How to generate a xy diagram with multiple grouped data sets?
5
Based on the answer of Stefan Pinnow in 'How to group several charts into one chart?', I tried to generate a diagram with multiple grouped data. Therefore, I modified the diagram but I have some problems. The resulting diagram now looks:
And here is my MWE (I hope it is as minimal as possible MWE):
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 {} {} {} {}
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 {} {} {} {}
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 {} {} {} {}
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 {} {} {} {}
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=30.5,
ytick={0.0, 5.0, ..., 30.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
only marks,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% labels have to be moved a bit more down to don't overlap with
% the `xticklabels'
every label/.append style={
label distance=3ex,
},
]
node [label=below:{System A}]
at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System B}]
at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System C}]
at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System D}]
at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System E}]
at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=305.0,
ytick={0.0, 50.0, ..., 300.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
only marks,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3050.,
ytick={0, 500, ..., 3000},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
only marks,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
My problems/ questions are:
- The last data set of System E is not vizualized fully. How can I solve this?
- There is some miss arrangement of the data point on the x-axis. What I am doing wrong?
- There is some miss alignment of the data points of 'Algorithm B' and 'Algorithm C' regarding the correlation to 'Algorithm A' and the x-axis. Do you have a hint to solve this?
- I would also like to write a multi-line text as column caption with defined line breaks. In contrast to 'System A' there should be 'System A n n Parameter: n alpha=5 n beta=3 n lambda=8'. Using of newline (n) is not working. Can you give me a hint for that?
- Is it possible to draw interconnection lines (for instance: a dotted line) between the points (here: 0.1 , 1.0, 10.0) of one group (here grouped by color: 'Algorithm A') within another grouping (here: grouped by system, for instance 'System A'), but not to draw interconnection lines between groups (here: between the systems)?
tikz-pgf pgfplots plot grouping groupplots
asked Jan 19 at 14:55
TomTomTomTom
284
New contributor
TomTom is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
5
Based on the answer of Stefan Pinnow in 'How to group several charts into one chart?', I tried to generate a diagram with multiple grouped data. Therefore, I modified the diagram but I have some problems. The resulting diagram now looks:
And here is my MWE (I hope it is as minimal as possible MWE):
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 {} {} {} {}
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 {} {} {} {}
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 {} {} {} {}
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 {} {} {} {}
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=30.5,
ytick={0.0, 5.0, ..., 30.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
only marks,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% labels have to be moved a bit more down to don't overlap with
% the `xticklabels'
every label/.append style={
label distance=3ex,
},
]
node [label=below:{System A}]
at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System B}]
at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System C}]
at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System D}]
at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System E}]
at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=305.0,
ytick={0.0, 50.0, ..., 300.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
only marks,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3050.,
ytick={0, 500, ..., 3000},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
only marks,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
My problems/ questions are:
- The last data set of System E is not vizualized fully. How can I solve this?
- There is some miss arrangement of the data point on the x-axis. What I am doing wrong?
- There is some miss alignment of the data points of 'Algorithm B' and 'Algorithm C' regarding the correlation to 'Algorithm A' and the x-axis. Do you have a hint to solve this?
- I would also like to write a multi-line text as column caption with defined line breaks. In contrast to 'System A' there should be 'System A n n Parameter: n alpha=5 n beta=3 n lambda=8'. Using of newline (n) is not working. Can you give me a hint for that?
- Is it possible to draw interconnection lines (for instance: a dotted line) between the points (here: 0.1 , 1.0, 10.0) of one group (here grouped by color: 'Algorithm A') within another grouping (here: grouped by system, for instance 'System A'), but not to draw interconnection lines between groups (here: between the systems)?
tikz-pgf pgfplots plot grouping groupplots
asked Jan 19 at 14:55
TomTomTomTom
284
New contributor
TomTom is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
Didn't see your edit before I first posted my answer, so I just updated it.
– Torbjørn T.
Jan 19 at 20:13
add a comment |
5
5
5
Based on the answer of Stefan Pinnow in 'How to group several charts into one chart?', I tried to generate a diagram with multiple grouped data. Therefore, I modified the diagram but I have some problems. The resulting diagram now looks:
And here is my MWE (I hope it is as minimal as possible MWE):
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 {} {} {} {}
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 {} {} {} {}
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 {} {} {} {}
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 {} {} {} {}
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=30.5,
ytick={0.0, 5.0, ..., 30.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
only marks,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% labels have to be moved a bit more down to don't overlap with
% the `xticklabels'
every label/.append style={
label distance=3ex,
},
]
node [label=below:{System A}]
at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System B}]
at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System C}]
at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System D}]
at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System E}]
at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=305.0,
ytick={0.0, 50.0, ..., 300.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
only marks,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3050.,
ytick={0, 500, ..., 3000},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
only marks,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
My problems/ questions are:
- The last data set of System E is not vizualized fully. How can I solve this?
