How can I set the boldmath font with unicode-math?
up vote
5
down vote
favorite
I am trying to typeset a document in Linux Libertine, and I want to use the font for alphanumeric characters in math mode as well. I am using unicode-math
, not mathspec
, because I need to specify alphabets like mathup
explicitly for compatibility with packages like hepnames
. I did not find a way to do that with mathspec
. The engine I use is XeLaTeX. I initially specify TeX Gyre Pagella Math as a complete math font for symbols etc. I want the subsequent declarations to overwrite the font for text characters as Libertine.
I find several problems, illustrated by the MWE below:
- The
boldmath
switch doesn't do anything. - Numbers are not rendered correctly in bold and italic, only letters.
mathbf
(the last "A = 1" in the MWE) is rendered in Pagella, not in Libertine at all.
I already tried adding /{latin,Latin,num}
to the range
declarations, without success. What am I missing here?
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{B = 2}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
Without font changes, everything looks OK:
documentclass{minimal}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{B = 2}$}\
end{tabular}
end{document}
math-mode fonts xetex fontspec unicode-math
add a comment |
up vote
5
down vote
favorite
I am trying to typeset a document in Linux Libertine, and I want to use the font for alphanumeric characters in math mode as well. I am using unicode-math
, not mathspec
, because I need to specify alphabets like mathup
explicitly for compatibility with packages like hepnames
. I did not find a way to do that with mathspec
. The engine I use is XeLaTeX. I initially specify TeX Gyre Pagella Math as a complete math font for symbols etc. I want the subsequent declarations to overwrite the font for text characters as Libertine.
I find several problems, illustrated by the MWE below:
- The
boldmath
switch doesn't do anything. - Numbers are not rendered correctly in bold and italic, only letters.
mathbf
(the last "A = 1" in the MWE) is rendered in Pagella, not in Libertine at all.
I already tried adding /{latin,Latin,num}
to the range
declarations, without success. What am I missing here?
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{B = 2}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
Without font changes, everything looks OK:
documentclass{minimal}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{B = 2}$}\
end{tabular}
end{document}
math-mode fonts xetex fontspec unicode-math
1
by default unicode-math sets upboldmath
not to switch fonts but rather to switch characters into the bold math alphabet range starting at U+1d400 in the current math font, so the appearance depends on the glyphs in that range.
– David Carlisle
Apr 30 '15 at 11:06
2
boldmath
is shorthand formathversion{bold}
unicode-math allows aversion=bold
key in its font setting option to specify fonts to use in that case.
– David Carlisle
Apr 30 '15 at 11:08
I already looked adversion=bold
. If I add lines likesetmathfont[range=mathup,version=bold]{LinLibertine_RB.otf}
orsetmathfont[range=mathit,version=bold]{LinLibertine_RBI.otf}
, all characters in math mode become bold/italic. I guess I'm doing it wrong.
– tg85
Apr 30 '15 at 11:26
add a comment |
up vote
5
down vote
favorite
up vote
5
down vote
favorite
I am trying to typeset a document in Linux Libertine, and I want to use the font for alphanumeric characters in math mode as well. I am using unicode-math
, not mathspec
, because I need to specify alphabets like mathup
explicitly for compatibility with packages like hepnames
. I did not find a way to do that with mathspec
. The engine I use is XeLaTeX. I initially specify TeX Gyre Pagella Math as a complete math font for symbols etc. I want the subsequent declarations to overwrite the font for text characters as Libertine.
I find several problems, illustrated by the MWE below:
- The
boldmath
switch doesn't do anything. - Numbers are not rendered correctly in bold and italic, only letters.
mathbf
(the last "A = 1" in the MWE) is rendered in Pagella, not in Libertine at all.
I already tried adding /{latin,Latin,num}
to the range
declarations, without success. What am I missing here?
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{B = 2}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
Without font changes, everything looks OK:
documentclass{minimal}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{B = 2}$}\
end{tabular}
end{document}
math-mode fonts xetex fontspec unicode-math
I am trying to typeset a document in Linux Libertine, and I want to use the font for alphanumeric characters in math mode as well. I am using unicode-math
, not mathspec
, because I need to specify alphabets like mathup
explicitly for compatibility with packages like hepnames
. I did not find a way to do that with mathspec
. The engine I use is XeLaTeX. I initially specify TeX Gyre Pagella Math as a complete math font for symbols etc. I want the subsequent declarations to overwrite the font for text characters as Libertine.
