Axis environment problem: how to determine a domain in which x and y axes are to be drawn?
Let's suppose that I want to put a neat graph of the sinus function in my document. Its source code is:
documentclass{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
grid=both,
axis lines=middle,
minor tick num=9,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
And it produces the following result:
So far so good. But let's say I want to cram my graph into a single page nicely, without it taking too much space. For this reason, I want to "cut" y axis on both sides, in other words, I want to force the graph to only be rendered on an interval (a,b) (on y axis) without changing the aspect ratio of the graph or its size.
For this purpose, I wrote ymin=-1.2, ymax=1.2
, as you can see in my MWE. But this has no effect on the graph! Why? I searched the internet for a solution to my problem for a long time, but found none.
Please, provide me a technique with which I will be able to achieve this task. This goes for limiting the interval on which the whole axis is rendered for x axis as well, not just y axis (which won't be used in this case, but could definitely be useful in my future endeavours). Thank you in advance!
tikz-pgf pgfplots graphs
add a comment |
Let's suppose that I want to put a neat graph of the sinus function in my document. Its source code is:
documentclass{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
grid=both,
axis lines=middle,
minor tick num=9,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
And it produces the following result:
So far so good. But let's say I want to cram my graph into a single page nicely, without it taking too much space. For this reason, I want to "cut" y axis on both sides, in other words, I want to force the graph to only be rendered on an interval (a,b) (on y axis) without changing the aspect ratio of the graph or its size.
For this purpose, I wrote ymin=-1.2, ymax=1.2
, as you can see in my MWE. But this has no effect on the graph! Why? I searched the internet for a solution to my problem for a long time, but found none.
Please, provide me a technique with which I will be able to achieve this task. This goes for limiting the interval on which the whole axis is rendered for x axis as well, not just y axis (which won't be used in this case, but could definitely be useful in my future endeavours). Thank you in advance!
tikz-pgf pgfplots graphs
add a comment |
Let's suppose that I want to put a neat graph of the sinus function in my document. Its source code is:
documentclass{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
grid=both,
axis lines=middle,
minor tick num=9,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
And it produces the following result:
So far so good. But let's say I want to cram my graph into a single page nicely, without it taking too much space. For this reason, I want to "cut" y axis on both sides, in other words, I want to force the graph to only be rendered on an interval (a,b) (on y axis) without changing the aspect ratio of the graph or its size.
For this purpose, I wrote ymin=-1.2, ymax=1.2
, as you can see in my MWE. But this has no effect on the graph! Why? I searched the internet for a solution to my problem for a long time, but found none.
Please, provide me a technique with which I will be able to achieve this task. This goes for limiting the interval on which the whole axis is rendered for x axis as well, not just y axis (which won't be used in this case, but could definitely be useful in my future endeavours). Thank you in advance!
tikz-pgf pgfplots graphs
Let's suppose that I want to put a neat graph of the sinus function in my document. Its source code is:
documentclass{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
grid=both,
axis lines=middle,
minor tick num=9,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
And it produces the following result:
So far so good. But let's say I want to cram my graph into a single page nicely, without it taking too much space. For this reason, I want to "cut" y axis on both sides, in other words, I want to force the graph to only be rendered on an interval (a,b) (on y axis) without changing the aspect ratio of the graph or its size.
For this purpose, I wrote ymin=-1.2, ymax=1.2
, as you can see in my MWE. But this has no effect on the graph! Why? I searched the internet for a solution to my problem for a long time, but found none.
Please, provide me a technique with which I will be able to achieve this task. This goes for limiting the interval on which the whole axis is rendered for x axis as well, not just y axis (which won't be used in this case, but could definitely be useful in my future endeavours). Thank you in advance!
tikz-pgf pgfplots graphs
tikz-pgf pgfplots graphs
asked Dec 8 at 18:18
Gregor Perčič
981211
981211
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
The reason ymin
/ymax
doesn't work is I think that you have axis equal
, and you haven't changed the width/height of the axis, so the default size is used.
If you remove axis equal
the y-limits will apply, but the x and y unit vectors will not be equal, which you want, if I understand correctly.
So instead try setting the size, by adding something like width=10cm,height=4cm
to the axis options
.
documentclass[border=5mm]{standalone}
usepackage{pgfplots}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
width=10cm,height=4cm,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=2,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500, domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
Great solution. How do I preserve my minor grid count though?
– Gregor Perčič
Dec 8 at 18:36
@GregorPerčič As mentioned in a comment in my code, I changed the minor grid count. Just change it back, or to a more suitable number (as in nidhin's answer, which I think is better than mine). I changed it because it was, to my eyes, far too dense.
