Generating Samples at Points used in pgfplotsplotting two time series with boundsGrouped bar chartHow do i...
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Generating Samples at Points used in pgfplots
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For one of my academic courses, i need to generate sample lattices and was wondering if there was any way to generalize the hard-coded points I am using. Instead of repeating -5.19,-3.46,-1.73,0,1.73,3.46,5.19
all the time, is there a way to define a macro or equivalent.
documentclass{standalone}
usepackage{tikz}
usepackage{pgfplots}
pgfplotsset{width=5.5in,compat=1.10}
begin{document}
begin{tikzpicture}
begin{axis}[axis lines=middle,
xmin=-6, xmax=6,
ymin=-6,ymax=6,
xlabel = $x$,
ylabel = $y$]
addplot [->, thick, red]
coordinates { (0,0) (sqrt(3),1)} node[above right,pos=1] {$v_1$};
addplot [->, thick, blue]
coordinates { (0,0) (0,2)} node[above right,pos=1] {$v_2$};
addplot+ [mark=none,black] table {
0.5 1
-0.5 1
-1 0
-0.5 -1
0.5 -1
1 0
0.5 1
};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x + 2};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-2};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-4};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x+4};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-6};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x+6};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x};
end{axis}
end{tikzpicture}
end{document}
pgfplots
add a comment |
For one of my academic courses, i need to generate sample lattices and was wondering if there was any way to generalize the hard-coded points I am using. Instead of repeating -5.19,-3.46,-1.73,0,1.73,3.46,5.19
all the time, is there a way to define a macro or equivalent.
documentclass{standalone}
usepackage{tikz}
usepackage{pgfplots}
pgfplotsset{width=5.5in,compat=1.10}
begin{document}
begin{tikzpicture}
begin{axis}[axis lines=middle,
xmin=-6, xmax=6,
ymin=-6,ymax=6,
xlabel = $x$,
ylabel = $y$]
addplot [->, thick, red]
coordinates { (0,0) (sqrt(3),1)} node[above right,pos=1] {$v_1$};
addplot [->, thick, blue]
coordinates { (0,0) (0,2)} node[above right,pos=1] {$v_2$};
addplot+ [mark=none,black] table {
0.5 1
-0.5 1
-1 0
-0.5 -1
0.5 -1
1 0
0.5 1
};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x + 2};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-2};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-4};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x+4};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-6};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x+6};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x};
end{axis}
end{tikzpicture}
end{document}
pgfplots
Sure, with pgfplotsinvokeforeach ...
– marmot
18 mins ago
add a comment |
For one of my academic courses, i need to generate sample lattices and was wondering if there was any way to generalize the hard-coded points I am using. Instead of repeating -5.19,-3.46,-1.73,0,1.73,3.46,5.19
all the time, is there a way to define a macro or equivalent.
documentclass{standalone}
usepackage{tikz}
usepackage{pgfplots}
pgfplotsset{width=5.5in,compat=1.10}
begin{document}
begin{tikzpicture}
begin{axis}[axis lines=middle,
xmin=-6, xmax=6,
ymin=-6,ymax=6,
xlabel = $x$,
ylabel = $y$]
addplot [->, thick, red]
coordinates { (0,0) (sqrt(3),1)} node[above right,pos=1] {$v_1$};
addplot [->, thick, blue]
coordinates { (0,0) (0,2)} node[above right,pos=1] {$v_2$};
addplot+ [mark=none,black] table {
0.5 1
-0.5 1
-1 0
-0.5 -1
0.5 -1
1 0
0.5 1
};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x + 2};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-2};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-4};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x+4};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-6};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x+6};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x};
end{axis}
end{tikzpicture}
end{document}
pgfplots
For one of my academic courses, i need to generate sample lattices and was wondering if there was any way to generalize the hard-coded points I am using. Instead of repeating -5.19,-3.46,-1.73,0,1.73,3.46,5.19
all the time, is there a way to define a macro or equivalent.
documentclass{standalone}
usepackage{tikz}
usepackage{pgfplots}
pgfplotsset{width=5.5in,compat=1.10}
begin{document}
begin{tikzpicture}
begin{axis}[axis lines=middle,
xmin=-6, xmax=6,
ymin=-6,ymax=6,
xlabel = $x$,
ylabel = $y$]
addplot [->, thick, red]
coordinates { (0,0) (sqrt(3),1)} node[above right,pos=1] {$v_1$};
addplot [->, thick, blue]
coordinates { (0,0) (0,2)} node[above right,pos=1] {$v_2$};
addplot+ [mark=none,black] table {
0.5 1
-0.5 1
-1 0
-0.5 -1
0.5 -1
1 0
0.5 1
};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x + 2};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-2};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-4};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x+4};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x-6};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x+6};
addplot[only marks, mark=o, samples at={-5.19,-3.46,-1.73,0,1.73,3.46,5.19}]{-0.55*x};
end{axis}
end{tikzpicture}
end{document}
pgfplots
pgfplots
asked 45 mins ago
GrandFleetGrandFleet
1788
1788
Sure, with pgfplotsinvokeforeach ...
– marmot
18 mins ago
add a comment |
Sure, with pgfplotsinvokeforeach ...
– marmot
18 mins ago
Sure, with pgfplotsinvokeforeach ...
– marmot
18 mins ago
Sure, with pgfplotsinvokeforeach ...
– marmot
18 mins ago
add a comment |
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Sure, with pgfplotsinvokeforeach ...
– marmot
18 mins ago