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How to use a mathematical expression as xticklabel
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2
I have prepared a code including some data resulting in a bar plot. I want to use a mathematical expression as xticklabels but my code does not work. How can I figure this point out?
Here is my code:
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xticklabels={
{$ 10_g to 8_g $}, {$ 8_g to 6_g $}, {$ 6_g to 4_g $}, {$ 4_g to 2_g $},
{$ 8_g to 8gamma $}, {$ 6_g to 6gamma $}, {$ 4_g to 4gamma $}, { $ 2_g to 2gamma $},
{$ 7_gamma to 8_g $}, {$ 5_gamma to 6_g $}, {$ 3_gamma to 4_g $},
{$ 8_gamma to 6_gamma $}, {$ 6_gamma to 4_gamma $}, {$ 4_gamma to 2_gamma $},
{$ 7_gamma to 5_gamma $}, {$ 5_gamma to 3_gamma $},
{$ 7_gamma to 6_gamma $}, {$ 5_gamma to 4_gamma $}, {$ 3_gamma to 2_gamma $}
},
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
symbolic x coords={10gto8g, 8gto6g, 6gto4g, 4gto2g, 8gto8gamma, 6gto6gamma, 4gto4gamma, 2gto2gamma, 7gammato8g, 5gammato6g, 3gammato4g, 8gammato6gamma, 6gammato4gamma, 4gammato2gamma, 7gammato5gamma, 5gammato3gamma, 7gammato6gamma, 5gammato4gamma, 3gammato2gamma},
xtick=data,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
addplot+[bar shift = 0.25cm] coordinates coordinates {(10gto8g,2.967) (8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313) (3gammato2gamma,2.171) };
end{axis}
end{tikzpicture}
end{document}
Many thanks.
tikz-pgf pgfplots plot
edited 14 hours ago
Bernard
172k776204
asked 19 hours ago
Hadi SobhaniHadi Sobhani
27016
add a comment |
2
I have prepared a code including some data resulting in a bar plot. I want to use a mathematical expression as xticklabels but my code does not work. How can I figure this point out?
Here is my code:
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xticklabels={
{$ 10_g to 8_g $}, {$ 8_g to 6_g $}, {$ 6_g to 4_g $}, {$ 4_g to 2_g $},
{$ 8_g to 8gamma $}, {$ 6_g to 6gamma $}, {$ 4_g to 4gamma $}, { $ 2_g to 2gamma $},
{$ 7_gamma to 8_g $}, {$ 5_gamma to 6_g $}, {$ 3_gamma to 4_g $},
{$ 8_gamma to 6_gamma $}, {$ 6_gamma to 4_gamma $}, {$ 4_gamma to 2_gamma $},
{$ 7_gamma to 5_gamma $}, {$ 5_gamma to 3_gamma $},
{$ 7_gamma to 6_gamma $}, {$ 5_gamma to 4_gamma $}, {$ 3_gamma to 2_gamma $}
},
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
symbolic x coords={10gto8g, 8gto6g, 6gto4g, 4gto2g, 8gto8gamma, 6gto6gamma, 4gto4gamma, 2gto2gamma, 7gammato8g, 5gammato6g, 3gammato4g, 8gammato6gamma, 6gammato4gamma, 4gammato2gamma, 7gammato5gamma, 5gammato3gamma, 7gammato6gamma, 5gammato4gamma, 3gammato2gamma},
xtick=data,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
addplot+[bar shift = 0.25cm] coordinates coordinates {(10gto8g,2.967) (8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313) (3gammato2gamma,2.171) };
end{axis}
end{tikzpicture}
end{document}
Many thanks.
tikz-pgf pgfplots plot
edited 14 hours ago
Bernard
172k776204
asked 19 hours ago
Hadi SobhaniHadi Sobhani
27016
add a comment |
2
2
2
I have prepared a code including some data resulting in a bar plot. I want to use a mathematical expression as xticklabels but my code does not work. How can I figure this point out?
Here is my code:
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xticklabels={
{$ 10_g to 8_g $}, {$ 8_g to 6_g $}, {$ 6_g to 4_g $}, {$ 4_g to 2_g $},
{$ 8_g to 8gamma $}, {$ 6_g to 6gamma $}, {$ 4_g to 4gamma $}, { $ 2_g to 2gamma $},
{$ 7_gamma to 8_g $}, {$ 5_gamma to 6_g $}, {$ 3_gamma to 4_g $},
{$ 8_gamma to 6_gamma $}, {$ 6_gamma to 4_gamma $}, {$ 4_gamma to 2_gamma $},
{$ 7_gamma to 5_gamma $}, {$ 5_gamma to 3_gamma $},
{$ 7_gamma to 6_gamma $}, {$ 5_gamma to 4_gamma $}, {$ 3_gamma to 2_gamma $}
},
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
symbolic x coords={10gto8g, 8gto6g, 6gto4g, 4gto2g, 8gto8gamma, 6gto6gamma, 4gto4gamma, 2gto2gamma, 7gammato8g, 5gammato6g, 3gammato4g, 8gammato6gamma, 6gammato4gamma, 4gammato2gamma, 7gammato5gamma, 5gammato3gamma, 7gammato6gamma, 5gammato4gamma, 3gammato2gamma},
xtick=data,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
addplot+[bar shift = 0.25cm] coordinates coordinates {(10gto8g,2.967) (8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313) (3gammato2gamma,2.171) };
end{axis}
end{tikzpicture}
end{document}
Many thanks.
tikz-pgf pgfplots plot
edited 14 hours ago
Bernard
172k776204
asked 19 hours ago
Hadi SobhaniHadi Sobhani
27016
I have prepared a code including some data resulting in a bar plot. I want to use a mathematical expression as xticklabels but my code does not work. How can I figure this point out?
Here is my code:
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xticklabels={
{$ 10_g to 8_g $}, {$ 8_g to 6_g $}, {$ 6_g to 4_g $}, {$ 4_g to 2_g $},
{$ 8_g to 8gamma $}, {$ 6_g to 6gamma $}, {$ 4_g to 4gamma $}, { $ 2_g to 2gamma $},
{$ 7_gamma to 8_g $}, {$ 5_gamma to 6_g $}, {$ 3_gamma to 4_g $},
{$ 8_gamma to 6_gamma $}, {$ 6_gamma to 4_gamma $}, {$ 4_gamma to 2_gamma $},
{$ 7_gamma to 5_gamma $}, {$ 5_gamma to 3_gamma $},
{$ 7_gamma to 6_gamma $}, {$ 5_gamma to 4_gamma $}, {$ 3_gamma to 2_gamma $}
},
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
symbolic x coords={10gto8g, 8gto6g, 6gto4g, 4gto2g, 8gto8gamma, 6gto6gamma, 4gto4gamma, 2gto2gamma, 7gammato8g, 5gammato6g, 3gammato4g, 8gammato6gamma, 6gammato4gamma, 4gammato2gamma, 7gammato5gamma, 5gammato3gamma, 7gammato6gamma, 5gammato4gamma, 3gammato2gamma},
xtick=data,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
addplot+[bar shift = 0.25cm] coordinates coordinates {(10gto8g,2.967) (8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313) (3gammato2gamma,2.171) };
end{axis}
end{tikzpicture}
end{document}
Many thanks.