- There is some miss arrangement of the data point on the x-axis. What I am doing wrong?
- There is some miss alignment of the data points of 'Algorithm B' and 'Algorithm C' regarding the correlation to 'Algorithm A' and the x-axis. Do you have a hint to solve this?
- I would also like to write a multi-line text as column caption with defined line breaks. In contrast to 'System A' there should be 'System A n n Parameter: n alpha=5 n beta=3 n lambda=8'. Using of newline (n) is not working. Can you give me a hint for that?
- Is it possible to draw interconnection lines (for instance: a dotted line) between the points (here: 0.1 , 1.0, 10.0) of one group (here grouped by color: 'Algorithm A') within another grouping (here: grouped by system, for instance 'System A'), but not to draw interconnection lines between groups (here: between the systems)?
tikz-pgf pgfplots plot grouping groupplots
asked Jan 19 at 14:55
TomTomTomTom
284
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TomTom is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
Based on the answer of Stefan Pinnow in 'How to group several charts into one chart?', I tried to generate a diagram with multiple grouped data. Therefore, I modified the diagram but I have some problems. The resulting diagram now looks:
And here is my MWE (I hope it is as minimal as possible MWE):
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 {} {} {} {}
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 {} {} {} {}
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 {} {} {} {}
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 {} {} {} {}
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=30.5,
ytick={0.0, 5.0, ..., 30.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
only marks,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% labels have to be moved a bit more down to don't overlap with
% the `xticklabels'
every label/.append style={
label distance=3ex,
},
]
node [label=below:{System A}]
at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System B}]
at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System C}]
at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System D}]
at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {};
node [label=below:{System E}]
at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=305.0,
ytick={0.0, 50.0, ..., 300.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
only marks,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3050.,
ytick={0, 500, ..., 3000},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
only marks,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
My problems/ questions are:
- The last data set of System E is not vizualized fully. How can I solve this?
- There is some miss arrangement of the data point on the x-axis. What I am doing wrong?
- There is some miss alignment of the data points of 'Algorithm B' and 'Algorithm C' regarding the correlation to 'Algorithm A' and the x-axis. Do you have a hint to solve this?
- I would also like to write a multi-line text as column caption with defined line breaks. In contrast to 'System A' there should be 'System A n n Parameter: n alpha=5 n beta=3 n lambda=8'. Using of newline (n) is not working. Can you give me a hint for that?
- Is it possible to draw interconnection lines (for instance: a dotted line) between the points (here: 0.1 , 1.0, 10.0) of one group (here grouped by color: 'Algorithm A') within another grouping (here: grouped by system, for instance 'System A'), but not to draw interconnection lines between groups (here: between the systems)?
tikz-pgf pgfplots plot grouping groupplots
tikz-pgf pgfplots plot grouping groupplots
asked Jan 19 at 14:55
TomTomTomTom
284
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TomTom is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked Jan 19 at 14:55
TomTomTomTom
284
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edited Jan 19 at 15:17
TomTom
asked Jan 19 at 14:55
TomTomTomTom
284
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asked Jan 19 at 14:55
TomTomTomTom
284
asked Jan 19 at 14:55
TomTomTomTom
284
284
New contributor
TomTom is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
TomTom is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
TomTom is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
Didn't see your edit before I first posted my answer, so I just updated it.
– Torbjørn T.
Jan 19 at 20:13
add a comment |
Didn't see your edit before I first posted my answer, so I just updated it.
– Torbjørn T.
Jan 19 at 20:13
Didn't see your edit before I first posted my answer, so I just updated it.
– Torbjørn T.
Jan 19 at 20:13
Didn't see your edit before I first posted my answer, so I just updated it.
– Torbjørn T.
Jan 19 at 20:13
add a comment |
1 Answer
1
active
oldest
votes
4
I think the main problem is that you have ymax=30.5 in the first axis, while the data has a max of 37. Because of that, not all the points are plotted. I also needed to change xtick=data to xtick={0,...,18} in the first axis, not sure why.
