\"],Blue)§choice([200,300,400,500,600,700,800,900],500)]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [LightBlue§choice([200,300,400,500,600,700,800,900],500)]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Blue]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Blue500]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [LightBlue500]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:§rangei(1,0.4))]\n ellipse [x radius=§rangei(1,0.3), y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1)]\n ellipse [x radius=1, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
6,
1
] |
cat_tail_other_side
|
\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}
|
Change the position of the tail to the other side of the cat
|
A cat, with its tail on the right
|
hard
|
update
|
animal
|
[
"@@ -6,0 +7 @@\n\n+\\scoped[xscale=-1]{\n@@ -10,0 +12 @@\n\n+};",
"@@ -8,3 +8,3 @@\n\n-.. controls ++(180:3) and ++(0:5/4) .. (-2,0)\n-arc (270:90:1/5)\n-.. controls ++(0:2) and ++(180:11/4) .. (0,-2+2/5);\n+.. controls ++(0:3) and ++(180:5/4) .. (2,0)\n+arc (90:270:-1/5)\n+.. controls ++(180:2) and ++(0:11/4) .. (0,-2+2/5);"
] |
[
"\\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\\scoped[xscale=-1]{\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 ++(180:11/4) .. (0,-2+2/5);\n};\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(0:3) and ++(180:5/4) .. (2,0)\n arc (90:270:-1/5)\n .. controls ++(180:2) and ++(0:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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\\scoped[xscale=-1]{\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 ++(180:11/4) .. (0,-2+2/5);\n};\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(0:3) and ++(180:5/4) .. (2,0)\n arc (90:270:-1/5)\n .. controls ++(180:2) and ++(0:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
14,
14,
14,
14,
14
] |
cat_with_brown_pupils
|
\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}
|
Add brown pupils to the cat
|
A cat with brown pupils
|
medium
|
update
|
animal
|
[
"@@ -37,0 +38 @@\n\n+\\fill [Brown] (0, 0) circle [radius=0.12];",
"@@ -37,0 +38 @@\n\n+\\fill [Brown500] ellipse [x radius=0.12, y radius=0.14];",
"@@ -37,0 +38 @@\n\n+\\fill [Brown500] (0, 0) ellipse [x radius=0.12, y radius=0.140];",
"@@ -37,0 +38 @@\n\n+\\fill [Brown500] (0, 0) circle [radius=0.12];",
"@@ -37,0 +38 @@\n\n+\\fill [Brown500] (0,0) ellipse [x radius=0.12, y radius=0.14];"
] |
[
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown] (0, 0) circle [radius=§rangei(0.12, 0.1)];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown§choice([300,400,500,600,700,800,900],500)] ellipse [x radius=§rangei(0.12,0.12), y radius=§rangei(0.14,0.13)];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown§choice([300,400,500,600,700,800,900],500)] (0, 0) ellipse [x radius=§rangei(0.12,0.1), y radius=§rangei(0.140,0.1)];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown§choice([300,400,500,600,700,800,900],500)] (0, 0) circle [radius=§rangei(0.12,0.1)];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown§choice([300,400,500,600,700,800,900],500)] (0,0) ellipse [x radius=§rangei(0.12,0.12), y radius=§rangei(0.14,0.13)];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown] (0, 0) circle [radius=0.12];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown500] ellipse [x radius=0.12, y radius=0.14];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown500] (0, 0) ellipse [x radius=0.12, y radius=0.140];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown500] (0, 0) circle [radius=0.12];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}",
"\\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 ++(180:11/4) .. (0,-2+2/5);\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,9/4)}, rotate=45*\\i]{\n \\clip [overlay] (0, 5/9) ellipse [radius=8/9];\n \\clip [overlay] (0,-5/9) ellipse [radius=8/9];\n \\fill [BlueGrey900] ellipse [radius=1];\n \\clip [overlay] (0, 7/9) ellipse [radius=10/11];\n \\clip [overlay] (0,-7/9) ellipse [radius=10/11];\n \\fill [Purple100] ellipse [radius=1];\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]\n (0,15/8) ellipse [x radius=1, y radius=5/6]\n (0, 8/6) ellipse [x radius=1/2, y radius=1/2]\n {[shift={(-1/2,-2)}, rotate= 10] ellipse [x radius=1/3, y radius=5/4]}\n {[shift={( 1/2,-2)}, rotate=-10] ellipse [x radius=1/3, y radius=5/4]};\n\\fill [BlueGrey500]\n (-1/9,11/8) ellipse [x radius=1/5, y radius=1/5]\n ( 1/9,11/8) ellipse [x radius=1/5, y radius=1/5];\n\\fill [Purple100]\n (0,12/8) ellipse [x radius=1/10, y radius=1/5]\n (0,12/8+1/9) ellipse [x radius=1/5 , y radius=1/10];\n\\foreach \\i in {-1,1}\n \\scoped[shift={(1/2*\\i,2)}, rotate=35*\\i]{\n \\clip [overlay] (0, 1/7) ellipse [radius=2/7];\n \\clip [overlay] (0,-1/7) ellipse [radius=2/7];\n \\fill [Yellow50] ellipse [radius=1];\n \\fill [Brown500] (0,0) ellipse [x radius=0.12, y radius=0.14];\n };\n\\scoped{\n \\clip (-1,-2) rectangle ++(2,1);\n \\fill [BlueGrey900] (0,-2) ellipse [radius=1/2];\n \\fill [Grey100]\n (-1/2,-2) ellipse [x radius=1/3, y radius=1/4]\n ( 1/2,-2) ellipse [x radius=1/3, y radius=1/4];\n};\n\\foreach \\i in {-1,1}\n \\foreach \\j in {-1,0,1}\n \\fill [Grey100, shift={(0,11/8)}, xscale=\\i, rotate=\\j*15,\n shift=(0:1/2)]\n ellipse [x radius=1/3, y radius=1/64];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cat};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
4
] |
chimpanzee_blue_fur
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
Change the color of the chimpanzee's fur to blue
|
A chimpanzee with blue fur
|
easy
|
update
|
animal
|
[
"@@ -6 +6 @@\n\n-\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n+\\fill [Blue700] (165:5/4 and 1) ellipse [radius=1/2];\n@@ -8 +8 @@\n\n-\\fill [BlueGrey700]\n+\\fill [Blue700]\n@@ -13 +13 @@\n\n-\\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n+\\fill [Blue900] (15:5/4 and 1) ellipse [radius=1/2];\n@@ -15 +15 @@\n\n-\\fill [BlueGrey900]\n+\\fill [Blue900]"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [Blue§choice([300,400,500,600,700,800,900],700)] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [Blue§choice([300,400,500,600,700,800,900],700)]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Blue§choice([500,600,700,800,900],900)] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [Blue§choice([500,600,700,800,900],900)]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [Blue700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [Blue700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Blue900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [Blue900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1,
1
] |
chimpanzee_elipse_eyes
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
Make the eyes of the chimpanzee wider, in the shape of an ellipse
|
A chimpanzee with wide, ellipse-shaped eyes
|
medium
|
update
|
animal
|
[
"@@ -29 +29 @@\n\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [x radius=0.25, y radius=0.15];",
"@@ -29 +29 @@\n\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [x radius=0.25,y radius=0.15];"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [x radius=§range(0.125,0.4,0.25), y radius=§range(0.05,0.45,0.15)];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [x radius=§range(0.125,0.4,0.25),y radius=§range(0.05,0.45,0.15)];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [x radius=0.25, y radius=0.15];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [x radius=0.25,y radius=0.15];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1
] |
chimpanzee_open_mouth
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
Increase the size of the chimpanzee's mouth, making its smile bigger
|
A chimpanzee with a big smile
|
easy
|
update
|
animal
|
[
"@@ -34 +34 @@\n\n-(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n+(-0.6,-1) arc (180:360:0.6 and 0.175) arc (360:180:0.6 and 0.5);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (§rangei(-0.6,0.1),§rangei(-1,0.2)) arc (180:360:§rangei(0.6,0.1) and §rangei(0.175,0.125)) arc (360:180:§rangei(0.6,0.1) and §rangei(0.5,0.2));\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-0.6,-1) arc (180:360:0.6 and 0.175) arc (360:180:0.6 and 0.5);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
7,
13
] |
chimpanzee_shoulder_torso
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
Add a torso to the chimpanzee, in the shape of an ellipse
|
A chimpanzee with a torso the shape of an ellipse
|
hard
|
add
|
animal
|
[
"@@ -5,0 +6 @@\n\n+\\fill [BlueGrey700] (0,-2) ellipse (1.65 and 0.6);",
"@@ -5,0 +6,2 @@\n\n+\\fill [BlueGrey900] (-50:0 and 3.3) arc (270:90:-1.5 and 0.6);\n+\\fill [BlueGrey700] (-50:0 and 3.3) arc (270:90:1.5 and 0.6);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey§choice([900,800,700],700)] (0,-2) ellipse (§rangei(1.65,0.15) and §rangei(0.6,0.2));\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey900] (-50:0 and §rangei(3.3,0.1)) arc (270:90:§rangei(-1.5,0.2) and §rangei(0.6,0.2));\n\\fill [BlueGrey700] (-50:0 and §rangei(3.3,0.1)) arc (270:90:§rangei(1.5,0.2) and §rangei(0.6,0.2));\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (0,-2) ellipse (1.65 and 0.6);\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey900] (-50:0 and 3.3) arc (270:90:-1.5 and 0.6);\n\\fill [BlueGrey700] (-50:0 and 3.3) arc (270:90:1.5 and 0.6);\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}\n \\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
32,
26,
38,
20,
20,
26,
38
] |
chimpanzee_squint_crosseyes
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
chimpanzee/.pic={
\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}
\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];
\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey700]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];
\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];
\fill [BlueGrey900]
(0,-1/2) ellipse [x radius=1, y radius=4/3]
(0, 0) ellipse [x radius=4/3, y radius=1];
}
\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\scoped{
\clip(0,-2) rectangle(9/5,1);
\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];
\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];
}
\foreach \i in {-1,1}
\fill [BlueGrey900, xscale=\i] (1/2,0) ellipse [radius=1/4];
\fill [Pink300]
(-1/7,-2/3) ellipse [radius=1/9]
( 1/7,-2/3) ellipse [radius=1/9];
\fill [Pink300]
(-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {chimpanzee};
\end{tikzpicture}
\end{document}
|
Make the eyes of the chimpanzee crossed, by making them white and adding black pupils
|
A crossed-eyes chimpanzee
|
medium
|
add
|
animal
|
[
"@@ -28,2 +28,6 @@\n\n-\\foreach \\i in {-1,1}\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\foreach \\i in {-1,1}{\n+\\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n+}\n+\\foreach \\i in {-1,1}{\n+\\fill [Black, xscale=\\i] (0.3,0) ellipse [radius=0.08];\n+}",
"@@ -28,2 +28,4 @@\n\n-\\foreach \\i in {-1,1}\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\foreach \\i in {-1,1}{\n+\\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n+\\fill [Black, xscale=\\i] ({0.3},0) ellipse [radius=0.08];\n+}",
"@@ -28,2 +28,6 @@\n\n-\\foreach \\i in {-1,1}\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\foreach \\i in {-1,1}{\n+\\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n+}\n+\\foreach \\i in {-1,1}{\n+\\fill [Black, xscale=\\i] ({0.3},0) circle [radius=0.08];\n+}",
"@@ -28,2 +28,4 @@\n\n-\\foreach \\i in {-1,1}\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\foreach \\i in {-1,1} {\n+\\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n+\\fill [Black, xscale=\\i] (0.3,0) ellipse [radius=0.08];\n+}",
"@@ -28,2 +28,4 @@\n\n-\\foreach \\i in {-1,1}\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\foreach \\i in {-1,1}{\n+\\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n+\\fill [Black, xscale=\\i] (0.3,0) ellipse [radius=0.08];\n+}",
"@@ -28,2 +28,4 @@\n\n-\\foreach \\i in {-1,1}\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\foreach \\i in {-1,1}{\n+\\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n+\\fill [Black, xscale=\\i] ({0.3},0) circle [radius=0.08];\n+}",
"@@ -28,2 +28,6 @@\n\n-\\foreach \\i in {-1,1}\n-\\fill [BlueGrey900, xscale=\\i] (1/2,0) ellipse [radius=1/4];\n+\\foreach \\i in {-1,1}{\n+\\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n+}\n+\\foreach \\i in {-1,1}{\n+\\fill [Black, xscale=\\i] ({0.3},0) ellipse [radius=0.08];\n+}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"White\",\"white\"],White), xscale=\\i] (1/2,0) ellipse [radius=§rangei(0.25,0.05)];\n }\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"Black\",\"black\"],Black), xscale=\\i] (§rangei(0.3,0.1),0) ellipse [radius=§rangei(0.08,0.05)];\n}\n \\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"White\",\"white\"],White), xscale=\\i] (1/2,0) ellipse [radius=§rangei(0.25,0.05)];\n \\fill [§choice([\"Black\",\"black\"],Black), xscale=\\i] ({§rangei(0.3,0.1)},0) ellipse [radius=§rangei(0.08,0.05)];\n}\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"White\",\"white\"],White), xscale=\\i] (1/2,0) ellipse [radius=§rangei(0.25,0.05)];\n }\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"Black\",\"black\"],Black), xscale=\\i] ({§rangei(0.3,0.1)},0) circle [radius=§rangei(0.08,0.05)];\n}\n \\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1} {\n \\fill [§choice([\"White\",\"white\"],White), xscale=\\i] (1/2,0) ellipse [radius=§rangei(0.25,0.05)];\n \\fill [§choice([\"Black\",\"black\"],Black), xscale=\\i] (§rangei(0.3,0.1),0) ellipse [radius=§rangei(0.08,0.05)];\n}\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"White\",\"white\"],White), xscale=\\i] (1/2,0) ellipse [radius=§rangei(0.25,0.05)];\n \\fill [§choice([\"Black\",\"black\"],Black), xscale=\\i] (§rangei(0.3,0.1),0) ellipse [radius=§rangei(0.08,0.05)];\n}\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"White\",\"white\"],White), xscale=\\i] (1/2,0) ellipse [radius=§rangei(0.25,0.05)];\n \\fill [§choice([\"Black\",\"black\"],Black), xscale=\\i] ({§rangei(0.3,0.1)},0) circle [radius=§rangei(0.08,0.05)];\n}\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"White\",\"white\"],White), xscale=\\i] (1/2,0) ellipse [radius=§rangei(0.25,0.05)];\n }\n\\foreach \\i in {-1,1}{\n \\fill [§choice([\"Black\",\"black\"],Black), xscale=\\i] ({§rangei(0.3,0.1)},0) ellipse [radius=§rangei(0.08,0.05)];\n}\n \\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n }\n\\foreach \\i in {-1,1}{\n \\fill [Black, xscale=\\i] (0.3,0) ellipse [radius=0.08];\n}\n \\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n \\fill [Black, xscale=\\i] ({0.3},0) ellipse [radius=0.08];\n}\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n }\n\\foreach \\i in {-1,1}{\n \\fill [Black, xscale=\\i] ({0.3},0) circle [radius=0.08];\n}\n \\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1} {\n \\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n \\fill [Black, xscale=\\i] (0.3,0) ellipse [radius=0.08];\n}\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n \\fill [Black, xscale=\\i] (0.3,0) ellipse [radius=0.08];\n}\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n \\fill [Black, xscale=\\i] ({0.3},0) circle [radius=0.08];\n}\n\\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nchimpanzee/.pic={\n\\tikzset{x=3cm/3.5,y=3cm/3.5, shift={(0,1/4)}}\n\\fill [BlueGrey700] (165:5/4 and 1) ellipse [radius=1/2];\n\\fill [Pink100] (165:5/4 and 1) ellipse [radius=1/3];\n\\fill [BlueGrey700]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [BlueGrey900] (15:5/4 and 1) ellipse [radius=1/2];\n \\fill [Pink200] (15:5/4 and 1) ellipse [radius=1/3];\n \\fill [BlueGrey900]\n (0,-1/2) ellipse [x radius=1, y radius=4/3]\n (0, 0) ellipse [x radius=4/3, y radius=1];\n}\n\\fill [Pink100] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n\\fill [Pink100, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\fill [Pink100, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n\\scoped{\n \\clip(0,-2) rectangle(9/5,1);\n \\fill [Pink200] ( 0,-2/3) ellipse [x radius=5/6, y radius= 1];\n \\fill [Pink200, xscale=-1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n \\fill [Pink200, xscale= 1] (1/2, 0) ellipse [x radius=3/5, y radius=2/3];\n}\n\\foreach \\i in {-1,1}{\n \\fill [White, xscale=\\i] (1/2,0) ellipse [radius=0.25];\n }\n\\foreach \\i in {-1,1}{\n \\fill [Black, xscale=\\i] ({0.3},0) ellipse [radius=0.08];\n}\n \\fill [Pink300]\n (-1/7,-2/3) ellipse [radius=1/9]\n ( 1/7,-2/3) ellipse [radius=1/9];\n\\fill [Pink300]\n (-1/2,-1) arc (180:360:1/2 and 1/8) arc (360:180:1/2 and 1/4);\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {chimpanzee};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
20,
20
] |
cladder_left_inner
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usepackage{eqnarray, amsmath}
\usepackage{xcolor}
\begin{document}
\begin{tikzpicture}
\draw[black, thick, domain=25:340] plot[smooth] ({0.5*cos(\x)}, {0.5*sin(\x)});
\draw[black, thick, domain=15:350] plot[smooth] ({1.5*cos(\x)}, {1.5*sin(\x)});
\filldraw[color=black, thin] (0.6,0) circle (0.65pt);
\filldraw[color=black, thin] (1.0,0) circle (0.65pt);
\filldraw[color=black, thin] (1.4,0) circle (0.65pt);
\filldraw[color=black] (0.31,0.38) circle (2pt);
\filldraw[color=black] (0.03,0.49) circle (2pt);
\filldraw[color=black] (-0.26,0.42) circle (2pt);
\filldraw[color=black] (-0.46,0.18) circle (2pt);
\filldraw[color=black] (-0.48,-0.12) circle (2pt);
\filldraw[color=black] (-0.31,-0.38) circle (2pt);
\filldraw[color=black] (-0.03,-0.49) circle (2pt);
\filldraw[color=black] (0.26,-0.42) circle (2pt);
\filldraw[color=black] (0.95,1.15) circle (2pt);
\filldraw[color=black] (0.09,1.49) circle (2pt);
\filldraw[color=black] (-0.80,1.26) circle (2pt);
\filldraw[color=black] (-1.39,0.55) circle (2pt);
\filldraw[color=black] (-1.45,-0.37) circle (2pt);
\filldraw[color=black] (-0.95,-1.15) circle (2pt);
\filldraw[color=black] (-0.09,-1.49) circle (2pt);
\filldraw[color=black] (0.80,-1.26) circle (2pt);
\draw[black, thick] (0.31,0.38) -- (0.95,1.15);
\draw[black, thick] (0.03,0.49) -- (0.09,1.49);
\draw[black, thick] (-0.26,0.42) -- (-0.80,1.26);
\draw[black, thick] (-0.46,0.18) -- (-1.39,0.55);
\draw[black, thick] (-0.48,-0.12) -- (-1.45,-0.37);
\draw[black, thick] (-0.31,-0.38) -- (-0.95,-1.15);
\draw[black, thick] (-0.03,-0.49) -- (-0.09,-1.49);
\draw[black, thick] (0.26,-0.42) -- (0.80,-1.26);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usepackage{eqnarray, amsmath}
\usepackage{xcolor}
\begin{document}
\begin{tikzpicture}
%CLOSE LADDER
%two basic circles
\draw[black, thick, domain=25:340] plot[smooth] ({0.5*cos(\x)}, {0.5*sin(\x)});
\draw[black, thick, domain=15:350] plot[smooth] ({1.5*cos(\x)}, {1.5*sin(\x)});
%dots
\filldraw[color=black, thin] (0.6,0) circle (0.65pt);
\filldraw[color=black, thin] (1.0,0) circle (0.65pt);
\filldraw[color=black, thin] (1.4,0) circle (0.65pt);
%points 1 circle
\filldraw[color=black] (0.31,0.38) circle (2pt);
\filldraw[color=black] (0.03,0.49) circle (2pt);
\filldraw[color=black] (-0.26,0.42) circle (2pt);
\filldraw[color=black] (-0.46,0.18) circle (2pt);
\filldraw[color=black] (-0.48,-0.12) circle (2pt);
\filldraw[color=black] (-0.31,-0.38) circle (2pt);
\filldraw[color=black] (-0.03,-0.49) circle (2pt);
\filldraw[color=black] (0.26,-0.42) circle (2pt);
%points 2 circle
\filldraw[color=black] (0.95,1.15) circle (2pt);
\filldraw[color=black] (0.09,1.49) circle (2pt);
\filldraw[color=black] (-0.80,1.26) circle (2pt);
\filldraw[color=black] (-1.39,0.55) circle (2pt);
\filldraw[color=black] (-1.45,-0.37) circle (2pt);
\filldraw[color=black] (-0.95,-1.15) circle (2pt);
\filldraw[color=black] (-0.09,-1.49) circle (2pt);
\filldraw[color=black] (0.80,-1.26) circle (2pt);
%connection lines
\draw[black, thick] (0.31,0.38) -- (0.95,1.15);
\draw[black, thick] (0.03,0.49) -- (0.09,1.49);
\draw[black, thick] (-0.26,0.42) -- (-0.80,1.26);
\draw[black, thick] (-0.46,0.18) -- (-1.39,0.55);
\draw[black, thick] (-0.48,-0.12) -- (-1.45,-0.37);
\draw[black, thick] (-0.31,-0.38) -- (-0.95,-1.15);
\draw[black, thick] (-0.03,-0.49) -- (-0.09,-1.49);
\draw[black, thick] (0.26,-0.42) -- (0.80,-1.26);
\end{tikzpicture}
\end{document}
|
Move the inner circle to the left so that its center is at the quarter of the diameter of the outer circle.
|
A closed ladder, with the inner circle shifted to the right
|
medium
|
update
|
scientific
|
[
"@@ -8 +8 @@\n\n-\\draw[black, thick, domain=25:340] plot[smooth] ({0.5*cos(\\x)}, {0.5*sin(\\x)});\n+\\draw[black, thick, domain=25:340] plot[smooth] ({0.5*cos(\\x)-0.75}, {0.5*sin(\\x)});\n@@ -10,11 +10,11 @@\n\n-\\filldraw[color=black, thin] (0.6,0) circle (0.65pt);\n-\\filldraw[color=black, thin] (1.0,0) circle (0.65pt);\n-\\filldraw[color=black, thin] (1.4,0) circle (0.65pt);\n-\\filldraw[color=black] (0.31,0.38) circle (2pt);\n-\\filldraw[color=black] (0.03,0.49) circle (2pt);\n-\\filldraw[color=black] (-0.26,0.42) circle (2pt);\n-\\filldraw[color=black] (-0.46,0.18) circle (2pt);\n-\\filldraw[color=black] (-0.48,-0.12) circle (2pt);\n-\\filldraw[color=black] (-0.31,-0.38) circle (2pt);\n-\\filldraw[color=black] (-0.03,-0.49) circle (2pt);\n-\\filldraw[color=black] (0.26,-0.42) circle (2pt);\n+\\filldraw[color=black, thin] (-0.15,0) circle (0.65pt);\n+\\filldraw[color=black, thin] (0.25,0) circle (0.65pt);\n+\\filldraw[color=black, thin] (0.65,0) circle (0.65pt);\n+\\filldraw[color=black] (-0.44,0.38) circle (2pt);\n+\\filldraw[color=black] (-0.72,0.49) circle (2pt);\n+\\filldraw[color=black] (-1.01,0.42) circle (2pt);\n+\\filldraw[color=black] (-1.21,0.18) circle (2pt);\n+\\filldraw[color=black] (-1.23,-0.12) circle (2pt);\n+\\filldraw[color=black] (-1.06,-0.38) circle (2pt);\n+\\filldraw[color=black] (-0.78,-0.49) circle (2pt);\n+\\filldraw[color=black] (-0.49,-0.42) circle (2pt);\n@@ -29,8 +29,8 @@\n\n-\\draw[black, thick] (0.31,0.38) -- (0.95,1.15);\n-\\draw[black, thick] (0.03,0.49) -- (0.09,1.49);\n-\\draw[black, thick] (-0.26,0.42) -- (-0.80,1.26);\n-\\draw[black, thick] (-0.46,0.18) -- (-1.39,0.55);\n-\\draw[black, thick] (-0.48,-0.12) -- (-1.45,-0.37);\n-\\draw[black, thick] (-0.31,-0.38) -- (-0.95,-1.15);\n-\\draw[black, thick] (-0.03,-0.49) -- (-0.09,-1.49);\n-\\draw[black, thick] (0.26,-0.42) -- (0.80,-1.26);\n+\\draw[black, thick] (-0.44,0.38) -- (0.95,1.15);\n+\\draw[black, thick] (-0.72,0.49) -- (0.09,1.49);\n+\\draw[black, thick] (-1.01,0.42) -- (-0.80,1.26);\n+\\draw[black, thick] (-1.21,0.18) -- (-1.39,0.55);\n+\\draw[black, thick] (-1.23,-0.12) -- (-1.45,-0.37);\n+\\draw[black, thick] (-1.06,-0.38) -- (-0.95,-1.15);\n+\\draw[black, thick] (-0.78,-0.49) -- (-0.09,-1.49);\n+\\draw[black, thick] (-0.49,-0.42) -- (0.80,-1.26);",
"@@ -8 +8 @@\n\n-\\draw[black, thick, domain=25:340] plot[smooth] ({0.5*cos(\\x)}, {0.5*sin(\\x)});\n+\\draw[black, thick, domain=25:340] plot[smooth] ({-0.75 + 0.5*cos(\\x)}, {0.5*sin(\\x)});\n@@ -10,11 +10,11 @@\n\n-\\filldraw[color=black, thin] (0.6,0) circle (0.65pt);\n-\\filldraw[color=black, thin] (1.0,0) circle (0.65pt);\n-\\filldraw[color=black, thin] (1.4,0) circle (0.65pt);\n-\\filldraw[color=black] (0.31,0.38) circle (2pt);\n-\\filldraw[color=black] (0.03,0.49) circle (2pt);\n-\\filldraw[color=black] (-0.26,0.42) circle (2pt);\n-\\filldraw[color=black] (-0.46,0.18) circle (2pt);\n-\\filldraw[color=black] (-0.48,-0.12) circle (2pt);\n-\\filldraw[color=black] (-0.31,-0.38) circle (2pt);\n-\\filldraw[color=black] (-0.03,-0.49) circle (2pt);\n-\\filldraw[color=black] (0.26,-0.42) circle (2pt);\n+\\filldraw[color=black, thin] (-0.15,0) circle (0.65pt);\n+\\filldraw[color=black, thin] (0.25,0) circle (0.65pt);\n+\\filldraw[color=black, thin] (0.65,0) circle (0.65pt);\n+\\filldraw[color=black] (-0.44,0.38) circle (2pt);\n+\\filldraw[color=black] (-0.72,0.49) circle (2pt);\n+\\filldraw[color=black] (-1.01,0.42) circle (2pt);\n+\\filldraw[color=black] (-1.21,0.18) circle (2pt);\n+\\filldraw[color=black] (-1.23,-0.12) circle (2pt);\n+\\filldraw[color=black] (-1.06,-0.38) circle (2pt);\n+\\filldraw[color=black] (-0.78,-0.49) circle (2pt);\n+\\filldraw[color=black] (-0.49,-0.42) circle (2pt);\n@@ -29,8 +29,8 @@\n\n-\\draw[black, thick] (0.31,0.38) -- (0.95,1.15);\n-\\draw[black, thick] (0.03,0.49) -- (0.09,1.49);\n-\\draw[black, thick] (-0.26,0.42) -- (-0.80,1.26);\n-\\draw[black, thick] (-0.46,0.18) -- (-1.39,0.55);\n-\\draw[black, thick] (-0.48,-0.12) -- (-1.45,-0.37);\n-\\draw[black, thick] (-0.31,-0.38) -- (-0.95,-1.15);\n-\\draw[black, thick] (-0.03,-0.49) -- (-0.09,-1.49);\n-\\draw[black, thick] (0.26,-0.42) -- (0.80,-1.26);\n+\\draw[black, thick] (-0.44,0.38) -- (0.95,1.15);\n+\\draw[black, thick] (-0.72,0.49) -- (0.09,1.49);\n+\\draw[black, thick] (-1.01,0.42) -- (-0.80,1.26);\n+\\draw[black, thick] (-1.21,0.18) -- (-1.39,0.55);\n+\\draw[black, thick] (-1.23,-0.12) -- (-1.45,-0.37);\n+\\draw[black, thick] (-1.06,-0.38) -- (-0.95,-1.15);\n+\\draw[black, thick] (-0.78,-0.49) -- (-0.09,-1.49);\n+\\draw[black, thick] (-0.49,-0.42) -- (0.80,-1.26);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usepackage{eqnarray, amsmath}\n\\usepackage{xcolor}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[black, thick, domain=25:340] plot[smooth] ({0.5*cos(\\x)-0.75}, {0.5*sin(\\x)});\n\\draw[black, thick, domain=15:350] plot[smooth] ({1.5*cos(\\x)}, {1.5*sin(\\x)});\n\\filldraw[color=black, thin] (§range(-0.2,0.6,-0.15),0) circle (0.65pt);\n\\filldraw[color=black, thin] (§range(0.2,1,0.25),0) circle (0.65pt);\n\\filldraw[color=black, thin] (§range(0.6,1.4,0.65),0) circle (0.65pt);\n\\filldraw[color=black] (§rangei(-0.44,0.05),0.38) circle (2pt);\n\\filldraw[color=black] (§rangei(-0.72,0.05),0.49) circle (2pt);\n\\filldraw[color=black] (§rangei(-1.01,0.05),0.42) circle (2pt);\n\\filldraw[color=black] (§rangei(-1.21,0.05),0.18) circle (2pt);\n\\filldraw[color=black] (§rangei(-1.23,0.05),-0.12) circle (2pt);\n\\filldraw[color=black] (§rangei(-1.06,0.05),-0.38) circle (2pt);\n\\filldraw[color=black] (§rangei(-0.78,0.05),-0.49) circle (2pt);\n\\filldraw[color=black] (§rangei(-0.49,0.05),-0.42) circle (2pt);\n\\filldraw[color=black] (0.95,1.15) circle (2pt);\n\\filldraw[color=black] (0.09,1.49) circle (2pt);\n\\filldraw[color=black] (-0.80,1.26) circle (2pt);\n\\filldraw[color=black] (-1.39,0.55) circle (2pt);\n\\filldraw[color=black] (-1.45,-0.37) circle (2pt);\n\\filldraw[color=black] (-0.95,-1.15) circle (2pt);\n\\filldraw[color=black] (-0.09,-1.49) circle (2pt);\n\\filldraw[color=black] (0.80,-1.26) circle (2pt);\n\\draw[black, thick] (§rangei(-0.44,0.05),0.38) -- (0.95,1.15);\n\\draw[black, thick] (§rangei(-0.72,0.05),0.49) -- (0.09,1.49);\n\\draw[black, thick] (§rangei(-1.01,0.05),0.42) -- (-0.80,1.26);\n\\draw[black, thick] (§rangei(-1.21,0.05),0.18) -- (-1.39,0.55);\n\\draw[black, thick] (§rangei(-1.23,0.05),-0.12) -- (-1.45,-0.37);\n\\draw[black, thick] (§rangei(-1.06,0.05),-0.38) -- (-0.95,-1.15);\n\\draw[black, thick] (§rangei(-0.78,0.05),-0.49) -- (-0.09,-1.49);\n\\draw[black, thick] (§rangei(-0.49,0.05),-0.42) -- (0.80,-1.26);\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usepackage{eqnarray, amsmath}\n\\usepackage{xcolor}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[black, thick, domain=25:340] plot[smooth] ({-0.75 + 0.5*cos(\\x)}, {0.5*sin(\\x)});\n\\draw[black, thick, domain=15:350] plot[smooth] ({1.5*cos(\\x)}, {1.5*sin(\\x)});\n\\filldraw[color=black, thin] (§range(-0.2,0.6,-0.15),0) circle (0.65pt);\n\\filldraw[color=black, thin] (§range(0.2,1,0.25),0) circle (0.65pt);\n\\filldraw[color=black, thin] (§range(0.6,1.4,0.65),0) circle (0.65pt);\n\\filldraw[color=black] (§rangei(-0.44,0.05),0.38) circle (2pt);\n\\filldraw[color=black] (§rangei(-0.72,0.05),0.49) circle (2pt);\n\\filldraw[color=black] (§rangei(-1.01,0.05),0.42) circle (2pt);\n\\filldraw[color=black] (§rangei(-1.21,0.05),0.18) circle (2pt);\n\\filldraw[color=black] (§rangei(-1.23,0.05),-0.12) circle (2pt);\n\\filldraw[color=black] (§rangei(-1.06,0.05),-0.38) circle (2pt);\n\\filldraw[color=black] (§rangei(-0.78,0.05),-0.49) circle (2pt);\n\\filldraw[color=black] (§rangei(-0.49,0.05),-0.42) circle (2pt);\n\\filldraw[color=black] (0.95,1.15) circle (2pt);\n\\filldraw[color=black] (0.09,1.49) circle (2pt);\n\\filldraw[color=black] (-0.80,1.26) circle (2pt);\n\\filldraw[color=black] (-1.39,0.55) circle (2pt);\n\\filldraw[color=black] (-1.45,-0.37) circle (2pt);\n\\filldraw[color=black] (-0.95,-1.15) circle (2pt);\n\\filldraw[color=black] (-0.09,-1.49) circle (2pt);\n\\filldraw[color=black] (0.80,-1.26) circle (2pt);\n\\draw[black, thick] (§rangei(-0.44,0.05),0.38) -- (0.95,1.15);\n\\draw[black, thick] (§rangei(-0.72,0.05),0.49) -- (0.09,1.49);\n\\draw[black, thick] (§rangei(-1.01,0.05),0.42) -- (-0.80,1.26);\n\\draw[black, thick] (§rangei(-1.21,0.05),0.18) -- (-1.39,0.55);\n\\draw[black, thick] (§rangei(-1.23,0.05),-0.12) -- (-1.45,-0.37);\n\\draw[black, thick] (§rangei(-1.06,0.05),-0.38) -- (-0.95,-1.15);\n\\draw[black, thick] (§rangei(-0.78,0.05),-0.49) -- (-0.09,-1.49);\n\\draw[black, thick] (§rangei(-0.49,0.05),-0.42) -- (0.80,-1.26);\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usepackage{eqnarray, amsmath}\n\\usepackage{xcolor}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[black, thick, domain=25:340] plot[smooth] ({0.5*cos(\\x)-0.75}, {0.5*sin(\\x)});\n\\draw[black, thick, domain=15:350] plot[smooth] ({1.5*cos(\\x)}, {1.5*sin(\\x)});\n\\filldraw[color=black, thin] (-0.15,0) circle (0.65pt);\n\\filldraw[color=black, thin] (0.25,0) circle (0.65pt);\n\\filldraw[color=black, thin] (0.65,0) circle (0.65pt);\n\\filldraw[color=black] (-0.44,0.38) circle (2pt);\n\\filldraw[color=black] (-0.72,0.49) circle (2pt);\n\\filldraw[color=black] (-1.01,0.42) circle (2pt);\n\\filldraw[color=black] (-1.21,0.18) circle (2pt);\n\\filldraw[color=black] (-1.23,-0.12) circle (2pt);\n\\filldraw[color=black] (-1.06,-0.38) circle (2pt);\n\\filldraw[color=black] (-0.78,-0.49) circle (2pt);\n\\filldraw[color=black] (-0.49,-0.42) circle (2pt);\n\\filldraw[color=black] (0.95,1.15) circle (2pt);\n\\filldraw[color=black] (0.09,1.49) circle (2pt);\n\\filldraw[color=black] (-0.80,1.26) circle (2pt);\n\\filldraw[color=black] (-1.39,0.55) circle (2pt);\n\\filldraw[color=black] (-1.45,-0.37) circle (2pt);\n\\filldraw[color=black] (-0.95,-1.15) circle (2pt);\n\\filldraw[color=black] (-0.09,-1.49) circle (2pt);\n\\filldraw[color=black] (0.80,-1.26) circle (2pt);\n\\draw[black, thick] (-0.44,0.38) -- (0.95,1.15);\n\\draw[black, thick] (-0.72,0.49) -- (0.09,1.49);\n\\draw[black, thick] (-1.01,0.42) -- (-0.80,1.26);\n\\draw[black, thick] (-1.21,0.18) -- (-1.39,0.55);\n\\draw[black, thick] (-1.23,-0.12) -- (-1.45,-0.37);\n\\draw[black, thick] (-1.06,-0.38) -- (-0.95,-1.15);\n\\draw[black, thick] (-0.78,-0.49) -- (-0.09,-1.49);\n\\draw[black, thick] (-0.49,-0.42) -- (0.80,-1.26);\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usepackage{eqnarray, amsmath}\n\\usepackage{xcolor}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[black, thick, domain=25:340] plot[smooth] ({-0.75 + 0.5*cos(\\x)}, {0.5*sin(\\x)});\n\\draw[black, thick, domain=15:350] plot[smooth] ({1.5*cos(\\x)}, {1.5*sin(\\x)});\n\\filldraw[color=black, thin] (-0.15,0) circle (0.65pt);\n\\filldraw[color=black, thin] (0.25,0) circle (0.65pt);\n\\filldraw[color=black, thin] (0.65,0) circle (0.65pt);\n\\filldraw[color=black] (-0.44,0.38) circle (2pt);\n\\filldraw[color=black] (-0.72,0.49) circle (2pt);\n\\filldraw[color=black] (-1.01,0.42) circle (2pt);\n\\filldraw[color=black] (-1.21,0.18) circle (2pt);\n\\filldraw[color=black] (-1.23,-0.12) circle (2pt);\n\\filldraw[color=black] (-1.06,-0.38) circle (2pt);\n\\filldraw[color=black] (-0.78,-0.49) circle (2pt);\n\\filldraw[color=black] (-0.49,-0.42) circle (2pt);\n\\filldraw[color=black] (0.95,1.15) circle (2pt);\n\\filldraw[color=black] (0.09,1.49) circle (2pt);\n\\filldraw[color=black] (-0.80,1.26) circle (2pt);\n\\filldraw[color=black] (-1.39,0.55) circle (2pt);\n\\filldraw[color=black] (-1.45,-0.37) circle (2pt);\n\\filldraw[color=black] (-0.95,-1.15) circle (2pt);\n\\filldraw[color=black] (-0.09,-1.49) circle (2pt);\n\\filldraw[color=black] (0.80,-1.26) circle (2pt);\n\\draw[black, thick] (-0.44,0.38) -- (0.95,1.15);\n\\draw[black, thick] (-0.72,0.49) -- (0.09,1.49);\n\\draw[black, thick] (-1.01,0.42) -- (-0.80,1.26);\n\\draw[black, thick] (-1.21,0.18) -- (-1.39,0.55);\n\\draw[black, thick] (-1.23,-0.12) -- (-1.45,-0.37);\n\\draw[black, thick] (-1.06,-0.38) -- (-0.95,-1.15);\n\\draw[black, thick] (-0.78,-0.49) -- (-0.09,-1.49);\n\\draw[black, thick] (-0.49,-0.42) -- (0.80,-1.26);\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
190,
89,
62,
184
] |
colnodes_colored
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usetikzlibrary{calc}
\makeatletter
\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}
\pgfkeys{
/curlybrace/.cd,
tip angle/.code = \def\cb@angle{#1},
/curlybrace/.unknown/.code ={\let\searchname=\pgfkeyscurrentname
\pgfkeysalso{\searchname/.try=#1,
/tikz/\searchname/.retry=#1}}}
\def\curlybrace{\pgfutil@ifnextchar[{\curly@brace}{\curly@brace[]}}
\def\curly@brace[#1]#2#3#4{
\pgfkeys{/curlybrace/.cd,
tip angle = 0.75}
\pgfqkeys{/curlybrace}{#1}
\ifnum 1>#4 \def\cbrd{0.05} \else \def\cbrd{0.075} \fi
\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\cb@angle}:#4) --({(#2+#3)/2}:#4+\cbrd) coordinate (curlybracetipn);
\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\cbrd) -- ({(#2+#3)/2+\cb@angle}:#4) arc ({(#2+#3)/2+\cb@angle} :#3:#4) --(#3:#4-\cbrd);
}
\makeatother
\begin{document}
\centering
\begin{tikzpicture}[scale=1.5,
myline/.style={line width=1.5}
]
\foreach \n in {1,...,8}{
\coordinate (P\n) at (\n*45:1);
}
\coordinate (P9) at ($.5*(P3)+.5*(P8)$);
\coordinate (P10) at ($.5*(P4)+.5*(P7)$);
\draw[myline,blue!70] (P7) -- (P8) -- (P9);
\draw[myline,red!70] (P3) -- (P4) -- (P10);
\draw[myline,green!70!black] (P1) -- (P9) -- (P2);
\draw[myline] (P5) -- (P10);
\draw[myline] (P6) -- (P7);
\draw[myline] (P2) -- (P3);
\draw[dashed, very thick] (0,0) circle (1.55);
\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}
\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)
-- ($(P9)+(-170:.25)$) arc (-170:-55:.25)
-- ($(P1)+(-55:.25)$) arc (-55:45:.25);
\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)
-- ($(P10)+(250:.25)$) arc (250:380:.25)
-- ($(P3)+(20:.25)$) arc (20:135:.25);
\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)
-- ($(P9)+(70:.2)$) arc (70:215:.2)
-- ($(P7)+(215:.2)$) arc (215:315:.2);
\foreach \n in {1,...,10}{
\fill (P\n) circle (.1);
}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usetikzlibrary{calc}
\makeatletter
\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}%
\pgfkeys{% https://tex.stackexchange.com/a/45129/121799
/curlybrace/.cd,%
tip angle/.code = \def\cb@angle{#1},
/curlybrace/.unknown/.code ={\let\searchname=\pgfkeyscurrentname
\pgfkeysalso{\searchname/.try=#1,
/tikz/\searchname/.retry=#1}}}
\def\curlybrace{\pgfutil@ifnextchar[{\curly@brace}{\curly@brace[]}}%
\def\curly@brace[#1]#2#3#4{%
\pgfkeys{/curlybrace/.cd,
tip angle = 0.75}%
\pgfqkeys{/curlybrace}{#1}%
\ifnum 1>#4 \def\cbrd{0.05} \else \def\cbrd{0.075} \fi
\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\cb@angle}:#4) --({(#2+#3)/2}:#4+\cbrd) coordinate (curlybracetipn);
\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\cbrd) -- ({(#2+#3)/2+\cb@angle}:#4) arc ({(#2+#3)/2+\cb@angle} :#3:#4) --(#3:#4-\cbrd);
}
\makeatother
\begin{document}
\centering
\begin{tikzpicture}[scale=1.5,
myline/.style={line width=1.5}
]
%% Setting coordinates
\foreach \n in {1,...,8}{
\coordinate (P\n) at (\n*45:1);
}
\coordinate (P9) at ($.5*(P3)+.5*(P8)$);
\coordinate (P10) at ($.5*(P4)+.5*(P7)$);
%% Drawing the graph
\draw[myline,blue!70] (P7) -- (P8) -- (P9);
\draw[myline,red!70] (P3) -- (P4) -- (P10);
\draw[myline,green!70!black] (P1) -- (P9) -- (P2);
\draw[myline] (P5) -- (P10);
\draw[myline] (P6) -- (P7);
\draw[myline] (P2) -- (P3);
%% Drawing the shapes
\draw[dashed, very thick] (0,0) circle (1.55);
\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}
\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)
-- ($(P9)+(-170:.25)$) arc (-170:-55:.25)
-- ($(P1)+(-55:.25)$) arc (-55:45:.25);
\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)
-- ($(P10)+(250:.25)$) arc (250:380:.25)
-- ($(P3)+(20:.25)$) arc (20:135:.25);
\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)
-- ($(P9)+(70:.2)$) arc (70:215:.2)
-- ($(P7)+(215:.2)$) arc (215:315:.2);
%% Drawing the node
\foreach \n in {1,...,10}{
\fill (P\n) circle (.1);
}
\end{tikzpicture}
\end{document}
|
Color the nodes of the graph in the color of the zone it is in. If a node is contained in multiple zones, color it with the color of each zone (half of each color if in two zones, a third if in three, etc).
|
A graph, with nodes colored depending on the area they are in.
|
hard
|
update
|
scientific
|
[
"@@ -22,0 +23,16 @@\n\n+\\newcommand{\\colornode}[3]{\n+\\begingroup\n+\\def\\ncolors{0}\n+\\foreach \\c [count=\\i] in {#3} { \\xdef\\ncolors{\\i} }\n+\\pgfmathsetmacro{\\span}{360/\\ncolors}\n+\\foreach \\c [count=\\i] in {#3} {\n+\\pgfmathsetmacro{\\a}{(\\i-1)*\\span}\n+\\pgfmathsetmacro{\\b}{\\i*\\span}\n+\\begin{scope}\n+\\clip (#1) -- ($ (#1)+(\\a:#2) $) arc (\\a:\\b:#2) -- cycle;\n+\\fill[\\c] (#1) circle (#2);\n+\\end{scope}\n+}\n+\\draw[black] (#1) circle (#2);\n+\\endgroup\n+}\n@@ -50,3 +66,10 @@\n\n-\\foreach \\n in {1,...,10}{\n-\\fill (P\\n) circle (.1);\n-}\n+\\colornode{P1}{.1}{green!70!black}\n+\\colornode{P2}{.1}{green!70!black}\n+\\colornode{P3}{.1}{red!70}\n+\\colornode{P4}{.1}{red!70}\n+\\colornode{P5}{.1}{black}\n+\\colornode{P6}{.1}{black}\n+\\colornode{P7}{.1}{blue!70}\n+\\colornode{P8}{.1}{blue!70}\n+\\colornode{P9}{.1}{green!70!black,blue!70}\n+\\colornode{P10}{.1}{red!70}",
"@@ -50,3 +50,6 @@\n\n-\\foreach \\n in {1,...,10}{\n-\\fill (P\\n) circle (.1);\n-}\n+\\foreach \\n in {1,2} \\fill[green!70!black] (P\\n) circle (.1);\n+\\foreach \\n in {3,4,10} \\fill[red!70] (P\\n) circle (.1);\n+\\foreach \\n in {7,8} \\fill[blue!70] (P\\n) circle (.1);\n+\\foreach \\n in {5,6} \\fill (P\\n) circle (.1);\n+\\fill[green!70!black] (P9) -- ($(P9)+(0:.1)$) arc (0:180:.1) -- cycle;\n+\\fill[blue!70] (P9) -- ($(P9)+(180:.1)$) arc (180:360:.1) -- cycle;",
"@@ -50,3 +50,11 @@\n\n-\\foreach \\n in {1,...,10}{\n-\\fill (P\\n) circle (.1);\n-}\n+\\fill[green!70!black] (P1) circle (.1);\n+\\fill[green!70!black] (P2) circle (.1);\n+\\fill[red!70] (P3) circle (.1);\n+\\fill[red!70] (P4) circle (.1);\n+\\fill (P5) circle (.1);\n+\\fill (P6) circle (.1);\n+\\fill[blue!70] (P7) circle (.1);\n+\\fill[blue!70] (P8) circle (.1);\n+\\fill[blue!70] (P9) circle(0.1);\n+\\fill[green!70!black] (P9) + (0.1, 0) arc[start angle=0, end angle=180, radius=0.1];\n+\\fill[red!70] (P10) circle (.1);",
"@@ -22,0 +23,15 @@\n\n+\\newcommand{\\colornode}[3]{\n+\\begingroup\n+\\def\\ncolors{0}\n+\\foreach \\c [count=\\i] in {#3} { \\xdef\\ncolors{\\i} }\n+\\pgfmathsetmacro{\\span}{360/\\ncolors}\n+\\foreach \\c [count=\\i] in {#3} {\n+\\pgfmathsetmacro{\\a}{(\\i-1)*\\span}\n+\\pgfmathsetmacro{\\b}{\\i*\\span}\n+\\begin{scope}\n+\\clip (#1) -- ($ (#1)+(\\a:#2) $) arc (\\a:\\b:#2) -- cycle;\n+\\fill[\\c] (#1) circle (#2);\n+\\end{scope}\n+}\n+\\endgroup\n+}\n@@ -50,3 +65,10 @@\n\n-\\foreach \\n in {1,...,10}{\n-\\fill (P\\n) circle (.1);\n-}\n+\\colornode{P1}{.1}{green!70!black}\n+\\colornode{P2}{.1}{green!70!black}\n+\\colornode{P3}{.1}{red!70}\n+\\colornode{P4}{.1}{red!70}\n+\\colornode{P5}{.1}{black}\n+\\colornode{P6}{.1}{black}\n+\\colornode{P7}{.1}{blue!70}\n+\\colornode{P8}{.1}{blue!70}\n+\\colornode{P9}{.1}{green!70!black,blue!70}\n+\\colornode{P10}{.1}{red!70}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\\newcommand{\\colornode}[3]{\n\\begingroup\n\\def\\ncolors{0}\n\\foreach \\c [count=\\i] in {#3} { \\xdef\\ncolors{\\i} }\n\\pgfmathsetmacro{\\span}{360/\\ncolors}\n\\foreach \\c [count=\\i] in {#3} {\n\\pgfmathsetmacro{\\a}{(\\i-1)*\\span}\n\\pgfmathsetmacro{\\b}{\\i*\\span}\n\\begin{scope}\n\\clip (#1) -- ($ (#1)+(\\a:#2) $) arc (\\a:\\b:#2) -- cycle;\n\\fill[\\c] (#1) circle (#2);\n\\end{scope}\n}\n\\draw[black] (#1) circle (#2);\n\\endgroup\n}\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n\\colornode{P1}{.1}{green!70!black}\n\\colornode{P2}{.1}{green!70!black}\n\\colornode{P3}{.1}{red!70}\n\\colornode{P4}{.1}{red!70}\n\\colornode{P5}{.1}{black}\n\\colornode{P6}{.1}{black}\n\\colornode{P7}{.1}{blue!70}\n\\colornode{P8}{.1}{blue!70}\n\\colornode{P9}{.1}{green!70!black,blue!70}\n\\colornode{P10}{.1}{red!70}\n \n \\end{tikzpicture} \n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n\n\\foreach \\n in {1,2} \\fill[green!70!black] (P\\n) circle (.1);\n\\foreach \\n in {3,4,10} \\fill[red!70] (P\\n) circle (.1);\n\\foreach \\n in {7,8} \\fill[blue!70] (P\\n) circle (.1);\n\\foreach \\n in {5,6} \\fill (P\\n) circle (.1);\n\\fill[green!70!black] (P9) -- ($(P9)+(0:.1)$) arc (0:180:.1) -- cycle;\n\\fill[blue!70] (P9) -- ($(P9)+(180:.1)$) arc (180:360:.1) -- cycle;\n \\end{tikzpicture} \n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n \\fill[green!70!black] (P1) circle (.1);\n \\fill[green!70!black] (P2) circle (.1);\n \\fill[red!70] (P3) circle (.1);\n \\fill[red!70] (P4) circle (.1);\n \\fill (P5) circle (.1);\n \\fill (P6) circle (.1);\n \\fill[blue!70] (P7) circle (.1);\n \\fill[blue!70] (P8) circle (.1);\n \\fill[blue!70] (P9) circle(0.1);\n \\fill[green!70!black] (P9) + (0.1, 0) arc[start angle=0, end angle=180, radius=0.1];\n \\fill[red!70] (P10) circle (.1);\n \n \\end{tikzpicture} \n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\\newcommand{\\colornode}[3]{\n\\begingroup\n\\def\\ncolors{0}\n\\foreach \\c [count=\\i] in {#3} { \\xdef\\ncolors{\\i} }\n\\pgfmathsetmacro{\\span}{360/\\ncolors}\n\\foreach \\c [count=\\i] in {#3} {\n\\pgfmathsetmacro{\\a}{(\\i-1)*\\span}\n\\pgfmathsetmacro{\\b}{\\i*\\span}\n\\begin{scope}\n\\clip (#1) -- ($ (#1)+(\\a:#2) $) arc (\\a:\\b:#2) -- cycle;\n\\fill[\\c] (#1) circle (#2);\n\\end{scope}\n}\n\\endgroup\n}\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n\\colornode{P1}{.1}{green!70!black}\n\\colornode{P2}{.1}{green!70!black}\n\\colornode{P3}{.1}{red!70}\n\\colornode{P4}{.1}{red!70}\n\\colornode{P5}{.1}{black}\n\\colornode{P6}{.1}{black}\n\\colornode{P7}{.1}{blue!70}\n\\colornode{P8}{.1}{blue!70}\n\\colornode{P9}{.1}{green!70!black,blue!70}\n\\colornode{P10}{.1}{red!70}\n \n \\end{tikzpicture} \n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\\newcommand{\\colornode}[3]{\n\\begingroup\n\\def\\ncolors{0}\n\\foreach \\c [count=\\i] in {#3} { \\xdef\\ncolors{\\i} }\n\\pgfmathsetmacro{\\span}{360/\\ncolors}\n\\foreach \\c [count=\\i] in {#3} {\n\\pgfmathsetmacro{\\a}{(\\i-1)*\\span}\n\\pgfmathsetmacro{\\b}{\\i*\\span}\n\\begin{scope}\n\\clip (#1) -- ($ (#1)+(\\a:#2) $) arc (\\a:\\b:#2) -- cycle;\n\\fill[\\c] (#1) circle (#2);\n\\end{scope}\n}\n\\draw[black] (#1) circle (#2);\n\\endgroup\n}\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n\\colornode{P1}{.1}{green!70!black}\n\\colornode{P2}{.1}{green!70!black}\n\\colornode{P3}{.1}{red!70}\n\\colornode{P4}{.1}{red!70}\n\\colornode{P5}{.1}{black}\n\\colornode{P6}{.1}{black}\n\\colornode{P7}{.1}{blue!70}\n\\colornode{P8}{.1}{blue!70}\n\\colornode{P9}{.1}{green!70!black,blue!70}\n\\colornode{P10}{.1}{red!70}\n \n \\end{tikzpicture} \n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n\n\\foreach \\n in {1,2} \\fill[green!70!black] (P\\n) circle (.1);\n\\foreach \\n in {3,4,10} \\fill[red!70] (P\\n) circle (.1);\n\\foreach \\n in {7,8} \\fill[blue!70] (P\\n) circle (.1);\n\\foreach \\n in {5,6} \\fill (P\\n) circle (.1);\n\\fill[green!70!black] (P9) -- ($(P9)+(0:.1)$) arc (0:180:.1) -- cycle;\n\\fill[blue!70] (P9) -- ($(P9)+(180:.1)$) arc (180:360:.1) -- cycle;\n \\end{tikzpicture} \n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n \\fill[green!70!black] (P1) circle (.1);\n \\fill[green!70!black] (P2) circle (.1);\n \\fill[red!70] (P3) circle (.1);\n \\fill[red!70] (P4) circle (.1);\n \\fill (P5) circle (.1);\n \\fill (P6) circle (.1);\n \\fill[blue!70] (P7) circle (.1);\n \\fill[blue!70] (P8) circle (.1);\n \\fill[blue!70] (P9) circle(0.1);\n \\fill[green!70!black] (P9) + (0.1, 0) arc[start angle=0, end angle=180, radius=0.1];\n \\fill[red!70] (P10) circle (.1);\n \n \\end{tikzpicture} \n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\\newcommand{\\colornode}[3]{\n\\begingroup\n\\def\\ncolors{0}\n\\foreach \\c [count=\\i] in {#3} { \\xdef\\ncolors{\\i} }\n\\pgfmathsetmacro{\\span}{360/\\ncolors}\n\\foreach \\c [count=\\i] in {#3} {\n\\pgfmathsetmacro{\\a}{(\\i-1)*\\span}\n\\pgfmathsetmacro{\\b}{\\i*\\span}\n\\begin{scope}\n\\clip (#1) -- ($ (#1)+(\\a:#2) $) arc (\\a:\\b:#2) -- cycle;\n\\fill[\\c] (#1) circle (#2);\n\\end{scope}\n}\n\\endgroup\n}\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n\\colornode{P1}{.1}{green!70!black}\n\\colornode{P2}{.1}{green!70!black}\n\\colornode{P3}{.1}{red!70}\n\\colornode{P4}{.1}{red!70}\n\\colornode{P5}{.1}{black}\n\\colornode{P6}{.1}{black}\n\\colornode{P7}{.1}{blue!70}\n\\colornode{P8}{.1}{blue!70}\n\\colornode{P9}{.1}{green!70!black,blue!70}\n\\colornode{P10}{.1}{red!70}\n \n \\end{tikzpicture} \n\\end{document}"
] | ||
[
13,
13
] |
colnodes_removed_nodes
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usetikzlibrary{calc}
\makeatletter
\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}
\pgfkeys{
/curlybrace/.cd,
tip angle/.code = \def\cb@angle{#1},
/curlybrace/.unknown/.code ={\let\searchname=\pgfkeyscurrentname
\pgfkeysalso{\searchname/.try=#1,
/tikz/\searchname/.retry=#1}}}
\def\curlybrace{\pgfutil@ifnextchar[{\curly@brace}{\curly@brace[]}}
\def\curly@brace[#1]#2#3#4{
\pgfkeys{/curlybrace/.cd,
tip angle = 0.75}
\pgfqkeys{/curlybrace}{#1}
\ifnum 1>#4 \def\cbrd{0.05} \else \def\cbrd{0.075} \fi
\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\cb@angle}:#4) --({(#2+#3)/2}:#4+\cbrd) coordinate (curlybracetipn);
\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\cbrd) -- ({(#2+#3)/2+\cb@angle}:#4) arc ({(#2+#3)/2+\cb@angle} :#3:#4) --(#3:#4-\cbrd);
}
\makeatother
\begin{document}
\centering
\begin{tikzpicture}[scale=1.5,
myline/.style={line width=1.5}
]
\foreach \n in {1,...,8}{
\coordinate (P\n) at (\n*45:1);
}
\coordinate (P9) at ($.5*(P3)+.5*(P8)$);
\coordinate (P10) at ($.5*(P4)+.5*(P7)$);
\draw[myline,blue!70] (P7) -- (P8) -- (P9);
\draw[myline,red!70] (P3) -- (P4) -- (P10);
\draw[myline,green!70!black] (P1) -- (P9) -- (P2);
\draw[myline] (P5) -- (P10);
\draw[myline] (P6) -- (P7);
\draw[myline] (P2) -- (P3);
\draw[dashed, very thick] (0,0) circle (1.55);
\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}
\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)
-- ($(P9)+(-170:.25)$) arc (-170:-55:.25)
-- ($(P1)+(-55:.25)$) arc (-55:45:.25);
\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)
-- ($(P10)+(250:.25)$) arc (250:380:.25)
-- ($(P3)+(20:.25)$) arc (20:135:.25);
\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)
-- ($(P9)+(70:.2)$) arc (70:215:.2)
-- ($(P7)+(215:.2)$) arc (215:315:.2);
\foreach \n in {1,...,10}{
\fill (P\n) circle (.1);
}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usetikzlibrary{calc}
\makeatletter
\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}%
\pgfkeys{% https://tex.stackexchange.com/a/45129/121799
/curlybrace/.cd,%
tip angle/.code = \def\cb@angle{#1},
/curlybrace/.unknown/.code ={\let\searchname=\pgfkeyscurrentname
\pgfkeysalso{\searchname/.try=#1,
/tikz/\searchname/.retry=#1}}}
\def\curlybrace{\pgfutil@ifnextchar[{\curly@brace}{\curly@brace[]}}%
\def\curly@brace[#1]#2#3#4{%
\pgfkeys{/curlybrace/.cd,
tip angle = 0.75}%
\pgfqkeys{/curlybrace}{#1}%
\ifnum 1>#4 \def\cbrd{0.05} \else \def\cbrd{0.075} \fi
\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\cb@angle}:#4) --({(#2+#3)/2}:#4+\cbrd) coordinate (curlybracetipn);
\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\cbrd) -- ({(#2+#3)/2+\cb@angle}:#4) arc ({(#2+#3)/2+\cb@angle} :#3:#4) --(#3:#4-\cbrd);
}
\makeatother
\begin{document}
\centering
\begin{tikzpicture}[scale=1.5,
myline/.style={line width=1.5}
]
%% Setting coordinates
\foreach \n in {1,...,8}{
\coordinate (P\n) at (\n*45:1);
}
\coordinate (P9) at ($.5*(P3)+.5*(P8)$);
\coordinate (P10) at ($.5*(P4)+.5*(P7)$);
%% Drawing the graph
\draw[myline,blue!70] (P7) -- (P8) -- (P9);
\draw[myline,red!70] (P3) -- (P4) -- (P10);
\draw[myline,green!70!black] (P1) -- (P9) -- (P2);
\draw[myline] (P5) -- (P10);
\draw[myline] (P6) -- (P7);
\draw[myline] (P2) -- (P3);
%% Drawing the shapes
\draw[dashed, very thick] (0,0) circle (1.55);
\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}
\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)
-- ($(P9)+(-170:.25)$) arc (-170:-55:.25)
-- ($(P1)+(-55:.25)$) arc (-55:45:.25);
\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)
-- ($(P10)+(250:.25)$) arc (250:380:.25)
-- ($(P3)+(20:.25)$) arc (20:135:.25);
\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)
-- ($(P9)+(70:.2)$) arc (70:215:.2)
-- ($(P7)+(215:.2)$) arc (215:315:.2);
%% Drawing the node
\foreach \n in {1,...,10}{
\fill (P\n) circle (.1);
}
\end{tikzpicture}
\end{document}
|
Remove from the graph the two nodes that are not in a zone. Remove their links to the other nodes as well.
|
A graph, with all the nodes contained in colored areas.
|
easy
|
remove
|
scientific
|
[
"@@ -36,2 +35,0 @@\n\n-\\draw[myline] (P5) -- (P10);\n-\\draw[myline] (P6) -- (P7);\n@@ -50 +48 @@\n\n-\\foreach \\n in {1,...,10}{\n+\\foreach \\n in {1,2,3,4,7,8,9,10}{",
"@@ -36,2 +35,0 @@\n\n-\\draw[myline] (P5) -- (P10);\n-\\draw[myline] (P6) -- (P7);\n@@ -50 +48 @@\n\n-\\foreach \\n in {1,...,10}{\n+\\foreach \\n in {1,...,4,7,8,9,10}{"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n \\foreach \\n in {1,2,3,4,7,8,9,10}{\n \\fill (P\\n) circle (.1);\n }\n \n \\end{tikzpicture} \n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n \\foreach \\n in {1,...,4,7,8,9,10}{\n \\fill (P\\n) circle (.1);\n }\n \n \\end{tikzpicture} \n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n \\foreach \\n in {1,2,3,4,7,8,9,10}{\n \\fill (P\\n) circle (.1);\n }\n \n \\end{tikzpicture} \n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n \\foreach \\n in {1,...,4,7,8,9,10}{\n \\fill (P\\n) circle (.1);\n }\n \n \\end{tikzpicture} \n\\end{document}"
] | ||
[
18
] |
colnodes_yellow_zone
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usetikzlibrary{calc}
\makeatletter
\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}
\pgfkeys{
/curlybrace/.cd,
tip angle/.code = \def\cb@angle{#1},
/curlybrace/.unknown/.code ={\let\searchname=\pgfkeyscurrentname
\pgfkeysalso{\searchname/.try=#1,
/tikz/\searchname/.retry=#1}}}
\def\curlybrace{\pgfutil@ifnextchar[{\curly@brace}{\curly@brace[]}}
\def\curly@brace[#1]#2#3#4{
\pgfkeys{/curlybrace/.cd,
tip angle = 0.75}
\pgfqkeys{/curlybrace}{#1}
\ifnum 1>#4 \def\cbrd{0.05} \else \def\cbrd{0.075} \fi
\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\cb@angle}:#4) --({(#2+#3)/2}:#4+\cbrd) coordinate (curlybracetipn);
\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\cbrd) -- ({(#2+#3)/2+\cb@angle}:#4) arc ({(#2+#3)/2+\cb@angle} :#3:#4) --(#3:#4-\cbrd);
}
\makeatother
\begin{document}
\centering
\begin{tikzpicture}[scale=1.5,
myline/.style={line width=1.5}
]
\foreach \n in {1,...,8}{
\coordinate (P\n) at (\n*45:1);
}
\coordinate (P9) at ($.5*(P3)+.5*(P8)$);
\coordinate (P10) at ($.5*(P4)+.5*(P7)$);
\draw[myline,blue!70] (P7) -- (P8) -- (P9);
\draw[myline,red!70] (P3) -- (P4) -- (P10);
\draw[myline,green!70!black] (P1) -- (P9) -- (P2);
\draw[myline] (P5) -- (P10);
\draw[myline] (P6) -- (P7);
\draw[myline] (P2) -- (P3);
\draw[dashed, very thick] (0,0) circle (1.55);
\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}
\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)
-- ($(P9)+(-170:.25)$) arc (-170:-55:.25)
-- ($(P1)+(-55:.25)$) arc (-55:45:.25);
\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)
-- ($(P10)+(250:.25)$) arc (250:380:.25)
-- ($(P3)+(20:.25)$) arc (20:135:.25);
\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)
-- ($(P9)+(70:.2)$) arc (70:215:.2)
-- ($(P7)+(215:.2)$) arc (215:315:.2);
\foreach \n in {1,...,10}{
\fill (P\n) circle (.1);
}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usetikzlibrary{calc}
\makeatletter
\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}%
\pgfkeys{% https://tex.stackexchange.com/a/45129/121799
/curlybrace/.cd,%
tip angle/.code = \def\cb@angle{#1},
/curlybrace/.unknown/.code ={\let\searchname=\pgfkeyscurrentname
\pgfkeysalso{\searchname/.try=#1,
/tikz/\searchname/.retry=#1}}}
\def\curlybrace{\pgfutil@ifnextchar[{\curly@brace}{\curly@brace[]}}%
\def\curly@brace[#1]#2#3#4{%
\pgfkeys{/curlybrace/.cd,
tip angle = 0.75}%
\pgfqkeys{/curlybrace}{#1}%
\ifnum 1>#4 \def\cbrd{0.05} \else \def\cbrd{0.075} \fi
\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\cb@angle}:#4) --({(#2+#3)/2}:#4+\cbrd) coordinate (curlybracetipn);
\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\cbrd) -- ({(#2+#3)/2+\cb@angle}:#4) arc ({(#2+#3)/2+\cb@angle} :#3:#4) --(#3:#4-\cbrd);
}
\makeatother
\begin{document}
\centering
\begin{tikzpicture}[scale=1.5,
myline/.style={line width=1.5}
]
%% Setting coordinates
\foreach \n in {1,...,8}{
\coordinate (P\n) at (\n*45:1);
}
\coordinate (P9) at ($.5*(P3)+.5*(P8)$);
\coordinate (P10) at ($.5*(P4)+.5*(P7)$);
%% Drawing the graph
\draw[myline,blue!70] (P7) -- (P8) -- (P9);
\draw[myline,red!70] (P3) -- (P4) -- (P10);
\draw[myline,green!70!black] (P1) -- (P9) -- (P2);
\draw[myline] (P5) -- (P10);
\draw[myline] (P6) -- (P7);
\draw[myline] (P2) -- (P3);
%% Drawing the shapes
\draw[dashed, very thick] (0,0) circle (1.55);
\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}
\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)
-- ($(P9)+(-170:.25)$) arc (-170:-55:.25)
-- ($(P1)+(-55:.25)$) arc (-55:45:.25);
\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)
-- ($(P10)+(250:.25)$) arc (250:380:.25)
-- ($(P3)+(20:.25)$) arc (20:135:.25);
\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)
-- ($(P9)+(70:.2)$) arc (70:215:.2)
-- ($(P7)+(215:.2)$) arc (215:315:.2);
%% Drawing the node
\foreach \n in {1,...,10}{
\fill (P\n) circle (.1);
}
\end{tikzpicture}
\end{document}
|
Add a new yellow zone, that contains the two remaining nodes.
|
A graph, with nodes contained in red, green, blue and yellow areas.
|
hard
|
add
|
scientific
|
[
"@@ -49,0 +50,2 @@\n\n+\\draw[yellow!70, very thick] ($(P5)+(70:.2)$) arc (70:250:.2)\n+-- ($(P6)+(250:.2)$) arc (250:430:.2) -- cycle;"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n \\draw[yellow!70, very thick] ($(P5)+(70:.2)$) arc (§rangei(70,20):§rangei(250,20):.2)\n -- ($(P6)+(250:.2)$) arc (§rangei(250,20):§rangei(430,20):.2) -- cycle;\n \\foreach \\n in {1,...,10}{\n \\fill (P\\n) circle (.1);\n }\n \n \\end{tikzpicture} \n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{calc}\n\n\\makeatletter \n\n\\tikzset{curlybrace/.style={rounded corners=2pt,line cap=round}}\n\\pgfkeys{\n/curlybrace/.cd,\ntip angle/.code = \\def\\cb@angle{#1},\n/curlybrace/.unknown/.code ={\\let\\searchname=\\pgfkeyscurrentname\n \\pgfkeysalso{\\searchname/.try=#1,\n /tikz/\\searchname/.retry=#1}}} \n\\def\\curlybrace{\\pgfutil@ifnextchar[{\\curly@brace}{\\curly@brace[]}}\n\n\\def\\curly@brace[#1]#2#3#4{\n\\pgfkeys{/curlybrace/.cd,\ntip angle = 0.75}\n\\pgfqkeys{/curlybrace}{#1}\n\\ifnum 1>#4 \\def\\cbrd{0.05} \\else \\def\\cbrd{0.075} \\fi\n\\draw[/curlybrace/.cd,curlybrace,#1] (#2:#4-\\cbrd) -- (#2:#4) arc (#2:{(#2+#3)/2-\\cb@angle}:#4) --({(#2+#3)/2}:#4+\\cbrd) coordinate (curlybracetipn);\n\\draw[/curlybrace/.cd,curlybrace,#1] ({(#2+#3)/2}:#4+\\cbrd) -- ({(#2+#3)/2+\\cb@angle}:#4) arc ({(#2+#3)/2+\\cb@angle} :#3:#4) --(#3:#4-\\cbrd);\n}\n\\makeatother\n\n\\begin{document}\n\n \\centering \n \\begin{tikzpicture}[scale=1.5,\n myline/.style={line width=1.5}\n ]\n\n \\foreach \\n in {1,...,8}{\n \\coordinate (P\\n) at (\\n*45:1);\n }\n \\coordinate (P9) at ($.5*(P3)+.5*(P8)$);\n \\coordinate (P10) at ($.5*(P4)+.5*(P7)$);\n\n \\draw[myline,blue!70] (P7) -- (P8) -- (P9);\n \\draw[myline,red!70] (P3) -- (P4) -- (P10);\n \\draw[myline,green!70!black] (P1) -- (P9) -- (P2);\n \\draw[myline] (P5) -- (P10);\n \\draw[myline] (P6) -- (P7);\n \\draw[myline] (P2) -- (P3);\n\n \\draw[dashed, very thick] (0,0) circle (1.55);\n \\curlybrace[tip angle=-2,thick]{90}{-45}{1.7}\n \\draw[green!70!black, very thick] (45:1.25) arc (45:90:1.25) arc (90:190:.25)\n -- ($(P9)+(-170:.25)$) arc (-170:-55:.25)\n -- ($(P1)+(-55:.25)$) arc (-55:45:.25);\n\n \\draw[red!70, very thick] (135:1.25) arc (135:180:1.25) arc (180:250:.25)\n -- ($(P10)+(250:.25)$) arc (250:380:.25)\n -- ($(P3)+(20:.25)$) arc (20:135:.25);\n\n \\draw[blue!70, very thick] (-45:1.2) arc (-45:0:1.2) arc (0:70:.2)\n -- ($(P9)+(70:.2)$) arc (70:215:.2)\n -- ($(P7)+(215:.2)$) arc (215:315:.2);\n\n \\draw[yellow!70, very thick] ($(P5)+(70:.2)$) arc (70:250:.2)\n -- ($(P6)+(250:.2)$) arc (250:430:.2) -- cycle;\n \\foreach \\n in {1,...,10}{\n \\fill (P\\n) circle (.1);\n }\n \n \\end{tikzpicture} \n\\end{document}"
] | ||
[
10
] |
computer_layout
|
\documentclass[tikz,border=5]{standalone}
\usetikzlibrary{positioning, matrix, arrows.meta,calc}
\begin{document}
\begin{tikzpicture}[
myline/.style={draw=green!40!black, thick},
box/.style={myline, minimum height=1cm, minimum width=1cm, font=\sffamily, inner sep=.3333em}, >=Stealth]
\matrix (CPU) [matrix of nodes, inner ysep=3mm, nodes=box, myline, column sep=1mm]
{|(CU)|CU & |[draw=none]|CPU & |(ALU)| ALU \\};
\node[box, above left=5mm of CPU] (input) {INPUT};
\node[box, below left=5mm of CPU] (output) {OUTPUT};
\node[box, at=(CPU|-output)] (memory) {MEMORY};
\node[box, below left=5mm of memory, anchor=north] (storage) {STORAGE};
\draw[<->, myline] (storage)-|(memory);
\draw[->,myline] (input)-|(CU);
\draw[->,myline] (CU)|-(output);
\draw[<->, myline] ($(CU.south west)!.2!(CU.south east)$) coordinate (aux)--(aux|-storage.north);
\draw[<->, myline] ($(CU.south west)!.8!(CU.south east)$) coordinate (aux)--(aux|-memory.north);
\draw[<->, myline] ($(ALU.south west)!.2!(ALU.south east)$) coordinate (aux)--(aux|-memory.north);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usetikzlibrary{positioning, matrix, arrows.meta,calc}
\begin{document}
\begin{tikzpicture}[
myline/.style={draw=green!40!black, thick},
box/.style={myline, minimum height=1cm, minimum width=1cm, font=\sffamily, inner sep=.3333em}, >=Stealth]
\matrix (CPU) [matrix of nodes, inner ysep=3mm, nodes=box, myline, column sep=1mm]
{|(CU)|CU & |[draw=none]|CPU & |(ALU)| ALU \\};
\node[box, above left=5mm of CPU] (input) {INPUT};
\node[box, below left=5mm of CPU] (output) {OUTPUT};
\node[box, at=(CPU|-output)] (memory) {MEMORY};
\node[box, below left=5mm of memory, anchor=north] (storage) {STORAGE};
\draw[<->, myline] (storage)-|(memory);
\draw[->,myline] (input)-|(CU);
\draw[->,myline] (CU)|-(output);
\draw[<->, myline] ($(CU.south west)!.2!(CU.south east)$) coordinate (aux)--(aux|-storage.north);
\draw[<->, myline] ($(CU.south west)!.8!(CU.south east)$) coordinate (aux)--(aux|-memory.north);
\draw[<->, myline] ($(ALU.south west)!.2!(ALU.south east)$) coordinate (aux)--(aux|-memory.north);
\end{tikzpicture}
\end{document}
|
Change the layout, so that the memory and storage are above the CPU, and the input is on the left of it. Adapt the arrow so that they don't overlap with elements.
|
A diagram of a computer system, with storage and memory displayed at the top
|
hard
|
update
|
scientific
|
[
"@@ -9 +9 @@\n\n-\\node[box, above left=5mm of CPU] (input) {INPUT};\n+\\node[box, left=5mm of CPU] (input) {INPUT};\n@@ -11,2 +11,2 @@\n\n-\\node[box, at=(CPU|-output)] (memory) {MEMORY};\n-\\node[box, below left=5mm of memory, anchor=north] (storage) {STORAGE};\n+\\node[box, above=5mm of CPU] (memory) {MEMORY};\n+\\node[box, above left=5mm of memory, anchor=south] (storage) {STORAGE};\n@@ -14 +14 @@\n\n-\\draw[->,myline] (input)-|(CU);\n+\\draw[->,myline] (input)--(CU);\n@@ -16,3 +16,3 @@\n\n-\\draw[<->, myline] ($(CU.south west)!.2!(CU.south east)$) coordinate (aux)--(aux|-storage.north);\n-\\draw[<->, myline] ($(CU.south west)!.8!(CU.south east)$) coordinate (aux)--(aux|-memory.north);\n-\\draw[<->, myline] ($(ALU.south west)!.2!(ALU.south east)$) coordinate (aux)--(aux|-memory.north);\n+\\draw[<->, myline] ($(CU.north west)!.2!(CU.north east)$) coordinate (aux)--(aux|-storage.south);\n+\\draw[<->, myline] ($(CU.north west)!.8!(CU.north east)$) coordinate (aux)--(aux|-memory.south);\n+\\draw[<->, myline] ($(ALU.north west)!.2!(ALU.north east)$) coordinate (aux)--(aux|-memory.south);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{positioning, matrix, arrows.meta,calc}\n\n\\begin{document}\n\\begin{tikzpicture}[\n myline/.style={draw=green!40!black, thick},\n box/.style={myline, minimum height=1cm, minimum width=1cm, font=\\sffamily, inner sep=.3333em}, >=Stealth]\n\n \\matrix (CPU) [matrix of nodes, inner ysep=3mm, nodes=box, myline, column sep=1mm]\n {|(CU)|CU & |[draw=none]|CPU & |(ALU)| ALU \\\\};\n \\node[box, left=5mm of CPU] (input) {INPUT};\n\n \\node[box, below left=5mm of CPU] (output) {OUTPUT};\n \\node[box, above=5mm of CPU] (memory) {MEMORY};\n \\node[box, above left=5mm of memory, anchor=south] (storage) {STORAGE};\n\n \\draw[<->, myline] (storage)-|(memory);\n \\draw[->,myline] (input)--(CU);\n \\draw[->,myline] (CU)|-(output);\n\n \\draw[<->, myline] ($(CU.north west)!.2!(CU.north east)$) coordinate (aux)--(aux|-storage.south);\n \\draw[<->, myline] ($(CU.north west)!.8!(CU.north east)$) coordinate (aux)--(aux|-memory.south);\n \\draw[<->, myline] ($(ALU.north west)!.2!(ALU.north east)$) coordinate (aux)--(aux|-memory.south);\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{positioning, matrix, arrows.meta,calc}\n\n\\begin{document}\n\\begin{tikzpicture}[\n myline/.style={draw=green!40!black, thick},\n box/.style={myline, minimum height=1cm, minimum width=1cm, font=\\sffamily, inner sep=.3333em}, >=Stealth]\n\n \\matrix (CPU) [matrix of nodes, inner ysep=3mm, nodes=box, myline, column sep=1mm]\n {|(CU)|CU & |[draw=none]|CPU & |(ALU)| ALU \\\\};\n \\node[box, left=5mm of CPU] (input) {INPUT};\n\n \\node[box, below left=5mm of CPU] (output) {OUTPUT};\n \\node[box, above=5mm of CPU] (memory) {MEMORY};\n \\node[box, above left=5mm of memory, anchor=south] (storage) {STORAGE};\n\n \\draw[<->, myline] (storage)-|(memory);\n \\draw[->,myline] (input)--(CU);\n \\draw[->,myline] (CU)|-(output);\n\n \\draw[<->, myline] ($(CU.north west)!.2!(CU.north east)$) coordinate (aux)--(aux|-storage.south);\n \\draw[<->, myline] ($(CU.north west)!.8!(CU.north east)$) coordinate (aux)--(aux|-memory.south);\n \\draw[<->, myline] ($(ALU.north west)!.2!(ALU.north east)$) coordinate (aux)--(aux|-memory.south);\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
62,
60
] |
control_gd_removed
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{
arrows.meta,
bending,
positioning
}
\tikzset{
> = Latex,
arrows = {[bend]},
signal/.style = coordinate,
sum/.style = {
draw,
circle,
minimum size = 2mm
},
block/.style = {
draw,
rectangle,
minimum height = 2em,
minimum width = 4em
},
branch/.style = {
sum,
minimum size = 1mm,
fill = black
}
}
\begin{document}
\begin{tikzpicture}[auto]
\node[signal] (input) {};
\node[sum, right = of input] (left sum) {};
\node[block, right = of left sum] (controller) {$G_R$};
\node[block, right = of controller] (system) {$G_S$};
\draw
[->] (controller) -- node[name = u] {$U$} (system);
\node[block, above = of system] (dynamic of disturbances) {$G_D$};
\node[signal, left = of dynamic of disturbances] (disturbances) {};
\node[sum, right = of system] (right sum) {};
\node[branch, right = of right sum] (branch) {};
\node[signal, right = of branch] (output) {};
\node[sum, below = of branch] (lower sum) {};
\node[signal, right = of lower sum] (measurement noise) {};
\node[block] (measurement) at (u |- lower sum) {$G_M$};
\draw
[->] (input) -- node {$W$} (left sum);
\draw
[->] (left sum) -- node {$E$} (controller);
\draw
[->] (system) -- (right sum);
\draw
[->] (disturbances) -- node {$Z$} (dynamic of disturbances);
\draw
[->] (dynamic of disturbances) -| (right sum);
\draw
(right sum) -- (branch);
\draw
[->] (branch) -- node {$Y$} (output);
\draw
[->] (branch) -- (lower sum);
\draw
[->] (measurement noise) -- node[above] {$M$} (lower sum);
\draw
[->] (lower sum) -- (measurement);
\draw
[->] (measurement) -| node[pos = .95] {$-$} (left sum);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{
arrows.meta,
bending,
positioning
}
\tikzset{
> = Latex,
arrows = {[bend]},
signal/.style = coordinate,
sum/.style = {
draw,
circle,
minimum size = 2mm
},
block/.style = {
draw,
rectangle,
minimum height = 2em,
minimum width = 4em
},
branch/.style = {
sum,
minimum size = 1mm,
fill = black
}
}
\begin{document}
\begin{tikzpicture}[auto]
%placing the nodes
\node[signal] (input) {};
\node[sum, right = of input] (left sum) {};
\node[block, right = of left sum] (controller) {$G_R$};
\node[block, right = of controller] (system) {$G_S$};
%connecting the controller and system to get the coordinates of u, its needed for the placement of the measurement block
\draw
[->] (controller) -- node[name = u] {$U$} (system);
\node[block, above = of system] (dynamic of disturbances) {$G_D$};
\node[signal, left = of dynamic of disturbances] (disturbances) {};
\node[sum, right = of system] (right sum) {};
\node[branch, right = of right sum] (branch) {};
\node[signal, right = of branch] (output) {};
\node[sum, below = of branch] (lower sum) {};
\node[signal, right = of lower sum] (measurement noise) {};
\node[block] (measurement) at (u |- lower sum) {$G_M$};
%connecting the nodes
\draw
[->] (input) -- node {$W$} (left sum);
\draw
[->] (left sum) -- node {$E$} (controller);
\draw
[->] (system) -- (right sum);
\draw
[->] (disturbances) -- node {$Z$} (dynamic of disturbances);
\draw
[->] (dynamic of disturbances) -| (right sum);
\draw
(right sum) -- (branch);
\draw
[->] (branch) -- node {$Y$} (output);
\draw
[->] (branch) -- (lower sum);
\draw
[->] (measurement noise) -- node[above] {$M$} (lower sum);
\draw
[->] (lower sum) -- (measurement);
\draw
[->] (measurement) -| node[pos = .95] {$-$} (left sum);
\end{tikzpicture}
\end{document}
|
Remove the distubance input and link the system directly to the branch.
