MaTeX, font size, and PlotLegendsSetting the default font for PlotLegendsHow do I get a plot with a certain size?Change the legend labels' font when PlotLegends is AutomaticChanging font size and style in VectorDensityPlotMaTeX and phantomUsing MaTeX with Calloutfont size of the placed plotlegendsFont Size in Plot LegendsPlotLegends: size, position, type and fontMaTeX no longer working after upgrade
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MaTeX, font size, and PlotLegends
Setting the default font for PlotLegendsHow do I get a plot with a certain size?Change the legend labels' font when PlotLegends is AutomaticChanging font size and style in VectorDensityPlotMaTeX and phantomUsing MaTeX with Calloutfont size of the placed plotlegendsFont Size in Plot LegendsPlotLegends: size, position, type and fontMaTeX no longer working after upgrade
$begingroup$
I want to create plots in Mathematica where all labels have font sizes which match those in a LaTeX document.
I start by defining
Needs["MaTeX`"];
texStyle = FontFamily -> "Latin Modern Roman", FontSize -> 12
Now, if I export a simple plot
Export["test1.pdf",
Plot[Sin[x], Cos[x], x, 0, 2 Pi,
BaseStyle -> texStyle,
ImageSize -> 400]]
the font sizes match those in my document. However, if I include a plot legend
Export["test2.pdf",
Plot[Sin[x], Cos[x], x, 0, 2 Pi,
BaseStyle -> texStyle,
ImageSize -> 400,
PlotLegends -> Placed[MaTeX["\sin(x)", "\cos(x)"], 0.6, 0.8]]]
the font size in the plot is too small. This might have to do with the fact that Mathematica makes the second plot smaller (independent of MaTeX).
plotting legending matex
$endgroup$
add a comment |
$begingroup$
I want to create plots in Mathematica where all labels have font sizes which match those in a LaTeX document.
I start by defining
Needs["MaTeX`"];
texStyle = FontFamily -> "Latin Modern Roman", FontSize -> 12
Now, if I export a simple plot
Export["test1.pdf",
Plot[Sin[x], Cos[x], x, 0, 2 Pi,
BaseStyle -> texStyle,
ImageSize -> 400]]
the font sizes match those in my document. However, if I include a plot legend
Export["test2.pdf",
Plot[Sin[x], Cos[x], x, 0, 2 Pi,
BaseStyle -> texStyle,
ImageSize -> 400,
PlotLegends -> Placed[MaTeX["\sin(x)", "\cos(x)"], 0.6, 0.8]]]
the font size in the plot is too small. This might have to do with the fact that Mathematica makes the second plot smaller (independent of MaTeX).
plotting legending matex
$endgroup$
$begingroup$
Minor note:MaTeX
does use a 12 pt font size by default, but instead of relying on that (it may change in the future!) I would set it explicitly too.
$endgroup$
– Szabolcs
2 hours ago
add a comment |
$begingroup$
I want to create plots in Mathematica where all labels have font sizes which match those in a LaTeX document.
I start by defining
Needs["MaTeX`"];
texStyle = FontFamily -> "Latin Modern Roman", FontSize -> 12
Now, if I export a simple plot
Export["test1.pdf",
Plot[Sin[x], Cos[x], x, 0, 2 Pi,
BaseStyle -> texStyle,
ImageSize -> 400]]
the font sizes match those in my document. However, if I include a plot legend
Export["test2.pdf",
Plot[Sin[x], Cos[x], x, 0, 2 Pi,
BaseStyle -> texStyle,
ImageSize -> 400,
PlotLegends -> Placed[MaTeX["\sin(x)", "\cos(x)"], 0.6, 0.8]]]
the font size in the plot is too small. This might have to do with the fact that Mathematica makes the second plot smaller (independent of MaTeX).
plotting legending matex
$endgroup$
I want to create plots in Mathematica where all labels have font sizes which match those in a LaTeX document.
I start by defining
Needs["MaTeX`"];
texStyle = FontFamily -> "Latin Modern Roman", FontSize -> 12
Now, if I export a simple plot
Export["test1.pdf",
Plot[Sin[x], Cos[x], x, 0, 2 Pi,
BaseStyle -> texStyle,
ImageSize -> 400]]
the font sizes match those in my document. However, if I include a plot legend
Export["test2.pdf",
Plot[Sin[x], Cos[x], x, 0, 2 Pi,
BaseStyle -> texStyle,
ImageSize -> 400,
PlotLegends -> Placed[MaTeX["\sin(x)", "\cos(x)"], 0.6, 0.8]]]
the font size in the plot is too small. This might have to do with the fact that Mathematica makes the second plot smaller (independent of MaTeX).
plotting legending matex
plotting legending matex
asked 2 hours ago
kalixkalix
927
927
$begingroup$
Minor note:MaTeX
does use a 12 pt font size by default, but instead of relying on that (it may change in the future!) I would set it explicitly too.