I also changed the ylimits and yticks of all three axes.
For the System N nodes, I think it would be easier to not use label, but the node contents directly, and add align=center to the node options. (Which I here did with the every node style, similar to the every label style that was there originally.) With align=center you can use \ to add line breaks in the nodes.
For the connection lines, replace the {} in your datafile with inf, add unbounded coords=jump to the pgfplotsset, and replace only marks in the addplots with dotted.
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 inf inf inf inf
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 inf inf inf inf
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 inf inf inf inf
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 inf inf inf inf
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
unbounded coords=jump
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=37.5,
ytick={0.0, 5.0, ..., 35.0},
% use 0,...,18
xtick={0,...,18},
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
dotted,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% nodes have to be moved a bit more down to don't overlap with
% the `xticklabels'
every node/.append style={
below=3.2ex,align=center,
},
]
node at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {System A\foo};
node at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {System B\foo};
node at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {System C\foo};
node at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {System D\foo};
node at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {System E\foo};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=375.0,
ytick={0.0, 50.0, ..., 350.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
dotted,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3750.,
ytick={0, 500, ..., 3500},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
dotted,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
answered Jan 19 at 15:25
Torbjørn T.Torbjørn T.
156k13251438
Thank you very much! That's what I was looking for!
– TomTom
Jan 20 at 14:53
add a comment |
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1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
4
I think the main problem is that you have ymax=30.5 in the first axis, while the data has a max of 37. Because of that, not all the points are plotted. I also needed to change xtick=data to xtick={0,...,18} in the first axis, not sure why.
I also changed the ylimits and yticks of all three axes.
For the System N nodes, I think it would be easier to not use label, but the node contents directly, and add align=center to the node options. (Which I here did with the every node style, similar to the every label style that was there originally.) With align=center you can use \ to add line breaks in the nodes.
For the connection lines, replace the {} in your datafile with inf, add unbounded coords=jump to the pgfplotsset, and replace only marks in the addplots with dotted.
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 inf inf inf inf
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 inf inf inf inf
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 inf inf inf inf
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 inf inf inf inf
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
unbounded coords=jump
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=37.5,
ytick={0.0, 5.0, ..., 35.0},
% use 0,...,18
xtick={0,...,18},
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
dotted,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% nodes have to be moved a bit more down to don't overlap with
% the `xticklabels'
every node/.append style={
below=3.2ex,align=center,
},
]
node at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {System A\foo};
node at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {System B\foo};
node at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {System C\foo};
node at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {System D\foo};
node at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {System E\foo};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=375.0,
ytick={0.0, 50.0, ..., 350.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
dotted,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3750.,
ytick={0, 500, ..., 3500},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
dotted,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
answered Jan 19 at 15:25
Torbjørn T.Torbjørn T.
156k13251438
Thank you very much! That's what I was looking for!
– TomTom
Jan 20 at 14:53
add a comment |
4
I think the main problem is that you have ymax=30.5 in the first axis, while the data has a max of 37. Because of that, not all the points are plotted. I also needed to change xtick=data to xtick={0,...,18} in the first axis, not sure why.
I also changed the ylimits and yticks of all three axes.
For the System N nodes, I think it would be easier to not use label, but the node contents directly, and add align=center to the node options. (Which I here did with the every node style, similar to the every label style that was there originally.) With align=center you can use \ to add line breaks in the nodes.
For the connection lines, replace the {} in your datafile with inf, add unbounded coords=jump to the pgfplotsset, and replace only marks in the addplots with dotted.
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 inf inf inf inf
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 inf inf inf inf
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 inf inf inf inf
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 inf inf inf inf
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
unbounded coords=jump
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=37.5,
ytick={0.0, 5.0, ..., 35.0},
% use 0,...,18
xtick={0,...,18},
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
dotted,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% nodes have to be moved a bit more down to don't overlap with
% the `xticklabels'
every node/.append style={
below=3.2ex,align=center,
},
]
node at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {System A\foo};
node at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {System B\foo};
node at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {System C\foo};
node at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {System D\foo};
node at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {System E\foo};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=375.0,
ytick={0.0, 50.0, ..., 350.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
dotted,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3750.,
ytick={0, 500, ..., 3500},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
dotted,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
answered Jan 19 at 15:25
Torbjørn T.Torbjørn T.
156k13251438
Thank you very much! That's what I was looking for!
