Increase size of symbol intercal when in superscript position












3















Starting from this code



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


with this output



enter image description here



I'd like to move the intercal command a little higher and to the left in the direction indicated by the arrow. But does LaTeX have a direct command to move the symbol up or down or do I need to use specific macros? What could be the ways to have an adequate and beautiful way to write this formula?










share|improve this question




















  • 2





    I haven't the fonts but intercal is essentially a lowered sans serif T so ^{mathsf{T}} might look better

    – David Carlisle
    Apr 4 at 16:24






  • 1





    @DavidCarlisle Before I have used always top. The last command is very thin and that's because I bet on intercal.

    – Sebastiano
    Apr 4 at 16:27






  • 1





    Is ^intercal supposed to denote the transpose operator? Just curious.

    – Mico
    Apr 4 at 16:33






  • 1





    @Mico I wrote an essay on that :-) tex.stackexchange.com/questions/435328/…

    – David Carlisle
    Apr 4 at 16:33






  • 1





    @DavidCarlisle +1 for the history :-)

    – Sebastiano
    Apr 4 at 16:34
















3















Starting from this code



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


with this output



enter image description here



I'd like to move the intercal command a little higher and to the left in the direction indicated by the arrow. But does LaTeX have a direct command to move the symbol up or down or do I need to use specific macros? What could be the ways to have an adequate and beautiful way to write this formula?










share|improve this question




















  • 2





    I haven't the fonts but intercal is essentially a lowered sans serif T so ^{mathsf{T}} might look better

    – David Carlisle
    Apr 4 at 16:24






  • 1





    @DavidCarlisle Before I have used always top. The last command is very thin and that's because I bet on intercal.

    – Sebastiano
    Apr 4 at 16:27






  • 1





    Is ^intercal supposed to denote the transpose operator? Just curious.

    – Mico
    Apr 4 at 16:33






  • 1





    @Mico I wrote an essay on that :-) tex.stackexchange.com/questions/435328/…

    – David Carlisle
    Apr 4 at 16:33






  • 1





    @DavidCarlisle +1 for the history :-)

    – Sebastiano
    Apr 4 at 16:34














3












3








3








Starting from this code



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


with this output



enter image description here



I'd like to move the intercal command a little higher and to the left in the direction indicated by the arrow. But does LaTeX have a direct command to move the symbol up or down or do I need to use specific macros? What could be the ways to have an adequate and beautiful way to write this formula?










share|improve this question
















Starting from this code



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


with this output



enter image description here



I'd like to move the intercal command a little higher and to the left in the direction indicated by the arrow. But does LaTeX have a direct command to move the symbol up or down or do I need to use specific macros? What could be the ways to have an adequate and beautiful way to write this formula?







math-mode symbols mtpro






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Apr 4 at 16:27









Mico

286k32391779




286k32391779










asked Apr 4 at 16:22









SebastianoSebastiano

11.2k42166




11.2k42166








  • 2





    I haven't the fonts but intercal is essentially a lowered sans serif T so ^{mathsf{T}} might look better

    – David Carlisle
    Apr 4 at 16:24






  • 1





    @DavidCarlisle Before I have used always top. The last command is very thin and that's because I bet on intercal.

    – Sebastiano
    Apr 4 at 16:27






  • 1





    Is ^intercal supposed to denote the transpose operator? Just curious.

    – Mico
    Apr 4 at 16:33






  • 1





    @Mico I wrote an essay on that :-) tex.stackexchange.com/questions/435328/…

    – David Carlisle
    Apr 4 at 16:33






  • 1





    @DavidCarlisle +1 for the history :-)

    – Sebastiano
    Apr 4 at 16:34














  • 2





    I haven't the fonts but intercal is essentially a lowered sans serif T so ^{mathsf{T}} might look better

    – David Carlisle
    Apr 4 at 16:24






  • 1





    @DavidCarlisle Before I have used always top. The last command is very thin and that's because I bet on intercal.

    – Sebastiano
    Apr 4 at 16:27






  • 1





    Is ^intercal supposed to denote the transpose operator? Just curious.

