mtpro2 SQRT with root index affect the subsequent spacing












5















I recently installed math professional II font (mtpro2 lite). It works fine except that the SQRT with root index sucks.



[ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

[ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000}= 100 ]


Output



mtpro2sqrt



Is this a problem of the lite version (intended or not)? Does the complete version have this problem too? How can I define a new command to handle the situation automatically?










share|improve this question

























  • Welcome to TeX.SX! You can have a look at our starter guide to familiarize yourself further with our format.

    – Martin Schröder
    Jul 29 '15 at 8:35






  • 1





    I can confirm that the full mtpro2 package suffers the same problem. My system runs MacOSX 10.10.4, and I use the version of pdfLaTeX that comes with MacTeX2015.

    – Mico
    Jul 29 '15 at 11:04













  • Yup, same here.

    – JPi
    Jul 30 '15 at 2:44
















5















I recently installed math professional II font (mtpro2 lite). It works fine except that the SQRT with root index sucks.



[ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

[ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000}= 100 ]


Output



mtpro2sqrt



Is this a problem of the lite version (intended or not)? Does the complete version have this problem too? How can I define a new command to handle the situation automatically?










share|improve this question

























  • Welcome to TeX.SX! You can have a look at our starter guide to familiarize yourself further with our format.

    – Martin Schröder
    Jul 29 '15 at 8:35






  • 1





    I can confirm that the full mtpro2 package suffers the same problem. My system runs MacOSX 10.10.4, and I use the version of pdfLaTeX that comes with MacTeX2015.

    – Mico
    Jul 29 '15 at 11:04













  • Yup, same here.

    – JPi
    Jul 30 '15 at 2:44














5












5








5


1






I recently installed math professional II font (mtpro2 lite). It works fine except that the SQRT with root index sucks.



[ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

[ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000}= 100 ]


Output



mtpro2sqrt



Is this a problem of the lite version (intended or not)? Does the complete version have this problem too? How can I define a new command to handle the situation automatically?










share|improve this question
















I recently installed math professional II font (mtpro2 lite). It works fine except that the SQRT with root index sucks.



[ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

[ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000}= 100 ]


Output



mtpro2sqrt



Is this a problem of the lite version (intended or not)? Does the complete version have this problem too? How can I define a new command to handle the situation automatically?







spacing mtpro






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Jul 29 '15 at 18:24







Lei Zhao

















asked Jul 29 '15 at 8:15









Lei ZhaoLei Zhao

857




857













  • Welcome to TeX.SX! You can have a look at our starter guide to familiarize yourself further with our format.

    – Martin Schröder
    Jul 29 '15 at 8:35






  • 1





    I can confirm that the full mtpro2 package suffers the same problem. My system runs MacOSX 10.10.4, and I use the version of pdfLaTeX that comes with MacTeX2015.

    – Mico
    Jul 29 '15 at 11:04













  • Yup, same here.

    – JPi
    Jul 30 '15 at 2:44



















  • Welcome to TeX.SX! You can have a look at our starter guide to familiarize yourself further with our format.

    – Martin Schröder
    Jul 29 '15 at 8:35






  • 1





    I can confirm that the full mtpro2 package suffers the same problem. My system runs MacOSX 10.10.4, and I use the version of pdfLaTeX that comes with MacTeX2015.

    – Mico
    Jul 29 '15 at 11:04













  • Yup, same here.

    – JPi
    Jul 30 '15 at 2:44

















Welcome to TeX.SX! You can have a look at our starter guide to familiarize yourself further with our format.

– Martin Schröder
Jul 29 '15 at 8:35





Welcome to TeX.SX! You can have a look at our starter guide to familiarize yourself further with our format.

– Martin Schröder
Jul 29 '15 at 8:35




1




1





I can confirm that the full mtpro2 package suffers the same problem. My system runs MacOSX 10.10.4, and I use the version of pdfLaTeX that comes with MacTeX2015.

