What are the LaTeX codes for clockwise and counter-clockwise integrals (∱ and ⨑)?
up vote
7
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If you do know, which package do I need to use? Thanks.
integral
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up vote
7
down vote
favorite
If you do know, which package do I need to use? Thanks.
integral
New contributor
add a comment |
up vote
7
down vote
favorite
up vote
7
down vote
favorite
If you do know, which package do I need to use? Thanks.
integral
New contributor
If you do know, which package do I need to use? Thanks.
integral
integral
New contributor
New contributor
edited Nov 26 at 21:27
mkrieger1
1034
1034
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asked Nov 26 at 16:20
trckojr
534
534
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4 Answers
4
active
oldest
votes
up vote
12
down vote
accepted
With the MnSymbol
package, you could use the following symbols:
documentclass{article}
usepackage{MnSymbol}
begin{document}
[
rcirclerightint
lcirclerightint
rcircleleftint
lcircleleftint
]
end{document}
(other package might know these symbols as ointclockwise
and ointctrclockwise
)
If you only want half a circle, you can use the mathdesign
package:
documentclass{article}
usepackage[charter]{mathdesign}
begin{document}
[
intclockwise
]
end{document}
Thanks for the reply. But if you search unicode 0x2231, you will see that there is only half a circle drawn. I need that one.
– trckojr
Nov 26 at 16:49
3
@trckojr If you want a particular shape of a symbol, it would be best if you would include an image of the symbol in your question and don't trust that search machines will return the same result you see for all people
– samcarter
Nov 26 at 16:53
The second answer from you solved my problem. Thank you very much. I will make sure to include an image next time I have a similar problem.
– trckojr
Nov 27 at 18:20
add a comment |
up vote
11
down vote
documentclass{standalone}
usepackage{array,esint}
defCMD#1{%
$ csname#1endcsname displaystylecsname#1endcsname $ & texttt{textbackslash#1} &}
begin{document}
defarraystretch{2}
begin{tabular}{@{}*{2}{r@{kern3pt}l}r@{kern3pt}l@{}l@{}}
CMD{int} CMD{iint} CMD{iiintop} \
CMD{iiiintop}CMD{dotsintop}CMD{ointop} \
CMD{oiint} CMD{sqint} CMD{sqiint} \
CMD{ointctrclockwise} CMD{ointclockwise} CMD{varointclockwise} \
CMD{varointctrclockwise} CMD{fint} CMD{varoiint}\
CMD{landupint} CMD{landdownint}
end{tabular}
end{document}
add a comment |
up vote
5
down vote
Although some of the symbols in esint
come very close, I don't believe there is any package (for pdfLaTeX) that provides a version of this symbol compatible with the computer modern maths font.
The following is a (very simple) adaption of this answer by Heiko Oberdiek.
It can be used to superimpose any symbol on top of an integral sign.
documentclass{article}
usepackage{graphicx} %% <- for resizebox and rotatebox
usepackage{amsmath}
usepackage{amssymb} %% <- for curverightarrow, curveleftarrow
makeatletter %% <- make @ usable in macro names
letDOTSIrelax % amsmath support for dots
newcommand*{letteronint}[1]{%
DOTSI
mathop{%
mathpalette@LetterOnInt{#1}%
}%
mkern-thinmuskip % thin space is inserted between two mathop
int
}
newcommand*{@LetterOnInt}[2]{%
sbox0{$#1intm@th$}%
sbox2{$%
ifx#1displaystyle
textstyle
else
scriptscriptstyle
fi
#2%
m@th$}%
dimen@=.4dimexprht0+dp0relax
ifdimdimexprht2+dp2relax>dimen@
sbox2{resizebox*{!}{dimen@}{unhcopy2}}%
fi
dimen@=wd0 %
ifdimwd2>dimen@
dimen@=wd2 %
fi
rlap{hbox to dimen@{hfil
$#1vcenter{copy2}m@th$%
hfil}}%
ifdimdimen@>wd0 %
kern.5dimexprdimen@-wd0relax
fi
}
%% Define arrow curving downwards:
newcommand*{mathbin{curvearrowbotright}}{mathpaletterotmath@internalcurvearrowleft}
newcommand*rotmath@internal[2]{rotatebox{180}{$m@th#1#2$}}
makeatother %% <- revert @
newcommand*{intcw}{letteronint{,curvearrowright}}
newcommand*{intccw}{letteronint{,curvearrowbotright}}
begin{document}
[
displaystyle intcw_a^b f dots intccw_a^b f qquad
textstyle intcw_a^b f dots intccw_a^b f qquad
scriptstyle intcw_a^b f dots intccw_a^b f qquad
scriptscriptstyle intcw_a^b f dots intccw_a^b f
]
end{document}
The scriptscriptstyle
version does not look good, but you probably won't want to use this symbol at that scale.