I find several problems, illustrated by the MWE below:
- The
boldmath
switch doesn't do anything. - Numbers are not rendered correctly in bold and italic, only letters.
mathbf
(the last "A = 1" in the MWE) is rendered in Pagella, not in Libertine at all.
I already tried adding /{latin,Latin,num}
to the range
declarations, without success. What am I missing here?
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{B = 2}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
Without font changes, everything looks OK:
documentclass{minimal}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{B = 2}$}\
end{tabular}
end{document}
math-mode fonts xetex fontspec unicode-math
math-mode fonts xetex fontspec unicode-math
asked Apr 30 '15 at 11:03
tg85
566
566
1
by default unicode-math sets upboldmath
not to switch fonts but rather to switch characters into the bold math alphabet range starting at U+1d400 in the current math font, so the appearance depends on the glyphs in that range.
– David Carlisle
Apr 30 '15 at 11:06
2
boldmath
is shorthand formathversion{bold}
unicode-math allows aversion=bold
key in its font setting option to specify fonts to use in that case.
– David Carlisle
Apr 30 '15 at 11:08
I already looked adversion=bold
. If I add lines likesetmathfont[range=mathup,version=bold]{LinLibertine_RB.otf}
orsetmathfont[range=mathit,version=bold]{LinLibertine_RBI.otf}
, all characters in math mode become bold/italic. I guess I'm doing it wrong.
– tg85
Apr 30 '15 at 11:26
add a comment |
1
by default unicode-math sets upboldmath
not to switch fonts but rather to switch characters into the bold math alphabet range starting at U+1d400 in the current math font, so the appearance depends on the glyphs in that range.
– David Carlisle
Apr 30 '15 at 11:06
2
boldmath
is shorthand formathversion{bold}
unicode-math allows aversion=bold
key in its font setting option to specify fonts to use in that case.
– David Carlisle
Apr 30 '15 at 11:08
I already looked adversion=bold
. If I add lines likesetmathfont[range=mathup,version=bold]{LinLibertine_RB.otf}
orsetmathfont[range=mathit,version=bold]{LinLibertine_RBI.otf}
, all characters in math mode become bold/italic. I guess I'm doing it wrong.
– tg85
Apr 30 '15 at 11:26
1
1
by default unicode-math sets up
boldmath
not to switch fonts but rather to switch characters into the bold math alphabet range starting at U+1d400 in the current math font, so the appearance depends on the glyphs in that range.– David Carlisle
Apr 30 '15 at 11:06
by default unicode-math sets up
boldmath
not to switch fonts but rather to switch characters into the bold math alphabet range starting at U+1d400 in the current math font, so the appearance depends on the glyphs in that range.– David Carlisle
Apr 30 '15 at 11:06
2
2
boldmath
is shorthand for mathversion{bold}
unicode-math allows a version=bold
key in its font setting option to specify fonts to use in that case.– David Carlisle
Apr 30 '15 at 11:08
boldmath
is shorthand for mathversion{bold}
unicode-math allows a version=bold
key in its font setting option to specify fonts to use in that case.– David Carlisle
Apr 30 '15 at 11:08
I already looked ad
version=bold
. If I add lines like setmathfont[range=mathup,version=bold]{LinLibertine_RB.otf}
or setmathfont[range=mathit,version=bold]{LinLibertine_RBI.otf}
, all characters in math mode become bold/italic. I guess I'm doing it wrong.– tg85
Apr 30 '15 at 11:26
I already looked ad
version=bold
. If I add lines like setmathfont[range=mathup,version=bold]{LinLibertine_RB.otf}
or setmathfont[range=mathit,version=bold]{LinLibertine_RBI.otf}
, all characters in math mode become bold/italic. I guess I'm doing it wrong.– tg85
Apr 30 '15 at 11:26
add a comment |
3 Answers
3
active
oldest
votes
up vote
1
down vote
accepted
I found a solution that works for me. I started playing around with version=bold
, as David suggested, but that kept turning all my math mode text bold. In the end I switched from file names to system font names. (I wanted to avoid that initially, since I am working on the same document from several different machines.) With system font names, boldmath
worked immediately and automatically. I also found that mathbfup
must be specified instead of mathbf
.
