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How can I get Greek bold letters?
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I like to wrap linear algebra (matrices/vectors) with mathbf{}
. However, this doesn't appear to work with Greek letters (and who knows what else?). Is there a fix for this?
I'm open to a range of solutions; even introducing a new font family. What I don't want to do is simply fall back on bm
.
fonts greek boldmath
add a comment |
I like to wrap linear algebra (matrices/vectors) with mathbf{}
. However, this doesn't appear to work with Greek letters (and who knows what else?). Is there a fix for this?
I'm open to a range of solutions; even introducing a new font family. What I don't want to do is simply fall back on bm
.
fonts greek boldmath
1
What is wrong withbm
? Perhaps you should be a bit more specific in what exactly it is you want.
– daleif
15 hours ago
It's not terrible. I just like to make the type distinction visibly striking.
– Sebastian Oberhoff
15 hours ago
1
That all depends on the font being used. Note thatmathbf
produces upright bold letters. If that is what you are looking for with greek, then you should mention this in your question. I generally usebm
because it is bold italic, and using this as a vector, then it make sense that the items ofbm{x}
arex_i
with an italicx
.
– daleif
15 hours ago
That's a good argument. But then what's the purpose ofmathbf{}
if you always have to worry about Greek letters ruining your consistency?
– Sebastian Oberhoff
13 hours ago
I'm guessing tradition. Remember LaTeX comes from a time with large limits and resources and especially fonts, probably something to do with which font and which slots it looks in. There are many of the math font macros that only supports a limited number of inputs,mathbf
is no different.
– daleif
13 hours ago
add a comment |
I like to wrap linear algebra (matrices/vectors) with mathbf{}
. However, this doesn't appear to work with Greek letters (and who knows what else?). Is there a fix for this?
I'm open to a range of solutions; even introducing a new font family. What I don't want to do is simply fall back on bm
.
fonts greek boldmath
I like to wrap linear algebra (matrices/vectors) with mathbf{}
. However, this doesn't appear to work with Greek letters (and who knows what else?). Is there a fix for this?
I'm open to a range of solutions; even introducing a new font family. What I don't want to do is simply fall back on bm
.
fonts greek boldmath
fonts greek boldmath
edited 15 hours ago
JouleV
4,76111039
4,76111039
asked 15 hours ago
Sebastian OberhoffSebastian Oberhoff
1445
1445
1
What is wrong withbm
? Perhaps you should be a bit more specific in what exactly it is you want.
– daleif
15 hours ago
It's not terrible. I just like to make the type distinction visibly striking.
– Sebastian Oberhoff
15 hours ago
1
That all depends on the font being used. Note thatmathbf
produces upright bold letters. If that is what you are looking for with greek, then you should mention this in your question. I generally usebm
because it is bold italic, and using this as a vector, then it make sense that the items ofbm{x}
arex_i
with an italicx
.
– daleif
15 hours ago
That's a good argument. But then what's the purpose ofmathbf{}
if you always have to worry about Greek letters ruining your consistency?
– Sebastian Oberhoff
13 hours ago
I'm guessing tradition. Remember LaTeX comes from a time with large limits and resources and especially fonts, probably something to do with which font and which slots it looks in. There are many of the math font macros that only supports a limited number of inputs,mathbf
is no different.
– daleif
13 hours ago
add a comment |
1
What is wrong withbm
? Perhaps you should be a bit more specific in what exactly it is you want.
– daleif
15 hours ago
It's not terrible. I just like to make the type distinction visibly striking.
– Sebastian Oberhoff
15 hours ago
1
That all depends on the font being used. Note thatmathbf
produces upright bold letters. If that is what you are looking for with greek, then you should mention this in your question. I generally usebm
because it is bold italic, and using this as a vector, then it make sense that the items ofbm{x}
arex_i
with an italicx
.
– daleif
15 hours ago
That's a good argument. But then what's the purpose ofmathbf{}
if you always have to worry about Greek letters ruining your consistency?