1
Very nice answer!
– samcarter
Nov 26 at 20:25
add a comment |
up vote
2
down vote
documentclass[varwidth, preview]{standalone}
usepackage{unicode-math}
begin{document}
( intclockwise awint )
end{document}
The symbols are also in a number of legacy NFSS packages, including: fdsymbol
, newpxmath
, newtxmath
, pxfonts
, txfonts
, stix
and stix2
. Some also support other aliases, but all have been updated to understand intclockwise
and awint
.
Some of these also include variants, such as intclockwiseup
and smallintclockwise
in stix
. These are available in unicode-math
as stylistic variants in some math fonts.
See “The Comptehensive LaTeX Symbol List” and “Every symbol (most symbols) defined by
unicode-math.”
add a comment |
4 Answers
4
active
oldest
votes
4 Answers
4
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
12
down vote
accepted
With the MnSymbol
package, you could use the following symbols:
documentclass{article}
usepackage{MnSymbol}
begin{document}
[
rcirclerightint
lcirclerightint
rcircleleftint
lcircleleftint
]
end{document}
(other package might know these symbols as ointclockwise
and ointctrclockwise
)
If you only want half a circle, you can use the mathdesign
package:
documentclass{article}
usepackage[charter]{mathdesign}
begin{document}
[
intclockwise
]
end{document}
Thanks for the reply. But if you search unicode 0x2231, you will see that there is only half a circle drawn. I need that one.
– trckojr
Nov 26 at 16:49
3
@trckojr If you want a particular shape of a symbol, it would be best if you would include an image of the symbol in your question and don't trust that search machines will return the same result you see for all people
– samcarter
Nov 26 at 16:53
The second answer from you solved my problem. Thank you very much. I will make sure to include an image next time I have a similar problem.
– trckojr
Nov 27 at 18:20
add a comment |
up vote
12
down vote
accepted
With the MnSymbol
package, you could use the following symbols:
documentclass{article}
usepackage{MnSymbol}
begin{document}
[
rcirclerightint
lcirclerightint
rcircleleftint
lcircleleftint
]
end{document}
(other package might know these symbols as ointclockwise
and ointctrclockwise
)
If you only want half a circle, you can use the mathdesign
package:
documentclass{article}
usepackage[charter]{mathdesign}
begin{document}
[
intclockwise
]
end{document}
Thanks for the reply. But if you search unicode 0x2231, you will see that there is only half a circle drawn. I need that one.
– trckojr
Nov 26 at 16:49
3
@trckojr If you want a particular shape of a symbol, it would be best if you would include an image of the symbol in your question and don't trust that search machines will return the same result you see for all people
– samcarter
Nov 26 at 16:53
The second answer from you solved my problem. Thank you very much. I will make sure to include an image next time I have a similar problem.
– trckojr
Nov 27 at 18:20
add a comment |
up vote
12
down vote
accepted
up vote
12
down vote
accepted
With the MnSymbol
package, you could use the following symbols:
documentclass{article}
usepackage{MnSymbol}
begin{document}
[
rcirclerightint
lcirclerightint
rcircleleftint
lcircleleftint
]
end{document}
(other package might know these symbols as ointclockwise
and ointctrclockwise
)
If you only want half a circle, you can use the mathdesign
package:
documentclass{article}
usepackage[charter]{mathdesign}
begin{document}
[
intclockwise
]
end{document}
With the MnSymbol
package, you could use the following symbols:
documentclass{article}
usepackage{MnSymbol}
begin{document}
[
rcirclerightint
lcirclerightint
rcircleleftint
lcircleleftint
]
end{document}
(other package might know these symbols as ointclockwise
and ointctrclockwise
)
If you only want half a circle, you can use the mathdesign
package:
documentclass{article}
usepackage[charter]{mathdesign}
begin{document}
[
intclockwise
]
end{document}
edited Nov 26 at 17:07
answered Nov 26 at 16:41
samcarter
1
1
Thanks for the reply. But if you search unicode 0x2231, you will see that there is only half a circle drawn. I need that one.