Another problem with using system font names is that, for some reason, the semi-bold Libertine style is loaded per default as bold. That is the reason for the BoldFont
specification in the MWE below.
The solution is not perfect. You can see that all numbers in math mode are rendered upright, even in mathit
. Also, the number in mathbfit
is not bold. All fonts are correct though, and it's good enough for my purposes.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont{TeX Gyre Pagella Math}
setmathfont[range=mathup,
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont[range=mathit,
BoldFont=Linux Libertine Bold Italic]
{Linux Libertine Italic}
setmathfont[range=mathbfup]{Linux Libertine Bold}
setmathfont[range=mathbfit]{Linux Libertine Bold Italic}
begin{document}
begin{tabular}{lll}
~ & Regular & Italic\
Text & A = 1 & textit{A = 1}\
Textbf & textbf{A = 1} & textbf{textit{A = 1}}\
Math & $A = 1$ & $mathit{A = 1}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{A = 1}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
add a comment |
up vote
0
down vote
With xelatex
or lualatex
documentclass{standalone}
usepackage{hepparticles}
usepackage{hepnames}
usepackage[math-style=ISO]{unicode-math}
usepackage{libertinus}
usepackage{array}
begin{document}
tabcolsep=10pt
begin{tabular}{>{ttfamilytextbackslash}lll}
normalfont & Regular &itshape Italic\
textnormal & A = 1 & textit{A = 1}\
textbf & textbf{A = 1} & textbf{textit{A = 1}}\
mathup & $mathup{A} = 1$ & $A = 1$\
symbf & $symbfup{A = 1}$ & $symbfit{A = 1}$\
mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
add a comment |
up vote
-1
down vote
Using the package amsbsy and pmb seems to get the boldmath.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
usepackage{amsbsy}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & { $pmb{A = 1}$} & {$pmb{mathit{B = 2}}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
1
This seems to produce a different (third?) font. imgur.com/Bw48aZc
– tg85
Apr 30 '15 at 11:20
I do not see any different font!
– Ambika Vanchinathan
Apr 30 '15 at 11:24
pmb
just prints three copies of the glyph slightly offset, it is not a true bold font.
– Andrew Swann
Apr 30 '15 at 12:14
3
don't usepmb
unless you are desperate (and then consider not using it:-)
– David Carlisle
Apr 30 '15 at 12:20
add a comment |
3 Answers
3
active
oldest
votes
3 Answers
3
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
1
down vote
accepted
I found a solution that works for me. I started playing around with version=bold
, as David suggested, but that kept turning all my math mode text bold. In the end I switched from file names to system font names. (I wanted to avoid that initially, since I am working on the same document from several different machines.) With system font names, boldmath
worked immediately and automatically. I also found that mathbfup
must be specified instead of mathbf
.
Another problem with using system font names is that, for some reason, the semi-bold Libertine style is loaded per default as bold. That is the reason for the BoldFont
specification in the MWE below.
The solution is not perfect. You can see that all numbers in math mode are rendered upright, even in mathit
. Also, the number in mathbfit
is not bold. All fonts are correct though, and it's good enough for my purposes.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont{TeX Gyre Pagella Math}
setmathfont[range=mathup,
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont[range=mathit,
BoldFont=Linux Libertine Bold Italic]
{Linux Libertine Italic}
setmathfont[range=mathbfup]{Linux Libertine Bold}
setmathfont[range=mathbfit]{Linux Libertine Bold Italic}
begin{document}
begin{tabular}{lll}
~ & Regular & Italic\
Text & A = 1 & textit{A = 1}\
Textbf & textbf{A = 1} & textbf{textit{A = 1}}\
Math & $A = 1$ & $mathit{A = 1}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{A = 1}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
add a comment |
up vote
1
down vote
accepted
I found a solution that works for me. I started playing around with version=bold
, as David suggested, but that kept turning all my math mode text bold. In the end I switched from file names to system font names. (I wanted to avoid that initially, since I am working on the same document from several different machines.) With system font names, boldmath
worked immediately and automatically. I also found that mathbfup
must be specified instead of mathbf
.