– TomTom
Jan 20 at 14:53
add a comment |
4
4
4
I think the main problem is that you have ymax=30.5 in the first axis, while the data has a max of 37. Because of that, not all the points are plotted. I also needed to change xtick=data to xtick={0,...,18} in the first axis, not sure why.
I also changed the ylimits and yticks of all three axes.
For the System N nodes, I think it would be easier to not use label, but the node contents directly, and add align=center to the node options. (Which I here did with the every node style, similar to the every label style that was there originally.) With align=center you can use \ to add line breaks in the nodes.
For the connection lines, replace the {} in your datafile with inf, add unbounded coords=jump to the pgfplotsset, and replace only marks in the addplots with dotted.
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 inf inf inf inf
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 inf inf inf inf
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 inf inf inf inf
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 inf inf inf inf
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
unbounded coords=jump
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=37.5,
ytick={0.0, 5.0, ..., 35.0},
% use 0,...,18
xtick={0,...,18},
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
dotted,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% nodes have to be moved a bit more down to don't overlap with
% the `xticklabels'
every node/.append style={
below=3.2ex,align=center,
},
]
node at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {System A\foo};
node at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {System B\foo};
node at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {System C\foo};
node at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {System D\foo};
node at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {System E\foo};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=375.0,
ytick={0.0, 50.0, ..., 350.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
dotted,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3750.,
ytick={0, 500, ..., 3500},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
dotted,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
answered Jan 19 at 15:25
Torbjørn T.Torbjørn T.
156k13251438
I think the main problem is that you have ymax=30.5 in the first axis, while the data has a max of 37. Because of that, not all the points are plotted. I also needed to change xtick=data to xtick={0,...,18} in the first axis, not sure why.
I also changed the ylimits and yticks of all three axes.
For the System N nodes, I think it would be easier to not use label, but the node contents directly, and add align=center to the node options. (Which I here did with the every node style, similar to the every label style that was there originally.) With align=center you can use \ to add line breaks in the nodes.
For the connection lines, replace the {} in your datafile with inf, add unbounded coords=jump to the pgfplotsset, and replace only marks in the addplots with dotted.
% restructured data file:
% - 'n' values are sorted ascending
% - added column 'z' to know which data belong to which measurement
% - added a dummy line at the end of each data set to produce an empty entry
% for the separation of the blocks
% - put all data in one file
begin{filecontents}{data.txt}
z n val1 val2 val3
10 0.1 6 10 400.0
10 1.0 9 70 300.0
10 10.0 10 120 100.0
10 inf inf inf inf
20 0.1 10 80 500.0
20 1.0 15 95 600.0
20 10.0 20 140 690.0
20 inf inf inf inf
30 0.1 15 100 450.0
30 1.0 18 200 700.0
30 10.0 28 260 850.0
30 inf inf inf inf
40 0.1 13 300 1500.0
40 1.0 19 260 1300.0
40 10.0 21 220 1000.0
40 inf inf inf inf
50 0.1 25 250 3000.0
50 1.0 37 180 2400.0
50 10.0 34 100 2000.0
end{filecontents}
documentclass[border=0pt]{standalone}
usepackage{pgfplots}
usetikzlibrary{patterns}
pgfplotsset{
compat=newest,
scale only axis,
ymajorgrids=true,
tick align = outside,
yticklabel style={
/pgf/number format/fixed zerofill,
/pgf/number format/precision=1,
},
legend style={
text=black,
legend pos=north west,
legend cell align={left},
},
unbounded coords=jump
}
begin{document}
begin{tikzpicture}
begin{axis}[
color=black,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-0.5,
ymax=37.5,
ytick={0.0, 5.0, ..., 35.0},
% use 0,...,18
xtick={0,...,18},
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
xlabel={X Axis 1 Label},
ylabel={Y Axis 1 Label},
ylabel style={blue},
y axis line style={blue},
ytick style={blue},
yticklabel style=blue,
xtick pos=bottom,
axis y line*=left,
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
]
% plot the "blue" points
addplot [
color=blue,
dotted,
mark size=2pt,
mark=square*,
mark options={solid,fill=blue},
] table [
% use just the `coordindex' as x coordinate,
% the correct labeling is done with `xticklabels from table'
x expr=coordindex,
y=val1,
] {data.txt};
label{label-plot1}
% add the category labels
begin{scope}[
% because the reference point will be the lower axis line the
% nodes have to be moved a bit more down to don't overlap with
% the `xticklabels'
every node/.append style={
below=3.2ex,align=center,
},
]
node at (axis cs:1,pgfkeysvalueof{/pgfplots/ymin}) {System A\foo};
node at (axis cs:5,pgfkeysvalueof{/pgfplots/ymin}) {System B\foo};
node at (axis cs:9,pgfkeysvalueof{/pgfplots/ymin}) {System C\foo};
node at (axis cs:13,pgfkeysvalueof{/pgfplots/ymin}) {System D\foo};
node at (axis cs:17,pgfkeysvalueof{/pgfplots/ymin}) {System E\foo};
end{scope}
end{axis}
% Frame 2
begin{axis}[
color = red,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-5.0,
ymax=375.0,
ytick={0.0, 50.0, ..., 350.0},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 2 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ytick style={red},
axis x line*=none,
axis y line*=right,
ylabel style = red,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis
]
% plot the "red" points
addplot [
color=red,
dotted,
mark size=2pt,
mark=triangle*,
mark options={solid,fill=red}
] table [
x expr=coordindex,
y=val2,
] {data.txt};
label{label-plot2}
end{axis}
% Frame 3
begin{axis}[
color = green,
% set the `width' of the plot to the maximum length ...