$endgroup$
– Szabolcs
2 hours ago
add a comment |
$begingroup$
Minor note:MaTeX
does use a 12 pt font size by default, but instead of relying on that (it may change in the future!) I would set it explicitly too.
$endgroup$
– Szabolcs
2 hours ago
$begingroup$
Minor note:
MaTeX
does use a 12 pt font size by default, but instead of relying on that (it may change in the future!) I would set it explicitly too.$endgroup$
– Szabolcs
2 hours ago
$begingroup$
Minor note:
MaTeX
does use a 12 pt font size by default, but instead of relying on that (it may change in the future!) I would set it explicitly too.$endgroup$
– Szabolcs
2 hours ago
add a comment |
1 Answer
1
active
oldest
votes
$begingroup$
This has nothing to do with MaTeX and is essentially a duplicate of
- How to export graphics in “Working” style environment rather than “Printout”?
(But can't be marked as such because that question is on StackOverflow, and it was asked before the creation of Mathematica.SE)
However, MaTeX does come with a nice tutorial on preparing figures to size, which explains this issue. Enter MaTeX/tutorial/PreparingFiguresToSize
in the address bar of the documentation browser.
In short, when an expression with head Graphics
or Graphics3D
is exported, it retains the sizes. However, when any other visual expression is exported to PDF, it will use the styles from the PrintingStyleEnvironment
. The default is "Printout"
, which downscales everything to 80%. This applies to all sorts of expressions that format content in notebooks, such as Row
, Grid
, Labeled
, etc. It also applies to Legended
, which is the head of any graphics containing a legend. This is because Legended
uses the same underlying boxes as Grid
, Column
, Labeled
and several others: GridBox
.
Yes, this is very annoying and very hard to figure out if you are not aware of it.
The workaround is to set the PrintingStyleEnvironment
to be the same as the style environment used for on-screen display:
SetOptions[$FrontEndSession, PrintingStyleEnvironment -> "Working"]
This setting will persist until you restart the Front End. If you use $FrontEnd
instead of $FrontEndSession
then it persists even across restarts. I do not recommend doing this though, as there is a good reason for the "Printout"
environment downscaling to 80%: this environment is used when printing notebooks or converting notebooks to multi-page PDFs. Without the downscaling very little content fits on a single page.
$endgroup$
add a comment |
Your Answer
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1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
$begingroup$
This has nothing to do with MaTeX and is essentially a duplicate of
- How to export graphics in “Working” style environment rather than “Printout”?
(But can't be marked as such because that question is on StackOverflow, and it was asked before the creation of Mathematica.SE)
However, MaTeX does come with a nice tutorial on preparing figures to size, which explains this issue. Enter MaTeX/tutorial/PreparingFiguresToSize
in the address bar of the documentation browser.
In short, when an expression with head Graphics
or Graphics3D
is exported, it retains the sizes. However, when any other visual expression is exported to PDF, it will use the styles from the PrintingStyleEnvironment
. The default is "Printout"
, which downscales everything to 80%. This applies to all sorts of expressions that format content in notebooks, such as Row
, Grid
, Labeled
, etc. It also applies to Legended
, which is the head of any graphics containing a legend. This is because Legended
uses the same underlying boxes as Grid
, Column
, Labeled
and several others: GridBox
.
Yes, this is very annoying and very hard to figure out if you are not aware of it.
The workaround is to set the PrintingStyleEnvironment
to be the same as the style environment used for on-screen display:
SetOptions[$FrontEndSession, PrintingStyleEnvironment -> "Working"]
This setting will persist until you restart the Front End. If you use $FrontEnd
instead of $FrontEndSession
then it persists even across restarts. I do not recommend doing this though, as there is a good reason for the "Printout"
environment downscaling to 80%: this environment is used when printing notebooks or converting notebooks to multi-page PDFs. Without the downscaling very little content fits on a single page.
$endgroup$
add a comment |
$begingroup$
This has nothing to do with MaTeX and is essentially a duplicate of
- How to export graphics in “Working” style environment rather than “Printout”?
(But can't be marked as such because that question is on StackOverflow, and it was asked before the creation of Mathematica.SE)
However, MaTeX does come with a nice tutorial on preparing figures to size, which explains this issue. Enter MaTeX/tutorial/PreparingFiguresToSize
in the address bar of the documentation browser.