– Mico
Jul 29 '15 at 11:04







I can confirm that the full mtpro2 package suffers the same problem. My system runs MacOSX 10.10.4, and I use the version of pdfLaTeX that comes with MacTeX2015.

– Mico
Jul 29 '15 at 11:04















Yup, same here.

– JPi
Jul 30 '15 at 2:44





Yup, same here.

– JPi
Jul 30 '15 at 2:44










2 Answers
2






active

oldest

votes


















3














Don't know exactly why this fixes the problem, but it seems to. ;-)



documentclass{article}


usepackage{mtpro2}
usepackage{mathtools}

newcommand{SQRTFIX}[2][ ]{{hphantom{scriptscriptstyle{#1}}}SQRT[mathllap{#1}]{#2}}


begin{document}

[ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

[
SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100
]

[
SQRTFIX[100]{1000000} =1000 quad SQRTFIX[3]{1000000} = 100
]
end{document}


enter image description here



The second image simply shows in the yellow box what the original $SQRT$ does and in the blue box what $SQRTFIX$ does.



enter image description here






share|improve this answer


























  • Good eyesight! Thanks to you, I was able to track down the bug in the mtpro2 package.

    – Ruixi Zhang
    32 mins ago



















0














Thanks to @JPi’s amazing eyesight, I was able to track down exactly the bug in the mtpro2 package. All credits goes to him/her.



@JPi’s solution suggests that the offsetting space is somehow the width of the root index. I confirm this is the case. The root index is placed inside a box called rootbox. Here is how LaTeX defines its placement:



% From ltmath.dtx:
defr@@t#1#2{%
setboxz@hbox{$m@th#1sqrtsign{#2}$}%
dimen@htz@ advancedimen@-dpz@
mkern5muraise.6dimen@copyrootbox
mkern-10muboxz@}


which is the default, while mtpro2 does some similar things like:



% From mtpro2.dtx or mtpro2.sty
defR@@T#1#2{setboxz@hbox{$UPROOT@z@LEFTROOT@z@m@th#1SQR@@T{#2}$}%
dimen@htz@advancedimen@-dpz@
dimen@iidimen@
setboxtw@hbox{$m@th#1mskipUPROOT@ mu$}advancedimen@ii by1.667wdtw@
setboxtw@hbox{$m@th#1mskip10mu$}%
ifcaseSQcount@advancedimen@3wdtw@oradvancedimen@1.5wdtw@or
advancedimen@wdtw@fi
mkern1mukern.13dimen@mkern-LEFTROOT@ mu
raise.5dimen@iicopyrootbox % was .44
mkern-1mukern-.13dimen@mkernLEFTROOT@ muboxz@kern-wdrootbox
LEFTROOTz@UPROOTz@}


Focusing on the overall structures, we see immediately that R@@T has additional code of kern-wdrootbox, which IMHO is utterly wrong. So here is my fix:



documentclass{article}
usepackage{newtxtext}
usepackage{mtpro2}% lite or complete, does not matter here

usepackage{etoolbox}
makeatletter
patchcmdR@@T
{kern-wdrootbox} % search this within R@@T
{} % replace it with nothing
{}{}
makeatother

begin{document}
[ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]
[ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100 ]
end{document}


sqrt



Note: sqrt and SQRT, by design, will produce slightly different results (as seen in the above picture). SQRT is supposed to be used for really large formulae (hence the awkward root index placement). Please refrain from using SQRT for small formulae.





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    2 Answers
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    2 Answers
    2






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    3














    Don't know exactly why this fixes the problem, but it seems to. ;-)



    documentclass{article}


    usepackage{mtpro2}
    usepackage{mathtools}

    newcommand{SQRTFIX}[2][ ]{{hphantom{scriptscriptstyle{#1}}}SQRT[mathllap{#1}]{#2}}


    begin{document}

    [ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

    [
    SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100
    ]

    [
    SQRTFIX[100]{1000000} =1000 quad SQRTFIX[3]{1000000} = 100
    ]
    end{document}


    enter image description here



    The second image simply shows in the yellow box what the original $SQRT$ does and in the blue box what $SQRTFIX$ does.



    enter image description here






    share|improve this answer


























    • Good eyesight! Thanks to you, I was able to track down the bug in the mtpro2 package.