tikz-pgf pgfplots plot
tikz-pgf pgfplots plot
edited 14 hours ago
Bernard
172k776204
asked 19 hours ago
Hadi SobhaniHadi Sobhani
27016
edited 14 hours ago
Bernard
172k776204
asked 19 hours ago
Hadi SobhaniHadi Sobhani
27016
edited 14 hours ago
Bernard
172k776204
edited 14 hours ago
Bernard
172k776204
edited 14 hours ago
Bernard
172k776204
172k776204
asked 19 hours ago
Hadi SobhaniHadi Sobhani
27016
asked 19 hours ago
Hadi SobhaniHadi Sobhani
27016
asked 19 hours ago
Hadi SobhaniHadi Sobhani
27016
27016
add a comment |
add a comment |
3 Answers
3
active
oldest
votes
2
There were two issues:
- in the last plot you had
coordinatestwice. - for some reason,
pgfplotsdoes not like ato. The deeper reason can be presumably found inpgfplots.code.tex, wheretois used in many macros.
I acknowledge that John Kormylo beat me by seconds (while I was typing the explanation).
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=17.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[ybar,
x tick label style={rotate=90},
enlarge x limits=0.04,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width=0.2cm,
xtick=data,
symbolic x coords={10gto8g,8gto6g,6gto4g,4gto2g,8gto8gamma,6gto6gamma,4gto4gamma,2gto2gamma,7gammato8g,5gammato6g,3gammato4g,8gammato6gamma,6gammato4gamma,4gammato2gamma,7gammato5gamma,5gammato3gamma,7gammato6gamma,5gammato4gamma,3gammato2gamma},
xticklabels={
{$10_grightarrow8_g$},{$8_grightarrow6_g$},{$6_grightarrow4_g$},{$4_grightarrow2_g$},
{$8_grightarrow8gamma$},{$6_grightarrow6gamma$},{$4_grightarrow4gamma$},{$2_grightarrow2gamma$},
{$7_gammarightarrow8_g$},{$5_gammarightarrow6_g$},{$3_gammarightarrow4_g$},
{$8_gammarightarrow6_gamma$},{$6_gammarightarrow4_gamma$},{$4_gammarightarrow2_gamma$},
{$7_gammarightarrow5_gamma$},{$5_gammarightarrow3_gamma$},
{$7_gammarightarrow6_gamma$},{$5_gammarightarrow4_gamma$},
{$3_gammarightarrow2_gamma$}
},
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm]
coordinates {(10gto8g,0)
(8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0)
};
%
%
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
%
% % Z5 coordinate was in twice
addplot+[bar shift = 0.25cm] coordinates {(10gto8g,2.967)
(8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313)
(3gammato2gamma,2.171)
};
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
marmotmarmot
105k4127241
Dear @marmot, as it can be seen, for eachxtickthere are three bars, but all of them are next to each other. How can I make a space between eachxtick?
– Hadi Sobhani
18 hours ago
@HadiSobhani You might want to increase the width of the plot, e.g.pgfplotsset{compat=1.16,width=17.5cm}and decrease the padding, e.g.enlarge x limits=0.04,instead of0.1.
– marmot
18 hours ago
add a comment |
3
Tikz redefines to. Use rightarrow instead. Also, it seems that symbolic x coordinates and xticklables are incompatible.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels={
{$ 10_g rightarrow 8_g $}, {$ 8_g rightarrow 6_g $}, {$ 6_g rightarrow 4_g $}, {$ 4_g rightarrow 2_g $},
{$ 8_g rightarrow 8gamma $}, {$ 6_g rightarrow 6gamma $}, {$ 4_g rightarrow 4gamma $}, {$ 2_g rightarrow 2gamma $},
{$ 7_gamma rightarrow 8_g $}, {$ 5_gamma rightarrow 6_g $}, {$ 3_gamma rightarrow 4_g $},
{$ 8_gamma rightarrow 6_gamma $}, {$ 6_gamma rightarrow 4_gamma $}, {$ 4_gamma rightarrow 2_gamma $},
{$ 7_gamma rightarrow 5_gamma $}, {$ 5_gamma rightarrow 3_gamma $},
{$ 7_gamma rightarrow 6_gamma $}, {$ 5_gamma rightarrow 4_gamma $}, {$ 3_gamma rightarrow 2_gamma $}
},
]
addplot+[bar shift = -0.25cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
addplot+[bar shift = 0cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
% Z5
addplot+[bar shift = 0.25cm] coordinates {(1,2.967) (2,2.635) (3,2.203) (4,1.590) (5,0.1290) (6,0.1976) (7,0.3481) (8,1.620) (9,0.808) (10,0.972) (11,1.243) (12,1.590) (13,1.031) (14,0.736) (15,1.851) (16,1.235) (17,1.260) (18,1.313) (19,2.171) };
end{axis}
end{tikzpicture}
end{document}
It occurred to me that it might be better to record the data in table format.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{pgfplotstable}
newcommand{mylabels}{}% reserve global name
begin{document}
pgfplotstableread[col sep=comma, string type]{
x, name, label, y1, y2, y3
1, 10gto8g, $10_g rightarrow 8_g$, 0,0,2.967
2, 8gto6g, $8_g rightarrow 6_g$, 0,0,2.635
3, 6gto4g, $6_g rightarrow 4_g$, 0,0,2.203
4, 4gto2g, $4_g rightarrow 2_g$, 0,0,1.590
5, 8gto8gamma, $8_g rightarrow 8gamma$, 0,0,0.1290
6, 6gto6gamma, $6_g rightarrow 6gamma$, 0,0,0.1976
7, 4gto4gamma, $4_g rightarrow 4gamma$, 0,0,0.3481
8, 2gto2gamma, $2_g rightarrow 2gamma$, 0,0,1.620
9, 7gammato8g, $7_gamma rightarrow 8_g$, 0,0,0.808
10, 5gammato6g, $5_gamma rightarrow 6_g$, 0,0,0.972
11, 3gammato4g, $3_gamma rightarrow 4_g$, 0,0,1.243
12, 8gammato6gamma, $8_gamma rightarrow 6_gamma$, 0,0,1.590
13, 6gammato4gamma, $6_gamma rightarrow 4_gamma$, 0,0,1.031
14, 4gammato2gamma, $4_gamma rightarrow 2_gamma$, 0,0,0.736
15, 7gammato5gamma, $7_gamma rightarrow 5_gamma$, 0,0,1.851
16, 5gammato3gamma, $5_gamma rightarrow 3_gamma$, 0,0,1.235
17, 7gammato6gamma, $7_gamma rightarrow 6_gamma$, 0,0,1.260
18, 5gammato4gamma, $5_gamma rightarrow 4_gamma$, 0,0,1.313
19, 3gammato2gamma, $3_gamma rightarrow 2_gamma$, 0,0,2.171
}mytable
%pgfplotstabletypeset[string type]mytable% error check
pgfplotstablegetelem{0}{label}ofmytable% put labels into macro mylabels
xdefmylabels{pgfplotsretval}%
foreach i in {1,2,...,18}{pgfplotstablegetelem{i}{label}ofmytable
xdefmylabels{mylabels,pgfplotsretval}}%
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels/.expand once=mylabels
]
addplot+[bar shift = -0.25cm] table[x=x, y=y1] mytable;
addplot+[bar shift = 0cm] table[x=x, y=y2] mytable;
addplot+[bar shift = 0.25cm] table[x=x, y=y3] mytable;
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
John KormyloJohn Kormylo
44.8k12569