|
A flowchart displaying three ndoes Gr, Gs, and Gm
|
easy
|
remove
|
scientific
|
[
"@@ -37,4 +37 @@\n\n-\\node[block, above = of system] (dynamic of disturbances) {$G_D$};\n-\\node[signal, left = of dynamic of disturbances] (disturbances) {};\n-\\node[sum, right = of system] (right sum) {};\n-\\node[branch, right = of right sum] (branch) {};\n+\\node[branch, right = of system] (branch) {};\n@@ -50,7 +47 @@\n\n-[->] (system) -- (right sum);\n-\\draw\n-[->] (disturbances) -- node {$Z$} (dynamic of disturbances);\n-\\draw\n-[->] (dynamic of disturbances) -| (right sum);\n-\\draw\n-(right sum) -- (branch);\n+(system) -- (branch);",
"@@ -37,4 +37 @@\n\n-\\node[block, above = of system] (dynamic of disturbances) {$G_D$};\n-\\node[signal, left = of dynamic of disturbances] (disturbances) {};\n-\\node[sum, right = of system] (right sum) {};\n-\\node[branch, right = of right sum] (branch) {};\n+\\node[branch, right = of system] (branch) {};\n@@ -50,7 +47 @@\n\n-[->] (system) -- (right sum);\n-\\draw\n-[->] (disturbances) -- node {$Z$} (dynamic of disturbances);\n-\\draw\n-[->] (dynamic of disturbances) -| (right sum);\n-\\draw\n-(right sum) -- (branch);\n+[->] (system) -- (branch);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n arrows.meta,\n bending,\n positioning\n }\n\\tikzset{\n > = Latex,\n arrows = {[bend]},\n signal/.style = coordinate,\n sum/.style = {\n draw,\n circle,\n minimum size = 2mm\n },\n block/.style = {\n draw,\n rectangle,\n minimum height = 2em,\n minimum width = 4em\n },\n branch/.style = {\n sum,\n minimum size = 1mm,\n fill = black\n }\n }\n\n\\begin{document}\n\n \\begin{tikzpicture}[auto]\n\n \\node[signal] (input) {};\n \\node[sum, right = of input] (left sum) {};\n \\node[block, right = of left sum] (controller) {$G_R$};\n \\node[block, right = of controller] (system) {$G_S$};\n \\draw\n [->] (controller) -- node[name = u] {$U$} (system);\n \\node[branch, right = of system] (branch) {};\n \\node[signal, right = of branch] (output) {};\n \\node[sum, below = of branch] (lower sum) {};\n \\node[signal, right = of lower sum] (measurement noise) {};\n \\node[block] (measurement) at (u |- lower sum) {$G_M$};\n \\draw\n [->] (input) -- node {$W$} (left sum);\n \\draw\n [->] (left sum) -- node {$E$} (controller);\n \\draw\n (system) -- (branch);\n \\draw\n [->] (branch) -- node {$Y$} (output);\n \\draw\n [->] (branch) -- (lower sum);\n \\draw\n [->] (measurement noise) -- node[above] {$M$} (lower sum);\n \\draw\n [->] (lower sum) -- (measurement);\n \\draw\n [->] (measurement) -| node[pos = .95] {$-$} (left sum);\n\n \\end{tikzpicture}\n\n\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n arrows.meta,\n bending,\n positioning\n }\n\\tikzset{\n > = Latex,\n arrows = {[bend]},\n signal/.style = coordinate,\n sum/.style = {\n draw,\n circle,\n minimum size = 2mm\n },\n block/.style = {\n draw,\n rectangle,\n minimum height = 2em,\n minimum width = 4em\n },\n branch/.style = {\n sum,\n minimum size = 1mm,\n fill = black\n }\n }\n\n\\begin{document}\n\n \\begin{tikzpicture}[auto]\n\n \\node[signal] (input) {};\n \\node[sum, right = of input] (left sum) {};\n \\node[block, right = of left sum] (controller) {$G_R$};\n \\node[block, right = of controller] (system) {$G_S$};\n \\draw\n [->] (controller) -- node[name = u] {$U$} (system);\n \\node[branch, right = of system] (branch) {};\n \\node[signal, right = of branch] (output) {};\n \\node[sum, below = of branch] (lower sum) {};\n \\node[signal, right = of lower sum] (measurement noise) {};\n \\node[block] (measurement) at (u |- lower sum) {$G_M$};\n \\draw\n [->] (input) -- node {$W$} (left sum);\n \\draw\n [->] (left sum) -- node {$E$} (controller);\n \\draw\n [->] (system) -- (branch);\n \\draw\n [->] (branch) -- node {$Y$} (output);\n \\draw\n [->] (branch) -- (lower sum);\n \\draw\n [->] (measurement noise) -- node[above] {$M$} (lower sum);\n \\draw\n [->] (lower sum) -- (measurement);\n \\draw\n [->] (measurement) -| node[pos = .95] {$-$} (left sum);\n\n \\end{tikzpicture}\n\n\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n arrows.meta,\n bending,\n positioning\n }\n\\tikzset{\n > = Latex,\n arrows = {[bend]},\n signal/.style = coordinate,\n sum/.style = {\n draw,\n circle,\n minimum size = 2mm\n },\n block/.style = {\n draw,\n rectangle,\n minimum height = 2em,\n minimum width = 4em\n },\n branch/.style = {\n sum,\n minimum size = 1mm,\n fill = black\n }\n }\n\n\\begin{document}\n\n \\begin{tikzpicture}[auto]\n\n \\node[signal] (input) {};\n \\node[sum, right = of input] (left sum) {};\n \\node[block, right = of left sum] (controller) {$G_R$};\n \\node[block, right = of controller] (system) {$G_S$};\n \\draw\n [->] (controller) -- node[name = u] {$U$} (system);\n \\node[branch, right = of system] (branch) {};\n \\node[signal, right = of branch] (output) {};\n \\node[sum, below = of branch] (lower sum) {};\n \\node[signal, right = of lower sum] (measurement noise) {};\n \\node[block] (measurement) at (u |- lower sum) {$G_M$};\n \\draw\n [->] (input) -- node {$W$} (left sum);\n \\draw\n [->] (left sum) -- node {$E$} (controller);\n \\draw\n (system) -- (branch);\n \\draw\n [->] (branch) -- node {$Y$} (output);\n \\draw\n [->] (branch) -- (lower sum);\n \\draw\n [->] (measurement noise) -- node[above] {$M$} (lower sum);\n \\draw\n [->] (lower sum) -- (measurement);\n \\draw\n [->] (measurement) -| node[pos = .95] {$-$} (left sum);\n\n \\end{tikzpicture}\n\n\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n arrows.meta,\n bending,\n positioning\n }\n\\tikzset{\n > = Latex,\n arrows = {[bend]},\n signal/.style = coordinate,\n sum/.style = {\n draw,\n circle,\n minimum size = 2mm\n },\n block/.style = {\n draw,\n rectangle,\n minimum height = 2em,\n minimum width = 4em\n },\n branch/.style = {\n sum,\n minimum size = 1mm,\n fill = black\n }\n }\n\n\\begin{document}\n\n \\begin{tikzpicture}[auto]\n\n \\node[signal] (input) {};\n \\node[sum, right = of input] (left sum) {};\n \\node[block, right = of left sum] (controller) {$G_R$};\n \\node[block, right = of controller] (system) {$G_S$};\n \\draw\n [->] (controller) -- node[name = u] {$U$} (system);\n \\node[branch, right = of system] (branch) {};\n \\node[signal, right = of branch] (output) {};\n \\node[sum, below = of branch] (lower sum) {};\n \\node[signal, right = of lower sum] (measurement noise) {};\n \\node[block] (measurement) at (u |- lower sum) {$G_M$};\n \\draw\n [->] (input) -- node {$W$} (left sum);\n \\draw\n [->] (left sum) -- node {$E$} (controller);\n \\draw\n [->] (system) -- (branch);\n \\draw\n [->] (branch) -- node {$Y$} (output);\n \\draw\n [->] (branch) -- (lower sum);\n \\draw\n [->] (measurement noise) -- node[above] {$M$} (lower sum);\n \\draw\n [->] (lower sum) -- (measurement);\n \\draw\n [->] (measurement) -| node[pos = .95] {$-$} (left sum);\n\n \\end{tikzpicture}\n\n\n\n\\end{document}"
] | ||
[
2,
11
] |
control_gsr_inverted
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{
arrows.meta,
bending,
positioning
}
\tikzset{
> = Latex,
arrows = {[bend]},
signal/.style = coordinate,
sum/.style = {
draw,
circle,
minimum size = 2mm
},
block/.style = {
draw,
rectangle,
minimum height = 2em,
minimum width = 4em
},
branch/.style = {
sum,
minimum size = 1mm,
fill = black
}
}
\begin{document}
\begin{tikzpicture}[auto]
\node[signal] (input) {};
\node[sum, right = of input] (left sum) {};
\node[block, right = of left sum] (controller) {$G_R$};
\node[block, right = of controller] (system) {$G_S$};
\draw
[->] (controller) -- node[name = u] {$U$} (system);
\node[block, above = of system] (dynamic of disturbances) {$G_D$};
\node[signal, left = of dynamic of disturbances] (disturbances) {};
\node[sum, right = of system] (right sum) {};
\node[branch, right = of right sum] (branch) {};
\node[signal, right = of branch] (output) {};
\node[sum, below = of branch] (lower sum) {};
\node[signal, right = of lower sum] (measurement noise) {};
\node[block] (measurement) at (u |- lower sum) {$G_M$};
\draw
[->] (input) -- node {$W$} (left sum);
\draw
[->] (left sum) -- node {$E$} (controller);
\draw
[->] (system) -- (right sum);
\draw
[->] (disturbances) -- node {$Z$} (dynamic of disturbances);
\draw
[->] (dynamic of disturbances) -| (right sum);
\draw
(right sum) -- (branch);
\draw
[->] (branch) -- node {$Y$} (output);
\draw
[->] (branch) -- (lower sum);
\draw
[->] (measurement noise) -- node[above] {$M$} (lower sum);
\draw
[->] (lower sum) -- (measurement);
\draw
[->] (measurement) -| node[pos = .95] {$-$} (left sum);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{
arrows.meta,
bending,
positioning
}
\tikzset{
> = Latex,
arrows = {[bend]},
signal/.style = coordinate,
sum/.style = {
draw,
circle,
minimum size = 2mm
},
block/.style = {
draw,
rectangle,
minimum height = 2em,
minimum width = 4em
},
branch/.style = {
sum,
minimum size = 1mm,
fill = black
}
}
\begin{document}
\begin{tikzpicture}[auto]
%placing the nodes
\node[signal] (input) {};
\node[sum, right = of input] (left sum) {};
\node[block, right = of left sum] (controller) {$G_R$};
\node[block, right = of controller] (system) {$G_S$};
%connecting the controller and system to get the coordinates of u, its needed for the placement of the measurement block
\draw
[->] (controller) -- node[name = u] {$U$} (system);
\node[block, above = of system] (dynamic of disturbances) {$G_D$};
\node[signal, left = of dynamic of disturbances] (disturbances) {};
\node[sum, right = of system] (right sum) {};
\node[branch, right = of right sum] (branch) {};
\node[signal, right = of branch] (output) {};
\node[sum, below = of branch] (lower sum) {};
\node[signal, right = of lower sum] (measurement noise) {};
\node[block] (measurement) at (u |- lower sum) {$G_M$};
%connecting the nodes
\draw
[->] (input) -- node {$W$} (left sum);
\draw
[->] (left sum) -- node {$E$} (controller);
\draw
[->] (system) -- (right sum);
\draw
[->] (disturbances) -- node {$Z$} (dynamic of disturbances);
\draw
[->] (dynamic of disturbances) -| (right sum);
\draw
(right sum) -- (branch);
\draw
[->] (branch) -- node {$Y$} (output);
\draw
[->] (branch) -- (lower sum);
\draw
[->] (measurement noise) -- node[above] {$M$} (lower sum);
\draw
[->] (lower sum) -- (measurement);
\draw
[->] (measurement) -| node[pos = .95] {$-$} (left sum);
\end{tikzpicture}
\end{document}
|
Invert the system and the controller.
|
A flowchart, with the node Gs before the node Gr
|
easy
|
update
|
scientific
|
[
"@@ -33,2 +33,2 @@\n\n-\\node[block, right = of left sum] (controller) {$G_R$};\n-\\node[block, right = of controller] (system) {$G_S$};\n+\\node[block, right = of left sum] (controller) {$G_S$};\n+\\node[block, right = of controller] (system) {$G_R$};",
"@@ -33,2 +33,2 @@\n\n-\\node[block, right = of left sum] (controller) {$G_R$};\n-\\node[block, right = of controller] (system) {$G_S$};\n+\\node[block, right = of left sum] (system) {$G_S$};\n+\\node[block, right = of system] (controller) {$G_R$};\n@@ -36,2 +36,2 @@\n\n-[->] (controller) -- node[name = u] {$U$} (system);\n-\\node[block, above = of system] (dynamic of disturbances) {$G_D$};\n+[->] (system) -- node[name = u] {$U$} (controller);\n+\\node[block, above = of controller] (dynamic of disturbances) {$G_D$};\n@@ -39 +39 @@\n\n-\\node[sum, right = of system] (right sum) {};\n+\\node[sum, right = of controller] (right sum) {};\n@@ -48 +48 @@\n\n-[->] (left sum) -- node {$E$} (controller);\n+[->] (left sum) -- node {$E$} (system);\n@@ -50 +50 @@\n\n-[->] (system) -- (right sum);\n+[->] (controller) -- (right sum);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n arrows.meta,\n bending,\n positioning\n }\n\\tikzset{\n > = Latex,\n arrows = {[bend]},\n signal/.style = coordinate,\n sum/.style = {\n draw,\n circle,\n minimum size = 2mm\n },\n block/.style = {\n draw,\n rectangle,\n minimum height = 2em,\n minimum width = 4em\n },\n branch/.style = {\n sum,\n minimum size = 1mm,\n fill = black\n }\n }\n\n\\begin{document}\n\n \\begin{tikzpicture}[auto]\n\n \\node[signal] (input) {};\n \\node[sum, right = of input] (left sum) {};\n \\node[block, right = of left sum] (controller) {$G_S$};\n \\node[block, right = of controller] (system) {$G_R$};\n \\draw\n [->] (controller) -- node[name = u] {$U$} (system);\n \\node[block, above = of system] (dynamic of disturbances) {$G_D$};\n \\node[signal, left = of dynamic of disturbances] (disturbances) {};\n \\node[sum, right = of system] (right sum) {};\n \\node[branch, right = of right sum] (branch) {};\n \\node[signal, right = of branch] (output) {};\n \\node[sum, below = of branch] (lower sum) {};\n \\node[signal, right = of lower sum] (measurement noise) {};\n \\node[block] (measurement) at (u |- lower sum) {$G_M$};\n \\draw\n [->] (input) -- node {$W$} (left sum);\n \\draw\n [->] (left sum) -- node {$E$} (controller);\n \\draw\n [->] (system) -- (right sum);\n \\draw\n [->] (disturbances) -- node {$Z$} (dynamic of disturbances);\n \\draw\n [->] (dynamic of disturbances) -| (right sum);\n \\draw\n (right sum) -- (branch);\n \\draw\n [->] (branch) -- node {$Y$} (output);\n \\draw\n [->] (branch) -- (lower sum);\n \\draw\n [->] (measurement noise) -- node[above] {$M$} (lower sum);\n \\draw\n [->] (lower sum) -- (measurement);\n \\draw\n [->] (measurement) -| node[pos = .95] {$-$} (left sum);\n\n \\end{tikzpicture}\n\n\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n arrows.meta,\n bending,\n positioning\n }\n\\tikzset{\n > = Latex,\n arrows = {[bend]},\n signal/.style = coordinate,\n sum/.style = {\n draw,\n circle,\n minimum size = 2mm\n },\n block/.style = {\n draw,\n rectangle,\n minimum height = 2em,\n minimum width = 4em\n },\n branch/.style = {\n sum,\n minimum size = 1mm,\n fill = black\n }\n }\n\n\\begin{document}\n\n \\begin{tikzpicture}[auto]\n\n \\node[signal] (input) {};\n \\node[sum, right = of input] (left sum) {};\n \\node[block, right = of left sum] (system) {$G_S$};\n \\node[block, right = of system] (controller) {$G_R$};\n \\draw\n [->] (system) -- node[name = u] {$U$} (controller);\n \\node[block, above = of controller] (dynamic of disturbances) {$G_D$};\n \\node[signal, left = of dynamic of disturbances] (disturbances) {};\n \\node[sum, right = of controller] (right sum) {};\n \\node[branch, right = of right sum] (branch) {};\n \\node[signal, right = of branch] (output) {};\n \\node[sum, below = of branch] (lower sum) {};\n \\node[signal, right = of lower sum] (measurement noise) {};\n \\node[block] (measurement) at (u |- lower sum) {$G_M$};\n \\draw\n [->] (input) -- node {$W$} (left sum);\n \\draw\n [->] (left sum) -- node {$E$} (system);\n \\draw\n [->] (controller) -- (right sum);\n \\draw\n [->] (disturbances) -- node {$Z$} (dynamic of disturbances);\n \\draw\n [->] (dynamic of disturbances) -| (right sum);\n \\draw\n (right sum) -- (branch);\n \\draw\n [->] (branch) -- node {$Y$} (output);\n \\draw\n [->] (branch) -- (lower sum);\n \\draw\n [->] (measurement noise) -- node[above] {$M$} (lower sum);\n \\draw\n [->] (lower sum) -- (measurement);\n \\draw\n [->] (measurement) -| node[pos = .95] {$-$} (left sum);\n\n \\end{tikzpicture}\n\n\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n arrows.meta,\n bending,\n positioning\n }\n\\tikzset{\n > = Latex,\n arrows = {[bend]},\n signal/.style = coordinate,\n sum/.style = {\n draw,\n circle,\n minimum size = 2mm\n },\n block/.style = {\n draw,\n rectangle,\n minimum height = 2em,\n minimum width = 4em\n },\n branch/.style = {\n sum,\n minimum size = 1mm,\n fill = black\n }\n }\n\n\\begin{document}\n\n \\begin{tikzpicture}[auto]\n\n \\node[signal] (input) {};\n \\node[sum, right = of input] (left sum) {};\n \\node[block, right = of left sum] (controller) {$G_S$};\n \\node[block, right = of controller] (system) {$G_R$};\n \\draw\n [->] (controller) -- node[name = u] {$U$} (system);\n \\node[block, above = of system] (dynamic of disturbances) {$G_D$};\n \\node[signal, left = of dynamic of disturbances] (disturbances) {};\n \\node[sum, right = of system] (right sum) {};\n \\node[branch, right = of right sum] (branch) {};\n \\node[signal, right = of branch] (output) {};\n \\node[sum, below = of branch] (lower sum) {};\n \\node[signal, right = of lower sum] (measurement noise) {};\n \\node[block] (measurement) at (u |- lower sum) {$G_M$};\n \\draw\n [->] (input) -- node {$W$} (left sum);\n \\draw\n [->] (left sum) -- node {$E$} (controller);\n \\draw\n [->] (system) -- (right sum);\n \\draw\n [->] (disturbances) -- node {$Z$} (dynamic of disturbances);\n \\draw\n [->] (dynamic of disturbances) -| (right sum);\n \\draw\n (right sum) -- (branch);\n \\draw\n [->] (branch) -- node {$Y$} (output);\n \\draw\n [->] (branch) -- (lower sum);\n \\draw\n [->] (measurement noise) -- node[above] {$M$} (lower sum);\n \\draw\n [->] (lower sum) -- (measurement);\n \\draw\n [->] (measurement) -| node[pos = .95] {$-$} (left sum);\n\n \\end{tikzpicture}\n\n\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n arrows.meta,\n bending,\n positioning\n }\n\\tikzset{\n > = Latex,\n arrows = {[bend]},\n signal/.style = coordinate,\n sum/.style = {\n draw,\n circle,\n minimum size = 2mm\n },\n block/.style = {\n draw,\n rectangle,\n minimum height = 2em,\n minimum width = 4em\n },\n branch/.style = {\n sum,\n minimum size = 1mm,\n fill = black\n }\n }\n\n\\begin{document}\n\n \\begin{tikzpicture}[auto]\n\n \\node[signal] (input) {};\n \\node[sum, right = of input] (left sum) {};\n \\node[block, right = of left sum] (system) {$G_S$};\n \\node[block, right = of system] (controller) {$G_R$};\n \\draw\n [->] (system) -- node[name = u] {$U$} (controller);\n \\node[block, above = of controller] (dynamic of disturbances) {$G_D$};\n \\node[signal, left = of dynamic of disturbances] (disturbances) {};\n \\node[sum, right = of controller] (right sum) {};\n \\node[branch, right = of right sum] (branch) {};\n \\node[signal, right = of branch] (output) {};\n \\node[sum, below = of branch] (lower sum) {};\n \\node[signal, right = of lower sum] (measurement noise) {};\n \\node[block] (measurement) at (u |- lower sum) {$G_M$};\n \\draw\n [->] (input) -- node {$W$} (left sum);\n \\draw\n [->] (left sum) -- node {$E$} (system);\n \\draw\n [->] (controller) -- (right sum);\n \\draw\n [->] (disturbances) -- node {$Z$} (dynamic of disturbances);\n \\draw\n [->] (dynamic of disturbances) -| (right sum);\n \\draw\n (right sum) -- (branch);\n \\draw\n [->] (branch) -- node {$Y$} (output);\n \\draw\n [->] (branch) -- (lower sum);\n \\draw\n [->] (measurement noise) -- node[above] {$M$} (lower sum);\n \\draw\n [->] (lower sum) -- (measurement);\n \\draw\n [->] (measurement) -| node[pos = .95] {$-$} (left sum);\n\n \\end{tikzpicture}\n\n\n\n\\end{document}"
] | ||
[
6,
2
] |
converter_joined
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{circuits.ee.IEC}
\usepackage{amsmath, amssymb}
\tikzset{circuit declare symbol = converter}
\tikzset{set converter graphic = converter IEC graphic}
\tikzset{convert from/.initial=AC,
convert from/.default=AC,
convert to/.initial=DC,
convert to/.default=DC}
\tikzset{converter IEC graphic/.style=
{transform shape, circuit symbol lines, circuit symbol size = width
2.5 height 2.5, draw=none, rounded corners=2.25pt,
shape=generic circle IEC, /pgf/generic circle IEC/before
background=
{
\pgfpathmoveto{\pgfpoint{-0.8pt}{-0.8pt}}
\pgfpathlineto{\pgfpoint{0.8pt}{0.8pt}}
\pgfpathrectangle{\pgfpoint{-1pt}{-1pt}}{\pgfpoint{2.0pt}{2.0pt}}
\pgfusepath{stroke}
\pgfusepathqstroke
\pgfgettransform\savedtransform
\pgftransformshift{\pgfpoint{0.45pt}{-0.45pt}}
\pgftransformresetnontranslations
\pgftransformscale{0.075\tikzcircuitssizeunit}
\pgftext{\bf{\pgfkeysvalueof{/tikz/convert to}}}
\pgfsettransform\savedtransform
\pgftransformshift{\pgfpoint{-0.45pt}{0.45pt}}
\pgftransformresetnontranslations
\pgftransformscale{0.075\tikzcircuitssizeunit}
\pgftext{\bf{\pgfkeysvalueof{/tikz/convert from}}}
\pgfsettransform\savedtransform
}}}
\begin{document}
\begin{tikzpicture}[circuit ee IEC, font=\sffamily\footnotesize]
\draw (0,0) to [converter={info'={AC$\rightarrow$DC},
convert from={AC}, convert to={DC}}] (2,0);
\draw (0,-2) to [converter={info'={DC$\rightarrow$AC},
convert from={DC}, convert to={AC}}] (2,-2);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{circuits.ee.IEC}
\usepackage{amsmath, amssymb}
%CIRCUIT SYMBOL converter %%%%%%%%%%%%%%%%%
\tikzset{circuit declare symbol = converter}
\tikzset{set converter graphic = converter IEC graphic}
\tikzset{convert from/.initial=AC,
convert from/.default=AC,
convert to/.initial=DC,
convert to/.default=DC}
\tikzset{converter IEC graphic/.style=
{transform shape, circuit symbol lines, circuit symbol size = width
2.5 height 2.5, draw=none, rounded corners=2.25pt,
shape=generic circle IEC, /pgf/generic circle IEC/before
background=
{
%CROSSLINE
\pgfpathmoveto{\pgfpoint{-0.8pt}{-0.8pt}}
\pgfpathlineto{\pgfpoint{0.8pt}{0.8pt}}
%RECTANGLE
\pgfpathrectangle{\pgfpoint{-1pt}{-1pt}}{\pgfpoint{2.0pt}{2.0pt}}
\pgfusepath{stroke}
\pgfusepathqstroke
% TEXT INSIDE THE SYMBOL
\pgfgettransform\savedtransform
\pgftransformshift{\pgfpoint{0.45pt}{-0.45pt}}
\pgftransformresetnontranslations
\pgftransformscale{0.075\tikzcircuitssizeunit}
\pgftext{\bf{\pgfkeysvalueof{/tikz/convert to}}}
\pgfsettransform\savedtransform
\pgftransformshift{\pgfpoint{-0.45pt}{0.45pt}}
\pgftransformresetnontranslations
\pgftransformscale{0.075\tikzcircuitssizeunit}
\pgftext{\bf{\pgfkeysvalueof{/tikz/convert from}}}
\pgfsettransform\savedtransform
}}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%===========
\begin{document}
%===========
\begin{tikzpicture}[circuit ee IEC, font=\sffamily\footnotesize]
% First converter (AC -> DC)
\draw (0,0) to [converter={info'={AC$\rightarrow$DC},
convert from={AC}, convert to={DC}}] (2,0);
% Second converter (DC -> AC) positioned to the right
\draw (0,-2) to [converter={info'={DC$\rightarrow$AC},
convert from={DC}, convert to={AC}}] (2,-2);
\end{tikzpicture}
%===========
\end{document}
%===========
|
Join the two converters by moving the bottom one on the right of the top one, the output of the first one should enter in the input of the second one.
|
Two ac/dc and dc/ac converter linked.
|
easy
|
update
|
scientific
|
[
"@@ -37,3 +37,3 @@\n\n-convert from={AC}, convert to={DC}}] (2,0);\n-\\draw (0,-2) to [converter={info'={DC$\\rightarrow$AC},\n-convert from={DC}, convert to={AC}}] (2,-2);\n+convert from={AC}, convert to={DC}}] (2,0)\n+to [converter={info'={DC$\\rightarrow$AC},\n+convert from={DC}, convert to={AC}}] (4,0);",
"@@ -38,2 +38,2 @@\n\n-\\draw (0,-2) to [converter={info'={DC$\\rightarrow$AC},\n-convert from={DC}, convert to={AC}}] (2,-2);\n+\\draw (1.75,0) to [converter={info'={DC$\\rightarrow$AC},\n+convert from={DC}, convert to={AC}}] (4,0);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{circuits.ee.IEC}\n\n\\usepackage{amsmath, amssymb}\n\n\\tikzset{circuit declare symbol = converter}\n\\tikzset{set converter graphic = converter IEC graphic}\n\\tikzset{convert from/.initial=AC,\n convert from/.default=AC,\n convert to/.initial=DC,\n convert to/.default=DC}\n\\tikzset{converter IEC graphic/.style=\n {transform shape, circuit symbol lines, circuit symbol size = width\n2.5 height 2.5, draw=none, rounded corners=2.25pt,\n shape=generic circle IEC, /pgf/generic circle IEC/before\nbackground=\n {\n \\pgfpathmoveto{\\pgfpoint{-0.8pt}{-0.8pt}}\n \\pgfpathlineto{\\pgfpoint{0.8pt}{0.8pt}}\n \\pgfpathrectangle{\\pgfpoint{-1pt}{-1pt}}{\\pgfpoint{2.0pt}{2.0pt}}\n \\pgfusepath{stroke} \n \\pgfusepathqstroke\n \\pgfgettransform\\savedtransform\n \\pgftransformshift{\\pgfpoint{0.45pt}{-0.45pt}}\n \\pgftransformresetnontranslations\n \\pgftransformscale{0.075\\tikzcircuitssizeunit}\n \\pgftext{\\bf{\\pgfkeysvalueof{/tikz/convert to}}}\n \\pgfsettransform\\savedtransform\n \\pgftransformshift{\\pgfpoint{-0.45pt}{0.45pt}}\n \\pgftransformresetnontranslations\n \\pgftransformscale{0.075\\tikzcircuitssizeunit}\n \\pgftext{\\bf{\\pgfkeysvalueof{/tikz/convert from}}}\n \\pgfsettransform\\savedtransform\n }}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[circuit ee IEC, font=\\sffamily\\footnotesize]\n \\draw (0,0) to [converter={info'={AC$\\rightarrow$DC},\n convert from={AC}, convert to={DC}}] (2,0)\n to [converter={info'={DC$\\rightarrow$AC},\n convert from={DC}, convert to={AC}}] (4,0);\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{circuits.ee.IEC}\n\n\\usepackage{amsmath, amssymb}\n\n\\tikzset{circuit declare symbol = converter}\n\\tikzset{set converter graphic = converter IEC graphic}\n\\tikzset{convert from/.initial=AC,\n convert from/.default=AC,\n convert to/.initial=DC,\n convert to/.default=DC}\n\\tikzset{converter IEC graphic/.style=\n {transform shape, circuit symbol lines, circuit symbol size = width\n2.5 height 2.5, draw=none, rounded corners=2.25pt,\n shape=generic circle IEC, /pgf/generic circle IEC/before\nbackground=\n {\n \\pgfpathmoveto{\\pgfpoint{-0.8pt}{-0.8pt}}\n \\pgfpathlineto{\\pgfpoint{0.8pt}{0.8pt}}\n \\pgfpathrectangle{\\pgfpoint{-1pt}{-1pt}}{\\pgfpoint{2.0pt}{2.0pt}}\n \\pgfusepath{stroke} \n \\pgfusepathqstroke\n \\pgfgettransform\\savedtransform\n \\pgftransformshift{\\pgfpoint{0.45pt}{-0.45pt}}\n \\pgftransformresetnontranslations\n \\pgftransformscale{0.075\\tikzcircuitssizeunit}\n \\pgftext{\\bf{\\pgfkeysvalueof{/tikz/convert to}}}\n \\pgfsettransform\\savedtransform\n \\pgftransformshift{\\pgfpoint{-0.45pt}{0.45pt}}\n \\pgftransformresetnontranslations\n \\pgftransformscale{0.075\\tikzcircuitssizeunit}\n \\pgftext{\\bf{\\pgfkeysvalueof{/tikz/convert from}}}\n \\pgfsettransform\\savedtransform\n }}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[circuit ee IEC, font=\\sffamily\\footnotesize]\n \\draw (0,0) to [converter={info'={AC$\\rightarrow$DC},\n convert from={AC}, convert to={DC}}] (2,0);\n \n \\draw (§rangei(1.75,0.25),0) to [converter={info'={DC$\\rightarrow$AC},\n convert from={DC}, convert to={AC}}] (§rangei(4,1),0);\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{circuits.ee.IEC}\n\n\\usepackage{amsmath, amssymb}\n\n\\tikzset{circuit declare symbol = converter}\n\\tikzset{set converter graphic = converter IEC graphic}\n\\tikzset{convert from/.initial=AC,\n convert from/.default=AC,\n convert to/.initial=DC,\n convert to/.default=DC}\n\\tikzset{converter IEC graphic/.style=\n {transform shape, circuit symbol lines, circuit symbol size = width\n2.5 height 2.5, draw=none, rounded corners=2.25pt,\n shape=generic circle IEC, /pgf/generic circle IEC/before\nbackground=\n {\n \\pgfpathmoveto{\\pgfpoint{-0.8pt}{-0.8pt}}\n \\pgfpathlineto{\\pgfpoint{0.8pt}{0.8pt}}\n \\pgfpathrectangle{\\pgfpoint{-1pt}{-1pt}}{\\pgfpoint{2.0pt}{2.0pt}}\n \\pgfusepath{stroke} \n \\pgfusepathqstroke\n \\pgfgettransform\\savedtransform\n \\pgftransformshift{\\pgfpoint{0.45pt}{-0.45pt}}\n \\pgftransformresetnontranslations\n \\pgftransformscale{0.075\\tikzcircuitssizeunit}\n \\pgftext{\\bf{\\pgfkeysvalueof{/tikz/convert to}}}\n \\pgfsettransform\\savedtransform\n \\pgftransformshift{\\pgfpoint{-0.45pt}{0.45pt}}\n \\pgftransformresetnontranslations\n \\pgftransformscale{0.075\\tikzcircuitssizeunit}\n \\pgftext{\\bf{\\pgfkeysvalueof{/tikz/convert from}}}\n \\pgfsettransform\\savedtransform\n }}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[circuit ee IEC, font=\\sffamily\\footnotesize]\n \\draw (0,0) to [converter={info'={AC$\\rightarrow$DC},\n convert from={AC}, convert to={DC}}] (2,0)\n to [converter={info'={DC$\\rightarrow$AC},\n convert from={DC}, convert to={AC}}] (4,0);\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{circuits.ee.IEC}\n\n\\usepackage{amsmath, amssymb}\n\n\\tikzset{circuit declare symbol = converter}\n\\tikzset{set converter graphic = converter IEC graphic}\n\\tikzset{convert from/.initial=AC,\n convert from/.default=AC,\n convert to/.initial=DC,\n convert to/.default=DC}\n\\tikzset{converter IEC graphic/.style=\n {transform shape, circuit symbol lines, circuit symbol size = width\n2.5 height 2.5, draw=none, rounded corners=2.25pt,\n shape=generic circle IEC, /pgf/generic circle IEC/before\nbackground=\n {\n \\pgfpathmoveto{\\pgfpoint{-0.8pt}{-0.8pt}}\n \\pgfpathlineto{\\pgfpoint{0.8pt}{0.8pt}}\n \\pgfpathrectangle{\\pgfpoint{-1pt}{-1pt}}{\\pgfpoint{2.0pt}{2.0pt}}\n \\pgfusepath{stroke} \n \\pgfusepathqstroke\n \\pgfgettransform\\savedtransform\n \\pgftransformshift{\\pgfpoint{0.45pt}{-0.45pt}}\n \\pgftransformresetnontranslations\n \\pgftransformscale{0.075\\tikzcircuitssizeunit}\n \\pgftext{\\bf{\\pgfkeysvalueof{/tikz/convert to}}}\n \\pgfsettransform\\savedtransform\n \\pgftransformshift{\\pgfpoint{-0.45pt}{0.45pt}}\n \\pgftransformresetnontranslations\n \\pgftransformscale{0.075\\tikzcircuitssizeunit}\n \\pgftext{\\bf{\\pgfkeysvalueof{/tikz/convert from}}}\n \\pgfsettransform\\savedtransform\n }}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[circuit ee IEC, font=\\sffamily\\footnotesize]\n \\draw (0,0) to [converter={info'={AC$\\rightarrow$DC},\n convert from={AC}, convert to={DC}}] (2,0);\n \n \\draw (1.75,0) to [converter={info'={DC$\\rightarrow$AC},\n convert from={DC}, convert to={AC}}] (4,0);\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
46
] |
cow_brown_white_dots
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{%
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{%
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
Make the cow brown, with three white dots on the left side of its face under its eye
|
A brown cow, with three white dots on the left side of its face under its eye
|
hard
|
add
|
animal
|
[
"@@ -30 +30 @@\n\n-\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n+\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [Brown600] \\else [Brown700] \\fi\\else [Brown800] \\fi\n@@ -37 +37 @@\n\n-\\reflect[split={BlueGrey700 and BlueGrey800}]{\n+\\reflect[split={Brown600 and Brown700}]{\n@@ -42,0 +43,3 @@\n\n+\\fill [Grey50] (-40,10) circle [radius=15];\n+\\fill [Grey50] (-60,-30) circle [radius=15];\n+\\fill [Grey50] (-80,10) circle [radius=15];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n \\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [Brown§choice([400,500,600],600)] \\else [Brown§choice([500,600,700],700)] \\fi\\else [Brown§choice([600,700,800],800)] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={Brown§choice([400,500,600,700,800],600) and Brown§choice([500,600,700,800,900],700)}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\fill [Grey50] (§rangei(-40,15),§rangei(10,20)) circle [radius=§rangei(15,10)];\n\\fill [Grey50] (§rangei(-60,15),§rangei(-30,20)) circle [radius=§rangei(15,10)];\n\\fill [Grey50] (§rangei(-80,15),§rangei(10,20)) circle [radius=§rangei(15,10)];\n\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n \\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [Brown600] \\else [Brown700] \\fi\\else [Brown800] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={Brown600 and Brown700}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\fill [Grey50] (-40,10) circle [radius=15];\n\\fill [Grey50] (-60,-30) circle [radius=15];\n\\fill [Grey50] (-80,10) circle [radius=15];\n\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1
] |
cow_downward_ears
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{%
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{%
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
Rotate the ears of the cow downward
|
A cow, with its ears rotated down
|
easy
|
update
|
animal
|
[
"@@ -31 +31 @@\n\n-[xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n+[xscale=\\i, shift={(128,88)}, rotate=-30, scale=1-\\j/3]"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n \\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=§rangei(-30,20), scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={BlueGrey700 and BlueGrey800}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n \\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=-30, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={BlueGrey700 and BlueGrey800}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
4
] |
cow_inverted_skin_colors
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{%
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{%
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
Invert the colors of the cow's skin, so that the middle of its face is gray and the outer side is white.
|
A white cow, with a gray mark on the middle of its face
|
easy
|
update
|
animal
|
[
"@@ -30 +30 @@\n\n-\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n+\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [Grey50] \\else [Grey200] \\fi\\else [BlueGrey900] \\fi\n@@ -37 +37 @@\n\n-\\reflect[split={BlueGrey700 and BlueGrey800}]{\n+\\reflect[split={Grey50 and Grey200 }]{\n@@ -43 +43 @@\n\n-\\reflect[split=Grey50 and Grey200]{\n+\\reflect[split=BlueGrey700 and BlueGrey800]{"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n \\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [Grey50] \\else [Grey200] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={Grey50 and Grey200 }]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=BlueGrey700 and BlueGrey800]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n \\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [Grey50] \\else [Grey200] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={Grey50 and Grey200 }]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=BlueGrey700 and BlueGrey800]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1,
1
] |
cow_longer_horns
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{%
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{%
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
Make the horns of the cow longer
|
A cow with long horns
|
medium
|
update
|
animal
|
[
"@@ -26 +26 @@\n\n-\\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n+\\fill [BlueGrey100] (0,0) arc (0:90:32 and 125) arc (90:0:96 and 144);",
"@@ -26 +26 @@\n\n-\\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n+\\fill [BlueGrey100] (0,0) arc (0:90:32 and 125) arc (90:0:96);"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and §rangei(125,20)) arc (90:0:96 and §range(100,150,144));\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={BlueGrey700 and BlueGrey800}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and §rangei(125,20)) arc (90:0:§range(96,150,96));\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={BlueGrey700 and BlueGrey800}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 125) arc (90:0:96 and 144);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={BlueGrey700 and BlueGrey800}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 125) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={BlueGrey700 and BlueGrey800}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n}\n\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
4
] |
cow_opened_mouth
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
cow/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[]{
\tikzset{shift={(32,140)}, rotate=-45}
\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);
\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);
}
\foreach \i in {-1, 1}\foreach \j in {0, 1}
\fill \ifnum\j=0 \ifnum \i=-1 [BlueGrey700] \else [BlueGrey800] \fi\else [BlueGrey900] \fi
[xscale=\i, shift={(128,88)}, rotate=10, scale=1-\j/3]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
\reflect[split={BlueGrey700 and BlueGrey800}]{%
\fill [fill color] (-64,-160)
.. controls ++( 90:144) and ++(270: 64) .. (-120, 64)
arc (180:0: 120 and 112)
.. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Grey50 and Grey200]{%
\fill [fill color](-64,-160)
.. controls ++( 75:144) and ++(270: 64) .. (-16, 64)
.. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)
.. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)
.. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;
}
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];
}
\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];
\reflect[split=Pink100 and Pink200]{
\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];
}
\fill [Pink300]
(-32, -128) ellipse [radius=16]
( 32, -128) ellipse [radius=16];
\fill [BlueGrey900]
(-64, 64) ellipse [radius=24]
( 64, 64) ellipse [radius=24];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {cow};
\end{tikzpicture}
\end{document}
|
Make the mouth of the cow wide open vertically
|
A cow with its mouth opened
|
medium
|
update
|
animal
|
[
"@@ -51 +51 @@\n\n-\\fill [fill color] (0,-160) ellipse [x radius=64, y radius=56];\n+\\fill [fill color] (0,-180) ellipse [x radius=64, y radius=90];\n@@ -53 +53 @@\n\n-\\fill [Pink300] (0, -160) ellipse [x radius=48, y radius=40];\n+\\fill [Pink300] (0, -180) ellipse [x radius=48, y radius=70];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n \\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={BlueGrey700 and BlueGrey800}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,§rangei(-180,20)) ellipse [x radius=64, y radius=§rangei(90,25)];\n}\n\\fill [Pink300] (0, §rangei(-180,20)) ellipse [x radius=48, y radius=§rangei(70,30)];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ncow/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[]{\n\\tikzset{shift={(32,140)}, rotate=-45}\n \\fill [BlueGrey100] (0,0) arc (0:90:32 and 96) arc (90:0:96);\n \\fill [BlueGrey200] (32,0) arc (0:90:64 and 96) arc (90:0:96);\n}\n\\foreach \\i in {-1, 1}\\foreach \\j in {0, 1}\n\\fill \\ifnum\\j=0 \\ifnum \\i=-1 [BlueGrey700] \\else [BlueGrey800] \\fi\\else [BlueGrey900] \\fi\n [xscale=\\i, shift={(128,88)}, rotate=10, scale=1-\\j/3]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n\\reflect[split={BlueGrey700 and BlueGrey800}]{\n \\fill [fill color] (-64,-160)\n .. controls ++( 90:144) and ++(270: 64) .. (-120, 64)\n arc (180:0: 120 and 112)\n .. controls ++(270: 64) and ++( 90:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Grey50 and Grey200]{\n \\fill [fill color](-64,-160)\n .. controls ++( 75:144) and ++(270: 64) .. (-16, 64)\n .. controls ++( 90: 32) and ++(180: 72) .. ( 0, 168)\n .. controls ++( 0: 72) and ++( 90: 32) .. ( 16, 64)\n .. controls ++(270: 64) and ++(105:144) .. ( 64,-160) -- cycle;\n}\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-180) ellipse [x radius=64, y radius=90];\n}\n\\fill [Pink300] (0, -180) ellipse [x radius=48, y radius=70];\n\\reflect[split=Pink100 and Pink200]{\n \\fill [fill color] (0,-128) ellipse [x radius=80, y radius=56];\n}\n\\fill [Pink300]\n (-32, -128) ellipse [radius=16]\n ( 32, -128) ellipse [radius=16];\n\\fill [BlueGrey900]\n (-64, 64) ellipse [radius=24]\n ( 64, 64) ellipse [radius=24];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {cow};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
139
] |
cylinder_mirrored
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage{tikz}
\usetikzlibrary{calc,fit,patterns,decorations.markings,matrix,3d}
\begin{document}
\begin{tikzpicture}[scale=1]
\def\Anglei{-67.5}
\def\Angleii{233}
\def\Angleiii{170}
\draw[thin,->] (-2,0) -- (5,0);
\draw[thin,->] (0,-2) -- (0,3);
\begin{scope}[canvas is zx plane at y=0]
\coordinate (circmb) at ( $ (0,2.5) + (\Angleii:2cm) $ );
\coordinate (circma) at ( $ (0,2.5) + (\Angleiii:2cm) $ );
\draw[dashed] (circmb) arc [start angle=\Angleii,end angle=\Angleiii,radius=2cm];
\draw (circma) arc [start angle=\Angleiii,end angle=\Angleii-360,radius=2cm];
\fill[fill=gray,opacity=0.5] (0,2.5) circle (1cm);
\coordinate (circm1) at ( $ (0,2.5) + (\Anglei:1cm) $ );
\coordinate (circm2) at ( $ (0,2.5) + (180+\Anglei:1cm) $ );
\draw (circm1) arc [start angle=\Anglei,end angle=180+\Anglei,radius=1cm];
\draw[dashed] (circm2) arc [start angle=180+\Anglei,end angle=360+\Anglei,radius=1cm];
\draw[->] (-2,0) -- (3,0);
\end{scope}
\begin{scope}[canvas is zx plane at y=1.5]
\path (0,2.5) circle (1cm);
\coordinate (circ1a) at ( $ (0,2.5) + (\Anglei:1cm) $ );
\coordinate (circ1b) at ( $ (0,2.5) + (180+\Anglei:1cm) $ );
\end{scope}
\begin{scope}[canvas is zx plane at y=-1.5]
\path (0,2.5) circle (1cm);
\coordinate (circ2a) at ( $ (0,2.5) + (\Anglei:1cm) $ );
\coordinate (circ2b) at ( $ (0,2.5) + (180+\Anglei:1cm) $ );
\end{scope}
\begin{scope}[canvas is xy plane at z=0]
\draw (circ1a) -- (circ2a);
\draw (circ1b) -- (circ2b);
\end{scope}
\begin{scope}[canvas is zx plane at y=1.5]
\draw (0,2.5) circle (1cm);
\end{scope}
\begin{scope}[canvas is zx plane at y=-1.5]
\draw (circ2a) arc [start angle=\Anglei,end angle=180+\Anglei,radius=1cm];
\draw[dashed] (circ2b) arc [start angle=180+\Anglei,end angle=360+\Anglei,radius=1cm];
\end{scope}
\begin{scope}[every node/.append style={
xslant=1,sloped}
]
\node at (2.4,-.2) {\scalebox{1}[.7]{$T_0$}};
\node at (4,.4) {\scalebox{1}[.7]{$T$}};
\node at (-.8,-.2) {\scalebox{1}[.7]{$\mathbb{R}^n$}};
\end{scope}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage{tikz}
\usetikzlibrary{calc,fit,patterns,decorations.markings,matrix,3d}
\begin{document}
\begin{tikzpicture}[scale=1]
\def\Anglei{-67.5}
\def\Angleii{233}
\def\Angleiii{170}
\draw[thin,->] (-2,0) -- (5,0);
\draw[thin,->] (0,-2) -- (0,3);
%Zylinder
\begin{scope}[canvas is zx plane at y=0]
\coordinate (circmb) at ( $ (0,2.5) + (\Angleii:2cm) $ );
\coordinate (circma) at ( $ (0,2.5) + (\Angleiii:2cm) $ );
\draw[dashed] (circmb) arc [start angle=\Angleii,end angle=\Angleiii,radius=2cm];
\draw (circma) arc [start angle=\Angleiii,end angle=\Angleii-360,radius=2cm];
\fill[fill=gray,opacity=0.5] (0,2.5) circle (1cm);
\coordinate (circm1) at ( $ (0,2.5) + (\Anglei:1cm) $ );
\coordinate (circm2) at ( $ (0,2.5) + (180+\Anglei:1cm) $ );
\draw (circm1) arc [start angle=\Anglei,end angle=180+\Anglei,radius=1cm];
\draw[dashed] (circm2) arc [start angle=180+\Anglei,end angle=360+\Anglei,radius=1cm];
\draw[->] (-2,0) -- (3,0);
\end{scope}
\begin{scope}[canvas is zx plane at y=1.5]
\path (0,2.5) circle (1cm);
\coordinate (circ1a) at ( $ (0,2.5) + (\Anglei:1cm) $ );
\coordinate (circ1b) at ( $ (0,2.5) + (180+\Anglei:1cm) $ );
\end{scope}
\begin{scope}[canvas is zx plane at y=-1.5]
\path (0,2.5) circle (1cm);
\coordinate (circ2a) at ( $ (0,2.5) + (\Anglei:1cm) $ );
\coordinate (circ2b) at ( $ (0,2.5) + (180+\Anglei:1cm) $ );
\end{scope}
\begin{scope}[canvas is xy plane at z=0]
\draw (circ1a) -- (circ2a);
\draw (circ1b) -- (circ2b);
\end{scope}
\begin{scope}[canvas is zx plane at y=1.5]
\draw (0,2.5) circle (1cm);
\end{scope}
\begin{scope}[canvas is zx plane at y=-1.5]
\draw (circ2a) arc [start angle=\Anglei,end angle=180+\Anglei,radius=1cm];
\draw[dashed] (circ2b) arc [start angle=180+\Anglei,end angle=360+\Anglei,radius=1cm];
\end{scope}
\begin{scope}[every node/.append style={
xslant=1,sloped}
]
\node at (2.4,-.2) {\scalebox{1}[.7]{$T_0$}};
\node at (4,.4) {\scalebox{1}[.7]{$T$}};
\node at (-.8,-.2) {\scalebox{1}[.7]{$\mathbb{R}^n$}};
\end{scope}
\end{tikzpicture}
\end{document}
|
Mirror the cylinder on the other side of the z axis. Mirror only the cylinder and nothing else, and adapt the length of the coordinate axe(s).
|
Technical diagram with two identical cylinders, on each side of a z axis
|
medium
|
add
|
scientific
|
[
"@@ -11 +11 @@\n\n-\\draw[thin,->] (-2,0) -- (5,0);\n+\\draw[thin,->] (-5,0) -- (5,0);\n@@ -45,0 +46,21 @@\n\n+\\begin{scope}[canvas is zx plane at y=1.5]\n+\\path (0,-2.5) circle (1cm);\n+\\coordinate (circ3a) at ( $ (0,-2.5) + (\\Anglei:1cm) $ );\n+\\coordinate (circ3b) at ( $ (0,-2.5) + (180+\\Anglei:1cm) $ );\n+\\end{scope}\n+\\begin{scope}[canvas is zx plane at y=-1.5]\n+\\path (0,-2.5) circle (1cm);\n+\\coordinate (circ4a) at ( $ (0,-2.5) + (\\Anglei:1cm) $ );\n+\\coordinate (circ4b) at ( $ (0,-2.5) + (180+\\Anglei:1cm) $ );\n+\\end{scope}\n+\\begin{scope}[canvas is xy plane at z=0]\n+\\draw (circ3a) -- (circ4a);\n+\\draw (circ3b) -- (circ4b);\n+\\end{scope}\n+\\begin{scope}[canvas is zx plane at y=1.5]\n+\\draw (0,-2.5) circle (1cm);\n+\\end{scope}\n+\\begin{scope}[canvas is zx plane at y=-1.5]\n+\\draw (circ4a) arc [start angle=\\Anglei,end angle=180+\\Anglei,radius=1cm];\n+\\draw[dashed] (circ4b) arc [start angle=180+\\Anglei,end angle=360+\\Anglei,radius=1cm];\n+\\end{scope}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{tikz}\n\\usetikzlibrary{calc,fit,patterns,decorations.markings,matrix,3d}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1]\n\\def\\Anglei{-67.5}\n\\def\\Angleii{233}\n\\def\\Angleiii{170}\n\n\\draw[thin,->] (-5,0) -- (5,0);\n\\draw[thin,->] (0,-2) -- (0,3);\n\n\\begin{scope}[canvas is zx plane at y=0]\n\\coordinate (circmb) at ( $ (0,2.5) + (\\Angleii:2cm) $ );\n\\coordinate (circma) at ( $ (0,2.5) + (\\Angleiii:2cm) $ );\n\\draw[dashed] (circmb) arc [start angle=\\Angleii,end angle=\\Angleiii,radius=2cm];\n\\draw (circma) arc [start angle=\\Angleiii,end angle=\\Angleii-360,radius=2cm];\n\\fill[fill=gray,opacity=0.5] (0,2.5) circle (1cm);\n\n\\coordinate (circm1) at ( $ (0,2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circm2) at ( $ (0,2.5) + (180+\\Anglei:1cm) $ );\n\n\\draw (circm1) arc [start angle=\\Anglei,end angle=180+\\Anglei,radius=1cm];\n\\draw[dashed] (circm2) arc [start angle=180+\\Anglei,end angle=360+\\Anglei,radius=1cm];\n\n\\draw[->] (-2,0) -- (3,0);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=1.5]\n\\path (0,2.5) circle (1cm);\n\\coordinate (circ1a) at ( $ (0,2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circ1b) at ( $ (0,2.5) + (180+\\Anglei:1cm) $ );\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=-1.5]\n\\path (0,2.5) circle (1cm);\n\\coordinate (circ2a) at ( $ (0,2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circ2b) at ( $ (0,2.5) + (180+\\Anglei:1cm) $ );\n\\end{scope} \n\n\\begin{scope}[canvas is xy plane at z=0]\n\\draw (circ1a) -- (circ2a);\n\\draw (circ1b) -- (circ2b);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=1.5]\n\\draw (0,2.5) circle (1cm);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=-1.5]\n\\draw (circ2a) arc [start angle=\\Anglei,end angle=180+\\Anglei,radius=1cm];\n\\draw[dashed] (circ2b) arc [start angle=180+\\Anglei,end angle=360+\\Anglei,radius=1cm];\n\\end{scope} \n\n\\begin{scope}[canvas is zx plane at y=1.5]\n\\path (0,-2.5) circle (1cm);\n\\coordinate (circ3a) at ( $ (0,-2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circ3b) at ( $ (0,-2.5) + (180+\\Anglei:1cm) $ );\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=-1.5]\n\\path (0,-2.5) circle (1cm);\n\\coordinate (circ4a) at ( $ (0,-2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circ4b) at ( $ (0,-2.5) + (180+\\Anglei:1cm) $ );\n\\end{scope} \n\n\\begin{scope}[canvas is xy plane at z=0]\n\\draw (circ3a) -- (circ4a);\n\\draw (circ3b) -- (circ4b);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=1.5]\n\\draw (0,-2.5) circle (1cm);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=-1.5]\n\\draw (circ4a) arc [start angle=\\Anglei,end angle=180+\\Anglei,radius=1cm];\n\\draw[dashed] (circ4b) arc [start angle=180+\\Anglei,end angle=360+\\Anglei,radius=1cm];\n\\end{scope} \n\n\\begin{scope}[every node/.append style={\nxslant=1,sloped}\n]\n\\node at (2.4,-.2) {\\scalebox{1}[.7]{$T_0$}};\n\\node at (4,.4) {\\scalebox{1}[.7]{$T$}};\n\\node at (-.8,-.2) {\\scalebox{1}[.7]{$\\mathbb{R}^n$}};\n\\end{scope}\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{tikz}\n\\usetikzlibrary{calc,fit,patterns,decorations.markings,matrix,3d}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1]\n\\def\\Anglei{-67.5}\n\\def\\Angleii{233}\n\\def\\Angleiii{170}\n\n\\draw[thin,->] (-5,0) -- (5,0);\n\\draw[thin,->] (0,-2) -- (0,3);\n\n\\begin{scope}[canvas is zx plane at y=0]\n\\coordinate (circmb) at ( $ (0,2.5) + (\\Angleii:2cm) $ );\n\\coordinate (circma) at ( $ (0,2.5) + (\\Angleiii:2cm) $ );\n\\draw[dashed] (circmb) arc [start angle=\\Angleii,end angle=\\Angleiii,radius=2cm];\n\\draw (circma) arc [start angle=\\Angleiii,end angle=\\Angleii-360,radius=2cm];\n\\fill[fill=gray,opacity=0.5] (0,2.5) circle (1cm);\n\n\\coordinate (circm1) at ( $ (0,2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circm2) at ( $ (0,2.5) + (180+\\Anglei:1cm) $ );\n\n\\draw (circm1) arc [start angle=\\Anglei,end angle=180+\\Anglei,radius=1cm];\n\\draw[dashed] (circm2) arc [start angle=180+\\Anglei,end angle=360+\\Anglei,radius=1cm];\n\n\\draw[->] (-2,0) -- (3,0);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=1.5]\n\\path (0,2.5) circle (1cm);\n\\coordinate (circ1a) at ( $ (0,2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circ1b) at ( $ (0,2.5) + (180+\\Anglei:1cm) $ );\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=-1.5]\n\\path (0,2.5) circle (1cm);\n\\coordinate (circ2a) at ( $ (0,2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circ2b) at ( $ (0,2.5) + (180+\\Anglei:1cm) $ );\n\\end{scope} \n\n\\begin{scope}[canvas is xy plane at z=0]\n\\draw (circ1a) -- (circ2a);\n\\draw (circ1b) -- (circ2b);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=1.5]\n\\draw (0,2.5) circle (1cm);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=-1.5]\n\\draw (circ2a) arc [start angle=\\Anglei,end angle=180+\\Anglei,radius=1cm];\n\\draw[dashed] (circ2b) arc [start angle=180+\\Anglei,end angle=360+\\Anglei,radius=1cm];\n\\end{scope} \n\n\\begin{scope}[canvas is zx plane at y=1.5]\n\\path (0,-2.5) circle (1cm);\n\\coordinate (circ3a) at ( $ (0,-2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circ3b) at ( $ (0,-2.5) + (180+\\Anglei:1cm) $ );\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=-1.5]\n\\path (0,-2.5) circle (1cm);\n\\coordinate (circ4a) at ( $ (0,-2.5) + (\\Anglei:1cm) $ );\n\\coordinate (circ4b) at ( $ (0,-2.5) + (180+\\Anglei:1cm) $ );\n\\end{scope} \n\n\\begin{scope}[canvas is xy plane at z=0]\n\\draw (circ3a) -- (circ4a);\n\\draw (circ3b) -- (circ4b);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=1.5]\n\\draw (0,-2.5) circle (1cm);\n\\end{scope}\n\n\\begin{scope}[canvas is zx plane at y=-1.5]\n\\draw (circ4a) arc [start angle=\\Anglei,end angle=180+\\Anglei,radius=1cm];\n\\draw[dashed] (circ4b) arc [start angle=180+\\Anglei,end angle=360+\\Anglei,radius=1cm];\n\\end{scope} \n\n\\begin{scope}[every node/.append style={\nxslant=1,sloped}\n]\n\\node at (2.4,-.2) {\\scalebox{1}[.7]{$T_0$}};\n\\node at (4,.4) {\\scalebox{1}[.7]{$T$}};\n\\node at (-.8,-.2) {\\scalebox{1}[.7]{$\\mathbb{R}^n$}};\n\\end{scope}\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
3,
3,
1
] |
dispatch_master_outside
|
\documentclass[tikz,border=5]{standalone}
\usepackage[cmex10]{amsmath}
\usepackage[dvipsnames]{xcolor}
\usepackage[T1]{fontenc}
\usepackage{
amsfonts,
amssymb,
amsthm,
bbm,
enumerate,
float,
dblfloatfix,
dsfont,
mathtools,
url,
pgf,
pgfplots,
tikz,
subcaption,
}
\usepgflibrary{shapes}
\usetikzlibrary{
arrows,
backgrounds,
calc,
calendar,
chains,
decorations,
decorations.pathmorphing,
fit,
matrix,
mindmap,
petri,
positioning,
scopes,
shadings,
shadows,
shapes,
shapes.arrows,
shapes.misc,
shapes.symbols,
}
\begin{document}
\begin{tikzpicture}
[font=\fontsize{6.75pt}{7.5}\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',
server/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},
client/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},
router/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},
system/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}
]
\node[server](M) at (0,15mm) {Master};
\node[server](S1) at (-12.75mm,0) {Slave1};
\node[server](S2) at (0,0) {Slave2};
\node[server](S3) at (12.75mm,0) {Slave3};
\node[router](R) at (-30mm,7.5mm) {Dispatcher};
\node[system](MySQL) at (-8.625mm,5.25mm) {};
\node[client](C1) at (-52.5mm,15mm) {Clients};
\node[client](C2) at (-52.5mm,7.5mm) {Clients};
\node[client](C3) at (-52.5mm,0) {Clients};
\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) --
node[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);
\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);
\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);
\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);
\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);
\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) --
node[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);
\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);
\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);
\draw[->] (C1.east) -- (R);
\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);
\draw[->] (C3.east) -- (R);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[cmex10]{amsmath}
\usepackage[dvipsnames]{xcolor}
\usepackage[T1]{fontenc}
\usepackage{
amsfonts,
amssymb,
amsthm,
bbm,
enumerate,
float,
dblfloatfix,
dsfont,
mathtools,
url,
pgf,
pgfplots,
tikz,
subcaption,
}
\usepgflibrary{shapes}
\usetikzlibrary{%
arrows,
backgrounds,
calc,
calendar,
chains,
decorations,
decorations.pathmorphing,
fit,
matrix,
mindmap,
petri,
positioning,
scopes,
shadings,
shadows,
shapes,
shapes.arrows,
shapes.misc,
shapes.symbols,
}
\begin{document}
\begin{tikzpicture}
[font=\fontsize{6.75pt}{7.5}\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',
server/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},
client/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},
router/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},
system/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}
]
%MySQL system
\node[server](M) at (0,15mm) {Master};
\node[server](S1) at (-12.75mm,0) {Slave1};
\node[server](S2) at (0,0) {Slave2};
\node[server](S3) at (12.75mm,0) {Slave3};
\node[router](R) at (-30mm,7.5mm) {Dispatcher};
\node[system](MySQL) at (-8.625mm,5.25mm) {};
%Clients
\node[client](C1) at (-52.5mm,15mm) {Clients};
\node[client](C2) at (-52.5mm,7.5mm) {Clients};
\node[client](C3) at (-52.5mm,0) {Clients};
%write
\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) --
node[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);
%replication
\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);
\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);
\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);
%read
\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);
\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) --
node[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);
\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);
\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);
%client request
\draw[->] (C1.east) -- (R);
\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);
\draw[->] (C3.east) -- (R);
\end{tikzpicture}
\end{document}
|
Move the master oustide the dashed box.
|
Architecture diagram of a master-slave system, with Master outside of the dashed box
|
easy
|
update
|
scientific
|
[
"@@ -49 +49 @@\n\n-system/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}\n+system/.style={rectangle, rounded corners=1.5mm, minimum height=30mm, minimum width=62.25mm, draw=black, dashed}\n@@ -51 +51 @@\n\n-\\node[server](M) at (0,15mm) {Master};\n+\\node[server](M) at (0,25mm) {Master};\n@@ -56 +56 @@\n\n-\\node[system](MySQL) at (-8.625mm,5.25mm) {};\n+\\node[system](MySQL) at (-8.625mm,0.25mm) {};",
"@@ -49 +49 @@\n\n-system/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}\n+system/.style={rectangle, rounded corners=1.5mm, minimum height=35mm, minimum width=62.25mm, draw=black, dashed}\n@@ -51 +51 @@\n\n-\\node[server](M) at (0,15mm) {Master};\n+\\node[server](M) at (0,28mm) {Master};\n@@ -56 +56 @@\n\n-\\node[system](MySQL) at (-8.625mm,5.25mm) {};\n+\\node[system](MySQL) at (-8.625mm,2.25mm) {};",
"@@ -51 +51 @@\n\n-\\node[server](M) at (0,15mm) {Master};\n+\\node[server](M) at (0,28mm) {Master};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[cmex10]{amsmath}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage[T1]{fontenc}\n\\usepackage{\n\tamsfonts,\n\tamssymb,\n\tamsthm,\n\tbbm,\n\tenumerate,\n\tfloat,\n\tdblfloatfix,\n\tdsfont,\n\tmathtools,\n\turl,\n\tpgf,\n\tpgfplots,\n\ttikz,\n\tsubcaption,\n}\n\\usepgflibrary{shapes}\n\\usetikzlibrary{\narrows,\nbackgrounds,\ncalc,\ncalendar,\nchains,\ndecorations,\ndecorations.pathmorphing,\nfit,\nmatrix,\nmindmap,\npetri,\npositioning,\nscopes,\nshadings,\nshadows,\nshapes,\nshapes.arrows,\nshapes.misc,\nshapes.symbols,\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n[font=\\fontsize{6.75pt}{7.5}\\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',\nserver/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},\nclient/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},\nrouter/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},\nsystem/.style={rectangle, rounded corners=1.5mm, minimum height=§range(28,32,30)mm, minimum width=62.25mm, draw=black, dashed}\n]\n\n\\node[server](M) at (0,§range(21,31,25)mm) {Master};\n\\node[server](S1) at (-12.75mm,0) {Slave1};\n\\node[server](S2) at (0,0) {Slave2};\n\\node[server](S3) at (12.75mm,0) {Slave3};\n\\node[router](R) at (-30mm,7.5mm) {Dispatcher};\n\\node[system](MySQL) at (-8.625mm,§range(0.0,1.0,0.25)mm) {};\n\n\\node[client](C1) at (-52.5mm,15mm) {Clients};\n\\node[client](C2) at (-52.5mm,7.5mm) {Clients};\n\\node[client](C3) at (-52.5mm,0) {Clients};\n\n\\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) -- \nnode[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);\n\\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);\n\n\\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);\n\\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) -- \nnode[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);\n\\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);\n\\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);\n\n\\draw[->] (C1.east) -- (R);\n\\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);\n\\draw[->] (C3.east) -- (R);\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[cmex10]{amsmath}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage[T1]{fontenc}\n\\usepackage{\n\tamsfonts,\n\tamssymb,\n\tamsthm,\n\tbbm,\n\tenumerate,\n\tfloat,\n\tdblfloatfix,\n\tdsfont,\n\tmathtools,\n\turl,\n\tpgf,\n\tpgfplots,\n\ttikz,\n\tsubcaption,\n}\n\\usepgflibrary{shapes}\n\\usetikzlibrary{\narrows,\nbackgrounds,\ncalc,\ncalendar,\nchains,\ndecorations,\ndecorations.pathmorphing,\nfit,\nmatrix,\nmindmap,\npetri,\npositioning,\nscopes,\nshadings,\nshadows,\nshapes,\nshapes.arrows,\nshapes.misc,\nshapes.symbols,\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n[font=\\fontsize{6.75pt}{7.5}\\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',\nserver/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},\nclient/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},\nrouter/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},\nsystem/.style={rectangle, rounded corners=1.5mm, minimum height=35mm, minimum width=62.25mm, draw=black, dashed}\n]\n\n\\node[server](M) at (0,§range(26,38,28)mm) {Master};\n\\node[server](S1) at (-12.75mm,0) {Slave1};\n\\node[server](S2) at (0,0) {Slave2};\n\\node[server](S3) at (12.75mm,0) {Slave3};\n\\node[router](R) at (-30mm,7.5mm) {Dispatcher};\n\\node[system](MySQL) at (-8.625mm,§rangei(2.25,2)mm) {};\n\n\\node[client](C1) at (-52.5mm,15mm) {Clients};\n\\node[client](C2) at (-52.5mm,7.5mm) {Clients};\n\\node[client](C3) at (-52.5mm,0) {Clients};\n\n\\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) -- \nnode[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);\n\\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);\n\n\\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);\n\\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) -- \nnode[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);\n\\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);\n\\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);\n\n\\draw[->] (C1.east) -- (R);\n\\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);\n\\draw[->] (C3.east) -- (R);\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[cmex10]{amsmath}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage[T1]{fontenc}\n\\usepackage{\n\tamsfonts,\n\tamssymb,\n\tamsthm,\n\tbbm,\n\tenumerate,\n\tfloat,\n\tdblfloatfix,\n\tdsfont,\n\tmathtools,\n\turl,\n\tpgf,\n\tpgfplots,\n\ttikz,\n\tsubcaption,\n}\n\\usepgflibrary{shapes}\n\\usetikzlibrary{\narrows,\nbackgrounds,\ncalc,\ncalendar,\nchains,\ndecorations,\ndecorations.pathmorphing,\nfit,\nmatrix,\nmindmap,\npetri,\npositioning,\nscopes,\nshadings,\nshadows,\nshapes,\nshapes.arrows,\nshapes.misc,\nshapes.symbols,\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n[font=\\fontsize{6.75pt}{7.5}\\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',\nserver/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},\nclient/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},\nrouter/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},\nsystem/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}\n]\n\n\\node[server](M) at (0,§range(26,38,28)mm) {Master};\n\\node[server](S1) at (-12.75mm,0) {Slave1};\n\\node[server](S2) at (0,0) {Slave2};\n\\node[server](S3) at (12.75mm,0) {Slave3};\n\\node[router](R) at (-30mm,7.5mm) {Dispatcher};\n\\node[system](MySQL) at (-8.625mm,5.25mm) {};\n\n\\node[client](C1) at (-52.5mm,15mm) {Clients};\n\\node[client](C2) at (-52.5mm,7.5mm) {Clients};\n\\node[client](C3) at (-52.5mm,0) {Clients};\n\n\\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) -- \nnode[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);\n\\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);\n\n\\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);\n\\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) -- \nnode[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);\n\\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);\n\\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);\n\n\\draw[->] (C1.east) -- (R);\n\\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);\n\\draw[->] (C3.east) -- (R);\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[cmex10]{amsmath}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage[T1]{fontenc}\n\\usepackage{\n\tamsfonts,\n\tamssymb,\n\tamsthm,\n\tbbm,\n\tenumerate,\n\tfloat,\n\tdblfloatfix,\n\tdsfont,\n\tmathtools,\n\turl,\n\tpgf,\n\tpgfplots,\n\ttikz,\n\tsubcaption,\n}\n\\usepgflibrary{shapes}\n\\usetikzlibrary{\narrows,\nbackgrounds,\ncalc,\ncalendar,\nchains,\ndecorations,\ndecorations.pathmorphing,\nfit,\nmatrix,\nmindmap,\npetri,\npositioning,\nscopes,\nshadings,\nshadows,\nshapes,\nshapes.arrows,\nshapes.misc,\nshapes.symbols,\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n[font=\\fontsize{6.75pt}{7.5}\\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',\nserver/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},\nclient/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},\nrouter/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},\nsystem/.style={rectangle, rounded corners=1.5mm, minimum height=30mm, minimum width=62.25mm, draw=black, dashed}\n]\n\n\\node[server](M) at (0,25mm) {Master};\n\\node[server](S1) at (-12.75mm,0) {Slave1};\n\\node[server](S2) at (0,0) {Slave2};\n\\node[server](S3) at (12.75mm,0) {Slave3};\n\\node[router](R) at (-30mm,7.5mm) {Dispatcher};\n\\node[system](MySQL) at (-8.625mm,0.25mm) {};\n\n\\node[client](C1) at (-52.5mm,15mm) {Clients};\n\\node[client](C2) at (-52.5mm,7.5mm) {Clients};\n\\node[client](C3) at (-52.5mm,0) {Clients};\n\n\\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) -- \nnode[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);\n\\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);\n\n\\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);\n\\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) -- \nnode[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);\n\\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);\n\\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);\n\n\\draw[->] (C1.east) -- (R);\n\\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);\n\\draw[->] (C3.east) -- (R);\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[cmex10]{amsmath}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage[T1]{fontenc}\n\\usepackage{\n\tamsfonts,\n\tamssymb,\n\tamsthm,\n\tbbm,\n\tenumerate,\n\tfloat,\n\tdblfloatfix,\n\tdsfont,\n\tmathtools,\n\turl,\n\tpgf,\n\tpgfplots,\n\ttikz,\n\tsubcaption,\n}\n\\usepgflibrary{shapes}\n\\usetikzlibrary{\narrows,\nbackgrounds,\ncalc,\ncalendar,\nchains,\ndecorations,\ndecorations.pathmorphing,\nfit,\nmatrix,\nmindmap,\npetri,\npositioning,\nscopes,\nshadings,\nshadows,\nshapes,\nshapes.arrows,\nshapes.misc,\nshapes.symbols,\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n[font=\\fontsize{6.75pt}{7.5}\\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',\nserver/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},\nclient/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},\nrouter/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},\nsystem/.style={rectangle, rounded corners=1.5mm, minimum height=35mm, minimum width=62.25mm, draw=black, dashed}\n]\n\n\\node[server](M) at (0,28mm) {Master};\n\\node[server](S1) at (-12.75mm,0) {Slave1};\n\\node[server](S2) at (0,0) {Slave2};\n\\node[server](S3) at (12.75mm,0) {Slave3};\n\\node[router](R) at (-30mm,7.5mm) {Dispatcher};\n\\node[system](MySQL) at (-8.625mm,2.25mm) {};\n\n\\node[client](C1) at (-52.5mm,15mm) {Clients};\n\\node[client](C2) at (-52.5mm,7.5mm) {Clients};\n\\node[client](C3) at (-52.5mm,0) {Clients};\n\n\\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) -- \nnode[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);\n\\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);\n\n\\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);\n\\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) -- \nnode[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);\n\\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);\n\\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);\n\n\\draw[->] (C1.east) -- (R);\n\\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);\n\\draw[->] (C3.east) -- (R);\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[cmex10]{amsmath}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage[T1]{fontenc}\n\\usepackage{\n\tamsfonts,\n\tamssymb,\n\tamsthm,\n\tbbm,\n\tenumerate,\n\tfloat,\n\tdblfloatfix,\n\tdsfont,\n\tmathtools,\n\turl,\n\tpgf,\n\tpgfplots,\n\ttikz,\n\tsubcaption,\n}\n\\usepgflibrary{shapes}\n\\usetikzlibrary{\narrows,\nbackgrounds,\ncalc,\ncalendar,\nchains,\ndecorations,\ndecorations.pathmorphing,\nfit,\nmatrix,\nmindmap,\npetri,\npositioning,\nscopes,\nshadings,\nshadows,\nshapes,\nshapes.arrows,\nshapes.misc,\nshapes.symbols,\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n[font=\\fontsize{6.75pt}{7.5}\\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',\nserver/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},\nclient/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},\nrouter/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},\nsystem/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}\n]\n\n\\node[server](M) at (0,28mm) {Master};\n\\node[server](S1) at (-12.75mm,0) {Slave1};\n\\node[server](S2) at (0,0) {Slave2};\n\\node[server](S3) at (12.75mm,0) {Slave3};\n\\node[router](R) at (-30mm,7.5mm) {Dispatcher};\n\\node[system](MySQL) at (-8.625mm,5.25mm) {};\n\n\\node[client](C1) at (-52.5mm,15mm) {Clients};\n\\node[client](C2) at (-52.5mm,7.5mm) {Clients};\n\\node[client](C3) at (-52.5mm,0) {Clients};\n\n\\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) -- \nnode[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);\n\\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);\n\n\\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);\n\\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) -- \nnode[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);\n\\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);\n\\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);\n\n\\draw[->] (C1.east) -- (R);\n\\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);\n\\draw[->] (C3.east) -- (R);\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
65
] |
dispatch_slave_removed
|
\documentclass[tikz,border=5]{standalone}
\usepackage[cmex10]{amsmath}
\usepackage[dvipsnames]{xcolor}
\usepackage[T1]{fontenc}
\usepackage{
amsfonts,
amssymb,
amsthm,
bbm,
enumerate,
float,
dblfloatfix,
dsfont,
mathtools,
url,
pgf,
pgfplots,
tikz,
subcaption,
}
\usepgflibrary{shapes}
\usetikzlibrary{
arrows,
backgrounds,
calc,
calendar,
chains,
decorations,
decorations.pathmorphing,
fit,
matrix,
mindmap,
petri,
positioning,
scopes,
shadings,
shadows,
shapes,
shapes.arrows,
shapes.misc,
shapes.symbols,
}
\begin{document}
\begin{tikzpicture}
[font=\fontsize{6.75pt}{7.5}\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',
server/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},
client/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},
router/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},
system/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}
]
\node[server](M) at (0,15mm) {Master};
\node[server](S1) at (-12.75mm,0) {Slave1};
\node[server](S2) at (0,0) {Slave2};
\node[server](S3) at (12.75mm,0) {Slave3};
\node[router](R) at (-30mm,7.5mm) {Dispatcher};
\node[system](MySQL) at (-8.625mm,5.25mm) {};
\node[client](C1) at (-52.5mm,15mm) {Clients};
\node[client](C2) at (-52.5mm,7.5mm) {Clients};
\node[client](C3) at (-52.5mm,0) {Clients};
\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) --
node[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);
\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);
\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);
\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);
\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);
\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) --
node[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);
\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);
\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);
\draw[->] (C1.east) -- (R);
\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);
\draw[->] (C3.east) -- (R);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[cmex10]{amsmath}
\usepackage[dvipsnames]{xcolor}
\usepackage[T1]{fontenc}
\usepackage{
amsfonts,
amssymb,
amsthm,
bbm,
enumerate,
float,
dblfloatfix,
dsfont,
mathtools,
url,
pgf,
pgfplots,
tikz,
subcaption,
}
\usepgflibrary{shapes}
\usetikzlibrary{%
arrows,
backgrounds,
calc,
calendar,
chains,
decorations,
decorations.pathmorphing,
fit,
matrix,
mindmap,
petri,
positioning,
scopes,
shadings,
shadows,
shapes,
shapes.arrows,
shapes.misc,
shapes.symbols,
}
\begin{document}
\begin{tikzpicture}
[font=\fontsize{6.75pt}{7.5}\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',
server/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},
client/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},
router/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},
system/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}
]
%MySQL system
\node[server](M) at (0,15mm) {Master};
\node[server](S1) at (-12.75mm,0) {Slave1};
\node[server](S2) at (0,0) {Slave2};
\node[server](S3) at (12.75mm,0) {Slave3};
\node[router](R) at (-30mm,7.5mm) {Dispatcher};
\node[system](MySQL) at (-8.625mm,5.25mm) {};
%Clients
\node[client](C1) at (-52.5mm,15mm) {Clients};
\node[client](C2) at (-52.5mm,7.5mm) {Clients};
\node[client](C3) at (-52.5mm,0) {Clients};
%write
\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) --
node[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);
%replication
\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);
\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);
\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);
%read
\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);
\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) --
node[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);
\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);
\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);
%client request
\draw[->] (C1.east) -- (R);
\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);
\draw[->] (C3.east) -- (R);
\end{tikzpicture}
\end{document}
|
Remove the first slave/replication instance, keep the other names the same.
|
Architecture diagram of a master-slave system, with two slaves
|
easy
|
remove
|
scientific
|
[
"@@ -52 +51,0 @@\n\n-\\node[server](S1) at (-12.75mm,0) {Slave1};\n@@ -63 +61,0 @@\n\n-\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S1.north) -- (S1.north);\n@@ -69 +66,0 @@\n\n-\\draw[->, color=black!60!green] ([xshift=0.75mm]R.south) -- ([xshift=0.75mm,yshift=-9mm]R.south) -- ([yshift=-3mm]S1.south) -- (S1.south);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[cmex10]{amsmath}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage[T1]{fontenc}\n\\usepackage{\n\tamsfonts,\n\tamssymb,\n\tamsthm,\n\tbbm,\n\tenumerate,\n\tfloat,\n\tdblfloatfix,\n\tdsfont,\n\tmathtools,\n\turl,\n\tpgf,\n\tpgfplots,\n\ttikz,\n\tsubcaption,\n}\n\\usepgflibrary{shapes}\n\\usetikzlibrary{\narrows,\nbackgrounds,\ncalc,\ncalendar,\nchains,\ndecorations,\ndecorations.pathmorphing,\nfit,\nmatrix,\nmindmap,\npetri,\npositioning,\nscopes,\nshadings,\nshadows,\nshapes,\nshapes.arrows,\nshapes.misc,\nshapes.symbols,\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n[font=\\fontsize{6.75pt}{7.5}\\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',\nserver/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},\nclient/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},\nrouter/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},\nsystem/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}\n]\n\n\\node[server](M) at (0,15mm) {Master};\n\\node[server](S2) at (0,0) {Slave2};\n\\node[server](S3) at (12.75mm,0) {Slave3};\n\\node[router](R) at (-30mm,7.5mm) {Dispatcher};\n\\node[system](MySQL) at (-8.625mm,5.25mm) {};\n\n\\node[client](C1) at (-52.5mm,15mm) {Clients};\n\\node[client](C2) at (-52.5mm,7.5mm) {Clients};\n\\node[client](C3) at (-52.5mm,0) {Clients};\n\n\\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) -- \nnode[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);\n\\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);\n\n\\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);\n\\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) -- \nnode[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);\n\\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);\n\n\\draw[->] (C1.east) -- (R);\n\\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);\n\\draw[->] (C3.east) -- (R);\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[cmex10]{amsmath}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage[T1]{fontenc}\n\\usepackage{\n\tamsfonts,\n\tamssymb,\n\tamsthm,\n\tbbm,\n\tenumerate,\n\tfloat,\n\tdblfloatfix,\n\tdsfont,\n\tmathtools,\n\turl,\n\tpgf,\n\tpgfplots,\n\ttikz,\n\tsubcaption,\n}\n\\usepgflibrary{shapes}\n\\usetikzlibrary{\narrows,\nbackgrounds,\ncalc,\ncalendar,\nchains,\ndecorations,\ndecorations.pathmorphing,\nfit,\nmatrix,\nmindmap,\npetri,\npositioning,\nscopes,\nshadings,\nshadows,\nshapes,\nshapes.arrows,\nshapes.misc,\nshapes.symbols,\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n[font=\\fontsize{6.75pt}{7.5}\\selectfont, line width=0.75pt, node distance=0mm, draw=black, >=stealth',\nserver/.style={cylinder, shape border rotate=90, aspect=0.35, minimum height=9mm, minimum width=10.5mm, draw=black, inner sep=0pt},\nclient/.style={rectangle, minimum height=6mm, minimum width=11.25mm, draw=black, inner sep=0pt},\nrouter/.style={circle, minimum size=11mm, draw=black, fill=gray!40, text width=3.25em, text centered, inner sep=0pt},\nsystem/.style={rectangle, rounded corners=1.5mm, minimum height=37.5mm, minimum width=62.25mm, draw=black, dashed}\n]\n\n\\node[server](M) at (0,15mm) {Master};\n\\node[server](S2) at (0,0) {Slave2};\n\\node[server](S3) at (12.75mm,0) {Slave3};\n\\node[router](R) at (-30mm,7.5mm) {Dispatcher};\n\\node[system](MySQL) at (-8.625mm,5.25mm) {};\n\n\\node[client](C1) at (-52.5mm,15mm) {Clients};\n\\node[client](C2) at (-52.5mm,7.5mm) {Clients};\n\\node[client](C3) at (-52.5mm,0) {Clients};\n\n\\draw[->, color=black!50!red, densely dashdotted] ([xshift=-0.375mm]R.north) -- ([xshift=-24.9375mm,yshift=0.75mm]M.west) -- \nnode[above, color=black!50!red] {Write} ([yshift=0.75mm]M.west);\n\\draw[->, color=black!50!red, densely dashdotted] (M.south) -- (S2.north);\n\\draw[->, color=black!50!red, densely dashdotted] ([yshift=3.75mm]S2.north) -- ([yshift=3.75mm]S3.north) node[above, color=black!50!red] {Replication} -- (S3.north);\n\n\\draw[->, color=black!60!green] ([xshift=0.375mm]R.north) -- ([xshift=-24.1875mm]M.west) -- node[below, color=black!60!green] {Read} (M.west);\n\\draw[->, color=black!60!green] ([xshift=-0.75mm]R.south) -- ([xshift=-0.75mm,yshift=-10.5mm]R.south) -- \nnode[below, color=black!60!green] {Read} ([yshift=-4.5mm]S3.south) -- (S3.south);\n\\draw[->, color=black!60!green] (R.south) -- ([yshift=-9.75mm]R.south) -- ([yshift=-3.75mm]S2.south) -- (S2.south);\n\n\\draw[->] (C1.east) -- (R);\n\\draw[->] (C2.east) -- node[left = 1.5mm, above, black] {R/W} (R);\n\\draw[->] (C3.east) -- (R);\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
1,
1
] |
dog_grey
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
Change the color of the dog to gray
|
A gray dog
|
easy
|
update
|
animal
|
[
"@@ -25 +25 @@\n\n-\\reflect[split=Brown400 and Brown500]{\n+\\reflect[split=Grey and Grey]{",
"@@ -25 +25 @@\n\n-\\reflect[split=Brown400 and Brown500]{\n+\\reflect[split=Grey500 and Grey500]{"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Grey and Grey]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Grey§choice([300,400,500,600],500) and Grey§choice([300,400,500,600],500)]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Grey and Grey]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Grey500 and Grey500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1
] |
dog_long_ears
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
Make the ears of the dog longer
|
A dog with long ears
|
hard
|
update
|
animal
|
[
"@@ -29,3 +29,3 @@\n\n-.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n-.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n-.. controls ++(105: 64) and ++( 75: 32) .. cycle;\n+.. controls ++( 75:160) and ++(105:190) .. ++(210, -100)\n+.. controls ++(285: 96) and ++(285: 96) .. ++(-70,-32)\n+.. controls ++(105: 140) and ++( 75: 75) .. cycle;"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:§rangei(160,50)) and ++(105:190) .. ++(§rangei(210,10), §rangei(-100,40))\n .. controls ++(285: 96) and ++(285: 96) .. ++(§rangei(-70,10),-32)\n .. controls ++(105: 140) and ++( 75: §range(0,130,75)) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:160) and ++(105:190) .. ++(210, -100)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-70,-32)\n .. controls ++(105: 140) and ++( 75: 75) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1,
1
] |
dog_red_eyes
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
Change the colors of the dog's eyes to red
|
A dog with red eyes
|
easy
|
update
|
animal
|
[
"@@ -49 +49 @@\n\n-\\fill [BlueGrey900] (56, 0) circle [radius=20];\n+\\fill [Red] (56, 0) circle [radius=20];",
"@@ -49 +49 @@\n\n-\\fill [BlueGrey900] (56, 0) circle [radius=20];\n+\\fill [Red600] (56, 0) circle [radius=20];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [§choice([\"Red\",\"red\"],Red)] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [§choice([\"Red\",\"red\"],Red)§choice([300,400,500,600,700,800,900],600)] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [Red] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [Red600] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
14
] |
dog_white_eyes_with_pupils
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
Add a white circle behid the exsting black eyes of the dog. Making his eyes have pupils.