Another problem with using system font names is that, for some reason, the semi-bold Libertine style is loaded per default as bold. That is the reason for the BoldFont
specification in the MWE below.
The solution is not perfect. You can see that all numbers in math mode are rendered upright, even in mathit
. Also, the number in mathbfit
is not bold. All fonts are correct though, and it's good enough for my purposes.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont{TeX Gyre Pagella Math}
setmathfont[range=mathup,
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont[range=mathit,
BoldFont=Linux Libertine Bold Italic]
{Linux Libertine Italic}
setmathfont[range=mathbfup]{Linux Libertine Bold}
setmathfont[range=mathbfit]{Linux Libertine Bold Italic}
begin{document}
begin{tabular}{lll}
~ & Regular & Italic\
Text & A = 1 & textit{A = 1}\
Textbf & textbf{A = 1} & textbf{textit{A = 1}}\
Math & $A = 1$ & $mathit{A = 1}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{A = 1}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
add a comment |
up vote
1
down vote
accepted
up vote
1
down vote
accepted
I found a solution that works for me. I started playing around with version=bold
, as David suggested, but that kept turning all my math mode text bold. In the end I switched from file names to system font names. (I wanted to avoid that initially, since I am working on the same document from several different machines.) With system font names, boldmath
worked immediately and automatically. I also found that mathbfup
must be specified instead of mathbf
.
Another problem with using system font names is that, for some reason, the semi-bold Libertine style is loaded per default as bold. That is the reason for the BoldFont
specification in the MWE below.
The solution is not perfect. You can see that all numbers in math mode are rendered upright, even in mathit
. Also, the number in mathbfit
is not bold. All fonts are correct though, and it's good enough for my purposes.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont{TeX Gyre Pagella Math}
setmathfont[range=mathup,
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont[range=mathit,
BoldFont=Linux Libertine Bold Italic]
{Linux Libertine Italic}
setmathfont[range=mathbfup]{Linux Libertine Bold}
setmathfont[range=mathbfit]{Linux Libertine Bold Italic}
begin{document}
begin{tabular}{lll}
~ & Regular & Italic\
Text & A = 1 & textit{A = 1}\
Textbf & textbf{A = 1} & textbf{textit{A = 1}}\
Math & $A = 1$ & $mathit{A = 1}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{A = 1}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
I found a solution that works for me. I started playing around with version=bold
, as David suggested, but that kept turning all my math mode text bold. In the end I switched from file names to system font names. (I wanted to avoid that initially, since I am working on the same document from several different machines.) With system font names, boldmath
worked immediately and automatically. I also found that mathbfup
must be specified instead of mathbf
.
Another problem with using system font names is that, for some reason, the semi-bold Libertine style is loaded per default as bold. That is the reason for the BoldFont
specification in the MWE below.
The solution is not perfect. You can see that all numbers in math mode are rendered upright, even in mathit
. Also, the number in mathbfit
is not bold. All fonts are correct though, and it's good enough for my purposes.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
setmainfont[
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont{TeX Gyre Pagella Math}
setmathfont[range=mathup,
BoldFont=Linux Libertine Bold,
BoldItalicFont=Linux Libertine Bold Italic]
{Linux Libertine}
setmathfont[range=mathit,
BoldFont=Linux Libertine Bold Italic]
{Linux Libertine Italic}
setmathfont[range=mathbfup]{Linux Libertine Bold}
setmathfont[range=mathbfit]{Linux Libertine Bold Italic}