add a comment |
0
with use of pgfplotstable you will not have problem with use of to math symbol. beside this code is simpler, a bit shorter and to my opinion more clear. based on my answer on your previous question, i rewrite your mwe to:
documentclass[margin=3mm]{standalone}
usepackage{pgfplotstable}
pgfplotsset{compat=1.16}
begin{document}
begin{tikzpicture}
pgfplotstableread{
X Y1 Y2 Y3
$10_gto 8_g$ 0 0 2.967
$8_gto 6_g$ 0 0 2.635
$6_gto 4_g$ 0 0 2.203
$4_gto 2_g$ 0 0 1.590
$8_gto 8gamma$ 0 0 0.1290
$6_gto 6gamma$ 0 0 0.1976
$4_gto 4gamma$ 0 0 0.3481
$2_gto 2gamma$ 0 0 1.6204
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$7_gammato 5_gamma$ 0 0 1.851
$5_gammato 3_gamma$ 0 0 1.235
$7_gammato 6_gamma$ 0 0 1.260
$5_gammato 4_gamma$ 0 0 1.313
$3_gammato 2_gamma$ 0 0 2.171
}mydata
begin{axis}[width=160mm,
enlarge x limits=0.04,
enlarge y limits=0.01,
legend style={legend columns=-1,
% legend pos=north east,
font=footnotesize,
/tikz/every even column/.append style={column sep=2mm},
anchor=north,
at={(0.5,-0.12)},
},
ybar=0.4mm, % distance between bars (shift bar)
bar width=1.8mm, % width of bars
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords style={font=scriptsize, inner sep=2pt, rotate=90, anchor=west},
nodes near coords align={vertical},
ymin=0, ymax=3.5,
ytick={0,0.5,...,3.5},
%
xtick=data,
xticklabels from table = {mydata}{X},
x tick label style={rotate=90, anchor=east},
scale only axis,
]
addplot table[x expr=coordindex,y index=1] {mydata};
addplot table[x expr=coordindex,y index=2] {mydata};
addplot table[x expr=coordindex,y index=3] {mydata};
legend{used,understood,not understood}
end{axis}
end{tikzpicture}
end{document}
gives:
answered 5 hours ago
ZarkoZarko
126k868165
add a comment |
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2
There were two issues:
- in the last plot you had
coordinatestwice. - for some reason,
pgfplotsdoes not like ato. The deeper reason can be presumably found inpgfplots.code.tex, wheretois used in many macros.
I acknowledge that John Kormylo beat me by seconds (while I was typing the explanation).
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=17.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[ybar,
x tick label style={rotate=90},
enlarge x limits=0.04,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width=0.2cm,
xtick=data,
symbolic x coords={10gto8g,8gto6g,6gto4g,4gto2g,8gto8gamma,6gto6gamma,4gto4gamma,2gto2gamma,7gammato8g,5gammato6g,3gammato4g,8gammato6gamma,6gammato4gamma,4gammato2gamma,7gammato5gamma,5gammato3gamma,7gammato6gamma,5gammato4gamma,3gammato2gamma},
xticklabels={
{$10_grightarrow8_g$},{$8_grightarrow6_g$},{$6_grightarrow4_g$},{$4_grightarrow2_g$},
{$8_grightarrow8gamma$},{$6_grightarrow6gamma$},{$4_grightarrow4gamma$},{$2_grightarrow2gamma$},
{$7_gammarightarrow8_g$},{$5_gammarightarrow6_g$},{$3_gammarightarrow4_g$},
{$8_gammarightarrow6_gamma$},{$6_gammarightarrow4_gamma$},{$4_gammarightarrow2_gamma$},
{$7_gammarightarrow5_gamma$},{$5_gammarightarrow3_gamma$},
{$7_gammarightarrow6_gamma$},{$5_gammarightarrow4_gamma$},
{$3_gammarightarrow2_gamma$}
},
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm]
coordinates {(10gto8g,0)
(8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0)
};
%
%
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
%
% % Z5 coordinate was in twice
addplot+[bar shift = 0.25cm] coordinates {(10gto8g,2.967)
(8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313)
(3gammato2gamma,2.171)
};
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
marmotmarmot
105k4127241
Dear @marmot, as it can be seen, for eachxtickthere are three bars, but all of them are next to each other. How can I make a space between eachxtick?
– Hadi Sobhani
18 hours ago
@HadiSobhani You might want to increase the width of the plot, e.g.pgfplotsset{compat=1.16,width=17.5cm}and decrease the padding, e.g.enlarge x limits=0.04,instead of0.1.
– marmot
18 hours ago
add a comment |
2
There were two issues:
- in the last plot you had
coordinatestwice. - for some reason,
pgfplotsdoes not like ato. The deeper reason can be presumably found inpgfplots.code.tex, wheretois used in many macros.
I acknowledge that John Kormylo beat me by seconds (while I was typing the explanation).
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=17.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[ybar,
x tick label style={rotate=90},
enlarge x limits=0.04,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width=0.2cm,
xtick=data,
symbolic x coords={10gto8g,8gto6g,6gto4g,4gto2g,8gto8gamma,6gto6gamma,4gto4gamma,2gto2gamma,7gammato8g,5gammato6g,3gammato4g,8gammato6gamma,6gammato4gamma,4gammato2gamma,7gammato5gamma,5gammato3gamma,7gammato6gamma,5gammato4gamma,3gammato2gamma},
xticklabels={
{$10_grightarrow8_g$},{$8_grightarrow6_g$},{$6_grightarrow4_g$},{$4_grightarrow2_g$},
{$8_grightarrow8gamma$},{$6_grightarrow6gamma$},{$4_grightarrow4gamma$},{$2_grightarrow2gamma$},
{$7_gammarightarrow8_g$},{$5_gammarightarrow6_g$},{$3_gammarightarrow4_g$},
{$8_gammarightarrow6_gamma$},{$6_gammarightarrow4_gamma$},{$4_gammarightarrow2_gamma$},
{$7_gammarightarrow5_gamma$},{$5_gammarightarrow3_gamma$},
{$7_gammarightarrow6_gamma$},{$5_gammarightarrow4_gamma$},
{$3_gammarightarrow2_gamma$}
},
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm]
coordinates {(10gto8g,0)
(8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0)
};
%
%
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
%
% % Z5 coordinate was in twice
addplot+[bar shift = 0.25cm] coordinates {(10gto8g,2.967)
(8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313)
(3gammato2gamma,2.171)
};
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
marmotmarmot
105k4127241
Dear @marmot, as it can be seen, for eachxtickthere are three bars, but all of them are next to each other. How can I make a space between eachxtick?