|
a dog with big white circular eyes, and black pupils
|
medium
|
add
|
animal
|
[
"@@ -48,0 +49 @@\n\n+\\fill [Grey100] (60, 0) circle [radius=35];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [§choice([\"Grey100\",\"White\",\"white\"],Grey100)] (§range(45,70,60), 0) circle [radius=§rangei(35,10)];\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [Grey100] (60, 0) circle [radius=35];\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
14,
13,
17
] |
dog_winking
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
dog/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split=Brown400 and Brown500]{
\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];
\fill [fill color] (32,96)
.. controls ++( 75:128) and ++(105:128) .. ++(192, 0)
.. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)
.. controls ++(105: 64) and ++( 75: 32) .. cycle;
}
\reflect[split={Grey100 and Grey200}]{
\clip (0,-64) ellipse [x radius=160, y radius=144];
\fill [fill color](0,-224)
.. controls ++( 0:64) and ++(270:64) .. ++(96,64)
.. controls ++( 90:64) and ++(270:64) .. ++(-96,192)
.. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)
.. controls ++(270:64) and ++(180:64) .. cycle;
}
\reflect[split={Pink100 and Pink200}]{
\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];
}
\reflect[split={BlueGrey800 and BlueGrey900}]{
\fill [fill color](0,-144)
.. controls ++( 0:20) and ++(315:20) .. ++( 40,64)
.. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)
.. controls ++(225:20) and ++(180:20) .. cycle;
\fill [BlueGrey900] (56, 0) circle [radius=20];
\fill [fill color] (-8,-112)
-- ++(16,0) -- ++(0,-32) arc (180:360:24)
arc (180:0:8) arc (360:180:40);
}
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {dog};
\end{tikzpicture}
\end{document}
|
Make the dog wink with its right eye.
|
A dog winking
|
medium
|
add
|
animal
|
[
"@@ -49 +48,0 @@\n\n-\\fill [BlueGrey900] (56, 0) circle [radius=20];\n@@ -53,0 +53,2 @@\n\n+\\fill [BlueGrey900] (56, 0) circle [radius=20];\n+\\draw[BlueGrey900, line width=3pt] (-35, 5) -- (-80, 5);",
"@@ -49 +48,0 @@\n\n-\\fill [BlueGrey900] (56, 0) circle [radius=20];\n@@ -53,0 +53,2 @@\n\n+\\fill [BlueGrey900] (56, 0) circle [radius=20];\n+\\fill[BlueGrey900, rounded corners=2pt] (-36, -10) rectangle(-80, 8);",
"@@ -48,0 +49 @@\n\n+\\ifnum\\side=1\n@@ -49,0 +51,3 @@\n\n+\\else\n+\\draw [BlueGrey900, line width=8, line cap=round] (36,0) .. controls (44,-16) and (68,-16) .. (76,0);\n+\\fi"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\fill [BlueGrey900] (56, 0) circle [radius=20];\n\\draw[BlueGrey900, line width=§range(2,3,3)pt] (§rangei(-35,5), 5) -- (§rangei(-80,10), 5);\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\fill [BlueGrey900] (56, 0) circle [radius=20];\n\\fill[BlueGrey900, rounded corners=2pt] (-36, -10) rectangle(§rangei(-80,15), §rangei(8,2));\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\ifnum\\side=1\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\else\n\\draw [BlueGrey900, line width=8, line cap=round] (36,0) .. controls (44,-16) and (68,-16) .. (76,0);\n\\fi\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\fill [BlueGrey900] (56, 0) circle [radius=20];\n\\draw[BlueGrey900, line width=3pt] (-35, 5) -- (-80, 5);\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\fill [BlueGrey900] (56, 0) circle [radius=20];\n\\fill[BlueGrey900, rounded corners=2pt] (-36, -10) rectangle(-80, 8);\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndog/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split=Brown400 and Brown500]{\n \\fill [fill color] (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color] (0, 32) ellipse [x radius=128, y radius=112];\n \\fill [fill color] (32,96)\n .. controls ++( 75:128) and ++(105:128) .. ++(192, 0)\n .. controls ++(285: 96) and ++(285: 96) .. ++(-80,-32)\n .. controls ++(105: 64) and ++( 75: 32) .. cycle;\n}\n\\reflect[split={Grey100 and Grey200}]{\n \\clip (0,-64) ellipse [x radius=160, y radius=144];\n \\fill [fill color](0,-224) \n .. controls ++( 0:64) and ++(270:64) .. ++(96,64)\n .. controls ++( 90:64) and ++(270:64) .. ++(-96,192)\n .. controls ++(270:64) and ++( 90:64) .. ++(-96,-192)\n .. controls ++(270:64) and ++(180:64) .. cycle;\n}\n\\reflect[split={Pink100 and Pink200}]{\n \\fill [fill color](0,-192) ellipse [x radius=28, y radius=32];\n}\n\\reflect[split={BlueGrey800 and BlueGrey900}]{\n \\fill [fill color](0,-144) \n .. controls ++( 0:20) and ++(315:20) .. ++( 40,64)\n .. controls ++(135:20) and ++( 45:20) .. ++(-80, 0)\n .. controls ++(225:20) and ++(180:20) .. cycle;\n \\ifnum\\side=1\n \\fill [BlueGrey900] (56, 0) circle [radius=20];\n \\else\n\\draw [BlueGrey900, line width=8, line cap=round] (36,0) .. controls (44,-16) and (68,-16) .. (76,0);\n\\fi\n \\fill [fill color] (-8,-112)\n -- ++(16,0) -- ++(0,-32) arc (180:360:24)\n arc (180:0:8) arc (360:180:40);\n}\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {dog};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
2,
4
] |
donkey_angled_nostrils
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{%
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{%
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
Tilt the nostrils of the donkey, so that they are both angled inward. i.e. the top of each nostril is towards the center, and the bottom toward the exterior.
|
A donkey with its nostrils tilted outward
|
medium
|
update
|
animal
|
[
"@@ -52,2 +52,2 @@\n\n-\\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n-\\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n+\\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40, rotate=20];\n+\\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24, rotate=20];",
"@@ -52,2 +52,2 @@\n\n-\\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n-\\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n+\\fill [fill color, rotate=20] (-5, -128) ellipse [x radius=24, y radius=40];\n+\\fill [BlueGrey900, rotate=20] (-5, -128) ellipse [x radius=12, y radius=24];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40, rotate=§range(15,25,20)];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24, rotate=§range(15,25,20)];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color, rotate=§range(15,23,20)] (§rangei(-5,10), -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900, rotate=§range(15,23,20)] (§rangei(-5,10), -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40, rotate=20];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24, rotate=20];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color, rotate=20] (-5, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900, rotate=20] (-5, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
2,
2
] |
donkey_centered_eyes
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{%
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{%
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
Move the donkey's eyes closer together.
|
A donkey with its eyes centered
|
easy
|
update
|
animal
|
[
"@@ -56,2 +56,2 @@\n\n-(-72, 40) ellipse [radius=20]\n-( 72, 40) ellipse [radius=20]\n+(-42, 40) ellipse [radius=20]\n+( 42, 40) ellipse [radius=20]",
"@@ -56,2 +56,2 @@\n\n-(-72, 40) ellipse [radius=20]\n-( 72, 40) ellipse [radius=20]\n+(-42, 40) ellipse [radius=20]\n+(42, 40) ellipse [radius=20]"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (§range(-56,-23,-42), 40) ellipse [radius=20]\n ( §range(23,56,42), 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (§range(-56,-23,-42), 40) ellipse [radius=20]\n (§range(23,56,42), 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-42, 40) ellipse [radius=20]\n ( 42, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-42, 40) ellipse [radius=20]\n (42, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
5
] |
donkey_higher_mane
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{%
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{%
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
Make the mane of the donkey go upward a little more
|
A donkey with a high mane over its head
|
hard
|
update
|
animal
|
[
"@@ -59,2 +59,2 @@\n\n-to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n-to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n+to [bend left] ++( 16, 70) to [bend right] ++( 16,-75)\n+to [bend left] ++( 16, 70) to [bend right] ++( 16,-70)\n@@ -64 +64 @@\n\n-to [bend right] ++(-16, 32) to [bend left] cycle;\n+to [bend right] ++(-28, 32) to [bend left] cycle;"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, §rangei(70,22)) to [bend right] ++( 16,§range(-48,-100,-75))\n to [bend left] ++( 16, §rangei(70,22)) to [bend right] ++( 16,§range(-48,-100,-70))\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(§rangei(-28,16), §range(32,62,32)) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 70) to [bend right] ++( 16,-75)\n to [bend left] ++( 16, 70) to [bend right] ++( 16,-70)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-28, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1,
2,
8
] |
donkey_small_ears
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{%
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{%
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
Make the ears of the donkey smaller
|
A donkey with small ears
|
medium
|
update
|
animal
|
[
"@@ -31 +31 @@\n\n-[shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n+[shift={(88,80)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]",
"@@ -31 +31 @@\n\n-[shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n+[shift={(88,120)}, rotate=75, scale=0.65-\\j/3, xscale=1.4]",
"@@ -31 +31 @@\n\n-[shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n+[shift={(88,120)}, rotate=75, scale={0.8*(9/10-\\j/3)}, xscale=1.4]"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,§rangei(80,10))}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=§rangei(0.65,0.1)-\\j/§choice([3,4],3), xscale=§rangei(1.4,0.25)]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale={§rangei(0.8,0.1)*(9/10-\\j/3)}, xscale=§rangei(1.4,0.25)]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,80)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=0.65-\\j/3, xscale=1.4]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as BlueGrey500},\n on right={color alias=ears as BlueGrey700},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale={0.8*(9/10-\\j/3)}, xscale=1.4]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=BlueGrey500 and BlueGrey700]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
3,
3
] |
donkey_white
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
donkey/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\reflect[
on left ={color alias=ears as BlueGrey500},
on right={color alias=ears as BlueGrey700},
outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}
]{
\foreach \s [count=\j from 0] in {outer ear, inner ear}
\fill [style=\s]
[shift={(88,120)}, rotate=75, scale=9/10-\j/3, xscale=3/2]
(-72,0)
.. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)
.. controls ++( 0:16) and ++( 90:12) .. (88, 0)
.. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)
.. controls ++(180: 8) and ++(270: 8) .. cycle;
}
\reflect[split=BlueGrey500 and BlueGrey700]{%
\fill [fill color] (-56,-160)
.. controls ++( 90:112) and ++(270: 128) .. (-112, 48)
arc (180:0:112 and 96)
.. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];
}
\reflect[split=Grey700 and Grey800]{%
\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];
}
\reflect[split=Grey500 and Grey600]{%
\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];
\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];
\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];
}
\fill [BlueGrey900]
(-72, 40) ellipse [radius=20]
( 72, 40) ellipse [radius=20]
(-8,160)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)
to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)
to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)
to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)
to [bend right] ++(-16, 32) to [bend left] cycle;
\end{scope}}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {donkey};
\end{tikzpicture}
\end{document}
|
Make the donkey white
|
A white donkey
|
easy
|
update
|
animal
|
[
"@@ -25,2 +25,2 @@\n\n-on left ={color alias=ears as BlueGrey500},\n-on right={color alias=ears as BlueGrey700},\n+on left ={color alias=ears as White},\n+on right={color alias=ears as White},\n@@ -38 +38 @@\n\n-\\reflect[split=BlueGrey500 and BlueGrey700]{\n+\\reflect[split=White and White]{",
"@@ -25,2 +25,2 @@\n\n-on left ={color alias=ears as BlueGrey500},\n-on right={color alias=ears as BlueGrey700},\n+on left ={color alias=ears as Grey200},\n+on right={color alias=ears as Grey300},\n@@ -38 +38 @@\n\n-\\reflect[split=BlueGrey500 and BlueGrey700]{\n+\\reflect[split=Grey200 and Grey300]{"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as White},\n on right={color alias=ears as White},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=White and White]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as Grey§choice([100,200,300,400],200)},\n on right={color alias=ears as Grey§choice([100,200,300,400],300)},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=Grey§choice([100,200,300,400],200) and Grey§choice([100,200,300,400],300)]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as White},\n on right={color alias=ears as White},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=White and White]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\ndonkey/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\reflect[\n on left ={color alias=ears as Grey200},\n on right={color alias=ears as Grey300},\n outer ear/.style={fill=ears}, inner ear/.style={fill=BlueGrey900}\n]{\n \\foreach \\s [count=\\j from 0] in {outer ear, inner ear}\n \\fill [style=\\s]\n [shift={(88,120)}, rotate=75, scale=9/10-\\j/3, xscale=3/2]\n (-72,0)\n .. controls ++( 90: 8) and ++(180:16) .. ( 0, 48)\n .. controls ++( 0:16) and ++( 90:12) .. (88, 0)\n .. controls ++(270:12) and ++( 0: 8) .. ( 0,-48)\n .. controls ++(180: 8) and ++(270: 8) .. cycle;\n}\n\\reflect[split=Grey200 and Grey300]{\n \\fill [fill color] (-56,-160)\n .. controls ++( 90:112) and ++(270: 128) .. (-112, 48)\n arc (180:0:112 and 96)\n .. controls ++(270: 128) and ++( 90:112) .. ( 56,-160) -- cycle;\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-164) ellipse [x radius=56, y radius=56];\n}\n\\reflect[split=Grey700 and Grey800]{\n \\fill [fill color] (0,-164) ellipse [x radius=48, y radius=40];\n}\n\\reflect[split=Grey500 and Grey600]{\n \\fill [fill color] (0,-144) ellipse [x radius=64, y radius=48];\n \\fill [fill color] (36, -128) ellipse [x radius=24, y radius=40];\n \\fill [BlueGrey900] (36, -128) ellipse [x radius=12, y radius=24];\n}\n\\fill [BlueGrey900]\n (-72, 40) ellipse [radius=20]\n ( 72, 40) ellipse [radius=20]\n (-8,160)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend left] ++( 16, 32) to [bend right] ++( 16,-48)\n to [bend right] ++(-32,-48) to [bend left] ++(-16, 32)\n to [bend right] ++(-32,-32) to [bend left] ++( 0, 32)\n to [bend right] ++(-32,-16) to [bend left] ++( 16, 40)\n to [bend right] ++(-16, 32) to [bend left] cycle;\n\\end{scope}}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {donkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
2
] |
duck_long_feet
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
Make the feet fo the duck longer
|
A duck with long yellow feet
|
medium
|
update
|
animal
|
[
"@@ -28,2 +28,2 @@\n\n-.. controls (56,10) and (66, 7) .. (68, 7)\n-.. controls (70, 7) and (75,15) .. (73,15)\n+.. controls (66,10) and (76, 7) .. (78, 7)\n+.. controls (80, 7) and (85,15) .. (83,15)\n@@ -84,2 +84,2 @@\n\n-.. controls (48, 7) and (58, 4) .. (60, 4)\n-.. controls (62, 4) and (67,12) .. (65,12)\n+.. controls (58, 7) and (68, 4) .. (70, 4)\n+.. controls (72, 4) and (77,12) .. (75,12)"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (§rangei(66,5),10) and (§rangei(76,5), 7) .. (§rangei(78,5), 7)\n .. controls (§rangei(80,5), 7) and (§rangei(85,5),15) .. (§rangei(83,5),15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\fill [BlueGrey900] (1,57)\n .. controls ( 0,51) and ( 4,44) .. (10,42)\n .. controls (16,40) and (23,40) .. (24,47)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (14,48)\n .. controls (14,34) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (78,87)\n .. controls (77,85) and (80,82) .. (83,84)\n .. controls (83,87) and (80,88) .. (78,87)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (§rangei(58,5), 7) and (§rangei(68,5), 4) .. (§rangei(70,5), 4)\n .. controls (§rangei(72,5), 4) and (§rangei(77,5),12) .. (§rangei(75,5),12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (66,10) and (76, 7) .. (78, 7)\n .. controls (80, 7) and (85,15) .. (83,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\fill [BlueGrey900] (1,57)\n .. controls ( 0,51) and ( 4,44) .. (10,42)\n .. controls (16,40) and (23,40) .. (24,47)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (14,48)\n .. controls (14,34) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (78,87)\n .. controls (77,85) and (80,82) .. (83,84)\n .. controls (83,87) and (80,88) .. (78,87)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (58, 7) and (68, 4) .. (70, 4)\n .. controls (72, 4) and (77,12) .. (75,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
6
] |
duck_no_tail
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
Remove the black tail of the duck
|
A duck without a tail
|
easy
|
remove
|
animal
|
[
"@@ -33,4 +32,0 @@\n\n--- cycle;\n-\\fill [BlueGrey900] (1,57)\n-.. controls ( 0,51) and ( 4,44) .. (10,42)\n-.. controls (16,40) and (23,40) .. (24,47)"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (56,10) and (66, 7) .. (68, 7)\n .. controls (70, 7) and (75,15) .. (73,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (14,48)\n .. controls (14,34) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (78,87)\n .. controls (77,85) and (80,82) .. (83,84)\n .. controls (83,87) and (80,88) .. (78,87)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (48, 7) and (58, 4) .. (60, 4)\n .. controls (62, 4) and (67,12) .. (65,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (56,10) and (66, 7) .. (68, 7)\n .. controls (70, 7) and (75,15) .. (73,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (14,48)\n .. controls (14,34) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (78,87)\n .. controls (77,85) and (80,82) .. (83,84)\n .. controls (83,87) and (80,88) .. (78,87)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (48, 7) and (58, 4) .. (60, 4)\n .. controls (62, 4) and (67,12) .. (65,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
6
] |
duck_opened_wings
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
Make the duck open its wings
|
A duck with its wings opened
|
hard
|
update
|
animal
|
[
"@@ -50,2 +50,2 @@\n\n-(14,48)\n-.. controls (14,34) and (32,21) .. (53,21)\n+(30,60)\n+.. controls (-15,40) and (32,21) .. (53,21)\n@@ -60 +60 @@\n\n-\\fill [BlueGrey400] (56,64)\n+\\fill [BlueGrey400 , rotate=-40, shift={(-50,25)}] (56,64)"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (56,10) and (66, 7) .. (68, 7)\n .. controls (70, 7) and (75,15) .. (73,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\fill [BlueGrey900] (1,57)\n .. controls ( 0,51) and ( 4,44) .. (10,42)\n .. controls (16,40) and (23,40) .. (24,47)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (§rangei(30,5),§rangei(60,5))\n .. controls (§rangei(-15,5),§rangei(40,10)) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400 , rotate=§rangei(-40,5), shift={(§rangei(-50,4),§rangei(25,5))}] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (78,87)\n .. controls (77,85) and (80,82) .. (83,84)\n .. controls (83,87) and (80,88) .. (78,87)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (48, 7) and (58, 4) .. (60, 4)\n .. controls (62, 4) and (67,12) .. (65,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (56,10) and (66, 7) .. (68, 7)\n .. controls (70, 7) and (75,15) .. (73,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\fill [BlueGrey900] (1,57)\n .. controls ( 0,51) and ( 4,44) .. (10,42)\n .. controls (16,40) and (23,40) .. (24,47)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (30,60)\n .. controls (-15,40) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400 , rotate=-40, shift={(-50,25)}] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (78,87)\n .. controls (77,85) and (80,82) .. (83,84)\n .. controls (83,87) and (80,88) .. (78,87)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (48, 7) and (58, 4) .. (60, 4)\n .. controls (62, 4) and (67,12) .. (65,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1
] |
duck_wide_eyes
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
Made the eyes of the duck longer
|
A duck with wide pointy eyes
|
easy
|
update
|
animal
|
[
"@@ -76,3 +76,3 @@\n\n-\\fill (78,87)\n-.. controls (77,85) and (80,82) .. (83,84)\n-.. controls (83,87) and (80,88) .. (78,87)\n+\\fill (76,88)\n+.. controls (77,85) and (80,82) .. (85,83)\n+.. controls (83,87) and (80,88) .. (75,88)"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (56,10) and (66, 7) .. (68, 7)\n .. controls (70, 7) and (75,15) .. (73,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\fill [BlueGrey900] (1,57)\n .. controls ( 0,51) and ( 4,44) .. (10,42)\n .. controls (16,40) and (23,40) .. (24,47)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (14,48)\n .. controls (14,34) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (76,88)\n .. controls (77,85) and (80,82) .. (§range(83,86,85),§range(82,85,83))\n .. controls (83,87) and (80,88) .. (§rangei(75,5),§range(85,90,88))\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (48, 7) and (58, 4) .. (60, 4)\n .. controls (62, 4) and (67,12) .. (65,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (56,10) and (66, 7) .. (68, 7)\n .. controls (70, 7) and (75,15) .. (73,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\fill [BlueGrey900] (1,57)\n .. controls ( 0,51) and ( 4,44) .. (10,42)\n .. controls (16,40) and (23,40) .. (24,47)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (14,48)\n .. controls (14,34) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (76,88)\n .. controls (77,85) and (80,82) .. (85,83)\n .. controls (83,87) and (80,88) .. (75,88)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (48, 7) and (58, 4) .. (60, 4)\n .. controls (62, 4) and (67,12) .. (65,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
12
] |
duck_with_duckling
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
duck/.pic={
\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}
\fill [Amber800] (58,28)
.. controls (56,28) and (55,27) .. (55,26)
.. controls (55,25) and (56,16) .. (55,15)
.. controls (54,14) and (54,12) .. (55,11)
.. controls (56,10) and (66, 7) .. (68, 7)
.. controls (70, 7) and (75,15) .. (73,15)
.. controls (71,15) and (62,13) .. (60,15)
.. controls (58,17) and (60,25) .. (60,26)
.. controls (60,27) and (59,28) .. (58,28)
-- cycle;
\fill [BlueGrey900] (1,57)
.. controls ( 0,51) and ( 4,44) .. (10,42)
.. controls (16,40) and (23,40) .. (24,47)
-- cycle;
\begin{scope}
\clip [preaction={fill=LightGreen}] (74,96)
.. controls (66,96) and (62,92) .. (60,88)
.. controls (58,84) and (58,76) .. (61,68)
-- (76,68)
.. controls (72,72) and (74,74) .. (75,75)
.. controls (82,75) and (88,76) .. (88,84)
.. controls (88,92) and (82,96) .. (74,96)
-- cycle;
\fill [Grey100] (57,68) rectangle +(20,4);
\end{scope}
\fill [BlueGrey50]
(14,48)
.. controls (14,34) and (32,21) .. (53,21)
.. controls (55,21) and (57,21) .. (61,22)
.. controls (81,27) and (92,36) .. (92,48)
-- cycle;
\fill [Brown500] (61,68)
.. controls (65,52) and (68,40) .. (61,22)
.. controls (84,26) and (92,36) .. (92,48)
.. controls (92,60) and (82,65) .. (76,68)
-- cycle;
\fill [BlueGrey400] (56,64)
.. controls (45,64) and (40,60) .. (32,56)
.. controls (24,52) and ( 8,52) .. ( 8,48)
.. controls (8, 44) and (24,36) .. (40,36)
.. controls (56,36) and (68,44) .. (72,48)
.. controls (76,52) and (72,56) .. (68,60)
.. controls (64,64) and (60,64) .. (56,64)
-- cycle;
\fill [Amber500] (88,84)
.. controls (86,84) and ( 87,82) .. (86,81)
.. controls (85,80) and ( 80,79) .. (83,76)
.. controls (86,73) and ( 95,71) .. (97,71)
.. controls (99,71) and (100,72) .. (99,73)
.. controls (98,74) and ( 92,77) .. (91,80)
.. controls (90,83) and ( 90,84) .. (88,84)
-- cycle;
\fill (78,87)
.. controls (77,85) and (80,82) .. (83,84)
.. controls (83,87) and (80,88) .. (78,87)
-- cycle;
\fill [Amber700] (50,25)
.. controls (48,25) and (47,24) .. (47,23)
.. controls (47,22) and (48,13) .. (47,12)
.. controls (46,11) and (46, 9) .. (47, 8)
.. controls (48, 7) and (58, 4) .. (60, 4)
.. controls (62, 4) and (67,12) .. (65,12)
.. controls (63,12) and (54,10) .. (52,12)
.. controls (50,14) and (52,22) .. (52,23)
.. controls (52,24) and (51,25) .. (50,25)
-- cycle;}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {duck};
\end{tikzpicture}
\end{document}
|
Add a duckling on the bottom left side of the frame, essentially a smaller copy of the existing duck
|
A duck with a smaller copy of it on its bottom left side
|
medium
|
add
|
animal
|
[
"@@ -94,0 +95 @@\n\n+\\pic[scale=0.5, shift={(-2cm, -2cm)}] {duck};"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (56,10) and (66, 7) .. (68, 7)\n .. controls (70, 7) and (75,15) .. (73,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\fill [BlueGrey900] (1,57)\n .. controls ( 0,51) and ( 4,44) .. (10,42)\n .. controls (16,40) and (23,40) .. (24,47)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (14,48)\n .. controls (14,34) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (78,87)\n .. controls (77,85) and (80,82) .. (83,84)\n .. controls (83,87) and (80,88) .. (78,87)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (48, 7) and (58, 4) .. (60, 4)\n .. controls (62, 4) and (67,12) .. (65,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\pic[scale=§rangei(0.5,0.25), shift={(§range(-1,-4,-2)cm, §range(-1,-4,-2)cm)}] {duck};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nduck/.pic={\n\\tikzset{x=3cm/100,y=3cm/100, shift={(-50,-50)}}\n\\fill [Amber800] (58,28)\n .. controls (56,28) and (55,27) .. (55,26)\n .. controls (55,25) and (56,16) .. (55,15)\n .. controls (54,14) and (54,12) .. (55,11)\n .. controls (56,10) and (66, 7) .. (68, 7)\n .. controls (70, 7) and (75,15) .. (73,15)\n .. controls (71,15) and (62,13) .. (60,15)\n .. controls (58,17) and (60,25) .. (60,26)\n .. controls (60,27) and (59,28) .. (58,28)\n -- cycle;\n\\fill [BlueGrey900] (1,57)\n .. controls ( 0,51) and ( 4,44) .. (10,42)\n .. controls (16,40) and (23,40) .. (24,47)\n -- cycle;\n\\begin{scope}\n\\clip [preaction={fill=LightGreen}] (74,96)\n .. controls (66,96) and (62,92) .. (60,88)\n .. controls (58,84) and (58,76) .. (61,68)\n -- (76,68)\n .. controls (72,72) and (74,74) .. (75,75)\n .. controls (82,75) and (88,76) .. (88,84)\n .. controls (88,92) and (82,96) .. (74,96)\n -- cycle;\n\\fill [Grey100] (57,68) rectangle +(20,4);\n\\end{scope}\n\\fill [BlueGrey50]\n (14,48)\n .. controls (14,34) and (32,21) .. (53,21)\n .. controls (55,21) and (57,21) .. (61,22)\n .. controls (81,27) and (92,36) .. (92,48)\n -- cycle;\n\\fill [Brown500] (61,68)\n .. controls (65,52) and (68,40) .. (61,22)\n .. controls (84,26) and (92,36) .. (92,48)\n .. controls (92,60) and (82,65) .. (76,68)\n -- cycle;\n\\fill [BlueGrey400] (56,64)\n .. controls (45,64) and (40,60) .. (32,56)\n .. controls (24,52) and ( 8,52) .. ( 8,48)\n .. controls (8, 44) and (24,36) .. (40,36)\n .. controls (56,36) and (68,44) .. (72,48)\n .. controls (76,52) and (72,56) .. (68,60)\n .. controls (64,64) and (60,64) .. (56,64)\n -- cycle;\n\\fill [Amber500] (88,84)\n .. controls (86,84) and ( 87,82) .. (86,81)\n .. controls (85,80) and ( 80,79) .. (83,76)\n .. controls (86,73) and ( 95,71) .. (97,71)\n .. controls (99,71) and (100,72) .. (99,73)\n .. controls (98,74) and ( 92,77) .. (91,80)\n .. controls (90,83) and ( 90,84) .. (88,84)\n -- cycle;\n\\fill (78,87)\n .. controls (77,85) and (80,82) .. (83,84)\n .. controls (83,87) and (80,88) .. (78,87)\n -- cycle;\n\\fill [Amber700] (50,25)\n .. controls (48,25) and (47,24) .. (47,23)\n .. controls (47,22) and (48,13) .. (47,12)\n .. controls (46,11) and (46, 9) .. (47, 8)\n .. controls (48, 7) and (58, 4) .. (60, 4)\n .. controls (62, 4) and (67,12) .. (65,12)\n .. controls (63,12) and (54,10) .. (52,12)\n .. controls (50,14) and (52,22) .. (52,23)\n .. controls (52,24) and (51,25) .. (50,25)\n -- cycle;}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {duck};\n\\pic[scale=0.5, shift={(-2cm, -2cm)}] {duck};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
2,
2,
2,
2
] |
egraph_colored
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}
\usepackage{xcolor}
\usepackage{tikz-cd}
\usepackage{tikz}
\usetikzlibrary{arrows}
\tikzset{
vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},
edge/.style={thick},
dedge/.style ={->,> = latex',thick}
}
\usetikzlibrary{decorations.markings}
\usetikzlibrary{arrows.meta}
\begin{document}
\begin{tikzpicture}
\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);
\node[gray,left] at (-0.6,1){$E_1$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);
\node[gray,above] at (3,3){$E_2$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);
\node[gray,below] at (3,-1.8){$E_5$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);
\node[gray,right] at (6.5,-0.3){$E_4$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;
\node[gray] at (6.2,2.6){$E_3$};
\node[vertex] (1) at (0,0){};
\node[vertex] (2) at (2,1) {};
\node[vertex] (3) at (2,-1) {};
\node[vertex] (4) at (4,-1) {};
\node[vertex] (5) at (4,1) {};
\node[vertex] (6) at (6,-1) {};
\node[vertex] (7) at (6,1) {};
\node[vertex] (8) at (4.5,2.5) {};
\draw[dedge] (1) -- (2) node[midway, above,sloped] {\small $a$};
\draw[dedge] (2) -- (3) node[midway, right] {\small $b$};
\draw[dedge] (1) -- (3) node[midway, below,sloped] {\small $ab$};
\draw[dedge] (2) -- (5) node[midway, above,sloped] {\small $c$};
\draw[dedge] (8) -- (5) node[midway,left] {\small $c$};
\draw[edge] (2) -- (8) node[midway, above,sloped] {\tiny };
\draw[edge] (8) -- (7) node[midway, above,sloped] {\tiny };
\draw[dedge] (3) -- (4) node[midway, above,sloped] {\small $d$};
\draw[edge] (4) -- (5) node[midway, left] {\tiny };
\draw[edge] (4) -- (6) node[midway, below,sloped] {\tiny };
\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\tiny };
\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\tiny };
\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\tiny };
\draw[edge] (6) -- (7) node[midway, right] {\tiny };
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}
\usepackage{xcolor}
\usepackage{tikz-cd}
\usepackage{tikz}
\usetikzlibrary{arrows}
\tikzset{
vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},
edge/.style={thick},
dedge/.style ={->,> = latex',thick}
}
\usetikzlibrary{decorations.markings}
\usetikzlibrary{arrows.meta}
\begin{document}
\begin{tikzpicture}
\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);
\node[gray,left] at (-0.6,1){$E_1$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);
\node[gray,above] at (3,3){$E_2$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);
\node[gray,below] at (3,-1.8){$E_5$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);
\node[gray,right] at (6.5,-0.3){$E_4$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;
\node[gray] at (6.2,2.6){$E_3$};
% vertices
\node[vertex] (1) at (0,0){};
\node[vertex] (2) at (2,1) {};
\node[vertex] (3) at (2,-1) {};
\node[vertex] (4) at (4,-1) {};
\node[vertex] (5) at (4,1) {};
\node[vertex] (6) at (6,-1) {};
\node[vertex] (7) at (6,1) {};
\node[vertex] (8) at (4.5,2.5) {};
%edges
\draw[dedge] (1) -- (2) node[midway, above,sloped] {\small $a$};
\draw[dedge] (2) -- (3) node[midway, right] {\small $b$};
\draw[dedge] (1) -- (3) node[midway, below,sloped] {\small $ab$};
\draw[dedge] (2) -- (5) node[midway, above,sloped] {\small $c$};
\draw[dedge] (8) -- (5) node[midway,left] {\small $c$};
\draw[edge] (2) -- (8) node[midway, above,sloped] {\tiny };
\draw[edge] (8) -- (7) node[midway, above,sloped] {\tiny };
\draw[dedge] (3) -- (4) node[midway, above,sloped] {\small $d$};
\draw[edge] (4) -- (5) node[midway, left] {\tiny };
\draw[edge] (4) -- (6) node[midway, below,sloped] {\tiny };
\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\tiny };
\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\tiny };
\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\tiny };
\draw[edge] (6) -- (7) node[midway, right] {\tiny };
\end{tikzpicture}
\end{document}
|
Color the vertices within E_5 in blue(filled).
|
A graph with two blue nodes contained in a area E_5
|
easy
|
update
|
scientific
|
[
"@@ -28,2 +28,2 @@\n\n-\\node[vertex] (3) at (2,-1) {};\n-\\node[vertex] (4) at (4,-1) {};\n+\\node[vertex,fill=blue,draw=blue] (3) at (2,-1) {};\n+\\node[vertex,fill=blue,draw=blue] (4) at (4,-1) {};",
"@@ -28,2 +28,2 @@\n\n-\\node[vertex] (3) at (2,-1) {};\n-\\node[vertex] (4) at (4,-1) {};\n+\\node[vertex,fill=blue] (3) at (2,-1) {};\n+\\node[vertex,fill=blue] (4) at (4,-1) {};",
"@@ -28,2 +28,2 @@\n\n-\\node[vertex] (3) at (2,-1) {};\n-\\node[vertex] (4) at (4,-1) {};\n+\\node[vertex, fill=blue] (3) at (2,-1) {};\n+\\node[vertex, fill=blue] (4) at (4,-1) {};",
"@@ -28,2 +28,2 @@\n\n-\\node[vertex] (3) at (2,-1) {};\n-\\node[vertex] (4) at (4,-1) {};\n+\\node[vertex, fill=blue, draw=blue] (3) at (2,-1) {};\n+\\node[vertex, fill=blue, draw=blue] (4) at (4,-1) {};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex,fill=blue,draw=blue] (3) at (2,-1) {};\n\n\\node[vertex,fill=blue,draw=blue] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex,fill=blue] (3) at (2,-1) {};\n\n\\node[vertex,fill=blue] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex, fill=blue] (3) at (2,-1) {};\n\n\\node[vertex, fill=blue] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex, fill=blue, draw=blue] (3) at (2,-1) {};\n\n\\node[vertex, fill=blue, draw=blue] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex,fill=blue,draw=blue] (3) at (2,-1) {};\n\n\\node[vertex,fill=blue,draw=blue] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex,fill=blue] (3) at (2,-1) {};\n\n\\node[vertex,fill=blue] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex, fill=blue] (3) at (2,-1) {};\n\n\\node[vertex, fill=blue] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex, fill=blue, draw=blue] (3) at (2,-1) {};\n\n\\node[vertex, fill=blue, draw=blue] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
31,
20,
25
] |
egraph_e6
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}
\usepackage{xcolor}
\usepackage{tikz-cd}
\usepackage{tikz}
\usetikzlibrary{arrows}
\tikzset{
vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},
edge/.style={thick},
dedge/.style ={->,> = latex',thick}
}
\usetikzlibrary{decorations.markings}
\usetikzlibrary{arrows.meta}
\begin{document}
\begin{tikzpicture}
\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);
\node[gray,left] at (-0.6,1){$E_1$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);
\node[gray,above] at (3,3){$E_2$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);
\node[gray,below] at (3,-1.8){$E_5$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);
\node[gray,right] at (6.5,-0.3){$E_4$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;
\node[gray] at (6.2,2.6){$E_3$};
\node[vertex] (1) at (0,0){};
\node[vertex] (2) at (2,1) {};
\node[vertex] (3) at (2,-1) {};
\node[vertex] (4) at (4,-1) {};
\node[vertex] (5) at (4,1) {};
\node[vertex] (6) at (6,-1) {};
\node[vertex] (7) at (6,1) {};
\node[vertex] (8) at (4.5,2.5) {};
\draw[dedge] (1) -- (2) node[midway, above,sloped] {\small $a$};
\draw[dedge] (2) -- (3) node[midway, right] {\small $b$};
\draw[dedge] (1) -- (3) node[midway, below,sloped] {\small $ab$};
\draw[dedge] (2) -- (5) node[midway, above,sloped] {\small $c$};
\draw[dedge] (8) -- (5) node[midway,left] {\small $c$};
\draw[edge] (2) -- (8) node[midway, above,sloped] {\tiny };
\draw[edge] (8) -- (7) node[midway, above,sloped] {\tiny };
\draw[dedge] (3) -- (4) node[midway, above,sloped] {\small $d$};
\draw[edge] (4) -- (5) node[midway, left] {\tiny };
\draw[edge] (4) -- (6) node[midway, below,sloped] {\tiny };
\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\tiny };
\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\tiny };
\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\tiny };
\draw[edge] (6) -- (7) node[midway, right] {\tiny };
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}
\usepackage{xcolor}
\usepackage{tikz-cd}
\usepackage{tikz}
\usetikzlibrary{arrows}
\tikzset{
vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},
edge/.style={thick},
dedge/.style ={->,> = latex',thick}
}
\usetikzlibrary{decorations.markings}
\usetikzlibrary{arrows.meta}
\begin{document}
\begin{tikzpicture}
\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);
\node[gray,left] at (-0.6,1){$E_1$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);
\node[gray,above] at (3,3){$E_2$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);
\node[gray,below] at (3,-1.8){$E_5$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);
\node[gray,right] at (6.5,-0.3){$E_4$};
\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;
\node[gray] at (6.2,2.6){$E_3$};
% vertices
\node[vertex] (1) at (0,0){};
\node[vertex] (2) at (2,1) {};
\node[vertex] (3) at (2,-1) {};
\node[vertex] (4) at (4,-1) {};
\node[vertex] (5) at (4,1) {};
\node[vertex] (6) at (6,-1) {};
\node[vertex] (7) at (6,1) {};
\node[vertex] (8) at (4.5,2.5) {};
%edges
\draw[dedge] (1) -- (2) node[midway, above,sloped] {\small $a$};
\draw[dedge] (2) -- (3) node[midway, right] {\small $b$};
\draw[dedge] (1) -- (3) node[midway, below,sloped] {\small $ab$};
\draw[dedge] (2) -- (5) node[midway, above,sloped] {\small $c$};
\draw[dedge] (8) -- (5) node[midway,left] {\small $c$};
\draw[edge] (2) -- (8) node[midway, above,sloped] {\tiny };
\draw[edge] (8) -- (7) node[midway, above,sloped] {\tiny };
\draw[dedge] (3) -- (4) node[midway, above,sloped] {\small $d$};
\draw[edge] (4) -- (5) node[midway, left] {\tiny };
\draw[edge] (4) -- (6) node[midway, below,sloped] {\tiny };
\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\tiny };
\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\tiny };
\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\tiny };
\draw[edge] (6) -- (7) node[midway, right] {\tiny };
\end{tikzpicture}
\end{document}
|
Add a E_6 box, that contains the two bottom-left vertices (connected by ab). The box should be angled slightly so that it aligns with the ab arrow.
|
A graph with nodes contained in areas number E1 to E6
|
hard
|
add
|
scientific
|
[
"@@ -21,0 +22,4 @@\n\n+\\begin{scope}[shift={(1,-0.5)}, rotate=-26.565]\n+\\draw[ultra thick, gray,opacity=0.5,rounded corners] (-1.6,-0.7) rectangle (1.6,0.7);\n+\\node[gray] at (0,0) {$E_6$};\n+\\end{scope}",
"@@ -25,0 +26,2 @@\n\n+\\draw[ultra thick, gray, opacity=0.5, rounded corners] (-0.7,-0.2)--(-0.2,0.8)--(2.6,-0.6)--(2.1,-1.6)--cycle;\n+\\node[gray] at (0.6,-1.2){$E_6$};",
"@@ -25,0 +26,2 @@\n\n+\\draw[ultra thick, gray,opacity=0.5,rounded corners, rotate around={-26.565:(1,-0.5)}] (-0.5,-1) rectangle (2.5,0);\n+\\node[gray, rotate=-26.565] at (1,-1.3){$E_6$};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\begin{scope}[shift={(1,-0.5)}, rotate=-26.565]\n \\draw[ultra thick, gray,opacity=0.5,rounded corners] (§rangei(-1.6,0.2),§rangei(-0.7,0.2)) rectangle (§rangei(1.6,0.2),§rangei(0.7,0.2));\n \\node[gray] at (§rangei(0,1.8),§rangei(0,1)) {$E_6$};\n\\end{scope}\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\n\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex] (3) at (2,-1) {};\n\n\\node[vertex] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\n\\draw[ultra thick, gray, opacity=0.5, rounded corners] (§rangei(-0.7,0.2),§rangei(-0.2,0.2))--(§rangei(-0.2,0.2),§rangei(0.8,0.2))--(§rangei(2.6,0.2),§rangei(-0.6,0.2))--(§rangei(2.1,0.2),§rangei(-1.6,0.2))--cycle;\n\\node[gray] at (0.6,-1.2){$E_6$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex] (3) at (2,-1) {};\n\n\\node[vertex] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners, rotate around={-26.565:(1,-0.5)}] (-0.5,-1) rectangle (2.5,0);\n\\node[gray, rotate=-26.565] at (1,-1.3){$E_6$};\n\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex] (3) at (2,-1) {};\n\n\\node[vertex] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\begin{scope}[shift={(1,-0.5)}, rotate=-26.565]\n \\draw[ultra thick, gray,opacity=0.5,rounded corners] (-1.6,-0.7) rectangle (1.6,0.7);\n \\node[gray] at (0,0) {$E_6$};\n\\end{scope}\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\n\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex] (3) at (2,-1) {};\n\n\\node[vertex] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\n\\draw[ultra thick, gray, opacity=0.5, rounded corners] (-0.7,-0.2)--(-0.2,0.8)--(2.6,-0.6)--(2.1,-1.6)--cycle;\n\\node[gray] at (0.6,-1.2){$E_6$};\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex] (3) at (2,-1) {};\n\n\\node[vertex] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amssymb,enumerate,psfrag,graphicx,amsfonts,amsrefs,amsthm,mathrsfs,amsmath,amscd,version,graphicx}\n\\usepackage{xcolor}\n\\usepackage{tikz-cd}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows}\n\\tikzset{\n vertex/.style={draw,circle,inner sep=2 pt, minimum size=6pt},\n edge/.style={thick},\n dedge/.style ={->,> = latex',thick}\n }\n\\usetikzlibrary{decorations.markings}\n\\usetikzlibrary{arrows.meta}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\\draw[ultra thick, gray,opacity=0.5, rounded corners] (-0.6,-1.5) rectangle (2.6,1.5);\n\\node[gray,left] at (-0.6,1){$E_1$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.4,0.5) rectangle (5,3);\n\\node[gray,above] at (3,3){$E_2$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (1.5,-0.5) rectangle (4.5,-1.8);\n\\node[gray,below] at (3,-1.8){$E_5$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.4,-1.5) rectangle (6.6,1.5);\n\\node[gray,right] at (6.5,-0.3){$E_4$};\n\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners] (3.5,2.5)--(4.6,3.6)--(7.1,1.1)--(6,0)--cycle;\n\\node[gray] at (6.2,2.6){$E_3$};\n\n\\draw[ultra thick, gray,opacity=0.5,rounded corners, rotate around={-26.565:(1,-0.5)}] (-0.5,-1) rectangle (2.5,0);\n\\node[gray, rotate=-26.565] at (1,-1.3){$E_6$};\n\n\\node[vertex] (1) at (0,0){};\n\\node[vertex] (2) at (2,1) {};\n\\node[vertex] (3) at (2,-1) {};\n\n\\node[vertex] (4) at (4,-1) {};\n\\node[vertex] (5) at (4,1) {};\n\\node[vertex] (6) at (6,-1) {};\n\\node[vertex] (7) at (6,1) {};\n\\node[vertex] (8) at (4.5,2.5) {};\n\n\n\n\n\\draw[dedge] (1) -- (2) node[midway, above,sloped] {\\small $a$};\n\\draw[dedge] (2) -- (3) node[midway, right] {\\small $b$};\n\\draw[dedge] (1) -- (3) node[midway, below,sloped] {\\small $ab$};\n\n\\draw[dedge] (2) -- (5) node[midway, above,sloped] {\\small $c$};\n\\draw[dedge] (8) -- (5) node[midway,left] {\\small $c$};\n\\draw[edge] (2) -- (8) node[midway, above,sloped] {\\tiny };\n\n\\draw[edge] (8) -- (7) node[midway, above,sloped] {\\tiny };\n\n\\draw[dedge] (3) -- (4) node[midway, above,sloped] {\\small $d$};\n\n\\draw[edge] (4) -- (5) node[midway, left] {\\tiny };\n\\draw[edge] (4) -- (6) node[midway, below,sloped] {\\tiny };\n\\draw[edge] (4) -- (7) node[pos=0.35, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (6) node[pos=0.65, above,sloped] {\\tiny };\n\\draw[edge] (5) -- (7) node[pos=0.67, above,sloped] {\\tiny };\n\\draw[edge] (6) -- (7) node[midway, right] {\\tiny };\n\n\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
3
] |
featmodel_moved_4g
|
\documentclass[tikz,border=5]{standalone}
\usetikzlibrary{matrix,arrows,positioning,shadows}
\tikzset{
feature/.style={draw, inner sep=1.5mm, font=\small\sffamily, fill=white, drop shadow},
opt/.style={fill=white}}
\begin{document}
\begin{tikzpicture}[
node distance=.8cm,
legendtext/.style={text width=2cm}]
\node[feature] (phone) {Phone};
\matrix (sub)[matrix of nodes,
below=of phone,
column sep=3mm, row sep=0mm, nodes=feature]{
Processor &
NFC &
Camera &
4G \\
};
\matrix (group)[matrix of nodes,
below=of sub-1-1,
column sep=3mm, row sep=0mm, nodes=feature]{
ARM &
OMAP &
Snapdragon \\
};
\draw (phone.south) -- (sub-1-1.north);
\draw (phone.south) -- (sub-1-2.north);
\draw (phone.south) -- (sub-1-3.north);
\draw (phone.south) -- (sub-1-4.north);
\draw (sub-1-1.south) -- (group-1-1);
\draw (sub-1-1.south) -- (group-1-2);
\draw (sub-1-1.south) -- (group-1-3);
\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)
node[pos=.6,anchor=south east] {implies};
\draw[opt] (sub-1-2.north) circle (.8mm);
\draw[opt] (sub-1-4.north) circle (.8mm);
\fill[draw] (sub-1-1.north) circle (.8mm);
\fill[draw] (sub-1-3.north) circle (.8mm);
\begin{scope}
\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;
\draw (sub-1-1.south) circle (.5cm);
\end{scope}
\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {
\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \draw (m) -- +(0,0.4); & \node[legendtext]{Mandatory}; &
\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2];
\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \node[legendtext]{Alternative}; \\
\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \draw (m) -- +(0,0.4); & \node[legendtext]{Optional}; &
\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);
\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \node[legendtext]{Or};
\\
};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usetikzlibrary{matrix,arrows,positioning,shadows}
\tikzset{
feature/.style={draw, inner sep=1.5mm, font=\small\sffamily, fill=white, drop shadow},
opt/.style={fill=white}}
\begin{document}
\begin{tikzpicture}[
node distance=.8cm,
legendtext/.style={text width=2cm}]
\node[feature] (phone) {Phone};
\matrix (sub)[matrix of nodes,
below=of phone,
column sep=3mm, row sep=0mm, nodes=feature]{
Processor & %sub-1-1
NFC & %sub-1-2
Camera & %sub-1-3
4G \\ %sub-1-4
};
\matrix (group)[matrix of nodes,
below=of sub-1-1,
column sep=3mm, row sep=0mm, nodes=feature]{
ARM & %group-1-1
OMAP & %group-1-2
Snapdragon \\ %group-1-3
};
\draw (phone.south) -- (sub-1-1.north);
\draw (phone.south) -- (sub-1-2.north);
\draw (phone.south) -- (sub-1-3.north);
\draw (phone.south) -- (sub-1-4.north);
\draw (sub-1-1.south) -- (group-1-1);
\draw (sub-1-1.south) -- (group-1-2);
\draw (sub-1-1.south) -- (group-1-3);
%cross-tree constraint
\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)
node[pos=.6,anchor=south east] {implies};
%optional / mandatory
\draw[opt] (sub-1-2.north) circle (.8mm);
\draw[opt] (sub-1-4.north) circle (.8mm);
\fill[draw] (sub-1-1.north) circle (.8mm);
\fill[draw] (sub-1-3.north) circle (.8mm);
%Group arc
\begin{scope}
\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;
\draw (sub-1-1.south) circle (.5cm);
\end{scope}
\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {
\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \draw (m) -- +(0,0.4); & \node[legendtext]{Mandatory}; &
\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2];
\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \node[legendtext]{Alternative}; \\
\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \draw (m) -- +(0,0.4); & \node[legendtext]{Optional}; &
\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);
\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \node[legendtext]{Or};
\\
};
\end{tikzpicture}
\end{document}
|
Move the 4g feature in place of the NFC feature. Adapt the connections accordingly.
|
A feature model, with a 4g feature implying a Snapdragon feature.
|
medium
|
update
|
scientific
|
[
"@@ -15 +15 @@\n\n-NFC &\n+4g &\n@@ -17 +17 @@\n\n-4G \\\\\n+NFC \\\\\n@@ -33,2 +33,2 @@\n\n-\\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n-node[pos=.6,anchor=south east] {implies};\n+\\draw[-triangle 45,dashed] (sub-1-2) -- (group-1-3)\n+node[pos=.6,anchor=south west] {implies};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n 4g & \n Camera & \n NFC \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-2) -- (group-1-3)\n node[pos=.6,anchor=south west] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n 4g & \n Camera & \n NFC \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-2) -- (group-1-3)\n node[pos=.6,anchor=south west] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1,
1,
1,
1
] |
featmodel_moved_legend
|
\documentclass[tikz,border=5]{standalone}
\usetikzlibrary{matrix,arrows,positioning,shadows}
\tikzset{
feature/.style={draw, inner sep=1.5mm, font=\small\sffamily, fill=white, drop shadow},
opt/.style={fill=white}}
\begin{document}
\begin{tikzpicture}[
node distance=.8cm,
legendtext/.style={text width=2cm}]
\node[feature] (phone) {Phone};
\matrix (sub)[matrix of nodes,
below=of phone,
column sep=3mm, row sep=0mm, nodes=feature]{
Processor &
NFC &
Camera &
4G \\
};
\matrix (group)[matrix of nodes,
below=of sub-1-1,
column sep=3mm, row sep=0mm, nodes=feature]{
ARM &
OMAP &
Snapdragon \\
};
\draw (phone.south) -- (sub-1-1.north);
\draw (phone.south) -- (sub-1-2.north);
\draw (phone.south) -- (sub-1-3.north);
\draw (phone.south) -- (sub-1-4.north);
\draw (sub-1-1.south) -- (group-1-1);
\draw (sub-1-1.south) -- (group-1-2);
\draw (sub-1-1.south) -- (group-1-3);
\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)
node[pos=.6,anchor=south east] {implies};
\draw[opt] (sub-1-2.north) circle (.8mm);
\draw[opt] (sub-1-4.north) circle (.8mm);
\fill[draw] (sub-1-1.north) circle (.8mm);
\fill[draw] (sub-1-3.north) circle (.8mm);
\begin{scope}
\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;
\draw (sub-1-1.south) circle (.5cm);
\end{scope}
\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {
\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \draw (m) -- +(0,0.4); & \node[legendtext]{Mandatory}; &
\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2];
\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \node[legendtext]{Alternative}; \\
\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \draw (m) -- +(0,0.4); & \node[legendtext]{Optional}; &
\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);
\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \node[legendtext]{Or};
\\
};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usetikzlibrary{matrix,arrows,positioning,shadows}
\tikzset{
feature/.style={draw, inner sep=1.5mm, font=\small\sffamily, fill=white, drop shadow},
opt/.style={fill=white}}
\begin{document}
\begin{tikzpicture}[
node distance=.8cm,
legendtext/.style={text width=2cm}]
\node[feature] (phone) {Phone};
\matrix (sub)[matrix of nodes,
below=of phone,
column sep=3mm, row sep=0mm, nodes=feature]{
Processor & %sub-1-1
NFC & %sub-1-2
Camera & %sub-1-3
4G \\ %sub-1-4
};
\matrix (group)[matrix of nodes,
below=of sub-1-1,
column sep=3mm, row sep=0mm, nodes=feature]{
ARM & %group-1-1
OMAP & %group-1-2
Snapdragon \\ %group-1-3
};
\draw (phone.south) -- (sub-1-1.north);
\draw (phone.south) -- (sub-1-2.north);
\draw (phone.south) -- (sub-1-3.north);
\draw (phone.south) -- (sub-1-4.north);
\draw (sub-1-1.south) -- (group-1-1);
\draw (sub-1-1.south) -- (group-1-2);
\draw (sub-1-1.south) -- (group-1-3);
%cross-tree constraint
\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)
node[pos=.6,anchor=south east] {implies};
%optional / mandatory
\draw[opt] (sub-1-2.north) circle (.8mm);
\draw[opt] (sub-1-4.north) circle (.8mm);
\fill[draw] (sub-1-1.north) circle (.8mm);
\fill[draw] (sub-1-3.north) circle (.8mm);
%Group arc
\begin{scope}
\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;
\draw (sub-1-1.south) circle (.5cm);
\end{scope}
\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {
\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \draw (m) -- +(0,0.4); & \node[legendtext]{Mandatory}; &
\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2];
\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \node[legendtext]{Alternative}; \\
\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \draw (m) -- +(0,0.4); & \node[legendtext]{Optional}; &
\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);
\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \node[legendtext]{Or};
\\
};
\end{tikzpicture}
\end{document}
|
Move the legend to the bottom right of the image.
|
A feature model, with a legend on the bottom right
|
easy
|
update
|
scientific
|
[
"@@ -43 +43 @@\n\n-\\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {\n+\\matrix [draw=black,fill=brown!20,below=2cm of sub-1-4] {",
"@@ -43 +43 @@\n\n-\\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {\n+\\matrix [draw=black,fill=brown!20,xshift=105,yshift=-130] {",
"@@ -43 +43 @@\n\n-\\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {\n+\\matrix [draw=black,fill=brown!20,right=2cm of group-1-3] {",
"@@ -43 +43 @@\n\n-\\matrix [draw=black,fill=brown!20,left=1.5cm of phone] {\n+\\matrix [draw=black,fill=brown!20,yshift=-130,xshift=105] {"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n NFC & \n Camera & \n 4G \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n node[pos=.6,anchor=south east] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,below=§range(2,3,2)cm of sub-1-4] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n NFC & \n Camera & \n 4G \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n node[pos=.6,anchor=south east] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,xshift=§rangei(105,10),yshift=§rangei(-130,20)] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n NFC & \n Camera & \n 4G \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n node[pos=.6,anchor=south east] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,right=§range(1.6,3.5,2)cm of group-1-3] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n NFC & \n Camera & \n 4G \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n node[pos=.6,anchor=south east] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,yshift=§rangei(-130,20),xshift=§rangei(105,10)] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n NFC & \n Camera & \n 4G \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n node[pos=.6,anchor=south east] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,below=2cm of sub-1-4] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n NFC & \n Camera & \n 4G \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n node[pos=.6,anchor=south east] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,xshift=105,yshift=-130] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n NFC & \n Camera & \n 4G \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n node[pos=.6,anchor=south east] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,right=2cm of group-1-3] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usetikzlibrary{matrix,arrows,positioning,shadows}\n\\tikzset{\n feature/.style={draw, inner sep=1.5mm, font=\\small\\sffamily, fill=white, drop shadow},\n opt/.style={fill=white}}\n\n\\begin{document}\n\n\\begin{tikzpicture}[\n node distance=.8cm,\n legendtext/.style={text width=2cm}]\n \\node[feature] (phone) {Phone};\n\n \\matrix (sub)[matrix of nodes,\n below=of phone,\n column sep=3mm, row sep=0mm, nodes=feature]{\n Processor & \n NFC & \n Camera & \n 4G \\\\ \n };\n\n \\matrix (group)[matrix of nodes, \n below=of sub-1-1,\n column sep=3mm, row sep=0mm, nodes=feature]{\n ARM & \n OMAP & \n Snapdragon \\\\ \n };\n\n \\draw (phone.south) -- (sub-1-1.north);\n \\draw (phone.south) -- (sub-1-2.north);\n \\draw (phone.south) -- (sub-1-3.north);\n \\draw (phone.south) -- (sub-1-4.north);\n\n \\draw (sub-1-1.south) -- (group-1-1);\n \\draw (sub-1-1.south) -- (group-1-2);\n \\draw (sub-1-1.south) -- (group-1-3);\n\n \\draw[-triangle 45,dashed] (sub-1-4) |- (group-1-3)\n node[pos=.6,anchor=south east] {implies};\n\n \\draw[opt] (sub-1-2.north) circle (.8mm); \n \\draw[opt] (sub-1-4.north) circle (.8mm); \n \\fill[draw] (sub-1-1.north) circle (.8mm); \n \\fill[draw] (sub-1-3.north) circle (.8mm); \n\n \\begin{scope}\n \\path[clip] (sub-1-1.south) -- (group-1-1.center) -- (group-1-3.center) -- cycle;\n \\draw (sub-1-1.south) circle (.5cm);\n \\end{scope}\n\n\\matrix [draw=black,fill=brown!20,yshift=-130,xshift=105] {\n \\node[fill=black,draw,circle,inner sep=2pt,outer sep=0pt] (m) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Mandatory}; & \n \\filldraw[fill=white,draw=black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);& \\node[legendtext]{Alternative}; \\\\\n \\node[fill=white,draw=black,circle,inner sep=2pt,outer sep=0pt] (o) at (0,0){}; \\draw (m) -- +(0,0.4); & \\node[legendtext]{Optional}; & \n \\draw (0,0.2) ++(225:0.5) -- (0,0.2) -- ++(315:0.5);\n \\filldraw[black] (0,0.2) -- ++(225:0.2) arc[start angle=225,end angle=315,radius=0.2]; & \\node[legendtext]{Or}; \n\\\\\n};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
86,
86
] |
flex_third_force
|
\documentclass[tikz,border=5]{standalone}
\usepackage{stanli}
\usetikzlibrary{decorations.pathreplacing,intersections}
\newcommand\inscription[4][]{
\draw
let
\p1=(#2),\p2=(#3),\n1={atan2(\y2-\y1,\x2-\x1)+90}
in
[inscription,#1] (#2) -- (#3) node[rotate=\n1] {#4};
}
\begin{document}
\begin{tikzpicture}[
inscription/.style={
decoration = {brace,raise=0.5pt},
decorate,
red,
shorten >=0.8pt,
shorten <=0.8pt,
every node/.style={midway,right,font=\scriptsize}
},
arcs/.style={blue,dotted}
]
\point{begin}{0}{0};
\point{middle}{2.5}{0};
\point{end}{5}{0};
\beam{2}{begin}{end};
\support{3}{begin}[-90];
\load{1}{middle}[90];
\load{1}{end}[90];
\notation{1}{middle}{$F_1$};
\notation{1}{end}{$F_2$};
\foreach
[evaluate = {\in = 180 - \angle * 2}] \angle in {20, 40}
\draw
[-, ultra thick,name path=defl\angle] (begin) to [out = 0, in = \in] (-\angle : 5) coordinate (ang\angle);
\draw [arcs,name path=arc1] (begin) -- (middle) arc (0 : -90 : 2.5) -- cycle;
\draw [arcs] (begin) -- (end) arc (0 : -90 : 5) -- cycle;
\path [
name intersections={of=defl20 and arc1,by={,D1}},
name intersections={of=defl40 and arc1,by={,D2}}];
\inscription{middle}{D1}{$w_{11}$}
\inscription{D1}{D2}{$w_{12}$}
\inscription{end}{ang20}{$w_{21}$}
\inscription{ang20}{ang40}{$w_{22}$}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{stanli}
\usetikzlibrary{decorations.pathreplacing,intersections}
\newcommand\inscription[4][]{%
\draw
let
\p1=(#2),\p2=(#3),\n1={atan2(\y2-\y1,\x2-\x1)+90}
in
[inscription,#1] (#2) -- (#3) node[rotate=\n1] {#4};
}
\begin{document}
\begin{tikzpicture}[
inscription/.style={
decoration = {brace,raise=0.5pt}, % raise moves the brace in the direction it's pointing
decorate,
red,
shorten >=0.8pt, % half the linewidth of ultra thick
shorten <=0.8pt,
every node/.style={midway,right,font=\scriptsize}
},
arcs/.style={blue,dotted}
]
%the points
\point{begin}{0}{0};
\point{middle}{2.5}{0};
\point{end}{5}{0};
%the beam
\beam{2}{begin}{end};
%the support
\support{3}{begin}[-90];
%the load
\load{1}{middle}[90];
\load{1}{end}[90];
%the inscription of the load
\notation{1}{middle}{$F_1$};
\notation{1}{end}{$F_2$};
%the deflection curves
\foreach
[evaluate = {\in = 180 - \angle * 2}] \angle in {20, 40}
\draw
[-, ultra thick,name path=defl\angle] (begin) to [out = 0, in = \in] (-\angle : 5) coordinate (ang\angle);
%circular sector as helplines
\draw [arcs,name path=arc1] (begin) -- (middle) arc (0 : -90 : 2.5) -- cycle;
\draw [arcs] (begin) -- (end) arc (0 : -90 : 5) -- cycle;
% find intersections between inner sector and deflections
\path [
name intersections={of=defl20 and arc1,by={,D1}}, % first intersection is at "begin", so leave first name empty
name intersections={of=defl40 and arc1,by={,D2}}];
%the inscription of the deflection
\inscription{middle}{D1}{$w_{11}$}
\inscription{D1}{D2}{$w_{12}$}
\inscription{end}{ang20}{$w_{21}$}
\inscription{ang20}{ang40}{$w_{22}$}
\end{tikzpicture}
\end{document}
|
Add a third force F3 between F2 and F1, and the corresponding annotations.
|
A mechanical diagram representing three forces, F1, F2 anf F3
|
hard
|
add
|
scientific
|
[
"@@ -24,0 +25 @@\n\n+\\point{tquarter}{3.75}{0};\n@@ -28,0 +30 @@\n\n+\\load{1}{tquarter}[90];\n@@ -30,0 +33 @@\n\n+\\notation{1}{tquarter}{$F_3$};\n@@ -36,0 +40 @@\n\n+\\draw [arcs,name path=arc3] (begin) -- (tquarter) arc (0 : -90 : 3.75) -- cycle;\n@@ -40 +44,3 @@\n\n-name intersections={of=defl40 and arc1,by={,D2}}];\n+name intersections={of=defl40 and arc1,by={,D2}},\n+name intersections={of=defl20 and arc3,by={,D3}},\n+name intersections={of=defl40 and arc3,by={,D4}}];\n@@ -42,0 +49,2 @@\n\n+\\inscription{tquarter}{D3}{$w_{31}$}\n+\\inscription{D3}{D4}{$w_{32}$}",
"@@ -24,0 +25 @@\n\n+\\point{tquarter}{3.75}{0};\n@@ -28,0 +30 @@\n\n+\\load{1}{tquarter}[90];\n@@ -30,0 +33 @@\n\n+\\notation{1}{tquarter}{$F_3$};\n@@ -36,0 +40 @@\n\n+\\draw [arcs,name path=arc2] (begin) -- (tquarter) arc (0 : -90 : 3.75) -- cycle;\n@@ -39,0 +44,2 @@\n\n+name intersections={of=defl20 and arc2,by={,D3}},\n+name intersections={of=defl40 and arc2,by={,D4}},\n@@ -42,0 +49,2 @@\n\n+\\inscription{tquarter}{D3}{$w_{31}$}\n+\\inscription{D3}{D4}{$w_{32}$}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{stanli}\n\\usetikzlibrary{decorations.pathreplacing,intersections}\n\\newcommand\\inscription[4][]{\n \\draw\n let\n \\p1=(#2),\\p2=(#3),\\n1={atan2(\\y2-\\y1,\\x2-\\x1)+90}\n in\n [inscription,#1] (#2) -- (#3) node[rotate=\\n1] {#4};\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n inscription/.style={\n decoration = {brace,raise=0.5pt}, \n decorate,\n red,\n shorten >=0.8pt, \n shorten <=0.8pt,\n every node/.style={midway,right,font=\\scriptsize}\n },\n arcs/.style={blue,dotted} \n ]\n\n \\point{begin}{0}{0};\n \\point{middle}{2.5}{0};\n \\point{§def(tquarter)}{3.75}{0};\n \\point{end}{5}{0};\n \\beam{2}{begin}{end};\n \\support{3}{begin}[-90];\n \\load{1}{middle}[90];\n \\load{1}{tquarter}[90];\n \\load{1}{end}[90];\n \\notation{1}{middle}{$F_1$};\n \\notation{1}{tquarter}{$F_3$};\n \\notation{1}{end}{$F_2$};\n \\foreach\n [evaluate = {\\in = 180 - \\angle * 2}] \\angle in {20, 40}\n \\draw\n [-, ultra thick,name path=defl\\angle] (begin) to [out = 0, in = \\in] (-\\angle : 5) coordinate (ang\\angle);\n \\draw [arcs,name path=arc1] (begin) -- (middle) arc (0 : -90 : 2.5) -- cycle;\n \\draw [arcs,name path=arc3] (begin) -- (tquarter) arc (0 : -90 : 3.75) -- cycle;\n \\draw [arcs] (begin) -- (end) arc (0 : -90 : 5) -- cycle;\n \\path [\n name intersections={of=defl20 and arc1,by={,D1}}, \n name intersections={of=defl40 and arc1,by={,D2}},\n name intersections={of=defl20 and arc3,by={,D3}}, \n name intersections={of=defl40 and arc3,by={,D4}}];\n \\inscription{middle}{D1}{$w_{11}$}\n \\inscription{D1}{D2}{$w_{12}$}\n \\inscription{tquarter}{D3}{$w_{31}$}\n \\inscription{D3}{D4}{$w_{32}$} \n \\inscription{end}{ang20}{$w_{21}$}\n \\inscription{ang20}{ang40}{$w_{22}$}\n\n \\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{stanli}\n\\usetikzlibrary{decorations.pathreplacing,intersections}\n\\newcommand\\inscription[4][]{\n \\draw\n let\n \\p1=(#2),\\p2=(#3),\\n1={atan2(\\y2-\\y1,\\x2-\\x1)+90}\n in\n [inscription,#1] (#2) -- (#3) node[rotate=\\n1] {#4};\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n inscription/.style={\n decoration = {brace,raise=0.5pt}, \n decorate,\n red,\n shorten >=0.8pt, \n shorten <=0.8pt,\n every node/.style={midway,right,font=\\scriptsize}\n },\n arcs/.style={blue,dotted} \n ]\n\n \\point{begin}{0}{0};\n \\point{middle}{2.5}{0};\n \\point{§def(tquarter)}{3.75}{0};\n \\point{end}{5}{0};\n \\beam{2}{begin}{end};\n \\support{3}{begin}[-90];\n \\load{1}{middle}[90];\n \\load{1}{tquarter}[90];\n \\load{1}{end}[90];\n \\notation{1}{middle}{$F_1$};\n \\notation{1}{tquarter}{$F_3$};\n \\notation{1}{end}{$F_2$};\n \\foreach\n [evaluate = {\\in = 180 - \\angle * 2}] \\angle in {20, 40}\n \\draw\n [-, ultra thick,name path=defl\\angle] (begin) to [out = 0, in = \\in] (-\\angle : 5) coordinate (ang\\angle);\n \\draw [arcs,name path=arc1] (begin) -- (middle) arc (0 : -90 : 2.5) -- cycle;\n \\draw [arcs,name path=arc2] (begin) -- (tquarter) arc (0 : -90 : 3.75) -- cycle;\n \\draw [arcs] (begin) -- (end) arc (0 : -90 : 5) -- cycle;\n \\path [\n name intersections={of=defl20 and arc1,by={,D1}}, \n name intersections={of=defl20 and arc2,by={,D3}}, \n name intersections={of=defl40 and arc2,by={,D4}}, \n name intersections={of=defl40 and arc1,by={,D2}}];\n \\inscription{middle}{D1}{$w_{11}$}\n \\inscription{D1}{D2}{$w_{12}$}\n \\inscription{tquarter}{D3}{$w_{31}$}\n \\inscription{D3}{D4}{$w_{32}$} \n \\inscription{end}{ang20}{$w_{21}$}\n \\inscription{ang20}{ang40}{$w_{22}$}\n\n \\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{stanli}\n\\usetikzlibrary{decorations.pathreplacing,intersections}\n\\newcommand\\inscription[4][]{\n \\draw\n let\n \\p1=(#2),\\p2=(#3),\\n1={atan2(\\y2-\\y1,\\x2-\\x1)+90}\n in\n [inscription,#1] (#2) -- (#3) node[rotate=\\n1] {#4};\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n inscription/.style={\n decoration = {brace,raise=0.5pt}, \n decorate,\n red,\n shorten >=0.8pt, \n shorten <=0.8pt,\n every node/.style={midway,right,font=\\scriptsize}\n },\n arcs/.style={blue,dotted} \n ]\n\n \\point{begin}{0}{0};\n \\point{middle}{2.5}{0};\n \\point{tquarter}{3.75}{0};\n \\point{end}{5}{0};\n \\beam{2}{begin}{end};\n \\support{3}{begin}[-90];\n \\load{1}{middle}[90];\n \\load{1}{tquarter}[90];\n \\load{1}{end}[90];\n \\notation{1}{middle}{$F_1$};\n \\notation{1}{tquarter}{$F_3$};\n \\notation{1}{end}{$F_2$};\n \\foreach\n [evaluate = {\\in = 180 - \\angle * 2}] \\angle in {20, 40}\n \\draw\n [-, ultra thick,name path=defl\\angle] (begin) to [out = 0, in = \\in] (-\\angle : 5) coordinate (ang\\angle);\n \\draw [arcs,name path=arc1] (begin) -- (middle) arc (0 : -90 : 2.5) -- cycle;\n \\draw [arcs,name path=arc3] (begin) -- (tquarter) arc (0 : -90 : 3.75) -- cycle;\n \\draw [arcs] (begin) -- (end) arc (0 : -90 : 5) -- cycle;\n \\path [\n name intersections={of=defl20 and arc1,by={,D1}}, \n name intersections={of=defl40 and arc1,by={,D2}},\n name intersections={of=defl20 and arc3,by={,D3}}, \n name intersections={of=defl40 and arc3,by={,D4}}];\n \\inscription{middle}{D1}{$w_{11}$}\n \\inscription{D1}{D2}{$w_{12}$}\n \\inscription{tquarter}{D3}{$w_{31}$}\n \\inscription{D3}{D4}{$w_{32}$} \n \\inscription{end}{ang20}{$w_{21}$}\n \\inscription{ang20}{ang40}{$w_{22}$}\n\n \\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{stanli}\n\\usetikzlibrary{decorations.pathreplacing,intersections}\n\\newcommand\\inscription[4][]{\n \\draw\n let\n \\p1=(#2),\\p2=(#3),\\n1={atan2(\\y2-\\y1,\\x2-\\x1)+90}\n in\n [inscription,#1] (#2) -- (#3) node[rotate=\\n1] {#4};\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n inscription/.style={\n decoration = {brace,raise=0.5pt}, \n decorate,\n red,\n shorten >=0.8pt, \n shorten <=0.8pt,\n every node/.style={midway,right,font=\\scriptsize}\n },\n arcs/.style={blue,dotted} \n ]\n\n \\point{begin}{0}{0};\n \\point{middle}{2.5}{0};\n \\point{tquarter}{3.75}{0};\n \\point{end}{5}{0};\n \\beam{2}{begin}{end};\n \\support{3}{begin}[-90];\n \\load{1}{middle}[90];\n \\load{1}{tquarter}[90];\n \\load{1}{end}[90];\n \\notation{1}{middle}{$F_1$};\n \\notation{1}{tquarter}{$F_3$};\n \\notation{1}{end}{$F_2$};\n \\foreach\n [evaluate = {\\in = 180 - \\angle * 2}] \\angle in {20, 40}\n \\draw\n [-, ultra thick,name path=defl\\angle] (begin) to [out = 0, in = \\in] (-\\angle : 5) coordinate (ang\\angle);\n \\draw [arcs,name path=arc1] (begin) -- (middle) arc (0 : -90 : 2.5) -- cycle;\n \\draw [arcs,name path=arc2] (begin) -- (tquarter) arc (0 : -90 : 3.75) -- cycle;\n \\draw [arcs] (begin) -- (end) arc (0 : -90 : 5) -- cycle;\n \\path [\n name intersections={of=defl20 and arc1,by={,D1}}, \n name intersections={of=defl20 and arc2,by={,D3}}, \n name intersections={of=defl40 and arc2,by={,D4}}, \n name intersections={of=defl40 and arc1,by={,D2}}];\n \\inscription{middle}{D1}{$w_{11}$}\n \\inscription{D1}{D2}{$w_{12}$}\n \\inscription{tquarter}{D3}{$w_{31}$}\n \\inscription{D3}{D4}{$w_{32}$} \n \\inscription{end}{ang20}{$w_{21}$}\n \\inscription{ang20}{ang40}{$w_{22}$}\n\n \\end{tikzpicture}\n\\end{document}"
] | ||
[
19,
18
] |
gaussian_grouped_correlation
|
\documentclass[tikz,border=5]{standalone}
\usepackage[utf8]{inputenc}
\usepackage[T1]{fontenc}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage{tikz}
\usetikzlibrary{shapes,arrows}
\begin{document}
\begin{tikzpicture}
\tikzset{vertex/.style = {shape=circle,draw,minimum size=1.5em}}
\tikzset{vertex_obs/.style = {shape=rectangle,draw,minimum size=2em}}
\tikzset{vertex_text/.style = {draw=white!80,minimum size=2em}}
\tikzset{group/.style = {shape=rectangle,draw,minimum height=5.2em, minimum width=7em}}
\tikzset{edge/.style = {->,> = latex'}}
\node[vertex_obs,fill=blue!20] (x1) at (0,0) {$t_{C_1}$};
\node[vertex] (f1) at (0,2) {$u_{C_1}$};
\node[vertex_obs] (y1) at (0,4) {$\delta_{C_1}^j$};
\node[group,text height=0.5em] (y1group) at (0,3.6) {};
\node[above right,text height=0.5em] at (y1group.south west) {$\mathcal{C}_1$};
\node[vertex_text] (fdots) at (2,2) {$\dots$};
\node[vertex_obs,fill=blue!20] (x2) at (4,0) {$t_{C_C}$};
\node[vertex] (f2) at (4,2) {$u_{C_C}$};
\node[vertex_obs] (y2) at (4,4) {$\delta_{C_C}^j$};
\node[group,text height=0.5em] (y2group) at (4,3.6) {};
\node[above right,text height=0.5em] at (y2group.south west) {$\mathcal{C}_C$};
\node[vertex_obs,fill=orange!10] (xM1) at (7,0) {$t_{M_1}$};
\node[vertex] (fM1) at (7,2) {$u_{M_1}$};
\node[vertex] (yM1) at (7,4) {$y_{M_1}$};
\node[vertex_obs,fill=orange!10] (xM2) at (11,0) {$t_{M_2}$};
\node[vertex] (fM2) at (11,2) {$u_{M_2}$};
\node[vertex] (yM2) at (11,4) {$y_{M_2}$};
\node[vertex_text] (fdots2) at (9,2) {$\dots$};
\draw[edge] (x1) to node [font=\small,left]{} (f1);
\draw[edge] (f1) to node [font=\small,right]{$\sigma_{C1}^j$} (y1);
\draw[edge] (x2) to node [font=\small,left]{} (f2);
\draw[edge] (f2) to node [font=\small,right]{$\sigma_{C_c}^j$} (y2);
\draw[edge] (xM1) to node [font=\small,left]{} (fM1);
\draw[edge] (fM1) to node [font=\small,left]{} (yM1);
\draw[edge] (xM2) to node [font=\small,left]{} (fM2);
\draw[edge] (fM2) to node [font=\small,left]{} (yM2);
\draw[very thick] (f1) edge[-] (fdots);
\draw[very thick] (fdots) edge[-] (f2);
\draw[very thick] (f2) edge[-] (fM1);
\draw[very thick] (fM1) edge[-] (fdots2);
\draw[very thick] (fdots2) edge[-] (fM2);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[utf8]{inputenc}
\usepackage[T1]{fontenc}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage{tikz}
\usetikzlibrary{shapes,arrows}
\begin{document}
\begin{tikzpicture}
\tikzset{vertex/.style = {shape=circle,draw,minimum size=1.5em}}
\tikzset{vertex_obs/.style = {shape=rectangle,draw,minimum size=2em}}
\tikzset{vertex_text/.style = {draw=white!80,minimum size=2em}}
\tikzset{group/.style = {shape=rectangle,draw,minimum height=5.2em, minimum width=7em}}
\tikzset{edge/.style = {->,> = latex'}}
% vertices
% --- Corr1
\node[vertex_obs,fill=blue!20] (x1) at (0,0) {$t_{C_1}$};
\node[vertex] (f1) at (0,2) {$u_{C_1}$};
\node[vertex_obs] (y1) at (0,4) {$\delta_{C_1}^j$};
\node[group,text height=0.5em] (y1group) at (0,3.6) {};
\node[above right,text height=0.5em] at (y1group.south west) {$\mathcal{C}_1$};
% --- div
\node[vertex_text] (fdots) at (2,2) {$\dots$};
% --- Corr2
\node[vertex_obs,fill=blue!20] (x2) at (4,0) {$t_{C_C}$};
\node[vertex] (f2) at (4,2) {$u_{C_C}$};
\node[vertex_obs] (y2) at (4,4) {$\delta_{C_C}^j$};
\node[group,text height=0.5em] (y2group) at (4,3.6) {};
\node[above right,text height=0.5em] at (y2group.south west) {$\mathcal{C}_C$};
% --- Corr1
\node[vertex_obs,fill=orange!10] (xM1) at (7,0) {$t_{M_1}$};
\node[vertex] (fM1) at (7,2) {$u_{M_1}$};
\node[vertex] (yM1) at (7,4) {$y_{M_1}$};
\node[vertex_obs,fill=orange!10] (xM2) at (11,0) {$t_{M_2}$};
\node[vertex] (fM2) at (11,2) {$u_{M_2}$};
\node[vertex] (yM2) at (11,4) {$y_{M_2}$};
\node[vertex_text] (fdots2) at (9,2) {$\dots$};
%edges
\draw[edge] (x1) to node [font=\small,left]{} (f1);
\draw[edge] (f1) to node [font=\small,right]{$\sigma_{C1}^j$} (y1);
\draw[edge] (x2) to node [font=\small,left]{} (f2);
\draw[edge] (f2) to node [font=\small,right]{$\sigma_{C_c}^j$} (y2);
\draw[edge] (xM1) to node [font=\small,left]{} (fM1);
\draw[edge] (fM1) to node [font=\small,left]{} (yM1);
\draw[edge] (xM2) to node [font=\small,left]{} (fM2);
\draw[edge] (fM2) to node [font=\small,left]{} (yM2);
\draw[very thick] (f1) edge[-] (fdots);
\draw[very thick] (fdots) edge[-] (f2);
\draw[very thick] (f2) edge[-] (fM1);
\draw[very thick] (fM1) edge[-] (fdots2);
\draw[very thick] (fdots2) edge[-] (fM2);
\end{tikzpicture}
\end{document}
|
Add a dashed rectangle containing uC1 and uCC, and everything over and under these nodes, with a label "Correlation" on the bottom right. This rectangle essentialy contains everything on the left side of the image.