    – Mico
    Apr 4 at 16:33






  • 1





    @Mico I wrote an essay on that :-) tex.stackexchange.com/questions/435328/…

    – David Carlisle
    Apr 4 at 16:33






  • 1





    @DavidCarlisle +1 for the history :-)

    – Sebastiano
    Apr 4 at 16:34








2




2





I haven't the fonts but intercal is essentially a lowered sans serif T so ^{mathsf{T}} might look better

– David Carlisle
Apr 4 at 16:24





I haven't the fonts but intercal is essentially a lowered sans serif T so ^{mathsf{T}} might look better

– David Carlisle
Apr 4 at 16:24




1




1





@DavidCarlisle Before I have used always top. The last command is very thin and that's because I bet on intercal.

– Sebastiano
Apr 4 at 16:27





@DavidCarlisle Before I have used always top. The last command is very thin and that's because I bet on intercal.

– Sebastiano
Apr 4 at 16:27




1




1





Is ^intercal supposed to denote the transpose operator? Just curious.

– Mico
Apr 4 at 16:33





Is ^intercal supposed to denote the transpose operator? Just curious.

– Mico
Apr 4 at 16:33




1




1





@Mico I wrote an essay on that :-) tex.stackexchange.com/questions/435328/…

– David Carlisle
Apr 4 at 16:33





@Mico I wrote an essay on that :-) tex.stackexchange.com/questions/435328/…

– David Carlisle
Apr 4 at 16:33




1




1





@DavidCarlisle +1 for the history :-)

– Sebastiano
Apr 4 at 16:34





@DavidCarlisle +1 for the history :-)

– Sebastiano
Apr 4 at 16:34










2 Answers
2






active

oldest

votes


















6














Combining David's suggestion with Sebastiano's requirement...



I use mathsf{T} as the core of the revised intercal (you can rename it something else if you don't want to overwrite it), but then to make it smaller, I use it in cramped, superscripted form (revision 1). Alternately, I just set it in scriptscriptstyle, which lowers its elevation a bit, while still keeping it higher than the original intercal (revision 2).



Original, then two revisions.



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage{newtxmath}%[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{{cramped{{}^mathsf{T}}}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{mathsf{scriptscriptstyle T}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


enter image description here






share|improve this answer


























  • Great Steven. But what is cramped?

    – Sebastiano
    Apr 4 at 16:38






  • 1





    @Sebastiano cramped is a style that takes less vertical space, by lowering superscripts. It is automatically used, for example, for arguments of sqrt (requires amsmath).

    – Steven B. Segletes
    Apr 4 at 16:40













  • @Sebastiano I see. I do not need cramped in the 2nd revision. I have removed it.

    – Steven B. Segletes
    Apr 4 at 16:43











  • Hi, please, the comment that I have written to Mico. :-)

    – Sebastiano
    Apr 4 at 18:58



















3














Here's another variation on David's idea to use mathsf{T} instead of either intercal or top. The macro tp (short for "transpose", naturally) employs scriptscriptstyle math mode. The tp macro takes an optional argument: a scalar number, to indicate how many mu the "T" should be shifted to the left. The ability to fine-tune the horizontal position can come in handy if you're dealing with letters, such as L, which have no component in the upper-right quadrant. (The default amount of left-shift is 3, as in -3mu. Aside: mkern-3mu is the same as !.)



enter image description here



documentclass[12pt]{book}
usepackage{mathtools,amssymb,newtxtext}
usepackage[lite]{mtpro2}
newcommandbmcA{boldsymbol{mathcal A}'{}}
newcommandtp[1][3]{^{^{mkern-#1mumathsf{T}}}}
begin{document}
$intercal$ $top$ $mathsf{T}$

medskip
begin{tabular}{@{}ll}
$(LbmcA)^intercal = bmcA{}^intercal L^intercal$ & verb+intercal+ \
$(LbmcA)^top = bmcA^top L^top$ & verb+top+ \
$(LbmcA)tp = bmcAtp Ltp = bmcA{}tp Ltp[6]$ & verb+tp+
end{tabular}
end{document}





share|improve this answer
























  • The answers are all very good. :-( If I don't give the green check it's because I'm good with the two answers at the same time.