– Hadi Sobhani
18 hours ago
@HadiSobhani You might want to increase the width of the plot, e.g.pgfplotsset{compat=1.16,width=17.5cm}and decrease the padding, e.g.enlarge x limits=0.04,instead of0.1.
– marmot
18 hours ago
add a comment |
2
2
2
There were two issues:
- in the last plot you had
coordinatestwice. - for some reason,
pgfplotsdoes not like ato. The deeper reason can be presumably found inpgfplots.code.tex, wheretois used in many macros.
I acknowledge that John Kormylo beat me by seconds (while I was typing the explanation).
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=17.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[ybar,
x tick label style={rotate=90},
enlarge x limits=0.04,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width=0.2cm,
xtick=data,
symbolic x coords={10gto8g,8gto6g,6gto4g,4gto2g,8gto8gamma,6gto6gamma,4gto4gamma,2gto2gamma,7gammato8g,5gammato6g,3gammato4g,8gammato6gamma,6gammato4gamma,4gammato2gamma,7gammato5gamma,5gammato3gamma,7gammato6gamma,5gammato4gamma,3gammato2gamma},
xticklabels={
{$10_grightarrow8_g$},{$8_grightarrow6_g$},{$6_grightarrow4_g$},{$4_grightarrow2_g$},
{$8_grightarrow8gamma$},{$6_grightarrow6gamma$},{$4_grightarrow4gamma$},{$2_grightarrow2gamma$},
{$7_gammarightarrow8_g$},{$5_gammarightarrow6_g$},{$3_gammarightarrow4_g$},
{$8_gammarightarrow6_gamma$},{$6_gammarightarrow4_gamma$},{$4_gammarightarrow2_gamma$},
{$7_gammarightarrow5_gamma$},{$5_gammarightarrow3_gamma$},
{$7_gammarightarrow6_gamma$},{$5_gammarightarrow4_gamma$},
{$3_gammarightarrow2_gamma$}
},
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm]
coordinates {(10gto8g,0)
(8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0)
};
%
%
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
%
% % Z5 coordinate was in twice
addplot+[bar shift = 0.25cm] coordinates {(10gto8g,2.967)
(8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313)
(3gammato2gamma,2.171)
};
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
marmotmarmot
105k4127241
There were two issues:
- in the last plot you had
coordinatestwice. - for some reason,
pgfplotsdoes not like ato. The deeper reason can be presumably found inpgfplots.code.tex, wheretois used in many macros.
I acknowledge that John Kormylo beat me by seconds (while I was typing the explanation).
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=17.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[ybar,
x tick label style={rotate=90},
enlarge x limits=0.04,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width=0.2cm,
xtick=data,
symbolic x coords={10gto8g,8gto6g,6gto4g,4gto2g,8gto8gamma,6gto6gamma,4gto4gamma,2gto2gamma,7gammato8g,5gammato6g,3gammato4g,8gammato6gamma,6gammato4gamma,4gammato2gamma,7gammato5gamma,5gammato3gamma,7gammato6gamma,5gammato4gamma,3gammato2gamma},
xticklabels={
{$10_grightarrow8_g$},{$8_grightarrow6_g$},{$6_grightarrow4_g$},{$4_grightarrow2_g$},
{$8_grightarrow8gamma$},{$6_grightarrow6gamma$},{$4_grightarrow4gamma$},{$2_grightarrow2gamma$},
{$7_gammarightarrow8_g$},{$5_gammarightarrow6_g$},{$3_gammarightarrow4_g$},
{$8_gammarightarrow6_gamma$},{$6_gammarightarrow4_gamma$},{$4_gammarightarrow2_gamma$},
{$7_gammarightarrow5_gamma$},{$5_gammarightarrow3_gamma$},
{$7_gammarightarrow6_gamma$},{$5_gammarightarrow4_gamma$},
{$3_gammarightarrow2_gamma$}
},
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small}
]
addplot+[bar shift = -0.25cm]
coordinates {(10gto8g,0)
(8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0)
};
%
%
addplot+[bar shift = 0cm] coordinates {(10gto8g,0) (8gto6g,0) (6gto4g,0) (4gto2g,0) (8gto8gamma,0) (6gto6gamma,0) (4gto4gamma,0) (2gto2gamma,0) (7gammato8g,0) (5gammato6g,0) (3gammato4g,0) (8gammato6gamma,0) (6gammato4gamma,0) (4gammato2gamma,0) (7gammato5gamma,0) (5gammato3gamma,0) (7gammato6gamma,0) (5gammato4gamma,0) (3gammato2gamma,0) };
%
% % Z5 coordinate was in twice
addplot+[bar shift = 0.25cm] coordinates {(10gto8g,2.967)
(8gto6g,2.635) (6gto4g,2.203) (4gto2g,1.590) (8gto8gamma,0.1290) (6gto6gamma,0.1976) (4gto4gamma,0.3481) (2gto2gamma,1.620) (7gammato8g,0.808) (5gammato6g,0.972) (3gammato4g,1.243) (8gammato6gamma,1.590) (6gammato4gamma,1.031) (4gammato2gamma,0.736) (7gammato5gamma,1.851) (5gammato3gamma,1.235) (7gammato6gamma,1.260) (5gammato4gamma,1.313)
(3gammato2gamma,2.171)
};
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
marmotmarmot
105k4127241
edited 18 hours ago
answered 18 hours ago
marmotmarmot
105k4127241
answered 18 hours ago
marmotmarmot
105k4127241
answered 18 hours ago
marmotmarmot
105k4127241
105k4127241
Dear @marmot, as it can be seen, for eachxtickthere are three bars, but all of them are next to each other. How can I make a space between eachxtick?
– Hadi Sobhani
18 hours ago
@HadiSobhani You might want to increase the width of the plot, e.g.pgfplotsset{compat=1.16,width=17.5cm}and decrease the padding, e.g.enlarge x limits=0.04,instead of0.1.
– marmot
18 hours ago
add a comment |
Dear @marmot, as it can be seen, for eachxtickthere are three bars, but all of them are next to each other. How can I make a space between eachxtick?
– Hadi Sobhani
18 hours ago
@HadiSobhani You might want to increase the width of the plot, e.g.pgfplotsset{compat=1.16,width=17.5cm}and decrease the padding, e.g.enlarge x limits=0.04,instead of0.1.