|
Technical diagram, with the first nodes contained in a correlation dashed rectangle
|
medium
|
add
|
scientific
|
[
"@@ -45,0 +46,2 @@\n\n+\\draw[dashed] (-1.5,-0.5) rectangle (5.5,5);\n+\\node[below right] at (5.5,-0.5) {Correlation};",
"@@ -32,0 +33,2 @@\n\n+\\draw[dashed] (-1.5,-1) rectangle (6,5);\n+\\node[anchor=south east] at (6,-1) {Correlation};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[utf8]{inputenc}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes,arrows}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t\\tikzset{vertex/.style = {shape=circle,draw,minimum size=1.5em}}\n\t\t\\tikzset{vertex_obs/.style = {shape=rectangle,draw,minimum size=2em}}\n\t\t\\tikzset{vertex_text/.style = {draw=white!80,minimum size=2em}}\n\t\t\\tikzset{group/.style = {shape=rectangle,draw,minimum height=5.2em, minimum width=7em}}\n\t\t\\tikzset{edge/.style = {->,> = latex'}}\n\t\t\\node[vertex_obs,fill=blue!20] (x1) at (0,0) {$t_{C_1}$};\n\t\t\\node[vertex] (f1) at (0,2) {$u_{C_1}$};\n\t\t\\node[vertex_obs] (y1) at (0,4) {$\\delta_{C_1}^j$};\n\t\t\\node[group,text height=0.5em] (y1group) at (0,3.6) {};\n\t\t\\node[above right,text height=0.5em] at (y1group.south west) {$\\mathcal{C}_1$};\n\t\t\\node[vertex_text] (fdots) at (2,2) {$\\dots$};\n\t\t\\node[vertex_obs,fill=blue!20] (x2) at (4,0) {$t_{C_C}$};\n\t\t\\node[vertex] (f2) at (4,2) {$u_{C_C}$};\n\t\t\\node[vertex_obs] (y2) at (4,4) {$\\delta_{C_C}^j$};\n\t\t\\node[group,text height=0.5em] (y2group) at (4,3.6) {};\n\t\t\\node[above right,text height=0.5em] at (y2group.south west) {$\\mathcal{C}_C$};\n\t\t\\node[vertex_obs,fill=orange!10] (xM1) at (7,0) {$t_{M_1}$};\n\t\t\\node[vertex] (fM1) at (7,2) {$u_{M_1}$};\n\t\t\\node[vertex] (yM1) at (7,4) {$y_{M_1}$};\n\t\t\\node[vertex_obs,fill=orange!10] (xM2) at (11,0) {$t_{M_2}$};\n\t\t\\node[vertex] (fM2) at (11,2) {$u_{M_2}$};\n\t\t\\node[vertex] (yM2) at (11,4) {$y_{M_2}$};\n\t\t\\node[vertex_text] (fdots2) at (9,2) {$\\dots$};\n\t\t\\draw[edge] (x1) to node [font=\\small,left]{} (f1);\n\t\t\\draw[edge] (f1) to node [font=\\small,right]{$\\sigma_{C1}^j$} (y1);\n\t\t\\draw[edge] (x2) to node [font=\\small,left]{} (f2);\n\t\t\\draw[edge] (f2) to node [font=\\small,right]{$\\sigma_{C_c}^j$} (y2);\n\t\t\\draw[edge] (xM1) to node [font=\\small,left]{} (fM1);\n\t\t\\draw[edge] (fM1) to node [font=\\small,left]{} (yM1);\n\t\t\\draw[edge] (xM2) to node [font=\\small,left]{} (fM2);\n\t\t\\draw[edge] (fM2) to node [font=\\small,left]{} (yM2);\n\t\t\\draw[very thick] (f1) edge[-] (fdots);\n\t\t\\draw[very thick] (fdots) edge[-] (f2);\n\t\t\\draw[very thick] (f2) edge[-] (fM1);\n\t\t\\draw[very thick] (fM1) edge[-] (fdots2);\n\t\t\\draw[very thick] (fdots2) edge[-] (fM2);\n\t\t\\draw[dashed] (-1.5,-0.5) rectangle (5.5,5);\n\t\t\\node[below right] at (5.5,-0.5) {Correlation};\n\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[utf8]{inputenc}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes,arrows}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t\\tikzset{vertex/.style = {shape=circle,draw,minimum size=1.5em}}\n\t\t\\tikzset{vertex_obs/.style = {shape=rectangle,draw,minimum size=2em}}\n\t\t\\tikzset{vertex_text/.style = {draw=white!80,minimum size=2em}}\n\t\t\\tikzset{group/.style = {shape=rectangle,draw,minimum height=5.2em, minimum width=7em}}\n\t\t\\tikzset{edge/.style = {->,> = latex'}}\n\t\t\\node[vertex_obs,fill=blue!20] (x1) at (0,0) {$t_{C_1}$};\n\t\t\\node[vertex] (f1) at (0,2) {$u_{C_1}$};\n\t\t\\node[vertex_obs] (y1) at (0,4) {$\\delta_{C_1}^j$};\n\t\t\\node[group,text height=0.5em] (y1group) at (0,3.6) {};\n\t\t\\node[above right,text height=0.5em] at (y1group.south west) {$\\mathcal{C}_1$};\n\t\t\\node[vertex_text] (fdots) at (2,2) {$\\dots$};\n\t\t\\node[vertex_obs,fill=blue!20] (x2) at (4,0) {$t_{C_C}$};\n\t\t\\node[vertex] (f2) at (4,2) {$u_{C_C}$};\n\t\t\\node[vertex_obs] (y2) at (4,4) {$\\delta_{C_C}^j$};\n\t\t\\node[group,text height=0.5em] (y2group) at (4,3.6) {};\n\t\t\\node[above right,text height=0.5em] at (y2group.south west) {$\\mathcal{C}_C$};\n\t\t\\node[vertex_obs,fill=orange!10] (xM1) at (7,0) {$t_{M_1}$};\n\t\t\\node[vertex] (fM1) at (7,2) {$u_{M_1}$};\n\t\t\\node[vertex] (yM1) at (7,4) {$y_{M_1}$};\n\t\t\\node[vertex_obs,fill=orange!10] (xM2) at (11,0) {$t_{M_2}$};\n\t\t\\node[vertex] (fM2) at (11,2) {$u_{M_2}$};\n\t\t\\node[vertex] (yM2) at (11,4) {$y_{M_2}$};\n\t\t\\node[vertex_text] (fdots2) at (9,2) {$\\dots$};\n\t\t\t\\draw[dashed] (§range(-1.5,-2.5,-1.5),§range(-1,-2,-1)) rectangle (§rangei(6,0.25),§rangei(5,0.25));\n \\node[anchor=south east] at (6,-1) {Correlation};\n\t\t\\draw[edge] (x1) to node [font=\\small,left]{} (f1);\n\t\t\\draw[edge] (f1) to node [font=\\small,right]{$\\sigma_{C1}^j$} (y1);\n\t\t\\draw[edge] (x2) to node [font=\\small,left]{} (f2);\n\t\t\\draw[edge] (f2) to node [font=\\small,right]{$\\sigma_{C_c}^j$} (y2);\n\t\t\\draw[edge] (xM1) to node [font=\\small,left]{} (fM1);\n\t\t\\draw[edge] (fM1) to node [font=\\small,left]{} (yM1);\n\t\t\\draw[edge] (xM2) to node [font=\\small,left]{} (fM2);\n\t\t\\draw[edge] (fM2) to node [font=\\small,left]{} (yM2);\n\t\t\\draw[very thick] (f1) edge[-] (fdots);\n\t\t\\draw[very thick] (fdots) edge[-] (f2);\n\t\t\\draw[very thick] (f2) edge[-] (fM1);\n\t\t\\draw[very thick] (fM1) edge[-] (fdots2);\n\t\t\\draw[very thick] (fdots2) edge[-] (fM2);\n\t\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[utf8]{inputenc}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes,arrows}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t\\tikzset{vertex/.style = {shape=circle,draw,minimum size=1.5em}}\n\t\t\\tikzset{vertex_obs/.style = {shape=rectangle,draw,minimum size=2em}}\n\t\t\\tikzset{vertex_text/.style = {draw=white!80,minimum size=2em}}\n\t\t\\tikzset{group/.style = {shape=rectangle,draw,minimum height=5.2em, minimum width=7em}}\n\t\t\\tikzset{edge/.style = {->,> = latex'}}\n\t\t\\node[vertex_obs,fill=blue!20] (x1) at (0,0) {$t_{C_1}$};\n\t\t\\node[vertex] (f1) at (0,2) {$u_{C_1}$};\n\t\t\\node[vertex_obs] (y1) at (0,4) {$\\delta_{C_1}^j$};\n\t\t\\node[group,text height=0.5em] (y1group) at (0,3.6) {};\n\t\t\\node[above right,text height=0.5em] at (y1group.south west) {$\\mathcal{C}_1$};\n\t\t\\node[vertex_text] (fdots) at (2,2) {$\\dots$};\n\t\t\\node[vertex_obs,fill=blue!20] (x2) at (4,0) {$t_{C_C}$};\n\t\t\\node[vertex] (f2) at (4,2) {$u_{C_C}$};\n\t\t\\node[vertex_obs] (y2) at (4,4) {$\\delta_{C_C}^j$};\n\t\t\\node[group,text height=0.5em] (y2group) at (4,3.6) {};\n\t\t\\node[above right,text height=0.5em] at (y2group.south west) {$\\mathcal{C}_C$};\n\t\t\\node[vertex_obs,fill=orange!10] (xM1) at (7,0) {$t_{M_1}$};\n\t\t\\node[vertex] (fM1) at (7,2) {$u_{M_1}$};\n\t\t\\node[vertex] (yM1) at (7,4) {$y_{M_1}$};\n\t\t\\node[vertex_obs,fill=orange!10] (xM2) at (11,0) {$t_{M_2}$};\n\t\t\\node[vertex] (fM2) at (11,2) {$u_{M_2}$};\n\t\t\\node[vertex] (yM2) at (11,4) {$y_{M_2}$};\n\t\t\\node[vertex_text] (fdots2) at (9,2) {$\\dots$};\n\t\t\\draw[edge] (x1) to node [font=\\small,left]{} (f1);\n\t\t\\draw[edge] (f1) to node [font=\\small,right]{$\\sigma_{C1}^j$} (y1);\n\t\t\\draw[edge] (x2) to node [font=\\small,left]{} (f2);\n\t\t\\draw[edge] (f2) to node [font=\\small,right]{$\\sigma_{C_c}^j$} (y2);\n\t\t\\draw[edge] (xM1) to node [font=\\small,left]{} (fM1);\n\t\t\\draw[edge] (fM1) to node [font=\\small,left]{} (yM1);\n\t\t\\draw[edge] (xM2) to node [font=\\small,left]{} (fM2);\n\t\t\\draw[edge] (fM2) to node [font=\\small,left]{} (yM2);\n\t\t\\draw[very thick] (f1) edge[-] (fdots);\n\t\t\\draw[very thick] (fdots) edge[-] (f2);\n\t\t\\draw[very thick] (f2) edge[-] (fM1);\n\t\t\\draw[very thick] (fM1) edge[-] (fdots2);\n\t\t\\draw[very thick] (fdots2) edge[-] (fM2);\n\t\t\\draw[dashed] (-1.5,-0.5) rectangle (5.5,5);\n\t\t\\node[below right] at (5.5,-0.5) {Correlation};\n\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[utf8]{inputenc}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes,arrows}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t\\tikzset{vertex/.style = {shape=circle,draw,minimum size=1.5em}}\n\t\t\\tikzset{vertex_obs/.style = {shape=rectangle,draw,minimum size=2em}}\n\t\t\\tikzset{vertex_text/.style = {draw=white!80,minimum size=2em}}\n\t\t\\tikzset{group/.style = {shape=rectangle,draw,minimum height=5.2em, minimum width=7em}}\n\t\t\\tikzset{edge/.style = {->,> = latex'}}\n\t\t\\node[vertex_obs,fill=blue!20] (x1) at (0,0) {$t_{C_1}$};\n\t\t\\node[vertex] (f1) at (0,2) {$u_{C_1}$};\n\t\t\\node[vertex_obs] (y1) at (0,4) {$\\delta_{C_1}^j$};\n\t\t\\node[group,text height=0.5em] (y1group) at (0,3.6) {};\n\t\t\\node[above right,text height=0.5em] at (y1group.south west) {$\\mathcal{C}_1$};\n\t\t\\node[vertex_text] (fdots) at (2,2) {$\\dots$};\n\t\t\\node[vertex_obs,fill=blue!20] (x2) at (4,0) {$t_{C_C}$};\n\t\t\\node[vertex] (f2) at (4,2) {$u_{C_C}$};\n\t\t\\node[vertex_obs] (y2) at (4,4) {$\\delta_{C_C}^j$};\n\t\t\\node[group,text height=0.5em] (y2group) at (4,3.6) {};\n\t\t\\node[above right,text height=0.5em] at (y2group.south west) {$\\mathcal{C}_C$};\n\t\t\\node[vertex_obs,fill=orange!10] (xM1) at (7,0) {$t_{M_1}$};\n\t\t\\node[vertex] (fM1) at (7,2) {$u_{M_1}$};\n\t\t\\node[vertex] (yM1) at (7,4) {$y_{M_1}$};\n\t\t\\node[vertex_obs,fill=orange!10] (xM2) at (11,0) {$t_{M_2}$};\n\t\t\\node[vertex] (fM2) at (11,2) {$u_{M_2}$};\n\t\t\\node[vertex] (yM2) at (11,4) {$y_{M_2}$};\n\t\t\\node[vertex_text] (fdots2) at (9,2) {$\\dots$};\n\t\t\t\\draw[dashed] (-1.5,-1) rectangle (6,5);\n \\node[anchor=south east] at (6,-1) {Correlation};\n\t\t\\draw[edge] (x1) to node [font=\\small,left]{} (f1);\n\t\t\\draw[edge] (f1) to node [font=\\small,right]{$\\sigma_{C1}^j$} (y1);\n\t\t\\draw[edge] (x2) to node [font=\\small,left]{} (f2);\n\t\t\\draw[edge] (f2) to node [font=\\small,right]{$\\sigma_{C_c}^j$} (y2);\n\t\t\\draw[edge] (xM1) to node [font=\\small,left]{} (fM1);\n\t\t\\draw[edge] (fM1) to node [font=\\small,left]{} (yM1);\n\t\t\\draw[edge] (xM2) to node [font=\\small,left]{} (fM2);\n\t\t\\draw[edge] (fM2) to node [font=\\small,left]{} (yM2);\n\t\t\\draw[very thick] (f1) edge[-] (fdots);\n\t\t\\draw[very thick] (fdots) edge[-] (f2);\n\t\t\\draw[very thick] (f2) edge[-] (fM1);\n\t\t\\draw[very thick] (fM1) edge[-] (fdots2);\n\t\t\\draw[very thick] (fdots2) edge[-] (fM2);\n\t\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
6,
6
] |
graphdate_top_columns
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\begin{document}
\begin{tikzpicture}[
helpGrid/.style = {thin, gray!40},
]
\node[align=center] (Jan20) at (0,1) {Jan \\ 2020};
\node[] (Apr20) at (2,1) {Apr};
\node[] (Jul20) at (4,1) {Jul};
\node[] (Oct20) at (6,1) {Oct};
\node[align=center] (Jan21) at (8,1) {Jan \\ 2021};
\draw[-latex] (9.5,1.25) -- ++(1,0) node[midway,below] () {Apr};
\node[] (a1) at (0,10) {A};
\node[] (b1) at (0,9) {B};
\node[] (c1) at (0,8) {C};
\node[] (d2) at (2,10) {D};
\node[] (a2) at (2,9) {A};
\draw[-latex] (a1) to [out = 0, in = 180] (a2);
\node[] (e3) at (4,7) {E};
\node[] (b3) at (4,6) {B};
\node[] (c3) at (4,5) {C};
\node[] (f3) at (4,4) {F};
\draw[-latex] (b1) to [out = 0, in = 180] (b3);
\draw[-latex] (c1) to [out = 0, in = 180] (c3);
\node[] (g5) at (8,10) {G};
\node[] (a5) at (8,8) {A};
\node[] (e5) at (8,7) {E};
\node[] (b5) at (8,6) {B};
\node[] (c5) at (8,3) {C};
\node[] (f5) at (8,2) {F};
\draw[-latex] (a2) to [out = 0, in = 180] (a5);
\draw[-latex] (e3) -- (e5);
\draw[-latex] (b3) -- (b5);
\draw[-latex] (c3) to [out = 0, in = 180] (c5);
\draw[-latex] (f3) to [out = 0, in = 180] (f5);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\begin{document}
\begin{tikzpicture}[%
helpGrid/.style = {thin, gray!40},
] % End tikzpicture options
%- X - Axis (Months). Separation of two coordinates between months.
% Moths 2020
\node[align=center] (Jan20) at (0,1) {Jan \\ 2020};
\node[] (Apr20) at (2,1) {Apr};
\node[] (Jul20) at (4,1) {Jul};
\node[] (Oct20) at (6,1) {Oct};
% Months 2021
\node[align=center] (Jan21) at (8,1) {Jan \\ 2021};
\draw[-latex] (9.5,1.25) -- ++(1,0) node[midway,below] () {Apr};
%- Corresponding other nodes
% Column 1 (Jan 2020)
\node[] (a1) at (0,10) {A};
\node[] (b1) at (0,9) {B};
\node[] (c1) at (0,8) {C};
% Column 2 (Apr (2020)
\node[] (d2) at (2,10) {D};
\node[] (a2) at (2,9) {A};
% Arrows connecting column 1 and 2
\draw[-latex] (a1) to [out = 0, in = 180] (a2);
% Column 3 (Jul 2020)
\node[] (e3) at (4,7) {E};
\node[] (b3) at (4,6) {B};
\node[] (c3) at (4,5) {C};
\node[] (f3) at (4,4) {F};
% Arrows connecting column 2 and 3
\draw[-latex] (b1) to [out = 0, in = 180] (b3);
\draw[-latex] (c1) to [out = 0, in = 180] (c3);
%- Column 4 (Oct)
% Nothing
% Column 5 (Jan 2021)
\node[] (g5) at (8,10) {G};
\node[] (a5) at (8,8) {A};
\node[] (e5) at (8,7) {E};
\node[] (b5) at (8,6) {B};
\node[] (c5) at (8,3) {C};
\node[] (f5) at (8,2) {F};
% Arrows connecting columns 3 and 5
\draw[-latex] (a2) to [out = 0, in = 180] (a5);
\draw[-latex] (e3) -- (e5);
\draw[-latex] (b3) -- (b5);
\draw[-latex] (c3) to [out = 0, in = 180] (c5);
\draw[-latex] (f3) to [out = 0, in = 180] (f5);
\end{tikzpicture}
\end{document}
|
Put the months at the top of the graph instead of the bottom.
|
A diagram displaying a graph and months of the years at the top.
|
medium
|
update
|
scientific
|
[
"@@ -8,6 +8,6 @@\n\n-\\node[align=center] (Jan20) at (0,1) {Jan \\\\ 2020};\n-\\node[] (Apr20) at (2,1) {Apr};\n-\\node[] (Jul20) at (4,1) {Jul};\n-\\node[] (Oct20) at (6,1) {Oct};\n-\\node[align=center] (Jan21) at (8,1) {Jan \\\\ 2021};\n-\\draw[-latex] (9.5,1.25) -- ++(1,0) node[midway,below] () {Apr};\n+\\node[align=center] (Jan20) at (0,11) {Jan \\\\ 2020};\n+\\node[] (Apr20) at (2,11) {Apr};\n+\\node[] (Jul20) at (4,11) {Jul};\n+\\node[] (Oct20) at (6,11) {Oct};\n+\\node[align=center] (Jan21) at (8,11) {Jan \\\\ 2021};\n+\\draw[-latex] (9.5,11.25) -- ++(1,0) node[midway,below] () {Apr};",
"@@ -8,6 +8,6 @@\n\n-\\node[align=center] (Jan20) at (0,1) {Jan \\\\ 2020};\n-\\node[] (Apr20) at (2,1) {Apr};\n-\\node[] (Jul20) at (4,1) {Jul};\n-\\node[] (Oct20) at (6,1) {Oct};\n-\\node[align=center] (Jan21) at (8,1) {Jan \\\\ 2021};\n-\\draw[-latex] (9.5,1.25) -- ++(1,0) node[midway,below] () {Apr};\n+\\node[align=center] (Jan20) at (0,11) {Jan \\\\ 2020};\n+\\node[] (Apr20) at (2,11) {Apr};\n+\\node[] (Jul20) at (4,11) {Jul};\n+\\node[] (Oct20) at (6,11) {Oct};\n+\\node[align=center] (Jan21) at (8,11) {Jan \\\\ 2021};\n+\\draw[-latex] (9.5,11.25) -- ++(1,0) node[midway,below] () {Apr};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\n\\begin{document}\n \\begin{tikzpicture}[\n helpGrid/.style = {thin, gray!40},\n ] \n\n \n \\node[align=center] (Jan20) at (0,§range(10,12,11)) {Jan \\\\ 2020}; \n \\node[] (Apr20) at (2,§range(10,12,11)) {Apr};\n \\node[] (Jul20) at (4,§range(10,12,11)) {Jul};\n \\node[] (Oct20) at (6,§range(10,12,11)) {Oct};\n \\node[align=center] (Jan21) at (8,§range(10,12,11)) {Jan \\\\ 2021}; \n \\draw[-latex] (9.5,§range(11.25,12.25,11.25)) -- ++(1,0) node[midway,§choice([\"above\",\"below\"],below)] () {Apr};\n \n \\node[] (a1) at (0,10) {A};\n \\node[] (b1) at (0,9) {B};\n \\node[] (c1) at (0,8) {C};\n \n \\node[] (d2) at (2,10) {D};\n \\node[] (a2) at (2,9) {A};\n \\draw[-latex] (a1) to [out = 0, in = 180] (a2);\n \n \\node[] (e3) at (4,7) {E};\n \\node[] (b3) at (4,6) {B};\n \\node[] (c3) at (4,5) {C};\n \\node[] (f3) at (4,4) {F};\n \n \\draw[-latex] (b1) to [out = 0, in = 180] (b3);\n \\draw[-latex] (c1) to [out = 0, in = 180] (c3);\n \n \n \\node[] (g5) at (8,10) {G};\n \\node[] (a5) at (8,8) {A};\n \\node[] (e5) at (8,7) {E};\n \\node[] (b5) at (8,6) {B};\n \\node[] (c5) at (8,3) {C};\n \\node[] (f5) at (8,2) {F};\n \n \\draw[-latex] (a2) to [out = 0, in = 180] (a5);\n \\draw[-latex] (e3) -- (e5);\n \\draw[-latex] (b3) -- (b5);\n \\draw[-latex] (c3) to [out = 0, in = 180] (c5);\n \\draw[-latex] (f3) to [out = 0, in = 180] (f5);\n \n \\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\n\\begin{document}\n \\begin{tikzpicture}[\n helpGrid/.style = {thin, gray!40},\n ] \n\n \n \\node[align=center] (Jan20) at (0,§range(11,12,11)) {Jan \\\\ 2020}; \n \\node[] (Apr20) at (2,§range(11,12,11)) {Apr};\n \\node[] (Jul20) at (4,§range(11,12,11)) {Jul};\n \\node[] (Oct20) at (6,§range(11,12,11)) {Oct};\n \\node[align=center] (Jan21) at (8,§range(11,12,11)) {Jan \\\\ 2021}; \n \\draw[-latex] (9.5,§range(11.25,12.25,11.25)) -- ++(1,0) node[midway,below] () {Apr};\n \n \\node[] (a1) at (0,10) {A};\n \\node[] (b1) at (0,9) {B};\n \\node[] (c1) at (0,8) {C};\n \n \\node[] (d2) at (2,10) {D};\n \\node[] (a2) at (2,9) {A};\n \\draw[-latex] (a1) to [out = 0, in = 180] (a2);\n \n \\node[] (e3) at (4,7) {E};\n \\node[] (b3) at (4,6) {B};\n \\node[] (c3) at (4,5) {C};\n \\node[] (f3) at (4,4) {F};\n \n \\draw[-latex] (b1) to [out = 0, in = 180] (b3);\n \\draw[-latex] (c1) to [out = 0, in = 180] (c3);\n \n \n \\node[] (g5) at (8,10) {G};\n \\node[] (a5) at (8,8) {A};\n \\node[] (e5) at (8,7) {E};\n \\node[] (b5) at (8,6) {B};\n \\node[] (c5) at (8,3) {C};\n \\node[] (f5) at (8,2) {F};\n \n \\draw[-latex] (a2) to [out = 0, in = 180] (a5);\n \\draw[-latex] (e3) -- (e5);\n \\draw[-latex] (b3) -- (b5);\n \\draw[-latex] (c3) to [out = 0, in = 180] (c5);\n \\draw[-latex] (f3) to [out = 0, in = 180] (f5);\n \n \\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\n\\begin{document}\n \\begin{tikzpicture}[\n helpGrid/.style = {thin, gray!40},\n ] \n\n \n \\node[align=center] (Jan20) at (0,11) {Jan \\\\ 2020}; \n \\node[] (Apr20) at (2,11) {Apr};\n \\node[] (Jul20) at (4,11) {Jul};\n \\node[] (Oct20) at (6,11) {Oct};\n \\node[align=center] (Jan21) at (8,11) {Jan \\\\ 2021}; \n \\draw[-latex] (9.5,11.25) -- ++(1,0) node[midway,below] () {Apr};\n \n \\node[] (a1) at (0,10) {A};\n \\node[] (b1) at (0,9) {B};\n \\node[] (c1) at (0,8) {C};\n \n \\node[] (d2) at (2,10) {D};\n \\node[] (a2) at (2,9) {A};\n \\draw[-latex] (a1) to [out = 0, in = 180] (a2);\n \n \\node[] (e3) at (4,7) {E};\n \\node[] (b3) at (4,6) {B};\n \\node[] (c3) at (4,5) {C};\n \\node[] (f3) at (4,4) {F};\n \n \\draw[-latex] (b1) to [out = 0, in = 180] (b3);\n \\draw[-latex] (c1) to [out = 0, in = 180] (c3);\n \n \n \\node[] (g5) at (8,10) {G};\n \\node[] (a5) at (8,8) {A};\n \\node[] (e5) at (8,7) {E};\n \\node[] (b5) at (8,6) {B};\n \\node[] (c5) at (8,3) {C};\n \\node[] (f5) at (8,2) {F};\n \n \\draw[-latex] (a2) to [out = 0, in = 180] (a5);\n \\draw[-latex] (e3) -- (e5);\n \\draw[-latex] (b3) -- (b5);\n \\draw[-latex] (c3) to [out = 0, in = 180] (c5);\n \\draw[-latex] (f3) to [out = 0, in = 180] (f5);\n \n \\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\n\\begin{document}\n \\begin{tikzpicture}[\n helpGrid/.style = {thin, gray!40},\n ] \n\n \n \\node[align=center] (Jan20) at (0,11) {Jan \\\\ 2020}; \n \\node[] (Apr20) at (2,11) {Apr};\n \\node[] (Jul20) at (4,11) {Jul};\n \\node[] (Oct20) at (6,11) {Oct};\n \\node[align=center] (Jan21) at (8,11) {Jan \\\\ 2021}; \n \\draw[-latex] (9.5,11.25) -- ++(1,0) node[midway,below] () {Apr};\n \n \\node[] (a1) at (0,10) {A};\n \\node[] (b1) at (0,9) {B};\n \\node[] (c1) at (0,8) {C};\n \n \\node[] (d2) at (2,10) {D};\n \\node[] (a2) at (2,9) {A};\n \\draw[-latex] (a1) to [out = 0, in = 180] (a2);\n \n \\node[] (e3) at (4,7) {E};\n \\node[] (b3) at (4,6) {B};\n \\node[] (c3) at (4,5) {C};\n \\node[] (f3) at (4,4) {F};\n \n \\draw[-latex] (b1) to [out = 0, in = 180] (b3);\n \\draw[-latex] (c1) to [out = 0, in = 180] (c3);\n \n \n \\node[] (g5) at (8,10) {G};\n \\node[] (a5) at (8,8) {A};\n \\node[] (e5) at (8,7) {E};\n \\node[] (b5) at (8,6) {B};\n \\node[] (c5) at (8,3) {C};\n \\node[] (f5) at (8,2) {F};\n \n \\draw[-latex] (a2) to [out = 0, in = 180] (a5);\n \\draw[-latex] (e3) -- (e5);\n \\draw[-latex] (b3) -- (b5);\n \\draw[-latex] (c3) to [out = 0, in = 180] (c5);\n \\draw[-latex] (f3) to [out = 0, in = 180] (f5);\n \n \\end{tikzpicture}\n\\end{document}"
] | ||
[
1,
1
] |
graphset_node_in_S
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}
\usetikzlibrary{arrows}
\usetikzlibrary{shapes,trees,hobby,calc}
\usepackage{xinttools}
\begin{document}
\tikzstyle{block}=[rectangle, draw=black, rounded corners, ultra thick,
text centered, anchor=north, text=white, text width=1cm, text height=.3cm]
\tikzstyle{bblock}=[block, fill=blue!50]
\begin{tikzpicture}
\path[draw,green,fill=red,thick,use Hobby shortcut,closed=true, opacity=0.2]
(-.5,.3) .. (1.5,2.5) .. (2.8,3.6) .. (4,3) .. (4.2,0) .. (4,-3)
.. (2.8,-3.6) .. (1.5,-2.5) .. (-.5,-.3)
;
\path[draw,red,fill=green,thick,use Hobby shortcut,closed=true, opacity=0.2]
(12.5,.3) .. (10.5,2.5) .. (9.2,3.6) .. (8,3) .. (7.8,0) .. (8,-3)
.. (9.2,-3.6) .. (10.5,-2.5) .. (12.5,-.3)
;
\node[text=red] at (1.8,0) {\Huge S};
\node[text=green] at (10.2,0) {\Huge T};
\xintForthree #1#2#3 in {
( {(0,-1)} , S1 , $ $ ),
( {(0,1)} , S2 , $ $ ),
( {(3,-2)} , T1 , $B$ ),
( {(3,1)} , T2 , $ $ ),
({(6,-3)}, U1, $ $ ),
({(6,0)} , U2, $B_{DP}$ ),
({(6,2)} , U3, $ $ ),
({(9,-2.5)}, V1, $ $ ),
({(9,-1)} , V2, $ $ ),
({(9,1.5)} , V3, $ $ )
}
\do
{
\node[bblock] (#2) at #1 {#3};
}
\xintForthree #1 #2 #3 in {
(S1, T1, 0),
(S2, T2, 0),
(S2, T1, 0),
(S1, T2, 0),
(T1, U1, 0),
(T1, U2, 0),
(T2, U3, 0),
(U1, V1, 0),
(U2, V2, 0),
(U2, V3, 0),
(U3, V3, 0)
}
\do
{
\draw[->, >=stealth', thick] (#1) edge[bend right=#3] (#2);
}
\xintFor #1 in {
S1,
S2
}
\do
{
\draw[->, >=stealth', thick] ($ (#1) + (-1.5,.4) $) -- (#1);
\draw[->, >=stealth', thick] ($ (#1) + (-1.5,-.4) $) -- (#1);
}
\xintFor #1 in {
V1,
V2,
V3
}
\do
{
\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,.4) $);
\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,-.4) $);
}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{positioning}% To get more advances positioning options
\usetikzlibrary{arrows}% To get more arrow heads
\usetikzlibrary{shapes,trees,hobby,calc}
\usepackage{xinttools}% \xintFor trims spaces...
\begin{document}
\tikzstyle{block}=[rectangle, draw=black, rounded corners, ultra thick,
text centered, anchor=north, text=white, text width=1cm, text height=.3cm]
\tikzstyle{bblock}=[block, fill=blue!50]
\begin{tikzpicture}
%blob
\path[draw,green,fill=red,thick,use Hobby shortcut,closed=true, opacity=0.2]
(-.5,.3) .. (1.5,2.5) .. (2.8,3.6) .. (4,3) .. (4.2,0) .. (4,-3)
.. (2.8,-3.6) .. (1.5,-2.5) .. (-.5,-.3)
;
\path[draw,red,fill=green,thick,use Hobby shortcut,closed=true, opacity=0.2]
(12.5,.3) .. (10.5,2.5) .. (9.2,3.6) .. (8,3) .. (7.8,0) .. (8,-3)
.. (9.2,-3.6) .. (10.5,-2.5) .. (12.5,-.3)
;
\node[text=red] at (1.8,0) {\Huge S};
\node[text=green] at (10.2,0) {\Huge T};
\xintForthree #1#2#3 in {% list of 3-tuples
% we *must* hide the parentheses and commas used inside individual
% components of the 3-tuple
( {(0,-1)} , S1 , $ $ ),
( {(0,1)} , S2 , $ $ ),
%
( {(3,-2)} , T1 , $B$ ),
( {(3,1)} , T2 , $ $ ),
%
({(6,-3)}, U1, $ $ ),
({(6,0)} , U2, $B_{DP}$ ),
({(6,2)} , U3, $ $ ),
%
({(9,-2.5)}, V1, $ $ ),
({(9,-1)} , V2, $ $ ),
({(9,1.5)} , V3, $ $ )
}
\do
{
\node[bblock] (#2) at #1 {#3};
}
%arrows
%\foreach \f/\t/\b in {
\xintForthree #1 #2 #3 in {
(S1, T1, 0),
(S2, T2, 0),
(S2, T1, 0),
(S1, T2, 0),
(T1, U1, 0),
(T1, U2, 0),
(T2, U3, 0),
(U1, V1, 0),
(U2, V2, 0),
(U2, V3, 0),
(U3, V3, 0)
}
\do
{
\draw[->, >=stealth', thick] (#1) edge[bend right=#3] (#2);
}
%in arrows (no problem with end of line space)
\xintFor #1 in {%
S1,
S2
}
\do
{
\draw[->, >=stealth', thick] ($ (#1) + (-1.5,.4) $) -- (#1);
\draw[->, >=stealth', thick] ($ (#1) + (-1.5,-.4) $) -- (#1);
}
%out arrows (no problem with end of line space)
\xintFor #1 in {
V1,
V2,
V3
}
\do
{
\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,.4) $);
\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,-.4) $);
}
\end{tikzpicture}
\end{document}
|
Increase the size of S, so that the B_DP node and the node over it are also contained in S.
|
a graph with all but one node contained in a green or a red blob.
|
medium
|
update
|
scientific
|
[
"@@ -13 +13 @@\n\n-(-.5,.3) .. (1.5,2.5) .. (2.8,3.6) .. (4,3) .. (4.2,0) .. (4,-3)\n+(-.5,.3) .. (1.5,2.5) .. (2.8,3.6) .. (6,3) .. (7.2,0) .. (4,-3)",
"@@ -13 +13 @@\n\n-(-.5,.3) .. (1.5,2.5) .. (2.8,3.6) .. (4,3) .. (4.2,0) .. (4,-3)\n+(-.5,.3) .. (1.5,2.5) .. (2.8,3) .. (4,3.5) .. (6.5,3) .. (6.5,-1) .. (4.2,-2) .. (4,-3)"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{arrows}\n\\usetikzlibrary{shapes,trees,hobby,calc}\n\n\\usepackage{xinttools}\n\n\\begin{document}\n\n\\tikzstyle{block}=[rectangle, draw=black, rounded corners, ultra thick,\n text centered, anchor=north, text=white, text width=1cm, text height=.3cm]\n\\tikzstyle{bblock}=[block, fill=blue!50]\n\n\\begin{tikzpicture}\n\n\\path[draw,green,fill=red,thick,use Hobby shortcut,closed=true, opacity=0.2]\n(-.5,.3) .. (1.5,2.5) .. (2.8,3.6) .. (6,3) .. (7.2,0) .. (4,-3)\n.. (2.8,-3.6) .. (1.5,-2.5) .. (-.5,-.3)\n;\n\n\\path[draw,red,fill=green,thick,use Hobby shortcut,closed=true, opacity=0.2]\n(12.5,.3) .. (10.5,2.5) .. (9.2,3.6) .. (8,3) .. (7.8,0) .. (8,-3) \n.. (9.2,-3.6) .. (10.5,-2.5) .. (12.5,-.3)\n;\n\n\\node[text=red] at (1.8,0) {\\Huge S}; \n\\node[text=green] at (10.2,0) {\\Huge T}; \n\n\n\\xintForthree #1#2#3 in {\n ( {(0,-1)} , S1 , $ $ ), \n ( {(0,1)} , S2 , $ $ ),\n ( {(3,-2)} , T1 , $B$ ),\n ( {(3,1)} , T2 , $ $ ),\n ({(6,-3)}, U1, $ $ ),\n ({(6,0)} , U2, $B_{DP}$ ),\n ({(6,2)} , U3, $ $ ),\n ({(9,-2.5)}, V1, $ $ ),\n ({(9,-1)} , V2, $ $ ),\n ({(9,1.5)} , V3, $ $ )\n }\n\\do\n{\n \\node[bblock] (#2) at #1 {#3};\n\n}\n\n\\xintForthree #1 #2 #3 in {\n (S1, T1, 0), \n (S2, T2, 0),\n (S2, T1, 0),\n (S1, T2, 0),\n (T1, U1, 0),\n (T1, U2, 0),\n (T2, U3, 0),\n (U1, V1, 0),\n (U2, V2, 0),\n (U2, V3, 0),\n (U3, V3, 0)\n }\n\\do\n{\n \\draw[->, >=stealth', thick] (#1) edge[bend right=#3] (#2);\n}\n\n\\xintFor #1 in {\n S1,\n S2\n }\n\\do\n{\n \\draw[->, >=stealth', thick] ($ (#1) + (-1.5,.4) $) -- (#1);\n \\draw[->, >=stealth', thick] ($ (#1) + (-1.5,-.4) $) -- (#1);\n}\n\n\\xintFor #1 in {\n V1,\n V2,\n V3\n }\n\\do\n{\n \\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,.4) $);\n \\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,-.4) $);\n}\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{arrows}\n\\usetikzlibrary{shapes,trees,hobby,calc}\n\n\\usepackage{xinttools}\n\n\\begin{document}\n\n\\tikzstyle{block}=[rectangle, draw=black, rounded corners, ultra thick,\n text centered, anchor=north, text=white, text width=1cm, text height=.3cm]\n\\tikzstyle{bblock}=[block, fill=blue!50]\n\n\\begin{tikzpicture}\n\n\\path[draw,green,fill=red,thick,use Hobby shortcut,closed=true, opacity=0.2]\n(-.5,.3) .. (1.5,2.5) .. (2.8,§rangei(3,0.3)) .. (4,§rangei(3.5,0.3)) .. (§rangei(6.5,0.5),§rangei(3,0.5)) .. (§rangei(6.5,0.5),§rangei(-1,0.5)) .. (4.2,§rangei(-2,1)) .. (4,-3) \n.. (2.8,-3.6) .. (1.5,-2.5) .. (-.5,-.3)\n;\n\n\\path[draw,red,fill=green,thick,use Hobby shortcut,closed=true, opacity=0.2]\n(12.5,.3) .. (10.5,2.5) .. (9.2,3.6) .. (8,3) .. (7.8,0) .. (8,-3) \n.. (9.2,-3.6) .. (10.5,-2.5) .. (12.5,-.3)\n;\n\n\\node[text=red] at (1.8,0) {\\Huge S}; \n\\node[text=green] at (10.2,0) {\\Huge T}; \n\n\n\\xintForthree #1#2#3 in {\n ( {(0,-1)} , S1 , $ $ ), \n ( {(0,1)} , S2 , $ $ ),\n ( {(3,-2)} , T1 , $B$ ),\n ( {(3,1)} , T2 , $ $ ),\n ({(6,-3)}, U1, $ $ ),\n ({(6,0)} , U2, $B_{DP}$ ),\n ({(6,2)} , U3, $ $ ),\n ({(9,-2.5)}, V1, $ $ ),\n ({(9,-1)} , V2, $ $ ),\n ({(9,1.5)} , V3, $ $ )\n }\n\\do\n{\n \\node[bblock] (#2) at #1 {#3};\n\n}\n\n\\xintForthree #1 #2 #3 in {\n (S1, T1, 0), \n (S2, T2, 0),\n (S2, T1, 0),\n (S1, T2, 0),\n (T1, U1, 0),\n (T1, U2, 0),\n (T2, U3, 0),\n (U1, V1, 0),\n (U2, V2, 0),\n (U2, V3, 0),\n (U3, V3, 0)\n }\n\\do\n{\n \\draw[->, >=stealth', thick] (#1) edge[bend right=#3] (#2);\n}\n\n\\xintFor #1 in {\n S1,\n S2\n }\n\\do\n{\n \\draw[->, >=stealth', thick] ($ (#1) + (-1.5,.4) $) -- (#1);\n \\draw[->, >=stealth', thick] ($ (#1) + (-1.5,-.4) $) -- (#1);\n}\n\n\\xintFor #1 in {\n V1,\n V2,\n V3\n }\n\\do\n{\n \\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,.4) $);\n \\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,-.4) $);\n}\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{arrows}\n\\usetikzlibrary{shapes,trees,hobby,calc}\n\n\\usepackage{xinttools}\n\n\\begin{document}\n\n\\tikzstyle{block}=[rectangle, draw=black, rounded corners, ultra thick,\n text centered, anchor=north, text=white, text width=1cm, text height=.3cm]\n\\tikzstyle{bblock}=[block, fill=blue!50]\n\n\\begin{tikzpicture}\n\n\\path[draw,green,fill=red,thick,use Hobby shortcut,closed=true, opacity=0.2]\n(-.5,.3) .. (1.5,2.5) .. (2.8,3.6) .. (6,3) .. (7.2,0) .. (4,-3)\n.. (2.8,-3.6) .. (1.5,-2.5) .. (-.5,-.3)\n;\n\n\\path[draw,red,fill=green,thick,use Hobby shortcut,closed=true, opacity=0.2]\n(12.5,.3) .. (10.5,2.5) .. (9.2,3.6) .. (8,3) .. (7.8,0) .. (8,-3) \n.. (9.2,-3.6) .. (10.5,-2.5) .. (12.5,-.3)\n;\n\n\\node[text=red] at (1.8,0) {\\Huge S}; \n\\node[text=green] at (10.2,0) {\\Huge T}; \n\n\n\\xintForthree #1#2#3 in {\n ( {(0,-1)} , S1 , $ $ ), \n ( {(0,1)} , S2 , $ $ ),\n ( {(3,-2)} , T1 , $B$ ),\n ( {(3,1)} , T2 , $ $ ),\n ({(6,-3)}, U1, $ $ ),\n ({(6,0)} , U2, $B_{DP}$ ),\n ({(6,2)} , U3, $ $ ),\n ({(9,-2.5)}, V1, $ $ ),\n ({(9,-1)} , V2, $ $ ),\n ({(9,1.5)} , V3, $ $ )\n }\n\\do\n{\n \\node[bblock] (#2) at #1 {#3};\n\n}\n\n\\xintForthree #1 #2 #3 in {\n (S1, T1, 0), \n (S2, T2, 0),\n (S2, T1, 0),\n (S1, T2, 0),\n (T1, U1, 0),\n (T1, U2, 0),\n (T2, U3, 0),\n (U1, V1, 0),\n (U2, V2, 0),\n (U2, V3, 0),\n (U3, V3, 0)\n }\n\\do\n{\n \\draw[->, >=stealth', thick] (#1) edge[bend right=#3] (#2);\n}\n\n\\xintFor #1 in {\n S1,\n S2\n }\n\\do\n{\n \\draw[->, >=stealth', thick] ($ (#1) + (-1.5,.4) $) -- (#1);\n \\draw[->, >=stealth', thick] ($ (#1) + (-1.5,-.4) $) -- (#1);\n}\n\n\\xintFor #1 in {\n V1,\n V2,\n V3\n }\n\\do\n{\n \\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,.4) $);\n \\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,-.4) $);\n}\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{arrows}\n\\usetikzlibrary{shapes,trees,hobby,calc}\n\n\\usepackage{xinttools}\n\n\\begin{document}\n\n\\tikzstyle{block}=[rectangle, draw=black, rounded corners, ultra thick,\n text centered, anchor=north, text=white, text width=1cm, text height=.3cm]\n\\tikzstyle{bblock}=[block, fill=blue!50]\n\n\\begin{tikzpicture}\n\n\\path[draw,green,fill=red,thick,use Hobby shortcut,closed=true, opacity=0.2]\n(-.5,.3) .. (1.5,2.5) .. (2.8,3) .. (4,3.5) .. (6.5,3) .. (6.5,-1) .. (4.2,-2) .. (4,-3) \n.. (2.8,-3.6) .. (1.5,-2.5) .. (-.5,-.3)\n;\n\n\\path[draw,red,fill=green,thick,use Hobby shortcut,closed=true, opacity=0.2]\n(12.5,.3) .. (10.5,2.5) .. (9.2,3.6) .. (8,3) .. (7.8,0) .. (8,-3) \n.. (9.2,-3.6) .. (10.5,-2.5) .. (12.5,-.3)\n;\n\n\\node[text=red] at (1.8,0) {\\Huge S}; \n\\node[text=green] at (10.2,0) {\\Huge T}; \n\n\n\\xintForthree #1#2#3 in {\n ( {(0,-1)} , S1 , $ $ ), \n ( {(0,1)} , S2 , $ $ ),\n ( {(3,-2)} , T1 , $B$ ),\n ( {(3,1)} , T2 , $ $ ),\n ({(6,-3)}, U1, $ $ ),\n ({(6,0)} , U2, $B_{DP}$ ),\n ({(6,2)} , U3, $ $ ),\n ({(9,-2.5)}, V1, $ $ ),\n ({(9,-1)} , V2, $ $ ),\n ({(9,1.5)} , V3, $ $ )\n }\n\\do\n{\n \\node[bblock] (#2) at #1 {#3};\n\n}\n\n\\xintForthree #1 #2 #3 in {\n (S1, T1, 0), \n (S2, T2, 0),\n (S2, T1, 0),\n (S1, T2, 0),\n (T1, U1, 0),\n (T1, U2, 0),\n (T2, U3, 0),\n (U1, V1, 0),\n (U2, V2, 0),\n (U2, V3, 0),\n (U3, V3, 0)\n }\n\\do\n{\n \\draw[->, >=stealth', thick] (#1) edge[bend right=#3] (#2);\n}\n\n\\xintFor #1 in {\n S1,\n S2\n }\n\\do\n{\n \\draw[->, >=stealth', thick] ($ (#1) + (-1.5,.4) $) -- (#1);\n \\draw[->, >=stealth', thick] ($ (#1) + (-1.5,-.4) $) -- (#1);\n}\n\n\\xintFor #1 in {\n V1,\n V2,\n V3\n }\n\\do\n{\n \\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,.4) $);\n \\draw[->, >=stealth', thick] (#1) -- ($ (#1) + (1.5,-.4) $);\n}\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
76
] |
linkhex_third
|
\documentclass[tikz,border=5]{standalone}
\usepackage{epic,latexsym,amssymb,xcolor}
\usepackage{color}
\usepackage{tikz}
\usepackage{amsfonts,epsf,amsmath,leftidx}
\usepackage{pgfplots}
\pgfplotsset{compat=1.15}
\usetikzlibrary{arrows}
\begin{document}
\begin{tikzpicture}[line cap=round,line join=round,>=triangle 45,x=1cm,y=1cm]
\clip(-0.4,-2.1) rectangle (6.7,2.3);
\draw [line width=0.3pt] (0,1)-- (0,0);
\draw [line width=0.3pt] (0,1)-- (0.5,1.4);
\draw [line width=0.3pt] (0.5,1.4)-- (1,1);
\draw [line width=0.3pt] (1,1)-- (1,0);
\draw [line width=0.3pt] (0,0)-- (0.5,-0.4);
\draw [line width=0.3pt] (0.5,-0.4)-- (1,0);
\draw [line width=0.3pt] (1,0)-- (1.5,0.4);
\draw [line width=0.3pt] (1.5,0.4)-- (2,0);
\draw [line width=0.3pt] (1,0)-- (1,-1);
\draw [line width=0.3pt] (1,-1)-- (1.5,-1.4);
\draw [line width=0.3pt] (1.5,-1.4)-- (2,-1);
\draw [line width=0.3pt] (2,0)-- (2,-1);
\draw [line width=0.3pt] (3.5,1)-- (3.5,0);
\draw [line width=0.3pt] (3.5,1)-- (4,1.4);
\draw [line width=0.3pt] (4,1.4)-- (4.5,1);
\draw [line width=0.3pt] (4.5,1)-- (4.5,0);
\draw [line width=0.3pt] (4.5,0)-- (4,-0.4);
\draw [line width=0.3pt] (3.5,0)-- (4,-0.4);
\begin{scriptsize}
\draw [fill=black] (0,0) circle (1pt);
\draw [fill=black] (1,0) circle (1pt);
\draw [fill=black] (1,1) circle (1pt);
\draw [fill=black] (0,1) circle (1pt);
\draw [fill=black] (0.5,1.4) circle (1pt);
\draw [fill=black] (0.5,-0.4) circle (1pt);
\draw [fill=black] (1.5,0.4) circle (1pt);
\draw [fill=black] (2,0) circle (1pt);
\draw [fill=black] (1,-1) circle (1pt);
\draw [fill=black] (2,-1) circle (1pt);
\draw [fill=black] (1.5,-1.4) circle (1pt);
\draw [fill=black] (3.5,0) circle (1pt);
\draw [fill=black] (4.5,0) circle (1pt);
\draw [fill=black] (3.5,1) circle (1pt);
\draw [fill=black] (4.5,1) circle (1pt);
\draw [fill=black] (4,1.4) circle (1pt);
\draw [fill=black] (4,-0.4) circle (1pt);
\draw[color=black] (2.7,0) node {$...$};
\end{scriptsize}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{epic,latexsym,amssymb,xcolor}
\usepackage{color}
\usepackage{tikz}
\usepackage{amsfonts,epsf,amsmath,leftidx}
\usepackage{pgfplots}
\pgfplotsset{compat=1.15}
\usetikzlibrary{arrows}
\begin{document}
\begin{tikzpicture}[line cap=round,line join=round,>=triangle 45,x=1cm,y=1cm]
\clip(-0.4,-2.1) rectangle (6.7,2.3);
\draw [line width=0.3pt] (0,1)-- (0,0);
\draw [line width=0.3pt] (0,1)-- (0.5,1.4);
\draw [line width=0.3pt] (0.5,1.4)-- (1,1);
\draw [line width=0.3pt] (1,1)-- (1,0);
\draw [line width=0.3pt] (0,0)-- (0.5,-0.4);
\draw [line width=0.3pt] (0.5,-0.4)-- (1,0);
\draw [line width=0.3pt] (1,0)-- (1.5,0.4);
\draw [line width=0.3pt] (1.5,0.4)-- (2,0);
\draw [line width=0.3pt] (1,0)-- (1,-1);
\draw [line width=0.3pt] (1,-1)-- (1.5,-1.4);
\draw [line width=0.3pt] (1.5,-1.4)-- (2,-1);
\draw [line width=0.3pt] (2,0)-- (2,-1);
\draw [line width=0.3pt] (3.5,1)-- (3.5,0);
\draw [line width=0.3pt] (3.5,1)-- (4,1.4);
\draw [line width=0.3pt] (4,1.4)-- (4.5,1);
\draw [line width=0.3pt] (4.5,1)-- (4.5,0);
\draw [line width=0.3pt] (4.5,0)-- (4,-0.4);
\draw [line width=0.3pt] (3.5,0)-- (4,-0.4);
\begin{scriptsize}
\draw [fill=black] (0,0) circle (1pt);
\draw [fill=black] (1,0) circle (1pt);
\draw [fill=black] (1,1) circle (1pt);
\draw [fill=black] (0,1) circle (1pt);
\draw [fill=black] (0.5,1.4) circle (1pt);
\draw [fill=black] (0.5,-0.4) circle (1pt);
\draw [fill=black] (1.5,0.4) circle (1pt);
\draw [fill=black] (2,0) circle (1pt);
\draw [fill=black] (1,-1) circle (1pt);
\draw [fill=black] (2,-1) circle (1pt);
\draw [fill=black] (1.5,-1.4) circle (1pt);
\draw [fill=black] (3.5,0) circle (1pt);
\draw [fill=black] (4.5,0) circle (1pt);
\draw [fill=black] (3.5,1) circle (1pt);
\draw [fill=black] (4.5,1) circle (1pt);
\draw [fill=black] (4,1.4) circle (1pt);
\draw [fill=black] (4,-0.4) circle (1pt);
\draw[color=black] (2.7,0) node {$...$};
\end{scriptsize}
\end{tikzpicture}
\end{document}
|
Add a third hexagon after the second one, following the pattern of the two existing ones.
|
Four hexagonal shapes, with the first three ones sharing a vertex.
|
medium
|
add
|
scientific
|
[
"@@ -24,3 +24,6 @@\n\n-\\draw [line width=0.3pt] (3.5,1)-- (3.5,0);\n-\\draw [line width=0.3pt] (3.5,1)-- (4,1.4);\n-\\draw [line width=0.3pt] (4,1.4)-- (4.5,1);\n+\\draw [line width=0.3pt] (2,1)-- (2,0);\n+\\draw [line width=0.3pt] (2,1)-- (2.5,1.4);\n+\\draw [line width=0.3pt] (2.5,1.4)-- (3,1);\n+\\draw [line width=0.3pt] (3,1)-- (3,0);\n+\\draw [line width=0.3pt] (3,0)-- (2.5,-0.4);\n+\\draw [line width=0.3pt] (2.5,-0.4)-- (2,0);\n@@ -28,2 +31,5 @@\n\n-\\draw [line width=0.3pt] (4.5,0)-- (4,-0.4);\n-\\draw [line width=0.3pt] (3.5,0)-- (4,-0.4);\n+\\draw [line width=0.3pt] (4.5,1)-- (5,1.4);\n+\\draw [line width=0.3pt] (5,1.4)-- (5.5,1);\n+\\draw [line width=0.3pt] (5.5,1)-- (5.5,0);\n+\\draw [line width=0.3pt] (5.5,0)-- (5,-0.4);\n+\\draw [line width=0.3pt] (4.5,0)-- (5,-0.4);\n@@ -42 +48,5 @@\n\n-\\draw [fill=black] (3.5,0) circle (1pt);\n+\\draw [fill=black] (3,0) circle (1pt);\n+\\draw [fill=black] (3,1) circle (1pt);\n+\\draw [fill=black] (2,1) circle (1pt);\n+\\draw [fill=black] (2.5,1.4) circle (1pt);\n+\\draw [fill=black] (2.5,-0.4) circle (1pt);\n@@ -44 +54 @@\n\n-\\draw [fill=black] (3.5,1) circle (1pt);\n+\\draw [fill=black] (5.5,0) circle (1pt);\n@@ -46,3 +56,4 @@\n\n-\\draw [fill=black] (4,1.4) circle (1pt);\n-\\draw [fill=black] (4,-0.4) circle (1pt);\n-\\draw[color=black] (2.7,0) node {$...$};\n+\\draw [fill=black] (5.5,1) circle (1pt);\n+\\draw [fill=black] (5,1.4) circle (1pt);\n+\\draw [fill=black] (5,-0.4) circle (1pt);\n+\\draw[color=black] (3.7,0) node {$...$};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{epic,latexsym,amssymb,xcolor}\n\\usepackage{color}\n\\usepackage{tikz}\n\\usepackage{amsfonts,epsf,amsmath,leftidx}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=1.15}\n\\usetikzlibrary{arrows}\n\n\\begin{document}\n\n\\begin{tikzpicture}[line cap=round,line join=round,>=triangle 45,x=1cm,y=1cm]\n\\clip(-0.4,-2.1) rectangle (6.7,2.3);\n\\draw [line width=0.3pt] (0,1)-- (0,0);\n\\draw [line width=0.3pt] (0,1)-- (0.5,1.4);\n\\draw [line width=0.3pt] (0.5,1.4)-- (1,1);\n\\draw [line width=0.3pt] (1,1)-- (1,0);\n\\draw [line width=0.3pt] (0,0)-- (0.5,-0.4);\n\\draw [line width=0.3pt] (0.5,-0.4)-- (1,0);\n\\draw [line width=0.3pt] (1,0)-- (1.5,0.4);\n\\draw [line width=0.3pt] (1.5,0.4)-- (2,0);\n\\draw [line width=0.3pt] (1,0)-- (1,-1);\n\\draw [line width=0.3pt] (1,-1)-- (1.5,-1.4);\n\\draw [line width=0.3pt] (1.5,-1.4)-- (2,-1);\n\\draw [line width=0.3pt] (2,0)-- (2,-1);\n\\draw [line width=0.3pt] (2,1)-- (2,0);\n\\draw [line width=0.3pt] (2,1)-- (2.5,1.4);\n\\draw [line width=0.3pt] (2.5,1.4)-- (3,1);\n\\draw [line width=0.3pt] (3,1)-- (3,0);\n\\draw [line width=0.3pt] (3,0)-- (2.5,-0.4);\n\\draw [line width=0.3pt] (2.5,-0.4)-- (2,0);\n\\draw [line width=0.3pt] (4.5,1)-- (4.5,0);\n\\draw [line width=0.3pt] (4.5,1)-- (5,1.4);\n\\draw [line width=0.3pt] (5,1.4)-- (5.5,1);\n\\draw [line width=0.3pt] (5.5,1)-- (5.5,0);\n\\draw [line width=0.3pt] (5.5,0)-- (5,-0.4);\n\\draw [line width=0.3pt] (4.5,0)-- (5,-0.4);\n\\begin{scriptsize}\n\\draw [fill=black] (0,0) circle (1pt);\n\\draw [fill=black] (1,0) circle (1pt);\n\\draw [fill=black] (1,1) circle (1pt);\n\\draw [fill=black] (0,1) circle (1pt);\n\\draw [fill=black] (0.5,1.4) circle (1pt);\n\\draw [fill=black] (0.5,-0.4) circle (1pt);\n\\draw [fill=black] (1.5,0.4) circle (1pt);\n\\draw [fill=black] (2,0) circle (1pt);\n\\draw [fill=black] (1,-1) circle (1pt);\n\\draw [fill=black] (2,-1) circle (1pt);\n\\draw [fill=black] (1.5,-1.4) circle (1pt);\n\\draw [fill=black] (3,0) circle (1pt);\n\\draw [fill=black] (3,1) circle (1pt);\n\\draw [fill=black] (2,1) circle (1pt);\n\\draw [fill=black] (2.5,1.4) circle (1pt);\n\\draw [fill=black] (2.5,-0.4) circle (1pt);\n\\draw [fill=black] (4.5,0) circle (1pt);\n\\draw [fill=black] (5.5,0) circle (1pt);\n\\draw [fill=black] (4.5,1) circle (1pt);\n\\draw [fill=black] (5.5,1) circle (1pt);\n\\draw [fill=black] (5,1.4) circle (1pt);\n\\draw [fill=black] (5,-0.4) circle (1pt);\n\n\\draw[color=black] (3.7,0) node {$...$};\n\n\\end{scriptsize}\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{epic,latexsym,amssymb,xcolor}\n\\usepackage{color}\n\\usepackage{tikz}\n\\usepackage{amsfonts,epsf,amsmath,leftidx}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=1.15}\n\\usetikzlibrary{arrows}\n\n\\begin{document}\n\n\\begin{tikzpicture}[line cap=round,line join=round,>=triangle 45,x=1cm,y=1cm]\n\\clip(-0.4,-2.1) rectangle (6.7,2.3);\n\\draw [line width=0.3pt] (0,1)-- (0,0);\n\\draw [line width=0.3pt] (0,1)-- (0.5,1.4);\n\\draw [line width=0.3pt] (0.5,1.4)-- (1,1);\n\\draw [line width=0.3pt] (1,1)-- (1,0);\n\\draw [line width=0.3pt] (0,0)-- (0.5,-0.4);\n\\draw [line width=0.3pt] (0.5,-0.4)-- (1,0);\n\\draw [line width=0.3pt] (1,0)-- (1.5,0.4);\n\\draw [line width=0.3pt] (1.5,0.4)-- (2,0);\n\\draw [line width=0.3pt] (1,0)-- (1,-1);\n\\draw [line width=0.3pt] (1,-1)-- (1.5,-1.4);\n\\draw [line width=0.3pt] (1.5,-1.4)-- (2,-1);\n\\draw [line width=0.3pt] (2,0)-- (2,-1);\n\\draw [line width=0.3pt] (2,1)-- (2,0);\n\\draw [line width=0.3pt] (2,1)-- (2.5,1.4);\n\\draw [line width=0.3pt] (2.5,1.4)-- (3,1);\n\\draw [line width=0.3pt] (3,1)-- (3,0);\n\\draw [line width=0.3pt] (3,0)-- (2.5,-0.4);\n\\draw [line width=0.3pt] (2.5,-0.4)-- (2,0);\n\\draw [line width=0.3pt] (4.5,1)-- (4.5,0);\n\\draw [line width=0.3pt] (4.5,1)-- (5,1.4);\n\\draw [line width=0.3pt] (5,1.4)-- (5.5,1);\n\\draw [line width=0.3pt] (5.5,1)-- (5.5,0);\n\\draw [line width=0.3pt] (5.5,0)-- (5,-0.4);\n\\draw [line width=0.3pt] (4.5,0)-- (5,-0.4);\n\\begin{scriptsize}\n\\draw [fill=black] (0,0) circle (1pt);\n\\draw [fill=black] (1,0) circle (1pt);\n\\draw [fill=black] (1,1) circle (1pt);\n\\draw [fill=black] (0,1) circle (1pt);\n\\draw [fill=black] (0.5,1.4) circle (1pt);\n\\draw [fill=black] (0.5,-0.4) circle (1pt);\n\\draw [fill=black] (1.5,0.4) circle (1pt);\n\\draw [fill=black] (2,0) circle (1pt);\n\\draw [fill=black] (1,-1) circle (1pt);\n\\draw [fill=black] (2,-1) circle (1pt);\n\\draw [fill=black] (1.5,-1.4) circle (1pt);\n\\draw [fill=black] (3,0) circle (1pt);\n\\draw [fill=black] (3,1) circle (1pt);\n\\draw [fill=black] (2,1) circle (1pt);\n\\draw [fill=black] (2.5,1.4) circle (1pt);\n\\draw [fill=black] (2.5,-0.4) circle (1pt);\n\\draw [fill=black] (4.5,0) circle (1pt);\n\\draw [fill=black] (5.5,0) circle (1pt);\n\\draw [fill=black] (4.5,1) circle (1pt);\n\\draw [fill=black] (5.5,1) circle (1pt);\n\\draw [fill=black] (5,1.4) circle (1pt);\n\\draw [fill=black] (5,-0.4) circle (1pt);\n\n\\draw[color=black] (3.7,0) node {$...$};\n\n\\end{scriptsize}\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
2,
2,
6,
2,
6
] |
magnet_red_blue
|
\documentclass[border=1cm]{standalone}
\usepackage{tikz}
\usetikzlibrary{decorations.markings}
\pgfdeclarelayer{background}
\pgfdeclarelayer{foreground}
\pgfsetlayers{background,foreground}
\begin{document}
\tikzset{middlearrow/.style={
decoration={markings,
mark= at position 0.5 with {\arrow{#1}} ,
},
postaction={decorate},red,very thin
}
}
\begin{tikzpicture}
\begin{pgfonlayer}{foreground}
\node[coordinate] at (0,1)(1){1};
\node[coordinate] at (1,-1)(3){3};
\node[coordinate] at (1,0)(2){2};
\node[coordinate] at (-1,-2)(4){4};
\node[coordinate] at (-2,-1)(5){5};
\node[coordinate] at (-2,0)(6){6};
\node[coordinate] at (-1,-1)(7){7};
\node[] at (0,0.2)(S){\tiny SOUTH};
\node[coordinate] at (2,2)(8){1};
\node[coordinate] at (3,0)(10){3};
\node[coordinate] at (3,1)(9){2};
\node[coordinate] at (2,1)(11){4};
\node[coordinate] at (5,1)(12){5};
\node[coordinate] at (5,2)(13){6};
\node[coordinate] at (4,3)(14){7};
\node[] at (3,1.75)(N){\tiny NORTH};
\draw[thick] (1) to (2);
\draw[thick] (2) to (3);
\draw[thick] (3) to (4);
\draw[thick] (4) to (5);
\draw[thick] (5) to (6);
\draw[thick] (6) to (7);
\draw[thick] (7) to (4);
\draw[thick] (6) to (1);
\draw[thick] (7) to (2);
\fill [opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;
\draw[thick] (8) to (9);
\draw[thick] (9) to (10);
\draw[thick] (10) to (11);
\draw[thick] (11) to (8);
\draw[thick] (12) to (13);
\draw[thick] (13) to (14);
\draw[thick] (10) to (12);
\draw[thick] (9) to (13);
\draw[thick] (8) to (14);
\fill [opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;
\end{pgfonlayer}
\begin{pgfonlayer}{background}
\node[coordinate] at (3,0.8) (15){15};
\node[coordinate] at (3,0.6) (16){16};
\node[coordinate] at (3,0.4) (17){17};
\node[coordinate] at (3,0.2) (18){18};
\node[coordinate] at (1,-0.8) (181){181};
\node[coordinate] at (1,-0.6) (171){171};
\node[coordinate] at (1,-0.4) (161){161};
\node[coordinate] at (1,-0.2) (151){151};
\node[coordinate] at (2.7,1.3) (19){19};
\node[coordinate] at (2.4,1.6) (20){20};
\node[coordinate] at (0.7,0.3) (191){191};
\node[coordinate] at (0.4,0.6) (201){201};
\draw[middlearrow={stealth}] (8) -- (1);
\draw[middlearrow={stealth}] (9) -- (2);
\draw[middlearrow={stealth}] (10) -- (3);
\draw[middlearrow={stealth}] (15) -- (151);
\draw[middlearrow={stealth}] (16) -- (161);
\draw[middlearrow={stealth}] (17) -- (171);
\draw[middlearrow={stealth}] (18) -- (181);
\draw[middlearrow={stealth}] (19) -- (191);
\draw[middlearrow={stealth}] (20) -- (201);
\end{pgfonlayer}
\end{tikzpicture}
\end{document}
|
\documentclass[border=1cm]{standalone}
\usepackage{tikz}
\usetikzlibrary{decorations.markings}
\pgfdeclarelayer{background}
\pgfdeclarelayer{foreground}
\pgfsetlayers{background,foreground}
\begin{document}
\tikzset{middlearrow/.style={
decoration={markings,
mark= at position 0.5 with {\arrow{#1}} ,
},
postaction={decorate},red,very thin
}
}
\begin{tikzpicture}
\begin{pgfonlayer}{foreground}
% cube 1
\node[coordinate] at (0,1)(1){1};
\node[coordinate] at (1,-1)(3){3};
\node[coordinate] at (1,0)(2){2};
\node[coordinate] at (-1,-2)(4){4};
\node[coordinate] at (-2,-1)(5){5};
\node[coordinate] at (-2,0)(6){6};
\node[coordinate] at (-1,-1)(7){7};
\node[] at (0,0.2)(S){\tiny SOUTH};
% cube 2
\node[coordinate] at (2,2)(8){1};
\node[coordinate] at (3,0)(10){3};
\node[coordinate] at (3,1)(9){2};
\node[coordinate] at (2,1)(11){4};
\node[coordinate] at (5,1)(12){5};
\node[coordinate] at (5,2)(13){6};
\node[coordinate] at (4,3)(14){7};
\node[] at (3,1.75)(N){\tiny NORTH};
%draw cube 1
\draw[thick] (1) to (2);
\draw[thick] (2) to (3);
\draw[thick] (3) to (4);
\draw[thick] (4) to (5);
\draw[thick] (5) to (6);
\draw[thick] (6) to (7);
\draw[thick] (7) to (4);
\draw[thick] (6) to (1);
\draw[thick] (7) to (2);
\fill [opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;
%draw cube 2
\draw[thick] (8) to (9);
\draw[thick] (9) to (10);
\draw[thick] (10) to (11);
\draw[thick] (11) to (8);
\draw[thick] (12) to (13);
\draw[thick] (13) to (14);
\draw[thick] (10) to (12);
\draw[thick] (9) to (13);
\draw[thick] (8) to (14);
\fill [opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;
\end{pgfonlayer}
\begin{pgfonlayer}{background}
% additional nodes for arrows
\node[coordinate] at (3,0.8) (15){15};
\node[coordinate] at (3,0.6) (16){16};
\node[coordinate] at (3,0.4) (17){17};
\node[coordinate] at (3,0.2) (18){18};
\node[coordinate] at (1,-0.8) (181){181};
\node[coordinate] at (1,-0.6) (171){171};
\node[coordinate] at (1,-0.4) (161){161};
\node[coordinate] at (1,-0.2) (151){151};
\node[coordinate] at (2.7,1.3) (19){19};
\node[coordinate] at (2.4,1.6) (20){20};
\node[coordinate] at (0.7,0.3) (191){191};
\node[coordinate] at (0.4,0.6) (201){201};
% magnetic arrows
\draw[middlearrow={stealth}] (8) -- (1);
\draw[middlearrow={stealth}] (9) -- (2);
\draw[middlearrow={stealth}] (10) -- (3);
\draw[middlearrow={stealth}] (15) -- (151);
\draw[middlearrow={stealth}] (16) -- (161);
\draw[middlearrow={stealth}] (17) -- (171);
\draw[middlearrow={stealth}] (18) -- (181);
\draw[middlearrow={stealth}] (19) -- (191);
\draw[middlearrow={stealth}] (20) -- (201);
\end{pgfonlayer}
\end{tikzpicture}
\end{document}
|
Color the north magnet in red and the south one in blue
|
Two colored magnets.