    – Sebastiano
    Apr 4 at 18:57












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2 Answers
2






active

oldest

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2 Answers
2






active

oldest

votes









active

oldest

votes






active

oldest

votes









6














Combining David's suggestion with Sebastiano's requirement...



I use mathsf{T} as the core of the revised intercal (you can rename it something else if you don't want to overwrite it), but then to make it smaller, I use it in cramped, superscripted form (revision 1). Alternately, I just set it in scriptscriptstyle, which lowers its elevation a bit, while still keeping it higher than the original intercal (revision 2).



Original, then two revisions.



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage{newtxmath}%[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{{cramped{{}^mathsf{T}}}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{mathsf{scriptscriptstyle T}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


enter image description here






share|improve this answer


























  • Great Steven. But what is cramped?

    – Sebastiano
    Apr 4 at 16:38






  • 1





    @Sebastiano cramped is a style that takes less vertical space, by lowering superscripts. It is automatically used, for example, for arguments of sqrt (requires amsmath).

    – Steven B. Segletes
    Apr 4 at 16:40













  • @Sebastiano I see. I do not need cramped in the 2nd revision. I have removed it.

    – Steven B. Segletes
    Apr 4 at 16:43











  • Hi, please, the comment that I have written to Mico. :-)

    – Sebastiano
    Apr 4 at 18:58
















6














Combining David's suggestion with Sebastiano's requirement...



I use mathsf{T} as the core of the revised intercal (you can rename it something else if you don't want to overwrite it), but then to make it smaller, I use it in cramped, superscripted form (revision 1). Alternately, I just set it in scriptscriptstyle, which lowers its elevation a bit, while still keeping it higher than the original intercal (revision 2).



Original, then two revisions.



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage{newtxmath}%[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{{cramped{{}^mathsf{T}}}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{mathsf{scriptscriptstyle T}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


enter image description here






share|improve this answer


























  • Great Steven. But what is cramped?

    – Sebastiano
    Apr 4 at 16:38






  • 1





    @Sebastiano cramped is a style that takes less vertical space, by lowering superscripts. It is automatically used, for example, for arguments of sqrt (requires amsmath).

    – Steven B. Segletes
    Apr 4 at 16:40













  • @Sebastiano I see. I do not need cramped in the 2nd revision. I have removed it.

    – Steven B. Segletes
    Apr 4 at 16:43











  • Hi, please, the comment that I have written to Mico. :-)

    – Sebastiano
    Apr 4 at 18:58














6












6








6







Combining David's suggestion with Sebastiano's requirement...



I use mathsf{T} as the core of the revised intercal (you can rename it something else if you don't want to overwrite it), but then to make it smaller, I use it in cramped, superscripted form (revision 1). Alternately, I just set it in scriptscriptstyle, which lowers its elevation a bit, while still keeping it higher than the original intercal (revision 2).



Original, then two revisions.



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage{newtxmath}%[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{{cramped{{}^mathsf{T}}}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{mathsf{scriptscriptstyle T}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


enter image description here






share|improve this answer















Combining David's suggestion with Sebastiano's requirement...



I use mathsf{T} as the core of the revised intercal (you can rename it something else if you don't want to overwrite it), but then to make it smaller, I use it in cramped, superscripted form (revision 1). Alternately, I just set it in scriptscriptstyle, which lowers its elevation a bit, while still keeping it higher than the original intercal (revision 2).



Original, then two revisions.



documentclass[12pt]{book}
usepackage{mathtools,amssymb}
usepackage{newtxtext}
usepackage{newtxmath}%[lite]{mtpro2}
begin{document}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{{cramped{{}^mathsf{T}}}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $

renewcommandintercal{mathsf{scriptscriptstyle T}}
$(Lboldsymbol{mathcal A}')^intercal =boldsymbol{mathcal A}'{}^intercal L^intercal $
end{document}


enter image description here







share|improve this answer














share|improve this answer



share|improve this answer








edited Apr 4 at 16:42

























answered Apr 4 at 16:28









Steven B. SegletesSteven B. Segletes

161k9206417




161k9206417













  • Great Steven. But what is cramped?