– marmot
18 hours ago
Dear @marmot, as it can be seen, for each
xtick there are three bars, but all of them are next to each other. How can I make a space between each xtick?– Hadi Sobhani
18 hours ago
Dear @marmot, as it can be seen, for each
xtick there are three bars, but all of them are next to each other. How can I make a space between each xtick?– Hadi Sobhani
18 hours ago
@HadiSobhani You might want to increase the width of the plot, e.g.
pgfplotsset{compat=1.16,width=17.5cm} and decrease the padding, e.g. enlarge x limits=0.04, instead of 0.1.– marmot
18 hours ago
@HadiSobhani You might want to increase the width of the plot, e.g.
pgfplotsset{compat=1.16,width=17.5cm} and decrease the padding, e.g. enlarge x limits=0.04, instead of 0.1.– marmot
18 hours ago
add a comment |
3
Tikz redefines to. Use rightarrow instead. Also, it seems that symbolic x coordinates and xticklables are incompatible.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels={
{$ 10_g rightarrow 8_g $}, {$ 8_g rightarrow 6_g $}, {$ 6_g rightarrow 4_g $}, {$ 4_g rightarrow 2_g $},
{$ 8_g rightarrow 8gamma $}, {$ 6_g rightarrow 6gamma $}, {$ 4_g rightarrow 4gamma $}, {$ 2_g rightarrow 2gamma $},
{$ 7_gamma rightarrow 8_g $}, {$ 5_gamma rightarrow 6_g $}, {$ 3_gamma rightarrow 4_g $},
{$ 8_gamma rightarrow 6_gamma $}, {$ 6_gamma rightarrow 4_gamma $}, {$ 4_gamma rightarrow 2_gamma $},
{$ 7_gamma rightarrow 5_gamma $}, {$ 5_gamma rightarrow 3_gamma $},
{$ 7_gamma rightarrow 6_gamma $}, {$ 5_gamma rightarrow 4_gamma $}, {$ 3_gamma rightarrow 2_gamma $}
},
]
addplot+[bar shift = -0.25cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
addplot+[bar shift = 0cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
% Z5
addplot+[bar shift = 0.25cm] coordinates {(1,2.967) (2,2.635) (3,2.203) (4,1.590) (5,0.1290) (6,0.1976) (7,0.3481) (8,1.620) (9,0.808) (10,0.972) (11,1.243) (12,1.590) (13,1.031) (14,0.736) (15,1.851) (16,1.235) (17,1.260) (18,1.313) (19,2.171) };
end{axis}
end{tikzpicture}
end{document}
It occurred to me that it might be better to record the data in table format.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{pgfplotstable}
newcommand{mylabels}{}% reserve global name
begin{document}
pgfplotstableread[col sep=comma, string type]{
x, name, label, y1, y2, y3
1, 10gto8g, $10_g rightarrow 8_g$, 0,0,2.967
2, 8gto6g, $8_g rightarrow 6_g$, 0,0,2.635
3, 6gto4g, $6_g rightarrow 4_g$, 0,0,2.203
4, 4gto2g, $4_g rightarrow 2_g$, 0,0,1.590
5, 8gto8gamma, $8_g rightarrow 8gamma$, 0,0,0.1290
6, 6gto6gamma, $6_g rightarrow 6gamma$, 0,0,0.1976
7, 4gto4gamma, $4_g rightarrow 4gamma$, 0,0,0.3481
8, 2gto2gamma, $2_g rightarrow 2gamma$, 0,0,1.620
9, 7gammato8g, $7_gamma rightarrow 8_g$, 0,0,0.808
10, 5gammato6g, $5_gamma rightarrow 6_g$, 0,0,0.972
11, 3gammato4g, $3_gamma rightarrow 4_g$, 0,0,1.243
12, 8gammato6gamma, $8_gamma rightarrow 6_gamma$, 0,0,1.590
13, 6gammato4gamma, $6_gamma rightarrow 4_gamma$, 0,0,1.031
14, 4gammato2gamma, $4_gamma rightarrow 2_gamma$, 0,0,0.736
15, 7gammato5gamma, $7_gamma rightarrow 5_gamma$, 0,0,1.851
16, 5gammato3gamma, $5_gamma rightarrow 3_gamma$, 0,0,1.235
17, 7gammato6gamma, $7_gamma rightarrow 6_gamma$, 0,0,1.260
18, 5gammato4gamma, $5_gamma rightarrow 4_gamma$, 0,0,1.313
19, 3gammato2gamma, $3_gamma rightarrow 2_gamma$, 0,0,2.171
}mytable
%pgfplotstabletypeset[string type]mytable% error check
pgfplotstablegetelem{0}{label}ofmytable% put labels into macro mylabels
xdefmylabels{pgfplotsretval}%
foreach i in {1,2,...,18}{pgfplotstablegetelem{i}{label}ofmytable
xdefmylabels{mylabels,pgfplotsretval}}%
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels/.expand once=mylabels
]
addplot+[bar shift = -0.25cm] table[x=x, y=y1] mytable;
addplot+[bar shift = 0cm] table[x=x, y=y2] mytable;
addplot+[bar shift = 0.25cm] table[x=x, y=y3] mytable;
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
John KormyloJohn Kormylo
44.8k12569
add a comment |
3
Tikz redefines to. Use rightarrow instead. Also, it seems that symbolic x coordinates and xticklables are incompatible.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels={
{$ 10_g rightarrow 8_g $}, {$ 8_g rightarrow 6_g $}, {$ 6_g rightarrow 4_g $}, {$ 4_g rightarrow 2_g $},
{$ 8_g rightarrow 8gamma $}, {$ 6_g rightarrow 6gamma $}, {$ 4_g rightarrow 4gamma $}, {$ 2_g rightarrow 2gamma $},
{$ 7_gamma rightarrow 8_g $}, {$ 5_gamma rightarrow 6_g $}, {$ 3_gamma rightarrow 4_g $},
{$ 8_gamma rightarrow 6_gamma $}, {$ 6_gamma rightarrow 4_gamma $}, {$ 4_gamma rightarrow 2_gamma $},
{$ 7_gamma rightarrow 5_gamma $}, {$ 5_gamma rightarrow 3_gamma $},
{$ 7_gamma rightarrow 6_gamma $}, {$ 5_gamma rightarrow 4_gamma $}, {$ 3_gamma rightarrow 2_gamma $}
},
]
addplot+[bar shift = -0.25cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
addplot+[bar shift = 0cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
% Z5
addplot+[bar shift = 0.25cm] coordinates {(1,2.967) (2,2.635) (3,2.203) (4,1.590) (5,0.1290) (6,0.1976) (7,0.3481) (8,1.620) (9,0.808) (10,0.972) (11,1.243) (12,1.590) (13,1.031) (14,0.736) (15,1.851) (16,1.235) (17,1.260) (18,1.313) (19,2.171) };
end{axis}
end{tikzpicture}
end{document}
It occurred to me that it might be better to record the data in table format.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{pgfplotstable}
newcommand{mylabels}{}% reserve global name
begin{document}
pgfplotstableread[col sep=comma, string type]{
x, name, label, y1, y2, y3
1, 10gto8g, $10_g rightarrow 8_g$, 0,0,2.967
2, 8gto6g, $8_g rightarrow 6_g$, 0,0,2.635
3, 6gto4g, $6_g rightarrow 4_g$, 0,0,2.203
4, 4gto2g, $4_g rightarrow 2_g$, 0,0,1.590
5, 8gto8gamma, $8_g rightarrow 8gamma$, 0,0,0.1290
6, 6gto6gamma, $6_g rightarrow 6gamma$, 0,0,0.1976
7, 4gto4gamma, $4_g rightarrow 4gamma$, 0,0,0.3481
8, 2gto2gamma, $2_g rightarrow 2gamma$, 0,0,1.620