– Torbjørn T.
Dec 8 at 18:39
No no, I find the squeezed lines horrible as well. What I meant so say is how do I preserve the equal spacing of both vertical and horizontal lines of the grid. I'd like to have my grid exactly the same way it is in my provided picture.
– Gregor Perčič
Dec 8 at 18:41
@GregorPerčičminor x tick num=8, minor y tick num=2,
?
– Torbjørn T.
Dec 8 at 18:43
Thank you! I'm embarrassed that I didn't figure it out sooner! I just had to look at your code (at first I didn't notice the "x" subargument).minor x tick num=9, minor y tick num=1,
will do for me.
– Gregor Perčič
Dec 8 at 18:46
add a comment |
Use axis equal image
instead of axis equal
.
documentclass[border=3mm]{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-2, ymax=2,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=1,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal image
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
Thank you for your answer. But how do I keep the "grid ratio" equal? The minor grid count on y axis is not spaced in the same way as on x axis. I'd like them to be the same.
– Gregor Perčič
Dec 8 at 18:40
@GregorPerčič One way is to adjust theminor tick num
s. See edited answer.
– nidhin
Dec 8 at 18:54
I've already discussed this solution under Torbjørn's answer. Thank you nonetheless!
– Gregor Perčič
Dec 8 at 18:59
add a comment |
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2 Answers
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active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
The reason ymin
/ymax
doesn't work is I think that you have axis equal
, and you haven't changed the width/height of the axis, so the default size is used.
If you remove axis equal
the y-limits will apply, but the x and y unit vectors will not be equal, which you want, if I understand correctly.
So instead try setting the size, by adding something like width=10cm,height=4cm
to the axis options
.
documentclass[border=5mm]{standalone}
usepackage{pgfplots}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
width=10cm,height=4cm,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=2,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500, domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
Great solution. How do I preserve my minor grid count though?
– Gregor Perčič
Dec 8 at 18:36
@GregorPerčič As mentioned in a comment in my code, I changed the minor grid count. Just change it back, or to a more suitable number (as in nidhin's answer, which I think is better than mine). I changed it because it was, to my eyes, far too dense.
– Torbjørn T.
Dec 8 at 18:39
No no, I find the squeezed lines horrible as well. What I meant so say is how do I preserve the equal spacing of both vertical and horizontal lines of the grid. I'd like to have my grid exactly the same way it is in my provided picture.
– Gregor Perčič
Dec 8 at 18:41
@GregorPerčičminor x tick num=8, minor y tick num=2,
?
– Torbjørn T.
Dec 8 at 18:43
Thank you! I'm embarrassed that I didn't figure it out sooner! I just had to look at your code (at first I didn't notice the "x" subargument).minor x tick num=9, minor y tick num=1,
will do for me.
– Gregor Perčič
Dec 8 at 18:46
add a comment |
The reason ymin
/ymax
doesn't work is I think that you have axis equal
, and you haven't changed the width/height of the axis, so the default size is used.
If you remove axis equal
the y-limits will apply, but the x and y unit vectors will not be equal, which you want, if I understand correctly.
So instead try setting the size, by adding something like width=10cm,height=4cm
to the axis options
.
documentclass[border=5mm]{standalone}
usepackage{pgfplots}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
width=10cm,height=4cm,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=2,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500, domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
Great solution. How do I preserve my minor grid count though?
– Gregor Perčič
Dec 8 at 18:36
@GregorPerčič As mentioned in a comment in my code, I changed the minor grid count. Just change it back, or to a more suitable number (as in nidhin's answer, which I think is better than mine). I changed it because it was, to my eyes, far too dense.
– Torbjørn T.
Dec 8 at 18:39
No no, I find the squeezed lines horrible as well. What I meant so say is how do I preserve the equal spacing of both vertical and horizontal lines of the grid. I'd like to have my grid exactly the same way it is in my provided picture.
– Gregor Perčič
Dec 8 at 18:41
@GregorPerčičminor x tick num=8, minor y tick num=2,
?
– Torbjørn T.
Dec 8 at 18:43
Thank you! I'm embarrassed that I didn't figure it out sooner! I just had to look at your code (at first I didn't notice the "x" subargument).minor x tick num=9, minor y tick num=1,
will do for me.
– Gregor Perčič
Dec 8 at 18:46
add a comment |
The reason ymin
/ymax
doesn't work is I think that you have axis equal
, and you haven't changed the width/height of the axis, so the default size is used.