– Sebastian Oberhoff
13 hours ago
I'm guessing tradition. Remember LaTeX comes from a time with large limits and resources and especially fonts, probably something to do with which font and which slots it looks in. There are many of the math font macros that only supports a limited number of inputs,mathbf
is no different.
– daleif
13 hours ago
1
1
What is wrong with
bm
? Perhaps you should be a bit more specific in what exactly it is you want.– daleif
15 hours ago
What is wrong with
bm
? Perhaps you should be a bit more specific in what exactly it is you want.– daleif
15 hours ago
It's not terrible. I just like to make the type distinction visibly striking.
– Sebastian Oberhoff
15 hours ago
It's not terrible. I just like to make the type distinction visibly striking.
– Sebastian Oberhoff
15 hours ago
1
1
That all depends on the font being used. Note that
mathbf
produces upright bold letters. If that is what you are looking for with greek, then you should mention this in your question. I generally use bm
because it is bold italic, and using this as a vector, then it make sense that the items of bm{x}
are x_i
with an italic x
.– daleif
15 hours ago
That all depends on the font being used. Note that
mathbf
produces upright bold letters. If that is what you are looking for with greek, then you should mention this in your question. I generally use bm
because it is bold italic, and using this as a vector, then it make sense that the items of bm{x}
are x_i
with an italic x
.– daleif
15 hours ago
That's a good argument. But then what's the purpose of
mathbf{}
if you always have to worry about Greek letters ruining your consistency?– Sebastian Oberhoff
13 hours ago
That's a good argument. But then what's the purpose of
mathbf{}
if you always have to worry about Greek letters ruining your consistency?– Sebastian Oberhoff
13 hours ago
I'm guessing tradition. Remember LaTeX comes from a time with large limits and resources and especially fonts, probably something to do with which font and which slots it looks in. There are many of the math font macros that only supports a limited number of inputs,
mathbf
is no different.– daleif
13 hours ago
I'm guessing tradition. Remember LaTeX comes from a time with large limits and resources and especially fonts, probably something to do with which font and which slots it looks in. There are many of the math font macros that only supports a limited number of inputs,
mathbf
is no different.– daleif
13 hours ago
add a comment |
2 Answers
2
active
oldest
votes
I absolutely agree with @dailef. However, you could also try this code with packages amsmath, amssymb, amsbsy
. This code contains another two alternatives.
documentclass[a4paper,12pt]{article}
usepackage{amsmath,amssymb,amsbsy}
begin{document}
[boldsymbol{alpha}, boldsymbol{beta}, mbox{boldmath$alpha$}, mbox{boldmath$beta$} ]
end{document}
I would assume that this is whatbm
uses when available.
– daleif
14 hours ago
@daleif Yes of course.
– Sebastiano
14 hours ago
add a comment |
The unicode-math
package supports mathbf
, as well as the newer commands symbfup
and symbfit
to specify upright and slanted bold math letters. These also have aliases such as mbfitalpha
(mathematical bold italic alpha). In addition, if a math font comes in a bold version (like XITS Math Bold and Libertinus Math Bold), you can use its glyphs with boldmath
and boldsymbol
.
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
I absolutely agree with @dailef. However, you could also try this code with packages amsmath, amssymb, amsbsy
. This code contains another two alternatives.
documentclass[a4paper,12pt]{article}
usepackage{amsmath,amssymb,amsbsy}
begin{document}
[boldsymbol{alpha}, boldsymbol{beta}, mbox{boldmath$alpha$}, mbox{boldmath$beta$} ]
end{document}
I would assume that this is whatbm
uses when available.
– daleif
14 hours ago
@daleif Yes of course.
– Sebastiano
14 hours ago
add a comment |
I absolutely agree with @dailef. However, you could also try this code with packages amsmath, amssymb, amsbsy
. This code contains another two alternatives.
documentclass[a4paper,12pt]{article}
usepackage{amsmath,amssymb,amsbsy}
begin{document}
[boldsymbol{alpha}, boldsymbol{beta}, mbox{boldmath$alpha$}, mbox{boldmath$beta$} ]
end{document}
I would assume that this is whatbm
uses when available.
– daleif
14 hours ago
@daleif Yes of course.