9, 7gammato8g, $7_gamma rightarrow 8_g$, 0,0,0.808
10, 5gammato6g, $5_gamma rightarrow 6_g$, 0,0,0.972
11, 3gammato4g, $3_gamma rightarrow 4_g$, 0,0,1.243
12, 8gammato6gamma, $8_gamma rightarrow 6_gamma$, 0,0,1.590
13, 6gammato4gamma, $6_gamma rightarrow 4_gamma$, 0,0,1.031
14, 4gammato2gamma, $4_gamma rightarrow 2_gamma$, 0,0,0.736
15, 7gammato5gamma, $7_gamma rightarrow 5_gamma$, 0,0,1.851
16, 5gammato3gamma, $5_gamma rightarrow 3_gamma$, 0,0,1.235
17, 7gammato6gamma, $7_gamma rightarrow 6_gamma$, 0,0,1.260
18, 5gammato4gamma, $5_gamma rightarrow 4_gamma$, 0,0,1.313
19, 3gammato2gamma, $3_gamma rightarrow 2_gamma$, 0,0,2.171
}mytable
%pgfplotstabletypeset[string type]mytable% error check
pgfplotstablegetelem{0}{label}ofmytable% put labels into macro mylabels
xdefmylabels{pgfplotsretval}%
foreach i in {1,2,...,18}{pgfplotstablegetelem{i}{label}ofmytable
xdefmylabels{mylabels,pgfplotsretval}}%
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels/.expand once=mylabels
]
addplot+[bar shift = -0.25cm] table[x=x, y=y1] mytable;
addplot+[bar shift = 0cm] table[x=x, y=y2] mytable;
addplot+[bar shift = 0.25cm] table[x=x, y=y3] mytable;
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
John KormyloJohn Kormylo
44.8k12569
add a comment |
3
3
3
Tikz redefines to. Use rightarrow instead. Also, it seems that symbolic x coordinates and xticklables are incompatible.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels={
{$ 10_g rightarrow 8_g $}, {$ 8_g rightarrow 6_g $}, {$ 6_g rightarrow 4_g $}, {$ 4_g rightarrow 2_g $},
{$ 8_g rightarrow 8gamma $}, {$ 6_g rightarrow 6gamma $}, {$ 4_g rightarrow 4gamma $}, {$ 2_g rightarrow 2gamma $},
{$ 7_gamma rightarrow 8_g $}, {$ 5_gamma rightarrow 6_g $}, {$ 3_gamma rightarrow 4_g $},
{$ 8_gamma rightarrow 6_gamma $}, {$ 6_gamma rightarrow 4_gamma $}, {$ 4_gamma rightarrow 2_gamma $},
{$ 7_gamma rightarrow 5_gamma $}, {$ 5_gamma rightarrow 3_gamma $},
{$ 7_gamma rightarrow 6_gamma $}, {$ 5_gamma rightarrow 4_gamma $}, {$ 3_gamma rightarrow 2_gamma $}
},
]
addplot+[bar shift = -0.25cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
addplot+[bar shift = 0cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
% Z5
addplot+[bar shift = 0.25cm] coordinates {(1,2.967) (2,2.635) (3,2.203) (4,1.590) (5,0.1290) (6,0.1976) (7,0.3481) (8,1.620) (9,0.808) (10,0.972) (11,1.243) (12,1.590) (13,1.031) (14,0.736) (15,1.851) (16,1.235) (17,1.260) (18,1.313) (19,2.171) };
end{axis}
end{tikzpicture}
end{document}
It occurred to me that it might be better to record the data in table format.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{pgfplotstable}
newcommand{mylabels}{}% reserve global name
begin{document}
pgfplotstableread[col sep=comma, string type]{
x, name, label, y1, y2, y3
1, 10gto8g, $10_g rightarrow 8_g$, 0,0,2.967
2, 8gto6g, $8_g rightarrow 6_g$, 0,0,2.635
3, 6gto4g, $6_g rightarrow 4_g$, 0,0,2.203
4, 4gto2g, $4_g rightarrow 2_g$, 0,0,1.590
5, 8gto8gamma, $8_g rightarrow 8gamma$, 0,0,0.1290
6, 6gto6gamma, $6_g rightarrow 6gamma$, 0,0,0.1976
7, 4gto4gamma, $4_g rightarrow 4gamma$, 0,0,0.3481
8, 2gto2gamma, $2_g rightarrow 2gamma$, 0,0,1.620
9, 7gammato8g, $7_gamma rightarrow 8_g$, 0,0,0.808
10, 5gammato6g, $5_gamma rightarrow 6_g$, 0,0,0.972
11, 3gammato4g, $3_gamma rightarrow 4_g$, 0,0,1.243
12, 8gammato6gamma, $8_gamma rightarrow 6_gamma$, 0,0,1.590
13, 6gammato4gamma, $6_gamma rightarrow 4_gamma$, 0,0,1.031
14, 4gammato2gamma, $4_gamma rightarrow 2_gamma$, 0,0,0.736
15, 7gammato5gamma, $7_gamma rightarrow 5_gamma$, 0,0,1.851
16, 5gammato3gamma, $5_gamma rightarrow 3_gamma$, 0,0,1.235
17, 7gammato6gamma, $7_gamma rightarrow 6_gamma$, 0,0,1.260
18, 5gammato4gamma, $5_gamma rightarrow 4_gamma$, 0,0,1.313
19, 3gammato2gamma, $3_gamma rightarrow 2_gamma$, 0,0,2.171
}mytable
%pgfplotstabletypeset[string type]mytable% error check
pgfplotstablegetelem{0}{label}ofmytable% put labels into macro mylabels
xdefmylabels{pgfplotsretval}%
foreach i in {1,2,...,18}{pgfplotstablegetelem{i}{label}ofmytable
xdefmylabels{mylabels,pgfplotsretval}}%
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels/.expand once=mylabels
]
addplot+[bar shift = -0.25cm] table[x=x, y=y1] mytable;
addplot+[bar shift = 0cm] table[x=x, y=y2] mytable;
addplot+[bar shift = 0.25cm] table[x=x, y=y3] mytable;
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
John KormyloJohn Kormylo
44.8k12569
Tikz redefines to. Use rightarrow instead. Also, it seems that symbolic x coordinates and xticklables are incompatible.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{comment}
begin{document}
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels={
{$ 10_g rightarrow 8_g $}, {$ 8_g rightarrow 6_g $}, {$ 6_g rightarrow 4_g $}, {$ 4_g rightarrow 2_g $},
{$ 8_g rightarrow 8gamma $}, {$ 6_g rightarrow 6gamma $}, {$ 4_g rightarrow 4gamma $}, {$ 2_g rightarrow 2gamma $},
{$ 7_gamma rightarrow 8_g $}, {$ 5_gamma rightarrow 6_g $}, {$ 3_gamma rightarrow 4_g $},
{$ 8_gamma rightarrow 6_gamma $}, {$ 6_gamma rightarrow 4_gamma $}, {$ 4_gamma rightarrow 2_gamma $},
{$ 7_gamma rightarrow 5_gamma $}, {$ 5_gamma rightarrow 3_gamma $},
{$ 7_gamma rightarrow 6_gamma $}, {$ 5_gamma rightarrow 4_gamma $}, {$ 3_gamma rightarrow 2_gamma $}
},
]
addplot+[bar shift = -0.25cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
addplot+[bar shift = 0cm] coordinates {(1,0) (2,0) (3,0) (4,0) (5,0) (6,0) (7,0) (8,0) (9,0) (10,0) (11,0) (12,0) (13,0) (14,0) (15,0) (16,0) (17,0) (18,0) (19,0) };
% Z5
addplot+[bar shift = 0.25cm] coordinates {(1,2.967) (2,2.635) (3,2.203) (4,1.590) (5,0.1290) (6,0.1976) (7,0.3481) (8,1.620) (9,0.808) (10,0.972) (11,1.243) (12,1.590) (13,1.031) (14,0.736) (15,1.851) (16,1.235) (17,1.260) (18,1.313) (19,2.171) };
end{axis}
end{tikzpicture}
end{document}
It occurred to me that it might be better to record the data in table format.