If you remove axis equal
the y-limits will apply, but the x and y unit vectors will not be equal, which you want, if I understand correctly.
So instead try setting the size, by adding something like width=10cm,height=4cm
to the axis options
.
documentclass[border=5mm]{standalone}
usepackage{pgfplots}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
width=10cm,height=4cm,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=2,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500, domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
The reason ymin
/ymax
doesn't work is I think that you have axis equal
, and you haven't changed the width/height of the axis, so the default size is used.
If you remove axis equal
the y-limits will apply, but the x and y unit vectors will not be equal, which you want, if I understand correctly.
So instead try setting the size, by adding something like width=10cm,height=4cm
to the axis options
.
documentclass[border=5mm]{standalone}
usepackage{pgfplots}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-1.2, ymax=1.2,
width=10cm,height=4cm,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=2,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal
]
addplot[line width=0.7pt, blue, samples=500, domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
edited Dec 8 at 18:47
answered Dec 8 at 18:26
Torbjørn T.
154k13245435
154k13245435
Great solution. How do I preserve my minor grid count though?
– Gregor Perčič
Dec 8 at 18:36
@GregorPerčič As mentioned in a comment in my code, I changed the minor grid count. Just change it back, or to a more suitable number (as in nidhin's answer, which I think is better than mine). I changed it because it was, to my eyes, far too dense.
– Torbjørn T.
Dec 8 at 18:39
No no, I find the squeezed lines horrible as well. What I meant so say is how do I preserve the equal spacing of both vertical and horizontal lines of the grid. I'd like to have my grid exactly the same way it is in my provided picture.
– Gregor Perčič
Dec 8 at 18:41
@GregorPerčičminor x tick num=8, minor y tick num=2,
?
– Torbjørn T.
Dec 8 at 18:43
Thank you! I'm embarrassed that I didn't figure it out sooner! I just had to look at your code (at first I didn't notice the "x" subargument).minor x tick num=9, minor y tick num=1,
will do for me.
– Gregor Perčič
Dec 8 at 18:46
add a comment |
Great solution. How do I preserve my minor grid count though?
– Gregor Perčič
Dec 8 at 18:36
@GregorPerčič As mentioned in a comment in my code, I changed the minor grid count. Just change it back, or to a more suitable number (as in nidhin's answer, which I think is better than mine). I changed it because it was, to my eyes, far too dense.
– Torbjørn T.
Dec 8 at 18:39
No no, I find the squeezed lines horrible as well. What I meant so say is how do I preserve the equal spacing of both vertical and horizontal lines of the grid. I'd like to have my grid exactly the same way it is in my provided picture.
– Gregor Perčič
Dec 8 at 18:41
@GregorPerčičminor x tick num=8, minor y tick num=2,
?
– Torbjørn T.
Dec 8 at 18:43
Thank you! I'm embarrassed that I didn't figure it out sooner! I just had to look at your code (at first I didn't notice the "x" subargument).minor x tick num=9, minor y tick num=1,
will do for me.
– Gregor Perčič
Dec 8 at 18:46
Great solution. How do I preserve my minor grid count though?
– Gregor Perčič
Dec 8 at 18:36
Great solution. How do I preserve my minor grid count though?
– Gregor Perčič
Dec 8 at 18:36
@GregorPerčič As mentioned in a comment in my code, I changed the minor grid count. Just change it back, or to a more suitable number (as in nidhin's answer, which I think is better than mine). I changed it because it was, to my eyes, far too dense.
– Torbjørn T.
Dec 8 at 18:39
@GregorPerčič As mentioned in a comment in my code, I changed the minor grid count. Just change it back, or to a more suitable number (as in nidhin's answer, which I think is better than mine). I changed it because it was, to my eyes, far too dense.
– Torbjørn T.
Dec 8 at 18:39
No no, I find the squeezed lines horrible as well. What I meant so say is how do I preserve the equal spacing of both vertical and horizontal lines of the grid. I'd like to have my grid exactly the same way it is in my provided picture.
– Gregor Perčič
Dec 8 at 18:41
No no, I find the squeezed lines horrible as well. What I meant so say is how do I preserve the equal spacing of both vertical and horizontal lines of the grid. I'd like to have my grid exactly the same way it is in my provided picture.
– Gregor Perčič
Dec 8 at 18:41
@GregorPerčič
minor x tick num=8, minor y tick num=2,
?– Torbjørn T.
Dec 8 at 18:43
@GregorPerčič
minor x tick num=8, minor y tick num=2,
?– Torbjørn T.