– Sebastiano
14 hours ago
add a comment |
I absolutely agree with @dailef. However, you could also try this code with packages amsmath, amssymb, amsbsy
. This code contains another two alternatives.
documentclass[a4paper,12pt]{article}
usepackage{amsmath,amssymb,amsbsy}
begin{document}
[boldsymbol{alpha}, boldsymbol{beta}, mbox{boldmath$alpha$}, mbox{boldmath$beta$} ]
end{document}
I absolutely agree with @dailef. However, you could also try this code with packages amsmath, amssymb, amsbsy
. This code contains another two alternatives.
documentclass[a4paper,12pt]{article}
usepackage{amsmath,amssymb,amsbsy}
begin{document}
[boldsymbol{alpha}, boldsymbol{beta}, mbox{boldmath$alpha$}, mbox{boldmath$beta$} ]
end{document}
edited 14 hours ago
answered 14 hours ago
SebastianoSebastiano
10.4k42060
10.4k42060
I would assume that this is whatbm
uses when available.
– daleif
14 hours ago
@daleif Yes of course.
– Sebastiano
14 hours ago
add a comment |
I would assume that this is whatbm
uses when available.
– daleif
14 hours ago
@daleif Yes of course.
– Sebastiano
14 hours ago
I would assume that this is what
bm
uses when available.– daleif
14 hours ago
I would assume that this is what
bm
uses when available.– daleif
14 hours ago
@daleif Yes of course.
– Sebastiano
14 hours ago
@daleif Yes of course.
– Sebastiano
14 hours ago
add a comment |
The unicode-math
package supports mathbf
, as well as the newer commands symbfup
and symbfit
to specify upright and slanted bold math letters. These also have aliases such as mbfitalpha
(mathematical bold italic alpha). In addition, if a math font comes in a bold version (like XITS Math Bold and Libertinus Math Bold), you can use its glyphs with boldmath
and boldsymbol
.
add a comment |
The unicode-math
package supports mathbf
, as well as the newer commands symbfup
and symbfit
to specify upright and slanted bold math letters. These also have aliases such as mbfitalpha
(mathematical bold italic alpha). In addition, if a math font comes in a bold version (like XITS Math Bold and Libertinus Math Bold), you can use its glyphs with boldmath
and boldsymbol
.
add a comment |
The unicode-math
package supports mathbf
, as well as the newer commands symbfup
and symbfit
to specify upright and slanted bold math letters. These also have aliases such as mbfitalpha
(mathematical bold italic alpha). In addition, if a math font comes in a bold version (like XITS Math Bold and Libertinus Math Bold), you can use its glyphs with boldmath
and boldsymbol
.
The unicode-math
package supports mathbf
, as well as the newer commands symbfup
and symbfit
to specify upright and slanted bold math letters. These also have aliases such as mbfitalpha
(mathematical bold italic alpha). In addition, if a math font comes in a bold version (like XITS Math Bold and Libertinus Math Bold), you can use its glyphs with boldmath
and boldsymbol
.
answered 10 hours ago
DavislorDavislor
6,5221329
6,5221329
add a comment |
add a comment |
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1
What is wrong with
bm
? Perhaps you should be a bit more specific in what exactly it is you want.– daleif
15 hours ago
It's not terrible. I just like to make the type distinction visibly striking.
– Sebastian Oberhoff
15 hours ago
1
That all depends on the font being used. Note that
mathbf
produces upright bold letters. If that is what you are looking for with greek, then you should mention this in your question. I generally usebm
because it is bold italic, and using this as a vector, then it make sense that the items ofbm{x}
arex_i
with an italicx
.– daleif
15 hours ago
That's a good argument. But then what's the purpose of
mathbf{}
if you always have to worry about Greek letters ruining your consistency?– Sebastian Oberhoff
13 hours ago
I'm guessing tradition. Remember LaTeX comes from a time with large limits and resources and especially fonts, probably something to do with which font and which slots it looks in. There are many of the math font macros that only supports a limited number of inputs,
mathbf
is no different.– daleif
13 hours ago