Use of bm package change symbols [duplicate]

This question already has an answer here:

Using bm with eulervm gives inconsistent ‘<’ and ‘>’ characters

2 answers

The following code

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}



begin{document}



$a<bquadbm{a<b}$



end{document}

Provides the following output:

enter image description here

The inequality symbol is not changed when I use, say, newpxmath instead. The problem seems to be indeed with the eulerpx package. How can this be solved?

asked Mar 15 at 16:58

Matemáticos Chibchas

23419

marked as duplicate by egreg, JouleV, Kurt, Sebastiano, samcarter Mar 15 at 20:11

This question has been asked before and already has an answer. If those answers do not fully address your question, please ask a new question.

I’m pretty sure this is a duplicate

– egreg
Mar 15 at 17:51

add a comment |

This question already has an answer here:

Using bm with eulervm gives inconsistent ‘<’ and ‘>’ characters

2 answers

The following code

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}



begin{document}



$a<bquadbm{a<b}$



end{document}

Provides the following output:

enter image description here

The inequality symbol is not changed when I use, say, newpxmath instead. The problem seems to be indeed with the eulerpx package. How can this be solved?

asked Mar 15 at 16:58

Matemáticos Chibchas

23419

marked as duplicate by egreg, JouleV, Kurt, Sebastiano, samcarter Mar 15 at 20:11

This question has been asked before and already has an answer. If those answers do not fully address your question, please ask a new question.

I’m pretty sure this is a duplicate

– egreg
Mar 15 at 17:51

add a comment |

This question already has an answer here:

Using bm with eulervm gives inconsistent ‘<’ and ‘>’ characters

2 answers

The following code

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}



begin{document}



$a<bquadbm{a<b}$



end{document}

Provides the following output:

enter image description here

The inequality symbol is not changed when I use, say, newpxmath instead. The problem seems to be indeed with the eulerpx package. How can this be solved?

asked Mar 15 at 16:58

Matemáticos Chibchas

23419

This question already has an answer here:

Using bm with eulervm gives inconsistent ‘<’ and ‘>’ characters

2 answers

The following code

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}



begin{document}



$a<bquadbm{a<b}$



end{document}

Provides the following output:

enter image description here

The inequality symbol is not changed when I use, say, newpxmath instead. The problem seems to be indeed with the eulerpx package. How can this be solved?

This question already has an answer here:

Using bm with eulervm gives inconsistent ‘<’ and ‘>’ characters

2 answers

asked Mar 15 at 16:58

Matemáticos Chibchas

23419

asked Mar 15 at 16:58

Matemáticos Chibchas

23419

asked Mar 15 at 16:58

Matemáticos Chibchas

23419

asked Mar 15 at 16:58

Matemáticos Chibchas

23419

asked Mar 15 at 16:58

Matemáticos Chibchas

23419

marked as duplicate by egreg, JouleV, Kurt, Sebastiano, samcarter Mar 15 at 20:11

This question has been asked before and already has an answer. If those answers do not fully address your question, please ask a new question.

marked as duplicate by egreg, JouleV, Kurt, Sebastiano, samcarter Mar 15 at 20:11

This question has been asked before and already has an answer. If those answers do not fully address your question, please ask a new question.

I’m pretty sure this is a duplicate

– egreg
Mar 15 at 17:51

add a comment |

I’m pretty sure this is a duplicate

– egreg
Mar 15 at 17:51

I’m pretty sure this is a duplicate

– egreg
Mar 15 at 17:51

add a comment |

1 Answer
1

active

oldest

votes

Not sure what all this breaks, but I redefined a symbol font and made < active inside of bm.

The begingroup...endgroup isolates the catcode change, while still allowing binary operators inside the bm to see what is outside of the bm, shown in the MWE as ybm{-y}.