Dec 8 at 18:43
Thank you! I'm embarrassed that I didn't figure it out sooner! I just had to look at your code (at first I didn't notice the "x" subargument).
minor x tick num=9, minor y tick num=1,
will do for me.– Gregor Perčič
Dec 8 at 18:46
Thank you! I'm embarrassed that I didn't figure it out sooner! I just had to look at your code (at first I didn't notice the "x" subargument).
minor x tick num=9, minor y tick num=1,
will do for me.– Gregor Perčič
Dec 8 at 18:46
add a comment |
Use axis equal image
instead of axis equal
.
documentclass[border=3mm]{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-2, ymax=2,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=1,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal image
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
Thank you for your answer. But how do I keep the "grid ratio" equal? The minor grid count on y axis is not spaced in the same way as on x axis. I'd like them to be the same.
– Gregor Perčič
Dec 8 at 18:40
@GregorPerčič One way is to adjust theminor tick num
s. See edited answer.
– nidhin
Dec 8 at 18:54
I've already discussed this solution under Torbjørn's answer. Thank you nonetheless!
– Gregor Perčič
Dec 8 at 18:59
add a comment |
Use axis equal image
instead of axis equal
.
documentclass[border=3mm]{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-2, ymax=2,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=1,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal image
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
Thank you for your answer. But how do I keep the "grid ratio" equal? The minor grid count on y axis is not spaced in the same way as on x axis. I'd like them to be the same.
– Gregor Perčič
Dec 8 at 18:40
@GregorPerčič One way is to adjust theminor tick num
s. See edited answer.
– nidhin
Dec 8 at 18:54
I've already discussed this solution under Torbjørn's answer. Thank you nonetheless!
– Gregor Perčič
Dec 8 at 18:59
add a comment |
Use axis equal image
instead of axis equal
.
documentclass[border=3mm]{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-2, ymax=2,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=1,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal image
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
Use axis equal image
instead of axis equal
.
documentclass[border=3mm]{standalone}
usepackage{pgfplots}
usepackage{tikz}
usetikzlibrary{calc}
begin{document}
begin{tikzpicture}
begin{axis}[
xmin=-11, xmax=11,
ymin=-2, ymax=2,
grid=both,
axis lines=middle,
minor x tick num=9,
minor y tick num=1,
axis line style={latex-latex},
ticklabel style={font=tiny},
axis equal image
]
addplot[line width=0.7pt, blue, samples=500][domain=-11:11]{sin((x*180)/pi)};
end{axis}
end{tikzpicture}
end{document}
edited Dec 8 at 18:53
answered Dec 8 at 18:32
nidhin
3,342927
3,342927
Thank you for your answer. But how do I keep the "grid ratio" equal? The minor grid count on y axis is not spaced in the same way as on x axis. I'd like them to be the same.
– Gregor Perčič
Dec 8 at 18:40
@GregorPerčič One way is to adjust theminor tick num
s. See edited answer.
– nidhin
Dec 8 at 18:54
I've already discussed this solution under Torbjørn's answer. Thank you nonetheless!
– Gregor Perčič
Dec 8 at 18:59
add a comment |
Thank you for your answer. But how do I keep the "grid ratio" equal? The minor grid count on y axis is not spaced in the same way as on x axis. I'd like them to be the same.
– Gregor Perčič
Dec 8 at 18:40
@GregorPerčič One way is to adjust theminor tick num
s. See edited answer.
– nidhin
Dec 8 at 18:54
I've already discussed this solution under Torbjørn's answer. Thank you nonetheless!
– Gregor Perčič
Dec 8 at 18:59
Thank you for your answer. But how do I keep the "grid ratio" equal? The minor grid count on y axis is not spaced in the same way as on x axis. I'd like them to be the same.
– Gregor Perčič
Dec 8 at 18:40
Thank you for your answer. But how do I keep the "grid ratio" equal? The minor grid count on y axis is not spaced in the same way as on x axis. I'd like them to be the same.
– Gregor Perčič
Dec 8 at 18:40
@GregorPerčič One way is to adjust the
minor tick num
s. See edited answer.– nidhin
Dec 8 at 18:54
@GregorPerčič One way is to adjust the
minor tick num
s. See edited answer.– nidhin
Dec 8 at 18:54
I've already discussed this solution under Torbjørn's answer. Thank you nonetheless!
– Gregor Perčič
Dec 8 at 18:59
I've already discussed this solution under Torbjørn's answer. Thank you nonetheless!
– Gregor Perčič
Dec 8 at 18:59
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