|
easy
|
update
|
scientific
|
[
"@@ -42 +42 @@\n\n-\\fill [opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n+\\fill [opacity=.5, blue] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n@@ -52 +52 @@\n\n-\\fill [opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n+\\fill [opacity=.5, red] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;",
"@@ -42 +42 @@\n\n-\\fill [opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n+\\fill [blue,opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n@@ -52 +52 @@\n\n-\\fill [opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n+\\fill [red,opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;",
"@@ -24 +24 @@\n\n-\\node[] at (0,0.2)(S){\\tiny SOUTH};\n+\\node[text=blue] at (0,0.2)(S){\\tiny SOUTH};\n@@ -32 +32 @@\n\n-\\node[] at (3,1.75)(N){\\tiny NORTH};\n+\\node[text=red] at (3,1.75)(N){\\tiny NORTH};\n@@ -42 +42 @@\n\n-\\fill [opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n+\\fill [opacity=.5, blue] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n@@ -52 +52 @@\n\n-\\fill [opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n+\\fill [opacity=.5, red] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;",
"@@ -42 +42 @@\n\n-\\fill [opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n+\\fill [blue, opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n@@ -52 +52 @@\n\n-\\fill [opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n+\\fill [red, opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;",
"@@ -24 +24 @@\n\n-\\node[] at (0,0.2)(S){\\tiny SOUTH};\n+\\node[text=blue] at (0,0.2)(S){\\tiny SOUTH};\n@@ -32 +32 @@\n\n-\\node[] at (3,1.75)(N){\\tiny NORTH};\n+\\node[text=red] at (3,1.75)(N){\\tiny NORTH};\n@@ -42 +42 @@\n\n-\\fill [opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n+\\fill [blue, opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n@@ -52 +52 @@\n\n-\\fill [opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n+\\fill [red, opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;"
] |
[
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"\\documentclass[border=1cm]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{decorations.markings}\n\n\\pgfdeclarelayer{background}\n\\pgfdeclarelayer{foreground}\n\\pgfsetlayers{background,foreground}\n\n\\begin{document}\n \n \\tikzset{middlearrow/.style={\n decoration={markings,\n mark= at position 0.5 with {\\arrow{#1}} ,\n },\n postaction={decorate},red,very thin\n }\n }\n \n \\begin{tikzpicture}\n \n \\begin{pgfonlayer}{foreground}\n \\node[coordinate] at (0,1)(1){1};\n \\node[coordinate] at (1,-1)(3){3};\n \\node[coordinate] at (1,0)(2){2};\n \\node[coordinate] at (-1,-2)(4){4};\n \\node[coordinate] at (-2,-1)(5){5};\n \\node[coordinate] at (-2,0)(6){6};\n \\node[coordinate] at (-1,-1)(7){7};\n \\node[] at (0,0.2)(S){\\tiny SOUTH};\n \n \\node[coordinate] at (2,2)(8){1};\n \\node[coordinate] at (3,0)(10){3};\n \\node[coordinate] at (3,1)(9){2};\n \\node[coordinate] at (2,1)(11){4};\n \\node[coordinate] at (5,1)(12){5};\n \\node[coordinate] at (5,2)(13){6};\n \\node[coordinate] at (4,3)(14){7};\n \\node[] at (3,1.75)(N){\\tiny NORTH};\n \n \\draw[thick] (1) to (2);\n \\draw[thick] (2) to (3);\n \\draw[thick] (3) to (4);\n \\draw[thick] (4) to (5);\n \\draw[thick] (5) to (6);\n \\draw[thick] (6) to (7);\n \\draw[thick] (7) to (4);\n \\draw[thick] (6) to (1);\n \\draw[thick] (7) to (2);\n \n \\fill [blue,opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n \n \\draw[thick] (8) to (9);\n \\draw[thick] (9) to (10);\n \\draw[thick] (10) to (11);\n \\draw[thick] (11) to (8);\n \\draw[thick] (12) to (13);\n \\draw[thick] (13) to (14);\n \\draw[thick] (10) to (12);\n \\draw[thick] (9) to (13);\n \\draw[thick] (8) to (14);\n \n \\fill [red,opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n \\end{pgfonlayer}\n\n \\begin{pgfonlayer}{background}\n \\node[coordinate] at (3,0.8) (15){15};\n \\node[coordinate] at (3,0.6) (16){16};\n \\node[coordinate] at (3,0.4) (17){17};\n \\node[coordinate] at (3,0.2) (18){18};\n \\node[coordinate] at (1,-0.8) (181){181};\n \\node[coordinate] at (1,-0.6) (171){171};\n \\node[coordinate] at (1,-0.4) (161){161};\n \\node[coordinate] at (1,-0.2) (151){151};\n \n \\node[coordinate] at (2.7,1.3) (19){19};\n \\node[coordinate] at (2.4,1.6) (20){20};\n \\node[coordinate] at (0.7,0.3) (191){191};\n \\node[coordinate] at (0.4,0.6) (201){201};\n \n \\draw[middlearrow={stealth}] (8) -- (1);\n \\draw[middlearrow={stealth}] (9) -- (2);\n \\draw[middlearrow={stealth}] (10) -- (3);\n \\draw[middlearrow={stealth}] (15) -- (151);\n \\draw[middlearrow={stealth}] (16) -- (161);\n \\draw[middlearrow={stealth}] (17) -- (171);\n \\draw[middlearrow={stealth}] (18) -- (181);\n \n \\draw[middlearrow={stealth}] (19) -- (191);\n \\draw[middlearrow={stealth}] (20) -- (201); \n\\end{pgfonlayer}\n\n \\end{tikzpicture} \n \n\\end{document}",
"\\documentclass[border=1cm]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{decorations.markings}\n\n\\pgfdeclarelayer{background}\n\\pgfdeclarelayer{foreground}\n\\pgfsetlayers{background,foreground}\n\n\\begin{document}\n \n \\tikzset{middlearrow/.style={\n decoration={markings,\n mark= at position 0.5 with {\\arrow{#1}} ,\n },\n postaction={decorate},red,very thin\n }\n }\n \n \\begin{tikzpicture}\n \n \\begin{pgfonlayer}{foreground}\n \\node[coordinate] at (0,1)(1){1};\n \\node[coordinate] at (1,-1)(3){3};\n \\node[coordinate] at (1,0)(2){2};\n \\node[coordinate] at (-1,-2)(4){4};\n \\node[coordinate] at (-2,-1)(5){5};\n \\node[coordinate] at (-2,0)(6){6};\n \\node[coordinate] at (-1,-1)(7){7};\n \\node[text=blue] at (0,0.2)(S){\\tiny SOUTH};\n \n \\node[coordinate] at (2,2)(8){1};\n \\node[coordinate] at (3,0)(10){3};\n \\node[coordinate] at (3,1)(9){2};\n \\node[coordinate] at (2,1)(11){4};\n \\node[coordinate] at (5,1)(12){5};\n \\node[coordinate] at (5,2)(13){6};\n \\node[coordinate] at (4,3)(14){7};\n \\node[text=red] at (3,1.75)(N){\\tiny NORTH};\n \n \\draw[thick] (1) to (2);\n \\draw[thick] (2) to (3);\n \\draw[thick] (3) to (4);\n \\draw[thick] (4) to (5);\n \\draw[thick] (5) to (6);\n \\draw[thick] (6) to (7);\n \\draw[thick] (7) to (4);\n \\draw[thick] (6) to (1);\n \\draw[thick] (7) to (2);\n \n \\fill [opacity=.5, blue] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n \n \\draw[thick] (8) to (9);\n \\draw[thick] (9) to (10);\n \\draw[thick] (10) to (11);\n \\draw[thick] (11) to (8);\n \\draw[thick] (12) to (13);\n \\draw[thick] (13) to (14);\n \\draw[thick] (10) to (12);\n \\draw[thick] (9) to (13);\n \\draw[thick] (8) to (14);\n \n \\fill [opacity=.5, red] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n \\end{pgfonlayer}\n\n \\begin{pgfonlayer}{background}\n \\node[coordinate] at (3,0.8) (15){15};\n \\node[coordinate] at (3,0.6) (16){16};\n \\node[coordinate] at (3,0.4) (17){17};\n \\node[coordinate] at (3,0.2) (18){18};\n \\node[coordinate] at (1,-0.8) (181){181};\n \\node[coordinate] at (1,-0.6) (171){171};\n \\node[coordinate] at (1,-0.4) (161){161};\n \\node[coordinate] at (1,-0.2) (151){151};\n \n \\node[coordinate] at (2.7,1.3) (19){19};\n \\node[coordinate] at (2.4,1.6) (20){20};\n \\node[coordinate] at (0.7,0.3) (191){191};\n \\node[coordinate] at (0.4,0.6) (201){201};\n \n \\draw[middlearrow={stealth}] (8) -- (1);\n \\draw[middlearrow={stealth}] (9) -- (2);\n \\draw[middlearrow={stealth}] (10) -- (3);\n \\draw[middlearrow={stealth}] (15) -- (151);\n \\draw[middlearrow={stealth}] (16) -- (161);\n \\draw[middlearrow={stealth}] (17) -- (171);\n \\draw[middlearrow={stealth}] (18) -- (181);\n \n \\draw[middlearrow={stealth}] (19) -- (191);\n \\draw[middlearrow={stealth}] (20) -- (201); \n\\end{pgfonlayer}\n\n \\end{tikzpicture} \n \n\\end{document}",
"\\documentclass[border=1cm]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{decorations.markings}\n\n\\pgfdeclarelayer{background}\n\\pgfdeclarelayer{foreground}\n\\pgfsetlayers{background,foreground}\n\n\\begin{document}\n \n \\tikzset{middlearrow/.style={\n decoration={markings,\n mark= at position 0.5 with {\\arrow{#1}} ,\n },\n postaction={decorate},red,very thin\n }\n }\n \n \\begin{tikzpicture}\n \n \\begin{pgfonlayer}{foreground}\n \\node[coordinate] at (0,1)(1){1};\n \\node[coordinate] at (1,-1)(3){3};\n \\node[coordinate] at (1,0)(2){2};\n \\node[coordinate] at (-1,-2)(4){4};\n \\node[coordinate] at (-2,-1)(5){5};\n \\node[coordinate] at (-2,0)(6){6};\n \\node[coordinate] at (-1,-1)(7){7};\n \\node[] at (0,0.2)(S){\\tiny SOUTH};\n \n \\node[coordinate] at (2,2)(8){1};\n \\node[coordinate] at (3,0)(10){3};\n \\node[coordinate] at (3,1)(9){2};\n \\node[coordinate] at (2,1)(11){4};\n \\node[coordinate] at (5,1)(12){5};\n \\node[coordinate] at (5,2)(13){6};\n \\node[coordinate] at (4,3)(14){7};\n \\node[] at (3,1.75)(N){\\tiny NORTH};\n \n \\draw[thick] (1) to (2);\n \\draw[thick] (2) to (3);\n \\draw[thick] (3) to (4);\n \\draw[thick] (4) to (5);\n \\draw[thick] (5) to (6);\n \\draw[thick] (6) to (7);\n \\draw[thick] (7) to (4);\n \\draw[thick] (6) to (1);\n \\draw[thick] (7) to (2);\n \n \\fill [blue, opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n \n \\draw[thick] (8) to (9);\n \\draw[thick] (9) to (10);\n \\draw[thick] (10) to (11);\n \\draw[thick] (11) to (8);\n \\draw[thick] (12) to (13);\n \\draw[thick] (13) to (14);\n \\draw[thick] (10) to (12);\n \\draw[thick] (9) to (13);\n \\draw[thick] (8) to (14);\n \n \\fill [red, opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n \\end{pgfonlayer}\n\n \\begin{pgfonlayer}{background}\n \\node[coordinate] at (3,0.8) (15){15};\n \\node[coordinate] at (3,0.6) (16){16};\n \\node[coordinate] at (3,0.4) (17){17};\n \\node[coordinate] at (3,0.2) (18){18};\n \\node[coordinate] at (1,-0.8) (181){181};\n \\node[coordinate] at (1,-0.6) (171){171};\n \\node[coordinate] at (1,-0.4) (161){161};\n \\node[coordinate] at (1,-0.2) (151){151};\n \n \\node[coordinate] at (2.7,1.3) (19){19};\n \\node[coordinate] at (2.4,1.6) (20){20};\n \\node[coordinate] at (0.7,0.3) (191){191};\n \\node[coordinate] at (0.4,0.6) (201){201};\n \n \\draw[middlearrow={stealth}] (8) -- (1);\n \\draw[middlearrow={stealth}] (9) -- (2);\n \\draw[middlearrow={stealth}] (10) -- (3);\n \\draw[middlearrow={stealth}] (15) -- (151);\n \\draw[middlearrow={stealth}] (16) -- (161);\n \\draw[middlearrow={stealth}] (17) -- (171);\n \\draw[middlearrow={stealth}] (18) -- (181);\n \n \\draw[middlearrow={stealth}] (19) -- (191);\n \\draw[middlearrow={stealth}] (20) -- (201); \n\\end{pgfonlayer}\n\n \\end{tikzpicture} \n \n\\end{document}",
"\\documentclass[border=1cm]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{decorations.markings}\n\n\\pgfdeclarelayer{background}\n\\pgfdeclarelayer{foreground}\n\\pgfsetlayers{background,foreground}\n\n\\begin{document}\n \n \\tikzset{middlearrow/.style={\n decoration={markings,\n mark= at position 0.5 with {\\arrow{#1}} ,\n },\n postaction={decorate},red,very thin\n }\n }\n \n \\begin{tikzpicture}\n \n \\begin{pgfonlayer}{foreground}\n \\node[coordinate] at (0,1)(1){1};\n \\node[coordinate] at (1,-1)(3){3};\n \\node[coordinate] at (1,0)(2){2};\n \\node[coordinate] at (-1,-2)(4){4};\n \\node[coordinate] at (-2,-1)(5){5};\n \\node[coordinate] at (-2,0)(6){6};\n \\node[coordinate] at (-1,-1)(7){7};\n \\node[text=blue] at (0,0.2)(S){\\tiny SOUTH};\n \n \\node[coordinate] at (2,2)(8){1};\n \\node[coordinate] at (3,0)(10){3};\n \\node[coordinate] at (3,1)(9){2};\n \\node[coordinate] at (2,1)(11){4};\n \\node[coordinate] at (5,1)(12){5};\n \\node[coordinate] at (5,2)(13){6};\n \\node[coordinate] at (4,3)(14){7};\n \\node[text=red] at (3,1.75)(N){\\tiny NORTH};\n \n \\draw[thick] (1) to (2);\n \\draw[thick] (2) to (3);\n \\draw[thick] (3) to (4);\n \\draw[thick] (4) to (5);\n \\draw[thick] (5) to (6);\n \\draw[thick] (6) to (7);\n \\draw[thick] (7) to (4);\n \\draw[thick] (6) to (1);\n \\draw[thick] (7) to (2);\n \n \\fill [blue, opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n \n \\draw[thick] (8) to (9);\n \\draw[thick] (9) to (10);\n \\draw[thick] (10) to (11);\n \\draw[thick] (11) to (8);\n \\draw[thick] (12) to (13);\n \\draw[thick] (13) to (14);\n \\draw[thick] (10) to (12);\n \\draw[thick] (9) to (13);\n \\draw[thick] (8) to (14);\n \n \\fill [red, opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n \\end{pgfonlayer}\n\n \\begin{pgfonlayer}{background}\n \\node[coordinate] at (3,0.8) (15){15};\n \\node[coordinate] at (3,0.6) (16){16};\n \\node[coordinate] at (3,0.4) (17){17};\n \\node[coordinate] at (3,0.2) (18){18};\n \\node[coordinate] at (1,-0.8) (181){181};\n \\node[coordinate] at (1,-0.6) (171){171};\n \\node[coordinate] at (1,-0.4) (161){161};\n \\node[coordinate] at (1,-0.2) (151){151};\n \n \\node[coordinate] at (2.7,1.3) (19){19};\n \\node[coordinate] at (2.4,1.6) (20){20};\n \\node[coordinate] at (0.7,0.3) (191){191};\n \\node[coordinate] at (0.4,0.6) (201){201};\n \n \\draw[middlearrow={stealth}] (8) -- (1);\n \\draw[middlearrow={stealth}] (9) -- (2);\n \\draw[middlearrow={stealth}] (10) -- (3);\n \\draw[middlearrow={stealth}] (15) -- (151);\n \\draw[middlearrow={stealth}] (16) -- (161);\n \\draw[middlearrow={stealth}] (17) -- (171);\n \\draw[middlearrow={stealth}] (18) -- (181);\n \n \\draw[middlearrow={stealth}] (19) -- (191);\n \\draw[middlearrow={stealth}] (20) -- (201); \n\\end{pgfonlayer}\n\n \\end{tikzpicture} \n \n\\end{document}"
] |
[
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"\\documentclass[border=1cm]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{decorations.markings}\n\n\\pgfdeclarelayer{background}\n\\pgfdeclarelayer{foreground}\n\\pgfsetlayers{background,foreground}\n\n\\begin{document}\n \n \\tikzset{middlearrow/.style={\n decoration={markings,\n mark= at position 0.5 with {\\arrow{#1}} ,\n },\n postaction={decorate},red,very thin\n }\n }\n \n \\begin{tikzpicture}\n \n \\begin{pgfonlayer}{foreground}\n \\node[coordinate] at (0,1)(1){1};\n \\node[coordinate] at (1,-1)(3){3};\n \\node[coordinate] at (1,0)(2){2};\n \\node[coordinate] at (-1,-2)(4){4};\n \\node[coordinate] at (-2,-1)(5){5};\n \\node[coordinate] at (-2,0)(6){6};\n \\node[coordinate] at (-1,-1)(7){7};\n \\node[] at (0,0.2)(S){\\tiny SOUTH};\n \n \\node[coordinate] at (2,2)(8){1};\n \\node[coordinate] at (3,0)(10){3};\n \\node[coordinate] at (3,1)(9){2};\n \\node[coordinate] at (2,1)(11){4};\n \\node[coordinate] at (5,1)(12){5};\n \\node[coordinate] at (5,2)(13){6};\n \\node[coordinate] at (4,3)(14){7};\n \\node[] at (3,1.75)(N){\\tiny NORTH};\n \n \\draw[thick] (1) to (2);\n \\draw[thick] (2) to (3);\n \\draw[thick] (3) to (4);\n \\draw[thick] (4) to (5);\n \\draw[thick] (5) to (6);\n \\draw[thick] (6) to (7);\n \\draw[thick] (7) to (4);\n \\draw[thick] (6) to (1);\n \\draw[thick] (7) to (2);\n \n \\fill [blue,opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n \n \\draw[thick] (8) to (9);\n \\draw[thick] (9) to (10);\n \\draw[thick] (10) to (11);\n \\draw[thick] (11) to (8);\n \\draw[thick] (12) to (13);\n \\draw[thick] (13) to (14);\n \\draw[thick] (10) to (12);\n \\draw[thick] (9) to (13);\n \\draw[thick] (8) to (14);\n \n \\fill [red,opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n \\end{pgfonlayer}\n\n \\begin{pgfonlayer}{background}\n \\node[coordinate] at (3,0.8) (15){15};\n \\node[coordinate] at (3,0.6) (16){16};\n \\node[coordinate] at (3,0.4) (17){17};\n \\node[coordinate] at (3,0.2) (18){18};\n \\node[coordinate] at (1,-0.8) (181){181};\n \\node[coordinate] at (1,-0.6) (171){171};\n \\node[coordinate] at (1,-0.4) (161){161};\n \\node[coordinate] at (1,-0.2) (151){151};\n \n \\node[coordinate] at (2.7,1.3) (19){19};\n \\node[coordinate] at (2.4,1.6) (20){20};\n \\node[coordinate] at (0.7,0.3) (191){191};\n \\node[coordinate] at (0.4,0.6) (201){201};\n \n \\draw[middlearrow={stealth}] (8) -- (1);\n \\draw[middlearrow={stealth}] (9) -- (2);\n \\draw[middlearrow={stealth}] (10) -- (3);\n \\draw[middlearrow={stealth}] (15) -- (151);\n \\draw[middlearrow={stealth}] (16) -- (161);\n \\draw[middlearrow={stealth}] (17) -- (171);\n \\draw[middlearrow={stealth}] (18) -- (181);\n \n \\draw[middlearrow={stealth}] (19) -- (191);\n \\draw[middlearrow={stealth}] (20) -- (201); \n\\end{pgfonlayer}\n\n \\end{tikzpicture} \n \n\\end{document}",
"\\documentclass[border=1cm]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{decorations.markings}\n\n\\pgfdeclarelayer{background}\n\\pgfdeclarelayer{foreground}\n\\pgfsetlayers{background,foreground}\n\n\\begin{document}\n \n \\tikzset{middlearrow/.style={\n decoration={markings,\n mark= at position 0.5 with {\\arrow{#1}} ,\n },\n postaction={decorate},red,very thin\n }\n }\n \n \\begin{tikzpicture}\n \n \\begin{pgfonlayer}{foreground}\n \\node[coordinate] at (0,1)(1){1};\n \\node[coordinate] at (1,-1)(3){3};\n \\node[coordinate] at (1,0)(2){2};\n \\node[coordinate] at (-1,-2)(4){4};\n \\node[coordinate] at (-2,-1)(5){5};\n \\node[coordinate] at (-2,0)(6){6};\n \\node[coordinate] at (-1,-1)(7){7};\n \\node[text=blue] at (0,0.2)(S){\\tiny SOUTH};\n \n \\node[coordinate] at (2,2)(8){1};\n \\node[coordinate] at (3,0)(10){3};\n \\node[coordinate] at (3,1)(9){2};\n \\node[coordinate] at (2,1)(11){4};\n \\node[coordinate] at (5,1)(12){5};\n \\node[coordinate] at (5,2)(13){6};\n \\node[coordinate] at (4,3)(14){7};\n \\node[text=red] at (3,1.75)(N){\\tiny NORTH};\n \n \\draw[thick] (1) to (2);\n \\draw[thick] (2) to (3);\n \\draw[thick] (3) to (4);\n \\draw[thick] (4) to (5);\n \\draw[thick] (5) to (6);\n \\draw[thick] (6) to (7);\n \\draw[thick] (7) to (4);\n \\draw[thick] (6) to (1);\n \\draw[thick] (7) to (2);\n \n \\fill [opacity=.5, blue] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n \n \\draw[thick] (8) to (9);\n \\draw[thick] (9) to (10);\n \\draw[thick] (10) to (11);\n \\draw[thick] (11) to (8);\n \\draw[thick] (12) to (13);\n \\draw[thick] (13) to (14);\n \\draw[thick] (10) to (12);\n \\draw[thick] (9) to (13);\n \\draw[thick] (8) to (14);\n \n \\fill [opacity=.5, red] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n \\end{pgfonlayer}\n\n \\begin{pgfonlayer}{background}\n \\node[coordinate] at (3,0.8) (15){15};\n \\node[coordinate] at (3,0.6) (16){16};\n \\node[coordinate] at (3,0.4) (17){17};\n \\node[coordinate] at (3,0.2) (18){18};\n \\node[coordinate] at (1,-0.8) (181){181};\n \\node[coordinate] at (1,-0.6) (171){171};\n \\node[coordinate] at (1,-0.4) (161){161};\n \\node[coordinate] at (1,-0.2) (151){151};\n \n \\node[coordinate] at (2.7,1.3) (19){19};\n \\node[coordinate] at (2.4,1.6) (20){20};\n \\node[coordinate] at (0.7,0.3) (191){191};\n \\node[coordinate] at (0.4,0.6) (201){201};\n \n \\draw[middlearrow={stealth}] (8) -- (1);\n \\draw[middlearrow={stealth}] (9) -- (2);\n \\draw[middlearrow={stealth}] (10) -- (3);\n \\draw[middlearrow={stealth}] (15) -- (151);\n \\draw[middlearrow={stealth}] (16) -- (161);\n \\draw[middlearrow={stealth}] (17) -- (171);\n \\draw[middlearrow={stealth}] (18) -- (181);\n \n \\draw[middlearrow={stealth}] (19) -- (191);\n \\draw[middlearrow={stealth}] (20) -- (201); \n\\end{pgfonlayer}\n\n \\end{tikzpicture} \n \n\\end{document}",
"\\documentclass[border=1cm]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{decorations.markings}\n\n\\pgfdeclarelayer{background}\n\\pgfdeclarelayer{foreground}\n\\pgfsetlayers{background,foreground}\n\n\\begin{document}\n \n \\tikzset{middlearrow/.style={\n decoration={markings,\n mark= at position 0.5 with {\\arrow{#1}} ,\n },\n postaction={decorate},red,very thin\n }\n }\n \n \\begin{tikzpicture}\n \n \\begin{pgfonlayer}{foreground}\n \\node[coordinate] at (0,1)(1){1};\n \\node[coordinate] at (1,-1)(3){3};\n \\node[coordinate] at (1,0)(2){2};\n \\node[coordinate] at (-1,-2)(4){4};\n \\node[coordinate] at (-2,-1)(5){5};\n \\node[coordinate] at (-2,0)(6){6};\n \\node[coordinate] at (-1,-1)(7){7};\n \\node[] at (0,0.2)(S){\\tiny SOUTH};\n \n \\node[coordinate] at (2,2)(8){1};\n \\node[coordinate] at (3,0)(10){3};\n \\node[coordinate] at (3,1)(9){2};\n \\node[coordinate] at (2,1)(11){4};\n \\node[coordinate] at (5,1)(12){5};\n \\node[coordinate] at (5,2)(13){6};\n \\node[coordinate] at (4,3)(14){7};\n \\node[] at (3,1.75)(N){\\tiny NORTH};\n \n \\draw[thick] (1) to (2);\n \\draw[thick] (2) to (3);\n \\draw[thick] (3) to (4);\n \\draw[thick] (4) to (5);\n \\draw[thick] (5) to (6);\n \\draw[thick] (6) to (7);\n \\draw[thick] (7) to (4);\n \\draw[thick] (6) to (1);\n \\draw[thick] (7) to (2);\n \n \\fill [blue, opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n \n \\draw[thick] (8) to (9);\n \\draw[thick] (9) to (10);\n \\draw[thick] (10) to (11);\n \\draw[thick] (11) to (8);\n \\draw[thick] (12) to (13);\n \\draw[thick] (13) to (14);\n \\draw[thick] (10) to (12);\n \\draw[thick] (9) to (13);\n \\draw[thick] (8) to (14);\n \n \\fill [red, opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n \\end{pgfonlayer}\n\n \\begin{pgfonlayer}{background}\n \\node[coordinate] at (3,0.8) (15){15};\n \\node[coordinate] at (3,0.6) (16){16};\n \\node[coordinate] at (3,0.4) (17){17};\n \\node[coordinate] at (3,0.2) (18){18};\n \\node[coordinate] at (1,-0.8) (181){181};\n \\node[coordinate] at (1,-0.6) (171){171};\n \\node[coordinate] at (1,-0.4) (161){161};\n \\node[coordinate] at (1,-0.2) (151){151};\n \n \\node[coordinate] at (2.7,1.3) (19){19};\n \\node[coordinate] at (2.4,1.6) (20){20};\n \\node[coordinate] at (0.7,0.3) (191){191};\n \\node[coordinate] at (0.4,0.6) (201){201};\n \n \\draw[middlearrow={stealth}] (8) -- (1);\n \\draw[middlearrow={stealth}] (9) -- (2);\n \\draw[middlearrow={stealth}] (10) -- (3);\n \\draw[middlearrow={stealth}] (15) -- (151);\n \\draw[middlearrow={stealth}] (16) -- (161);\n \\draw[middlearrow={stealth}] (17) -- (171);\n \\draw[middlearrow={stealth}] (18) -- (181);\n \n \\draw[middlearrow={stealth}] (19) -- (191);\n \\draw[middlearrow={stealth}] (20) -- (201); \n\\end{pgfonlayer}\n\n \\end{tikzpicture} \n \n\\end{document}",
"\\documentclass[border=1cm]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{decorations.markings}\n\n\\pgfdeclarelayer{background}\n\\pgfdeclarelayer{foreground}\n\\pgfsetlayers{background,foreground}\n\n\\begin{document}\n \n \\tikzset{middlearrow/.style={\n decoration={markings,\n mark= at position 0.5 with {\\arrow{#1}} ,\n },\n postaction={decorate},red,very thin\n }\n }\n \n \\begin{tikzpicture}\n \n \\begin{pgfonlayer}{foreground}\n \\node[coordinate] at (0,1)(1){1};\n \\node[coordinate] at (1,-1)(3){3};\n \\node[coordinate] at (1,0)(2){2};\n \\node[coordinate] at (-1,-2)(4){4};\n \\node[coordinate] at (-2,-1)(5){5};\n \\node[coordinate] at (-2,0)(6){6};\n \\node[coordinate] at (-1,-1)(7){7};\n \\node[text=blue] at (0,0.2)(S){\\tiny SOUTH};\n \n \\node[coordinate] at (2,2)(8){1};\n \\node[coordinate] at (3,0)(10){3};\n \\node[coordinate] at (3,1)(9){2};\n \\node[coordinate] at (2,1)(11){4};\n \\node[coordinate] at (5,1)(12){5};\n \\node[coordinate] at (5,2)(13){6};\n \\node[coordinate] at (4,3)(14){7};\n \\node[text=red] at (3,1.75)(N){\\tiny NORTH};\n \n \\draw[thick] (1) to (2);\n \\draw[thick] (2) to (3);\n \\draw[thick] (3) to (4);\n \\draw[thick] (4) to (5);\n \\draw[thick] (5) to (6);\n \\draw[thick] (6) to (7);\n \\draw[thick] (7) to (4);\n \\draw[thick] (6) to (1);\n \\draw[thick] (7) to (2);\n \n \\fill [blue, opacity=.5] (1.center) -- (2.center) -- (3.center) -- (4.center) -- (5.center) -- (6.center) -- cycle;\n \n \\draw[thick] (8) to (9);\n \\draw[thick] (9) to (10);\n \\draw[thick] (10) to (11);\n \\draw[thick] (11) to (8);\n \\draw[thick] (12) to (13);\n \\draw[thick] (13) to (14);\n \\draw[thick] (10) to (12);\n \\draw[thick] (9) to (13);\n \\draw[thick] (8) to (14);\n \n \\fill [red, opacity=.5] (14.center) -- (13.center) -- (12.center) -- (10.center) -- (11.center) -- (8.center) -- cycle;\n \\end{pgfonlayer}\n\n \\begin{pgfonlayer}{background}\n \\node[coordinate] at (3,0.8) (15){15};\n \\node[coordinate] at (3,0.6) (16){16};\n \\node[coordinate] at (3,0.4) (17){17};\n \\node[coordinate] at (3,0.2) (18){18};\n \\node[coordinate] at (1,-0.8) (181){181};\n \\node[coordinate] at (1,-0.6) (171){171};\n \\node[coordinate] at (1,-0.4) (161){161};\n \\node[coordinate] at (1,-0.2) (151){151};\n \n \\node[coordinate] at (2.7,1.3) (19){19};\n \\node[coordinate] at (2.4,1.6) (20){20};\n \\node[coordinate] at (0.7,0.3) (191){191};\n \\node[coordinate] at (0.4,0.6) (201){201};\n \n \\draw[middlearrow={stealth}] (8) -- (1);\n \\draw[middlearrow={stealth}] (9) -- (2);\n \\draw[middlearrow={stealth}] (10) -- (3);\n \\draw[middlearrow={stealth}] (15) -- (151);\n \\draw[middlearrow={stealth}] (16) -- (161);\n \\draw[middlearrow={stealth}] (17) -- (171);\n \\draw[middlearrow={stealth}] (18) -- (181);\n \n \\draw[middlearrow={stealth}] (19) -- (191);\n \\draw[middlearrow={stealth}] (20) -- (201); \n\\end{pgfonlayer}\n\n \\end{tikzpicture} \n \n\\end{document}"
] | ||
[
108,
107
] |
model_treatment_2
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage{amsmath,amsthm,amssymb,amscd}
\usepackage{xcolor}
\usepackage{tikz}
\usepackage{pgfplots}
\pgfplotsset{compat=newest}
\usepgfplotslibrary{groupplots}
\usepgfplotslibrary{dateplot}
\tikzset{
causalvar/.style = {draw, circle, node distance = 2cm}
}
\usepackage{amsmath}
\usetikzlibrary{matrix}
\usetikzlibrary{shapes,arrows}
\usepackage{amsmath}
\usepackage{amsmath,amsthm,amssymb,amscd}
\usepackage{xcolor}
\usepackage{tikz}
\usepackage{pgfplots}
\pgfplotsset{compat=newest}
\usepgfplotslibrary{groupplots}
\usepgfplotslibrary{dateplot}
\tikzset{
causalvar/.style = {draw, circle, node distance = 2cm}
}
\usetikzlibrary{matrix}
\usetikzlibrary{shapes,arrows}
\usepackage{amssymb}
\begin{document}
\begin{tikzpicture}[auto, thick, node distance=1cm, >=triangle 45]
\tikzstyle{unobserved}=[thick, dashed, fill=gray!0]
\tikzstyle{squared}=[thick, fill=gray!10, rounded corners=5pt]
\tikzstyle{norn}=[thick, fill=gray!0, minimum size=1cm]
\draw[squared] (-2.9,-2.7) rectangle (-1.1,0.7);
\draw[squared, fill=blue!20] (-0.9,-2.7) rectangle (0.9,0.7);
\draw[squared, fill=blue!30] (1.1,-2.7) rectangle (2.9,0.7);
\draw[squared] (3.1,-2.7) rectangle (4.9,0.7);
\draw
node[norn] at (2,0)[causalvar](A){$A_t$}
node[norn] at (4,0)[causalvar](Y){$Y_t$}
node[norn] at (4,-1.5)[causalvar](Yp){$Y_{t+1}$}
node[norn] at (-2,0)[causalvar](X){$X_t$}
node[norn] at (-2,-1.5)[causalvar](Xp){$X_{t+1}$}
node[squared, minimum size=1cm] at (0,0)[causalvar](theta_t){$\theta_t$}
node[squared] at (0,-1.5)[causalvar](theta_t_p){$\theta_{t+1}$}
node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$};
\draw (0,-2.5)node[scale=0.7]{model};
\draw (2,-2.5)node[scale=0.7]{treatment};
\draw (-2.,-2.5)node[scale=0.7]{context};
\draw (4,-2.5)node[scale=0.7]{outcome};
\draw[->](X) -- (theta_t) node[midway, near end] {};
\draw[->](theta_t) to node {} (A);
\draw[->](A) to node {} (Y);
\draw[->](X) to [out=45,in=135] node {} (Y);
\draw[->](Xp) to [out=-45,in=-135] node {} (Yp);
\draw[->](Xp) -- (theta_t_p) node[midway, near end] {};
\draw[->](theta_t_p) to node {} (A2);
\draw[->](A2) to node {} (Yp);
\draw[->](A) to node {} (theta_t_p);
\draw[->](Y) to node {} (theta_t_p);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage{amsmath,amsthm,amssymb,amscd}
\usepackage{xcolor}
\usepackage{tikz}
\usepackage{pgfplots}
\pgfplotsset{compat=newest}
\usepgfplotslibrary{groupplots}
\usepgfplotslibrary{dateplot}
\tikzset{
causalvar/.style = {draw, circle, node distance = 2cm}
}
\usepackage{amsmath}
\usetikzlibrary{matrix}
\usetikzlibrary{shapes,arrows}
\usepackage{amsmath}
\usepackage{amsmath,amsthm,amssymb,amscd}
\usepackage{xcolor}
\usepackage{tikz}
\usepackage{pgfplots}
\pgfplotsset{compat=newest}
\usepgfplotslibrary{groupplots}
\usepgfplotslibrary{dateplot}
\tikzset{
causalvar/.style = {draw, circle, node distance = 2cm}
}
\usetikzlibrary{matrix}
\usetikzlibrary{shapes,arrows}
\usepackage{amssymb}
\begin{document}
\begin{tikzpicture}[auto, thick, node distance=1cm, >=triangle 45]
%,->,>=stealth',auto,node distance=3cm,
\tikzstyle{unobserved}=[thick, dashed, fill=gray!0]
\tikzstyle{squared}=[thick, fill=gray!10, rounded corners=5pt]
\tikzstyle{norn}=[thick, fill=gray!0, minimum size=1cm]
\draw[squared] (-2.9,-2.7) rectangle (-1.1,0.7);
\draw[squared, fill=blue!20] (-0.9,-2.7) rectangle (0.9,0.7);
\draw[squared, fill=blue!30] (1.1,-2.7) rectangle (2.9,0.7);
\draw[squared] (3.1,-2.7) rectangle (4.9,0.7);
\draw
node[norn] at (2,0)[causalvar](A){$A_t$}
node[norn] at (4,0)[causalvar](Y){$Y_t$}
node[norn] at (4,-1.5)[causalvar](Yp){$Y_{t+1}$}
node[norn] at (-2,0)[causalvar](X){$X_t$}
node[norn] at (-2,-1.5)[causalvar](Xp){$X_{t+1}$}
node[squared, minimum size=1cm] at (0,0)[causalvar](theta_t){$\theta_t$}
node[squared] at (0,-1.5)[causalvar](theta_t_p){$\theta_{t+1}$}
node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$};
\draw (0,-2.5)node[scale=0.7]{model};
\draw (2,-2.5)node[scale=0.7]{treatment};
\draw (-2.,-2.5)node[scale=0.7]{context};
\draw (4,-2.5)node[scale=0.7]{outcome};
\draw[->](X) -- (theta_t) node[midway, near end] {};
\draw[->](theta_t) to node {} (A);
\draw[->](A) to node {} (Y);
\draw[->](X) to [out=45,in=135] node {} (Y);
\draw[->](Xp) to [out=-45,in=-135] node {} (Yp);
\draw[->](Xp) -- (theta_t_p) node[midway, near end] {};
\draw[->](theta_t_p) to node {} (A2);
\draw[->](A2) to node {} (Yp);
\draw[->](A) to node {} (theta_t_p);
\draw[->](Y) to node {} (theta_t_p);
\end{tikzpicture}
\end{document}
|
Add a second treatment named "second treatment", with nodes named B, and with the same color as the first treatment. The existing treatment should be renamed "first treatment". The new added treatment should be between first treatment and outcome, and the nodes Bt and Bt+1 must be linked the same way the nodes At and At+1 are.
|
a diagram, with two treatments first and second
|
hard
|
add
|
scientific
|
[
"@@ -39 +39,2 @@\n\n-\\draw[squared] (3.1,-2.7) rectangle (4.9,0.7);\n+\\draw[squared, fill=blue!30] (3.1,-2.7) rectangle (4.9,0.7);\n+\\draw[squared] (5.1,-2.7) rectangle (6.9,0.7);\n@@ -42,2 +43,3 @@\n\n-node[norn] at (4,0)[causalvar](Y){$Y_t$}\n-node[norn] at (4,-1.5)[causalvar](Yp){$Y_{t+1}$}\n+node[norn] at (4,0)[causalvar](B){$B_t$}\n+node[norn] at (6,0)[causalvar](Y){$Y_t$}\n+node[norn] at (6,-1.5)[causalvar](Yp){$Y_{t+1}$}\n@@ -48 +50,2 @@\n\n-node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$};\n+node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$}\n+node[norn] at (4,-1.5)[causalvar](B2){$B_{t+1}$};\n@@ -50 +53,2 @@\n\n-\\draw (2,-2.5)node[scale=0.7]{treatment};\n+\\draw (2,-2.5)node[scale=0.7]{first treatment};\n+\\draw (4,-2.5)node[scale=0.7]{second treatment};\n@@ -52 +56 @@\n\n-\\draw (4,-2.5)node[scale=0.7]{outcome};\n+\\draw (6,-2.5)node[scale=0.7]{outcome};\n@@ -55 +59,2 @@\n\n-\\draw[->](A) to node {} (Y);\n+\\draw[->](A) to node {} (B);\n+\\draw[->](B) to node {} (Y);\n@@ -60 +65,2 @@\n\n-\\draw[->](A2) to node {} (Yp);\n+\\draw[->](A2) to node {} (B2);\n+\\draw[->](B2) to node {} (Yp);\n@@ -61,0 +68 @@\n\n+\\draw[->](B) to node {} (theta_t_p);",
"@@ -39 +39,2 @@\n\n-\\draw[squared] (3.1,-2.7) rectangle (4.9,0.7);\n+\\draw[squared, fill=blue!30] (3.1,-2.7) rectangle (4.9,0.7);\n+\\draw[squared] (5.1,-2.7) rectangle (6.9,0.7);\n@@ -42,2 +43,3 @@\n\n-node[norn] at (4,0)[causalvar](Y){$Y_t$}\n-node[norn] at (4,-1.5)[causalvar](Yp){$Y_{t+1}$}\n+node[norn] at (4,0)[causalvar](B){$B_t$}\n+node[norn] at (6,0)[causalvar](Y){$Y_t$}\n+node[norn] at (6,-1.5)[causalvar](Yp){$Y_{t+1}$}\n@@ -48 +50,2 @@\n\n-node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$};\n+node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$}\n+node[norn] at (4,-1.5)[causalvar](B2){$B_{t+1}$};\n@@ -50 +53 @@\n\n-\\draw (2,-2.5)node[scale=0.7]{treatment};\n+\\draw (2,-2.5)node[scale=0.7]{first treatment};\n@@ -52 +55,2 @@\n\n-\\draw (4,-2.5)node[scale=0.7]{outcome};\n+\\draw (4,-2.5)node[scale=0.7]{second treatment};\n+\\draw (6,-2.5)node[scale=0.7]{outcome};\n@@ -55 +59,2 @@\n\n-\\draw[->](A) to node {} (Y);\n+\\draw[->](A) to node {} (B);\n+\\draw[->](B) to node {} (Y);\n@@ -60 +65,2 @@\n\n-\\draw[->](A2) to node {} (Yp);\n+\\draw[->](A2) to node {} (B2);\n+\\draw[->](B2) to node {} (Yp);\n@@ -61,0 +68 @@\n\n+\\draw[->](B) to node {} (theta_t_p);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{amsmath,amsthm,amssymb,amscd}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=newest}\n\\usepgfplotslibrary{groupplots}\n\\usepgfplotslibrary{dateplot}\n\\tikzset{\n causalvar/.style = {draw, circle, node distance = 2cm}\n}\n\\usepackage{amsmath}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{shapes,arrows}\n\\usepackage{amsmath}\n\\usepackage{amsmath,amsthm,amssymb,amscd}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=newest}\n\\usepgfplotslibrary{groupplots}\n\\usepgfplotslibrary{dateplot}\n\\tikzset{\n causalvar/.style = {draw, circle, node distance = 2cm}\n}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{shapes,arrows}\n\\usepackage{amssymb}\n\n\\begin{document}\n\n\\begin{tikzpicture}[auto, thick, node distance=1cm, >=triangle 45]\n\\tikzstyle{unobserved}=[thick, dashed, fill=gray!0]\n\\tikzstyle{squared}=[thick, fill=gray!10, rounded corners=5pt]\n\\tikzstyle{norn}=[thick, fill=gray!0, minimum size=1cm]\n\\draw[squared] (-2.9,-2.7) rectangle (-1.1,0.7);\n\\draw[squared, fill=blue!20] (-0.9,-2.7) rectangle (0.9,0.7);\n\\draw[squared, fill=blue!30] (1.1,-2.7) rectangle (2.9,0.7);\n\\draw[squared, fill=blue!30] (3.1,-2.7) rectangle (4.9,0.7);\n\\draw[squared] (5.1,-2.7) rectangle (6.9,0.7);\n\\draw\n\tnode[norn] at (2,0)[causalvar](A){$A_t$}\n\tnode[norn] at (4,0)[causalvar](B){$B_t$}\n\tnode[norn] at (6,0)[causalvar](Y){$Y_t$}\n node[norn] at (6,-1.5)[causalvar](Yp){$Y_{t+1}$}\n\tnode[norn] at (-2,0)[causalvar](X){$X_t$}\n node[norn] at (-2,-1.5)[causalvar](Xp){$X_{t+1}$}\n node[squared, minimum size=1cm] at (0,0)[causalvar](theta_t){$\\theta_t$}\n node[squared] at (0,-1.5)[causalvar](theta_t_p){$\\theta_{t+1}$}\n node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$}\n node[norn] at (4,-1.5)[causalvar](B2){$B_{t+1}$};\n\t\n\\draw (0,-2.5)node[scale=0.7]{model};\n\\draw (2,-2.5)node[scale=0.7]{first treatment};\n\\draw (4,-2.5)node[scale=0.7]{second treatment};\n\\draw (-2.,-2.5)node[scale=0.7]{context};\n\\draw (6,-2.5)node[scale=0.7]{outcome};\n\t\\draw[->](X) -- (theta_t) node[midway, near end] {};\n \\draw[->](theta_t) to node {} (A);\n\t\\draw[->](A) to node {} (B);\n\t\\draw[->](B) to node {} (Y);\n\t\\draw[->](X) to [out=45,in=135] node {} (Y);\n \\draw[->](Xp) to [out=-45,in=-135] node {} (Yp);\n \\draw[->](Xp) -- (theta_t_p) node[midway, near end] {};\n \\draw[->](theta_t_p) to node {} (A2);\n \\draw[->](A2) to node {} (B2);\n \\draw[->](B2) to node {} (Yp);\n \\draw[->](A) to node {} (theta_t_p);\n \\draw[->](B) to node {} (theta_t_p);\n \\draw[->](Y) to node {} (theta_t_p);\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{amsmath,amsthm,amssymb,amscd}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=newest}\n\\usepgfplotslibrary{groupplots}\n\\usepgfplotslibrary{dateplot}\n\\tikzset{\n causalvar/.style = {draw, circle, node distance = 2cm}\n}\n\\usepackage{amsmath}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{shapes,arrows}\n\\usepackage{amsmath}\n\\usepackage{amsmath,amsthm,amssymb,amscd}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=newest}\n\\usepgfplotslibrary{groupplots}\n\\usepgfplotslibrary{dateplot}\n\\tikzset{\n causalvar/.style = {draw, circle, node distance = 2cm}\n}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{shapes,arrows}\n\\usepackage{amssymb}\n\n\\begin{document}\n\n\\begin{tikzpicture}[auto, thick, node distance=1cm, >=triangle 45]\n\\tikzstyle{unobserved}=[thick, dashed, fill=gray!0]\n\\tikzstyle{squared}=[thick, fill=gray!10, rounded corners=5pt]\n\\tikzstyle{norn}=[thick, fill=gray!0, minimum size=1cm]\n\\draw[squared] (-2.9,-2.7) rectangle (-1.1,0.7);\n\\draw[squared, fill=blue!20] (-0.9,-2.7) rectangle (0.9,0.7);\n\\draw[squared, fill=blue!30] (1.1,-2.7) rectangle (2.9,0.7);\n\\draw[squared, fill=blue!30] (3.1,-2.7) rectangle (4.9,0.7);\n\\draw[squared] (5.1,-2.7) rectangle (6.9,0.7);\n\\draw\n\tnode[norn] at (2,0)[causalvar](A){$A_t$}\n\tnode[norn] at (4,0)[causalvar](B){$B_t$}\n\tnode[norn] at (6,0)[causalvar](Y){$Y_t$}\n node[norn] at (6,-1.5)[causalvar](Yp){$Y_{t+1}$}\n\tnode[norn] at (-2,0)[causalvar](X){$X_t$}\n node[norn] at (-2,-1.5)[causalvar](Xp){$X_{t+1}$}\n node[squared, minimum size=1cm] at (0,0)[causalvar](theta_t){$\\theta_t$}\n node[squared] at (0,-1.5)[causalvar](theta_t_p){$\\theta_{t+1}$}\n node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$}\n node[norn] at (4,-1.5)[causalvar](B2){$B_{t+1}$};\n\t\n\\draw (0,-2.5)node[scale=0.7]{model};\n\\draw (2,-2.5)node[scale=0.7]{first treatment};\n\\draw (-2.,-2.5)node[scale=0.7]{context};\n\\draw (4,-2.5)node[scale=0.7]{second treatment};\n\\draw (6,-2.5)node[scale=0.7]{outcome};\n\t\\draw[->](X) -- (theta_t) node[midway, near end] {};\n \\draw[->](theta_t) to node {} (A);\n\t\\draw[->](A) to node {} (B);\n\t\\draw[->](B) to node {} (Y);\n\t\\draw[->](X) to [out=45,in=135] node {} (Y);\n \\draw[->](Xp) to [out=-45,in=-135] node {} (Yp);\n \\draw[->](Xp) -- (theta_t_p) node[midway, near end] {};\n \\draw[->](theta_t_p) to node {} (A2);\n \\draw[->](A2) to node {} (B2);\n \\draw[->](B2) to node {} (Yp);\n \\draw[->](A) to node {} (theta_t_p);\n \\draw[->](B) to node {} (theta_t_p);\n \\draw[->](Y) to node {} (theta_t_p);\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{amsmath,amsthm,amssymb,amscd}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=newest}\n\\usepgfplotslibrary{groupplots}\n\\usepgfplotslibrary{dateplot}\n\\tikzset{\n causalvar/.style = {draw, circle, node distance = 2cm}\n}\n\\usepackage{amsmath}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{shapes,arrows}\n\\usepackage{amsmath}\n\\usepackage{amsmath,amsthm,amssymb,amscd}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=newest}\n\\usepgfplotslibrary{groupplots}\n\\usepgfplotslibrary{dateplot}\n\\tikzset{\n causalvar/.style = {draw, circle, node distance = 2cm}\n}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{shapes,arrows}\n\\usepackage{amssymb}\n\n\\begin{document}\n\n\\begin{tikzpicture}[auto, thick, node distance=1cm, >=triangle 45]\n\\tikzstyle{unobserved}=[thick, dashed, fill=gray!0]\n\\tikzstyle{squared}=[thick, fill=gray!10, rounded corners=5pt]\n\\tikzstyle{norn}=[thick, fill=gray!0, minimum size=1cm]\n\\draw[squared] (-2.9,-2.7) rectangle (-1.1,0.7);\n\\draw[squared, fill=blue!20] (-0.9,-2.7) rectangle (0.9,0.7);\n\\draw[squared, fill=blue!30] (1.1,-2.7) rectangle (2.9,0.7);\n\\draw[squared, fill=blue!30] (3.1,-2.7) rectangle (4.9,0.7);\n\\draw[squared] (5.1,-2.7) rectangle (6.9,0.7);\n\\draw\n\tnode[norn] at (2,0)[causalvar](A){$A_t$}\n\tnode[norn] at (4,0)[causalvar](B){$B_t$}\n\tnode[norn] at (6,0)[causalvar](Y){$Y_t$}\n node[norn] at (6,-1.5)[causalvar](Yp){$Y_{t+1}$}\n\tnode[norn] at (-2,0)[causalvar](X){$X_t$}\n node[norn] at (-2,-1.5)[causalvar](Xp){$X_{t+1}$}\n node[squared, minimum size=1cm] at (0,0)[causalvar](theta_t){$\\theta_t$}\n node[squared] at (0,-1.5)[causalvar](theta_t_p){$\\theta_{t+1}$}\n node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$}\n node[norn] at (4,-1.5)[causalvar](B2){$B_{t+1}$};\n\t\n\\draw (0,-2.5)node[scale=0.7]{model};\n\\draw (2,-2.5)node[scale=0.7]{first treatment};\n\\draw (4,-2.5)node[scale=0.7]{second treatment};\n\\draw (-2.,-2.5)node[scale=0.7]{context};\n\\draw (6,-2.5)node[scale=0.7]{outcome};\n\t\\draw[->](X) -- (theta_t) node[midway, near end] {};\n \\draw[->](theta_t) to node {} (A);\n\t\\draw[->](A) to node {} (B);\n\t\\draw[->](B) to node {} (Y);\n\t\\draw[->](X) to [out=45,in=135] node {} (Y);\n \\draw[->](Xp) to [out=-45,in=-135] node {} (Yp);\n \\draw[->](Xp) -- (theta_t_p) node[midway, near end] {};\n \\draw[->](theta_t_p) to node {} (A2);\n \\draw[->](A2) to node {} (B2);\n \\draw[->](B2) to node {} (Yp);\n \\draw[->](A) to node {} (theta_t_p);\n \\draw[->](B) to node {} (theta_t_p);\n \\draw[->](Y) to node {} (theta_t_p);\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage{amsmath,amsthm,amssymb,amscd}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=newest}\n\\usepgfplotslibrary{groupplots}\n\\usepgfplotslibrary{dateplot}\n\\tikzset{\n causalvar/.style = {draw, circle, node distance = 2cm}\n}\n\\usepackage{amsmath}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{shapes,arrows}\n\\usepackage{amsmath}\n\\usepackage{amsmath,amsthm,amssymb,amscd}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=newest}\n\\usepgfplotslibrary{groupplots}\n\\usepgfplotslibrary{dateplot}\n\\tikzset{\n causalvar/.style = {draw, circle, node distance = 2cm}\n}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{shapes,arrows}\n\\usepackage{amssymb}\n\n\\begin{document}\n\n\\begin{tikzpicture}[auto, thick, node distance=1cm, >=triangle 45]\n\\tikzstyle{unobserved}=[thick, dashed, fill=gray!0]\n\\tikzstyle{squared}=[thick, fill=gray!10, rounded corners=5pt]\n\\tikzstyle{norn}=[thick, fill=gray!0, minimum size=1cm]\n\\draw[squared] (-2.9,-2.7) rectangle (-1.1,0.7);\n\\draw[squared, fill=blue!20] (-0.9,-2.7) rectangle (0.9,0.7);\n\\draw[squared, fill=blue!30] (1.1,-2.7) rectangle (2.9,0.7);\n\\draw[squared, fill=blue!30] (3.1,-2.7) rectangle (4.9,0.7);\n\\draw[squared] (5.1,-2.7) rectangle (6.9,0.7);\n\\draw\n\tnode[norn] at (2,0)[causalvar](A){$A_t$}\n\tnode[norn] at (4,0)[causalvar](B){$B_t$}\n\tnode[norn] at (6,0)[causalvar](Y){$Y_t$}\n node[norn] at (6,-1.5)[causalvar](Yp){$Y_{t+1}$}\n\tnode[norn] at (-2,0)[causalvar](X){$X_t$}\n node[norn] at (-2,-1.5)[causalvar](Xp){$X_{t+1}$}\n node[squared, minimum size=1cm] at (0,0)[causalvar](theta_t){$\\theta_t$}\n node[squared] at (0,-1.5)[causalvar](theta_t_p){$\\theta_{t+1}$}\n node[norn] at (2,-1.5)[causalvar](A2){$A_{t+1}$}\n node[norn] at (4,-1.5)[causalvar](B2){$B_{t+1}$};\n\t\n\\draw (0,-2.5)node[scale=0.7]{model};\n\\draw (2,-2.5)node[scale=0.7]{first treatment};\n\\draw (-2.,-2.5)node[scale=0.7]{context};\n\\draw (4,-2.5)node[scale=0.7]{second treatment};\n\\draw (6,-2.5)node[scale=0.7]{outcome};\n\t\\draw[->](X) -- (theta_t) node[midway, near end] {};\n \\draw[->](theta_t) to node {} (A);\n\t\\draw[->](A) to node {} (B);\n\t\\draw[->](B) to node {} (Y);\n\t\\draw[->](X) to [out=45,in=135] node {} (Y);\n \\draw[->](Xp) to [out=-45,in=-135] node {} (Yp);\n \\draw[->](Xp) -- (theta_t_p) node[midway, near end] {};\n \\draw[->](theta_t_p) to node {} (A2);\n \\draw[->](A2) to node {} (B2);\n \\draw[->](B2) to node {} (Yp);\n \\draw[->](A) to node {} (theta_t_p);\n \\draw[->](B) to node {} (theta_t_p);\n \\draw[->](Y) to node {} (theta_t_p);\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
12,
11
] |
monkey_arc_nostrils
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={%
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
Replace the nostrils of the monkey with arcs, with the pointy sides facing downward
|
A monkey with nostrils in the shapes of arcs
|
hard
|
add
|
animal
|
[
"@@ -43 +43 @@\n\n-\\fill [Pink300] (24,-16) circle [radius=16];\n+\\draw [Pink300, line width=3, line cap=round] (10,-20) arc (150:30:16);",
"@@ -43 +43,2 @@\n\n-\\fill [Pink300] (24,-16) circle [radius=16];\n+\\fill [BlueGrey900, rotate=-60]\n+(30,40) arc (90:270:27 and 25) arc (270:90:20 and 25);"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n\\draw [Pink300, line width=3, line cap=round] (10,-20) arc (150:30:16);\n}\n\\fill [Pink300]\n (-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n\\fill [BlueGrey900, rotate=§rangei(-60,10)]\n (§rangei(30,10),§rangei(40,10)) arc (§rangei(90,10):§rangei(270,10):§rangei(27,2) and §rangei(25,2)) arc (§rangei(270,10):§rangei(90,10):§rangei(20,2) and §rangei(25,2));\n}\n\\fill [Pink300]\n (-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n\\draw [Pink300, line width=3, line cap=round] (10,-20) arc (150:30:16);\n}\n\\fill [Pink300]\n (-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n\\fill [BlueGrey900, rotate=-60]\n (30,40) arc (90:270:27 and 25) arc (270:90:20 and 25);\n}\n\\fill [Pink300]\n (-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
3
] |
monkey_bigger_ears
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={%
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
Increase the size of the monkey's ears by a lot
|
A monkey with big ears
|
easy
|
update
|
animal
|
[
"@@ -29,2 +29,2 @@\n\n-\\fill [skin] (140, 80) circle [radius=56];\n-\\fill [ears] (140, 80) circle [radius=32];\n+\\fill [skin] (140, 80) circle [radius=75];\n+\\fill [ears] (140, 80) circle [radius=50];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (§range(140,150,140), §range(80,90,80)) circle [radius=§range(65,95,75)];\n \\fill [ears] (§range(140,150,140), §range(80,90,80)) circle [radius=§range(32,65,50)];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\fill [Pink300]\n (-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=75];\n \\fill [ears] (140, 80) circle [radius=50];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\fill [Pink300]\n (-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
5,
1
] |
monkey_sad
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={%
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
Turn the shape of the mouth upside down
|
A sad monkey, with its a downturned mouth
|
easy
|
update
|
animal
|
[
"@@ -44,0 +45 @@\n\n+\\begin{scope}[yscale=-1]\n@@ -46 +47,2 @@\n\n-(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n+(-96,110) arc (180:360:96 and 32) arc (360:180:96 and 56);\n+\\end{scope}",
"@@ -46 +46 @@\n\n-(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n+(-96,-110) arc (180:0:96 and 32) arc (0:180:96 and 56);"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\begin{scope}[yscale=-1]\n \\fill [Pink300]\n (-96,110) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\\end{scope}\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\fill [Pink300]\n (-96,§rangei(-110,10)) arc (180:0:96 and 32) arc (0:180:96 and 56);\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\begin{scope}[yscale=-1]\n \\fill [Pink300]\n (-96,110) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\\end{scope}\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\fill [Pink300]\n (-96,-110) arc (180:0:96 and 32) arc (0:180:96 and 56);\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
6
] |
monkey_thiner
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={%
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
Make the face of the monkey thinner
|
A monkey with a thin face
|
medium
|
update
|
animal
|
[
"@@ -29,4 +29,4 @@\n\n-\\fill [skin] (140, 80) circle [radius=56];\n-\\fill [ears] (140, 80) circle [radius=32];\n-\\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n-\\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n+\\fill [skin] (120, 80) circle [radius=56];\n+\\fill [ears] (120, 80) circle [radius=32];\n+\\fill [skin] ( 0, 72) ellipse [x radius=120, y radius=112];\n+\\fill [skin] ( 0,-64) ellipse [x radius=150, y radius=112];\n@@ -38 +38 @@\n\n-\\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n+\\fill [face] (0,-64) ellipse [x radius=110, y radius=88];\n@@ -46 +46 @@\n\n-(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n+(96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (§rangei(120,20), 80) circle [radius=56];\n \\fill [ears] (§rangei(120,20), 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=§rangei(120,15), y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=§rangei(150,15), y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=§rangei(110,15), y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\fill [Pink300]\n (§range(-80,-96,96),-72) arc (180:360:§range(80,96,96) and 32) arc (360:180:§range(80,96,96) and 56);\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (120, 80) circle [radius=56];\n \\fill [ears] (120, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=120, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=150, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=110, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\fill [Pink300]\n (96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
15
] |
monkey_tongue
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
monkey/.pic={%
\begin{scope}[x=3cm/448,y=3cm/448]
\useasboundingbox (-256, -256) (256, 256);
\reflect[
on left ={ color alias/.list={skin as Brown700, ears as Pink100}},
on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }
]{
\fill [skin] (140, 80) circle [radius=56];
\fill [ears] (140, 80) circle [radius=32];
\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];
\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];
}
\reflect[
on left ={color alias/.list={face as Pink100}},
on right={color alias/.list={face as Pink200}, half clip}
]{
\fill [face] (0,-64) ellipse [x radius=140, y radius=88];
\fill [face] (40,64) ellipse [radius=64];
}
\reflect{
\fill [BlueGrey900] (40, 64) circle [radius=24];
\fill [Pink300] (24,-16) circle [radius=16];
}
\fill [Pink300]
(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {monkey};
\end{tikzpicture}
\end{document}
|
Make the monkey open its mouth to stick out his tongue, on the right side of his mouth
|
A monkey with its tongue sticking out of the right side of his mouth
|
medium
|
add
|
animal
|
[
"@@ -46 +46,2 @@\n\n-(-96,-72) arc (180:360:96 and 32) arc (360:180:96 and 56);\n+(-96,-72) arc (180:360:96 and 10) arc (360:180:96 and 56);\n+\\fill [Pink300, rotate=20](0,-135) ellipse [x radius=28, y radius=40];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\fill [Pink300]\n (-96,-72) arc (180:360:96 and §rangei(10,10)) arc (360:180:96 and 56);\n\n\\fill [Pink300, rotate=§range(10,30,20)](0,§rangei(-135,15)) ellipse [x radius=§range(15,40,28), y radius=§range(35,55,40)];\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nmonkey/.pic={\n\\begin{scope}[x=3cm/448,y=3cm/448]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[\n on left ={ color alias/.list={skin as Brown700, ears as Pink100}},\n on right={ color alias/.list={skin as Brown900, ears as Pink200}, half clip }\n]{\n \\fill [skin] (140, 80) circle [radius=56];\n \\fill [ears] (140, 80) circle [radius=32];\n \\fill [skin] ( 0, 72) ellipse [x radius=140, y radius=112];\n \\fill [skin] ( 0,-64) ellipse [x radius=172, y radius=112];\n}\n\\reflect[\n on left ={color alias/.list={face as Pink100}},\n on right={color alias/.list={face as Pink200}, half clip}\n ]{\n \\fill [face] (0,-64) ellipse [x radius=140, y radius=88];\n \\fill [face] (40,64) ellipse [radius=64];\n}\n\\reflect{\n \\fill [BlueGrey900] (40, 64) circle [radius=24];\n \\fill [Pink300] (24,-16) circle [radius=16];\n}\n\\fill [Pink300]\n (-96,-72) arc (180:360:96 and 10) arc (360:180:96 and 56);\n\n\\fill [Pink300, rotate=20](0,-135) ellipse [x radius=28, y radius=40];\n\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {monkey};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
34,
28,
34,
9
] |
net_colored_hidden
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}
\tikzset{
block/.style={
draw,
rectangle,
text width=3em,
text centered,
minimum height=8mm,
node distance=2.3em
},
line/.style={draw}
}
\begin{document}
\begin{tikzpicture}[
plain/.style={
draw=none,
fill=none,
},
net/.style={
matrix of nodes,
nodes={
draw,
circle,
inner sep=10pt
},
nodes in empty cells,
column sep=2cm,
row sep=-9pt
},
>=latex
]
\matrix[net] (mat)
{
|[plain]| \parbox{1cm}{\centering Input\\layer} & |[plain]| \parbox{1cm}{\centering Hidden\\layer} & |[plain]| \parbox{1cm}{\centering Output\\layer} \\
& |[plain]| \\
|[plain]| & \\
& |[plain]| \\
|[plain]| & |[plain]| \\
& & \\
|[plain]| & |[plain]| \\
& |[plain]| \\
|[plain]| & \\
& |[plain]| \\
};
\foreach \ai [count=\mi ]in {2,4,...,10}
\draw[<-] (mat-\ai-1) -- node[above] {Input \mi} +(-2cm,0);
\foreach \ai in {2,4,...,10}
{\foreach \aii in {3,6,9}
\draw[->] (mat-\ai-1) -- (mat-\aii-2);
}
\foreach \ai in {3,6,9}
\draw[->] (mat-\ai-2) -- (mat-6-3);
\path [line] node{error} -- (mat-1-1);
\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}
\tikzset{
block/.style={
draw,
rectangle,
text width=3em,
text centered,
minimum height=8mm,
node distance=2.3em
},
line/.style={draw}
}
\begin{document}
\begin{tikzpicture}[
plain/.style={
draw=none,
fill=none,
},
net/.style={
matrix of nodes,
nodes={
draw,
circle,
inner sep=10pt
},
nodes in empty cells,
column sep=2cm,
row sep=-9pt
},
>=latex
]
\matrix[net] (mat)
{
|[plain]| \parbox{1cm}{\centering Input\\layer} & |[plain]| \parbox{1cm}{\centering Hidden\\layer} & |[plain]| \parbox{1cm}{\centering Output\\layer} \\
& |[plain]| \\
|[plain]| & \\
& |[plain]| \\
|[plain]| & |[plain]| \\
& & \\
|[plain]| & |[plain]| \\
& |[plain]| \\
|[plain]| & \\
& |[plain]| \\
};
\foreach \ai [count=\mi ]in {2,4,...,10}
\draw[<-] (mat-\ai-1) -- node[above] {Input \mi} +(-2cm,0);
\foreach \ai in {2,4,...,10}
{\foreach \aii in {3,6,9}
\draw[->] (mat-\ai-1) -- (mat-\aii-2);
}
\foreach \ai in {3,6,9}
\draw[->] (mat-\ai-2) -- (mat-6-3);
%\draw[->] (mat-6-3) -- node[above] {Ouput} +(2cm,0);
\path [line] node{error} -- (mat-1-1);
\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );
\end{tikzpicture}
\end{document}
|
Color the hidden layer nodes in red
|
A neural network, with redd hiden layer nodes
|
hard
|
update
|
scientific
|
[
"@@ -20,0 +21,3 @@\n\n+hidden/.style={\n+fill=red,\n+},\n@@ -38 +41 @@\n\n-|[plain]| & \\\\\n+|[plain]| & |[hidden]| \\\\\n@@ -41 +44 @@\n\n-& & \\\\\n+& |[hidden]| & \\\\\n@@ -44 +47 @@\n\n-|[plain]| & \\\\\n+|[plain]| & |[hidden]| \\\\",
"@@ -38 +38 @@\n\n-|[plain]| & \\\\\n+|[plain]| & |[fill=red]| \\\\\n@@ -41 +41 @@\n\n-& & \\\\\n+& |[fill=red]| & \\\\\n@@ -44 +44 @@\n\n-|[plain]| & \\\\\n+|[plain]| & |[fill=red]| \\\\",
"@@ -30,0 +31,5 @@\n\n+},hidden/.style={\n+draw,\n+circle,\n+fill=red,\n+inner sep=10pt\n@@ -38 +43 @@\n\n-|[plain]| & \\\\\n+|[plain]| & |[hidden]| \\\\\n@@ -41 +46 @@\n\n-& & \\\\\n+& |[hidden]| & \\\\\n@@ -44 +49 @@\n\n-|[plain]| & \\\\\n+|[plain]| & |[hidden]| \\\\",
"@@ -34 +34 @@\n\n-\\matrix[net] (mat)\n+\\matrix[net, column 2/.style={nodes={draw=red, fill=red!20}}] (mat)"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n §def(hidden)/.style={\n fill=red,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n },\n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & |[hidden]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& |[hidden]| & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[hidden]| \\\\\n& |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,10}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n },\n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & |[fill=red]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& |[fill=red]| & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[fill=red]| \\\\\n& |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,10}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n },§def(hidden)/.style={\n draw,\n circle,\n fill=red,\n inner sep=10pt\n },\n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & |[hidden]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& |[hidden]| & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[hidden]| \\\\\n& |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,10}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net, column 2/.style={nodes={draw=red, fill=red!20}}] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,10}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n hidden/.style={\n fill=red,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n },\n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & |[hidden]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& |[hidden]| & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[hidden]| \\\\\n& |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,10}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n },\n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & |[fill=red]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& |[fill=red]| & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[fill=red]| \\\\\n& |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,10}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n },hidden/.style={\n draw,\n circle,\n fill=red,\n inner sep=10pt\n },\n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & |[hidden]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& |[hidden]| & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & |[hidden]| \\\\\n& |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,10}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net, column 2/.style={nodes={draw=red, fill=red!20}}] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,10}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
14,
11,
11,
14,
11
] |
net_removed_in_5
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}
\tikzset{
block/.style={
draw,
rectangle,
text width=3em,
text centered,
minimum height=8mm,
node distance=2.3em
},
line/.style={draw}
}
\begin{document}
\begin{tikzpicture}[
plain/.style={
draw=none,
fill=none,
},
net/.style={
matrix of nodes,
nodes={
draw,
circle,
inner sep=10pt
},
nodes in empty cells,
column sep=2cm,
row sep=-9pt
},
>=latex
]
\matrix[net] (mat)
{
|[plain]| \parbox{1cm}{\centering Input\\layer} & |[plain]| \parbox{1cm}{\centering Hidden\\layer} & |[plain]| \parbox{1cm}{\centering Output\\layer} \\
& |[plain]| \\
|[plain]| & \\
& |[plain]| \\
|[plain]| & |[plain]| \\
& & \\
|[plain]| & |[plain]| \\
& |[plain]| \\
|[plain]| & \\
& |[plain]| \\
};
\foreach \ai [count=\mi ]in {2,4,...,10}
\draw[<-] (mat-\ai-1) -- node[above] {Input \mi} +(-2cm,0);
\foreach \ai in {2,4,...,10}
{\foreach \aii in {3,6,9}
\draw[->] (mat-\ai-1) -- (mat-\aii-2);
}
\foreach \ai in {3,6,9}
\draw[->] (mat-\ai-2) -- (mat-6-3);
\path [line] node{error} -- (mat-1-1);
\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}
\tikzset{
block/.style={
draw,
rectangle,
text width=3em,
text centered,
minimum height=8mm,
node distance=2.3em
},
line/.style={draw}
}
\begin{document}
\begin{tikzpicture}[
plain/.style={
draw=none,
fill=none,
},
net/.style={
matrix of nodes,
nodes={
draw,
circle,
inner sep=10pt
},
nodes in empty cells,
column sep=2cm,
row sep=-9pt
},
>=latex
]
\matrix[net] (mat)
{
|[plain]| \parbox{1cm}{\centering Input\\layer} & |[plain]| \parbox{1cm}{\centering Hidden\\layer} & |[plain]| \parbox{1cm}{\centering Output\\layer} \\
& |[plain]| \\
|[plain]| & \\
& |[plain]| \\
|[plain]| & |[plain]| \\
& & \\
|[plain]| & |[plain]| \\
& |[plain]| \\
|[plain]| & \\
& |[plain]| \\
};
\foreach \ai [count=\mi ]in {2,4,...,10}
\draw[<-] (mat-\ai-1) -- node[above] {Input \mi} +(-2cm,0);
\foreach \ai in {2,4,...,10}
{\foreach \aii in {3,6,9}
\draw[->] (mat-\ai-1) -- (mat-\aii-2);
}
\foreach \ai in {3,6,9}
\draw[->] (mat-\ai-2) -- (mat-6-3);
%\draw[->] (mat-6-3) -- node[above] {Ouput} +(2cm,0);
\path [line] node{error} -- (mat-1-1);
\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );
\end{tikzpicture}
\end{document}
|
Remove the input node 5, and the corresponding links to the hidden layer.
|
A neural network, with 4 inputs.
|
medium
|
remove
|
scientific
|
[
"@@ -45 +44,0 @@\n\n-& |[plain]| \\\\\n@@ -47 +46 @@\n\n-\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n+\\foreach \\ai [count=\\mi ]in {2,4,6,8}\n@@ -49 +48 @@\n\n-\\foreach \\ai in {2,4,...,10}\n+\\foreach \\ai in {2,4,6,8}",
"@@ -45 +45 @@\n\n-& |[plain]| \\\\\n+|[plain]| & |[plain]| \\\\\n@@ -47 +47 @@\n\n-\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n+\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n@@ -49 +49 @@\n\n-\\foreach \\ai in {2,4,...,10}\n+\\foreach \\ai in {2,4,...,8}",
"@@ -45 +45 @@\n\n-& |[plain]| \\\\\n+|[plain]| & |[plain]| \\\\\n@@ -47 +47 @@\n\n-\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n+\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n@@ -49 +49 @@\n\n-\\foreach \\ai in {2,4,...,10}\n+\\foreach \\ai in {2,4,...,8}",
"@@ -45 +44,0 @@\n\n-& |[plain]| \\\\\n@@ -47 +46 @@\n\n-\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n+\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n@@ -49 +48 @@\n\n-\\foreach \\ai in {2,4,...,10}\n+\\foreach \\ai in {2,4,...,8}",
"@@ -45 +45 @@\n\n-& |[plain]| \\\\\n+|[plain]| & |[plain]| \\\\\n@@ -47 +47 @@\n\n-\\foreach \\ai [count=\\mi ]in {2,4,...,10}\n+\\foreach \\ai [count=\\mi ]in {2,4,6,8}\n@@ -49 +49 @@\n\n-\\foreach \\ai in {2,4,...,10}\n+\\foreach \\ai in {2,4,6,8}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,6,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,6,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n|[plain]| & |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n|[plain]| & |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n|[plain]| & |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,6,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,6,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,6,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,6,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n|[plain]| & |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n|[plain]| & |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,...,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,...,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{matrix,chains,positioning,decorations.pathreplacing,arrows,calc}\n\n\\tikzset{\nblock/.style={\n draw,\n rectangle, \n text width=3em, \n text centered, \n minimum height=8mm, \n node distance=2.3em\n }, \nline/.style={draw}\n}\n\n\\begin{document}\n \\begin{tikzpicture}[\n plain/.style={\n draw=none,\n fill=none,\n },\n net/.style={\n matrix of nodes,\n nodes={\n draw,\n circle,\n inner sep=10pt\n },\n nodes in empty cells,\n column sep=2cm,\n row sep=-9pt\n }, \n >=latex\n ]\n\\matrix[net] (mat)\n{ \n|[plain]| \\parbox{1cm}{\\centering Input\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Hidden\\\\layer} & |[plain]| \\parbox{1cm}{\\centering Output\\\\layer} \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n& |[plain]| \\\\\n|[plain]| & |[plain]| \\\\\n& & \\\\\n|[plain]| & |[plain]| \\\\\n& |[plain]| \\\\\n|[plain]| & \\\\\n|[plain]| & |[plain]| \\\\\n};\n\\foreach \\ai [count=\\mi ]in {2,4,6,8}\n \\draw[<-] (mat-\\ai-1) -- node[above] {Input \\mi} +(-2cm,0);\n\\foreach \\ai in {2,4,6,8}\n{\\foreach \\aii in {3,6,9}\n \\draw[->] (mat-\\ai-1) -- (mat-\\aii-2);\n}\n\\foreach \\ai in {3,6,9}\n \\draw[->] (mat-\\ai-2) -- (mat-6-3);\n\\path [line] node{error} -- (mat-1-1);\n\\draw[->] (mat-6-3) -- ++(0pt,3cm) -| node[pos=0.15,above] {Error back propagation} ( $ (mat-2-1)!0.5!(mat-2-2) $ );\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
3
] |
pcb_dheigh
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{
decorations.pathreplacing,
decorations.pathmorphing,
decorations.markings
}
\usetikzlibrary{patterns,calc,arrows}
\usepackage{pgfplots}
\definecolor{copper}{rgb}{1,0,0}
\definecolor{pcb}{rgb}{0,1,0}
\colorlet{groundplane}{copper!50!black}
\colorlet{pcbfront}{pcb!50!black}
\colorlet{pcbright}{pcb!20!black}
\colorlet{pcbtopleft}{pcb!70!black}
\colorlet{pcbtopright}{pcb!50!black}
\colorlet{striplinefront}{copper!50!black}
\colorlet{striplineright}{copper!50!black}
\colorlet{striplinetopleft}{copper!90!black}
\colorlet{striplinetopright}{copper!60!black}
\begin{document}
\pgfarrowsdeclarecombine{dimarrow}{dimarrow}{latex}{latex}{}{}
\def\Dimline[#1][#2][#3]{
\draw[
decoration={markings,
mark=at position 0 with {\arrowreversed[scale=0.5]{dimarrow}};,
mark=at position .5 with {\node[black] at (0,0.25) {#3};},
mark=at position 1 with {\arrow[scale=0.5]{dimarrow}};,
},
postaction=decorate] #1 -- #2 ;
}
\begin{tikzpicture}
\filldraw [pcbfront] (0,0,5) coordinate (height bottom) -- (0,1,5) coordinate (height top) -- (5,1,5) -- (5,0,5) -- cycle;
\shade[top color = pcbtopleft, bottom color = pcbtopright, shading angle=75] (0,1,0) -- (5,1,0) -- (5,1,5) -- (0,1,5) -- cycle;
\filldraw [pcbright] (5,0,0) -- (5,0,5) -- (5,1,5) -- (5,1,0) -- cycle;
\filldraw [groundplane] (0,0,5) -- (5,0,5) -- (5,0,0) -- (5,-0.2,0) -- (5,-0.2,5) -- (0,-0.2,5) -- cycle;
\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (3.5,1.2,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;
\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (3.5,1.2,0) coordinate (width right) -- (3.5,1.2,5) -- (1.5,1.2,5) -- cycle;
\filldraw [striplineright] (3.5,1,5) -- (3.5,1.2,5) -- (3.5,1.2,0) -- (3.5,1,0) -- cycle;
\node at (4,0.5,5) {$\varepsilon$};
\Dimline[($(width left)+(0,1,0)$)][($(width right)+(0,1,0)$)][$w$];
\draw ($(width left)+(0,0.1,0)$) -- ($(width left)+(0,1.1,0)$);
\draw ($(width right)+(0,0.1,0)$) -- ($(width right)+(0,1.1,0)$);
\Dimline[($(length back)+(-2.5,0,0)$)][($(length front)+(-2.5,0,0)$)][$l$];
\draw ($(length front)+(-0.1,0,0)$) -- ($(length front)+(-2.6,0,0)$);
\draw ($(length back)+(-0.1,0,0)$) -- ($(length back)+(-2.6,0,0)$);
\Dimline[($(thickness top)+(3.5,0,0)$)][($(thickness bottom)+(3.5,0,0)$)][$t$];
\draw ($(thickness top)+(0.1,0,0)$) -- ($(thickness top)+(3.6,0,0)$);
\draw ($(thickness bottom)+(0.1,0,0)$) -- ($(thickness bottom)+(3.6,0,0)$);
\Dimline[($(height top)+(-1,0,0)$)][($(height bottom)+(-1,0,0)$)][$h$];
\draw ($(height top)+(-0.1,0,0)$) -- ($(height top)+(-1.1,0,0)$);
\draw ($(height bottom)+(-0.1,0,0)$) -- ($(height bottom)+(-1.1,0,0)$);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{%
decorations.pathreplacing,%
decorations.pathmorphing,
decorations.markings%
}
\usetikzlibrary{patterns,calc,arrows}
\usepackage{pgfplots}
%% please note changes in color %%
% base color for copper and PCB
\definecolor{copper}{rgb}{1,0,0}
\definecolor{pcb}{rgb}{0,1,0}
% shades of them for the different elements
\colorlet{groundplane}{copper!50!black}
\colorlet{pcbfront}{pcb!50!black}
\colorlet{pcbright}{pcb!20!black}
\colorlet{pcbtopleft}{pcb!70!black}
\colorlet{pcbtopright}{pcb!50!black}
\colorlet{striplinefront}{copper!50!black}
\colorlet{striplineright}{copper!50!black}
\colorlet{striplinetopleft}{copper!90!black}
\colorlet{striplinetopright}{copper!60!black}
\begin{document}
\pgfarrowsdeclarecombine{dimarrow}{dimarrow}{latex}{latex}{}{}
\def\Dimline[#1][#2][#3]{
\draw[ % |-|, % removed, looks odd for l
decoration={markings, % switch on markings
mark=at position 0 with {\arrowreversed[scale=0.5]{dimarrow}};,
mark=at position .5 with {\node[black] at (0,0.25) {#3};},
mark=at position 1 with {\arrow[scale=0.5]{dimarrow}};,
},
postaction=decorate] #1 -- #2 ;
}
\begin{tikzpicture}
% PCB front, use cycle to close path
\filldraw [pcbfront] (0,0,5) coordinate (height bottom) -- (0,1,5) coordinate (height top) -- (5,1,5) -- (5,0,5) -- cycle;
% PCB top
\shade[top color = pcbtopleft, bottom color = pcbtopright, shading angle=75] (0,1,0) -- (5,1,0) -- (5,1,5) -- (0,1,5) -- cycle;
% PCB right, closed it
\filldraw [pcbright] (5,0,0) -- (5,0,5) -- (5,1,5) -- (5,1,0) -- cycle;
% groundplane
\filldraw [groundplane] (0,0,5) -- (5,0,5) -- (5,0,0) -- (5,-0.2,0) -- (5,-0.2,5) -- (0,-0.2,5) -- cycle;
% stripline front
\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (3.5,1.2,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;
%stripline top
\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (3.5,1.2,0) coordinate (width right) -- (3.5,1.2,5) -- (1.5,1.2,5) -- cycle;
% stripline right
\filldraw [striplineright] (3.5,1,5) -- (3.5,1.2,5) -- (3.5,1.2,0) -- (3.5,1,0) -- cycle;
\node at (4,0.5,5) {$\varepsilon$};
% stripline width
\Dimline[($(width left)+(0,1,0)$)][($(width right)+(0,1,0)$)][$w$];
\draw ($(width left)+(0,0.1,0)$) -- ($(width left)+(0,1.1,0)$);
\draw ($(width right)+(0,0.1,0)$) -- ($(width right)+(0,1.1,0)$);
% stripline length
\Dimline[($(length back)+(-2.5,0,0)$)][($(length front)+(-2.5,0,0)$)][$l$]; %[left];
\draw ($(length front)+(-0.1,0,0)$) -- ($(length front)+(-2.6,0,0)$);
\draw ($(length back)+(-0.1,0,0)$) -- ($(length back)+(-2.6,0,0)$);
% stripline thickness
\Dimline[($(thickness top)+(3.5,0,0)$)][($(thickness bottom)+(3.5,0,0)$)][$t$]; %[left];
\draw ($(thickness top)+(0.1,0,0)$) -- ($(thickness top)+(3.6,0,0)$);
\draw ($(thickness bottom)+(0.1,0,0)$) -- ($(thickness bottom)+(3.6,0,0)$);
% PCB height
\Dimline[($(height top)+(-1,0,0)$)][($(height bottom)+(-1,0,0)$)][$h$]; %[left];
\draw ($(height top)+(-0.1,0,0)$) -- ($(height top)+(-1.1,0,0)$);
\draw ($(height bottom)+(-0.1,0,0)$) -- ($(height bottom)+(-1.1,0,0)$);
\end{tikzpicture}
\end{document}
|
Double the height of the copper-colored box on top.
|
A technical diagram, with a somewhat high red box on top of a green one.
|
easy
|
update
|
scientific
|
[
"@@ -37,3 +37,3 @@\n\n-\\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (3.5,1.2,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;\n-\\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (3.5,1.2,0) coordinate (width right) -- (3.5,1.2,5) -- (1.5,1.2,5) -- cycle;\n-\\filldraw [striplineright] (3.5,1,5) -- (3.5,1.2,5) -- (3.5,1.2,0) -- (3.5,1,0) -- cycle;\n+\\filldraw [striplinefront] (1.5,1.4,5) coordinate (length front) -- (3.5,1.4,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;\n+\\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.4,0) coordinate (width left) coordinate (length back) -- (3.5,1.4,0) coordinate (width right) -- (3.5,1.4,5) -- (1.5,1.4,5) -- cycle;\n+\\filldraw [striplineright] (3.5,1,5) -- (3.5,1.4,5) -- (3.5,1.4,0) -- (3.5,1,0) -- cycle;"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n decorations.pathreplacing,\n decorations.pathmorphing,\n decorations.markings\n}\n\\usetikzlibrary{patterns,calc,arrows}\n\\usepackage{pgfplots}\n\n\\definecolor{copper}{rgb}{1,0,0}\n\\definecolor{pcb}{rgb}{0,1,0}\n\\colorlet{groundplane}{copper!50!black}\n\\colorlet{pcbfront}{pcb!50!black}\n\\colorlet{pcbright}{pcb!20!black}\n\\colorlet{pcbtopleft}{pcb!70!black}\n\\colorlet{pcbtopright}{pcb!50!black}\n\\colorlet{striplinefront}{copper!50!black}\n\\colorlet{striplineright}{copper!50!black}\n\\colorlet{striplinetopleft}{copper!90!black}\n\\colorlet{striplinetopright}{copper!60!black}\n\n\\begin{document}\n\n\\pgfarrowsdeclarecombine{dimarrow}{dimarrow}{latex}{latex}{}{}\n\\def\\Dimline[#1][#2][#3]{\n \\draw[ \n decoration={markings, \n mark=at position 0 with {\\arrowreversed[scale=0.5]{dimarrow}};,\n mark=at position .5 with {\\node[black] at (0,0.25) {#3};},\n mark=at position 1 with {\\arrow[scale=0.5]{dimarrow}};,\n },\n postaction=decorate] #1 -- #2 ;\n}\n\n\\begin{tikzpicture}\n\n\\filldraw [pcbfront] (0,0,5) coordinate (height bottom) -- (0,1,5) coordinate (height top) -- (5,1,5) -- (5,0,5) -- cycle;\n\n\\shade[top color = pcbtopleft, bottom color = pcbtopright, shading angle=75] (0,1,0) -- (5,1,0) -- (5,1,5) -- (0,1,5) -- cycle;\n\n\\filldraw [pcbright] (5,0,0) -- (5,0,5) -- (5,1,5) -- (5,1,0) -- cycle;\n\n\\filldraw [groundplane] (0,0,5) -- (5,0,5) -- (5,0,0) -- (5,-0.2,0) -- (5,-0.2,5) -- (0,-0.2,5) -- cycle;\n\n\\filldraw [striplinefront] (1.5,1.4,5) coordinate (length front) -- (3.5,1.4,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;\n\n\\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.4,0) coordinate (width left) coordinate (length back) -- (3.5,1.4,0) coordinate (width right) -- (3.5,1.4,5) -- (1.5,1.4,5) -- cycle;\n\n\\filldraw [striplineright] (3.5,1,5) -- (3.5,1.4,5) -- (3.5,1.4,0) -- (3.5,1,0) -- cycle;\n\n\\node at (4,0.5,5) {$\\varepsilon$};\n\n\n\\Dimline[($(width left)+(0,1,0)$)][($(width right)+(0,1,0)$)][$w$];\n\\draw ($(width left)+(0,0.1,0)$) -- ($(width left)+(0,1.1,0)$);\n\\draw ($(width right)+(0,0.1,0)$) -- ($(width right)+(0,1.1,0)$);\n\n\\Dimline[($(length back)+(-2.5,0,0)$)][($(length front)+(-2.5,0,0)$)][$l$]; \n\\draw ($(length front)+(-0.1,0,0)$) -- ($(length front)+(-2.6,0,0)$);\n\\draw ($(length back)+(-0.1,0,0)$) -- ($(length back)+(-2.6,0,0)$); \n\n\\Dimline[($(thickness top)+(3.5,0,0)$)][($(thickness bottom)+(3.5,0,0)$)][$t$]; \n\\draw ($(thickness top)+(0.1,0,0)$) -- ($(thickness top)+(3.6,0,0)$);\n\\draw ($(thickness bottom)+(0.1,0,0)$) -- ($(thickness bottom)+(3.6,0,0)$); \n\n\\Dimline[($(height top)+(-1,0,0)$)][($(height bottom)+(-1,0,0)$)][$h$]; \n\\draw ($(height top)+(-0.1,0,0)$) -- ($(height top)+(-1.1,0,0)$);\n\\draw ($(height bottom)+(-0.1,0,0)$) -- ($(height bottom)+(-1.1,0,0)$);\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n decorations.pathreplacing,\n decorations.pathmorphing,\n decorations.markings\n}\n\\usetikzlibrary{patterns,calc,arrows}\n\\usepackage{pgfplots}\n\n\\definecolor{copper}{rgb}{1,0,0}\n\\definecolor{pcb}{rgb}{0,1,0}\n\\colorlet{groundplane}{copper!50!black}\n\\colorlet{pcbfront}{pcb!50!black}\n\\colorlet{pcbright}{pcb!20!black}\n\\colorlet{pcbtopleft}{pcb!70!black}\n\\colorlet{pcbtopright}{pcb!50!black}\n\\colorlet{striplinefront}{copper!50!black}\n\\colorlet{striplineright}{copper!50!black}\n\\colorlet{striplinetopleft}{copper!90!black}\n\\colorlet{striplinetopright}{copper!60!black}\n\n\\begin{document}\n\n\\pgfarrowsdeclarecombine{dimarrow}{dimarrow}{latex}{latex}{}{}\n\\def\\Dimline[#1][#2][#3]{\n \\draw[ \n decoration={markings, \n mark=at position 0 with {\\arrowreversed[scale=0.5]{dimarrow}};,\n mark=at position .5 with {\\node[black] at (0,0.25) {#3};},\n mark=at position 1 with {\\arrow[scale=0.5]{dimarrow}};,\n },\n postaction=decorate] #1 -- #2 ;\n}\n\n\\begin{tikzpicture}\n\n\\filldraw [pcbfront] (0,0,5) coordinate (height bottom) -- (0,1,5) coordinate (height top) -- (5,1,5) -- (5,0,5) -- cycle;\n\n\\shade[top color = pcbtopleft, bottom color = pcbtopright, shading angle=75] (0,1,0) -- (5,1,0) -- (5,1,5) -- (0,1,5) -- cycle;\n\n\\filldraw [pcbright] (5,0,0) -- (5,0,5) -- (5,1,5) -- (5,1,0) -- cycle;\n\n\\filldraw [groundplane] (0,0,5) -- (5,0,5) -- (5,0,0) -- (5,-0.2,0) -- (5,-0.2,5) -- (0,-0.2,5) -- cycle;\n\n\\filldraw [striplinefront] (1.5,1.4,5) coordinate (length front) -- (3.5,1.4,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;\n\n\\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.4,0) coordinate (width left) coordinate (length back) -- (3.5,1.4,0) coordinate (width right) -- (3.5,1.4,5) -- (1.5,1.4,5) -- cycle;\n\n\\filldraw [striplineright] (3.5,1,5) -- (3.5,1.4,5) -- (3.5,1.4,0) -- (3.5,1,0) -- cycle;\n\n\\node at (4,0.5,5) {$\\varepsilon$};\n\n\n\\Dimline[($(width left)+(0,1,0)$)][($(width right)+(0,1,0)$)][$w$];\n\\draw ($(width left)+(0,0.1,0)$) -- ($(width left)+(0,1.1,0)$);\n\\draw ($(width right)+(0,0.1,0)$) -- ($(width right)+(0,1.1,0)$);\n\n\\Dimline[($(length back)+(-2.5,0,0)$)][($(length front)+(-2.5,0,0)$)][$l$]; \n\\draw ($(length front)+(-0.1,0,0)$) -- ($(length front)+(-2.6,0,0)$);\n\\draw ($(length back)+(-0.1,0,0)$) -- ($(length back)+(-2.6,0,0)$); \n\n\\Dimline[($(thickness top)+(3.5,0,0)$)][($(thickness bottom)+(3.5,0,0)$)][$t$]; \n\\draw ($(thickness top)+(0.1,0,0)$) -- ($(thickness top)+(3.6,0,0)$);\n\\draw ($(thickness bottom)+(0.1,0,0)$) -- ($(thickness bottom)+(3.6,0,0)$); \n\n\\Dimline[($(height top)+(-1,0,0)$)][($(height bottom)+(-1,0,0)$)][$h$]; \n\\draw ($(height top)+(-0.1,0,0)$) -- ($(height top)+(-1.1,0,0)$);\n\\draw ($(height bottom)+(-0.1,0,0)$) -- ($(height bottom)+(-1.1,0,0)$);\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
3
] |
pcb_increase_width
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{
decorations.pathreplacing,
decorations.pathmorphing,
decorations.markings
}
\usetikzlibrary{patterns,calc,arrows}
\usepackage{pgfplots}
\definecolor{copper}{rgb}{1,0,0}
\definecolor{pcb}{rgb}{0,1,0}
\colorlet{groundplane}{copper!50!black}
\colorlet{pcbfront}{pcb!50!black}
\colorlet{pcbright}{pcb!20!black}
\colorlet{pcbtopleft}{pcb!70!black}
\colorlet{pcbtopright}{pcb!50!black}
\colorlet{striplinefront}{copper!50!black}
\colorlet{striplineright}{copper!50!black}
\colorlet{striplinetopleft}{copper!90!black}
\colorlet{striplinetopright}{copper!60!black}
\begin{document}
\pgfarrowsdeclarecombine{dimarrow}{dimarrow}{latex}{latex}{}{}
\def\Dimline[#1][#2][#3]{
\draw[
decoration={markings,
mark=at position 0 with {\arrowreversed[scale=0.5]{dimarrow}};,
mark=at position .5 with {\node[black] at (0,0.25) {#3};},
mark=at position 1 with {\arrow[scale=0.5]{dimarrow}};,
},
postaction=decorate] #1 -- #2 ;
}
\begin{tikzpicture}
\filldraw [pcbfront] (0,0,5) coordinate (height bottom) -- (0,1,5) coordinate (height top) -- (5,1,5) -- (5,0,5) -- cycle;
\shade[top color = pcbtopleft, bottom color = pcbtopright, shading angle=75] (0,1,0) -- (5,1,0) -- (5,1,5) -- (0,1,5) -- cycle;
\filldraw [pcbright] (5,0,0) -- (5,0,5) -- (5,1,5) -- (5,1,0) -- cycle;
\filldraw [groundplane] (0,0,5) -- (5,0,5) -- (5,0,0) -- (5,-0.2,0) -- (5,-0.2,5) -- (0,-0.2,5) -- cycle;
\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (3.5,1.2,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;
\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (3.5,1.2,0) coordinate (width right) -- (3.5,1.2,5) -- (1.5,1.2,5) -- cycle;
\filldraw [striplineright] (3.5,1,5) -- (3.5,1.2,5) -- (3.5,1.2,0) -- (3.5,1,0) -- cycle;
\node at (4,0.5,5) {$\varepsilon$};
\Dimline[($(width left)+(0,1,0)$)][($(width right)+(0,1,0)$)][$w$];
\draw ($(width left)+(0,0.1,0)$) -- ($(width left)+(0,1.1,0)$);
\draw ($(width right)+(0,0.1,0)$) -- ($(width right)+(0,1.1,0)$);
\Dimline[($(length back)+(-2.5,0,0)$)][($(length front)+(-2.5,0,0)$)][$l$];
\draw ($(length front)+(-0.1,0,0)$) -- ($(length front)+(-2.6,0,0)$);
\draw ($(length back)+(-0.1,0,0)$) -- ($(length back)+(-2.6,0,0)$);
\Dimline[($(thickness top)+(3.5,0,0)$)][($(thickness bottom)+(3.5,0,0)$)][$t$];
\draw ($(thickness top)+(0.1,0,0)$) -- ($(thickness top)+(3.6,0,0)$);
\draw ($(thickness bottom)+(0.1,0,0)$) -- ($(thickness bottom)+(3.6,0,0)$);
\Dimline[($(height top)+(-1,0,0)$)][($(height bottom)+(-1,0,0)$)][$h$];
\draw ($(height top)+(-0.1,0,0)$) -- ($(height top)+(-1.1,0,0)$);
\draw ($(height bottom)+(-0.1,0,0)$) -- ($(height bottom)+(-1.1,0,0)$);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{%
decorations.pathreplacing,%
decorations.pathmorphing,
decorations.markings%
}
\usetikzlibrary{patterns,calc,arrows}
\usepackage{pgfplots}
%% please note changes in color %%
% base color for copper and PCB
\definecolor{copper}{rgb}{1,0,0}
\definecolor{pcb}{rgb}{0,1,0}
% shades of them for the different elements
\colorlet{groundplane}{copper!50!black}
\colorlet{pcbfront}{pcb!50!black}
\colorlet{pcbright}{pcb!20!black}
\colorlet{pcbtopleft}{pcb!70!black}
\colorlet{pcbtopright}{pcb!50!black}
\colorlet{striplinefront}{copper!50!black}
\colorlet{striplineright}{copper!50!black}
\colorlet{striplinetopleft}{copper!90!black}
\colorlet{striplinetopright}{copper!60!black}
\begin{document}
\pgfarrowsdeclarecombine{dimarrow}{dimarrow}{latex}{latex}{}{}
\def\Dimline[#1][#2][#3]{
\draw[ % |-|, % removed, looks odd for l
decoration={markings, % switch on markings
mark=at position 0 with {\arrowreversed[scale=0.5]{dimarrow}};,
mark=at position .5 with {\node[black] at (0,0.25) {#3};},
mark=at position 1 with {\arrow[scale=0.5]{dimarrow}};,
},
postaction=decorate] #1 -- #2 ;
}
\begin{tikzpicture}
% PCB front, use cycle to close path
\filldraw [pcbfront] (0,0,5) coordinate (height bottom) -- (0,1,5) coordinate (height top) -- (5,1,5) -- (5,0,5) -- cycle;
% PCB top
\shade[top color = pcbtopleft, bottom color = pcbtopright, shading angle=75] (0,1,0) -- (5,1,0) -- (5,1,5) -- (0,1,5) -- cycle;
% PCB right, closed it
\filldraw [pcbright] (5,0,0) -- (5,0,5) -- (5,1,5) -- (5,1,0) -- cycle;
% groundplane
\filldraw [groundplane] (0,0,5) -- (5,0,5) -- (5,0,0) -- (5,-0.2,0) -- (5,-0.2,5) -- (0,-0.2,5) -- cycle;
% stripline front
\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (3.5,1.2,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;
%stripline top
\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (3.5,1.2,0) coordinate (width right) -- (3.5,1.2,5) -- (1.5,1.2,5) -- cycle;
% stripline right
\filldraw [striplineright] (3.5,1,5) -- (3.5,1.2,5) -- (3.5,1.2,0) -- (3.5,1,0) -- cycle;
\node at (4,0.5,5) {$\varepsilon$};
% stripline width
\Dimline[($(width left)+(0,1,0)$)][($(width right)+(0,1,0)$)][$w$];
\draw ($(width left)+(0,0.1,0)$) -- ($(width left)+(0,1.1,0)$);
\draw ($(width right)+(0,0.1,0)$) -- ($(width right)+(0,1.1,0)$);
% stripline length
\Dimline[($(length back)+(-2.5,0,0)$)][($(length front)+(-2.5,0,0)$)][$l$]; %[left];
\draw ($(length front)+(-0.1,0,0)$) -- ($(length front)+(-2.6,0,0)$);
\draw ($(length back)+(-0.1,0,0)$) -- ($(length back)+(-2.6,0,0)$);
% stripline thickness
\Dimline[($(thickness top)+(3.5,0,0)$)][($(thickness bottom)+(3.5,0,0)$)][$t$]; %[left];
\draw ($(thickness top)+(0.1,0,0)$) -- ($(thickness top)+(3.6,0,0)$);
\draw ($(thickness bottom)+(0.1,0,0)$) -- ($(thickness bottom)+(3.6,0,0)$);
% PCB height
\Dimline[($(height top)+(-1,0,0)$)][($(height bottom)+(-1,0,0)$)][$h$]; %[left];
\draw ($(height top)+(-0.1,0,0)$) -- ($(height top)+(-1.1,0,0)$);
\draw ($(height bottom)+(-0.1,0,0)$) -- ($(height bottom)+(-1.1,0,0)$);
\end{tikzpicture}
\end{document}
|
Increase the width of the copper-colored box on the top, so that its right side aligns with the right side of the box under it.