– trckojr
Nov 26 at 16:49
3
@trckojr If you want a particular shape of a symbol, it would be best if you would include an image of the symbol in your question and don't trust that search machines will return the same result you see for all people
– samcarter
Nov 26 at 16:53
The second answer from you solved my problem. Thank you very much. I will make sure to include an image next time I have a similar problem.
– trckojr
Nov 27 at 18:20
add a comment |
Thanks for the reply. But if you search unicode 0x2231, you will see that there is only half a circle drawn. I need that one.
– trckojr
Nov 26 at 16:49
3
@trckojr If you want a particular shape of a symbol, it would be best if you would include an image of the symbol in your question and don't trust that search machines will return the same result you see for all people
– samcarter
Nov 26 at 16:53
The second answer from you solved my problem. Thank you very much. I will make sure to include an image next time I have a similar problem.
– trckojr
Nov 27 at 18:20
Thanks for the reply. But if you search unicode 0x2231, you will see that there is only half a circle drawn. I need that one.
– trckojr
Nov 26 at 16:49
Thanks for the reply. But if you search unicode 0x2231, you will see that there is only half a circle drawn. I need that one.
– trckojr
Nov 26 at 16:49
3
3
@trckojr If you want a particular shape of a symbol, it would be best if you would include an image of the symbol in your question and don't trust that search machines will return the same result you see for all people
– samcarter
Nov 26 at 16:53
@trckojr If you want a particular shape of a symbol, it would be best if you would include an image of the symbol in your question and don't trust that search machines will return the same result you see for all people
– samcarter
Nov 26 at 16:53
The second answer from you solved my problem. Thank you very much. I will make sure to include an image next time I have a similar problem.
– trckojr
Nov 27 at 18:20
The second answer from you solved my problem. Thank you very much. I will make sure to include an image next time I have a similar problem.
– trckojr
Nov 27 at 18:20
add a comment |
up vote
11
down vote
documentclass{standalone}
usepackage{array,esint}
defCMD#1{%
$ csname#1endcsname displaystylecsname#1endcsname $ & texttt{textbackslash#1} &}
begin{document}
defarraystretch{2}
begin{tabular}{@{}*{2}{r@{kern3pt}l}r@{kern3pt}l@{}l@{}}
CMD{int} CMD{iint} CMD{iiintop} \
CMD{iiiintop}CMD{dotsintop}CMD{ointop} \
CMD{oiint} CMD{sqint} CMD{sqiint} \
CMD{ointctrclockwise} CMD{ointclockwise} CMD{varointclockwise} \
CMD{varointctrclockwise} CMD{fint} CMD{varoiint}\
CMD{landupint} CMD{landdownint}
end{tabular}
end{document}
add a comment |
up vote
11
down vote
documentclass{standalone}
usepackage{array,esint}
defCMD#1{%
$ csname#1endcsname displaystylecsname#1endcsname $ & texttt{textbackslash#1} &}
begin{document}
defarraystretch{2}
begin{tabular}{@{}*{2}{r@{kern3pt}l}r@{kern3pt}l@{}l@{}}
CMD{int} CMD{iint} CMD{iiintop} \
CMD{iiiintop}CMD{dotsintop}CMD{ointop} \
CMD{oiint} CMD{sqint} CMD{sqiint} \
CMD{ointctrclockwise} CMD{ointclockwise} CMD{varointclockwise} \
CMD{varointctrclockwise} CMD{fint} CMD{varoiint}\
CMD{landupint} CMD{landdownint}
end{tabular}
end{document}
add a comment |
up vote
11
down vote
up vote
11
down vote
documentclass{standalone}
usepackage{array,esint}
defCMD#1{%
$ csname#1endcsname displaystylecsname#1endcsname $ & texttt{textbackslash#1} &}
begin{document}
defarraystretch{2}
begin{tabular}{@{}*{2}{r@{kern3pt}l}r@{kern3pt}l@{}l@{}}
CMD{int} CMD{iint} CMD{iiintop} \
CMD{iiiintop}CMD{dotsintop}CMD{ointop} \
CMD{oiint} CMD{sqint} CMD{sqiint} \
CMD{ointctrclockwise} CMD{ointclockwise} CMD{varointclockwise} \
CMD{varointctrclockwise} CMD{fint} CMD{varoiint}\
CMD{landupint} CMD{landdownint}
end{tabular}
end{document}
documentclass{standalone}
usepackage{array,esint}
defCMD#1{%
$ csname#1endcsname displaystylecsname#1endcsname $ & texttt{textbackslash#1} &}
begin{document}
defarraystretch{2}
begin{tabular}{@{}*{2}{r@{kern3pt}l}r@{kern3pt}l@{}l@{}}
CMD{int} CMD{iint} CMD{iiintop} \
CMD{iiiintop}CMD{dotsintop}CMD{ointop} \
CMD{oiint} CMD{sqint} CMD{sqiint} \
CMD{ointctrclockwise} CMD{ointclockwise} CMD{varointclockwise} \
CMD{varointctrclockwise} CMD{fint} CMD{varoiint}\
CMD{landupint} CMD{landdownint}
end{tabular}
end{document}
answered Nov 26 at 17:13
Herbert
266k23404714
266k23404714
add a comment |
add a comment |
up vote
5
down vote
Although some of the symbols in esint
come very close, I don't believe there is any package (for pdfLaTeX) that provides a version of this symbol compatible with the computer modern maths font.