begin{document}
begin{tabular}{lll}
~ & Regular & Italic\
Text & A = 1 & textit{A = 1}\
Textbf & textbf{A = 1} & textbf{textit{A = 1}}\
Math & $A = 1$ & $mathit{A = 1}$\
Boldmath & {boldmath $A = 1$} & {boldmath $mathit{A = 1}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
edited May 2 '15 at 21:43
answered Apr 30 '15 at 14:51
tg85
566
566
add a comment |
add a comment |
up vote
0
down vote
With xelatex
or lualatex
documentclass{standalone}
usepackage{hepparticles}
usepackage{hepnames}
usepackage[math-style=ISO]{unicode-math}
usepackage{libertinus}
usepackage{array}
begin{document}
tabcolsep=10pt
begin{tabular}{>{ttfamilytextbackslash}lll}
normalfont & Regular &itshape Italic\
textnormal & A = 1 & textit{A = 1}\
textbf & textbf{A = 1} & textbf{textit{A = 1}}\
mathup & $mathup{A} = 1$ & $A = 1$\
symbf & $symbfup{A = 1}$ & $symbfit{A = 1}$\
mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
add a comment |
up vote
0
down vote
With xelatex
or lualatex
documentclass{standalone}
usepackage{hepparticles}
usepackage{hepnames}
usepackage[math-style=ISO]{unicode-math}
usepackage{libertinus}
usepackage{array}
begin{document}
tabcolsep=10pt
begin{tabular}{>{ttfamilytextbackslash}lll}
normalfont & Regular &itshape Italic\
textnormal & A = 1 & textit{A = 1}\
textbf & textbf{A = 1} & textbf{textit{A = 1}}\
mathup & $mathup{A} = 1$ & $A = 1$\
symbf & $symbfup{A = 1}$ & $symbfit{A = 1}$\
mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
add a comment |
up vote
0
down vote
up vote
0
down vote
With xelatex
or lualatex
documentclass{standalone}
usepackage{hepparticles}
usepackage{hepnames}
usepackage[math-style=ISO]{unicode-math}
usepackage{libertinus}
usepackage{array}
begin{document}
tabcolsep=10pt
begin{tabular}{>{ttfamilytextbackslash}lll}
normalfont & Regular &itshape Italic\
textnormal & A = 1 & textit{A = 1}\
textbf & textbf{A = 1} & textbf{textit{A = 1}}\
mathup & $mathup{A} = 1$ & $A = 1$\
symbf & $symbfup{A = 1}$ & $symbfit{A = 1}$\
mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
With xelatex
or lualatex
documentclass{standalone}
usepackage{hepparticles}
usepackage{hepnames}
usepackage[math-style=ISO]{unicode-math}
usepackage{libertinus}
usepackage{array}
begin{document}
tabcolsep=10pt
begin{tabular}{>{ttfamilytextbackslash}lll}
normalfont & Regular &itshape Italic\
textnormal & A = 1 & textit{A = 1}\
textbf & textbf{A = 1} & textbf{textit{A = 1}}\
mathup & $mathup{A} = 1$ & $A = 1$\
symbf & $symbfup{A = 1}$ & $symbfit{A = 1}$\
mathbf & $mathbf{A = 1}$ & $mathbfit{A = 1}$\
end{tabular}
end{document}
answered 13 hours ago


Herbert
265k23403712
265k23403712
add a comment |
add a comment |
up vote
-1
down vote
Using the package amsbsy and pmb seems to get the boldmath.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
usepackage{amsbsy}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & { $pmb{A = 1}$} & {$pmb{mathit{B = 2}}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
1
This seems to produce a different (third?) font. imgur.com/Bw48aZc
– tg85
Apr 30 '15 at 11:20
I do not see any different font!
– Ambika Vanchinathan
Apr 30 '15 at 11:24
pmb
just prints three copies of the glyph slightly offset, it is not a true bold font.
– Andrew Swann
Apr 30 '15 at 12:14
3
don't usepmb
unless you are desperate (and then consider not using it:-)
– David Carlisle
Apr 30 '15 at 12:20
add a comment |
up vote
-1
down vote
Using the package amsbsy and pmb seems to get the boldmath.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
usepackage{amsbsy}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & { $pmb{A = 1}$} & {$pmb{mathit{B = 2}}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
1
This seems to produce a different (third?) font. imgur.com/Bw48aZc
– tg85
Apr 30 '15 at 11:20
I do not see any different font!
– Ambika Vanchinathan
Apr 30 '15 at 11:24
pmb
just prints three copies of the glyph slightly offset, it is not a true bold font.