    – Sebastiano
    Apr 4 at 16:38






  • 1





    @Sebastiano cramped is a style that takes less vertical space, by lowering superscripts. It is automatically used, for example, for arguments of sqrt (requires amsmath).

    – Steven B. Segletes
    Apr 4 at 16:40













  • @Sebastiano I see. I do not need cramped in the 2nd revision. I have removed it.

    – Steven B. Segletes
    Apr 4 at 16:43











  • Hi, please, the comment that I have written to Mico. :-)

    – Sebastiano
    Apr 4 at 18:58



















  • Great Steven. But what is cramped?

    – Sebastiano
    Apr 4 at 16:38






  • 1





    @Sebastiano cramped is a style that takes less vertical space, by lowering superscripts. It is automatically used, for example, for arguments of sqrt (requires amsmath).

    – Steven B. Segletes
    Apr 4 at 16:40













  • @Sebastiano I see. I do not need cramped in the 2nd revision. I have removed it.

    – Steven B. Segletes
    Apr 4 at 16:43











  • Hi, please, the comment that I have written to Mico. :-)

    – Sebastiano
    Apr 4 at 18:58

















Great Steven. But what is cramped?

– Sebastiano
Apr 4 at 16:38





Great Steven. But what is cramped?

– Sebastiano
Apr 4 at 16:38




1




1





@Sebastiano cramped is a style that takes less vertical space, by lowering superscripts. It is automatically used, for example, for arguments of sqrt (requires amsmath).

– Steven B. Segletes
Apr 4 at 16:40







@Sebastiano cramped is a style that takes less vertical space, by lowering superscripts. It is automatically used, for example, for arguments of sqrt (requires amsmath).

– Steven B. Segletes
Apr 4 at 16:40















@Sebastiano I see. I do not need cramped in the 2nd revision. I have removed it.

– Steven B. Segletes
Apr 4 at 16:43





@Sebastiano I see. I do not need cramped in the 2nd revision. I have removed it.

– Steven B. Segletes
Apr 4 at 16:43













Hi, please, the comment that I have written to Mico. :-)

– Sebastiano
Apr 4 at 18:58





Hi, please, the comment that I have written to Mico. :-)

– Sebastiano
Apr 4 at 18:58











3














Here's another variation on David's idea to use mathsf{T} instead of either intercal or top. The macro tp (short for "transpose", naturally) employs scriptscriptstyle math mode. The tp macro takes an optional argument: a scalar number, to indicate how many mu the "T" should be shifted to the left. The ability to fine-tune the horizontal position can come in handy if you're dealing with letters, such as L, which have no component in the upper-right quadrant. (The default amount of left-shift is 3, as in -3mu. Aside: mkern-3mu is the same as !.)



enter image description here



documentclass[12pt]{book}
usepackage{mathtools,amssymb,newtxtext}
usepackage[lite]{mtpro2}
newcommandbmcA{boldsymbol{mathcal A}'{}}
newcommandtp[1][3]{^{^{mkern-#1mumathsf{T}}}}
begin{document}
$intercal$ $top$ $mathsf{T}$

medskip
begin{tabular}{@{}ll}
$(LbmcA)^intercal = bmcA{}^intercal L^intercal$ & verb+intercal+ \
$(LbmcA)^top = bmcA^top L^top$ & verb+top+ \
$(LbmcA)tp = bmcAtp Ltp = bmcA{}tp Ltp[6]$ & verb+tp+
end{tabular}
end{document}





share|improve this answer
























  • The answers are all very good. :-( If I don't give the green check it's because I'm good with the two answers at the same time.