The following is a (very simple) adaption of this answer by Heiko Oberdiek.
It can be used to superimpose any symbol on top of an integral sign.
documentclass{article}
usepackage{graphicx} %% <- for resizebox and rotatebox
usepackage{amsmath}
usepackage{amssymb} %% <- for curverightarrow, curveleftarrow
makeatletter %% <- make @ usable in macro names
letDOTSIrelax % amsmath support for dots
newcommand*{letteronint}[1]{%
DOTSI
mathop{%
mathpalette@LetterOnInt{#1}%
}%
mkern-thinmuskip % thin space is inserted between two mathop
int
}
newcommand*{@LetterOnInt}[2]{%
sbox0{$#1intm@th$}%
sbox2{$%
ifx#1displaystyle
textstyle
else
scriptscriptstyle
fi
#2%
m@th$}%
dimen@=.4dimexprht0+dp0relax
ifdimdimexprht2+dp2relax>dimen@
sbox2{resizebox*{!}{dimen@}{unhcopy2}}%
fi
dimen@=wd0 %
ifdimwd2>dimen@
dimen@=wd2 %
fi
rlap{hbox to dimen@{hfil
$#1vcenter{copy2}m@th$%
hfil}}%
ifdimdimen@>wd0 %
kern.5dimexprdimen@-wd0relax
fi
}
%% Define arrow curving downwards:
newcommand*{mathbin{curvearrowbotright}}{mathpaletterotmath@internalcurvearrowleft}
newcommand*rotmath@internal[2]{rotatebox{180}{$m@th#1#2$}}
makeatother %% <- revert @
newcommand*{intcw}{letteronint{,curvearrowright}}
newcommand*{intccw}{letteronint{,curvearrowbotright}}
begin{document}
[
displaystyle intcw_a^b f dots intccw_a^b f qquad
textstyle intcw_a^b f dots intccw_a^b f qquad
scriptstyle intcw_a^b f dots intccw_a^b f qquad
scriptscriptstyle intcw_a^b f dots intccw_a^b f
]
end{document}
The scriptscriptstyle
version does not look good, but you probably won't want to use this symbol at that scale.
1
Very nice answer!
– samcarter
Nov 26 at 20:25
add a comment |
up vote
5
down vote
Although some of the symbols in esint
come very close, I don't believe there is any package (for pdfLaTeX) that provides a version of this symbol compatible with the computer modern maths font.
The following is a (very simple) adaption of this answer by Heiko Oberdiek.
It can be used to superimpose any symbol on top of an integral sign.