width=textwidth,
% ... and use half this length for the `height'
height=0.5textwidth,
scale only axis,
/pgf/number format/.cd,
use comma,
1000 sep={,},
ymin=-50,
ymax=3750.,
ytick={0, 500, ..., 3500},
% use `data' for the positioning of the `xticks' ...
xtick=data,
% ... and use table data for labeling the `xticks'
xticklabels from table={data.txt}{n},
% add extra ticks "at the empty entries to add the vertical lines
extra x ticks={3,7,11,15},
% this ticks shouldn't be labeled ...
extra x tick labels={},
% ... but grid lines should be drawn without the tick lines
extra x tick style={
grid=major,
major tick length=0pt,
},
ylabel={Y Axis 3 Label},
% because of the category labels, shift the `xlabel' a bit down
xlabel style={
yshift=-4ex,
},
ylabel style = green,
ytick style={green},
axis x line*=none,
axis y line*=right,
% ... and with that you also have to adjust the x limits
enlarge x limits={abs=1},
% set `clip mode' to `individual' so the category labels aren't clipped away
clip mode=individual,
hide x axis,
every outer y axis line/.style={
green,
xshift=2.0cm
},
every tick/.style={
green,
xshift=2.0cm
},
every y tick label/.append style={
green,
xshift=2.0cm
},
]
% plot the legend
addlegendimage{refstyle=label-plot1} addlegendentry{ color{blue}{Algorithm A}}
addlegendimage{refstyle=label-plot2} addlegendentry{ color{red}{Algorithm B} }
addlegendimage{refstyle=label-plot3} addlegendentry{ color{green}{Algorithm C} }
% plot the "green" points
addplot [
color=green,
dotted,
mark size=2pt,
mark=diamond*,
mark options={solid,fill=green},
] table [
x expr=coordindex,
y=val3,
] {data.txt};
label{label-plot3}
end{axis}
end{tikzpicture}
end{document}
answered Jan 19 at 15:25
Torbjørn T.Torbjørn T.
156k13251438
edited Jan 19 at 20:13
answered Jan 19 at 15:25
Torbjørn T.Torbjørn T.
156k13251438
answered Jan 19 at 15:25
Torbjørn T.Torbjørn T.
156k13251438
answered Jan 19 at 15:25
Torbjørn T.Torbjørn T.
156k13251438
156k13251438
Thank you very much! That's what I was looking for!
– TomTom
Jan 20 at 14:53
add a comment |
Thank you very much! That's what I was looking for!
– TomTom
Jan 20 at 14:53
Thank you very much! That's what I was looking for!
– TomTom
Jan 20 at 14:53
Thank you very much! That's what I was looking for!
– TomTom
Jan 20 at 14:53
add a comment |
TomTom is a new contributor. Be nice, and check out our Code of Conduct.
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TomTom is a new contributor. Be nice, and check out our Code of Conduct.
TomTom is a new contributor. Be nice, and check out our Code of Conduct.
TomTom is a new contributor. Be nice, and check out our Code of Conduct.
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Didn't see your edit before I first posted my answer, so I just updated it.
– Torbjørn T.
Jan 19 at 20:13