    – Sebastiano
    Apr 4 at 18:57
















3














Here's another variation on David's idea to use mathsf{T} instead of either intercal or top. The macro tp (short for "transpose", naturally) employs scriptscriptstyle math mode. The tp macro takes an optional argument: a scalar number, to indicate how many mu the "T" should be shifted to the left. The ability to fine-tune the horizontal position can come in handy if you're dealing with letters, such as L, which have no component in the upper-right quadrant. (The default amount of left-shift is 3, as in -3mu. Aside: mkern-3mu is the same as !.)



enter image description here



documentclass[12pt]{book}
usepackage{mathtools,amssymb,newtxtext}
usepackage[lite]{mtpro2}
newcommandbmcA{boldsymbol{mathcal A}'{}}
newcommandtp[1][3]{^{^{mkern-#1mumathsf{T}}}}
begin{document}
$intercal$ $top$ $mathsf{T}$

medskip
begin{tabular}{@{}ll}
$(LbmcA)^intercal = bmcA{}^intercal L^intercal$ & verb+intercal+ \
$(LbmcA)^top = bmcA^top L^top$ & verb+top+ \
$(LbmcA)tp = bmcAtp Ltp = bmcA{}tp Ltp[6]$ & verb+tp+
end{tabular}
end{document}





share|improve this answer
























  • The answers are all very good. :-( If I don't give the green check it's because I'm good with the two answers at the same time.

    – Sebastiano
    Apr 4 at 18:57














3












3








3







Here's another variation on David's idea to use mathsf{T} instead of either intercal or top. The macro tp (short for "transpose", naturally) employs scriptscriptstyle math mode. The tp macro takes an optional argument: a scalar number, to indicate how many mu the "T" should be shifted to the left. The ability to fine-tune the horizontal position can come in handy if you're dealing with letters, such as L, which have no component in the upper-right quadrant. (The default amount of left-shift is 3, as in -3mu. Aside: mkern-3mu is the same as !.)



enter image description here



documentclass[12pt]{book}
usepackage{mathtools,amssymb,newtxtext}
usepackage[lite]{mtpro2}
newcommandbmcA{boldsymbol{mathcal A}'{}}
newcommandtp[1][3]{^{^{mkern-#1mumathsf{T}}}}
begin{document}
$intercal$ $top$ $mathsf{T}$

medskip
begin{tabular}{@{}ll}
$(LbmcA)^intercal = bmcA{}^intercal L^intercal$ & verb+intercal+ \
$(LbmcA)^top = bmcA^top L^top$ & verb+top+ \
$(LbmcA)tp = bmcAtp Ltp = bmcA{}tp Ltp[6]$ & verb+tp+
end{tabular}
end{document}





share|improve this answer













Here's another variation on David's idea to use mathsf{T} instead of either intercal or top. The macro tp (short for "transpose", naturally) employs scriptscriptstyle math mode. The tp macro takes an optional argument: a scalar number, to indicate how many mu the "T" should be shifted to the left. The ability to fine-tune the horizontal position can come in handy if you're dealing with letters, such as L, which have no component in the upper-right quadrant. (The default amount of left-shift is 3, as in -3mu. Aside: mkern-3mu is the same as !.)



enter image description here



documentclass[12pt]{book}
usepackage{mathtools,amssymb,newtxtext}
usepackage[lite]{mtpro2}
newcommandbmcA{boldsymbol{mathcal A}'{}}
newcommandtp[1][3]{^{^{mkern-#1mumathsf{T}}}}
begin{document}
$intercal$ $top$ $mathsf{T}$

medskip
begin{tabular}{@{}ll}
$(LbmcA)^intercal = bmcA{}^intercal L^intercal$ & verb+intercal+ \
$(LbmcA)^top = bmcA^top L^top$ & verb+top+ \
$(LbmcA)tp = bmcAtp Ltp = bmcA{}tp Ltp[6]$ & verb+tp+
end{tabular}
end{document}






share|improve this answer












share|improve this answer



share|improve this answer










answered Apr 4 at 16:59









MicoMico

286k32391779




286k32391779













  • The answers are all very good. :-( If I don't give the green check it's because I'm good with the two answers at the same time.

    – Sebastiano
    Apr 4 at 18:57



















  • The answers are all very good. :-( If I don't give the green check it's because I'm good with the two answers at the same time.

    – Sebastiano
    Apr 4 at 18:57

















The answers are all very good. :-( If I don't give the green check it's because I'm good with the two answers at the same time.

– Sebastiano
Apr 4 at 18:57





The answers are all very good. :-( If I don't give the green check it's because I'm good with the two answers at the same time.

– Sebastiano
Apr 4 at 18:57


















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