documentclass{article}
usepackage{graphicx} %% <- for resizebox and rotatebox
usepackage{amsmath}
usepackage{amssymb} %% <- for curverightarrow, curveleftarrow
makeatletter %% <- make @ usable in macro names
letDOTSIrelax % amsmath support for dots
newcommand*{letteronint}[1]{%
DOTSI
mathop{%
mathpalette@LetterOnInt{#1}%
}%
mkern-thinmuskip % thin space is inserted between two mathop
int
}
newcommand*{@LetterOnInt}[2]{%
sbox0{$#1intm@th$}%
sbox2{$%
ifx#1displaystyle
textstyle
else
scriptscriptstyle
fi
#2%
m@th$}%
dimen@=.4dimexprht0+dp0relax
ifdimdimexprht2+dp2relax>dimen@
sbox2{resizebox*{!}{dimen@}{unhcopy2}}%
fi
dimen@=wd0 %
ifdimwd2>dimen@
dimen@=wd2 %
fi
rlap{hbox to dimen@{hfil
$#1vcenter{copy2}m@th$%
hfil}}%
ifdimdimen@>wd0 %
kern.5dimexprdimen@-wd0relax
fi
}
%% Define arrow curving downwards:
newcommand*{mathbin{curvearrowbotright}}{mathpaletterotmath@internalcurvearrowleft}
newcommand*rotmath@internal[2]{rotatebox{180}{$m@th#1#2$}}
makeatother %% <- revert @
newcommand*{intcw}{letteronint{,curvearrowright}}
newcommand*{intccw}{letteronint{,curvearrowbotright}}
begin{document}
[
displaystyle intcw_a^b f dots intccw_a^b f qquad
textstyle intcw_a^b f dots intccw_a^b f qquad
scriptstyle intcw_a^b f dots intccw_a^b f qquad
scriptscriptstyle intcw_a^b f dots intccw_a^b f
]
end{document}
The scriptscriptstyle
version does not look good, but you probably won't want to use this symbol at that scale.
1
Very nice answer!
– samcarter
Nov 26 at 20:25
add a comment |
up vote
5
down vote
up vote
5
down vote
Although some of the symbols in esint
come very close, I don't believe there is any package (for pdfLaTeX) that provides a version of this symbol compatible with the computer modern maths font.
The following is a (very simple) adaption of this answer by Heiko Oberdiek.
It can be used to superimpose any symbol on top of an integral sign.
documentclass{article}
usepackage{graphicx} %% <- for resizebox and rotatebox
usepackage{amsmath}
usepackage{amssymb} %% <- for curverightarrow, curveleftarrow
makeatletter %% <- make @ usable in macro names
letDOTSIrelax % amsmath support for dots
newcommand*{letteronint}[1]{%
DOTSI
mathop{%
mathpalette@LetterOnInt{#1}%
}%
mkern-thinmuskip % thin space is inserted between two mathop
int
}
newcommand*{@LetterOnInt}[2]{%
sbox0{$#1intm@th$}%
sbox2{$%
ifx#1displaystyle
textstyle
else
scriptscriptstyle
fi
#2%
m@th$}%
dimen@=.4dimexprht0+dp0relax
ifdimdimexprht2+dp2relax>dimen@
sbox2{resizebox*{!}{dimen@}{unhcopy2}}%
fi
dimen@=wd0 %
ifdimwd2>dimen@
dimen@=wd2 %
fi
rlap{hbox to dimen@{hfil
$#1vcenter{copy2}m@th$%
hfil}}%
ifdimdimen@>wd0 %
kern.5dimexprdimen@-wd0relax
fi
}
%% Define arrow curving downwards:
newcommand*{mathbin{curvearrowbotright}}{mathpaletterotmath@internalcurvearrowleft}
newcommand*rotmath@internal[2]{rotatebox{180}{$m@th#1#2$}}
makeatother %% <- revert @
newcommand*{intcw}{letteronint{,curvearrowright}}
newcommand*{intccw}{letteronint{,curvearrowbotright}}
begin{document}
[
displaystyle intcw_a^b f dots intccw_a^b f qquad
textstyle intcw_a^b f dots intccw_a^b f qquad
scriptstyle intcw_a^b f dots intccw_a^b f qquad
scriptscriptstyle intcw_a^b f dots intccw_a^b f
]
end{document}
The scriptscriptstyle
version does not look good, but you probably won't want to use this symbol at that scale.
Although some of the symbols in esint
come very close, I don't believe there is any package (for pdfLaTeX) that provides a version of this symbol compatible with the computer modern maths font.
The following is a (very simple) adaption of this answer by Heiko Oberdiek.
It can be used to superimpose any symbol on top of an integral sign.