In short, when an expression with head Graphics
or Graphics3D
is exported, it retains the sizes. However, when any other visual expression is exported to PDF, it will use the styles from the PrintingStyleEnvironment
. The default is "Printout"
, which downscales everything to 80%. This applies to all sorts of expressions that format content in notebooks, such as Row
, Grid
, Labeled
, etc. It also applies to Legended
, which is the head of any graphics containing a legend. This is because Legended
uses the same underlying boxes as Grid
, Column
, Labeled
and several others: GridBox
.
Yes, this is very annoying and very hard to figure out if you are not aware of it.
The workaround is to set the PrintingStyleEnvironment
to be the same as the style environment used for on-screen display:
SetOptions[$FrontEndSession, PrintingStyleEnvironment -> "Working"]
This setting will persist until you restart the Front End. If you use $FrontEnd
instead of $FrontEndSession
then it persists even across restarts. I do not recommend doing this though, as there is a good reason for the "Printout"
environment downscaling to 80%: this environment is used when printing notebooks or converting notebooks to multi-page PDFs. Without the downscaling very little content fits on a single page.
$endgroup$
add a comment |
$begingroup$
This has nothing to do with MaTeX and is essentially a duplicate of
- How to export graphics in “Working” style environment rather than “Printout”?
(But can't be marked as such because that question is on StackOverflow, and it was asked before the creation of Mathematica.SE)
However, MaTeX does come with a nice tutorial on preparing figures to size, which explains this issue. Enter MaTeX/tutorial/PreparingFiguresToSize
in the address bar of the documentation browser.
In short, when an expression with head Graphics
or Graphics3D
is exported, it retains the sizes. However, when any other visual expression is exported to PDF, it will use the styles from the PrintingStyleEnvironment
. The default is "Printout"
, which downscales everything to 80%. This applies to all sorts of expressions that format content in notebooks, such as Row
, Grid
, Labeled
, etc. It also applies to Legended
, which is the head of any graphics containing a legend. This is because Legended
uses the same underlying boxes as Grid
, Column
, Labeled
and several others: GridBox
.
Yes, this is very annoying and very hard to figure out if you are not aware of it.
The workaround is to set the PrintingStyleEnvironment
to be the same as the style environment used for on-screen display:
SetOptions[$FrontEndSession, PrintingStyleEnvironment -> "Working"]
This setting will persist until you restart the Front End. If you use $FrontEnd
instead of $FrontEndSession
then it persists even across restarts. I do not recommend doing this though, as there is a good reason for the "Printout"
environment downscaling to 80%: this environment is used when printing notebooks or converting notebooks to multi-page PDFs. Without the downscaling very little content fits on a single page.
$endgroup$
This has nothing to do with MaTeX and is essentially a duplicate of
- How to export graphics in “Working” style environment rather than “Printout”?
(But can't be marked as such because that question is on StackOverflow, and it was asked before the creation of Mathematica.SE)
However, MaTeX does come with a nice tutorial on preparing figures to size, which explains this issue. Enter MaTeX/tutorial/PreparingFiguresToSize
in the address bar of the documentation browser.
In short, when an expression with head Graphics
or Graphics3D
is exported, it retains the sizes. However, when any other visual expression is exported to PDF, it will use the styles from the PrintingStyleEnvironment
. The default is "Printout"
, which downscales everything to 80%. This applies to all sorts of expressions that format content in notebooks, such as Row
, Grid
, Labeled
, etc. It also applies to Legended
, which is the head of any graphics containing a legend. This is because Legended
uses the same underlying boxes as Grid
, Column
, Labeled
and several others: GridBox
.
Yes, this is very annoying and very hard to figure out if you are not aware of it.
The workaround is to set the PrintingStyleEnvironment
to be the same as the style environment used for on-screen display:
SetOptions[$FrontEndSession, PrintingStyleEnvironment -> "Working"]
This setting will persist until you restart the Front End. If you use $FrontEnd
instead of $FrontEndSession
then it persists even across restarts. I do not recommend doing this though, as there is a good reason for the "Printout"
environment downscaling to 80%: this environment is used when printing notebooks or converting notebooks to multi-page PDFs. Without the downscaling very little content fits on a single page.
edited 2 hours ago
answered 2 hours ago
SzabolcsSzabolcs
163k14447944
163k14447944
add a comment |
add a comment |
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$begingroup$
Minor note:
MaTeX
does use a 12 pt font size by default, but instead of relying on that (it may change in the future!) I would set it explicitly too.$endgroup$
– Szabolcs
2 hours ago