|
A technical diagram, with a red layer that has its right side aligned with the right side of the green box under it
|
medium
|
update
|
scientific
|
[
"@@ -37,3 +37,3 @@\n\n-\\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (3.5,1.2,5) coordinate (thickness top) -- (3.5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;\n-\\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (3.5,1.2,0) coordinate (width right) -- (3.5,1.2,5) -- (1.5,1.2,5) -- cycle;\n-\\filldraw [striplineright] (3.5,1,5) -- (3.5,1.2,5) -- (3.5,1.2,0) -- (3.5,1,0) -- cycle;\n+\\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (5,1.2,5) coordinate (thickness top) -- (5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;\n+\\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (5,1.2,0) coordinate (width right) -- (5,1.2,5) -- (1.5,1.2,5) -- cycle;\n+\\filldraw [striplineright] (5,1,5) -- (5,1.2,5) -- (5,1.2,0) -- (5,1,0) -- cycle;"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n decorations.pathreplacing,\n decorations.pathmorphing,\n decorations.markings\n}\n\\usetikzlibrary{patterns,calc,arrows}\n\\usepackage{pgfplots}\n\n\\definecolor{copper}{rgb}{1,0,0}\n\\definecolor{pcb}{rgb}{0,1,0}\n\\colorlet{groundplane}{copper!50!black}\n\\colorlet{pcbfront}{pcb!50!black}\n\\colorlet{pcbright}{pcb!20!black}\n\\colorlet{pcbtopleft}{pcb!70!black}\n\\colorlet{pcbtopright}{pcb!50!black}\n\\colorlet{striplinefront}{copper!50!black}\n\\colorlet{striplineright}{copper!50!black}\n\\colorlet{striplinetopleft}{copper!90!black}\n\\colorlet{striplinetopright}{copper!60!black}\n\n\\begin{document}\n\n\\pgfarrowsdeclarecombine{dimarrow}{dimarrow}{latex}{latex}{}{}\n\\def\\Dimline[#1][#2][#3]{\n \\draw[ \n decoration={markings, \n mark=at position 0 with {\\arrowreversed[scale=0.5]{dimarrow}};,\n mark=at position .5 with {\\node[black] at (0,0.25) {#3};},\n mark=at position 1 with {\\arrow[scale=0.5]{dimarrow}};,\n },\n postaction=decorate] #1 -- #2 ;\n}\n\n\\begin{tikzpicture}\n\n\\filldraw [pcbfront] (0,0,5) coordinate (height bottom) -- (0,1,5) coordinate (height top) -- (5,1,5) -- (5,0,5) -- cycle;\n\n\\shade[top color = pcbtopleft, bottom color = pcbtopright, shading angle=75] (0,1,0) -- (5,1,0) -- (5,1,5) -- (0,1,5) -- cycle;\n\n\\filldraw [pcbright] (5,0,0) -- (5,0,5) -- (5,1,5) -- (5,1,0) -- cycle;\n\n\\filldraw [groundplane] (0,0,5) -- (5,0,5) -- (5,0,0) -- (5,-0.2,0) -- (5,-0.2,5) -- (0,-0.2,5) -- cycle;\n\n\\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (5,1.2,5) coordinate (thickness top) -- (5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;\n\n\\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (5,1.2,0) coordinate (width right) -- (5,1.2,5) -- (1.5,1.2,5) -- cycle;\n\n\\filldraw [striplineright] (5,1,5) -- (5,1.2,5) -- (5,1.2,0) -- (5,1,0) -- cycle;\n\n\\node at (4,0.5,5) {$\\varepsilon$};\n\n\n\\Dimline[($(width left)+(0,1,0)$)][($(width right)+(0,1,0)$)][$w$];\n\\draw ($(width left)+(0,0.1,0)$) -- ($(width left)+(0,1.1,0)$);\n\\draw ($(width right)+(0,0.1,0)$) -- ($(width right)+(0,1.1,0)$);\n\n\\Dimline[($(length back)+(-2.5,0,0)$)][($(length front)+(-2.5,0,0)$)][$l$]; \n\\draw ($(length front)+(-0.1,0,0)$) -- ($(length front)+(-2.6,0,0)$);\n\\draw ($(length back)+(-0.1,0,0)$) -- ($(length back)+(-2.6,0,0)$); \n\n\\Dimline[($(thickness top)+(§range(1,3.5,3.5),0,0)$)][($(thickness bottom)+(§range(1,3.5,3.5),0,0)$)][$t$]; \n\\draw ($(thickness top)+(0.1,0,0)$) -- ($(thickness top)+(§range(1.1,3.6,3.6),0,0)$);\n\\draw ($(thickness bottom)+(0.1,0,0)$) -- ($(thickness bottom)+(§range(1.1,3.6,3.6),0,0)$); \n\n\\Dimline[($(height top)+(-1,0,0)$)][($(height bottom)+(-1,0,0)$)][$h$]; \n\\draw ($(height top)+(-0.1,0,0)$) -- ($(height top)+(-1.1,0,0)$);\n\\draw ($(height bottom)+(-0.1,0,0)$) -- ($(height bottom)+(-1.1,0,0)$);\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{\n decorations.pathreplacing,\n decorations.pathmorphing,\n decorations.markings\n}\n\\usetikzlibrary{patterns,calc,arrows}\n\\usepackage{pgfplots}\n\n\\definecolor{copper}{rgb}{1,0,0}\n\\definecolor{pcb}{rgb}{0,1,0}\n\\colorlet{groundplane}{copper!50!black}\n\\colorlet{pcbfront}{pcb!50!black}\n\\colorlet{pcbright}{pcb!20!black}\n\\colorlet{pcbtopleft}{pcb!70!black}\n\\colorlet{pcbtopright}{pcb!50!black}\n\\colorlet{striplinefront}{copper!50!black}\n\\colorlet{striplineright}{copper!50!black}\n\\colorlet{striplinetopleft}{copper!90!black}\n\\colorlet{striplinetopright}{copper!60!black}\n\n\\begin{document}\n\n\\pgfarrowsdeclarecombine{dimarrow}{dimarrow}{latex}{latex}{}{}\n\\def\\Dimline[#1][#2][#3]{\n \\draw[ \n decoration={markings, \n mark=at position 0 with {\\arrowreversed[scale=0.5]{dimarrow}};,\n mark=at position .5 with {\\node[black] at (0,0.25) {#3};},\n mark=at position 1 with {\\arrow[scale=0.5]{dimarrow}};,\n },\n postaction=decorate] #1 -- #2 ;\n}\n\n\\begin{tikzpicture}\n\n\\filldraw [pcbfront] (0,0,5) coordinate (height bottom) -- (0,1,5) coordinate (height top) -- (5,1,5) -- (5,0,5) -- cycle;\n\n\\shade[top color = pcbtopleft, bottom color = pcbtopright, shading angle=75] (0,1,0) -- (5,1,0) -- (5,1,5) -- (0,1,5) -- cycle;\n\n\\filldraw [pcbright] (5,0,0) -- (5,0,5) -- (5,1,5) -- (5,1,0) -- cycle;\n\n\\filldraw [groundplane] (0,0,5) -- (5,0,5) -- (5,0,0) -- (5,-0.2,0) -- (5,-0.2,5) -- (0,-0.2,5) -- cycle;\n\n\\filldraw [striplinefront] (1.5,1.2,5) coordinate (length front) -- (5,1.2,5) coordinate (thickness top) -- (5,1,5) coordinate (thickness bottom) -- (1.5,1,5) -- cycle;\n\n\\shade [top color = striplinetopleft, bottom color = striplinetopright, shading angle=75] (1.5,1.2,0) coordinate (width left) coordinate (length back) -- (5,1.2,0) coordinate (width right) -- (5,1.2,5) -- (1.5,1.2,5) -- cycle;\n\n\\filldraw [striplineright] (5,1,5) -- (5,1.2,5) -- (5,1.2,0) -- (5,1,0) -- cycle;\n\n\\node at (4,0.5,5) {$\\varepsilon$};\n\n\n\\Dimline[($(width left)+(0,1,0)$)][($(width right)+(0,1,0)$)][$w$];\n\\draw ($(width left)+(0,0.1,0)$) -- ($(width left)+(0,1.1,0)$);\n\\draw ($(width right)+(0,0.1,0)$) -- ($(width right)+(0,1.1,0)$);\n\n\\Dimline[($(length back)+(-2.5,0,0)$)][($(length front)+(-2.5,0,0)$)][$l$]; \n\\draw ($(length front)+(-0.1,0,0)$) -- ($(length front)+(-2.6,0,0)$);\n\\draw ($(length back)+(-0.1,0,0)$) -- ($(length back)+(-2.6,0,0)$); \n\n\\Dimline[($(thickness top)+(3.5,0,0)$)][($(thickness bottom)+(3.5,0,0)$)][$t$]; \n\\draw ($(thickness top)+(0.1,0,0)$) -- ($(thickness top)+(3.6,0,0)$);\n\\draw ($(thickness bottom)+(0.1,0,0)$) -- ($(thickness bottom)+(3.6,0,0)$); \n\n\\Dimline[($(height top)+(-1,0,0)$)][($(height bottom)+(-1,0,0)$)][$h$]; \n\\draw ($(height top)+(-0.1,0,0)$) -- ($(height top)+(-1.1,0,0)$);\n\\draw ($(height bottom)+(-0.1,0,0)$) -- ($(height bottom)+(-1.1,0,0)$);\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
62
] |
plane_intersection
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{calc}
\usepackage{physics}
\begin{document}
\def\t{0.9}
\def\s{0.04}
\def\tt{0.3}
\def\ss{0.7}
\def\ttt{0.5}
\def\sss{0.5}
\begin{tikzpicture}[x={(1cm,0.4cm)}, y={(8mm, -3mm)}, z={(0cm,1cm)}, line cap=round, line join=round]
\coordinate (x1) at (-2,2,3);
\coordinate (x2) at (2,2,5);
\coordinate (x3) at (2,-2,5);
\coordinate (x4) at (-2,-2,3);
\coordinate (n1) at ($(x2) - (x1)$);
\coordinate (n2) at ($(x2) - (x3)$);
\coordinate (x5) at ($(x1) + \s*(n1) - \t*(n2)$);
\node[outer sep = 1pt, inner sep = 1pt] (x6) at ($(x1) + \ss*(n1) - \tt*(n2)$) {};
\coordinate (x7) at ($(x1) + \sss*(n1) - \ttt*(n2)$);
\coordinate (O) at (0,0,0);
\node[outer sep = 1pt, inner sep = 1pt] (P) at (2.5,1,5.5) {};
\draw[-latex] (-2.5,0,0) -- (2.5,0,0) node[pos = 1.05] {$x$};
\draw[-latex] (0,-3.5,0) -- (0,3.5,0) node[pos = 1.05] {$y$};
\draw[-latex] (0,0,0) -- (0,0,7) node[pos = 1.05] {$z$};
\draw[draw=black, fill=black] (O) circle (1pt) node[below] {${O}$};
\draw[-latex, thick] (O) -- (x6) node[pos=0.45, shift={(0.1,0.3)}] {$\vb{r_o}$};
\path[draw=black, fill=black!20, thick, opacity = 0.8] (x1) -- (x2) -- (x3) -- (x4) -- (x1);
\node[shift={(-0.45,0.6)}] at (x3) {$\Pi$};
\draw[-latex, thick] (x5) -- ($(x5)!0.07!(-8,0,24)$) node[pos=0.5, shift={(-0.2,-0.1)}] {$\vb{u}$};
\draw[draw=black, fill=black] (x6) circle (1pt) node[above right] {${P_o}$};
\draw[draw=black, fill=black] (x7) circle (0.5pt);
\draw (x7) -- (0,0,6.5);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
%Drawing
\usepackage{tikz}
%Tikz Library
\usetikzlibrary{calc}
%Notation
\usepackage{physics}
\begin{document}
% All numbers must be in [0,1] to fall in the plane drawn
\def\t{0.9}
\def\s{0.04}
\def\tt{0.3}
\def\ss{0.7}
\def\ttt{0.5}
\def\sss{0.5}
\begin{tikzpicture}[x={(1cm,0.4cm)}, y={(8mm, -3mm)}, z={(0cm,1cm)}, line cap=round, line join=round]
%Coordinates
%Plane Vertex Points
\coordinate (x1) at (-2,2,3);
\coordinate (x2) at (2,2,5);
\coordinate (x3) at (2,-2,5);
\coordinate (x4) at (-2,-2,3);
%Vectors Parallel to Plane
\coordinate (n1) at ($(x2) - (x1)$);
\coordinate (n2) at ($(x2) - (x3)$);
%Points on Plane
\coordinate (x5) at ($(x1) + \s*(n1) - \t*(n2)$);
\node[outer sep = 1pt, inner sep = 1pt] (x6) at ($(x1) + \ss*(n1) - \tt*(n2)$) {};
\coordinate (x7) at ($(x1) + \sss*(n1) - \ttt*(n2)$);
%Beginning of Axis
\coordinate (O) at (0,0,0);
%Random Point
\node[outer sep = 1pt, inner sep = 1pt] (P) at (2.5,1,5.5) {};
%Axis
\draw[-latex] (-2.5,0,0) -- (2.5,0,0) node[pos = 1.05] {$x$};
\draw[-latex] (0,-3.5,0) -- (0,3.5,0) node[pos = 1.05] {$y$};
\draw[-latex] (0,0,0) -- (0,0,7) node[pos = 1.05] {$z$};
\draw[draw=black, fill=black] (O) circle (1pt) node[below] {${O}$};
%Point on Plane
\draw[-latex, thick] (O) -- (x6) node[pos=0.45, shift={(0.1,0.3)}] {$\vb{r_o}$};
%Plane
\path[draw=black, fill=black!20, thick, opacity = 0.8] (x1) -- (x2) -- (x3) -- (x4) -- (x1);
\node[shift={(-0.45,0.6)}] at (x3) {$\Pi$};
%Perpendicular Vector
\draw[-latex, thick] (x5) -- ($(x5)!0.07!(-8,0,24)$) node[pos=0.5, shift={(-0.2,-0.1)}] {$\vb{u}$};
%Point on Plane
\draw[draw=black, fill=black] (x6) circle (1pt) node[above right] {${P_o}$};
%Z-axis Section
\draw[draw=black, fill=black] (x7) circle (0.5pt);
\draw (x7) -- (0,0,6.5);
\end{tikzpicture}
\end{document}
|
Add a second plane Pi_2, parallel to the x-y-plane. This plane should intersect with the existing plane, and their intersection should cross the z-axis.
|
Two planes intersecting in a 3-dimensional diagram.
|
hard
|
add
|
scientific
|
[
"@@ -16,0 +17,4 @@\n\n+\\coordinate (x8) at (-2,2,4);\n+\\coordinate (x9) at (2,2,4);\n+\\coordinate (x10) at (2,-2,4);\n+\\coordinate (x11) at (-2,-2,4);\n@@ -32,0 +37,5 @@\n\n+\\path[draw=black, fill=black!20, thick, opacity = 0.8] (x8) -- (x9) -- (x10) -- (x11) -- (x8);\n+\\node[shift={(-0.45,0.6)}] at (x10) {$\\Pi_2$};\n+\\draw[draw=gray!50, thick] (0,-2,4) -- (x10);\n+\\draw[draw=gray!50, thick] (2,-2,4) -- (2,1,4);\n+\\draw[draw=black, thick] (0,2,4) -- (x2);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{calc}\n\n\\usepackage{physics}\n\n\\begin{document}\n\n\\def\\t{0.9}\n\\def\\s{0.04}\n\\def\\tt{0.3}\n\\def\\ss{0.7}\n\\def\\ttt{0.5}\n\\def\\sss{0.5}\n\t\n\\begin{tikzpicture}[x={(1cm,0.4cm)}, y={(8mm, -3mm)}, z={(0cm,1cm)}, line cap=round, line join=round]\n\t\\coordinate (x1) at (-2,2,3);\n\t\\coordinate (x2) at (2,2,5);\n\t\\coordinate (x3) at (2,-2,5);\n\t\\coordinate (x4) at (-2,-2,3);\n\n\t\\coordinate (x8) at (-2,2,4);\n\t\\coordinate (x9) at (2,2,4);\n\t\\coordinate (x10) at (2,-2,4);\n\t\\coordinate (x11) at (-2,-2,4);\n \n\t\\coordinate (n1) at ($(x2) - (x1)$);\n\t\\coordinate (n2) at ($(x2) - (x3)$); \n\t\\coordinate (x5) at ($(x1) + \\s*(n1) - \\t*(n2)$);\n\t\\node[outer sep = 1pt, inner sep = 1pt] (x6) at ($(x1) + \\ss*(n1) - \\tt*(n2)$) {};\n\t\\coordinate (x7) at ($(x1) + \\sss*(n1) - \\ttt*(n2)$);\n\t\\coordinate (O) at (0,0,0);\n\t\\node[outer sep = 1pt, inner sep = 1pt] (P) at (2.5,1,5.5) {};\n\t\n\t\\draw[-latex] (-2.5,0,0) -- (2.5,0,0) node[pos = 1.05] {$x$};\n\t\\draw[-latex] (0,-3.5,0) -- (0,3.5,0) node[pos = 1.05] {$y$};\n\t\\draw[-latex] (0,0,0) -- (0,0,7) node[pos = 1.05] {$z$};\n\t\\draw[draw=black, fill=black] (O) circle (1pt) node[below] {${O}$};\n\t\n\t\\draw[-latex, thick] (O) -- (x6) node[pos=0.45, shift={(0.1,0.3)}] {$\\vb{r_o}$};\n\t\\path[draw=black, fill=black!20, thick, opacity = 0.8] (x1) -- (x2) -- (x3) -- (x4) -- (x1);\n\t\\node[shift={(-0.45,0.6)}] at (x3) {$\\Pi$};\n\t\\draw[-latex, thick] (x5) -- ($(x5)!0.07!(-8,0,24)$) node[pos=0.5, shift={(-0.2,-0.1)}] {$\\vb{u}$};\n\t\\draw[draw=black, fill=black] (x6) circle (1pt) node[above right] {${P_o}$};\n\n\t\\path[draw=black, fill=black!20, thick, opacity = 0.8] (x8) -- (x9) -- (x10) -- (x11) -- (x8);\n\t\\node[shift={(-0.45,0.6)}] at (x10) {$\\Pi_2$};\n\n\t\\draw[draw=gray!50, thick] (0,-2,4) -- (x10);\n \\draw[draw=gray!50, thick] (2,-2,4) -- (2,1,4);\n \\draw[draw=black, thick] (0,2,4) -- (x2);\n\n\t\\draw[draw=black, fill=black] (x7) circle (0.5pt);\n\t\\draw (x7) -- (0,0,6.5);\n\n\\end{tikzpicture}\n\t\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{calc}\n\n\\usepackage{physics}\n\n\\begin{document}\n\n\\def\\t{0.9}\n\\def\\s{0.04}\n\\def\\tt{0.3}\n\\def\\ss{0.7}\n\\def\\ttt{0.5}\n\\def\\sss{0.5}\n\t\n\\begin{tikzpicture}[x={(1cm,0.4cm)}, y={(8mm, -3mm)}, z={(0cm,1cm)}, line cap=round, line join=round]\n\t\\coordinate (x1) at (-2,2,3);\n\t\\coordinate (x2) at (2,2,5);\n\t\\coordinate (x3) at (2,-2,5);\n\t\\coordinate (x4) at (-2,-2,3);\n\n\t\\coordinate (x8) at (-2,2,4);\n\t\\coordinate (x9) at (2,2,4);\n\t\\coordinate (x10) at (2,-2,4);\n\t\\coordinate (x11) at (-2,-2,4);\n \n\t\\coordinate (n1) at ($(x2) - (x1)$);\n\t\\coordinate (n2) at ($(x2) - (x3)$); \n\t\\coordinate (x5) at ($(x1) + \\s*(n1) - \\t*(n2)$);\n\t\\node[outer sep = 1pt, inner sep = 1pt] (x6) at ($(x1) + \\ss*(n1) - \\tt*(n2)$) {};\n\t\\coordinate (x7) at ($(x1) + \\sss*(n1) - \\ttt*(n2)$);\n\t\\coordinate (O) at (0,0,0);\n\t\\node[outer sep = 1pt, inner sep = 1pt] (P) at (2.5,1,5.5) {};\n\t\n\t\\draw[-latex] (-2.5,0,0) -- (2.5,0,0) node[pos = 1.05] {$x$};\n\t\\draw[-latex] (0,-3.5,0) -- (0,3.5,0) node[pos = 1.05] {$y$};\n\t\\draw[-latex] (0,0,0) -- (0,0,7) node[pos = 1.05] {$z$};\n\t\\draw[draw=black, fill=black] (O) circle (1pt) node[below] {${O}$};\n\t\n\t\\draw[-latex, thick] (O) -- (x6) node[pos=0.45, shift={(0.1,0.3)}] {$\\vb{r_o}$};\n\t\\path[draw=black, fill=black!20, thick, opacity = 0.8] (x1) -- (x2) -- (x3) -- (x4) -- (x1);\n\t\\node[shift={(-0.45,0.6)}] at (x3) {$\\Pi$};\n\t\\draw[-latex, thick] (x5) -- ($(x5)!0.07!(-8,0,24)$) node[pos=0.5, shift={(-0.2,-0.1)}] {$\\vb{u}$};\n\t\\draw[draw=black, fill=black] (x6) circle (1pt) node[above right] {${P_o}$};\n\n\t\\path[draw=black, fill=black!20, thick, opacity = 0.8] (x8) -- (x9) -- (x10) -- (x11) -- (x8);\n\t\\node[shift={(-0.45,0.6)}] at (x10) {$\\Pi_2$};\n\n\t\\draw[draw=gray!50, thick] (0,-2,4) -- (x10);\n \\draw[draw=gray!50, thick] (2,-2,4) -- (2,1,4);\n \\draw[draw=black, thick] (0,2,4) -- (x2);\n\n\t\\draw[draw=black, fill=black] (x7) circle (0.5pt);\n\t\\draw (x7) -- (0,0,6.5);\n\n\\end{tikzpicture}\n\t\n\\end{document}"
] | ||
[
10,
14
] |
polygon_added_right
|
\documentclass[tikz,border=5]{standalone}
\usepackage{pgfplots}
\pgfplotsset{compat=1.18}
\usepackage{tkz-euclide}
\newcommand{\polygon}[2]{
\draw (0,0) coordinate (X) ;
\pgfmathsetmacro{\angle}{360/#1}
\foreach \i in {0,1,2,...,#1}{
\draw(X)--++(\angle*\i:2.5) coordinate (A\i);
}
\foreach \i in {0,...,\fpeval{#1-1}}{
\pgfmathsetmacro{\k}{100*\i/#1}
\pgfmathtruncatemacro{\j}{\i+1}
\filldraw[red!\k,line join=bevel] (X)--(A\i)--(A\j)--cycle;
}
\draw (A0) foreach \i in {1,...,\fpeval{#1-1}}{ -- (A\i) } -- cycle;
\foreach \i in {0,...,#1}{
\draw(X)--(A\i);
}
\foreach [count=\i] \txt in {#2}
{
\path (X)-- ++({(\i+0.5)*\angle}:1) node (B\i) {\txt};
}
\filldraw (X) circle [radius=3pt];
}
\begin{document}
\begin{tikzpicture}[line width =0.7mm]
\polygon{4}{1,2,3,4}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{pgfplots}
\pgfplotsset{compat=1.18}
\usepackage{tkz-euclide}
\newcommand{\polygon}[2]{%#1 number of sides, #2--numbers to go in spinner
\draw (0,0) coordinate (X) ;
\pgfmathsetmacro{\angle}{360/#1}
\foreach \i in {0,1,2,...,#1}{
\draw(X)--++(\angle*\i:2.5) coordinate (A\i);
}
\foreach \i in {0,...,\fpeval{#1-1}}{
\pgfmathsetmacro{\k}{100*\i/#1}
\pgfmathtruncatemacro{\j}{\i+1}
% add line join=bevel to avoid bits of fill sticking outside the frame
\filldraw[red!\k,line join=bevel] (X)--(A\i)--(A\j)--cycle;
}
% draw border as single path to improve joins
\draw (A0) foreach \i in {1,...,\fpeval{#1-1}}{ -- (A\i) } -- cycle;
\foreach \i in {0,...,#1}{
\draw(X)--(A\i);
}
\foreach [count=\i] \txt in {#2}
{
\path (X)-- ++({(\i+0.5)*\angle}:1) node (B\i) {\txt};
}
\filldraw (X) circle [radius=3pt];
}%
\begin{document}
\begin{tikzpicture}[line width =0.7mm]
\polygon{4}{1,2,3,4}
\end{tikzpicture}
\end{document}
|
Add a second polygon with 5 sides on the right side of the first one, numbered from 1 to 5.
|
A square and a pentagon next to eachother.
|
easy
|
add
|
scientific
|
[
"@@ -28,0 +29,3 @@\n\n+\\begin{scope}[xshift=5cm]\n+\\polygon{5}{1,2,3,4,5}\n+\\end{scope}",
"@@ -28,0 +29,3 @@\n\n+\\begin{scope}[shift={(5,0)}]\n+\\polygon{5}{1,2,3,4,5}\n+\\end{scope}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=1.18}\n\\usepackage{tkz-euclide}\n\n\\newcommand{\\polygon}[2]{\n\n \\draw (0,0) coordinate (X) ;\n\n \\pgfmathsetmacro{\\angle}{360/#1}\n \\foreach \\i in {0,1,2,...,#1}{\n \\draw(X)--++(\\angle*\\i:2.5) coordinate (A\\i);\n }\n \n \\foreach \\i in {0,...,\\fpeval{#1-1}}{\n \\pgfmathsetmacro{\\k}{100*\\i/#1}\n \\pgfmathtruncatemacro{\\j}{\\i+1}\n \n \\filldraw[red!\\k,line join=bevel] (X)--(A\\i)--(A\\j)--cycle;\n }\n\n \\draw (A0) foreach \\i in {1,...,\\fpeval{#1-1}}{ -- (A\\i) } -- cycle;\n\n \\foreach \\i in {0,...,#1}{\n \\draw(X)--(A\\i);\n }\n\n \\foreach [count=\\i] \\txt in {#2}\n {\n \\path (X)-- ++({(\\i+0.5)*\\angle}:1) node (B\\i) {\\txt};\n }\n\n \\filldraw (X) circle [radius=3pt];\n\n }\n\n\\begin{document}\n\\begin{tikzpicture}[line width =0.7mm]\n\n\\polygon{4}{1,2,3,4}\n\n\\begin{scope}[xshift=§range(4.7,7,5)cm]\n \\polygon{5}{1,2,3,4,5}\n\\end{scope}\n\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=1.18}\n\\usepackage{tkz-euclide}\n\n\\newcommand{\\polygon}[2]{\n\n \\draw (0,0) coordinate (X) ;\n\n \\pgfmathsetmacro{\\angle}{360/#1}\n \\foreach \\i in {0,1,2,...,#1}{\n \\draw(X)--++(\\angle*\\i:2.5) coordinate (A\\i);\n }\n \n \\foreach \\i in {0,...,\\fpeval{#1-1}}{\n \\pgfmathsetmacro{\\k}{100*\\i/#1}\n \\pgfmathtruncatemacro{\\j}{\\i+1}\n \n \\filldraw[red!\\k,line join=bevel] (X)--(A\\i)--(A\\j)--cycle;\n }\n\n \\draw (A0) foreach \\i in {1,...,\\fpeval{#1-1}}{ -- (A\\i) } -- cycle;\n\n \\foreach \\i in {0,...,#1}{\n \\draw(X)--(A\\i);\n }\n\n \\foreach [count=\\i] \\txt in {#2}\n {\n \\path (X)-- ++({(\\i+0.5)*\\angle}:1) node (B\\i) {\\txt};\n }\n\n \\filldraw (X) circle [radius=3pt];\n\n }\n\n\\begin{document}\n\\begin{tikzpicture}[line width =0.7mm]\n\n\\polygon{4}{1,2,3,4}\n\n\\begin{scope}[shift={(§range(4.7,7,5),0)}]\n \\polygon{5}{1,2,3,4,5}\n\\end{scope}\n\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=1.18}\n\\usepackage{tkz-euclide}\n\n\\newcommand{\\polygon}[2]{\n\n \\draw (0,0) coordinate (X) ;\n\n \\pgfmathsetmacro{\\angle}{360/#1}\n \\foreach \\i in {0,1,2,...,#1}{\n \\draw(X)--++(\\angle*\\i:2.5) coordinate (A\\i);\n }\n \n \\foreach \\i in {0,...,\\fpeval{#1-1}}{\n \\pgfmathsetmacro{\\k}{100*\\i/#1}\n \\pgfmathtruncatemacro{\\j}{\\i+1}\n \n \\filldraw[red!\\k,line join=bevel] (X)--(A\\i)--(A\\j)--cycle;\n }\n\n \\draw (A0) foreach \\i in {1,...,\\fpeval{#1-1}}{ -- (A\\i) } -- cycle;\n\n \\foreach \\i in {0,...,#1}{\n \\draw(X)--(A\\i);\n }\n\n \\foreach [count=\\i] \\txt in {#2}\n {\n \\path (X)-- ++({(\\i+0.5)*\\angle}:1) node (B\\i) {\\txt};\n }\n\n \\filldraw (X) circle [radius=3pt];\n\n }\n\n\\begin{document}\n\\begin{tikzpicture}[line width =0.7mm]\n\n\\polygon{4}{1,2,3,4}\n\n\\begin{scope}[xshift=5cm]\n \\polygon{5}{1,2,3,4,5}\n\\end{scope}\n\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{pgfplots}\n\\pgfplotsset{compat=1.18}\n\\usepackage{tkz-euclide}\n\n\\newcommand{\\polygon}[2]{\n\n \\draw (0,0) coordinate (X) ;\n\n \\pgfmathsetmacro{\\angle}{360/#1}\n \\foreach \\i in {0,1,2,...,#1}{\n \\draw(X)--++(\\angle*\\i:2.5) coordinate (A\\i);\n }\n \n \\foreach \\i in {0,...,\\fpeval{#1-1}}{\n \\pgfmathsetmacro{\\k}{100*\\i/#1}\n \\pgfmathtruncatemacro{\\j}{\\i+1}\n \n \\filldraw[red!\\k,line join=bevel] (X)--(A\\i)--(A\\j)--cycle;\n }\n\n \\draw (A0) foreach \\i in {1,...,\\fpeval{#1-1}}{ -- (A\\i) } -- cycle;\n\n \\foreach \\i in {0,...,#1}{\n \\draw(X)--(A\\i);\n }\n\n \\foreach [count=\\i] \\txt in {#2}\n {\n \\path (X)-- ++({(\\i+0.5)*\\angle}:1) node (B\\i) {\\txt};\n }\n\n \\filldraw (X) circle [radius=3pt];\n\n }\n\n\\begin{document}\n\\begin{tikzpicture}[line width =0.7mm]\n\n\\polygon{4}{1,2,3,4}\n\n\\begin{scope}[shift={(5,0)}]\n \\polygon{5}{1,2,3,4,5}\n\\end{scope}\n\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
120,
113
] |
quantum_removed_first
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage[usenames,dvipsnames]{xcolor}
\usepackage[utf8]{inputenc}
\usepackage{tcolorbox}
\usepackage{tikz}
\usetikzlibrary{quantikz}
\usetikzlibrary{calc}
\pgfdeclarelayer{bg}
\pgfsetlayers{bg,main}
\begin{document}
\begin{tikzpicture}[scale=0.8, transform shape]
\begin{scope}
\node[draw, fill=white] (gate0) at (0.5, 0) {$H$};
\node[draw, fill=white] (gate1) at (0.5, -1) {$H$};
\node[draw, fill=white] (gate2) at (0.5, -2) {$H$};
\node[draw, fill=white] (gate3) at (0.5, -3) {$H$};
\node[draw, fill=white] (gate4) at (0.5, -4) {$H$};
\node[draw, fill=white] (gate5) at (1.9, 0) {$RZ(x_1)$};
\node[draw, fill=white] (gate6) at (1.9, -1) {$RZ(x_2)$};
\node[draw, fill=white] (gate7) at (1.9, -2) {$RZ(x_1)$};
\node[draw, fill=white] (gate8) at (1.9, -3) {$RZ(x_2)$};
\node[draw, fill=white] (gate9) at (1.9, -4) {$RZ(x_1)$};
\node[draw, fill=white] (gate10) at (3.7, 0) {$RY(\theta_{2})$};
\node[draw, fill=white] (gate11) at (3.7, -1) {$RY(\theta_{2})$};
\node[draw, fill=white] (gate12) at (3.7, -2) {$RY(\theta_{3})$};
\node[draw, fill=white] (gate13) at (3.7, -3) {$RY(\theta_{4})$};
\node[draw, fill=white] (gate14) at (3.7, -4) {$RY(\theta_{5})$};
\draw[] (5.5, 0) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate15) {$RZ(\theta_{6})$};
\draw[] (5.5, -2) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate16) {$RZ(\theta_{8})$};
\draw[] (7.3, -1) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate17) {$RZ(\theta_{7})$};
\draw[] (7.3, -3) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate18) {$RZ(\theta_{9})$};
\draw[] (9.1, -4) -- +(0, 4) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate19) {$RZ(\theta_{10})$};
\begin{pgfonlayer}{bg}
\draw (0, 0) -- (10.0, 0);
\draw (0, -1) -- (10.0, -1);
\draw (0, -2) -- (10.0, -2);
\draw (0, -3) -- (10.0, -3);
\draw (0, -4) -- (10.0, -4);
\end{pgfonlayer}
\end{scope}
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath}
\usepackage{amssymb}
\usepackage[usenames,dvipsnames]{xcolor}
\usepackage[utf8]{inputenc}
\usepackage{tcolorbox}
\usepackage{tikz}
\usetikzlibrary{quantikz}
\usetikzlibrary{calc}
\pgfdeclarelayer{bg}
\pgfsetlayers{bg,main}
\begin{document}
\begin{tikzpicture}[scale=0.8, transform shape]
\begin{scope}
\node[draw, fill=white] (gate0) at (0.5, 0) {$H$}; %Hadamard
\node[draw, fill=white] (gate1) at (0.5, -1) {$H$}; %Hadamard
\node[draw, fill=white] (gate2) at (0.5, -2) {$H$}; %Hadamard
\node[draw, fill=white] (gate3) at (0.5, -3) {$H$}; %Hadamard
\node[draw, fill=white] (gate4) at (0.5, -4) {$H$}; %Hadamard
\node[draw, fill=white] (gate5) at (1.9, 0) {$RZ(x_1)$}; %RZ
\node[draw, fill=white] (gate6) at (1.9, -1) {$RZ(x_2)$}; %RZ
\node[draw, fill=white] (gate7) at (1.9, -2) {$RZ(x_1)$}; %RZ
\node[draw, fill=white] (gate8) at (1.9, -3) {$RZ(x_2)$}; %RZ
\node[draw, fill=white] (gate9) at (1.9, -4) {$RZ(x_1)$}; %RZ
\node[draw, fill=white] (gate10) at (3.7, 0) {$RY(\theta_{2})$}; %RY
\node[draw, fill=white] (gate11) at (3.7, -1) {$RY(\theta_{2})$}; %RY
\node[draw, fill=white] (gate12) at (3.7, -2) {$RY(\theta_{3})$}; %RY
\node[draw, fill=white] (gate13) at (3.7, -3) {$RY(\theta_{4})$}; %RY
\node[draw, fill=white] (gate14) at (3.7, -4) {$RY(\theta_{5})$}; %RY
\draw[] (5.5, 0) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate15) {$RZ(\theta_{6})$}; %CRZ
\draw[] (5.5, -2) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate16) {$RZ(\theta_{8})$}; %CRZ
\draw[] (7.3, -1) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate17) {$RZ(\theta_{7})$}; %CRZ
\draw[] (7.3, -3) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate18) {$RZ(\theta_{9})$}; %CRZ
\draw[] (9.1, -4) -- +(0, 4) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate19) {$RZ(\theta_{10})$}; %CRZ
\begin{pgfonlayer}{bg}
\draw (0, 0) -- (10.0, 0);
\draw (0, -1) -- (10.0, -1);
\draw (0, -2) -- (10.0, -2);
\draw (0, -3) -- (10.0, -3);
\draw (0, -4) -- (10.0, -4);
\end{pgfonlayer}
\end{scope}
\end{tikzpicture}
\end{document}
|
Remove the first row, i.e. all the boxes and connections at the top of the image. Remove the lines that were connected to this row as well.
|
A technical diagram, with the box Rz(theta6) on the top line
|
medium
|
remove
|
scientific
|
[
"@@ -15 +14,0 @@\n\n-\\node[draw, fill=white] (gate0) at (0.5, 0) {$H$};\n@@ -20 +18,0 @@\n\n-\\node[draw, fill=white] (gate5) at (1.9, 0) {$RZ(x_1)$};\n@@ -25 +22,0 @@\n\n-\\node[draw, fill=white] (gate10) at (3.7, 0) {$RY(\\theta_{2})$};\n@@ -30 +27 @@\n\n-\\draw[] (5.5, 0) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate15) {$RZ(\\theta_{6})$};\n+\\node[draw, fill=white] (gate15) at (5.5, -1) {$RZ(\\theta_{6})$};\n@@ -34 +30,0 @@\n\n-\\draw[] (9.1, -4) -- +(0, 4) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate19) {$RZ(\\theta_{10})$};\n@@ -36 +31,0 @@\n\n-\\draw (0, 0) -- (10.0, 0);",
"@@ -15 +14,0 @@\n\n-\\node[draw, fill=white] (gate0) at (0.5, 0) {$H$};\n@@ -20 +18,0 @@\n\n-\\node[draw, fill=white] (gate5) at (1.9, 0) {$RZ(x_1)$};\n@@ -25 +22,0 @@\n\n-\\node[draw, fill=white] (gate10) at (3.7, 0) {$RY(\\theta_{2})$};\n@@ -30 +27 @@\n\n-\\draw[] (5.5, 0) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate15) {$RZ(\\theta_{6})$};\n+\\draw[] (5.5, -1) node[draw, fill=white] (gate15) {$RZ(\\theta_{6})$};\n@@ -34 +30,0 @@\n\n-\\draw[] (9.1, -4) -- +(0, 4) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate19) {$RZ(\\theta_{10})$};\n@@ -36 +31,0 @@\n\n-\\draw (0, 0) -- (10.0, 0);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage[usenames,dvipsnames]{xcolor}\n\\usepackage[utf8]{inputenc}\n\\usepackage{tcolorbox}\n\\usepackage{tikz}\n\\usetikzlibrary{quantikz}\n\\usetikzlibrary{calc}\n\\pgfdeclarelayer{bg}\n\\pgfsetlayers{bg,main}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.8, transform shape]\n\\begin{scope}\n \\node[draw, fill=white] (gate1) at (0.5, -1) {$H$}; \n \\node[draw, fill=white] (gate2) at (0.5, -2) {$H$}; \n \\node[draw, fill=white] (gate3) at (0.5, -3) {$H$}; \n \\node[draw, fill=white] (gate4) at (0.5, -4) {$H$}; \n \\node[draw, fill=white] (gate6) at (1.9, -1) {$RZ(x_2)$}; \n \\node[draw, fill=white] (gate7) at (1.9, -2) {$RZ(x_1)$}; \n \\node[draw, fill=white] (gate8) at (1.9, -3) {$RZ(x_2)$}; \n \\node[draw, fill=white] (gate9) at (1.9, -4) {$RZ(x_1)$}; \n \\node[draw, fill=white] (gate11) at (3.7, -1) {$RY(\\theta_{2})$}; \n \\node[draw, fill=white] (gate12) at (3.7, -2) {$RY(\\theta_{3})$}; \n \\node[draw, fill=white] (gate13) at (3.7, -3) {$RY(\\theta_{4})$}; \n \\node[draw, fill=white] (gate14) at (3.7, -4) {$RY(\\theta_{5})$}; \n \\node[draw, fill=white] (gate15) at (5.5, -1) {$RZ(\\theta_{6})$};\n \\draw[] (5.5, -2) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate16) {$RZ(\\theta_{8})$}; \n \\draw[] (7.3, -1) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate17) {$RZ(\\theta_{7})$}; \n \\draw[] (7.3, -3) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate18) {$RZ(\\theta_{9})$}; \n\\begin{pgfonlayer}{bg}\n \\draw (0, -1) -- (10.0, -1);\n \\draw (0, -2) -- (10.0, -2);\n \\draw (0, -3) -- (10.0, -3);\n \\draw (0, -4) -- (10.0, -4);\n\\end{pgfonlayer}\n\\end{scope}\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage[usenames,dvipsnames]{xcolor}\n\\usepackage[utf8]{inputenc}\n\\usepackage{tcolorbox}\n\\usepackage{tikz}\n\\usetikzlibrary{quantikz}\n\\usetikzlibrary{calc}\n\\pgfdeclarelayer{bg}\n\\pgfsetlayers{bg,main}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.8, transform shape]\n\\begin{scope}\n \\node[draw, fill=white] (gate1) at (0.5, -1) {$H$}; \n \\node[draw, fill=white] (gate2) at (0.5, -2) {$H$}; \n \\node[draw, fill=white] (gate3) at (0.5, -3) {$H$}; \n \\node[draw, fill=white] (gate4) at (0.5, -4) {$H$}; \n \\node[draw, fill=white] (gate6) at (1.9, -1) {$RZ(x_2)$}; \n \\node[draw, fill=white] (gate7) at (1.9, -2) {$RZ(x_1)$}; \n \\node[draw, fill=white] (gate8) at (1.9, -3) {$RZ(x_2)$}; \n \\node[draw, fill=white] (gate9) at (1.9, -4) {$RZ(x_1)$}; \n \\node[draw, fill=white] (gate11) at (3.7, -1) {$RY(\\theta_{2})$}; \n \\node[draw, fill=white] (gate12) at (3.7, -2) {$RY(\\theta_{3})$}; \n \\node[draw, fill=white] (gate13) at (3.7, -3) {$RY(\\theta_{4})$}; \n \\node[draw, fill=white] (gate14) at (3.7, -4) {$RY(\\theta_{5})$}; \n \\draw[] (5.5, -1) node[draw, fill=white] (gate15) {$RZ(\\theta_{6})$};\n \\draw[] (5.5, -2) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate16) {$RZ(\\theta_{8})$}; \n \\draw[] (7.3, -1) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate17) {$RZ(\\theta_{7})$}; \n \\draw[] (7.3, -3) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate18) {$RZ(\\theta_{9})$}; \n\\begin{pgfonlayer}{bg}\n \\draw (0, -1) -- (10.0, -1);\n \\draw (0, -2) -- (10.0, -2);\n \\draw (0, -3) -- (10.0, -3);\n \\draw (0, -4) -- (10.0, -4);\n\\end{pgfonlayer}\n\\end{scope}\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage[usenames,dvipsnames]{xcolor}\n\\usepackage[utf8]{inputenc}\n\\usepackage{tcolorbox}\n\\usepackage{tikz}\n\\usetikzlibrary{quantikz}\n\\usetikzlibrary{calc}\n\\pgfdeclarelayer{bg}\n\\pgfsetlayers{bg,main}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.8, transform shape]\n\\begin{scope}\n \\node[draw, fill=white] (gate1) at (0.5, -1) {$H$}; \n \\node[draw, fill=white] (gate2) at (0.5, -2) {$H$}; \n \\node[draw, fill=white] (gate3) at (0.5, -3) {$H$}; \n \\node[draw, fill=white] (gate4) at (0.5, -4) {$H$}; \n \\node[draw, fill=white] (gate6) at (1.9, -1) {$RZ(x_2)$}; \n \\node[draw, fill=white] (gate7) at (1.9, -2) {$RZ(x_1)$}; \n \\node[draw, fill=white] (gate8) at (1.9, -3) {$RZ(x_2)$}; \n \\node[draw, fill=white] (gate9) at (1.9, -4) {$RZ(x_1)$}; \n \\node[draw, fill=white] (gate11) at (3.7, -1) {$RY(\\theta_{2})$}; \n \\node[draw, fill=white] (gate12) at (3.7, -2) {$RY(\\theta_{3})$}; \n \\node[draw, fill=white] (gate13) at (3.7, -3) {$RY(\\theta_{4})$}; \n \\node[draw, fill=white] (gate14) at (3.7, -4) {$RY(\\theta_{5})$}; \n \\node[draw, fill=white] (gate15) at (5.5, -1) {$RZ(\\theta_{6})$};\n \\draw[] (5.5, -2) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate16) {$RZ(\\theta_{8})$}; \n \\draw[] (7.3, -1) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate17) {$RZ(\\theta_{7})$}; \n \\draw[] (7.3, -3) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate18) {$RZ(\\theta_{9})$}; \n\\begin{pgfonlayer}{bg}\n \\draw (0, -1) -- (10.0, -1);\n \\draw (0, -2) -- (10.0, -2);\n \\draw (0, -3) -- (10.0, -3);\n \\draw (0, -4) -- (10.0, -4);\n\\end{pgfonlayer}\n\\end{scope}\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\usepackage[usenames,dvipsnames]{xcolor}\n\\usepackage[utf8]{inputenc}\n\\usepackage{tcolorbox}\n\\usepackage{tikz}\n\\usetikzlibrary{quantikz}\n\\usetikzlibrary{calc}\n\\pgfdeclarelayer{bg}\n\\pgfsetlayers{bg,main}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.8, transform shape]\n\\begin{scope}\n \\node[draw, fill=white] (gate1) at (0.5, -1) {$H$}; \n \\node[draw, fill=white] (gate2) at (0.5, -2) {$H$}; \n \\node[draw, fill=white] (gate3) at (0.5, -3) {$H$}; \n \\node[draw, fill=white] (gate4) at (0.5, -4) {$H$}; \n \\node[draw, fill=white] (gate6) at (1.9, -1) {$RZ(x_2)$}; \n \\node[draw, fill=white] (gate7) at (1.9, -2) {$RZ(x_1)$}; \n \\node[draw, fill=white] (gate8) at (1.9, -3) {$RZ(x_2)$}; \n \\node[draw, fill=white] (gate9) at (1.9, -4) {$RZ(x_1)$}; \n \\node[draw, fill=white] (gate11) at (3.7, -1) {$RY(\\theta_{2})$}; \n \\node[draw, fill=white] (gate12) at (3.7, -2) {$RY(\\theta_{3})$}; \n \\node[draw, fill=white] (gate13) at (3.7, -3) {$RY(\\theta_{4})$}; \n \\node[draw, fill=white] (gate14) at (3.7, -4) {$RY(\\theta_{5})$}; \n \\draw[] (5.5, -1) node[draw, fill=white] (gate15) {$RZ(\\theta_{6})$};\n \\draw[] (5.5, -2) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate16) {$RZ(\\theta_{8})$}; \n \\draw[] (7.3, -1) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate17) {$RZ(\\theta_{7})$}; \n \\draw[] (7.3, -3) -- +(0, -1) node[pos=0, circle, fill=black, inner sep=0pt,minimum size=3pt] {{}} node[pos=1, draw, fill=white] (gate18) {$RZ(\\theta_{9})$}; \n\\begin{pgfonlayer}{bg}\n \\draw (0, -1) -- (10.0, -1);\n \\draw (0, -2) -- (10.0, -2);\n \\draw (0, -3) -- (10.0, -3);\n \\draw (0, -4) -- (10.0, -4);\n\\end{pgfonlayer}\n\\end{scope}\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
4
] |
ray_closer_observer
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{angles, quotes, decorations.markings}
\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \arrow{stealth}}}}
\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \arrow{stealth}}}}
\tikzset{midarrow/.style={midarrow1, midarrow2}}
\definecolor{lust}{rgb}{0.9, 0.13, 0.13}
\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}
\begin{document}
\begin{tikzpicture}
\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);
\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);
\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);
\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;
\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);
\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;
\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);
\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];
\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);
\pic[draw , "\small$\theta$", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};
\node[above] at (-1,8.2) {\scriptsize Source};
\node[above] at (1,8.5) {\scriptsize Guide};
\node at (4,9) {\scriptsize Barrier};
\node[rotate=32] at (7.15,2.7) {\scriptsize Observer};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
% Drawing
\usepackage{tikz}
% Tikz Library
\usetikzlibrary{angles, quotes, decorations.markings}
%Styles
%%Arrow in the Middle
\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \arrow{stealth}}}}
\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \arrow{stealth}}}}
\tikzset{midarrow/.style={midarrow1, midarrow2}}
% Define Color
\definecolor{lust}{rgb}{0.9, 0.13, 0.13}
\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}
\begin{document}
\begin{tikzpicture}
% Barrier
\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);
% Rays
\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);
\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);
% Guide and Lens
%% Top
\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;
\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);
%% Bottom
\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;
\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);
% Source
\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];
% Dashed
\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);
% Angle
\pic[draw , "\small$\theta$", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};
% Nodes
\node[above] at (-1,8.2) {\scriptsize Source};
\node[above] at (1,8.5) {\scriptsize Guide};
\node at (4,9) {\scriptsize Barrier};
\node[rotate=32] at (7.15,2.7) {\scriptsize Observer};
\end{tikzpicture}
\end{document}
|
Move the Diopter and the observer much closer to the barrier, as close as it can be without interfering with other existing drawings.
|
A ray going through a barrier, with an obsever close to the barrier.
|
medium
|
update
|
scientific
|
[
"@@ -13 +13 @@\n\n-\\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n+\\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(1.44,-2.4) coordinate (C);\n@@ -16,2 +16,2 @@\n\n-\\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n-\\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n+\\path[fill = richelectricblue!40, rotate = 121] (4,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n+\\draw[line width = 0.5, rotate = 121] (2,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n@@ -24 +24 @@\n\n-\\node[rotate=32] at (7.15,2.7) {\\scriptsize Observer};\n+\\node[rotate=32] at (5.6,5.3) {\\scriptsize Observer};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{angles, quotes, decorations.markings}\n\n\n\\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \\arrow{stealth}}}}\n\\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \\arrow{stealth}}}}\n\\tikzset{midarrow/.style={midarrow1, midarrow2}}\n\n\n\\definecolor{lust}{rgb}{0.9, 0.13, 0.13}\n\\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}\n\n\\begin{document}\n\t\n\t\\begin{tikzpicture}\n\t\t\n\t\t\\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);\n\t\t\n\t\t\\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n\t\t\\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(§rangei(1.44,0.1),§rangei(-2.4,0.1)) coordinate (C);\n\t\t\n\t\t\\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);\n\t\t\\path[fill = richelectricblue!40, rotate = 121] (§rangei(4,0.25),-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5, rotate = 121] (§rangei(2,0.25),-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n\t\t\n\t\t\\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];\n\t\t\n\t\t\\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);\n\t\t\n\t\t\\pic[draw , \"\\small$\\theta$\", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};\n\t\t\n\t\t\\node[above] at (-1,8.2) {\\scriptsize Source};\n\t\t\\node[above] at (1,8.5) {\\scriptsize Guide};\n\t\t\\node at (4,9) {\\scriptsize Barrier};\n\t\t\\node[rotate=32] at (§rangei(5.6,0.5),§rangei(5.3,0.5)) {\\scriptsize Observer}; \n\t\\end{tikzpicture}\n\t\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{angles, quotes, decorations.markings}\n\n\n\\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \\arrow{stealth}}}}\n\\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \\arrow{stealth}}}}\n\\tikzset{midarrow/.style={midarrow1, midarrow2}}\n\n\n\\definecolor{lust}{rgb}{0.9, 0.13, 0.13}\n\\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}\n\n\\begin{document}\n\t\n\t\\begin{tikzpicture}\n\t\t\n\t\t\\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);\n\t\t\n\t\t\\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n\t\t\\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(1.44,-2.4) coordinate (C);\n\t\t\n\t\t\\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);\n\t\t\\path[fill = richelectricblue!40, rotate = 121] (4,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5, rotate = 121] (2,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n\t\t\n\t\t\\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];\n\t\t\n\t\t\\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);\n\t\t\n\t\t\\pic[draw , \"\\small$\\theta$\", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};\n\t\t\n\t\t\\node[above] at (-1,8.2) {\\scriptsize Source};\n\t\t\\node[above] at (1,8.5) {\\scriptsize Guide};\n\t\t\\node at (4,9) {\\scriptsize Barrier};\n\t\t\\node[rotate=32] at (5.6,5.3) {\\scriptsize Observer}; \n\t\\end{tikzpicture}\n\t\n\\end{document}"
] | ||
[
11,
1,
3
] |
ray_green_laser
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{angles, quotes, decorations.markings}
\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \arrow{stealth}}}}
\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \arrow{stealth}}}}
\tikzset{midarrow/.style={midarrow1, midarrow2}}
\definecolor{lust}{rgb}{0.9, 0.13, 0.13}
\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}
\begin{document}
\begin{tikzpicture}
\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);
\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);
\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);
\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;
\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);
\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;
\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);
\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];
\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);
\pic[draw , "\small$\theta$", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};
\node[above] at (-1,8.2) {\scriptsize Source};
\node[above] at (1,8.5) {\scriptsize Guide};
\node at (4,9) {\scriptsize Barrier};
\node[rotate=32] at (7.15,2.7) {\scriptsize Observer};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
% Drawing
\usepackage{tikz}
% Tikz Library
\usetikzlibrary{angles, quotes, decorations.markings}
%Styles
%%Arrow in the Middle
\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \arrow{stealth}}}}
\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \arrow{stealth}}}}
\tikzset{midarrow/.style={midarrow1, midarrow2}}
% Define Color
\definecolor{lust}{rgb}{0.9, 0.13, 0.13}
\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}
\begin{document}
\begin{tikzpicture}
% Barrier
\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);
% Rays
\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);
\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);
% Guide and Lens
%% Top
\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;
\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);
%% Bottom
\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;
\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);
% Source
\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];
% Dashed
\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);
% Angle
\pic[draw , "\small$\theta$", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};
% Nodes
\node[above] at (-1,8.2) {\scriptsize Source};
\node[above] at (1,8.5) {\scriptsize Guide};
\node at (4,9) {\scriptsize Barrier};
\node[rotate=32] at (7.15,2.7) {\scriptsize Observer};
\end{tikzpicture}
\end{document}
|
Make the laser green.
|
A green ray going through a barrier.
|
easy
|
update
|
scientific
|
[
"@@ -8,0 +9 @@\n\n+\\definecolor{green}{rgb}{0.13, 0.9, 0.13}\n@@ -12,2 +13,2 @@\n\n-\\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n-\\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n+\\draw[color = green, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n+\\draw[color = green, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n@@ -18 +19 @@\n\n-\\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];\n+\\draw [fill = green, draw = green] (-1,8) circle [radius=0.1];",
"@@ -7 +7 @@\n\n-\\definecolor{lust}{rgb}{0.9, 0.13, 0.13}\n+\\definecolor{lust}{rgb}{0.13, 0.9, 0.13}",
"@@ -12,2 +12,2 @@\n\n-\\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n-\\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n+\\draw[color = green, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n+\\draw[color = green, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n@@ -18 +18 @@\n\n-\\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];\n+\\draw [fill = green, draw = green] (-1,8) circle [radius=0.1];"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{angles, quotes, decorations.markings}\n\n\n\\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \\arrow{stealth}}}}\n\\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \\arrow{stealth}}}}\n\\tikzset{midarrow/.style={midarrow1, midarrow2}}\n\n\n\\definecolor{lust}{rgb}{0.9, 0.13, 0.13}\n\\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}\n\\definecolor{§def(green)}{rgb}{§range(0,0.6,0.13), §rangei(0.9,0.1), §range(0,0.6,0.13)}\n\n\\begin{document}\n\t\n\t\\begin{tikzpicture}\n\t\t\n\t\t\\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);\n\t\t\n\t\t\\draw[color = green, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n\t\t\\draw[color = green, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n\t\t\n\t\t\\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);\n\t\t\\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n\t\t\n\t\t\\draw [fill = green, draw = green] (-1,8) circle [radius=0.1];\n\t\t\n\t\t\\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);\n\t\t\n\t\t\\pic[draw , \"\\small$\\theta$\", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};\n\t\t\n\t\t\\node[above] at (-1,8.2) {\\scriptsize Source};\n\t\t\\node[above] at (1,8.5) {\\scriptsize Guide};\n\t\t\\node at (4,9) {\\scriptsize Barrier};\n\t\t\\node[rotate=32] at (7.15,2.7) {\\scriptsize Observer}; \n\t\\end{tikzpicture}\n\t\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{angles, quotes, decorations.markings}\n\n\n\\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \\arrow{stealth}}}}\n\\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \\arrow{stealth}}}}\n\\tikzset{midarrow/.style={midarrow1, midarrow2}}\n\n\n\\definecolor{§def(lust)}{rgb}{§range(0,0.6,0.13), §rangei(0.9,0.1), §range(0,0.6,0.13)}\n\\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}\n\n\\begin{document}\n\t\n\t\\begin{tikzpicture}\n\t\t\n\t\t\\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);\n\t\t\n\t\t\\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n\t\t\\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n\t\t\n\t\t\\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);\n\t\t\\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n\t\t\n\t\t\\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];\n\t\t\n\t\t\\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);\n\t\t\n\t\t\\pic[draw , \"\\small$\\theta$\", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};\n\t\t\n\t\t\\node[above] at (-1,8.2) {\\scriptsize Source};\n\t\t\\node[above] at (1,8.5) {\\scriptsize Guide};\n\t\t\\node at (4,9) {\\scriptsize Barrier};\n\t\t\\node[rotate=32] at (7.15,2.7) {\\scriptsize Observer}; \n\t\\end{tikzpicture}\n\t\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{angles, quotes, decorations.markings}\n\n\n\\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \\arrow{stealth}}}}\n\\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \\arrow{stealth}}}}\n\\tikzset{midarrow/.style={midarrow1, midarrow2}}\n\n\n\\definecolor{lust}{rgb}{0.9, 0.13, 0.13}\n\\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}\n\n\\begin{document}\n\t\n\t\\begin{tikzpicture}\n\t\t\n\t\t\\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);\n\t\t\n\t\t\\draw[color = green, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n\t\t\\draw[color = green, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n\t\t\n\t\t\\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);\n\t\t\\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n\t\t\n\t\t\\draw [fill = green, draw = green] (-1,8) circle [radius=0.1];\n\t\t\n\t\t\\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);\n\t\t\n\t\t\\pic[draw , \"\\small$\\theta$\", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};\n\t\t\n\t\t\\node[above] at (-1,8.2) {\\scriptsize Source};\n\t\t\\node[above] at (1,8.5) {\\scriptsize Guide};\n\t\t\\node at (4,9) {\\scriptsize Barrier};\n\t\t\\node[rotate=32] at (7.15,2.7) {\\scriptsize Observer}; \n\t\\end{tikzpicture}\n\t\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{angles, quotes, decorations.markings}\n\n\n\\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \\arrow{stealth}}}}\n\\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \\arrow{stealth}}}}\n\\tikzset{midarrow/.style={midarrow1, midarrow2}}\n\n\n\\definecolor{lust}{rgb}{0.9, 0.13, 0.13}\n\\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}\n\\definecolor{green}{rgb}{0.13, 0.9, 0.13}\n\n\\begin{document}\n\t\n\t\\begin{tikzpicture}\n\t\t\n\t\t\\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);\n\t\t\n\t\t\\draw[color = green, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n\t\t\\draw[color = green, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n\t\t\n\t\t\\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);\n\t\t\\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n\t\t\n\t\t\\draw [fill = green, draw = green] (-1,8) circle [radius=0.1];\n\t\t\n\t\t\\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);\n\t\t\n\t\t\\pic[draw , \"\\small$\\theta$\", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};\n\t\t\n\t\t\\node[above] at (-1,8.2) {\\scriptsize Source};\n\t\t\\node[above] at (1,8.5) {\\scriptsize Guide};\n\t\t\\node at (4,9) {\\scriptsize Barrier};\n\t\t\\node[rotate=32] at (7.15,2.7) {\\scriptsize Observer}; \n\t\\end{tikzpicture}\n\t\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{angles, quotes, decorations.markings}\n\n\n\\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \\arrow{stealth}}}}\n\\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \\arrow{stealth}}}}\n\\tikzset{midarrow/.style={midarrow1, midarrow2}}\n\n\n\\definecolor{lust}{rgb}{0.13, 0.9, 0.13}\n\\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}\n\n\\begin{document}\n\t\n\t\\begin{tikzpicture}\n\t\t\n\t\t\\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);\n\t\t\n\t\t\\draw[color = lust, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n\t\t\\draw[color = lust, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n\t\t\n\t\t\\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);\n\t\t\\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n\t\t\n\t\t\\draw [fill = lust, draw = lust] (-1,8) circle [radius=0.1];\n\t\t\n\t\t\\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);\n\t\t\n\t\t\\pic[draw , \"\\small$\\theta$\", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};\n\t\t\n\t\t\\node[above] at (-1,8.2) {\\scriptsize Source};\n\t\t\\node[above] at (1,8.5) {\\scriptsize Guide};\n\t\t\\node at (4,9) {\\scriptsize Barrier};\n\t\t\\node[rotate=32] at (7.15,2.7) {\\scriptsize Observer}; \n\t\\end{tikzpicture}\n\t\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\n\\usepackage{tikz}\n\n\\usetikzlibrary{angles, quotes, decorations.markings}\n\n\n\\tikzset{midarrow1/.style = {postaction=decorate, decoration={markings,mark=at position .8 with \\arrow{stealth}}}}\n\\tikzset{midarrow2/.style = {postaction=decorate, decoration={markings,mark=at position .4 with \\arrow{stealth}}}}\n\\tikzset{midarrow/.style={midarrow1, midarrow2}}\n\n\n\\definecolor{lust}{rgb}{0.9, 0.13, 0.13}\n\\definecolor{richelectricblue}{rgb}{0.03, 0.57, 0.82}\n\n\\begin{document}\n\t\n\t\\begin{tikzpicture}\n\t\t\n\t\t\\draw[line width = 2, color = richelectricblue] (4,7.5) -- ++(0,1);\n\t\t\n\t\t\\draw[color = green, line width = 0.7, midarrow1] (-1,8) -- (4,8);\n\t\t\\draw[color = green, line width = 0.7, midarrow2] (4,8) -- +(3,-5) coordinate (C);\n\t\t\n\t\t\\path[fill = richelectricblue!40] (2,8.25) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5] (0, 8.1) -- (0,8.25) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0, 0.15);\n\t\t\\path[fill = richelectricblue!40, rotate = 121] (0.96,-7.3) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) ;\n\t\t\\draw[line width = 0.5, rotate = 121] (-1.04,-7.3) -- ++(2,0) ..controls +(0.1,0) and +(0.1,0).. ++(0,-0.5) -- ++(-2,0) -- +(0,0.50);\n\t\t\n\t\t\\draw [fill = green, draw = green] (-1,8) circle [radius=0.1];\n\t\t\n\t\t\\draw[dashed, line width = 0.5] (4,8)coordinate(A) -- ++(3,0)coordinate(B);\n\t\t\n\t\t\\pic[draw , \"\\small$\\theta$\", line width = 0.5, angle radius=0.5cm, angle eccentricity = 1.5] {angle=C--A--B};\n\t\t\n\t\t\\node[above] at (-1,8.2) {\\scriptsize Source};\n\t\t\\node[above] at (1,8.5) {\\scriptsize Guide};\n\t\t\\node at (4,9) {\\scriptsize Barrier};\n\t\t\\node[rotate=32] at (7.15,2.7) {\\scriptsize Observer}; \n\t\\end{tikzpicture}\n\t\n\\end{document}"
] | ||
[
12,
5,
26
] |
setswap_add_triangle
|
\documentclass[tikz,border=5]{standalone}
\usepackage[T1]{fontenc}
\usepackage{amsmath,amssymb,enumerate, amsthm}
\usepackage[dvipsnames]{xcolor}
\usepackage{tikz}
\usetikzlibrary{shapes}
\usepackage[many]{tcolorbox}
\usetikzlibrary{decorations.pathreplacing}
\usepackage{colortbl}
\tikzset{
mystyle/.style={line width = 1.5pt, color = red!70!black}
}
\begin{document}
\begin{tikzpicture}[scale=0.6,
opt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},
local/.style={shape=rectangle, draw=black,minimum size= 0.35cm},
swap/.style={fill=gray!20!white,dotted}
]
\pgfset{
foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},
}
\def \n {4}
\draw[swap] (0.6,-0.5) rectangle (2.4,3);
\draw[swap] (2.6,-0.5) rectangle (4.4,3);
\draw[swap] (4.6,-0.5) rectangle (6.4,3);
\draw[swap] (6.6,-0.5) rectangle (7.4,3);
\draw[swap] (7.6,-0.5) rectangle (9.4,3);
\draw[swap] (9.6,-0.5) rectangle (11.4,3);
\def \cc {black!20}
\def \candc {blue!80!white}
\def \srgtc {black}
\def \srgtoc {yellow!80}
\def \colorlistf{"\cc","\candc","\candc","\candc","\srgtc","\candc","\candc","\cc","\candc","\candc","\candc"}
\def \colorlisto{"\cc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\cc","\srgtoc","\srgtoc"}
\foreach \i [parallel foreach=\c in \colorlisto via \i] in {1,...,10}{
\node [opt,fill=\c] (o\i) at (\i,0) {};
}
\foreach \i [parallel foreach=\c in \colorlistf via \i] in {1,...,6,8,9,10,11}{
\node [local,fill=\c] (f\i) at (\i,2.5) {};
}
\node [local,fill=\candc,draw = red,very thick] (f7) at (7,2.5) {};
\draw (o1) edge[->,>=latex,gray,thick] (f1);
\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o7) edge[->,>=latex,gray,thick] (f7);
\draw (o8) edge[->,>=latex,gray,thick] (f8);
\draw (o9) edge[->,>=latex,gray,thick] (f8);
\draw (o10) edge[->,>=latex,gray,thick] (f10);
\node at (0,0) {$F^*$};
\node at (0,2.5) {$F$};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[T1]{fontenc}
\usepackage{amsmath,amssymb,enumerate, amsthm}
\usepackage[dvipsnames]{xcolor}
\usepackage{tikz}
\usetikzlibrary{shapes}
\usepackage[many]{tcolorbox}
\usetikzlibrary{decorations.pathreplacing}
\usepackage{colortbl}
\tikzset{
mystyle/.style={line width = 1.5pt, color = red!70!black}
}
\begin{document}
\begin{tikzpicture}[scale=0.6,
opt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},
local/.style={shape=rectangle, draw=black,minimum size= 0.35cm},
swap/.style={fill=gray!20!white,dotted}
]
\pgfset{
foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},
}
\def \n {4}
\draw[swap] (0.6,-0.5) rectangle (2.4,3);
\draw[swap] (2.6,-0.5) rectangle (4.4,3);
\draw[swap] (4.6,-0.5) rectangle (6.4,3);
\draw[swap] (6.6,-0.5) rectangle (7.4,3);
\draw[swap] (7.6,-0.5) rectangle (9.4,3);
\draw[swap] (9.6,-0.5) rectangle (11.4,3);
\def \cc {black!20}
\def \candc {blue!80!white}
\def \srgtc {black}
\def \srgtoc {yellow!80}
\def \colorlistf{"\cc","\candc","\candc","\candc","\srgtc","\candc","\candc","\cc","\candc","\candc","\candc"}
\def \colorlisto{"\cc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\cc","\srgtoc","\srgtoc"}
\foreach \i [parallel foreach=\c in \colorlisto via \i] in {1,...,10}{
\node [opt,fill=\c] (o\i) at (\i,0) {};
}
\foreach \i [parallel foreach=\c in \colorlistf via \i] in {1,...,6,8,9,10,11}{
\node [local,fill=\c] (f\i) at (\i,2.5) {};
}
\node [local,fill=\candc,draw = red,very thick] (f7) at (7,2.5) {};
\draw (o1) edge[->,>=latex,gray,thick] (f1);
\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o7) edge[->,>=latex,gray,thick] (f7);
\draw (o8) edge[->,>=latex,gray,thick] (f8);
\draw (o9) edge[->,>=latex,gray,thick] (f8);
\draw (o10) edge[->,>=latex,gray,thick] (f10);
\node at (0,0) {$F^*$};
\node at (0,2.5) {$F$};
\end{tikzpicture}
\end{document}
|
Add a last yellow triangle, without any arrow pointing from it.
|
A technical diagram, with as much triangle as squares.
|
easy
|
add
|
scientific
|
[
"@@ -37,0 +38 @@\n\n+\\node [opt,fill=\\srgtoc] (o11) at (11,0) {};",
"@@ -34,2 +34,2 @@\n\n-\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\n-\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,10}{\n+\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\"}\n+\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,11}{",
"@@ -53,0 +54 @@\n\n+\\node [opt,fill=\\srgtoc] (o11) at (11,0) {};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\t\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,10}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n \\node [opt,fill=\\srgtoc] (o11) at (11,0) {};\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\t\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,11}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\t\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,10}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t\t}\n\t\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\t\n\t\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\t\t\n\t\t\\node at (0,0) {$F^*$};\n\t\t\\node at (0,2.5) {$F$};\t\n\t\t\n\t\t\\node [opt,fill=\\srgtoc] (o11) at (11,0) {};\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\t\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,10}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n \\node [opt,fill=\\srgtoc] (o11) at (11,0) {};\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\t\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,11}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\t\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,10}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t\t}\n\t\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\t\n\t\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\t\t\n\t\t\\node at (0,0) {$F^*$};\n\t\t\\node at (0,2.5) {$F$};\t\n\t\t\n\t\t\\node [opt,fill=\\srgtoc] (o11) at (11,0) {};\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
32,
60,
32
] |
setswap_second_removed
|
\documentclass[tikz,border=5]{standalone}
\usepackage[T1]{fontenc}
\usepackage{amsmath,amssymb,enumerate, amsthm}
\usepackage[dvipsnames]{xcolor}
\usepackage{tikz}
\usetikzlibrary{shapes}
\usepackage[many]{tcolorbox}
\usetikzlibrary{decorations.pathreplacing}
\usepackage{colortbl}
\tikzset{
mystyle/.style={line width = 1.5pt, color = red!70!black}
}
\begin{document}
\begin{tikzpicture}[scale=0.6,
opt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},
local/.style={shape=rectangle, draw=black,minimum size= 0.35cm},
swap/.style={fill=gray!20!white,dotted}
]
\pgfset{
foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},
}
\def \n {4}
\draw[swap] (0.6,-0.5) rectangle (2.4,3);
\draw[swap] (2.6,-0.5) rectangle (4.4,3);
\draw[swap] (4.6,-0.5) rectangle (6.4,3);
\draw[swap] (6.6,-0.5) rectangle (7.4,3);
\draw[swap] (7.6,-0.5) rectangle (9.4,3);
\draw[swap] (9.6,-0.5) rectangle (11.4,3);
\def \cc {black!20}
\def \candc {blue!80!white}
\def \srgtc {black}
\def \srgtoc {yellow!80}
\def \colorlistf{"\cc","\candc","\candc","\candc","\srgtc","\candc","\candc","\cc","\candc","\candc","\candc"}
\def \colorlisto{"\cc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\cc","\srgtoc","\srgtoc"}
\foreach \i [parallel foreach=\c in \colorlisto via \i] in {1,...,10}{
\node [opt,fill=\c] (o\i) at (\i,0) {};
}
\foreach \i [parallel foreach=\c in \colorlistf via \i] in {1,...,6,8,9,10,11}{
\node [local,fill=\c] (f\i) at (\i,2.5) {};
}
\node [local,fill=\candc,draw = red,very thick] (f7) at (7,2.5) {};
\draw (o1) edge[->,>=latex,gray,thick] (f1);
\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o7) edge[->,>=latex,gray,thick] (f7);
\draw (o8) edge[->,>=latex,gray,thick] (f8);
\draw (o9) edge[->,>=latex,gray,thick] (f8);
\draw (o10) edge[->,>=latex,gray,thick] (f10);
\node at (0,0) {$F^*$};
\node at (0,2.5) {$F$};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[T1]{fontenc}
\usepackage{amsmath,amssymb,enumerate, amsthm}
\usepackage[dvipsnames]{xcolor}
\usepackage{tikz}
\usetikzlibrary{shapes}
\usepackage[many]{tcolorbox}
\usetikzlibrary{decorations.pathreplacing}
\usepackage{colortbl}
\tikzset{
mystyle/.style={line width = 1.5pt, color = red!70!black}
}
\begin{document}
\begin{tikzpicture}[scale=0.6,
opt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},
local/.style={shape=rectangle, draw=black,minimum size= 0.35cm},
swap/.style={fill=gray!20!white,dotted}
]
\pgfset{
foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},
}
\def \n {4}
\draw[swap] (0.6,-0.5) rectangle (2.4,3);
\draw[swap] (2.6,-0.5) rectangle (4.4,3);
\draw[swap] (4.6,-0.5) rectangle (6.4,3);
\draw[swap] (6.6,-0.5) rectangle (7.4,3);
\draw[swap] (7.6,-0.5) rectangle (9.4,3);
\draw[swap] (9.6,-0.5) rectangle (11.4,3);
\def \cc {black!20}
\def \candc {blue!80!white}
\def \srgtc {black}
\def \srgtoc {yellow!80}
\def \colorlistf{"\cc","\candc","\candc","\candc","\srgtc","\candc","\candc","\cc","\candc","\candc","\candc"}
\def \colorlisto{"\cc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\srgtoc","\cc","\srgtoc","\srgtoc"}
\foreach \i [parallel foreach=\c in \colorlisto via \i] in {1,...,10}{
\node [opt,fill=\c] (o\i) at (\i,0) {};
}
\foreach \i [parallel foreach=\c in \colorlistf via \i] in {1,...,6,8,9,10,11}{
\node [local,fill=\c] (f\i) at (\i,2.5) {};
}
\node [local,fill=\candc,draw = red,very thick] (f7) at (7,2.5) {};
\draw (o1) edge[->,>=latex,gray,thick] (f1);
\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);
\draw (o7) edge[->,>=latex,gray,thick] (f7);
\draw (o8) edge[->,>=latex,gray,thick] (f8);
\draw (o9) edge[->,>=latex,gray,thick] (f8);
\draw (o10) edge[->,>=latex,gray,thick] (f10);
\node at (0,0) {$F^*$};
\node at (0,2.5) {$F$};
\end{tikzpicture}
\end{document}
|
Remove the second gray container and its content.
|
A technical diagram, with five gray dotted areas.
|
hard
|
remove
|
scientific
|
[
"@@ -24 +23,0 @@\n\n-\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\n@@ -35 +34 @@\n\n-\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,10}{\n+\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,2,5,6,7,8,9,10}{\n@@ -38 +37 @@\n\n-\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n+\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,2,5,6,8,9,10,11}{\n@@ -44,2 +42,0 @@\n\n-\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n-\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);",
"@@ -25,2 +25,2 @@\n\n-\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\n-\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n+\\draw[swap] (4.6,-0.5) rectangle (5.4,3);\n+\\draw[swap] (5.6,-0.5) rectangle (7.4,3);\n@@ -28 +27,0 @@\n\n-\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\n@@ -33,3 +32,3 @@\n\n-\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\n-\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\n-\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,10}{\n+\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\n+\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\n+\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,8}{\n@@ -38 +37 @@\n\n-\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n+\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,7,8,9}{\n@@ -41 +40 @@\n\n-\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n+\\node [local,fill=\\candc,draw = red,very thick] (f5) at (5,2.5) {};\n@@ -43,6 +42,6 @@\n\n-\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n-\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n-\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);\n-\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n-\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n-\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n+\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f3);\n+\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f3);\n+\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f3);\n+\\draw (o5) edge[->,>=latex,gray,thick] (f5);\n+\\draw (o6) edge[->,>=latex,gray,thick] (f6);\n+\\draw (o7) edge[->,>=latex,gray,thick] (f6);\n@@ -50,2 +48,0 @@\n\n-\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n-\\draw (o10) edge[->,>=latex,gray,thick] (f10);",
"@@ -24 +23,0 @@\n\n-\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\n@@ -35 +34 @@\n\n-\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,10}{\n+\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,2,5,6,...,10}{\n@@ -38 +37 @@\n\n-\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,8,9,10,11}{\n+\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,2,5,6,8,9,10,11}{\n@@ -44,2 +42,0 @@\n\n-\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f5);\n-\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f5);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,2,5,6,7,8,9,10}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,2,5,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\t\n\t\\draw[swap] (4.6,-0.5) rectangle (5.4,3);\t\n\t\\draw[swap] (5.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,8}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,7,8,9}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f5) at (5,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f3);\n\t\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f3);\n\t\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f3);\n\t\\draw (o5) edge[->,>=latex,gray,thick] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick] (f6);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f6);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,2,5,6,...,10}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,2,5,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,2,5,6,7,8,9,10}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,2,5,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (2.6,-0.5) rectangle (4.4,3);\t\n\t\\draw[swap] (4.6,-0.5) rectangle (5.4,3);\t\n\t\\draw[swap] (5.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,...,8}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,...,6,7,8,9}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f5) at (5,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f3);\n\t\\draw (o3) edge[->,>=latex,gray,thick,dashed] (f3);\n\t\\draw (o4) edge[->,>=latex,gray,thick,dashed] (f3);\n\t\\draw (o5) edge[->,>=latex,gray,thick] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick] (f6);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f6);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[T1]{fontenc}\n\\usepackage{amsmath,amssymb,enumerate, amsthm}\n\\usepackage[dvipsnames]{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{shapes}\n\\usepackage[many]{tcolorbox}\n\\usetikzlibrary{decorations.pathreplacing}\n\\usepackage{colortbl}\n\\tikzset{\n\tmystyle/.style={line width = 1.5pt, color = red!70!black}\n}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=0.6,\n\t\topt/.style={shape=regular polygon,regular polygon sides = 3,draw=black,minimum size=0.45cm,inner sep = 0pt},\n\t\tlocal/.style={shape=rectangle, draw=black,minimum size= 0.35cm},\n\t\tswap/.style={fill=gray!20!white,dotted}\n]\n\\pgfset{\n foreach/parallel foreach/.style args={#1in#2via#3}{evaluate=#3 as #1 using {{#2}[#3-1]}},\n}\n\t\\def \\n {4}\n\t\n\t\\draw[swap] (0.6,-0.5) rectangle (2.4,3);\n\t\\draw[swap] (4.6,-0.5) rectangle (6.4,3);\t\n\t\\draw[swap] (6.6,-0.5) rectangle (7.4,3);\n\t\\draw[swap] (7.6,-0.5) rectangle (9.4,3);\t\n\t\\draw[swap] (9.6,-0.5) rectangle (11.4,3);\t\t\n\n\t\\def \\cc {black!20}\n\t\\def \\candc {blue!80!white}\n\t\\def \\srgtc {black}\n\t\\def \\srgtoc {yellow!80}\n\t\n\t\\def \\colorlistf{\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\",\"\\srgtc\",\"\\candc\",\"\\candc\",\"\\cc\",\"\\candc\",\"\\candc\",\"\\candc\"}\t\n\t\\def \\colorlisto{\"\\cc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\srgtoc\",\"\\cc\",\"\\srgtoc\",\"\\srgtoc\"}\t\n\n\n\t\\foreach \\i [parallel foreach=\\c in \\colorlisto via \\i] in {1,2,5,6,...,10}{\n\t\t\\node [opt,fill=\\c] (o\\i) at (\\i,0) {};\n\t}\n\t\\foreach \\i [parallel foreach=\\c in \\colorlistf via \\i] in {1,2,5,6,8,9,10,11}{\n\t\t\\node [local,fill=\\c] (f\\i) at (\\i,2.5) {};\n\t}\n\t\\node [local,fill=\\candc,draw = red,very thick] (f7) at (7,2.5) {};\n\t\n\t\\draw (o1) edge[->,>=latex,gray,thick] (f1);\n\t\\draw (o2) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o5) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o6) edge[->,>=latex,gray,thick,dashed] (f5);\n\t\\draw (o7) edge[->,>=latex,gray,thick] (f7);\n\t\\draw (o8) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o9) edge[->,>=latex,gray,thick] (f8);\n\t\\draw (o10) edge[->,>=latex,gray,thick] (f10);\t\n\n\t\\node at (0,0) {$F^*$};\n\t\\node at (0,2.5) {$F$};\t\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
1
] |
shark_bigger_dorsal_fin
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
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\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
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.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
Make the dorsal fin of the shark longer and pointy
|
A shark with a long and pointy dorsal fin
|
medium
|
update
|
animal
|
[
"@@ -43 +43 @@\n\n-.. controls (10,15) and (11,17) .. (12,17)\n+.. controls (10,15) and (13,17) .. (14.5,17)"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (§range(9,17,13),17) .. (§rangei(14.5,1.5),17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (13,17) .. (14.5,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
4,
4
] |
shark_blue
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
Change the color of the shark to blue
|
A blue shark
|
easy
|
update
|
animal
|
[
"@@ -12 +12 @@\n\n-\\fill [BlueGrey700] (6,12)\n+\\fill [Blue] (6,12)\n@@ -16 +16 @@\n\n-\\fill [BlueGrey500] (0,20)\n+\\fill [Blue] (0,20)\n@@ -36 +36 @@\n\n-\\fill [BlueGrey500] (3,13)\n+\\fill [Blue] (3,13)\n@@ -40 +40 @@\n\n-\\fill [BlueGrey500] (9,18)\n+\\fill [Blue] (9,18)",
"@@ -12 +12 @@\n\n-\\fill [BlueGrey700] (6,12)\n+\\fill [Blue900] (6,12)\n@@ -16 +16 @@\n\n-\\fill [BlueGrey500] (0,20)\n+\\fill [Blue800] (0,20)\n@@ -36 +36 @@\n\n-\\fill [BlueGrey500] (3,13)\n+\\fill [Blue800] (3,13)\n@@ -40 +40 @@\n\n-\\fill [BlueGrey500] (9,18)\n+\\fill [Blue800] (9,18)"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [Blue] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [Blue] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [Blue] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [Blue] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [Blue§choice([300,400,500,600,700,800,900],900)] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [Blue§choice([300,400,500,600,700,800,900],800)] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [Blue§choice([300,400,500,600,700,800,900],800)] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [Blue§choice([300,400,500,600,700,800,900],800)] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [Blue] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [Blue] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [Blue] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [Blue] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [Blue900] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [Blue800] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [Blue800] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [Blue800] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
6
] |
shark_no_teeth
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
Remove the teeth of the shark
|
A shark with no teeth
|
easy
|
remove
|
animal
|
[
"@@ -6,6 +5,0 @@\n\n-\\fill [BlueGrey200]\n-(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n-(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n-(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n-(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n-(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
12,
12
] |
shark_other_set_pectoral_fin
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
Add another set of pectoral fin to the shark, lower on its body
|
A shark with two sets of pectoral fins
|
hard
|
add
|
animal
|
[
"@@ -15,0 +16,4 @@\n\n+\\fill [BlueGrey700] (11,8)\n+.. controls (10.5,7) and (10.5,5) .. (11,4)\n+.. controls (11.5,5) and (11.5,6) .. (12,6.5)\n+.. controls (12,7) and (11.5,8) .. (11,8) -- cycle;\n@@ -39,0 +44,4 @@\n\n+\\fill [BlueGrey500] (8,9)\n+.. controls (7.5,8) and (7.5,6) .. (8,5)\n+.. controls (8.5,6) and (8.5,7) .. (9.5,7.5)\n+.. controls (9.5,8) and (8.5,9) .. (8,9) -- cycle;",
"@@ -15,0 +16,4 @@\n\n+\\fill [BlueGrey700] (11,10)\n+.. controls (9,9) and (9,6) .. (10,5)\n+.. controls (11,6) and (11,7) .. (12,8)\n+.. controls (12,9) and (11,10) .. (10,10)-- cycle;\n@@ -39,0 +44,4 @@\n\n+\\fill [BlueGrey500] (7,9)\n+.. controls (6,8) and (6,5) .. (7,4)\n+.. controls (8,5) and (8,6) .. (9,7)\n+.. controls (9,8) and (8,9) .. (7,9) -- cycle;"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey700] (11,8)\n.. controls (10.5,7) and (10.5,5) .. (11,4)\n.. controls (11.5,5) and (11.5,6) .. (12,6.5)\n.. controls (12,7) and (11.5,8) .. (11,8) -- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (8,9)\n.. controls (7.5,8) and (7.5,6) .. (8,5)\n.. controls (8.5,6) and (8.5,7) .. (9.5,7.5)\n.. controls (9.5,8) and (8.5,9) .. (8,9) -- cycle;\n \\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey700] (§rangei(11,1),§rangei(10,1))\n .. controls (§rangei(9,2),§rangei(9,2)) and (§rangei(9,2),§rangei(6,2)) .. (§rangei(10,2),§rangei(5,2))\n .. controls (§rangei(11,1),§rangei(6,1)) and (§rangei(11,1),§rangei(7,1)) .. (§rangei(12,2),§rangei(8,2))\n .. controls (§rangei(12,2),§rangei(9,2)) and (§rangei(11,2),§rangei(10,2)) .. (§rangei(10,2),§rangei(10,2))-- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (7,9)\n .. controls (§rangei(6,1),§rangei(8,1)) and (§rangei(6,1),§rangei(5,1)) .. (§rangei(7,1),§rangei(4,1))\n .. controls (§rangei(8,1),§rangei(5,1)) and (§rangei(8,1),§rangei(6,1)) .. (§rangei(9,1),§rangei(7,1))\n .. controls (§rangei(9,1),§rangei(8,1)) and (§rangei(8,1),§rangei(9,1)) .. (§rangei(7,1),§rangei(9,1)) -- cycle;\n\\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey700] (11,8)\n.. controls (10.5,7) and (10.5,5) .. (11,4)\n.. controls (11.5,5) and (11.5,6) .. (12,6.5)\n.. controls (12,7) and (11.5,8) .. (11,8) -- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (8,9)\n.. controls (7.5,8) and (7.5,6) .. (8,5)\n.. controls (8.5,6) and (8.5,7) .. (9.5,7.5)\n.. controls (9.5,8) and (8.5,9) .. (8,9) -- cycle;\n \\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey700] (11,10)\n .. controls (9,9) and (9,6) .. (10,5)\n .. controls (11,6) and (11,7) .. (12,8)\n .. controls (12,9) and (11,10) .. (10,10)-- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,15)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (7,9)\n .. controls (6,8) and (6,5) .. (7,4)\n .. controls (8,5) and (8,6) .. (9,7)\n .. controls (9,8) and (8,9) .. (7,9) -- cycle;\n\\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
2
] |
shark_smile
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
shark/.pic={
\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}
\fill [BlueGrey200]
(2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle
(2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle
(3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;
\fill [BlueGrey700] (6,12)
.. controls (5,11) and (5,8) .. (6,7)
.. controls (7,8) and (7,9) .. (8,10)
.. controls (8,11) and (7,12) .. (6,12)-- cycle;
\fill [BlueGrey500] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (14,3) and (14,1) .. (15,0)
.. controls (15,2) and (15,3) .. (16,4)
.. controls (17,5) and (18,6) .. (20,6)
.. controls (19,7) and (16,7) .. (15,6)
.. controls (14,10) and (11,15) .. (9,17)
.. controls (7,19) and (3,20) .. (0,20) -- cycle;
\fill [BlueGrey100] (0,20)
.. controls (0,19) and (0,18) .. (1,17)
.. controls (3,16) and (4,16) .. (4,15)
.. controls (4,14) and (2,15) .. (1,15)
.. controls (2,13) and (3,12) .. (5,10)
.. controls (7,8) and (11,6) .. (14,5)
.. controls (13,8) and (7,8) .. (6,12)
.. controls (5,16) and (2,19) .. (0,20) -- cycle;
\fill [BlueGrey500] (3,13)
.. controls (2,12) and (2,9) .. (3,8)
.. controls (4,9) and (4,10) .. (5,11)
.. controls (5,12) and (4,13) .. (3,13) -- cycle;
\fill [BlueGrey500] (9,18)
.. controls (8,18) and (7.5,17.5) .. (7,17)
.. controls (7,16) and (9,14) .. (10,14)
.. controls (10,15) and (11,17) .. (12,17)
.. controls (11,18) and (10,18) .. (9,18) -- cycle;
\fill [BlueGrey800] (6,17.5) circle [radius=0.5];
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {shark};
\end{tikzpicture}
\end{document}
|
Make the shark smile.