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroupcatcode`<=active xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

{catcode`<=active gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<b}quad ybm{-y}$

end{document}

enter image description here

To apply this approach to both < and > relations requires just a little extra:

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroup%

  catcode`>=active %

  catcode`<=active %

  xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

letsvgt>

{catcode`>=active 

gdef>{mathop{mathrm{svgt}}}

catcode`<=active 

gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<>b}quad ybm{-y}$

end{document}

edited Mar 15 at 18:10

answered Mar 15 at 17:25

Steven B. Segletes

159k9204412

add a comment |

1 Answer
1

active

oldest

votes

1 Answer
1

active

oldest

votes

Not sure what all this breaks, but I redefined a symbol font and made < active inside of bm.

The begingroup...endgroup isolates the catcode change, while still allowing binary operators inside the bm to see what is outside of the bm, shown in the MWE as ybm{-y}.

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroupcatcode`<=active xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

{catcode`<=active gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<b}quad ybm{-y}$

end{document}

enter image description here

To apply this approach to both < and > relations requires just a little extra:

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroup%

  catcode`>=active %

  catcode`<=active %

  xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

letsvgt>

{catcode`>=active 

gdef>{mathop{mathrm{svgt}}}

catcode`<=active 

gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<>b}quad ybm{-y}$

end{document}

edited Mar 15 at 18:10

answered Mar 15 at 17:25

Steven B. Segletes

159k9204412

add a comment |

Not sure what all this breaks, but I redefined a symbol font and made < active inside of bm.

The begingroup...endgroup isolates the catcode change, while still allowing binary operators inside the bm to see what is outside of the bm, shown in the MWE as ybm{-y}.

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroupcatcode`<=active xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

{catcode`<=active gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<b}quad ybm{-y}$

end{document}

enter image description here

To apply this approach to both < and > relations requires just a little extra:

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroup%

  catcode`>=active %

  catcode`<=active %

  xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

letsvgt>

{catcode`>=active 

gdef>{mathop{mathrm{svgt}}}

catcode`<=active 

gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<>b}quad ybm{-y}$

end{document}

edited Mar 15 at 18:10

answered Mar 15 at 17:25

Steven B. Segletes

159k9204412

add a comment |

Not sure what all this breaks, but I redefined a symbol font and made < active inside of bm.

The begingroup...endgroup isolates the catcode change, while still allowing binary operators inside the bm to see what is outside of the bm, shown in the MWE as ybm{-y}.

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroupcatcode`<=active xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

{catcode`<=active gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<b}quad ybm{-y}$

end{document}

enter image description here

To apply this approach to both < and > relations requires just a little extra:

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroup%

  catcode`>=active %

  catcode`<=active %

  xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

letsvgt>

{catcode`>=active 

gdef>{mathop{mathrm{svgt}}}

catcode`<=active 

gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<>b}quad ybm{-y}$

end{document}

edited Mar 15 at 18:10

answered Mar 15 at 17:25

Steven B. Segletes

159k9204412

Not sure what all this breaks, but I redefined a symbol font and made < active inside of bm.

The begingroup...endgroup isolates the catcode change, while still allowing binary operators inside the bm to see what is outside of the bm, shown in the MWE as ybm{-y}.

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroupcatcode`<=active xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

{catcode`<=active gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<b}quad ybm{-y}$

end{document}

enter image description here

To apply this approach to both < and > relations requires just a little extra:

documentclass{amsart}

usepackage[utf8]{inputenc}

usepackage[T1]{fontenc}

usepackage{eulerpx,bm}

SetSymbolFont{letters}{bold}    {U}{zeur}{m}{n}

letsvbmbm

renewcommandbm{begingroup%

  catcode`>=active %

  catcode`<=active %

  xbm}

newcommandxbm[1]{svbm{#1}endgroup}

letsvlt<

letsvgt>

{catcode`>=active 

gdef>{mathop{mathrm{svgt}}}

catcode`<=active 

gdef<{mathop{mathrm{svlt}}}}

begin{document}

$a<bquadbm{a<>b}quad ybm{-y}$

end{document}

edited Mar 15 at 18:10

answered Mar 15 at 17:25

Steven B. Segletes

159k9204412

edited Mar 15 at 18:10

answered Mar 15 at 17:25

Steven B. Segletes

159k9204412

answered Mar 15 at 17:25

Steven B. Segletes

159k9204412

answered Mar 15 at 17:25

Steven B. Segletes

159k9204412

add a comment |

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