documentclass{article}
usepackage{graphicx} %% <- for resizebox and rotatebox
usepackage{amsmath}
usepackage{amssymb} %% <- for curverightarrow, curveleftarrow
makeatletter %% <- make @ usable in macro names
letDOTSIrelax % amsmath support for dots
newcommand*{letteronint}[1]{%
DOTSI
mathop{%
mathpalette@LetterOnInt{#1}%
}%
mkern-thinmuskip % thin space is inserted between two mathop
int
}
newcommand*{@LetterOnInt}[2]{%
sbox0{$#1intm@th$}%
sbox2{$%
ifx#1displaystyle
textstyle
else
scriptscriptstyle
fi
#2%
m@th$}%
dimen@=.4dimexprht0+dp0relax
ifdimdimexprht2+dp2relax>dimen@
sbox2{resizebox*{!}{dimen@}{unhcopy2}}%
fi
dimen@=wd0 %
ifdimwd2>dimen@
dimen@=wd2 %
fi
rlap{hbox to dimen@{hfil
$#1vcenter{copy2}m@th$%
hfil}}%
ifdimdimen@>wd0 %
kern.5dimexprdimen@-wd0relax
fi
}
%% Define arrow curving downwards:
newcommand*{mathbin{curvearrowbotright}}{mathpaletterotmath@internalcurvearrowleft}
newcommand*rotmath@internal[2]{rotatebox{180}{$m@th#1#2$}}
makeatother %% <- revert @
newcommand*{intcw}{letteronint{,curvearrowright}}
newcommand*{intccw}{letteronint{,curvearrowbotright}}
begin{document}
[
displaystyle intcw_a^b f dots intccw_a^b f qquad
textstyle intcw_a^b f dots intccw_a^b f qquad
scriptstyle intcw_a^b f dots intccw_a^b f qquad
scriptscriptstyle intcw_a^b f dots intccw_a^b f
]
end{document}
The scriptscriptstyle
version does not look good, but you probably won't want to use this symbol at that scale.
edited Nov 27 at 7:34
answered Nov 26 at 19:51
Circumscribe
3,3971327
3,3971327
1
Very nice answer!
– samcarter
Nov 26 at 20:25
add a comment |
1
Very nice answer!
– samcarter
Nov 26 at 20:25
1
1
Very nice answer!
– samcarter
Nov 26 at 20:25
Very nice answer!
– samcarter
Nov 26 at 20:25
add a comment |
up vote
2
down vote
documentclass[varwidth, preview]{standalone}
usepackage{unicode-math}
begin{document}
( intclockwise awint )
end{document}
The symbols are also in a number of legacy NFSS packages, including: fdsymbol
, newpxmath
, newtxmath
, pxfonts
, txfonts
, stix
and stix2
. Some also support other aliases, but all have been updated to understand intclockwise
and awint
.
Some of these also include variants, such as intclockwiseup
and smallintclockwise
in stix
. These are available in unicode-math
as stylistic variants in some math fonts.
See “The Comptehensive LaTeX Symbol List” and “Every symbol (most symbols) defined by
unicode-math.”
add a comment |
up vote
2
down vote
documentclass[varwidth, preview]{standalone}
usepackage{unicode-math}
begin{document}
( intclockwise awint )
end{document}
The symbols are also in a number of legacy NFSS packages, including: fdsymbol
, newpxmath
, newtxmath
, pxfonts
, txfonts
, stix
and stix2
. Some also support other aliases, but all have been updated to understand intclockwise
and awint
.
Some of these also include variants, such as intclockwiseup
and smallintclockwise
in stix
. These are available in unicode-math
as stylistic variants in some math fonts.
See “The Comptehensive LaTeX Symbol List” and “Every symbol (most symbols) defined by
unicode-math.”
add a comment |
up vote
2
down vote
up vote
2
down vote
documentclass[varwidth, preview]{standalone}
usepackage{unicode-math}
begin{document}
( intclockwise awint )
end{document}
The symbols are also in a number of legacy NFSS packages, including: fdsymbol
, newpxmath
, newtxmath
, pxfonts
, txfonts
, stix
and stix2
. Some also support other aliases, but all have been updated to understand intclockwise
and awint
.
Some of these also include variants, such as intclockwiseup
and smallintclockwise
in stix
. These are available in unicode-math
as stylistic variants in some math fonts.
See “The Comptehensive LaTeX Symbol List” and “Every symbol (most symbols) defined by
unicode-math.”
documentclass[varwidth, preview]{standalone}
usepackage{unicode-math}
begin{document}
( intclockwise awint )
end{document}
The symbols are also in a number of legacy NFSS packages, including: fdsymbol
, newpxmath
, newtxmath
, pxfonts
, txfonts
, stix
and stix2
. Some also support other aliases, but all have been updated to understand intclockwise
and awint
.
Some of these also include variants, such as intclockwiseup
and smallintclockwise
in stix
. These are available in unicode-math
as stylistic variants in some math fonts.
See “The Comptehensive LaTeX Symbol List” and “Every symbol (most symbols) defined by
unicode-math.”
answered Nov 27 at 0:15
Davislor
4,132820
4,132820
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