|
A shark smiling
|
medium
|
update
|
animal
|
[
"@@ -18 +18 @@\n\n-.. controls (3,16) and (4,16) .. (4,15)\n+.. controls (3,16) and (4,16) .. (4,16)\n@@ -30 +30 @@\n\n-.. controls (3,16) and (4,16) .. (4,15)\n+.. controls (3,16) and (4,16) .. (4,16)"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,§rangei(16,0.5))\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,§rangei(16,0.5))\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[prefix=]{xcolor-material}\n\n\\tikzset{\nshark/.pic={\n\\tikzset{x=3cm/22,y=3cm/22,shift={(-8,-11)}}\n\\fill [BlueGrey200]\n (2,16.75) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (3,16.25) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (1,17) -- ++(0.5,-1) -- ++(0.5,1) -- cycle\n (2,15.5) -- ++(-.5,-1) -- ++(1,0) -- cycle\n (3,15) -- ++(-.5,-1) -- ++(1,0) -- cycle;\n\\fill [BlueGrey700] (6,12)\n .. controls (5,11) and (5,8) .. (6,7)\n .. controls (7,8) and (7,9) .. (8,10)\n .. controls (8,11) and (7,12) .. (6,12)-- cycle;\n\\fill [BlueGrey500] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,16)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (14,3) and (14,1) .. (15,0)\n .. controls (15,2) and (15,3) .. (16,4)\n .. controls (17,5) and (18,6) .. (20,6)\n .. controls (19,7) and (16,7) .. (15,6)\n .. controls (14,10) and (11,15) .. (9,17)\n .. controls (7,19) and (3,20) .. (0,20) -- cycle;\n\\fill [BlueGrey100] (0,20)\n .. controls (0,19) and (0,18) .. (1,17)\n .. controls (3,16) and (4,16) .. (4,16)\n .. controls (4,14) and (2,15) .. (1,15)\n .. controls (2,13) and (3,12) .. (5,10)\n .. controls (7,8) and (11,6) .. (14,5)\n .. controls (13,8) and (7,8) .. (6,12)\n .. controls (5,16) and (2,19) .. (0,20) -- cycle;\n\\fill [BlueGrey500] (3,13)\n .. controls (2,12) and (2,9) .. (3,8)\n .. controls (4,9) and (4,10) .. (5,11)\n .. controls (5,12) and (4,13) .. (3,13) -- cycle;\n\\fill [BlueGrey500] (9,18)\n .. controls (8,18) and (7.5,17.5) .. (7,17)\n .. controls (7,16) and (9,14) .. (10,14)\n .. controls (10,15) and (11,17) .. (12,17)\n .. controls (11,18) and (10,18) .. (9,18) -- cycle;\n\\fill [BlueGrey800] (6,17.5) circle [radius=0.5];\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {shark};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
93,
97,
75,
97,
73,
71
] |
signal_colored
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath, amsthm, amssymb, amsfonts}
\usepackage{tikz, bbding, tikz-3dplot}
\usetikzlibrary{patterns}
\usetikzlibrary{matrix}
\usetikzlibrary{tikzmark}
\usetikzlibrary{positioning}
\usetikzlibrary{fit}
\usetikzlibrary{shadows.blur}
\usetikzlibrary{shapes.symbols}
\usetikzlibrary{shapes.geometric}
\usetikzlibrary{calc, decorations.pathreplacing}
\begin{document}
\begin{tikzpicture}[scale=1.5]
\def \d {0.5}
\def \w {1}
\def \h {2}
\draw [line width = 1] (0,0) -- ({{6*\d+4*\w}},0);
\draw [dashed, line width = 0.5] (0, \h) -- ({2.75*\d+2*\w}, \h);
\draw [dashed, line width = 0.5] ({\d+\w}, {0.6*\h}) -- ({2.75*\d+2*\w}, {0.6*\h});
\draw [dashed, line width = 0.5] ({\d+\w}, {0.7*\h}) -- ({3.75*\d+3*\w}, {0.7*\h});
\draw [dashed, line width = 0.5] ({\d+\w}, {0.2*\h}) -- ({3*\d+2*\w}, {0.2*\h});
\draw [dashed, line width = 0.5] ({\d+\w}, {0.4*\h}) -- ({5*\d+4*\w}, {0.4*\h});
\draw [<->, line width = 0.5] ({\d/2}, 0) -- ({\d/2}, \h) node [pos = 0.5, left] {$\lambda$};
\draw [<->, line width = 0.5] ({2.5*\d+2*\w}, {0.6*\h}) -- ({2.5*\d+2*\w}, {\h}) node [pos = 0.5, right] {$\mu$};
\draw [<->, line width = 0.5] ({3*\d+2.5*\w}, {0*\h}) -- ({3*\d+2.5*\w}, {0.2*\h}) node [pos = 0.5, left] {$\lambda_1$};
\draw [<->, line width = 0.5] ({3.5*\d+3*\w}, {0*\h}) -- ({3.5*\d+3*\w}, {0.7*\h}) node [pos = 0.75, right] {$\lambda_2$};
\draw [<->, line width = 0.5] ({4.5*\d + 4*\w}, {0*\h}) -- ({4.5*\d + 4*\w}, {0.4*\h}) node [pos = 0.5, right] {$\lambda_3$};
\draw [fill=red!60] (\d, 0) rectangle ({\d+\w}, \h);
\draw [fill = red!10] ({2*\d+\w}, {0.6*\h}) rectangle ({2*\d + 2*\w}, \h) node [pos = 0.5] {$A_1$};
\draw [fill = red!30] ({3*\d+2*\w}, {0.2*\h}) rectangle ({3*\d + 3*\w}, {0.7*\h}) node [pos = 0.5] {$A_2$};
\draw [fill = red!50] ({4*\d+3*\w}, {0*\h}) rectangle ({4*\d + 4*\w}, {0.4*\h}) node [pos = 0.5] {$A_3$};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath, amsthm, amssymb, amsfonts}
\usepackage{tikz, bbding, tikz-3dplot}
\usetikzlibrary{patterns}
\usetikzlibrary{matrix}
\usetikzlibrary{tikzmark}
\usetikzlibrary{positioning}
\usetikzlibrary{fit}
\usetikzlibrary{shadows.blur}
\usetikzlibrary{shapes.symbols}
\usetikzlibrary{shapes.geometric}
\usetikzlibrary{calc, decorations.pathreplacing}
\begin{document}
\begin{tikzpicture}[scale=1.5]
\def \d {0.5}
\def \w {1}
\def \h {2}
%Ground and main signal pillar
\draw [line width = 1] (0,0) -- ({{6*\d+4*\w}},0);
% Markers
\draw [dashed, line width = 0.5] (0, \h) -- ({2.75*\d+2*\w}, \h);
\draw [dashed, line width = 0.5] ({\d+\w}, {0.6*\h}) -- ({2.75*\d+2*\w}, {0.6*\h});
\draw [dashed, line width = 0.5] ({\d+\w}, {0.7*\h}) -- ({3.75*\d+3*\w}, {0.7*\h});
\draw [dashed, line width = 0.5] ({\d+\w}, {0.2*\h}) -- ({3*\d+2*\w}, {0.2*\h});
\draw [dashed, line width = 0.5] ({\d+\w}, {0.4*\h}) -- ({5*\d+4*\w}, {0.4*\h});
\draw [<->, line width = 0.5] ({\d/2}, 0) -- ({\d/2}, \h) node [pos = 0.5, left] {$\lambda$};
\draw [<->, line width = 0.5] ({2.5*\d+2*\w}, {0.6*\h}) -- ({2.5*\d+2*\w}, {\h}) node [pos = 0.5, right] {$\mu$};
\draw [<->, line width = 0.5] ({3*\d+2.5*\w}, {0*\h}) -- ({3*\d+2.5*\w}, {0.2*\h}) node [pos = 0.5, left] {$\lambda_1$};
\draw [<->, line width = 0.5] ({3.5*\d+3*\w}, {0*\h}) -- ({3.5*\d+3*\w}, {0.7*\h}) node [pos = 0.75, right] {$\lambda_2$};
\draw [<->, line width = 0.5] ({4.5*\d + 4*\w}, {0*\h}) -- ({4.5*\d + 4*\w}, {0.4*\h}) node [pos = 0.5, right] {$\lambda_3$};
% Signal pillar
\draw [fill=red!60] (\d, 0) rectangle ({\d+\w}, \h);
% Subsections
\draw [fill = red!10] ({2*\d+\w}, {0.6*\h}) rectangle ({2*\d + 2*\w}, \h) node [pos = 0.5] {$A_1$};
\draw [fill = red!30] ({3*\d+2*\w}, {0.2*\h}) rectangle ({3*\d + 3*\w}, {0.7*\h}) node [pos = 0.5] {$A_2$};
\draw [fill = red!50] ({4*\d+3*\w}, {0*\h}) rectangle ({4*\d + 4*\w}, {0.4*\h}) node [pos = 0.5] {$A_3$};
\end{tikzpicture}
\end{document}
|
Color the red rectangle on the left with the colors of the A rectangles on the right. The color of the red rectangle should align with the color of the closest A rectangle, for instance the height of A1 should fully be colored on the red rectangle, but not A2 because it is partly behind A1(same for A2 and A3).
|
four rectangles, with the left one colored with the colors of the right ones.
|
hard
|
update
|
scientific
|
[
"@@ -29 +29,4 @@\n\n-\\draw [fill=red!60] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n+\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {\\h});\n+\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {\\h});\n+\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n+\\draw [fill opacity=0] (\\d, 0) rectangle ({\\d+\\w}, \\h);",
"@@ -29 +29,4 @@\n\n-\\draw [fill=red!60] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n+\\path [fill=red!50] (\\d, 0) rectangle ({\\d+\\w}, {0.2*\\h});\n+\\path [fill=red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.6*\\h});\n+\\path [fill=red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n+\\draw [line width=0.6] (\\d, 0) rectangle ({\\d+\\w}, \\h);",
"@@ -29 +29,3 @@\n\n-\\draw [fill=red!60] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n+\\draw [fill=red!10] (\\d, \\h) rectangle ({\\d+\\w}, {0.6*\\h});\n+\\draw [fill=red!30] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, {0.2*\\h});\n+\\draw [fill=red!50] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, 0);",
"@@ -29 +29,4 @@\n\n-\\draw [fill=red!60] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n+\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {0.4*\\h});\n+\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.7*\\h});\n+\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n+\\draw [fill opacity=0] (\\d, 0) rectangle ({\\d+\\w}, \\h);",
"@@ -29 +29,3 @@\n\n-\\draw [fill=red!60] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n+\\draw [fill=red!50] (\\d, 0) rectangle ({\\d+\\w}, {0.2*\\h});\n+\\draw [fill=red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.6*\\h});\n+\\draw [fill=red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);",
"@@ -29 +29,3 @@\n\n-\\draw [fill=red!60] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n+\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n+\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {\\h});\n+\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {\\h});"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {\\h});\n\t\t\t\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {\\h});\n\t\t\t\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\\draw [fill opacity=0] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\path [fill=red!50] (\\d, 0) rectangle ({\\d+\\w}, {0.2*\\h});\n\t\t\t\\path [fill=red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.6*\\h});\n\t\t\t\\path [fill=red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\\draw [line width=0.6] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\draw [fill=red!10] (\\d, \\h) rectangle ({\\d+\\w}, {0.6*\\h});\n\t\t\t\\draw [fill=red!30] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, {0.2*\\h});\n\t\t\t\\draw [fill=red!50] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, 0);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {0.4*\\h});\n\t\t\t\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.7*\\h});\n\t\t\t\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\\draw [fill opacity=0] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\draw [fill=red!50] (\\d, 0) rectangle ({\\d+\\w}, {0.2*\\h});\n\t\t\t\\draw [fill=red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.6*\\h});\n\t\t\t\\draw [fill=red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {\\h});\n\t\t\t\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {\\h});\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {\\h});\n\t\t\t\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {\\h});\n\t\t\t\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\\draw [fill opacity=0] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\path [fill=red!50] (\\d, 0) rectangle ({\\d+\\w}, {0.2*\\h});\n\t\t\t\\path [fill=red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.6*\\h});\n\t\t\t\\path [fill=red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\\draw [line width=0.6] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\draw [fill=red!10] (\\d, \\h) rectangle ({\\d+\\w}, {0.6*\\h});\n\t\t\t\\draw [fill=red!30] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, {0.2*\\h});\n\t\t\t\\draw [fill=red!50] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, 0);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {0.4*\\h});\n\t\t\t\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.7*\\h});\n\t\t\t\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\\draw [fill opacity=0] (\\d, 0) rectangle ({\\d+\\w}, \\h);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\draw [fill=red!50] (\\d, 0) rectangle ({\\d+\\w}, {0.2*\\h});\n\t\t\t\\draw [fill=red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {0.6*\\h});\n\t\t\t\\draw [fill=red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath, amsthm, amssymb, amsfonts}\n\\usepackage{tikz, bbding, tikz-3dplot}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{matrix}\n\\usetikzlibrary{tikzmark}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes.symbols}\n\\usetikzlibrary{shapes.geometric}\n\\usetikzlibrary{calc, decorations.pathreplacing}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=1.5]\n\t\t\t\\def \\d {0.5}\n\t\t\t\\def \\w {1}\n\t\t\t\\def \\h {2}\n\t\t\t\n\t\t\t\\draw [line width = 1] (0,0) -- ({{6*\\d+4*\\w}},0);\n\t\t\t\n\t\t\t\\draw [dashed, line width = 0.5] (0, \\h) -- ({2.75*\\d+2*\\w}, \\h);\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.6*\\h}) -- ({2.75*\\d+2*\\w}, {0.6*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.7*\\h}) -- ({3.75*\\d+3*\\w}, {0.7*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.2*\\h}) -- ({3*\\d+2*\\w}, {0.2*\\h});\n\t\t\t\\draw [dashed, line width = 0.5] ({\\d+\\w}, {0.4*\\h}) -- ({5*\\d+4*\\w}, {0.4*\\h});\n\t\t\t\n\t\t\t\\draw [<->, line width = 0.5] ({\\d/2}, 0) -- ({\\d/2}, \\h) node [pos = 0.5, left] {$\\lambda$};\n\t\t\t\\draw [<->, line width = 0.5] ({2.5*\\d+2*\\w}, {0.6*\\h}) -- ({2.5*\\d+2*\\w}, {\\h}) node [pos = 0.5, right] {$\\mu$};\n\t\t\t\\draw [<->, line width = 0.5] ({3*\\d+2.5*\\w}, {0*\\h}) -- ({3*\\d+2.5*\\w}, {0.2*\\h}) node [pos = 0.5, left] {$\\lambda_1$};\n\t\t\t\\draw [<->, line width = 0.5] ({3.5*\\d+3*\\w}, {0*\\h}) -- ({3.5*\\d+3*\\w}, {0.7*\\h}) node [pos = 0.75, right] {$\\lambda_2$};\n\t\t\t\\draw [<->, line width = 0.5] ({4.5*\\d + 4*\\w}, {0*\\h}) -- ({4.5*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5, right] {$\\lambda_3$};\n\t\t\t\n\t\t\t\\fill [fill = red!10] (\\d, {0.6*\\h}) rectangle ({\\d+\\w}, \\h);\n\t\t\t\\fill [fill = red!30] (\\d, {0.2*\\h}) rectangle ({\\d+\\w}, {\\h});\n\t\t\t\\fill [fill = red!50] (\\d,0) rectangle ({\\d+\\w}, {\\h});\n\t\t\t\n\t\t\t\\draw [fill = red!10] ({2*\\d+\\w}, {0.6*\\h}) rectangle ({2*\\d + 2*\\w}, \\h) node [pos = 0.5] {$A_1$};\n\t\t\t\\draw [fill = red!30] ({3*\\d+2*\\w}, {0.2*\\h}) rectangle ({3*\\d + 3*\\w}, {0.7*\\h}) node [pos = 0.5] {$A_2$};\n\t\t\t\\draw [fill = red!50] ({4*\\d+3*\\w}, {0*\\h}) rectangle ({4*\\d + 4*\\w}, {0.4*\\h}) node [pos = 0.5] {$A_3$};\n\t\t\t\n\t\t\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
1
] |
slope_angle_reduced
|
\documentclass[tikz,border=5]{standalone}
\usepackage{physics}
\usepackage{tikz}
\usetikzlibrary{angles,quotes}
\usetikzlibrary{bending}
\tikzset{>=latex}
\colorlet{myred}{red!65!black}
\colorlet{metalcol}{blue!25!black!30!white}
\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,
top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]
\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,
top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]
\begin{document}
\begin{tikzpicture}
\def\height{0.4}
\def\width{0.5}
\def\rLength{1.5}
\def\rThickness{0.15}
\def\gWidth{2.8}
\def\gAng{28}
\coordinate (R) at ({\gWidth*cos(\gAng)},0);
\coordinate (L) at (0,0);
\coordinate (T) at (0,{\gWidth*sin(\gAng)});
\coordinate (P) at ({-\rThickness/2+0.33*\width*sin(\gAng)},{\gWidth*sin(\gAng)+\rLength+0.25*\width*cos(\gAng)});
\draw[fill=metalcol] (P) circle(0.9*\rThickness);
\draw[rod,opacity=0.25] (P)++(\rThickness/2,\rThickness/2) rectangle++ (-\rLength,-\rThickness);
\draw[rod] (P)++(-\rThickness/2,\rThickness/2) rectangle++ (\rThickness,-\rLength)
node[midway,above=2,right=1] {$l$, $\rho$};
\draw[fill=metalcol,line width=0.3] (P) circle(0.03);
\draw[->] (P)++(195:0.7*\rLength) arc(170:280:0.4*\rLength);
\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\gAng]
(L) -- (T) -- (R) node[pos=0.55,above] {$\mu$} -- cycle;
\draw[mass,rotate=-\gAng] (-0.03*\width,0)++(90+\gAng:{\gWidth*sin(\gAng)}) rectangle++ (\width,\height) node[midway,rotate=-\gAng] {$m$};
\draw pic["$\theta$",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{physics}
\usepackage{tikz}
\usetikzlibrary{angles,quotes} % for angle label
\usetikzlibrary{bending} % for arrow head angle
\tikzset{>=latex} % for LaTeX arrow head
\colorlet{myred}{red!65!black}
\colorlet{metalcol}{blue!25!black!30!white}
\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,
top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]
\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,
top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]
\begin{document}
% INCLINED ground
\begin{tikzpicture}
\def\height{0.4} % mass height
\def\width{0.5} % mass width
\def\rLength{1.5} % rod length
\def\rThickness{0.15} % rod thickness
\def\gWidth{2.8} % inclined ground width
\def\gAng{28} % inclined ground angle
\coordinate (R) at ({\gWidth*cos(\gAng)},0); % right corner inclined ground
\coordinate (L) at (0,0); % left corner inclined ground
\coordinate (T) at (0,{\gWidth*sin(\gAng)}); % top inclined ground
\coordinate (P) at ({-\rThickness/2+0.33*\width*sin(\gAng)},{\gWidth*sin(\gAng)+\rLength+0.25*\width*cos(\gAng)}); % rod pivot point
% ROD
\draw[fill=metalcol] (P) circle(0.9*\rThickness);
\draw[rod,opacity=0.25] (P)++(\rThickness/2,\rThickness/2) rectangle++ (-\rLength,-\rThickness);
\draw[rod] (P)++(-\rThickness/2,\rThickness/2) rectangle++ (\rThickness,-\rLength)
node[midway,above=2,right=1] {$l$, $\rho$}; %\ell
\draw[fill=metalcol,line width=0.3] (P) circle(0.03);
\draw[->] (P)++(195:0.7*\rLength) arc(170:280:0.4*\rLength);
% MASS ON INCLINED GROUND
\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\gAng]
(L) -- (T) -- (R) node[pos=0.55,above] {$\mu$} -- cycle;
\draw[mass,rotate=-\gAng] (-0.03*\width,0)++(90+\gAng:{\gWidth*sin(\gAng)}) rectangle++ (\width,\height) node[midway,rotate=-\gAng] {$m$};
\draw pic["$\theta$",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};
\end{tikzpicture}
\end{document}
|
Reduce the angle of the slope by half.
|
Mechanical diagram of a rod pushing a box on a small slope
|
easy
|
update
|
scientific
|
[
"@@ -20 +20 @@\n\n-\\def\\gAng{28}\n+\\def\\gAng{14}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{physics}\n\\usepackage{tikz}\n\\usetikzlibrary{angles,quotes} \n\\usetikzlibrary{bending} \n\\tikzset{>=latex} \n\n\\colorlet{myred}{red!65!black}\n\\colorlet{metalcol}{blue!25!black!30!white}\n\\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,\n top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]\n\\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,\n top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]\n\n\\begin{document}\n\n\n\\begin{tikzpicture}\n \\def\\height{0.4} \n \\def\\width{0.5} \n \\def\\rLength{1.5} \n \\def\\rThickness{0.15} \n \\def\\gWidth{2.8} \n \\def\\gAng{14} \n \\coordinate (R) at ({\\gWidth*cos(\\gAng)},0); \n \\coordinate (L) at (0,0); \n \\coordinate (T) at (0,{\\gWidth*sin(\\gAng)}); \n \\coordinate (P) at ({-\\rThickness/2+0.33*\\width*sin(\\gAng)},{\\gWidth*sin(\\gAng)+\\rLength+0.25*\\width*cos(\\gAng)}); \n \n \\draw[fill=metalcol] (P) circle(0.9*\\rThickness);\n \\draw[rod,opacity=0.25] (P)++(\\rThickness/2,\\rThickness/2) rectangle++ (-\\rLength,-\\rThickness);\n \\draw[rod] (P)++(-\\rThickness/2,\\rThickness/2) rectangle++ (\\rThickness,-\\rLength)\n node[midway,above=2,right=1] {$l$, $\\rho$}; \n \\draw[fill=metalcol,line width=0.3] (P) circle(0.03);\n \\draw[->] (P)++(195:0.7*\\rLength) arc(170:280:0.4*\\rLength);\n \n \\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\\gAng]\n (L) -- (T) -- (R) node[pos=0.55,above] {$\\mu$} -- cycle;\n \\draw[mass,rotate=-\\gAng] (-0.03*\\width,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) rectangle++ (\\width,\\height) node[midway,rotate=-\\gAng] {$m$};\n \\draw pic[\"$\\theta$\",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};\n \n\\end{tikzpicture}\n\n\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{physics}\n\\usepackage{tikz}\n\\usetikzlibrary{angles,quotes} \n\\usetikzlibrary{bending} \n\\tikzset{>=latex} \n\n\\colorlet{myred}{red!65!black}\n\\colorlet{metalcol}{blue!25!black!30!white}\n\\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,\n top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]\n\\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,\n top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]\n\n\\begin{document}\n\n\n\\begin{tikzpicture}\n \\def\\height{0.4} \n \\def\\width{0.5} \n \\def\\rLength{1.5} \n \\def\\rThickness{0.15} \n \\def\\gWidth{2.8} \n \\def\\gAng{14} \n \\coordinate (R) at ({\\gWidth*cos(\\gAng)},0); \n \\coordinate (L) at (0,0); \n \\coordinate (T) at (0,{\\gWidth*sin(\\gAng)}); \n \\coordinate (P) at ({-\\rThickness/2+0.33*\\width*sin(\\gAng)},{\\gWidth*sin(\\gAng)+\\rLength+0.25*\\width*cos(\\gAng)}); \n \n \\draw[fill=metalcol] (P) circle(0.9*\\rThickness);\n \\draw[rod,opacity=0.25] (P)++(\\rThickness/2,\\rThickness/2) rectangle++ (-\\rLength,-\\rThickness);\n \\draw[rod] (P)++(-\\rThickness/2,\\rThickness/2) rectangle++ (\\rThickness,-\\rLength)\n node[midway,above=2,right=1] {$l$, $\\rho$}; \n \\draw[fill=metalcol,line width=0.3] (P) circle(0.03);\n \\draw[->] (P)++(195:0.7*\\rLength) arc(170:280:0.4*\\rLength);\n \n \\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\\gAng]\n (L) -- (T) -- (R) node[pos=0.55,above] {$\\mu$} -- cycle;\n \\draw[mass,rotate=-\\gAng] (-0.03*\\width,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) rectangle++ (\\width,\\height) node[midway,rotate=-\\gAng] {$m$};\n \\draw pic[\"$\\theta$\",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};\n \n\\end{tikzpicture}\n\n\n\n\\end{document}"
] | ||
[
9,
16
] |
slope_to_circle
|
\documentclass[tikz,border=5]{standalone}
\usepackage{physics}
\usepackage{tikz}
\usetikzlibrary{angles,quotes}
\usetikzlibrary{bending}
\tikzset{>=latex}
\colorlet{myred}{red!65!black}
\colorlet{metalcol}{blue!25!black!30!white}
\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,
top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]
\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,
top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]
\begin{document}
\begin{tikzpicture}
\def\height{0.4}
\def\width{0.5}
\def\rLength{1.5}
\def\rThickness{0.15}
\def\gWidth{2.8}
\def\gAng{28}
\coordinate (R) at ({\gWidth*cos(\gAng)},0);
\coordinate (L) at (0,0);
\coordinate (T) at (0,{\gWidth*sin(\gAng)});
\coordinate (P) at ({-\rThickness/2+0.33*\width*sin(\gAng)},{\gWidth*sin(\gAng)+\rLength+0.25*\width*cos(\gAng)});
\draw[fill=metalcol] (P) circle(0.9*\rThickness);
\draw[rod,opacity=0.25] (P)++(\rThickness/2,\rThickness/2) rectangle++ (-\rLength,-\rThickness);
\draw[rod] (P)++(-\rThickness/2,\rThickness/2) rectangle++ (\rThickness,-\rLength)
node[midway,above=2,right=1] {$l$, $\rho$};
\draw[fill=metalcol,line width=0.3] (P) circle(0.03);
\draw[->] (P)++(195:0.7*\rLength) arc(170:280:0.4*\rLength);
\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\gAng]
(L) -- (T) -- (R) node[pos=0.55,above] {$\mu$} -- cycle;
\draw[mass,rotate=-\gAng] (-0.03*\width,0)++(90+\gAng:{\gWidth*sin(\gAng)}) rectangle++ (\width,\height) node[midway,rotate=-\gAng] {$m$};
\draw pic["$\theta$",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{physics}
\usepackage{tikz}
\usetikzlibrary{angles,quotes} % for angle label
\usetikzlibrary{bending} % for arrow head angle
\tikzset{>=latex} % for LaTeX arrow head
\colorlet{myred}{red!65!black}
\colorlet{metalcol}{blue!25!black!30!white}
\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,
top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]
\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,
top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]
\begin{document}
% INCLINED ground
\begin{tikzpicture}
\def\height{0.4} % mass height
\def\width{0.5} % mass width
\def\rLength{1.5} % rod length
\def\rThickness{0.15} % rod thickness
\def\gWidth{2.8} % inclined ground width
\def\gAng{28} % inclined ground angle
\coordinate (R) at ({\gWidth*cos(\gAng)},0); % right corner inclined ground
\coordinate (L) at (0,0); % left corner inclined ground
\coordinate (T) at (0,{\gWidth*sin(\gAng)}); % top inclined ground
\coordinate (P) at ({-\rThickness/2+0.33*\width*sin(\gAng)},{\gWidth*sin(\gAng)+\rLength+0.25*\width*cos(\gAng)}); % rod pivot point
% ROD
\draw[fill=metalcol] (P) circle(0.9*\rThickness);
\draw[rod,opacity=0.25] (P)++(\rThickness/2,\rThickness/2) rectangle++ (-\rLength,-\rThickness);
\draw[rod] (P)++(-\rThickness/2,\rThickness/2) rectangle++ (\rThickness,-\rLength)
node[midway,above=2,right=1] {$l$, $\rho$}; %\ell
\draw[fill=metalcol,line width=0.3] (P) circle(0.03);
\draw[->] (P)++(195:0.7*\rLength) arc(170:280:0.4*\rLength);
% MASS ON INCLINED GROUND
\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\gAng]
(L) -- (T) -- (R) node[pos=0.55,above] {$\mu$} -- cycle;
\draw[mass,rotate=-\gAng] (-0.03*\width,0)++(90+\gAng:{\gWidth*sin(\gAng)}) rectangle++ (\width,\height) node[midway,rotate=-\gAng] {$m$};
\draw pic["$\theta$",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};
\end{tikzpicture}
\end{document}
|
Change the mass to a circle.
|
Mechanical diagram of a rod pushing a circle on a slope
|
hard
|
update
|
scientific
|
[
"@@ -33 +33 @@\n\n-\\draw[mass,rotate=-\\gAng] (-0.03*\\width,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) rectangle++ (\\width,\\height) node[midway,rotate=-\\gAng] {$m$};\n+\\draw[mass,rotate=-\\gAng] (-0.03*\\width,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) ++(0.5*\\width,0.5*\\width) node[rotate=-\\gAng] {$m$} circle (0.5*\\width);",
"@@ -15,2 +15 @@\n\n-\\def\\height{0.4}\n-\\def\\width{0.5}\n+\\def\\radius{0.3}\n@@ -24 +23 @@\n\n-\\coordinate (P) at ({-\\rThickness/2+0.33*\\width*sin(\\gAng)},{\\gWidth*sin(\\gAng)+\\rLength+0.25*\\width*cos(\\gAng)});\n+\\coordinate (P) at ({-\\rThickness/2+0.33*\\radius*sin(\\gAng)},{\\gWidth*sin(\\gAng)+\\rLength+0.25*\\radius*cos(\\gAng)});\n@@ -33 +32,4 @@\n\n-\\draw[mass,rotate=-\\gAng] (-0.03*\\width,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) rectangle++ (\\width,\\height) node[midway,rotate=-\\gAng] {$m$};\n+\\draw[mass,rotate=-\\gAng] (-0.03*\\radius,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) coordinate (A)\n+++(\\radius,\\radius) coordinate (center)\n+circle (\\radius);\n+\\node at (center) {$m$};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{physics}\n\\usepackage{tikz}\n\\usetikzlibrary{angles,quotes} \n\\usetikzlibrary{bending} \n\\tikzset{>=latex} \n\n\\colorlet{myred}{red!65!black}\n\\colorlet{metalcol}{blue!25!black!30!white}\n\\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,\n top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]\n\\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,\n top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]\n\n\\begin{document}\n\n\n\\begin{tikzpicture}\n \\def\\height{0.4} \n \\def\\width{0.5} \n \\def\\rLength{1.5} \n \\def\\rThickness{0.15} \n \\def\\gWidth{2.8} \n \\def\\gAng{28} \n \\coordinate (R) at ({\\gWidth*cos(\\gAng)},0); \n \\coordinate (L) at (0,0); \n \\coordinate (T) at (0,{\\gWidth*sin(\\gAng)}); \n \\coordinate (P) at ({-\\rThickness/2+0.33*\\width*sin(\\gAng)},{\\gWidth*sin(\\gAng)+\\rLength+0.25*\\width*cos(\\gAng)}); \n \n \\draw[fill=metalcol] (P) circle(0.9*\\rThickness);\n \\draw[rod,opacity=0.25] (P)++(\\rThickness/2,\\rThickness/2) rectangle++ (-\\rLength,-\\rThickness);\n \\draw[rod] (P)++(-\\rThickness/2,\\rThickness/2) rectangle++ (\\rThickness,-\\rLength)\n node[midway,above=2,right=1] {$l$, $\\rho$}; \n \\draw[fill=metalcol,line width=0.3] (P) circle(0.03);\n \\draw[->] (P)++(195:0.7*\\rLength) arc(170:280:0.4*\\rLength);\n \n \\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\\gAng]\n (L) -- (T) -- (R) node[pos=0.55,above] {$\\mu$} -- cycle;\n \\draw[mass,rotate=-\\gAng] (-0.03*\\width,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) ++(0.5*\\width,0.5*\\width) node[rotate=-\\gAng] {$m$} circle (0.5*\\width);\n \\draw pic[\"$\\theta$\",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};\n \n\\end{tikzpicture}\n\n\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{physics}\n\\usepackage{tikz}\n\\usetikzlibrary{angles,quotes} \n\\usetikzlibrary{bending} \n\\tikzset{>=latex} \n\n\\colorlet{myred}{red!65!black}\n\\colorlet{metalcol}{blue!25!black!30!white}\n\\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,\n top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]\n\\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,\n top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]\n\n\\begin{document}\n\n\n\\begin{tikzpicture}\n \\def§def(\\radius){0.3} \n \\def\\rLength{1.5} \n \\def\\rThickness{0.15} \n \\def\\gWidth{2.8} \n \\def\\gAng{28} \n \\coordinate (R) at ({\\gWidth*cos(\\gAng)},0); \n \\coordinate (L) at (0,0); \n \\coordinate (T) at (0,{\\gWidth*sin(\\gAng)}); \n \\coordinate (P) at ({-\\rThickness/2+0.33*\\radius*sin(\\gAng)},{\\gWidth*sin(\\gAng)+\\rLength+0.25*\\radius*cos(\\gAng)}); \n \n \\draw[fill=metalcol] (P) circle(0.9*\\rThickness);\n \\draw[rod,opacity=0.25] (P)++(\\rThickness/2,\\rThickness/2) rectangle++ (-\\rLength,-\\rThickness);\n \\draw[rod] (P)++(-\\rThickness/2,\\rThickness/2) rectangle++ (\\rThickness,-\\rLength)\n node[midway,above=2,right=1] {$l$, $\\rho$}; \n \\draw[fill=metalcol,line width=0.3] (P) circle(0.03);\n \\draw[->] (P)++(195:0.7*\\rLength) arc(170:280:0.4*\\rLength);\n \n \\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\\gAng]\n (L) -- (T) -- (R) node[pos=0.55,above] {$\\mu$} -- cycle;\n \\draw[mass,rotate=-\\gAng] (-0.03*\\radius,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) coordinate (A) \n ++(\\radius,\\radius) coordinate (center) \n circle (\\radius);\n\n \\node at (center) {$m$};\n \\draw pic[\"$\\theta$\",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};\n \n\\end{tikzpicture}\n\n\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{physics}\n\\usepackage{tikz}\n\\usetikzlibrary{angles,quotes} \n\\usetikzlibrary{bending} \n\\tikzset{>=latex} \n\n\\colorlet{myred}{red!65!black}\n\\colorlet{metalcol}{blue!25!black!30!white}\n\\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,\n top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]\n\\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,\n top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]\n\n\\begin{document}\n\n\n\\begin{tikzpicture}\n \\def\\height{0.4} \n \\def\\width{0.5} \n \\def\\rLength{1.5} \n \\def\\rThickness{0.15} \n \\def\\gWidth{2.8} \n \\def\\gAng{28} \n \\coordinate (R) at ({\\gWidth*cos(\\gAng)},0); \n \\coordinate (L) at (0,0); \n \\coordinate (T) at (0,{\\gWidth*sin(\\gAng)}); \n \\coordinate (P) at ({-\\rThickness/2+0.33*\\width*sin(\\gAng)},{\\gWidth*sin(\\gAng)+\\rLength+0.25*\\width*cos(\\gAng)}); \n \n \\draw[fill=metalcol] (P) circle(0.9*\\rThickness);\n \\draw[rod,opacity=0.25] (P)++(\\rThickness/2,\\rThickness/2) rectangle++ (-\\rLength,-\\rThickness);\n \\draw[rod] (P)++(-\\rThickness/2,\\rThickness/2) rectangle++ (\\rThickness,-\\rLength)\n node[midway,above=2,right=1] {$l$, $\\rho$}; \n \\draw[fill=metalcol,line width=0.3] (P) circle(0.03);\n \\draw[->] (P)++(195:0.7*\\rLength) arc(170:280:0.4*\\rLength);\n \n \\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\\gAng]\n (L) -- (T) -- (R) node[pos=0.55,above] {$\\mu$} -- cycle;\n \\draw[mass,rotate=-\\gAng] (-0.03*\\width,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) ++(0.5*\\width,0.5*\\width) node[rotate=-\\gAng] {$m$} circle (0.5*\\width);\n \\draw pic[\"$\\theta$\",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};\n \n\\end{tikzpicture}\n\n\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{physics}\n\\usepackage{tikz}\n\\usetikzlibrary{angles,quotes} \n\\usetikzlibrary{bending} \n\\tikzset{>=latex} \n\n\\colorlet{myred}{red!65!black}\n\\colorlet{metalcol}{blue!25!black!30!white}\n\\tikzstyle{mass}=[line width=0.6,red!30!black,fill=red!40!black!10,rounded corners=1,\n top color=red!40!black!20,bottom color=red!40!black!10,shading angle=20]\n\\tikzstyle{rod}=[line width=0.5,red!30!black,fill=red!40!black!30,rounded corners=1,\n top color=red!40!black!60,bottom color=red!40!black!30,shading angle=90]\n\n\\begin{document}\n\n\n\\begin{tikzpicture}\n \\def\\radius{0.3} \n \\def\\rLength{1.5} \n \\def\\rThickness{0.15} \n \\def\\gWidth{2.8} \n \\def\\gAng{28} \n \\coordinate (R) at ({\\gWidth*cos(\\gAng)},0); \n \\coordinate (L) at (0,0); \n \\coordinate (T) at (0,{\\gWidth*sin(\\gAng)}); \n \\coordinate (P) at ({-\\rThickness/2+0.33*\\radius*sin(\\gAng)},{\\gWidth*sin(\\gAng)+\\rLength+0.25*\\radius*cos(\\gAng)}); \n \n \\draw[fill=metalcol] (P) circle(0.9*\\rThickness);\n \\draw[rod,opacity=0.25] (P)++(\\rThickness/2,\\rThickness/2) rectangle++ (-\\rLength,-\\rThickness);\n \\draw[rod] (P)++(-\\rThickness/2,\\rThickness/2) rectangle++ (\\rThickness,-\\rLength)\n node[midway,above=2,right=1] {$l$, $\\rho$}; \n \\draw[fill=metalcol,line width=0.3] (P) circle(0.03);\n \\draw[->] (P)++(195:0.7*\\rLength) arc(170:280:0.4*\\rLength);\n \n \\draw[line width=0.6,top color=blue!20!black!30,bottom color=white,shading angle=160-\\gAng]\n (L) -- (T) -- (R) node[pos=0.55,above] {$\\mu$} -- cycle;\n \\draw[mass,rotate=-\\gAng] (-0.03*\\radius,0)++(90+\\gAng:{\\gWidth*sin(\\gAng)}) coordinate (A) \n ++(\\radius,\\radius) coordinate (center) \n circle (\\radius);\n\n \\node at (center) {$m$};\n \\draw pic[\"$\\theta$\",draw=black,angle radius=22,angle eccentricity=1.3] {angle=T--R--L};\n \n\\end{tikzpicture}\n\n\n\n\\end{document}"
] | ||
[
160
] |
sphere_removed
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{calc}
\usepackage{amsmath}
\usepackage{amssymb}
\begin{document}
\begin{tikzpicture}[scale=.5]
\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw (1,2) circle (1cm);
\draw (0,2) arc (180:360: 1 and 0.3);
\draw[dashed] (2,2) arc (0:180:1 and 0.3);
\fill[fill=black] (1,2) circle (1pt);
\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);
\draw (0.8,3) -- (0.8,1);
\draw (1.2,3) -- (1.2,1);
\draw (1,3) ellipse (0.2 and 0.05);
\draw (0.8,1) arc (180:360:0.2 and 0.05);
\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);
\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=3cm](1,2) circle (1cm);
\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);
\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);
\fill[xshift=3cm][fill=black] (1,2) circle (1pt);
\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);
\draw [xshift=3cm](0.8,3) -- (0.8,1);
\draw [xshift=3cm](1.2,3) -- (1.2,1);
\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);
\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);
\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);
\draw[->, thick] (5.5,2) -- (7.5,2);
\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=8cm](1,2) circle (1cm);
\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);
\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);
\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);
\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\lambda r$} (1.4,3);
\draw [xshift=8cm](0.6,3) -- (0.6,1);
\draw [xshift=8cm](1.4,3) -- (1.4,1);
\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);
\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);
\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);
\shade [xshift=11cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=11cm](1,2) circle (1cm);
\draw [xshift=11cm](0,2) arc (180:360: 1 and 0.3);
\draw [xshift=11cm][dashed] (2,2) arc (0:180:1 and 0.3);
\fill [xshift=11cm][fill=black] (1,2) circle (1pt);
\draw [xshift=11cm] [->,thick] (1,3) -- node[above right]{$\lambda r$} (1.4,3);
\draw [xshift=11cm](0.6,3) -- (0.6,1);
\draw [xshift=11cm](1.4,3) -- (1.4,1);
\draw [xshift=11cm](1,3) ellipse (0.4 and 0.1);
\draw [xshift=11cm](0.6,1) arc (180:360:0.4 and 0.1);
\draw [xshift=11cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{calc}
\usepackage{amsmath}
\usepackage{amssymb}
\begin{document}
\begin{tikzpicture}[scale=.5]
%draw outline/perimeter of circle
\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw (1,2) circle (1cm);
% XY plane, starting at -2,0
\draw (0,2) arc (180:360: 1 and 0.3);
% dashed line
\draw[dashed] (2,2) arc (0:180:1 and 0.3);
%node in middle
\fill[fill=black] (1,2) circle (1pt);
%CYLINDER
%vertical lines down
\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);
\draw (0.8,3) -- (0.8,1);
\draw (1.2,3) -- (1.2,1);
%top cylinder: ellipse
\draw (1,3) ellipse (0.2 and 0.05);
\draw (0.8,1) arc (180:360:0.2 and 0.05);
\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);
%2ND PLOT
%SPHERE
%draw outline/perimeter of circle
\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=3cm](1,2) circle (1cm);
% XY plane, starting at -2,0
\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);
% dashed line
\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);
%node in middle
\fill[xshift=3cm][fill=black] (1,2) circle (1pt);
\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);
\draw [xshift=3cm](0.8,3) -- (0.8,1);
\draw [xshift=3cm](1.2,3) -- (1.2,1);
%top cylinder: ellipse
\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);
\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);
\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);
%ARROW
\draw[->, thick] (5.5,2) -- (7.5,2);
%3RD PLOT
%SPHERE
%draw outline/perimeter of circle
\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=8cm](1,2) circle (1cm);
% XY plane, starting at -2,0
\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);
% dashed line
\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);
%node in middle
\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);
%CYLINDER
\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\lambda r$} (1.4,3);
\draw [xshift=8cm](0.6,3) -- (0.6,1);
\draw [xshift=8cm](1.4,3) -- (1.4,1);
%top cylinder: ellipse
\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);
\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);
\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);
%4RD PLOT
%SPHERE
%draw outline/perimeter of circle
\shade [xshift=11cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=11cm](1,2) circle (1cm);
% XY plane, starting at -2,0
\draw [xshift=11cm](0,2) arc (180:360: 1 and 0.3);
% dashed line
\draw [xshift=11cm][dashed] (2,2) arc (0:180:1 and 0.3);
%node in middle
\fill [xshift=11cm][fill=black] (1,2) circle (1pt);
%CYLINDER
\draw [xshift=11cm] [->,thick] (1,3) -- node[above right]{$\lambda r$} (1.4,3);
\draw [xshift=11cm](0.6,3) -- (0.6,1);
\draw [xshift=11cm](1.4,3) -- (1.4,1);
%top cylinder: ellipse
\draw [xshift=11cm](1,3) ellipse (0.4 and 0.1);
\draw [xshift=11cm](0.6,1) arc (180:360:0.4 and 0.1);
\draw [xshift=11cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);
\end{tikzpicture}
\end{document}
|
Remove the leftmost and rightmost spheres.
|
Two spheres with an arrow in between
|
easy
|
remove
|
scientific
|
[
"@@ -8,11 +7,0 @@\n\n-\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw (1,2) circle (1cm);\n-\\draw (0,2) arc (180:360: 1 and 0.3);\n-\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill[fill=black] (1,2) circle (1pt);\n-\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n-\\draw (0.8,3) -- (0.8,1);\n-\\draw (1.2,3) -- (1.2,1);\n-\\draw (1,3) ellipse (0.2 and 0.05);\n-\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n-\\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n@@ -42,11 +30,0 @@\n\n-\\shade [xshift=11cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=11cm](1,2) circle (1cm);\n-\\draw [xshift=11cm](0,2) arc (180:360: 1 and 0.3);\n-\\draw [xshift=11cm][dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill [xshift=11cm][fill=black] (1,2) circle (1pt);\n-\\draw [xshift=11cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n-\\draw [xshift=11cm](0.6,3) -- (0.6,1);\n-\\draw [xshift=11cm](1.4,3) -- (1.4,1);\n-\\draw [xshift=11cm](1,3) ellipse (0.4 and 0.1);\n-\\draw [xshift=11cm](0.6,1) arc (180:360:0.4 and 0.1);\n-\\draw [xshift=11cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=.5]\n\n\\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=3cm](1,2) circle (1cm);\n\\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);\n\\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[xshift=3cm][fill=black] (1,2) circle (1pt);\n\\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw [xshift=3cm](0.8,3) -- (0.8,1);\n\\draw [xshift=3cm](1.2,3) -- (1.2,1);\n\\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);\n\\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);\n\\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\n\n\\draw[->, thick] (5.5,2) -- (7.5,2);\n\n\\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=8cm](1,2) circle (1cm);\n\\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);\n\\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=8cm](0.6,3) -- (0.6,1);\n\\draw [xshift=8cm](1.4,3) -- (1.4,1);\n\\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=.5]\n\n\\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=3cm](1,2) circle (1cm);\n\\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);\n\\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[xshift=3cm][fill=black] (1,2) circle (1pt);\n\\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw [xshift=3cm](0.8,3) -- (0.8,1);\n\\draw [xshift=3cm](1.2,3) -- (1.2,1);\n\\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);\n\\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);\n\\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\n\n\\draw[->, thick] (5.5,2) -- (7.5,2);\n\n\\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=8cm](1,2) circle (1cm);\n\\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);\n\\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=8cm](0.6,3) -- (0.6,1);\n\\draw [xshift=8cm](1.4,3) -- (1.4,1);\n\\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
103,
34,
55
] |
sphere_vertical_align
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{calc}
\usepackage{amsmath}
\usepackage{amssymb}
\begin{document}
\begin{tikzpicture}[scale=.5]
\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw (1,2) circle (1cm);
\draw (0,2) arc (180:360: 1 and 0.3);
\draw[dashed] (2,2) arc (0:180:1 and 0.3);
\fill[fill=black] (1,2) circle (1pt);
\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);
\draw (0.8,3) -- (0.8,1);
\draw (1.2,3) -- (1.2,1);
\draw (1,3) ellipse (0.2 and 0.05);
\draw (0.8,1) arc (180:360:0.2 and 0.05);
\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);
\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=3cm](1,2) circle (1cm);
\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);
\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);
\fill[xshift=3cm][fill=black] (1,2) circle (1pt);
\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);
\draw [xshift=3cm](0.8,3) -- (0.8,1);
\draw [xshift=3cm](1.2,3) -- (1.2,1);
\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);
\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);
\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);
\draw[->, thick] (5.5,2) -- (7.5,2);
\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=8cm](1,2) circle (1cm);
\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);
\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);
\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);
\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\lambda r$} (1.4,3);
\draw [xshift=8cm](0.6,3) -- (0.6,1);
\draw [xshift=8cm](1.4,3) -- (1.4,1);
\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);
\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);
\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);
\shade [xshift=11cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=11cm](1,2) circle (1cm);
\draw [xshift=11cm](0,2) arc (180:360: 1 and 0.3);
\draw [xshift=11cm][dashed] (2,2) arc (0:180:1 and 0.3);
\fill [xshift=11cm][fill=black] (1,2) circle (1pt);
\draw [xshift=11cm] [->,thick] (1,3) -- node[above right]{$\lambda r$} (1.4,3);
\draw [xshift=11cm](0.6,3) -- (0.6,1);
\draw [xshift=11cm](1.4,3) -- (1.4,1);
\draw [xshift=11cm](1,3) ellipse (0.4 and 0.1);
\draw [xshift=11cm](0.6,1) arc (180:360:0.4 and 0.1);
\draw [xshift=11cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{calc}
\usepackage{amsmath}
\usepackage{amssymb}
\begin{document}
\begin{tikzpicture}[scale=.5]
%draw outline/perimeter of circle
\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw (1,2) circle (1cm);
% XY plane, starting at -2,0
\draw (0,2) arc (180:360: 1 and 0.3);
% dashed line
\draw[dashed] (2,2) arc (0:180:1 and 0.3);
%node in middle
\fill[fill=black] (1,2) circle (1pt);
%CYLINDER
%vertical lines down
\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);
\draw (0.8,3) -- (0.8,1);
\draw (1.2,3) -- (1.2,1);
%top cylinder: ellipse
\draw (1,3) ellipse (0.2 and 0.05);
\draw (0.8,1) arc (180:360:0.2 and 0.05);
\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);
%2ND PLOT
%SPHERE
%draw outline/perimeter of circle
\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=3cm](1,2) circle (1cm);
% XY plane, starting at -2,0
\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);
% dashed line
\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);
%node in middle
\fill[xshift=3cm][fill=black] (1,2) circle (1pt);
\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);
\draw [xshift=3cm](0.8,3) -- (0.8,1);
\draw [xshift=3cm](1.2,3) -- (1.2,1);
%top cylinder: ellipse
\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);
\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);
\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);
%ARROW
\draw[->, thick] (5.5,2) -- (7.5,2);
%3RD PLOT
%SPHERE
%draw outline/perimeter of circle
\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=8cm](1,2) circle (1cm);
% XY plane, starting at -2,0
\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);
% dashed line
\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);
%node in middle
\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);
%CYLINDER
\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\lambda r$} (1.4,3);
\draw [xshift=8cm](0.6,3) -- (0.6,1);
\draw [xshift=8cm](1.4,3) -- (1.4,1);
%top cylinder: ellipse
\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);
\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);
\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);
%4RD PLOT
%SPHERE
%draw outline/perimeter of circle
\shade [xshift=11cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);
\draw [xshift=11cm](1,2) circle (1cm);
% XY plane, starting at -2,0
\draw [xshift=11cm](0,2) arc (180:360: 1 and 0.3);
% dashed line
\draw [xshift=11cm][dashed] (2,2) arc (0:180:1 and 0.3);
%node in middle
\fill [xshift=11cm][fill=black] (1,2) circle (1pt);
%CYLINDER
\draw [xshift=11cm] [->,thick] (1,3) -- node[above right]{$\lambda r$} (1.4,3);
\draw [xshift=11cm](0.6,3) -- (0.6,1);
\draw [xshift=11cm](1.4,3) -- (1.4,1);
%top cylinder: ellipse
\draw [xshift=11cm](1,3) ellipse (0.4 and 0.1);
\draw [xshift=11cm](0.6,1) arc (180:360:0.4 and 0.1);
\draw [xshift=11cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);
\end{tikzpicture}
\end{document}
|
Align the two spheres on the left of the arrow vertically, and do the same for the ones on the right, adjust the arrow.
|
four spheres, two aligned vertically on each side of an arrow.
|
medium
|
update
|
scientific
|
[
"@@ -7,0 +8 @@\n\n+\\begin{scope}[shift={(0cm,2cm)}]\n@@ -18,35 +19,42 @@\n\n-\\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n-\\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=3cm](1,2) circle (1cm);\n-\\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);\n-\\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill[xshift=3cm][fill=black] (1,2) circle (1pt);\n-\\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n-\\draw [xshift=3cm](0.8,3) -- (0.8,1);\n-\\draw [xshift=3cm](1.2,3) -- (1.2,1);\n-\\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);\n-\\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);\n-\\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n-\\draw[->, thick] (5.5,2) -- (7.5,2);\n-\\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=8cm](1,2) circle (1cm);\n-\\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);\n-\\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);\n-\\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n-\\draw [xshift=8cm](0.6,3) -- (0.6,1);\n-\\draw [xshift=8cm](1.4,3) -- (1.4,1);\n-\\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);\n-\\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);\n-\\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n-\\shade [xshift=11cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=11cm](1,2) circle (1cm);\n-\\draw [xshift=11cm](0,2) arc (180:360: 1 and 0.3);\n-\\draw [xshift=11cm][dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill [xshift=11cm][fill=black] (1,2) circle (1pt);\n-\\draw [xshift=11cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n-\\draw [xshift=11cm](0.6,3) -- (0.6,1);\n-\\draw [xshift=11cm](1.4,3) -- (1.4,1);\n-\\draw [xshift=11cm](1,3) ellipse (0.4 and 0.1);\n-\\draw [xshift=11cm](0.6,1) arc (180:360:0.4 and 0.1);\n-\\draw [xshift=11cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n+\\draw[dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n+\\end{scope}\n+\\begin{scope}[shift={(0cm,-2cm)}]\n+\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw (1,2) circle (1cm);\n+\\draw (0,2) arc (180:360: 1 and 0.3);\n+\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill[fill=black] (1,2) circle (1pt);\n+\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n+\\draw (0.8,3) -- (0.8,1);\n+\\draw (1.2,3) -- (1.2,1);\n+\\draw (1,3) ellipse (0.2 and 0.05);\n+\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n+\\draw[dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n+\\end{scope}\n+\\draw[->, thick] (2.5,2) -- (7.5,2);\n+\\begin{scope}[shift={(8cm,2cm)}]\n+\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw (1,2) circle (1cm);\n+\\draw (0,2) arc (180:360: 1 and 0.3);\n+\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill[fill=black] (1,2) circle (1pt);\n+\\draw[->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n+\\draw (0.6,3) -- (0.6,1);\n+\\draw (1.4,3) -- (1.4,1);\n+\\draw (1,3) ellipse (0.4 and 0.1);\n+\\draw (0.6,1) arc (180:360:0.4 and 0.1);\n+\\draw[dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n+\\end{scope}\n+\\begin{scope}[shift={(8cm,-2cm)}]\n+\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw (1,2) circle (1cm);\n+\\draw (0,2) arc (180:360: 1 and 0.3);\n+\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill[fill=black] (1,2) circle (1pt);\n+\\draw[->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n+\\draw (0.6,3) -- (0.6,1);\n+\\draw (1.4,3) -- (1.4,1);\n+\\draw (1,3) ellipse (0.4 and 0.1);\n+\\draw (0.6,1) arc (180:360:0.4 and 0.1);\n+\\draw[dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n+\\end{scope}",
"@@ -19,34 +19,34 @@\n\n-\\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=3cm](1,2) circle (1cm);\n-\\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);\n-\\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill[xshift=3cm][fill=black] (1,2) circle (1pt);\n-\\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n-\\draw [xshift=3cm](0.8,3) -- (0.8,1);\n-\\draw [xshift=3cm](1.2,3) -- (1.2,1);\n-\\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);\n-\\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);\n-\\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n-\\draw[->, thick] (5.5,2) -- (7.5,2);\n-\\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=8cm](1,2) circle (1cm);\n-\\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);\n-\\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);\n-\\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n-\\draw [xshift=8cm](0.6,3) -- (0.6,1);\n-\\draw [xshift=8cm](1.4,3) -- (1.4,1);\n-\\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);\n-\\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);\n-\\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n-\\shade [xshift=11cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=11cm](1,2) circle (1cm);\n-\\draw [xshift=11cm](0,2) arc (180:360: 1 and 0.3);\n-\\draw [xshift=11cm][dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill [xshift=11cm][fill=black] (1,2) circle (1pt);\n-\\draw [xshift=11cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n-\\draw [xshift=11cm](0.6,3) -- (0.6,1);\n-\\draw [xshift=11cm](1.4,3) -- (1.4,1);\n-\\draw [xshift=11cm](1,3) ellipse (0.4 and 0.1);\n-\\draw [xshift=11cm](0.6,1) arc (180:360:0.4 and 0.1);\n-\\draw [xshift=11cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n+\\shade [yshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw [yshift=3cm](1,2) circle (1cm);\n+\\draw [yshift=3cm](0,2) arc (180:360: 1 and 0.3);\n+\\draw[yshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill[yshift=3cm][fill=black] (1,2) circle (1pt);\n+\\draw [yshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n+\\draw [yshift=3cm](0.8,3) -- (0.8,1);\n+\\draw [yshift=3cm](1.2,3) -- (1.2,1);\n+\\draw [yshift=3cm](1,3) ellipse (0.2 and 0.05);\n+\\draw [yshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);\n+\\draw [yshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n+\\draw[->, thick] (2.25,3.5) -- (5.5,3.5);\n+\\shade [xshift=6cm,yshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw [xshift=6cm,yshift=3cm](1,2) circle (1cm);\n+\\draw [xshift=6cm,yshift=3cm] (0,2) arc (180:360: 1 and 0.3);\n+\\draw [xshift=6cm,yshift=3cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill [xshift=6cm,yshift=3cm] [fill=black] (1,2) circle (1pt);\n+\\draw [xshift=6cm,yshift=3cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n+\\draw [xshift=6cm,yshift=3cm](0.6,3) -- (0.6,1);\n+\\draw [xshift=6cm,yshift=3cm](1.4,3) -- (1.4,1);\n+\\draw [xshift=6cm,yshift=3cm](1,3) ellipse (0.4 and 0.1);\n+\\draw [xshift=6cm,yshift=3cm](0.6,1) arc (180:360:0.4 and 0.1);\n+\\draw [xshift=6cm,yshift=3cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n+\\shade [xshift=6cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw [xshift=6cm](1,2) circle (1cm);\n+\\draw [xshift=6cm](0,2) arc (180:360: 1 and 0.3);\n+\\draw [xshift=6cm][dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill [xshift=6cm][fill=black] (1,2) circle (1pt);\n+\\draw [xshift=6cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n+\\draw [xshift=6cm](0.6,3) -- (0.6,1);\n+\\draw [xshift=6cm](1.4,3) -- (1.4,1);\n+\\draw [xshift=6cm](1,3) ellipse (0.4 and 0.1);\n+\\draw [xshift=6cm](0.6,1) arc (180:360:0.4 and 0.1);\n+\\draw [xshift=6cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);",
"@@ -8,45 +8,45 @@\n\n-\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw (1,2) circle (1cm);\n-\\draw (0,2) arc (180:360: 1 and 0.3);\n-\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill[fill=black] (1,2) circle (1pt);\n-\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n-\\draw (0.8,3) -- (0.8,1);\n-\\draw (1.2,3) -- (1.2,1);\n-\\draw (1,3) ellipse (0.2 and 0.05);\n-\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n-\\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n-\\shade [xshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=3cm](1,2) circle (1cm);\n-\\draw [xshift=3cm](0,2) arc (180:360: 1 and 0.3);\n-\\draw[xshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill[xshift=3cm][fill=black] (1,2) circle (1pt);\n-\\draw [xshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n-\\draw [xshift=3cm](0.8,3) -- (0.8,1);\n-\\draw [xshift=3cm](1.2,3) -- (1.2,1);\n-\\draw [xshift=3cm](1,3) ellipse (0.2 and 0.05);\n-\\draw [xshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);\n-\\draw [xshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n-\\draw[->, thick] (5.5,2) -- (7.5,2);\n-\\shade [xshift=8cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=8cm](1,2) circle (1cm);\n-\\draw [xshift=8cm] (0,2) arc (180:360: 1 and 0.3);\n-\\draw [xshift=8cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill [xshift=8cm] [fill=black] (1,2) circle (1pt);\n-\\draw [xshift=8cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n-\\draw [xshift=8cm](0.6,3) -- (0.6,1);\n-\\draw [xshift=8cm](1.4,3) -- (1.4,1);\n-\\draw [xshift=8cm](1,3) ellipse (0.4 and 0.1);\n-\\draw [xshift=8cm](0.6,1) arc (180:360:0.4 and 0.1);\n-\\draw [xshift=8cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n-\\shade [xshift=11cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n-\\draw [xshift=11cm](1,2) circle (1cm);\n-\\draw [xshift=11cm](0,2) arc (180:360: 1 and 0.3);\n-\\draw [xshift=11cm][dashed] (2,2) arc (0:180:1 and 0.3);\n-\\fill [xshift=11cm][fill=black] (1,2) circle (1pt);\n-\\draw [xshift=11cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n-\\draw [xshift=11cm](0.6,3) -- (0.6,1);\n-\\draw [xshift=11cm](1.4,3) -- (1.4,1);\n-\\draw [xshift=11cm](1,3) ellipse (0.4 and 0.1);\n-\\draw [xshift=11cm](0.6,1) arc (180:360:0.4 and 0.1);\n-\\draw [xshift=11cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n+\\shade[yshift=1.5cm, ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw[yshift=1.5cm] (1,2) circle (1cm);\n+\\draw[yshift=1.5cm] (0,2) arc (180:360: 1 and 0.3);\n+\\draw[yshift=1.5cm, dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill[yshift=1.5cm, fill=black] (1,2) circle (1pt);\n+\\draw[yshift=1.5cm, ->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n+\\draw[yshift=1.5cm] (0.8,3) -- (0.8,1);\n+\\draw[yshift=1.5cm] (1.2,3) -- (1.2,1);\n+\\draw[yshift=1.5cm] (1,3) ellipse (0.2 and 0.05);\n+\\draw[yshift=1.5cm] (0.8,1) arc (180:360:0.2 and 0.05);\n+\\draw[yshift=1.5cm, dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n+\\shade [yshift=-1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw [yshift=-1.5cm](1,2) circle (1cm);\n+\\draw [yshift=-1.5cm](0,2) arc (180:360: 1 and 0.3);\n+\\draw[yshift=-1.5cm][dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill[yshift=-1.5cm][fill=black] (1,2) circle (1pt);\n+\\draw [yshift=-1.5cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n+\\draw [yshift=-1.5cm](0.8,3) -- (0.8,1);\n+\\draw [yshift=-1.5cm](1.2,3) -- (1.2,1);\n+\\draw [yshift=-1.5cm](1,3) ellipse (0.2 and 0.05);\n+\\draw [yshift=-1.5cm](0.8,1) arc (180:360:0.2 and 0.05);\n+\\draw [yshift=-1.5cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n+\\draw[->, thick] (2.5,2) -- (4.5,2);\n+\\shade [xshift=5cm, yshift=1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw [xshift=5cm, yshift=1.5cm](1,2) circle (1cm);\n+\\draw [xshift=5cm, yshift=1.5cm] (0,2) arc (180:360: 1 and 0.3);\n+\\draw [xshift=5cm, yshift=1.5cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill [xshift=5cm, yshift=1.5cm] [fill=black] (1,2) circle (1pt);\n+\\draw [xshift=5cm, yshift=1.5cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n+\\draw [xshift=5cm, yshift=1.5cm](0.6,3) -- (0.6,1);\n+\\draw [xshift=5cm, yshift=1.5cm](1.4,3) -- (1.4,1);\n+\\draw [xshift=5cm, yshift=1.5cm](1,3) ellipse (0.4 and 0.1);\n+\\draw [xshift=5cm, yshift=1.5cm](0.6,1) arc (180:360:0.4 and 0.1);\n+\\draw [xshift=5cm, yshift=1.5cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n+\\shade [xshift=5cm, yshift=-1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n+\\draw [xshift=5cm, yshift=-1.5cm](1,2) circle (1cm);\n+\\draw [xshift=5cm, yshift=-1.5cm](0,2) arc (180:360: 1 and 0.3);\n+\\draw [xshift=5cm, yshift=-1.5cm][dashed] (2,2) arc (0:180:1 and 0.3);\n+\\fill [xshift=5cm, yshift=-1.5cm][fill=black] (1,2) circle (1pt);\n+\\draw [xshift=5cm, yshift=-1.5cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n+\\draw [xshift=5cm, yshift=-1.5cm](0.6,3) -- (0.6,1);\n+\\draw [xshift=5cm, yshift=-1.5cm](1.4,3) -- (1.4,1);\n+\\draw [xshift=5cm, yshift=-1.5cm](1,3) ellipse (0.4 and 0.1);\n+\\draw [xshift=5cm, yshift=-1.5cm](0.6,1) arc (180:360:0.4 and 0.1);\n+\\draw [xshift=5cm, yshift=-1.5cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\begin{document}\n\\begin{tikzpicture}[scale=.5]\n\\begin{scope}[shift={(0cm,2cm)}]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw (0.8,3) -- (0.8,1);\n\\draw (1.2,3) -- (1.2,1);\n\\draw (1,3) ellipse (0.2 and 0.05);\n\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n\\draw[dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\\end{scope}\n\\begin{scope}[shift={(0cm,-2cm)}]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw (0.8,3) -- (0.8,1);\n\\draw (1.2,3) -- (1.2,1);\n\\draw (1,3) ellipse (0.2 and 0.05);\n\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n\\draw[dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\\end{scope}\n\\draw[->, thick] (2.5,2) -- (7.5,2);\n\\begin{scope}[shift={(8cm,2cm)}]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw (0.6,3) -- (0.6,1);\n\\draw (1.4,3) -- (1.4,1);\n\\draw (1,3) ellipse (0.4 and 0.1);\n\\draw (0.6,1) arc (180:360:0.4 and 0.1);\n\\draw[dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\\end{scope}\n\\begin{scope}[shift={(8cm,-2cm)}]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw (0.6,3) -- (0.6,1);\n\\draw (1.4,3) -- (1.4,1);\n\\draw (1,3) ellipse (0.4 and 0.1);\n\\draw (0.6,1) arc (180:360:0.4 and 0.1);\n\\draw[dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\\end{scope}\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=.5]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw (0.8,3) -- (0.8,1);\n\\draw (1.2,3) -- (1.2,1);\n\\draw (1,3) ellipse (0.2 and 0.05);\n\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n\\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\n\n\\shade [yshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [yshift=3cm](1,2) circle (1cm);\n\\draw [yshift=3cm](0,2) arc (180:360: 1 and 0.3);\n\\draw[yshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[yshift=3cm][fill=black] (1,2) circle (1pt);\n\\draw [yshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw [yshift=3cm](0.8,3) -- (0.8,1);\n\\draw [yshift=3cm](1.2,3) -- (1.2,1);\n\\draw [yshift=3cm](1,3) ellipse (0.2 and 0.05);\n\\draw [yshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);\n\\draw [yshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\n\n\\draw[->, thick] (§range(1.5,54.5,2.25),§range(1.5,5.5,3.5)) -- (§range(5,6.5,5.5),§range(1.5,5.5,3.5));\n\n\\shade [xshift=6cm,yshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=6cm,yshift=3cm](1,2) circle (1cm);\n\\draw [xshift=6cm,yshift=3cm] (0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=6cm,yshift=3cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=6cm,yshift=3cm] [fill=black] (1,2) circle (1pt);\n\\draw [xshift=6cm,yshift=3cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=6cm,yshift=3cm](0.6,3) -- (0.6,1);\n\\draw [xshift=6cm,yshift=3cm](1.4,3) -- (1.4,1);\n\\draw [xshift=6cm,yshift=3cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=6cm,yshift=3cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=6cm,yshift=3cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\n\n\\shade [xshift=6cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=6cm](1,2) circle (1cm);\n\\draw [xshift=6cm](0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=6cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=6cm][fill=black] (1,2) circle (1pt);\n\\draw [xshift=6cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=6cm](0.6,3) -- (0.6,1);\n\\draw [xshift=6cm](1.4,3) -- (1.4,1);\n\\draw [xshift=6cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=6cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=6cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\begin{document}\n\\begin{tikzpicture}[scale=.5]\n\\shade[yshift=1.5cm, ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw[yshift=1.5cm] (1,2) circle (1cm);\n\\draw[yshift=1.5cm] (0,2) arc (180:360: 1 and 0.3);\n\\draw[yshift=1.5cm, dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[yshift=1.5cm, fill=black] (1,2) circle (1pt);\n\\draw[yshift=1.5cm, ->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw[yshift=1.5cm] (0.8,3) -- (0.8,1);\n\\draw[yshift=1.5cm] (1.2,3) -- (1.2,1);\n\\draw[yshift=1.5cm] (1,3) ellipse (0.2 and 0.05);\n\\draw[yshift=1.5cm] (0.8,1) arc (180:360:0.2 and 0.05);\n\\draw[yshift=1.5cm, dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\\shade [yshift=-1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [yshift=-1.5cm](1,2) circle (1cm);\n\\draw [yshift=-1.5cm](0,2) arc (180:360: 1 and 0.3);\n\\draw[yshift=-1.5cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[yshift=-1.5cm][fill=black] (1,2) circle (1pt);\n\\draw [yshift=-1.5cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw [yshift=-1.5cm](0.8,3) -- (0.8,1);\n\\draw [yshift=-1.5cm](1.2,3) -- (1.2,1);\n\\draw [yshift=-1.5cm](1,3) ellipse (0.2 and 0.05);\n\\draw [yshift=-1.5cm](0.8,1) arc (180:360:0.2 and 0.05);\n\\draw [yshift=-1.5cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\\draw[->, thick] (2.5,2) -- (4.5,2);\n\\shade [xshift=5cm, yshift=1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=5cm, yshift=1.5cm](1,2) circle (1cm);\n\\draw [xshift=5cm, yshift=1.5cm] (0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=5cm, yshift=1.5cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=5cm, yshift=1.5cm] [fill=black] (1,2) circle (1pt);\n\\draw [xshift=5cm, yshift=1.5cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=5cm, yshift=1.5cm](0.6,3) -- (0.6,1);\n\\draw [xshift=5cm, yshift=1.5cm](1.4,3) -- (1.4,1);\n\\draw [xshift=5cm, yshift=1.5cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=5cm, yshift=1.5cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=5cm, yshift=1.5cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\\shade [xshift=5cm, yshift=-1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=5cm, yshift=-1.5cm](1,2) circle (1cm);\n\\draw [xshift=5cm, yshift=-1.5cm](0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=5cm, yshift=-1.5cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=5cm, yshift=-1.5cm][fill=black] (1,2) circle (1pt);\n\\draw [xshift=5cm, yshift=-1.5cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=5cm, yshift=-1.5cm](0.6,3) -- (0.6,1);\n\\draw [xshift=5cm, yshift=-1.5cm](1.4,3) -- (1.4,1);\n\\draw [xshift=5cm, yshift=-1.5cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=5cm, yshift=-1.5cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=5cm, yshift=-1.5cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\begin{document}\n\\begin{tikzpicture}[scale=.5]\n\\begin{scope}[shift={(0cm,2cm)}]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw (0.8,3) -- (0.8,1);\n\\draw (1.2,3) -- (1.2,1);\n\\draw (1,3) ellipse (0.2 and 0.05);\n\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n\\draw[dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\\end{scope}\n\\begin{scope}[shift={(0cm,-2cm)}]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw (0.8,3) -- (0.8,1);\n\\draw (1.2,3) -- (1.2,1);\n\\draw (1,3) ellipse (0.2 and 0.05);\n\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n\\draw[dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\\end{scope}\n\\draw[->, thick] (2.5,2) -- (7.5,2);\n\\begin{scope}[shift={(8cm,2cm)}]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw (0.6,3) -- (0.6,1);\n\\draw (1.4,3) -- (1.4,1);\n\\draw (1,3) ellipse (0.4 and 0.1);\n\\draw (0.6,1) arc (180:360:0.4 and 0.1);\n\\draw[dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\\end{scope}\n\\begin{scope}[shift={(8cm,-2cm)}]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw (0.6,3) -- (0.6,1);\n\\draw (1.4,3) -- (1.4,1);\n\\draw (1,3) ellipse (0.4 and 0.1);\n\\draw (0.6,1) arc (180:360:0.4 and 0.1);\n\\draw[dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\\end{scope}\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\n\\begin{document}\n\n\\begin{tikzpicture}[scale=.5]\n\\shade[ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw (1,2) circle (1cm);\n\\draw (0,2) arc (180:360: 1 and 0.3);\n\\draw[dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[fill=black] (1,2) circle (1pt);\n\\draw[->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw (0.8,3) -- (0.8,1);\n\\draw (1.2,3) -- (1.2,1);\n\\draw (1,3) ellipse (0.2 and 0.05);\n\\draw (0.8,1) arc (180:360:0.2 and 0.05);\n\\draw [dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\n\n\\shade [yshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [yshift=3cm](1,2) circle (1cm);\n\\draw [yshift=3cm](0,2) arc (180:360: 1 and 0.3);\n\\draw[yshift=3cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[yshift=3cm][fill=black] (1,2) circle (1pt);\n\\draw [yshift=3cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw [yshift=3cm](0.8,3) -- (0.8,1);\n\\draw [yshift=3cm](1.2,3) -- (1.2,1);\n\\draw [yshift=3cm](1,3) ellipse (0.2 and 0.05);\n\\draw [yshift=3cm](0.8,1) arc (180:360:0.2 and 0.05);\n\\draw [yshift=3cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\n\n\\draw[->, thick] (2.25,3.5) -- (5.5,3.5);\n\n\\shade [xshift=6cm,yshift=3cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=6cm,yshift=3cm](1,2) circle (1cm);\n\\draw [xshift=6cm,yshift=3cm] (0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=6cm,yshift=3cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=6cm,yshift=3cm] [fill=black] (1,2) circle (1pt);\n\\draw [xshift=6cm,yshift=3cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=6cm,yshift=3cm](0.6,3) -- (0.6,1);\n\\draw [xshift=6cm,yshift=3cm](1.4,3) -- (1.4,1);\n\\draw [xshift=6cm,yshift=3cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=6cm,yshift=3cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=6cm,yshift=3cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\n\n\\shade [xshift=6cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=6cm](1,2) circle (1cm);\n\\draw [xshift=6cm](0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=6cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=6cm][fill=black] (1,2) circle (1pt);\n\\draw [xshift=6cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=6cm](0.6,3) -- (0.6,1);\n\\draw [xshift=6cm](1.4,3) -- (1.4,1);\n\\draw [xshift=6cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=6cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=6cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\\usepackage{amsmath}\n\\usepackage{amssymb}\n\\begin{document}\n\\begin{tikzpicture}[scale=.5]\n\\shade[yshift=1.5cm, ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw[yshift=1.5cm] (1,2) circle (1cm);\n\\draw[yshift=1.5cm] (0,2) arc (180:360: 1 and 0.3);\n\\draw[yshift=1.5cm, dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[yshift=1.5cm, fill=black] (1,2) circle (1pt);\n\\draw[yshift=1.5cm, ->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw[yshift=1.5cm] (0.8,3) -- (0.8,1);\n\\draw[yshift=1.5cm] (1.2,3) -- (1.2,1);\n\\draw[yshift=1.5cm] (1,3) ellipse (0.2 and 0.05);\n\\draw[yshift=1.5cm] (0.8,1) arc (180:360:0.2 and 0.05);\n\\draw[yshift=1.5cm, dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\\shade [yshift=-1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [yshift=-1.5cm](1,2) circle (1cm);\n\\draw [yshift=-1.5cm](0,2) arc (180:360: 1 and 0.3);\n\\draw[yshift=-1.5cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill[yshift=-1.5cm][fill=black] (1,2) circle (1pt);\n\\draw [yshift=-1.5cm] [->,thick] (1,3) -- node[above]{$r$} (1.2,3);\n\\draw [yshift=-1.5cm](0.8,3) -- (0.8,1);\n\\draw [yshift=-1.5cm](1.2,3) -- (1.2,1);\n\\draw [yshift=-1.5cm](1,3) ellipse (0.2 and 0.05);\n\\draw [yshift=-1.5cm](0.8,1) arc (180:360:0.2 and 0.05);\n\\draw [yshift=-1.5cm][dashed] (0.8,1) arc (180:360: 0.2 and -0.05);\n\\draw[->, thick] (2.5,2) -- (4.5,2);\n\\shade [xshift=5cm, yshift=1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=5cm, yshift=1.5cm](1,2) circle (1cm);\n\\draw [xshift=5cm, yshift=1.5cm] (0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=5cm, yshift=1.5cm] [dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=5cm, yshift=1.5cm] [fill=black] (1,2) circle (1pt);\n\\draw [xshift=5cm, yshift=1.5cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=5cm, yshift=1.5cm](0.6,3) -- (0.6,1);\n\\draw [xshift=5cm, yshift=1.5cm](1.4,3) -- (1.4,1);\n\\draw [xshift=5cm, yshift=1.5cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=5cm, yshift=1.5cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=5cm, yshift=1.5cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\\shade [xshift=5cm, yshift=-1.5cm][ball color = gray!40, opacity = 0.5] (1,2) circle (1cm);\n\\draw [xshift=5cm, yshift=-1.5cm](1,2) circle (1cm);\n\\draw [xshift=5cm, yshift=-1.5cm](0,2) arc (180:360: 1 and 0.3);\n\\draw [xshift=5cm, yshift=-1.5cm][dashed] (2,2) arc (0:180:1 and 0.3);\n\\fill [xshift=5cm, yshift=-1.5cm][fill=black] (1,2) circle (1pt);\n\\draw [xshift=5cm, yshift=-1.5cm] [->,thick] (1,3) -- node[above right]{$\\lambda r$} (1.4,3);\n\\draw [xshift=5cm, yshift=-1.5cm](0.6,3) -- (0.6,1);\n\\draw [xshift=5cm, yshift=-1.5cm](1.4,3) -- (1.4,1);\n\\draw [xshift=5cm, yshift=-1.5cm](1,3) ellipse (0.4 and 0.1);\n\\draw [xshift=5cm, yshift=-1.5cm](0.6,1) arc (180:360:0.4 and 0.1);\n\\draw [xshift=5cm, yshift=-1.5cm][dashed] (0.6,1) arc (180:360: 0.4 and -0.1);\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
9,
9
] |
squid_O_mouth
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
Change the shape of the squid's mouth to a circle
|
A squid with a circular mouth
|
medium
|
update
|
animal
|
[
"@@ -44,2 +44 @@\n\n-\\fill [DeepOrange900]\n-(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n+\\fill [DeepOrange900] (0,-60) circle [radius=25];",
"@@ -45 +45 @@\n\n-(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n+(0,-60) circle [radius=25];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900] (0,§rangei(-60,30)) circle [radius=§rangei(25,15)];\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (0,§rangei(-60,30)) circle [radius=§rangei(25,15)];\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900] (0,-60) circle [radius=25];\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (0,-60) circle [radius=25];\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
3
] |
squid_bigger_eyes
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
Make the eyes of the squid bigger
|
A squid with big roud eyes
|
medium
|
update
|
animal
|
[
"@@ -36,3 +36,3 @@\n\n-\\fill [fill color] (64, 16) circle [radius=48];\n-\\fill [Grey50] (64, 16) circle [radius=32];\n-\\fill [BlueGrey900] (64, 16) circle [radius=12];\n+\\fill [fill color] (64, 16) circle [radius=60];\n+\\fill [Grey50] (64, 16) circle [radius=50];\n+\\fill [BlueGrey900] (64, 16) circle [radius=22];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=§range(45,90,60)];\n \\fill [Grey50] (64, 16) circle [radius=§rangei(50,10)];\n \\fill [BlueGrey900] (64, 16) circle [radius=§range(3,45,22)];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=60];\n \\fill [Grey50] (64, 16) circle [radius=50];\n \\fill [BlueGrey900] (64, 16) circle [radius=22];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
2
] |
squid_longer_tentacles
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
Make the tentacle of the squid longer
|
A squid with four long tentacles
|
hard
|
update
|
animal
|
[
"@@ -30 +30 @@\n\n-.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n+.. controls ++( 90:64) and ++(270:64) .. ++(-40,168)\n@@ -34 +34 @@\n\n-.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n+.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-168)\n@@ -40 +40 @@\n\n-.. controls ++(270:256) and ++(225: 64) .. (128,-192)\n+.. controls ++(270:256) and ++(225: 64) .. (200,-192)"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,§range(14,230,168))\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,§range(-100,-200,-168))\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (§rangei(200,40),-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,168)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-168)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (200,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
54
] |
squid_no_spots
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
Remove the spots on the forehead of the squid
|
a red squid with no spots on its forehead
|
easy
|
remove
|
animal
|
[
"@@ -46,4 +45,0 @@\n\n-\\fill [DeepOrange300]\n-(-32,108) circle [radius=16] (-40,160) circle [radius=12]\n-(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n-( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={DeepOrange500 and DeepOrange700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
1,
1
] |
squid_yellow
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[prefix=]{xcolor-material}
\tikzset{
half clip/.code={
\clip (0, -256) rectangle (256, 256);
},
color/.code=\colorlet{fill color}{#1},
color alias/.code args={#1 as #2}{\colorlet{#1}{#2}},
on left/.style={.. on left/.style={#1}},
on right/.style={.. on right/.style={#1}},
split/.style args={#1 and #2}{
on left ={color alias=fill color as #1},
on right={color alias=fill color as #2, half clip}
}
}
\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{
squid/.pic={
\begin{scope}[x=3cm/480,y=3cm/480]
\useasboundingbox (-256, -256) (256, 256);
\reflect[split={DeepOrange500 and DeepOrange700}]{
\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];
\fill [fill color]
(72,-16)
.. controls ++(270:72) and ++(270:40) .. ++(108, -16)
.. controls ++( 90:64) and ++(270:64) .. ++(-40,128)
.. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)
arc (180:0:4)
.. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)
.. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)
.. controls ++(270:128) and ++(270:160) .. ( 0, -16);
\fill [fill color] (64, 16) circle [radius=48];
\fill [Grey50] (64, 16) circle [radius=32];
\fill [BlueGrey900] (64, 16) circle [radius=12];
\fill [fill color] (-4, -20)
.. controls ++(270:256) and ++(225: 64) .. (128,-192)
arc (315:495:4)
.. controls ++(210: 64) and ++(270:192) .. (48, -40);
}
\fill [DeepOrange900]
(-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);
\fill [DeepOrange300]
(-32,108) circle [radius=16] (-40,160) circle [radius=12]
(-20,196) circle [radius= 8] ( 40,160) circle [radius=16]
( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];
\end{scope}
}
}
\begin{document}
\begin{tikzpicture}
\fill [fill=LightBlue300] circle [radius=2];
\pic {squid};
\end{tikzpicture}
\end{document}
|
Change the color of the squid to yellow
|
A yellow squid
|
easy
|
update
|
animal
|
[
"@@ -25 +25 @@\n\n-\\reflect[split={DeepOrange500 and DeepOrange700}]{\n+\\reflect[split={Yellow500 and Yellow700}]{",
"@@ -25 +25 @@\n\n-\\reflect[split={DeepOrange500 and DeepOrange700}]{\n+\\reflect[split={Amber500 and Amber700}]{"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={Yellow§choice([300,400,500,600,700],500) and Yellow§choice([300,400,500,600,700],700)}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [§choice([\"DeepOrange\",\"Yellow\"],DeepOrange)§choice([700,800,900],900)]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\fill [§choice([\"DeepOrange\",\"Yellow\"],DeepOrange)§choice([300,400,500],300)]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={Amber§choice([300,400,500,600,700],500) and Amber§choice([300,400,500,600,700],700)}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [§choice([\"DeepOrange\",\"Amber\"],DeepOrange)§choice([700,800,900],900)]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\fill [§choice([\"DeepOrange\",\"Amber\"],DeepOrange)§choice([300,400,500],300)]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={Yellow500 and Yellow700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}",
"\\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/.code=\\colorlet{fill color}{#1},\n color alias/.code args={#1 as #2}{\\colorlet{#1}{#2}},\n on left/.style={.. on left/.style={#1}},\n on right/.style={.. on right/.style={#1}},\n split/.style args={#1 and #2}{\n on left ={color alias=fill color as #1},\n on right={color alias=fill color as #2, half clip}\n }\n}\n\\newcommand\\reflect[2][]{\n\\begin{scope}[#1]\\foreach \\side in {-1, 1}{\\begin{scope}\n\\ifnum\\side=-1 \\tikzset{.. on left/.try}\\else\\tikzset{.. on right/.try}\\fi\n\\begin{scope}[xscale=\\side]#2\\end{scope}\n\\end{scope}}\\end{scope}}\n\n\\tikzset{\nsquid/.pic={\n\\begin{scope}[x=3cm/480,y=3cm/480]\n\\useasboundingbox (-256, -256) (256, 256);\n\\reflect[split={Amber500 and Amber700}]{\n \\fill [fill color] (0,96) ellipse [x radius=96, y radius=128];\n \\fill [fill color]\n (72,-16)\n .. controls ++(270:72) and ++(270:40) .. ++(108, -16)\n .. controls ++( 90:64) and ++(270:64) .. ++(-40,128)\n .. controls ++( 90:32) and ++(270:32) .. ++( 40, 96)\n arc (180:0:4)\n .. controls ++(270: 32) and ++( 90: 32) .. ++(-24, -96)\n .. controls ++(270: 64) and ++( 90: 64) .. ++( 56,-128)\n .. controls ++(270:128) and ++(270:160) .. ( 0, -16);\n \\fill [fill color] (64, 16) circle [radius=48];\n \\fill [Grey50] (64, 16) circle [radius=32];\n \\fill [BlueGrey900] (64, 16) circle [radius=12];\n \\fill [fill color] (-4, -20)\n .. controls ++(270:256) and ++(225: 64) .. (128,-192)\n arc (315:495:4)\n .. controls ++(210: 64) and ++(270:192) .. (48, -40);\n}\n\\fill [DeepOrange900]\n (-40,-40) arc (180:360:40 and 16) arc (360:180:40 and 40);\n\\fill [DeepOrange300]\n (-32,108) circle [radius=16] (-40,160) circle [radius=12]\n (-20,196) circle [radius= 8] ( 40,160) circle [radius=16]\n ( 64,120) circle [radius= 8] ( 40,100) circle [radius=12];\n\\end{scope}\n}\n}\n\\begin{document}\n\\begin{tikzpicture}\n\\fill [fill=LightBlue300] circle [radius=2];\n\\pic {squid};\n\\end{tikzpicture}\n\\end{document}"
] | ||
[
2
] |
torustube_hole_increase
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb}
\usepackage{color}
\usepackage{tikz}
\usetikzlibrary{fadings}
\usetikzlibrary{patterns}
\usetikzlibrary{shadows.blur}
\usetikzlibrary{shapes}
\begin{document}
\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]
\draw
(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;
\draw
(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;
\draw
(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;
\draw
(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;
\draw
(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;
\draw
(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;
\draw
(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;
\draw
(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;
\draw
(200,45) .. controls (200,65) and (250,65) .. (250,45) ;
\draw
(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;
\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\fontsize{18pt}{18pt}\selectfont $\ll$}};
\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\textcolor[rgb]{0.82,0.01,0.11}{\sim A^{-1}}$};
\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\textcolor[rgb]{0.82,0.01,0.11}{\sim A^{-b+1}}$};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb}
\usepackage{color}
\usepackage{tikz}
\usetikzlibrary{fadings}
\usetikzlibrary{patterns}
\usetikzlibrary{shadows.blur}
\usetikzlibrary{shapes}
\begin{document}
\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]
\draw %circle
(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;
\draw %thin tube lower curve
(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;
\draw %thin tube upper curve
(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;
\draw %thin tube
(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;
\draw %thin tube
(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;
\draw %thin tube right circle
(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;
\draw %thin tube right circle
(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;
\draw %circle
(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;
\draw %torus
(200,45) .. controls (200,65) and (250,65) .. (250,45) ;
\draw %torus
(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;
% Text Node
\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\fontsize{18pt}{18pt}\selectfont $\ll$}};%
% Text Node
% Text Node
\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\textcolor[rgb]{0.82,0.01,0.11}{\sim A^{-1}}$};
% Text Node
\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\textcolor[rgb]{0.82,0.01,0.11}{\sim A^{-b+1}}$};
\end{tikzpicture}
\end{document}
|
Increase the size of the hole in the torus
|
A diagram witha torus with a large hole on the right.