– Andrew Swann
Apr 30 '15 at 12:14
3
don't usepmb
unless you are desperate (and then consider not using it:-)
– David Carlisle
Apr 30 '15 at 12:20
add a comment |
up vote
-1
down vote
up vote
-1
down vote
Using the package amsbsy and pmb seems to get the boldmath.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
usepackage{amsbsy}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & { $pmb{A = 1}$} & {$pmb{mathit{B = 2}}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
Using the package amsbsy and pmb seems to get the boldmath.
documentclass{minimal}
usepackage{fontspec}
usepackage{unicode-math}
usepackage{amsbsy}
setmainfont[%
Ligatures=TeX,
BoldFont=LinLibertine_RB.otf,
ItalicFont=LinLibertine_RI.otf,
BoldItalicFont=LinLibertine_RBI.otf]
{LinLibertine_R.otf}
setmathfont{texgyrepagella-math.otf}
setmathfont[range=mathup]{LinLibertine_R.otf}
setmathfont[range=mathbf]{LinLibertine_RB.otf}
setmathfont[range=mathit]{LinLibertine_RI.otf}
setmathfont[range=mathbfit]{LinLibertine_RBI.otf}
begin{document}
begin{tabular}{lll}
Text & A = 1 & textit{B = 2}\
Textbf & textbf{A = 1} & textbf{textit{B = 2}}\
Math & $A = 1$ & $mathit{B = 2}$\
Boldmath & { $pmb{A = 1}$} & {$pmb{mathit{B = 2}}$}\
Mathbf & $mathbf{A = 1}$ & $mathbfit{B = 2}$\
end{tabular}
end{document}
edited Apr 30 '15 at 11:23


Andrew Swann
76k9126321
76k9126321
answered Apr 30 '15 at 11:11
Ambika Vanchinathan
2,39359
2,39359
1
This seems to produce a different (third?) font. imgur.com/Bw48aZc
– tg85
Apr 30 '15 at 11:20
I do not see any different font!
– Ambika Vanchinathan
Apr 30 '15 at 11:24
pmb
just prints three copies of the glyph slightly offset, it is not a true bold font.
– Andrew Swann
Apr 30 '15 at 12:14
3
don't usepmb
unless you are desperate (and then consider not using it:-)
– David Carlisle
Apr 30 '15 at 12:20
add a comment |
1
This seems to produce a different (third?) font. imgur.com/Bw48aZc
– tg85
Apr 30 '15 at 11:20
I do not see any different font!
– Ambika Vanchinathan
Apr 30 '15 at 11:24
pmb
just prints three copies of the glyph slightly offset, it is not a true bold font.
– Andrew Swann
Apr 30 '15 at 12:14
3
don't usepmb
unless you are desperate (and then consider not using it:-)
– David Carlisle
Apr 30 '15 at 12:20
1
1
This seems to produce a different (third?) font. imgur.com/Bw48aZc
– tg85
Apr 30 '15 at 11:20
This seems to produce a different (third?) font. imgur.com/Bw48aZc
– tg85
Apr 30 '15 at 11:20
I do not see any different font!
– Ambika Vanchinathan
Apr 30 '15 at 11:24
I do not see any different font!
– Ambika Vanchinathan
Apr 30 '15 at 11:24
pmb
just prints three copies of the glyph slightly offset, it is not a true bold font.– Andrew Swann
Apr 30 '15 at 12:14
pmb
just prints three copies of the glyph slightly offset, it is not a true bold font.– Andrew Swann
Apr 30 '15 at 12:14
3
3
don't use
pmb
unless you are desperate (and then consider not using it:-)– David Carlisle
Apr 30 '15 at 12:20
don't use
pmb
unless you are desperate (and then consider not using it:-)– David Carlisle
Apr 30 '15 at 12:20
add a comment |
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1
by default unicode-math sets up
boldmath
not to switch fonts but rather to switch characters into the bold math alphabet range starting at U+1d400 in the current math font, so the appearance depends on the glyphs in that range.– David Carlisle
Apr 30 '15 at 11:06
2
boldmath
is shorthand formathversion{bold}
unicode-math allows aversion=bold
key in its font setting option to specify fonts to use in that case.– David Carlisle
Apr 30 '15 at 11:08
I already looked ad
version=bold
. If I add lines likesetmathfont[range=mathup,version=bold]{LinLibertine_RB.otf}
orsetmathfont[range=mathit,version=bold]{LinLibertine_RBI.otf}
, all characters in math mode become bold/italic. I guess I'm doing it wrong.– tg85
Apr 30 '15 at 11:26