documentclass[tikz,border=3.15mm]{standalone}
usepackage{pgfplots}
pgfplotsset{compat=1.16,width=15.5cm}
usepackage{pgfplotstable}
newcommand{mylabels}{}% reserve global name
begin{document}
pgfplotstableread[col sep=comma, string type]{
x, name, label, y1, y2, y3
1, 10gto8g, $10_g rightarrow 8_g$, 0,0,2.967
2, 8gto6g, $8_g rightarrow 6_g$, 0,0,2.635
3, 6gto4g, $6_g rightarrow 4_g$, 0,0,2.203
4, 4gto2g, $4_g rightarrow 2_g$, 0,0,1.590
5, 8gto8gamma, $8_g rightarrow 8gamma$, 0,0,0.1290
6, 6gto6gamma, $6_g rightarrow 6gamma$, 0,0,0.1976
7, 4gto4gamma, $4_g rightarrow 4gamma$, 0,0,0.3481
8, 2gto2gamma, $2_g rightarrow 2gamma$, 0,0,1.620
9, 7gammato8g, $7_gamma rightarrow 8_g$, 0,0,0.808
10, 5gammato6g, $5_gamma rightarrow 6_g$, 0,0,0.972
11, 3gammato4g, $3_gamma rightarrow 4_g$, 0,0,1.243
12, 8gammato6gamma, $8_gamma rightarrow 6_gamma$, 0,0,1.590
13, 6gammato4gamma, $6_gamma rightarrow 4_gamma$, 0,0,1.031
14, 4gammato2gamma, $4_gamma rightarrow 2_gamma$, 0,0,0.736
15, 7gammato5gamma, $7_gamma rightarrow 5_gamma$, 0,0,1.851
16, 5gammato3gamma, $5_gamma rightarrow 3_gamma$, 0,0,1.235
17, 7gammato6gamma, $7_gamma rightarrow 6_gamma$, 0,0,1.260
18, 5gammato4gamma, $5_gamma rightarrow 4_gamma$, 0,0,1.313
19, 3gammato2gamma, $3_gamma rightarrow 2_gamma$, 0,0,2.171
}mytable
%pgfplotstabletypeset[string type]mytable% error check
pgfplotstablegetelem{0}{label}ofmytable% put labels into macro mylabels
xdefmylabels{pgfplotsretval}%
foreach i in {1,2,...,18}{pgfplotstablegetelem{i}{label}ofmytable
xdefmylabels{mylabels,pgfplotsretval}}%
begin{tikzpicture}
begin{axis}[
ybar,
xtick=data,
x tick label style={rotate=90},
enlarge x limits=0.1,
legend style={at={(0.85,1)},
anchor=north,legend columns=-1},
bar width = 0.2 cm,
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords align={vertical},
nodes near coords style={rotate=90,anchor=west,font=small},
xticklabels/.expand once=mylabels
]
addplot+[bar shift = -0.25cm] table[x=x, y=y1] mytable;
addplot+[bar shift = 0cm] table[x=x, y=y2] mytable;
addplot+[bar shift = 0.25cm] table[x=x, y=y3] mytable;
end{axis}
end{tikzpicture}
end{document}
answered 18 hours ago
John KormyloJohn Kormylo
44.8k12569
edited 7 hours ago
answered 18 hours ago
John KormyloJohn Kormylo
44.8k12569
answered 18 hours ago
John KormyloJohn Kormylo
44.8k12569
answered 18 hours ago
John KormyloJohn Kormylo
44.8k12569
44.8k12569
add a comment |
add a comment |
0
with use of pgfplotstable you will not have problem with use of to math symbol. beside this code is simpler, a bit shorter and to my opinion more clear. based on my answer on your previous question, i rewrite your mwe to:
documentclass[margin=3mm]{standalone}
usepackage{pgfplotstable}
pgfplotsset{compat=1.16}
begin{document}
begin{tikzpicture}
pgfplotstableread{
X Y1 Y2 Y3
$10_gto 8_g$ 0 0 2.967
$8_gto 6_g$ 0 0 2.635
$6_gto 4_g$ 0 0 2.203
$4_gto 2_g$ 0 0 1.590
$8_gto 8gamma$ 0 0 0.1290
$6_gto 6gamma$ 0 0 0.1976
$4_gto 4gamma$ 0 0 0.3481
$2_gto 2gamma$ 0 0 1.6204
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$7_gammato 5_gamma$ 0 0 1.851
$5_gammato 3_gamma$ 0 0 1.235
$7_gammato 6_gamma$ 0 0 1.260
$5_gammato 4_gamma$ 0 0 1.313
$3_gammato 2_gamma$ 0 0 2.171
}mydata
begin{axis}[width=160mm,
enlarge x limits=0.04,
enlarge y limits=0.01,
legend style={legend columns=-1,
% legend pos=north east,
font=footnotesize,
/tikz/every even column/.append style={column sep=2mm},
anchor=north,
at={(0.5,-0.12)},
},
ybar=0.4mm, % distance between bars (shift bar)
bar width=1.8mm, % width of bars
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords style={font=scriptsize, inner sep=2pt, rotate=90, anchor=west},
nodes near coords align={vertical},
ymin=0, ymax=3.5,
ytick={0,0.5,...,3.5},
%
xtick=data,
xticklabels from table = {mydata}{X},
x tick label style={rotate=90, anchor=east},
scale only axis,
]
addplot table[x expr=coordindex,y index=1] {mydata};
addplot table[x expr=coordindex,y index=2] {mydata};
addplot table[x expr=coordindex,y index=3] {mydata};
legend{used,understood,not understood}
end{axis}
end{tikzpicture}
end{document}
gives:
answered 5 hours ago
ZarkoZarko
126k868165
add a comment |
0
with use of pgfplotstable you will not have problem with use of to math symbol. beside this code is simpler, a bit shorter and to my opinion more clear. based on my answer on your previous question, i rewrite your mwe to:
documentclass[margin=3mm]{standalone}
usepackage{pgfplotstable}
pgfplotsset{compat=1.16}
begin{document}
begin{tikzpicture}
pgfplotstableread{
X Y1 Y2 Y3
$10_gto 8_g$ 0 0 2.967
$8_gto 6_g$ 0 0 2.635
$6_gto 4_g$ 0 0 2.203
$4_gto 2_g$ 0 0 1.590
$8_gto 8gamma$ 0 0 0.1290
$6_gto 6gamma$ 0 0 0.1976
$4_gto 4gamma$ 0 0 0.3481
$2_gto 2gamma$ 0 0 1.6204
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$7_gammato 5_gamma$ 0 0 1.851
$5_gammato 3_gamma$ 0 0 1.235