|
hard
|
update
|
scientific
|
[
"@@ -28 +28 @@\n\n-(200,45) .. controls (200,65) and (250,65) .. (250,45) ;\n+(200,50) .. controls (200,80) and (250,80) .. (250,50) ;\n@@ -30 +30 @@\n\n-(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;\n+(201,57) .. controls (201,25) and (249,25) .. (249,57) ;"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb}\n\\usepackage{color}\n\\usepackage{tikz}\n\\usetikzlibrary{fadings}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes}\n\n\\begin{document}\n\n\\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]\n\n\n\\draw \n(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;\n\\draw \n(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;\n\\draw \n(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;\n\\draw \n(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;\n\\draw \n(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;\n\n\n\\draw \n(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;\n\\draw \n(§rangei(200,10),§rangei(50,7)) .. controls (§rangei(200,10),§rangei(80,10)) and (§rangei(250,10),§rangei(80,10)) .. (§rangei(250,10),§rangei(50,7)) ;\n\\draw \n(§rangei(201,10),§rangei(57,4)) .. controls (§rangei(201,10),§rangei(25,20)) and (§rangei(249,7),§rangei(25,20)) .. (§rangei(249,10),§rangei(57,10)) ;\n\n\\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\\fontsize{18pt}{18pt}\\selectfont $\\ll$}};\n \\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-1}}$};\n \\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-b+1}}$};\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb}\n\\usepackage{color}\n\\usepackage{tikz}\n\\usetikzlibrary{fadings}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes}\n\n\\begin{document}\n\n\\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]\n\n\n\\draw \n(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;\n\\draw \n(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;\n\\draw \n(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;\n\\draw \n(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;\n\\draw \n(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;\n\n\n\\draw \n(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;\n\\draw \n(200,50) .. controls (200,80) and (250,80) .. (250,50) ;\n\\draw \n(201,57) .. controls (201,25) and (249,25) .. (249,57) ;\n\n\\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\\fontsize{18pt}{18pt}\\selectfont $\\ll$}};\n \\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-1}}$};\n \\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-b+1}}$};\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
9,
9
] |
torustube_rotation
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb}
\usepackage{color}
\usepackage{tikz}
\usetikzlibrary{fadings}
\usetikzlibrary{patterns}
\usetikzlibrary{shadows.blur}
\usetikzlibrary{shapes}
\begin{document}
\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]
\draw
(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;
\draw
(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;
\draw
(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;
\draw
(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;
\draw
(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;
\draw
(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;
\draw
(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;
\draw
(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;
\draw
(200,45) .. controls (200,65) and (250,65) .. (250,45) ;
\draw
(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;
\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\fontsize{18pt}{18pt}\selectfont $\ll$}};
\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\textcolor[rgb]{0.82,0.01,0.11}{\sim A^{-1}}$};
\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\textcolor[rgb]{0.82,0.01,0.11}{\sim A^{-b+1}}$};
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb}
\usepackage{color}
\usepackage{tikz}
\usetikzlibrary{fadings}
\usetikzlibrary{patterns}
\usetikzlibrary{shadows.blur}
\usetikzlibrary{shapes}
\begin{document}
\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]
\draw %circle
(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;
\draw %thin tube lower curve
(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;
\draw %thin tube upper curve
(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;
\draw %thin tube
(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;
\draw %thin tube
(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;
\draw %thin tube right circle
(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;
\draw %thin tube right circle
(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;
\draw %circle
(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;
\draw %torus
(200,45) .. controls (200,65) and (250,65) .. (250,45) ;
\draw %torus
(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;
% Text Node
\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\fontsize{18pt}{18pt}\selectfont $\ll$}};%
% Text Node
% Text Node
\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\textcolor[rgb]{0.82,0.01,0.11}{\sim A^{-1}}$};
% Text Node
\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\textcolor[rgb]{0.82,0.01,0.11}{\sim A^{-b+1}}$};
\end{tikzpicture}
\end{document}
|
Rotate the torus 90° clockwise.
|
A diagram witha torus rotated 90 degrees on the right.
|
medium
|
update
|
scientific
|
[
"@@ -24,0 +25 @@\n\n+\\begin{scope}[rotate around={90:(223,53.5)}]\n@@ -30,0 +32 @@\n\n+\\end{scope}",
"@@ -26,0 +27 @@\n\n+\\begin{scope}[rotate around={90:(223,53.5)}]\n@@ -30,0 +32 @@\n\n+\\end{scope}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb}\n\\usepackage{color}\n\\usepackage{tikz}\n\\usetikzlibrary{fadings}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes}\n\n\\begin{document}\n\n\\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]\n\n\n\\draw \n(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;\n\\draw \n(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;\n\\draw \n(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;\n\\draw \n(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;\n\\draw \n(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;\n\n\\begin{scope}[rotate around={90:(§range(210,230,223),§range(30,70,53.5))}]\n\\draw \n(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;\n\\draw \n(200,45) .. controls (200,65) and (250,65) .. (250,45) ;\n\\draw \n(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;\n\n\\end{scope}\n\\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\\fontsize{18pt}{18pt}\\selectfont $\\ll$}};\n \\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-1}}$};\n \\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-b+1}}$};\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb}\n\\usepackage{color}\n\\usepackage{tikz}\n\\usetikzlibrary{fadings}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes}\n\n\\begin{document}\n\n\\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]\n\n\n\\draw \n(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;\n\\draw \n(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;\n\\draw \n(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;\n\\draw \n(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;\n\\draw \n(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;\n\n\\draw \n(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;\n\\begin{scope}[rotate around={90:(§rangei(223,5),§rangei(53.5,5))}]\n\\draw \n(200,45) .. controls (200,65) and (250,65) .. (250,45) ;\n\\draw \n(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;\n\n\\end{scope}\n\\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\\fontsize{18pt}{18pt}\\selectfont $\\ll$}};\n \\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-1}}$};\n \\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-b+1}}$};\n\n\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb}\n\\usepackage{color}\n\\usepackage{tikz}\n\\usetikzlibrary{fadings}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes}\n\n\\begin{document}\n\n\\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]\n\n\n\\draw \n(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;\n\\draw \n(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;\n\\draw \n(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;\n\\draw \n(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;\n\\draw \n(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;\n\n\\begin{scope}[rotate around={90:(223,53.5)}]\n\\draw \n(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;\n\\draw \n(200,45) .. controls (200,65) and (250,65) .. (250,45) ;\n\\draw \n(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;\n\n\\end{scope}\n\\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\\fontsize{18pt}{18pt}\\selectfont $\\ll$}};\n \\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-1}}$};\n \\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-b+1}}$};\n\n\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb}\n\\usepackage{color}\n\\usepackage{tikz}\n\\usetikzlibrary{fadings}\n\\usetikzlibrary{patterns}\n\\usetikzlibrary{shadows.blur}\n\\usetikzlibrary{shapes}\n\n\\begin{document}\n\n\\begin{tikzpicture}[x=0.75pt,y=0.75pt,yscale=-1,xscale=1]\n\n\n\\draw \n(28.5,53.5) .. controls (28.5,30.03) and (48.43,11) .. (73,11) .. controls (97.58,11) and (117.5,30.03) .. (117.5,53.5) .. controls (117.5,76.97) and (97.58,96) .. (73,96) .. controls (48.43,96) and (28.5,76.97) .. (28.5,53.5) -- cycle ;\n\\draw \n(50,25.5) .. controls (64,-10.56) and (66,-10.69) .. (80.5,25.5) ;\n\\draw \n(55,25.5) .. controls (64,-4.56) and (66,-4.69) .. (75.5,25.5) ;\n\\draw \n(50,25.5) .. controls (52,23) and (53,23) .. (55,25.5) ;\n\\draw \n(50,25.5) .. controls (52,28) and (53,28) .. (55,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,23) and (78.5,23) .. (80.5,25.5) ;\n\\draw \n(75.5,25.5) .. controls (77.5,28) and (78.5,28) .. (80.5,25.5) ;\n\n\\draw \n(178.5,53.5) .. controls (178.5,30.03) and (198.43,11) .. (223,11) .. controls (247.58,11) and (267.5,30.03) .. (267.5,53.5) .. controls (267.5,76.97) and (247.58,96) .. (223,96) .. controls (198.43,96) and (178.5,76.97) .. (178.5,53.5) -- cycle ;\n\\begin{scope}[rotate around={90:(223,53.5)}]\n\\draw \n(200,45) .. controls (200,65) and (250,65) .. (250,45) ;\n\\draw \n(205,55.5) .. controls (205,50) and (245,50) .. (245,55.5) ;\n\n\\end{scope}\n\\draw (135.5,50) node [anchor=north west][inner sep=0.75pt] [rotate=0] [align=left] {{\\fontsize{18pt}{18pt}\\selectfont $\\ll$}};\n \\draw (200,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-1}}$};\n \\draw (50,-30) node [anchor=north west][inner sep=0.75pt] {$\\textcolor[rgb]{0.82,0.01,0.11}{\\sim A^{-b+1}}$};\n\n\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
40
] |
vima_no_256
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb,amsfonts}
\usepackage{xcolor}
\usepackage{pgfplots}
\usepackage{pgfplots}
\pgfplotsset{width=8cm,compat=newest}
\pgfplotsset{every tick label/.append style={font=\small}}
\begin{document}
\begin{tikzpicture}
\begin{axis}[
height=3.5cm,
width=9.5cm,
ybar=0pt,
bar width=8pt,
xtick=data,
xtick style= {draw=none},
ylabel=Speedup,
enlarge x limits = 0.2,
y label style={font=\footnotesize,yshift=-2mm},
x label style={font=\footnotesize},
ymax=30,
ymin=0,
axis line style={draw=none},
ytick={0,5,10,15,20,25,30},
ytick style={font=\scriptsize},
yticklabels={0,5,10,15,20,25,30},
ymajorgrids=true,
tick pos=left,
yticklabel style={font=\scriptsize},
nodes near coords,
every node near coord/.append style={font=\scriptsize,rotate=90, anchor=west,xshift=-1mm},
symbolic x coords={VecSum,Stencil, MatMult},
legend style = {font=\scriptsize, at={(0.4,1)}, anchor=south},
legend image code/.code={
\draw[#1, draw=none, fill=black] (-0.01cm,-0.11cm) rectangle (0.31cm,0.11cm);
\draw[#1, draw=none] (0cm,-0.1cm) rectangle (0.3cm,0.1cm);
},
legend style = {
legend columns=-1,
draw={none},
text depth=0pt,
/tikz/every odd column/.append style={column sep=0cm}
},
legend image post style={scale=0.5},
point meta=explicit symbolic
]
\addlegendimage{empty legend},
\addplot [black,/tikz/fill=white] coordinates {(Stencil,2.74)[2.74] (VecSum,7.18)[7.18] (MatMult, 3.70)[3.70]};
\addplot [black,/tikz/fill=black!40!white] coordinates {(Stencil,2.75)[2.75] (VecSum,7.18)[7.18] (MatMult, 26.48)[26.48]};
\addplot [black,/tikz/fill=black!60!white] coordinates {(Stencil,3.42)[3.42] (VecSum,7.27)[7.27] (MatMult, 26.48)[26.48]};
\addplot [black,/tikz/fill=black] coordinates {(Stencil,3.44)[3.44] (VecSum,7.17)[7.17] (MatMult, 26.47)[26.47]};
\addlegendentry{\hspace{-.6cm}\textbf{VIMA Cache Size:}};
\addlegendentry{32KB};
\addlegendentry{64KB};
\addlegendentry{128KB};
\addlegendentry{256KB};
\end{axis}
\draw (0,0.1) -- +(0,-0.2);
\draw (2.53,0.1) -- +(0,-0.2);
\draw (5.4,0.1) -- +(0,-0.2);
\draw (7.93,0.1) -- +(0,-0.2);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb,amsfonts}
\usepackage{xcolor}
\usepackage{pgfplots}
\usepackage{pgfplots}
\pgfplotsset{width=8cm,compat=newest}
\pgfplotsset{every tick label/.append style={font=\small}}
\begin{document}
\begin{tikzpicture}
\begin{axis}[
height=3.5cm,
width=9.5cm,
ybar=0pt,
bar width=8pt,
xtick=data,
xtick style= {draw=none},
ylabel=Speedup,
enlarge x limits = 0.2,
y label style={font=\footnotesize,yshift=-2mm},
x label style={font=\footnotesize},
ymax=30,
ymin=0,
axis line style={draw=none},
ytick={0,5,10,15,20,25,30},
ytick style={font=\scriptsize},
yticklabels={0,5,10,15,20,25,30},
ymajorgrids=true,
tick pos=left,
yticklabel style={font=\scriptsize},
nodes near coords,
every node near coord/.append style={font=\scriptsize,rotate=90, anchor=west,xshift=-1mm},
symbolic x coords={VecSum,Stencil, MatMult},
legend style = {font=\scriptsize, at={(0.4,1)}, anchor=south},
legend image code/.code={
\draw[#1, draw=none, fill=black] (-0.01cm,-0.11cm) rectangle (0.31cm,0.11cm);
\draw[#1, draw=none] (0cm,-0.1cm) rectangle (0.3cm,0.1cm);
},
legend style = {
legend columns=-1,
draw={none},
text depth=0pt,
% default spacing:
% the space between legend image and text:
/tikz/every odd column/.append style={column sep=0cm}
},
legend image post style={scale=0.5},
point meta=explicit symbolic
]
\addlegendimage{empty legend},
\addplot [black,/tikz/fill=white] coordinates {(Stencil,2.74)[2.74] (VecSum,7.18)[7.18] (MatMult, 3.70)[3.70]}; % 32K
\addplot [black,/tikz/fill=black!40!white] coordinates {(Stencil,2.75)[2.75] (VecSum,7.18)[7.18] (MatMult, 26.48)[26.48]}; %64K
\addplot [black,/tikz/fill=black!60!white] coordinates {(Stencil,3.42)[3.42] (VecSum,7.27)[7.27] (MatMult, 26.48)[26.48]}; %128K
\addplot [black,/tikz/fill=black] coordinates {(Stencil,3.44)[3.44] (VecSum,7.17)[7.17] (MatMult, 26.47)[26.47]}; %256K
\addlegendentry{\hspace{-.6cm}\textbf{VIMA Cache Size:}};
\addlegendentry{32KB};
\addlegendentry{64KB};
\addlegendentry{128KB};
\addlegendentry{256KB};
\end{axis}
\draw (0,0.1) -- +(0,-0.2);
\draw (2.53,0.1) -- +(0,-0.2);
\draw (5.4,0.1) -- +(0,-0.2);
\draw (7.93,0.1) -- +(0,-0.2);
\end{tikzpicture}
\end{document}
|
Remove the measurements for 256kb
|
Scientific diagram with speedup measures for 32, 64 and 128kb.
|
easy
|
remove
|
scientific
|
[
"@@ -51 +50,0 @@\n\n-\\addplot [black,/tikz/fill=black] coordinates {(Stencil,3.44)[3.44] (VecSum,7.17)[7.17] (MatMult, 26.47)[26.47]};\n@@ -56 +54,0 @@\n\n-\\addlegendentry{256KB};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,amsfonts}\n\\usepackage{xcolor}\n\\usepackage{pgfplots}\n\\usepackage{pgfplots}\n\\pgfplotsset{width=8cm,compat=newest}\n\\pgfplotsset{every tick label/.append style={font=\\small}}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n \\begin{axis}[\n height=3.5cm,\n width=9.5cm,\n ybar=0pt,\n bar width=8pt,\n xtick=data,\n xtick style= {draw=none},\n ylabel=Speedup,\n enlarge x limits = 0.2,\n y label style={font=\\footnotesize,yshift=-2mm},\n x label style={font=\\footnotesize},\n ymax=30,\n ymin=0,\n axis line style={draw=none},\n ytick={0,5,10,15,20,25,30},\n ytick style={font=\\scriptsize},\n yticklabels={0,5,10,15,20,25,30},\n ymajorgrids=true,\n tick pos=left,\n yticklabel style={font=\\scriptsize},\n nodes near coords,\n every node near coord/.append style={font=\\scriptsize,rotate=90, anchor=west,xshift=-1mm},\n symbolic x coords={VecSum,Stencil, MatMult},\n legend style = {font=\\scriptsize, at={(0.4,1)}, anchor=south},\n legend image code/.code={\n \\draw[#1, draw=none, fill=black] (-0.01cm,-0.11cm) rectangle (0.31cm,0.11cm);\n \\draw[#1, draw=none] (0cm,-0.1cm) rectangle (0.3cm,0.1cm);\n },\n legend style = {\n legend columns=-1,\n draw={none},\n text depth=0pt,\n /tikz/every odd column/.append style={column sep=0cm}\n },\n legend image post style={scale=0.5},\n point meta=explicit symbolic\n ]\n \\addlegendimage{empty legend},\n \\addplot [black,/tikz/fill=white] coordinates {(Stencil,2.74)[2.74] (VecSum,7.18)[7.18] (MatMult, 3.70)[3.70]}; \n \\addplot [black,/tikz/fill=black!40!white] coordinates {(Stencil,2.75)[2.75] (VecSum,7.18)[7.18] (MatMult, 26.48)[26.48]}; \n \\addplot [black,/tikz/fill=black!60!white] coordinates {(Stencil,3.42)[3.42] (VecSum,7.27)[7.27] (MatMult, 26.48)[26.48]}; \n\n \n \\addlegendentry{\\hspace{-.6cm}\\textbf{VIMA Cache Size:}};\n \\addlegendentry{32KB};\n \\addlegendentry{64KB};\n \\addlegendentry{128KB};\n \\end{axis}\n \\draw (0,0.1) -- +(0,-0.2);\n \\draw (2.53,0.1) -- +(0,-0.2);\n \\draw (5.4,0.1) -- +(0,-0.2);\n \\draw (7.93,0.1) -- +(0,-0.2);\n \n \\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,amsfonts}\n\\usepackage{xcolor}\n\\usepackage{pgfplots}\n\\usepackage{pgfplots}\n\\pgfplotsset{width=8cm,compat=newest}\n\\pgfplotsset{every tick label/.append style={font=\\small}}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n \\begin{axis}[\n height=3.5cm,\n width=9.5cm,\n ybar=0pt,\n bar width=8pt,\n xtick=data,\n xtick style= {draw=none},\n ylabel=Speedup,\n enlarge x limits = 0.2,\n y label style={font=\\footnotesize,yshift=-2mm},\n x label style={font=\\footnotesize},\n ymax=30,\n ymin=0,\n axis line style={draw=none},\n ytick={0,5,10,15,20,25,30},\n ytick style={font=\\scriptsize},\n yticklabels={0,5,10,15,20,25,30},\n ymajorgrids=true,\n tick pos=left,\n yticklabel style={font=\\scriptsize},\n nodes near coords,\n every node near coord/.append style={font=\\scriptsize,rotate=90, anchor=west,xshift=-1mm},\n symbolic x coords={VecSum,Stencil, MatMult},\n legend style = {font=\\scriptsize, at={(0.4,1)}, anchor=south},\n legend image code/.code={\n \\draw[#1, draw=none, fill=black] (-0.01cm,-0.11cm) rectangle (0.31cm,0.11cm);\n \\draw[#1, draw=none] (0cm,-0.1cm) rectangle (0.3cm,0.1cm);\n },\n legend style = {\n legend columns=-1,\n draw={none},\n text depth=0pt,\n /tikz/every odd column/.append style={column sep=0cm}\n },\n legend image post style={scale=0.5},\n point meta=explicit symbolic\n ]\n \\addlegendimage{empty legend},\n \\addplot [black,/tikz/fill=white] coordinates {(Stencil,2.74)[2.74] (VecSum,7.18)[7.18] (MatMult, 3.70)[3.70]}; \n \\addplot [black,/tikz/fill=black!40!white] coordinates {(Stencil,2.75)[2.75] (VecSum,7.18)[7.18] (MatMult, 26.48)[26.48]}; \n \\addplot [black,/tikz/fill=black!60!white] coordinates {(Stencil,3.42)[3.42] (VecSum,7.27)[7.27] (MatMult, 26.48)[26.48]}; \n\n \n \\addlegendentry{\\hspace{-.6cm}\\textbf{VIMA Cache Size:}};\n \\addlegendentry{32KB};\n \\addlegendentry{64KB};\n \\addlegendentry{128KB};\n \\end{axis}\n \\draw (0,0.1) -- +(0,-0.2);\n \\draw (2.53,0.1) -- +(0,-0.2);\n \\draw (5.4,0.1) -- +(0,-0.2);\n \\draw (7.93,0.1) -- +(0,-0.2);\n \n \\end{tikzpicture}\n\n\\end{document}"
] | ||
[
30
] |
vr_two_motors
|
\documentclass[tikz,border=5]{standalone}
\usepackage[utf8]{inputenc}
\usepackage{xcolor}
\usepackage{tikz}
\usetikzlibrary{patterns,positioning,arrows,arrows.meta,calc,shapes,pgfplots.groupplots,fit,backgrounds}
\begin{document}
\begin{tikzpicture}[squarednode/.style={rectangle, draw=black!60, very thick, minimum size=5mm},every text node part/.style={align=center}, dot/.style={
circle,
minimum size=3pt}, ellipsenode/.style={ellipse, draw=black!60, very thick, minimum size=5mm}]
\node[squarednode] (realworld) {Sensor \\ data};
\node[ellipsenode] (sensors) [below=of realworld] {Sensors};
\node[ellipsenode] (motors) [left= 0.2cm of sensors] {Motors};
\node[squarednode] (DNN) [above=of realworld] {Deep Learning \\ module};
\node[squarednode] (tcp) [right= 0.5cm of DNN] {Data\\transfer\\node};
\node[squarednode] (vr) [right = 0.5cm of tcp] {VR \\ environment};
\node[squarednode] (user) [below=of vr] {User};
\node[dot] (e) at (-3.2,1.5) {};
\node[dot] (f) at (0.8,-3) {};
\node[squarednode] (motion) [below=of motors] {Robot \\ controller};
\node (box) [draw=orange,rounded corners,fit = (realworld) (DNN) (motion) (e) (f)] {};
\node (box) [draw=blue,rounded corners,fit = (user) (vr)] {};
\node (box) [draw=green,rounded corners,fit = (sensors) (motors)] {};
\draw[-latex] (sensors.north) -- (realworld.south);
\draw[-latex] (realworld.north) -- (DNN.south);
\draw[-latex] (DNN.east) -- (tcp.west);
\draw[latex-latex] (tcp.east) -- (vr.west);
\draw[-latex] (user.north) -- (vr.south);
\draw[latex-latex] (tcp.south) |- (motion.east);
\draw[-latex] (motion.north) -| (motors.south);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage[utf8]{inputenc}
\usepackage{xcolor}
\usepackage{tikz}
\usetikzlibrary{patterns,positioning,arrows,arrows.meta,calc,shapes,pgfplots.groupplots,fit,backgrounds}
\begin{document}
\begin{tikzpicture}[squarednode/.style={rectangle, draw=black!60, very thick, minimum size=5mm},every text node part/.style={align=center}, dot/.style={
% fill=blue,
circle,
minimum size=3pt}, ellipsenode/.style={ellipse, draw=black!60, very thick, minimum size=5mm}]
%Nodes
\node[squarednode] (realworld) {Sensor \\ data};
\node[ellipsenode] (sensors) [below=of realworld] {Sensors};
\node[ellipsenode] (motors) [left= 0.2cm of sensors] {Motors};
\node[squarednode] (DNN) [above=of realworld] {Deep Learning \\ module};
\node[squarednode] (tcp) [right= 0.5cm of DNN] {Data\\transfer\\node};
\node[squarednode] (vr) [right = 0.5cm of tcp] {VR \\ environment};
\node[squarednode] (user) [below=of vr] {User};
\node[dot] (e) at (-3.2,1.5) {};
\node[dot] (f) at (0.8,-3) {};
% boxes
\node[squarednode] (motion) [below=of motors] {Robot \\ controller};
\node (box) [draw=orange,rounded corners,fit = (realworld) (DNN) (motion) (e) (f)] {};
\node (box) [draw=blue,rounded corners,fit = (user) (vr)] {};
\node (box) [draw=green,rounded corners,fit = (sensors) (motors)] {};
%Lines
\draw[-latex] (sensors.north) -- (realworld.south);
\draw[-latex] (realworld.north) -- (DNN.south);
\draw[-latex] (DNN.east) -- (tcp.west);
\draw[latex-latex] (tcp.east) -- (vr.west);
\draw[-latex] (user.north) -- (vr.south);
\draw[latex-latex] (tcp.south) |- (motion.east);
\draw[-latex] (motion.north) -| (motors.south);
\end{tikzpicture}
\end{document}
|
Split the motors into two motors next to eachother(lMotor 1 and Motor 2), that are linked to the robot controller the same way motors was. update the containers accordingly
|
Functionnal diagram of a system with two motors.
|
medium
|
add
|
scientific
|
[
"@@ -12 +12,2 @@\n\n-\\node[ellipsenode] (motors) [left= 0.2cm of sensors] {Motors};\n+\\node[ellipsenode] (motor2) [left= 0.2cm of sensors] {Motor 2};\n+\\node[ellipsenode] (motor1) [left= 0.2cm of motor2] {Motor 1};\n@@ -17 +18 @@\n\n-\\node[dot] (e) at (-3.2,1.5) {};\n+\\node[dot] (e) at (-5.6,1.5) {};\n@@ -19 +20 @@\n\n-\\node[squarednode] (motion) [below=of motors] {Robot \\\\ controller};\n+\\node[squarednode] (motion) [below=of motor2] {Robot \\\\ controller};\n@@ -22 +23 @@\n\n-\\node (box) [draw=green,rounded corners,fit = (sensors) (motors)] {};\n+\\node (box) [draw=green,rounded corners,fit = (sensors) (motor1) (motor2)] {};\n@@ -29 +30,2 @@\n\n-\\draw[-latex] (motion.north) -| (motors.south);\n+\\draw[-latex] (motion.north) -| (motor1.south);\n+\\draw[-latex] (motion.north) -| (motor2.south);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[utf8]{inputenc}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{patterns,positioning,arrows,arrows.meta,calc,shapes,pgfplots.groupplots,fit,backgrounds}\n\n\\begin{document}\n\n\\begin{tikzpicture}[squarednode/.style={rectangle, draw=black!60, very thick, minimum size=5mm},every text node part/.style={align=center}, dot/.style={\n circle,\n minimum size=3pt}, ellipsenode/.style={ellipse, draw=black!60, very thick, minimum size=5mm}]\n \\node[squarednode] (realworld) {Sensor \\\\ data};\n \\node[ellipsenode] (sensors) [below=of realworld] {Sensors};\n\n \\node[ellipsenode] (motor2) [left= 0.2cm of sensors] {Motor 2};\n \\node[ellipsenode] (motor1) [left= 0.2cm of motor2] {Motor 1};\n \\node[squarednode] (DNN) [above=of realworld] {Deep Learning \\\\ module};\n \\node[squarednode] (tcp) [right= 0.5cm of DNN] {Data\\\\transfer\\\\node};\n \\node[squarednode] (vr) [right = 0.5cm of tcp] {VR \\\\ environment};\n \\node[squarednode] (user) [below=of vr] {User};\n \\node[dot] (e) at (§range(-7,-5.5,-5.6),§range(0,3,1.5)) {};\n \\node[dot] (f) at (0.8,-3) {};\n\n \\node[squarednode] (motion) [below=of §choice([\"motor1\",\"motor2\"],motor2)] {Robot \\\\ controller};\n \\node (box) [draw=orange,rounded corners,fit = (realworld) (DNN) (motion) (e) (f)] {};\n \\node (box) [draw=blue,rounded corners,fit = (user) (vr)] {};\n \\node (box) [draw=green,rounded corners,fit = (sensors) (motor1) (motor2)] {};\n \n \\draw[-latex] (sensors.north) -- (realworld.south);\n \\draw[-latex] (realworld.north) -- (DNN.south);\n \\draw[-latex] (DNN.east) -- (tcp.west);\n \\draw[latex-latex] (tcp.east) -- (vr.west);\n \\draw[-latex] (user.north) -- (vr.south);\n \\draw[latex-latex] (tcp.south) |- (motion.east);\n \\draw[-latex] (motion.north) -| (motor1.south);\n \\draw[-latex] (motion.north) -| (motor2.south);\n\n\n \\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage[utf8]{inputenc}\n\\usepackage{xcolor}\n\\usepackage{tikz}\n\\usetikzlibrary{patterns,positioning,arrows,arrows.meta,calc,shapes,pgfplots.groupplots,fit,backgrounds}\n\n\\begin{document}\n\n\\begin{tikzpicture}[squarednode/.style={rectangle, draw=black!60, very thick, minimum size=5mm},every text node part/.style={align=center}, dot/.style={\n circle,\n minimum size=3pt}, ellipsenode/.style={ellipse, draw=black!60, very thick, minimum size=5mm}]\n \\node[squarednode] (realworld) {Sensor \\\\ data};\n \\node[ellipsenode] (sensors) [below=of realworld] {Sensors};\n\n \\node[ellipsenode] (motor2) [left= 0.2cm of sensors] {Motor 2};\n \\node[ellipsenode] (motor1) [left= 0.2cm of motor2] {Motor 1};\n \\node[squarednode] (DNN) [above=of realworld] {Deep Learning \\\\ module};\n \\node[squarednode] (tcp) [right= 0.5cm of DNN] {Data\\\\transfer\\\\node};\n \\node[squarednode] (vr) [right = 0.5cm of tcp] {VR \\\\ environment};\n \\node[squarednode] (user) [below=of vr] {User};\n \\node[dot] (e) at (-5.6,1.5) {};\n \\node[dot] (f) at (0.8,-3) {};\n\n \\node[squarednode] (motion) [below=of motor2] {Robot \\\\ controller};\n \\node (box) [draw=orange,rounded corners,fit = (realworld) (DNN) (motion) (e) (f)] {};\n \\node (box) [draw=blue,rounded corners,fit = (user) (vr)] {};\n \\node (box) [draw=green,rounded corners,fit = (sensors) (motor1) (motor2)] {};\n \n \\draw[-latex] (sensors.north) -- (realworld.south);\n \\draw[-latex] (realworld.north) -- (DNN.south);\n \\draw[-latex] (DNN.east) -- (tcp.west);\n \\draw[latex-latex] (tcp.east) -- (vr.west);\n \\draw[-latex] (user.north) -- (vr.south);\n \\draw[latex-latex] (tcp.south) |- (motion.east);\n \\draw[-latex] (motion.north) -| (motor1.south);\n \\draw[-latex] (motion.north) -| (motor2.south);\n\n\n \\end{tikzpicture}\n\n\\end{document}"
] | ||
[
73,
21,
73
] |
workflow_box_label
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}
\usepackage{tikz}
\usepackage{tikz-qtree}
\usetikzlibrary{positioning}
\usetikzlibrary{fit,calc}
\begin{document}
\begin{tikzpicture}
[place/.style={draw, circle},
transition/.style={draw, minimum height=0.5cm},
silent transition/.style={transition, fill},
treeNode/.style={draw, dashed}]
\node (source) [place] {};
\def\firstone{7mm}
\def\secondone{7mm};
\def\milestoneplace{5mm};
\def\dist{3.3mm};
\node (int1) [silent transition, right of=source] {};
\node (int12) [place, right of=int1, yshift=\secondone] {};
\node (int112) [place, right of=int1, yshift=-\secondone] {};
\node (a) [transition, right of=int12, label=above right:$a$] {};
\node (int16) [place, right of=a] {};
\node (b) [transition, right of=int112, label=above right:$b$] {};
\node (int23) [place, right of=b] {};
\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};
\node (c) [transition, below=2mm of b, label=above right:$c$] {};
\node (int4) [place, left of=c] {};
\node (int6) [place, right of=c] {};
\node (int9) [silent transition, right of=int16, yshift=-\firstone] {};
\draw [->] (source) to (int1);
\draw [->] (int1) |- (int4);
\draw [->] (int4) to (c);
\draw [->] (c) to (int6);
\draw [->] (int6) -| (int9);
\draw [->] (int1) to (int12);
\draw [->] (int12) to (a);
\draw [->] (a) to (int16);
\draw [->] (int16) to (int9);
\draw [->] (int112) to (b);
\draw [->] (int1) to (int112);
\draw [->] (int1) to (milestone);
\draw [->, bend left] (milestone) to (a);
\draw [->, bend left] (milestone) to (b);
\draw [->, bend left] (a) to (milestone);
\draw [->, bend left] (b) to (milestone);
\draw [->] (b) to (int23);
\draw [->] (int23) to (int9);
\draw [->] (milestone) to (int9);
\node (seq2) [place, above=2mm of a] {};
\node (seq1) [transition, left of=seq2, label=above right:$d$] {};
\node (seq3) [transition, right of=seq2, label=above right:$e$] {};
\draw [->] (source) |- (seq1);
\draw [->] (seq1) to (seq2);
\draw [->] (seq2) to (seq3);
\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};
\node (loop2) [place, left of=loop3] {};
\node (loop1) [silent transition, left of=loop2] {};
\node (loop4) [place, right of=loop3] {};
\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};
\node (loop6) [silent transition, right of=loop4] {};
\draw [->] (source) |- (loop1);
\draw [->] (loop1) to (loop2);
\draw [->] (loop2) to (loop3);
\draw [->] (loop3) to (loop4);
\draw [->] (loop4) |- (loop5);
\draw [->] (loop5) -| (loop2);
\draw [->] (loop4) to (loop6);
\node (sink) [place, right of=int9] {};
\draw [->] (loop6) -| (sink);
\draw [->] (seq3) -| (sink);
\draw [->] (int9) to (sink);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}
\usepackage{tikz}
\usepackage{tikz-qtree}
\usetikzlibrary{positioning}
\usetikzlibrary{fit,calc}
\begin{document}
\begin{tikzpicture}
[place/.style={draw, circle},
transition/.style={draw, minimum height=0.5cm},
silent transition/.style={transition, fill},
treeNode/.style={draw, dashed}]
\node (source) [place] {};
%interleaved
\def\firstone{7mm}
\def\secondone{7mm};
\def\milestoneplace{5mm};
\def\dist{3.3mm};
\node (int1) [silent transition, right of=source] {};
\node (int12) [place, right of=int1, yshift=\secondone] {};
\node (int112) [place, right of=int1, yshift=-\secondone] {};
\node (a) [transition, right of=int12, label=above right:$a$] {};
\node (int16) [place, right of=a] {};
\node (b) [transition, right of=int112, label=above right:$b$] {};
\node (int23) [place, right of=b] {};
\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};
\node (c) [transition, below=2mm of b, label=above right:$c$] {};
\node (int4) [place, left of=c] {};
\node (int6) [place, right of=c] {};
\node (int9) [silent transition, right of=int16, yshift=-\firstone] {};
\draw [->] (source) to (int1);
\draw [->] (int1) |- (int4);
\draw [->] (int4) to (c);
\draw [->] (c) to (int6);
\draw [->] (int6) -| (int9);
\draw [->] (int1) to (int12);
\draw [->] (int12) to (a);
\draw [->] (a) to (int16);
\draw [->] (int16) to (int9);
\draw [->] (int112) to (b);
\draw [->] (int1) to (int112);
\draw [->] (int1) to (milestone);
\draw [->, bend left] (milestone) to (a);
\draw [->, bend left] (milestone) to (b);
\draw [->, bend left] (a) to (milestone);
\draw [->, bend left] (b) to (milestone);
\draw [->] (b) to (int23);
\draw [->] (int23) to (int9);
\draw [->] (milestone) to (int9);
%sequence
\node (seq2) [place, above=2mm of a] {};
\node (seq1) [transition, left of=seq2, label=above right:$d$] {};
\node (seq3) [transition, right of=seq2, label=above right:$e$] {};
\draw [->] (source) |- (seq1);
\draw [->] (seq1) to (seq2);
\draw [->] (seq2) to (seq3);
%loop
\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};
\node (loop2) [place, left of=loop3] {};
\node (loop1) [silent transition, left of=loop2] {};
\node (loop4) [place, right of=loop3] {};
\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};
\node (loop6) [silent transition, right of=loop4] {};
\draw [->] (source) |- (loop1);
\draw [->] (loop1) to (loop2);
\draw [->] (loop2) to (loop3);
\draw [->] (loop3) to (loop4);
\draw [->] (loop4) |- (loop5);
\draw [->] (loop5) -| (loop2);
\draw [->] (loop4) to (loop6);
%sink
\node (sink) [place, right of=int9] {};
\draw [->] (loop6) -| (sink);
\draw [->] (seq3) -| (sink);
\draw [->] (int9) to (sink);
\end{tikzpicture}
\end{document}
|
Add a label k_n to each filled black rectangle on their "above right", with n=1,2,3,4 (top-left, top-right, bottom-left, bottom-right)
|
Workflow diagram with black boxes names from k1 to k4
|
medium
|
add
|
scientific
|
[
"@@ -71,0 +72,4 @@\n\n+\\node (k1) [above right=2mm of int1] {$k_1$};\n+\\node (k2) [above right=2mm of int9] {$k_2$};\n+\\node (k3) [above right=2mm of loop1] {$k_3$};\n+\\node (k4) [above right=2mm of loop6] {$k_4$};",
"@@ -18 +18 @@\n\n-\\node (int1) [silent transition, right of=source] {};\n+\\node (int1) [silent transition, right of=source, label=above right:$k_1$] {};\n@@ -29 +29 @@\n\n-\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n+\\node (int9) [silent transition, right of=int16, yshift=-\\firstone, label=above right:$k_2$] {};\n@@ -57 +57 @@\n\n-\\node (loop1) [silent transition, left of=loop2] {};\n+\\node (loop1) [silent transition, left of=loop2, label=above right:$k_3$] {};\n@@ -60 +60 @@\n\n-\\node (loop6) [silent transition, right of=loop4] {};\n+\\node (loop6) [silent transition, right of=loop4, label=above right:$k_4$] {};",
"@@ -71,0 +72,4 @@\n\n+\\node (k1) [above right=2mm and 2mm of int1] {$k_1$};\n+\\node (k2) [above right=2mm and 2mm of int9] {$k_2$};\n+\\node (k3) [above right=2mm and 2mm of loop1] {$k_3$};\n+\\node (k4) [above right=2mm and 2mm of loop6] {$k_4$};"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};\n\t\t\\node (loop2) [place, left of=loop3] {};\n\t\t\\node (loop1) [silent transition, left of=loop2] {};\t\t\n\t\t\\node (loop4) [place, right of=loop3] {};\n\t\t\\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};\n\t\t\\node (loop6) [silent transition, right of=loop4] {};\n\n\t\t\\draw [->] (source) |- (loop1);\t\t\n\t\t\\draw [->] (loop1) to (loop2);\n\t\t\\draw [->] (loop2) to (loop3);\n\t\t\\draw [->] (loop3) to (loop4);\n\t\t\\draw [->] (loop4) |- (loop5);\n\t\t\\draw [->] (loop5) -| (loop2);\n\t\t\\draw [->] (loop4) to (loop6);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (loop6) -| (sink);\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\\draw [->] (int9) to (sink);\n\t\t\n\t\t\\node (k1) [above right=§range(-2,3,2)mm of int1] {$k_1$};\n\t\t\\node (k2) [above right=§range(-2,3,2)mm of int9] {$k_2$};\n\t\t\\node (k3) [above right=§range(-2,3,2)mm of loop1] {$k_3$};\n\t\t\\node (k4) [above right=§range(-2,3,2)mm of loop6] {$k_4$};\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source, label=above right:$k_1$] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone, label=above right:$k_2$] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};\n\t\t\\node (loop2) [place, left of=loop3] {};\n\t\t\\node (loop1) [silent transition, left of=loop2, label=above right:$k_3$] {};\t\t\n\t\t\\node (loop4) [place, right of=loop3] {};\n\t\t\\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};\n\t\t\\node (loop6) [silent transition, right of=loop4, label=above right:$k_4$] {};\n\n\t\t\\draw [->] (source) |- (loop1);\t\t\n\t\t\\draw [->] (loop1) to (loop2);\n\t\t\\draw [->] (loop2) to (loop3);\n\t\t\\draw [->] (loop3) to (loop4);\n\t\t\\draw [->] (loop4) |- (loop5);\n\t\t\\draw [->] (loop5) -| (loop2);\n\t\t\\draw [->] (loop4) to (loop6);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (loop6) -| (sink);\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\\draw [->] (int9) to (sink);\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};\n\t\t\\node (loop2) [place, left of=loop3] {};\n\t\t\\node (loop1) [silent transition, left of=loop2] {};\t\t\n\t\t\\node (loop4) [place, right of=loop3] {};\n\t\t\\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};\n\t\t\\node (loop6) [silent transition, right of=loop4] {};\n\n\t\t\\draw [->] (source) |- (loop1);\t\t\n\t\t\\draw [->] (loop1) to (loop2);\n\t\t\\draw [->] (loop2) to (loop3);\n\t\t\\draw [->] (loop3) to (loop4);\n\t\t\\draw [->] (loop4) |- (loop5);\n\t\t\\draw [->] (loop5) -| (loop2);\n\t\t\\draw [->] (loop4) to (loop6);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (loop6) -| (sink);\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\\draw [->] (int9) to (sink);\n\t\t\n\t\t\\node (k1) [above right=§rangei(2,1)mm and §rangei(2,1)mm of int1] {$k_1$};\n\t\t\\node (k2) [above right=§rangei(2,1)mm and §rangei(2,1)mm of int9] {$k_2$};\n\t\t\\node (k3) [above right=§rangei(2,1)mm and §rangei(2,1)mm of loop1] {$k_3$};\n\t\t\\node (k4) [above right=§rangei(2,1)mm and §rangei(2,1)mm of loop6] {$k_4$};\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};\n\t\t\\node (loop2) [place, left of=loop3] {};\n\t\t\\node (loop1) [silent transition, left of=loop2] {};\t\t\n\t\t\\node (loop4) [place, right of=loop3] {};\n\t\t\\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};\n\t\t\\node (loop6) [silent transition, right of=loop4] {};\n\n\t\t\\draw [->] (source) |- (loop1);\t\t\n\t\t\\draw [->] (loop1) to (loop2);\n\t\t\\draw [->] (loop2) to (loop3);\n\t\t\\draw [->] (loop3) to (loop4);\n\t\t\\draw [->] (loop4) |- (loop5);\n\t\t\\draw [->] (loop5) -| (loop2);\n\t\t\\draw [->] (loop4) to (loop6);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (loop6) -| (sink);\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\\draw [->] (int9) to (sink);\n\t\t\n\t\t\\node (k1) [above right=2mm of int1] {$k_1$};\n\t\t\\node (k2) [above right=2mm of int9] {$k_2$};\n\t\t\\node (k3) [above right=2mm of loop1] {$k_3$};\n\t\t\\node (k4) [above right=2mm of loop6] {$k_4$};\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source, label=above right:$k_1$] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone, label=above right:$k_2$] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};\n\t\t\\node (loop2) [place, left of=loop3] {};\n\t\t\\node (loop1) [silent transition, left of=loop2, label=above right:$k_3$] {};\t\t\n\t\t\\node (loop4) [place, right of=loop3] {};\n\t\t\\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};\n\t\t\\node (loop6) [silent transition, right of=loop4, label=above right:$k_4$] {};\n\n\t\t\\draw [->] (source) |- (loop1);\t\t\n\t\t\\draw [->] (loop1) to (loop2);\n\t\t\\draw [->] (loop2) to (loop3);\n\t\t\\draw [->] (loop3) to (loop4);\n\t\t\\draw [->] (loop4) |- (loop5);\n\t\t\\draw [->] (loop5) -| (loop2);\n\t\t\\draw [->] (loop4) to (loop6);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (loop6) -| (sink);\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\\draw [->] (int9) to (sink);\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};\n\t\t\\node (loop2) [place, left of=loop3] {};\n\t\t\\node (loop1) [silent transition, left of=loop2] {};\t\t\n\t\t\\node (loop4) [place, right of=loop3] {};\n\t\t\\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};\n\t\t\\node (loop6) [silent transition, right of=loop4] {};\n\n\t\t\\draw [->] (source) |- (loop1);\t\t\n\t\t\\draw [->] (loop1) to (loop2);\n\t\t\\draw [->] (loop2) to (loop3);\n\t\t\\draw [->] (loop3) to (loop4);\n\t\t\\draw [->] (loop4) |- (loop5);\n\t\t\\draw [->] (loop5) -| (loop2);\n\t\t\\draw [->] (loop4) to (loop6);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (loop6) -| (sink);\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\\draw [->] (int9) to (sink);\n\t\t\n\t\t\\node (k1) [above right=2mm and 2mm of int1] {$k_1$};\n\t\t\\node (k2) [above right=2mm and 2mm of int9] {$k_2$};\n\t\t\\node (k3) [above right=2mm and 2mm of loop1] {$k_3$};\n\t\t\\node (k4) [above right=2mm and 2mm of loop6] {$k_4$};\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
142,
140
] |
workflow_loop_removed
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}
\usepackage{tikz}
\usepackage{tikz-qtree}
\usetikzlibrary{positioning}
\usetikzlibrary{fit,calc}
\begin{document}
\begin{tikzpicture}
[place/.style={draw, circle},
transition/.style={draw, minimum height=0.5cm},
silent transition/.style={transition, fill},
treeNode/.style={draw, dashed}]
\node (source) [place] {};
\def\firstone{7mm}
\def\secondone{7mm};
\def\milestoneplace{5mm};
\def\dist{3.3mm};
\node (int1) [silent transition, right of=source] {};
\node (int12) [place, right of=int1, yshift=\secondone] {};
\node (int112) [place, right of=int1, yshift=-\secondone] {};
\node (a) [transition, right of=int12, label=above right:$a$] {};
\node (int16) [place, right of=a] {};
\node (b) [transition, right of=int112, label=above right:$b$] {};
\node (int23) [place, right of=b] {};
\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};
\node (c) [transition, below=2mm of b, label=above right:$c$] {};
\node (int4) [place, left of=c] {};
\node (int6) [place, right of=c] {};
\node (int9) [silent transition, right of=int16, yshift=-\firstone] {};
\draw [->] (source) to (int1);
\draw [->] (int1) |- (int4);
\draw [->] (int4) to (c);
\draw [->] (c) to (int6);
\draw [->] (int6) -| (int9);
\draw [->] (int1) to (int12);
\draw [->] (int12) to (a);
\draw [->] (a) to (int16);
\draw [->] (int16) to (int9);
\draw [->] (int112) to (b);
\draw [->] (int1) to (int112);
\draw [->] (int1) to (milestone);
\draw [->, bend left] (milestone) to (a);
\draw [->, bend left] (milestone) to (b);
\draw [->, bend left] (a) to (milestone);
\draw [->, bend left] (b) to (milestone);
\draw [->] (b) to (int23);
\draw [->] (int23) to (int9);
\draw [->] (milestone) to (int9);
\node (seq2) [place, above=2mm of a] {};
\node (seq1) [transition, left of=seq2, label=above right:$d$] {};
\node (seq3) [transition, right of=seq2, label=above right:$e$] {};
\draw [->] (source) |- (seq1);
\draw [->] (seq1) to (seq2);
\draw [->] (seq2) to (seq3);
\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};
\node (loop2) [place, left of=loop3] {};
\node (loop1) [silent transition, left of=loop2] {};
\node (loop4) [place, right of=loop3] {};
\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};
\node (loop6) [silent transition, right of=loop4] {};
\draw [->] (source) |- (loop1);
\draw [->] (loop1) to (loop2);
\draw [->] (loop2) to (loop3);
\draw [->] (loop3) to (loop4);
\draw [->] (loop4) |- (loop5);
\draw [->] (loop5) -| (loop2);
\draw [->] (loop4) to (loop6);
\node (sink) [place, right of=int9] {};
\draw [->] (loop6) -| (sink);
\draw [->] (seq3) -| (sink);
\draw [->] (int9) to (sink);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}
\usepackage{tikz}
\usepackage{tikz-qtree}
\usetikzlibrary{positioning}
\usetikzlibrary{fit,calc}
\begin{document}
\begin{tikzpicture}
[place/.style={draw, circle},
transition/.style={draw, minimum height=0.5cm},
silent transition/.style={transition, fill},
treeNode/.style={draw, dashed}]
\node (source) [place] {};
%interleaved
\def\firstone{7mm}
\def\secondone{7mm};
\def\milestoneplace{5mm};
\def\dist{3.3mm};
\node (int1) [silent transition, right of=source] {};
\node (int12) [place, right of=int1, yshift=\secondone] {};
\node (int112) [place, right of=int1, yshift=-\secondone] {};
\node (a) [transition, right of=int12, label=above right:$a$] {};
\node (int16) [place, right of=a] {};
\node (b) [transition, right of=int112, label=above right:$b$] {};
\node (int23) [place, right of=b] {};
\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};
\node (c) [transition, below=2mm of b, label=above right:$c$] {};
\node (int4) [place, left of=c] {};
\node (int6) [place, right of=c] {};
\node (int9) [silent transition, right of=int16, yshift=-\firstone] {};
\draw [->] (source) to (int1);
\draw [->] (int1) |- (int4);
\draw [->] (int4) to (c);
\draw [->] (c) to (int6);
\draw [->] (int6) -| (int9);
\draw [->] (int1) to (int12);
\draw [->] (int12) to (a);
\draw [->] (a) to (int16);
\draw [->] (int16) to (int9);
\draw [->] (int112) to (b);
\draw [->] (int1) to (int112);
\draw [->] (int1) to (milestone);
\draw [->, bend left] (milestone) to (a);
\draw [->, bend left] (milestone) to (b);
\draw [->, bend left] (a) to (milestone);
\draw [->, bend left] (b) to (milestone);
\draw [->] (b) to (int23);
\draw [->] (int23) to (int9);
\draw [->] (milestone) to (int9);
%sequence
\node (seq2) [place, above=2mm of a] {};
\node (seq1) [transition, left of=seq2, label=above right:$d$] {};
\node (seq3) [transition, right of=seq2, label=above right:$e$] {};
\draw [->] (source) |- (seq1);
\draw [->] (seq1) to (seq2);
\draw [->] (seq2) to (seq3);
%loop
\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};
\node (loop2) [place, left of=loop3] {};
\node (loop1) [silent transition, left of=loop2] {};
\node (loop4) [place, right of=loop3] {};
\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};
\node (loop6) [silent transition, right of=loop4] {};
\draw [->] (source) |- (loop1);
\draw [->] (loop1) to (loop2);
\draw [->] (loop2) to (loop3);
\draw [->] (loop3) to (loop4);
\draw [->] (loop4) |- (loop5);
\draw [->] (loop5) -| (loop2);
\draw [->] (loop4) to (loop6);
%sink
\node (sink) [place, right of=int9] {};
\draw [->] (loop6) -| (sink);
\draw [->] (seq3) -| (sink);
\draw [->] (int9) to (sink);
\end{tikzpicture}
\end{document}
|
Remove the entire bottom section of the diagram, where the nodes f and g are.
|
Workflow diagram with two main branches going from left to right.
|
easy
|
remove
|
scientific
|
[
"@@ -55,13 +54,0 @@\n\n-\\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};\n-\\node (loop2) [place, left of=loop3] {};\n-\\node (loop1) [silent transition, left of=loop2] {};\n-\\node (loop4) [place, right of=loop3] {};\n-\\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};\n-\\node (loop6) [silent transition, right of=loop4] {};\n-\\draw [->] (source) |- (loop1);\n-\\draw [->] (loop1) to (loop2);\n-\\draw [->] (loop2) to (loop3);\n-\\draw [->] (loop3) to (loop4);\n-\\draw [->] (loop4) |- (loop5);\n-\\draw [->] (loop5) -| (loop2);\n-\\draw [->] (loop4) to (loop6);\n@@ -69 +56 @@\n\n-\\draw [->] (loop6) -| (sink);\n+\\draw [->] (int9) to (sink);\n@@ -71 +57,0 @@\n\n-\\draw [->] (int9) to (sink);",
"@@ -55,13 +54,0 @@\n\n-\\node (loop3) [transition, below=2mm of c, label=above right:$f$] {};\n-\\node (loop2) [place, left of=loop3] {};\n-\\node (loop1) [silent transition, left of=loop2] {};\n-\\node (loop4) [place, right of=loop3] {};\n-\\node (loop5) [transition, below=2mm of loop3, label=above right:$g$] {};\n-\\node (loop6) [silent transition, right of=loop4] {};\n-\\draw [->] (source) |- (loop1);\n-\\draw [->] (loop1) to (loop2);\n-\\draw [->] (loop2) to (loop3);\n-\\draw [->] (loop3) to (loop4);\n-\\draw [->] (loop4) |- (loop5);\n-\\draw [->] (loop5) -| (loop2);\n-\\draw [->] (loop4) to (loop6);\n@@ -69 +55,0 @@\n\n-\\draw [->] (loop6) -| (sink);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (int9) to (sink);\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\\draw [->] (int9) to (sink);\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (int9) to (sink);\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{amsmath,amssymb,graphicx,multirow,mathabx,mathtools,shuffle}\n\\usepackage{tikz}\n\\usepackage{tikz-qtree}\n\\usetikzlibrary{positioning}\n\\usetikzlibrary{fit,calc}\n\n\\begin{document}\n\n\\begin{tikzpicture}\n\t\t[place/.style={draw, circle}, \n\t\ttransition/.style={draw, minimum height=0.5cm},\n\t\tsilent transition/.style={transition, fill},\n\t\ttreeNode/.style={draw, dashed}]\n\t\t\n\t\t\\node (source) [place] {};\n\t\t\n\t\t\\def\\firstone{7mm}\n\t\t\\def\\secondone{7mm};\n\t\t\\def\\milestoneplace{5mm};\n\t\t\\def\\dist{3.3mm};\n\t\t\\node (int1) [silent transition, right of=source] {};\n\t\t\n\t\t\\node (int12) [place, right of=int1, yshift=\\secondone] {};\n\t\t\\node (int112) [place, right of=int1, yshift=-\\secondone] {};\n\t\t\\node (a) [transition, right of=int12, label=above right:$a$] {};\n\t\t\\node (int16) [place, right of=a] {};\n\t\t\n\t\t\\node (b) [transition, right of=int112, label=above right:$b$] {};\n\t\t\\node (int23) [place, right of=b] {};\n\t\t\\node (milestone) [place, label=above right:$p_1$] at ($(a)!0.5!(b)$) {};\n\t\t\n\t\t\\node (c) [transition, below=2mm of b, label=above right:$c$] {};\t\t\n\t\t\\node (int4) [place, left of=c] {};\n\t\t\\node (int6) [place, right of=c] {};\n\t\t\n\t\t\\node (int9) [silent transition, right of=int16, yshift=-\\firstone] {};\n\t\t\n\t\t\\draw [->] (source) to (int1);\n\t\t\\draw [->] (int1) |- (int4);\n\t\t\\draw [->] (int4) to (c);\n\t\t\\draw [->] (c) to (int6);\n\t\t\\draw [->] (int6) -| (int9);\n\t\t\\draw [->] (int1) to (int12);\n\t\t\\draw [->] (int12) to (a);\n\t\t\\draw [->] (a) to (int16);\n\t\t\\draw [->] (int16) to (int9);\n\t\t\\draw [->] (int112) to (b);\n\t\t\\draw [->] (int1) to (int112);\n\t\t\\draw [->] (int1) to (milestone);\n\t\t\\draw [->, bend left] (milestone) to (a);\n\t\t\\draw [->, bend left] (milestone) to (b);\n\t\t\\draw [->, bend left] (a) to (milestone);\n\t\t\\draw [->, bend left] (b) to (milestone);\n\t\t\\draw [->] (b) to (int23);\n\t\t\\draw [->] (int23) to (int9);\n\t\t\\draw [->] (milestone) to (int9);\n\t\t\n\t\t\\node (seq2) [place, above=2mm of a] {};\n\t\t\\node (seq1) [transition, left of=seq2, label=above right:$d$] {};\n\t\t\\node (seq3) [transition, right of=seq2, label=above right:$e$] {};\n\t\t\n\t\t\\draw [->] (source) |- (seq1);\n\t\t\\draw [->] (seq1) to (seq2);\n\t\t\\draw [->] (seq2) to (seq3);\n\t\t\n\t\t\\node (sink) [place, right of=int9] {};\n\t\t\\draw [->] (seq3) -| (sink);\n\t\t\\draw [->] (int9) to (sink);\n\t\t\n\t\\end{tikzpicture}\n\n\\end{document}"
] | ||
[
1,
7,
15
] |
zoomedtriangle_centered
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{calc, spy}
\makeatletter
\def\pgfpointnormalised#1{
\pgf@process{#1}
\pgfmathatantwo{\the\pgf@y}{\the\pgf@x}
\let\pgf@tmp=\pgfmathresult
\pgfmathcos@{\pgf@tmp}\pgf@x=\pgfmathresult pt\relax
\pgfmathsin@{\pgf@tmp}\pgf@y=\pgfmathresult pt\relax
}
\makeatother
\begin{document}
\begin{tikzpicture}[spy using outlines={circle, magnification=7, size=17mm, connect spies}]
\path (0,0) coordinate (A) ({(1/4)*16},0) coordinate (B) ({(1/4)*12},{(1/4)*(4*sqrt(3))}) coordinate (C);
\draw (A) -- (B) -- (C) -- cycle;
\node[anchor=north, inner sep=0, font=\footnotesize] at ($(A) +(0,-0.15)$){$A$};
\node[anchor=north, inner sep=0, font=\footnotesize] at ($(B) +(0,-0.15)$){$B$};
\node[anchor=south, inner sep=0, font=\footnotesize] at ($(C) +(0,0.15)$){$C$};
\coordinate (U) at ($(C)!5mm!45:(A)$);
\draw ($(A)!(U)!(C)$) -- (U) -- ($(B)!(U)!(C)$);
\draw[green] let \p1=($(B)-(C)$), \n1={atan(\y1/\x1)} in (U) -- ($(U) +({\n1+180}:0.5)$);
\draw[fill=green] ($(A)!(U)!(C)$) circle (1pt);
\coordinate (F) at ({(1/4)*(12)},0);
\draw[dashed] (F) -- (C);
\coordinate (V) at ($(F)!3.25mm!-45:(A)$);
\draw ($(A)!(V)!(B)$) -- (V) -- ($(C)!(V)!(F)$);
\spy[red] on (2.7,1.5) in node at (1,1.7);
\end{tikzpicture}
\end{document}
|
\documentclass[tikz,border=5]{standalone}
\usepackage{tikz}
\usetikzlibrary{calc, spy}
% use the Mark Wibrow's correction
\makeatletter
\def\pgfpointnormalised#1{%
\pgf@process{#1}%
\pgfmathatantwo{\the\pgf@y}{\the\pgf@x}%
\let\pgf@tmp=\pgfmathresult%
\pgfmathcos@{\pgf@tmp}\pgf@x=\pgfmathresult pt\relax%
\pgfmathsin@{\pgf@tmp}\pgf@y=\pgfmathresult pt\relax%
}
\makeatother
\begin{document}
\begin{tikzpicture}[spy using outlines={circle, magnification=7, size=17mm, connect spies}]
%A right triangle is drawn.
\path (0,0) coordinate (A) ({(1/4)*16},0) coordinate (B) ({(1/4)*12},{(1/4)*(4*sqrt(3))}) coordinate (C);
\draw (A) -- (B) -- (C) -- cycle;
%The vertices are labeled.
\node[anchor=north, inner sep=0, font=\footnotesize] at ($(A) +(0,-0.15)$){$A$};
\node[anchor=north, inner sep=0, font=\footnotesize] at ($(B) +(0,-0.15)$){$B$};
\node[anchor=south, inner sep=0, font=\footnotesize] at ($(C) +(0,0.15)$){$C$};
%A right-angle mark is drawn at C.
\coordinate (U) at ($(C)!5mm!45:(A)$);
\draw ($(A)!(U)!(C)$) -- (U) -- ($(B)!(U)!(C)$);
\draw[green] let \p1=($(B)-(C)$), \n1={atan(\y1/\x1)} in (U) -- ($(U) +({\n1+180}:0.5)$);
\draw[fill=green] ($(A)!(U)!(C)$) circle (1pt);
%The foot of the altitude is labeled F.
\coordinate (F) at ({(1/4)*(12)},0);
\draw[dashed] (F) -- (C);
%A right-angle mark is drawn at F.
\coordinate (V) at ($(F)!3.25mm!-45:(A)$);
\draw ($(A)!(V)!(B)$) -- (V) -- ($(C)!(V)!(F)$);
\spy[red] on (2.7,1.5) in node at (1,1.7);
\end{tikzpicture}
\end{document}
|
Center the zoom at the green intersection point.
|
A right angled triang, with a zoom centered right on a green dot
|
easy
|
update
|
scientific
|
[
"@@ -28 +28 @@\n\n-\\spy[red] on (2.7,1.5) in node at (1,1.7);\n+\\spy[red] on (2.69,1.55) in node at (1,1.7);",
"@@ -28 +28 @@\n\n-\\spy[red] on (2.7,1.5) in node at (1,1.7);\n+\\spy[red] on ($(A)!(U)!(C)$) in node at (1,1.7);",
"@@ -21 +21,2 @@\n\n-\\draw ($(A)!(U)!(C)$) -- (U) -- ($(B)!(U)!(C)$);\n+\\coordinate (G) at ($(A)!(U)!(C)$);\n+\\draw (G) -- (U) -- ($(B)!(U)!(C)$);\n@@ -23 +24 @@\n\n-\\draw[fill=green] ($(A)!(U)!(C)$) circle (1pt);\n+\\draw[fill=green] (G) circle (1pt);\n@@ -28 +29 @@\n\n-\\spy[red] on (2.7,1.5) in node at (1,1.7);\n+\\spy[red] on (G) in node at (1,1.7);"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc, spy}\n\n\\makeatletter\n\\def\\pgfpointnormalised#1{\n \\pgf@process{#1}\n \\pgfmathatantwo{\\the\\pgf@y}{\\the\\pgf@x}\n \\let\\pgf@tmp=\\pgfmathresult\n \\pgfmathcos@{\\pgf@tmp}\\pgf@x=\\pgfmathresult pt\\relax\n \\pgfmathsin@{\\pgf@tmp}\\pgf@y=\\pgfmathresult pt\\relax\n}\n\\makeatother\n\n\\begin{document}\n\n\\begin{tikzpicture}[spy using outlines={circle, magnification=7, size=17mm, connect spies}]\n\n\\path (0,0) coordinate (A) ({(1/4)*16},0) coordinate (B) ({(1/4)*12},{(1/4)*(4*sqrt(3))}) coordinate (C);\n\\draw (A) -- (B) -- (C) -- cycle;\n\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(A) +(0,-0.15)$){$A$};\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(B) +(0,-0.15)$){$B$};\n\\node[anchor=south, inner sep=0, font=\\footnotesize] at ($(C) +(0,0.15)$){$C$};\n\n\\coordinate (U) at ($(C)!5mm!45:(A)$);\n\\draw ($(A)!(U)!(C)$) -- (U) -- ($(B)!(U)!(C)$);\n\\draw[green] let \\p1=($(B)-(C)$), \\n1={atan(\\y1/\\x1)} in (U) -- ($(U) +({\\n1+180}:0.5)$);\n\\draw[fill=green] ($(A)!(U)!(C)$) circle (1pt);\n\n\n\\coordinate (F) at ({(1/4)*(12)},0);\n\\draw[dashed] (F) -- (C);\n\n\\coordinate (V) at ($(F)!3.25mm!-45:(A)$);\n\\draw ($(A)!(V)!(B)$) -- (V) -- ($(C)!(V)!(F)$);\n\n\\spy[red] on (2.69,1.55) in node at (1,1.7);\n\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc, spy}\n\n\\makeatletter\n\\def\\pgfpointnormalised#1{\n \\pgf@process{#1}\n \\pgfmathatantwo{\\the\\pgf@y}{\\the\\pgf@x}\n \\let\\pgf@tmp=\\pgfmathresult\n \\pgfmathcos@{\\pgf@tmp}\\pgf@x=\\pgfmathresult pt\\relax\n \\pgfmathsin@{\\pgf@tmp}\\pgf@y=\\pgfmathresult pt\\relax\n}\n\\makeatother\n\n\\begin{document}\n\n\\begin{tikzpicture}[spy using outlines={circle, magnification=7, size=17mm, connect spies}]\n\n\\path (0,0) coordinate (A) ({(1/4)*16},0) coordinate (B) ({(1/4)*12},{(1/4)*(4*sqrt(3))}) coordinate (C);\n\\draw (A) -- (B) -- (C) -- cycle;\n\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(A) +(0,-0.15)$){$A$};\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(B) +(0,-0.15)$){$B$};\n\\node[anchor=south, inner sep=0, font=\\footnotesize] at ($(C) +(0,0.15)$){$C$};\n\n\\coordinate (U) at ($(C)!5mm!45:(A)$);\n\\draw ($(A)!(U)!(C)$) -- (U) -- ($(B)!(U)!(C)$);\n\\draw[green] let \\p1=($(B)-(C)$), \\n1={atan(\\y1/\\x1)} in (U) -- ($(U) +({\\n1+180}:0.5)$);\n\\draw[fill=green] ($(A)!(U)!(C)$) circle (1pt);\n\n\n\\coordinate (F) at ({(1/4)*(12)},0);\n\\draw[dashed] (F) -- (C);\n\n\\coordinate (V) at ($(F)!3.25mm!-45:(A)$);\n\\draw ($(A)!(V)!(B)$) -- (V) -- ($(C)!(V)!(F)$);\n\n\\spy[red] on ($(A)!(U)!(C)$) in node at (1,1.7);\n\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc, spy}\n\n\\makeatletter\n\\def\\pgfpointnormalised#1{\n \\pgf@process{#1}\n \\pgfmathatantwo{\\the\\pgf@y}{\\the\\pgf@x}\n \\let\\pgf@tmp=\\pgfmathresult\n \\pgfmathcos@{\\pgf@tmp}\\pgf@x=\\pgfmathresult pt\\relax\n \\pgfmathsin@{\\pgf@tmp}\\pgf@y=\\pgfmathresult pt\\relax\n}\n\\makeatother\n\n\\begin{document}\n\n\\begin{tikzpicture}[spy using outlines={circle, magnification=7, size=17mm, connect spies}]\n\n\\path (0,0) coordinate (A) ({(1/4)*16},0) coordinate (B) ({(1/4)*12},{(1/4)*(4*sqrt(3))}) coordinate (C);\n\\draw (A) -- (B) -- (C) -- cycle;\n\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(A) +(0,-0.15)$){$A$};\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(B) +(0,-0.15)$){$B$};\n\\node[anchor=south, inner sep=0, font=\\footnotesize] at ($(C) +(0,0.15)$){$C$};\n\n\\coordinate (U) at ($(C)!5mm!45:(A)$);\n\\coordinate (G) at ($(A)!(U)!(C)$);\n\\draw (G) -- (U) -- ($(B)!(U)!(C)$);\n\\draw[green] let \\p1=($(B)-(C)$), \\n1={atan(\\y1/\\x1)} in (U) -- ($(U) +({\\n1+180}:0.5)$);\n\\draw[fill=green] (G) circle (1pt);\n\n\n\\coordinate (F) at ({(1/4)*(12)},0);\n\\draw[dashed] (F) -- (C);\n\n\\coordinate (V) at ($(F)!3.25mm!-45:(A)$);\n\\draw ($(A)!(V)!(B)$) -- (V) -- ($(C)!(V)!(F)$);\n\n\\spy[red] on (G) in node at (1,1.7);\n\n\\end{tikzpicture}\n\\end{document}"
] |
[
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc, spy}\n\n\\makeatletter\n\\def\\pgfpointnormalised#1{\n \\pgf@process{#1}\n \\pgfmathatantwo{\\the\\pgf@y}{\\the\\pgf@x}\n \\let\\pgf@tmp=\\pgfmathresult\n \\pgfmathcos@{\\pgf@tmp}\\pgf@x=\\pgfmathresult pt\\relax\n \\pgfmathsin@{\\pgf@tmp}\\pgf@y=\\pgfmathresult pt\\relax\n}\n\\makeatother\n\n\\begin{document}\n\n\\begin{tikzpicture}[spy using outlines={circle, magnification=7, size=17mm, connect spies}]\n\n\\path (0,0) coordinate (A) ({(1/4)*16},0) coordinate (B) ({(1/4)*12},{(1/4)*(4*sqrt(3))}) coordinate (C);\n\\draw (A) -- (B) -- (C) -- cycle;\n\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(A) +(0,-0.15)$){$A$};\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(B) +(0,-0.15)$){$B$};\n\\node[anchor=south, inner sep=0, font=\\footnotesize] at ($(C) +(0,0.15)$){$C$};\n\n\\coordinate (U) at ($(C)!5mm!45:(A)$);\n\\draw ($(A)!(U)!(C)$) -- (U) -- ($(B)!(U)!(C)$);\n\\draw[green] let \\p1=($(B)-(C)$), \\n1={atan(\\y1/\\x1)} in (U) -- ($(U) +({\\n1+180}:0.5)$);\n\\draw[fill=green] ($(A)!(U)!(C)$) circle (1pt);\n\n\n\\coordinate (F) at ({(1/4)*(12)},0);\n\\draw[dashed] (F) -- (C);\n\n\\coordinate (V) at ($(F)!3.25mm!-45:(A)$);\n\\draw ($(A)!(V)!(B)$) -- (V) -- ($(C)!(V)!(F)$);\n\n\\spy[red] on (2.69,1.55) in node at (1,1.7);\n\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc, spy}\n\n\\makeatletter\n\\def\\pgfpointnormalised#1{\n \\pgf@process{#1}\n \\pgfmathatantwo{\\the\\pgf@y}{\\the\\pgf@x}\n \\let\\pgf@tmp=\\pgfmathresult\n \\pgfmathcos@{\\pgf@tmp}\\pgf@x=\\pgfmathresult pt\\relax\n \\pgfmathsin@{\\pgf@tmp}\\pgf@y=\\pgfmathresult pt\\relax\n}\n\\makeatother\n\n\\begin{document}\n\n\\begin{tikzpicture}[spy using outlines={circle, magnification=7, size=17mm, connect spies}]\n\n\\path (0,0) coordinate (A) ({(1/4)*16},0) coordinate (B) ({(1/4)*12},{(1/4)*(4*sqrt(3))}) coordinate (C);\n\\draw (A) -- (B) -- (C) -- cycle;\n\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(A) +(0,-0.15)$){$A$};\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(B) +(0,-0.15)$){$B$};\n\\node[anchor=south, inner sep=0, font=\\footnotesize] at ($(C) +(0,0.15)$){$C$};\n\n\\coordinate (U) at ($(C)!5mm!45:(A)$);\n\\draw ($(A)!(U)!(C)$) -- (U) -- ($(B)!(U)!(C)$);\n\\draw[green] let \\p1=($(B)-(C)$), \\n1={atan(\\y1/\\x1)} in (U) -- ($(U) +({\\n1+180}:0.5)$);\n\\draw[fill=green] ($(A)!(U)!(C)$) circle (1pt);\n\n\n\\coordinate (F) at ({(1/4)*(12)},0);\n\\draw[dashed] (F) -- (C);\n\n\\coordinate (V) at ($(F)!3.25mm!-45:(A)$);\n\\draw ($(A)!(V)!(B)$) -- (V) -- ($(C)!(V)!(F)$);\n\n\\spy[red] on ($(A)!(U)!(C)$) in node at (1,1.7);\n\n\\end{tikzpicture}\n\\end{document}",
"\\documentclass[tikz,border=5]{standalone}\n\\usepackage{tikz}\n\\usetikzlibrary{calc, spy}\n\n\\makeatletter\n\\def\\pgfpointnormalised#1{\n \\pgf@process{#1}\n \\pgfmathatantwo{\\the\\pgf@y}{\\the\\pgf@x}\n \\let\\pgf@tmp=\\pgfmathresult\n \\pgfmathcos@{\\pgf@tmp}\\pgf@x=\\pgfmathresult pt\\relax\n \\pgfmathsin@{\\pgf@tmp}\\pgf@y=\\pgfmathresult pt\\relax\n}\n\\makeatother\n\n\\begin{document}\n\n\\begin{tikzpicture}[spy using outlines={circle, magnification=7, size=17mm, connect spies}]\n\n\\path (0,0) coordinate (A) ({(1/4)*16},0) coordinate (B) ({(1/4)*12},{(1/4)*(4*sqrt(3))}) coordinate (C);\n\\draw (A) -- (B) -- (C) -- cycle;\n\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(A) +(0,-0.15)$){$A$};\n\\node[anchor=north, inner sep=0, font=\\footnotesize] at ($(B) +(0,-0.15)$){$B$};\n\\node[anchor=south, inner sep=0, font=\\footnotesize] at ($(C) +(0,0.15)$){$C$};\n\n\\coordinate (U) at ($(C)!5mm!45:(A)$);\n\\coordinate (G) at ($(A)!(U)!(C)$);\n\\draw (G) -- (U) -- ($(B)!(U)!(C)$);\n\\draw[green] let \\p1=($(B)-(C)$), \\n1={atan(\\y1/\\x1)} in (U) -- ($(U) +({\\n1+180}:0.5)$);\n\\draw[fill=green] (G) circle (1pt);\n\n\n\\coordinate (F) at ({(1/4)*(12)},0);\n\\draw[dashed] (F) -- (C);\n\n\\coordinate (V) at ($(F)!3.25mm!-45:(A)$);\n\\draw ($(A)!(V)!(B)$) -- (V) -- ($(C)!(V)!(F)$);\n\n\\spy[red] on (G) in node at (1,1.7);\n\n\\end{tikzpicture}\n\\end{document}"
] |
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