$7_gammato 6_gamma$ 0 0 1.260
$5_gammato 4_gamma$ 0 0 1.313
$3_gammato 2_gamma$ 0 0 2.171
}mydata
begin{axis}[width=160mm,
enlarge x limits=0.04,
enlarge y limits=0.01,
legend style={legend columns=-1,
% legend pos=north east,
font=footnotesize,
/tikz/every even column/.append style={column sep=2mm},
anchor=north,
at={(0.5,-0.12)},
},
ybar=0.4mm, % distance between bars (shift bar)
bar width=1.8mm, % width of bars
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords style={font=scriptsize, inner sep=2pt, rotate=90, anchor=west},
nodes near coords align={vertical},
ymin=0, ymax=3.5,
ytick={0,0.5,...,3.5},
%
xtick=data,
xticklabels from table = {mydata}{X},
x tick label style={rotate=90, anchor=east},
scale only axis,
]
addplot table[x expr=coordindex,y index=1] {mydata};
addplot table[x expr=coordindex,y index=2] {mydata};
addplot table[x expr=coordindex,y index=3] {mydata};
legend{used,understood,not understood}
end{axis}
end{tikzpicture}
end{document}
gives:
answered 5 hours ago
ZarkoZarko
126k868165
add a comment |
0
0
0
with use of pgfplotstable you will not have problem with use of to math symbol. beside this code is simpler, a bit shorter and to my opinion more clear. based on my answer on your previous question, i rewrite your mwe to:
documentclass[margin=3mm]{standalone}
usepackage{pgfplotstable}
pgfplotsset{compat=1.16}
begin{document}
begin{tikzpicture}
pgfplotstableread{
X Y1 Y2 Y3
$10_gto 8_g$ 0 0 2.967
$8_gto 6_g$ 0 0 2.635
$6_gto 4_g$ 0 0 2.203
$4_gto 2_g$ 0 0 1.590
$8_gto 8gamma$ 0 0 0.1290
$6_gto 6gamma$ 0 0 0.1976
$4_gto 4gamma$ 0 0 0.3481
$2_gto 2gamma$ 0 0 1.6204
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$7_gammato 5_gamma$ 0 0 1.851
$5_gammato 3_gamma$ 0 0 1.235
$7_gammato 6_gamma$ 0 0 1.260
$5_gammato 4_gamma$ 0 0 1.313
$3_gammato 2_gamma$ 0 0 2.171
}mydata
begin{axis}[width=160mm,
enlarge x limits=0.04,
enlarge y limits=0.01,
legend style={legend columns=-1,
% legend pos=north east,
font=footnotesize,
/tikz/every even column/.append style={column sep=2mm},
anchor=north,
at={(0.5,-0.12)},
},
ybar=0.4mm, % distance between bars (shift bar)
bar width=1.8mm, % width of bars
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords style={font=scriptsize, inner sep=2pt, rotate=90, anchor=west},
nodes near coords align={vertical},
ymin=0, ymax=3.5,
ytick={0,0.5,...,3.5},
%
xtick=data,
xticklabels from table = {mydata}{X},
x tick label style={rotate=90, anchor=east},
scale only axis,
]
addplot table[x expr=coordindex,y index=1] {mydata};
addplot table[x expr=coordindex,y index=2] {mydata};
addplot table[x expr=coordindex,y index=3] {mydata};
legend{used,understood,not understood}
end{axis}
end{tikzpicture}
end{document}
gives:
answered 5 hours ago
ZarkoZarko
126k868165
with use of pgfplotstable you will not have problem with use of to math symbol. beside this code is simpler, a bit shorter and to my opinion more clear. based on my answer on your previous question, i rewrite your mwe to:
documentclass[margin=3mm]{standalone}
usepackage{pgfplotstable}
pgfplotsset{compat=1.16}
begin{document}
begin{tikzpicture}
pgfplotstableread{
X Y1 Y2 Y3
$10_gto 8_g$ 0 0 2.967
$8_gto 6_g$ 0 0 2.635
$6_gto 4_g$ 0 0 2.203
$4_gto 2_g$ 0 0 1.590
$8_gto 8gamma$ 0 0 0.1290
$6_gto 6gamma$ 0 0 0.1976
$4_gto 4gamma$ 0 0 0.3481
$2_gto 2gamma$ 0 0 1.6204
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$8_gammato 6_gamma$ 0 0 1.590
$6_gammato 4_gamma$ 0 0 1.031
$4_gammato 2_gamma$ 0 0 0.736
$7_gammato 5_gamma$ 0 0 1.851
$5_gammato 3_gamma$ 0 0 1.235
$7_gammato 6_gamma$ 0 0 1.260
$5_gammato 4_gamma$ 0 0 1.313
$3_gammato 2_gamma$ 0 0 2.171
}mydata
begin{axis}[width=160mm,
enlarge x limits=0.04,
enlarge y limits=0.01,
legend style={legend columns=-1,
% legend pos=north east,
font=footnotesize,
/tikz/every even column/.append style={column sep=2mm},
anchor=north,
at={(0.5,-0.12)},
},
ybar=0.4mm, % distance between bars (shift bar)
bar width=1.8mm, % width of bars
nodes near coords={pgfmathprintnumber[precision=3]{pgfplotspointmeta}},
nodes near coords style={font=scriptsize, inner sep=2pt, rotate=90, anchor=west},
nodes near coords align={vertical},
ymin=0, ymax=3.5,
ytick={0,0.5,...,3.5},
%
xtick=data,
xticklabels from table = {mydata}{X},
x tick label style={rotate=90, anchor=east},
scale only axis,
]
addplot table[x expr=coordindex,y index=1] {mydata};
addplot table[x expr=coordindex,y index=2] {mydata};
addplot table[x expr=coordindex,y index=3] {mydata};
legend{used,understood,not understood}
end{axis}
end{tikzpicture}
end{document}
gives:
answered 5 hours ago
ZarkoZarko
126k868165
edited 2 hours ago
answered 5 hours ago
ZarkoZarko
126k868165
answered 5 hours ago
ZarkoZarko
126k868165
answered 5 hours ago
ZarkoZarko
126k868165
126k868165
add a comment |
add a comment |
draft saved
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