      – Ruixi Zhang
      32 mins ago
















    3














    Don't know exactly why this fixes the problem, but it seems to. ;-)



    documentclass{article}


    usepackage{mtpro2}
    usepackage{mathtools}

    newcommand{SQRTFIX}[2][ ]{{hphantom{scriptscriptstyle{#1}}}SQRT[mathllap{#1}]{#2}}


    begin{document}

    [ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

    [
    SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100
    ]

    [
    SQRTFIX[100]{1000000} =1000 quad SQRTFIX[3]{1000000} = 100
    ]
    end{document}


    enter image description here



    The second image simply shows in the yellow box what the original $SQRT$ does and in the blue box what $SQRTFIX$ does.



    enter image description here






    share|improve this answer


























    • Good eyesight! Thanks to you, I was able to track down the bug in the mtpro2 package.

      – Ruixi Zhang
      32 mins ago














    3












    3








    3







    Don't know exactly why this fixes the problem, but it seems to. ;-)



    documentclass{article}


    usepackage{mtpro2}
    usepackage{mathtools}

    newcommand{SQRTFIX}[2][ ]{{hphantom{scriptscriptstyle{#1}}}SQRT[mathllap{#1}]{#2}}


    begin{document}

    [ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

    [
    SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100
    ]

    [
    SQRTFIX[100]{1000000} =1000 quad SQRTFIX[3]{1000000} = 100
    ]
    end{document}


    enter image description here



    The second image simply shows in the yellow box what the original $SQRT$ does and in the blue box what $SQRTFIX$ does.



    enter image description here






    share|improve this answer















    Don't know exactly why this fixes the problem, but it seems to. ;-)



    documentclass{article}


    usepackage{mtpro2}
    usepackage{mathtools}

    newcommand{SQRTFIX}[2][ ]{{hphantom{scriptscriptstyle{#1}}}SQRT[mathllap{#1}]{#2}}


    begin{document}

    [ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]

    [
    SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100
    ]

    [
    SQRTFIX[100]{1000000} =1000 quad SQRTFIX[3]{1000000} = 100
    ]
    end{document}


    enter image description here



    The second image simply shows in the yellow box what the original $SQRT$ does and in the blue box what $SQRTFIX$ does.



    enter image description here







    share|improve this answer














    share|improve this answer



    share|improve this answer








    edited Jul 30 '15 at 3:41

























    answered Jul 30 '15 at 2:58









    JPiJPi

    9,70421550




    9,70421550













    • Good eyesight! Thanks to you, I was able to track down the bug in the mtpro2 package.

      – Ruixi Zhang
      32 mins ago



















    • Good eyesight! Thanks to you, I was able to track down the bug in the mtpro2 package.

      – Ruixi Zhang
      32 mins ago

















    Good eyesight! Thanks to you, I was able to track down the bug in the mtpro2 package.

    – Ruixi Zhang
    32 mins ago





    Good eyesight! Thanks to you, I was able to track down the bug in the mtpro2 package.

    – Ruixi Zhang
    32 mins ago











    0














    Thanks to @JPi’s amazing eyesight, I was able to track down exactly the bug in the mtpro2 package. All credits goes to him/her.



    @JPi’s solution suggests that the offsetting space is somehow the width of the root index. I confirm this is the case. The root index is placed inside a box called rootbox. Here is how LaTeX defines its placement:



    % From ltmath.dtx:
    defr@@t#1#2{%
    setboxz@hbox{$m@th#1sqrtsign{#2}$}%
    dimen@htz@ advancedimen@-dpz@
    mkern5muraise.6dimen@copyrootbox
    mkern-10muboxz@}


    which is the default, while mtpro2 does some similar things like:



    % From mtpro2.dtx or mtpro2.sty
    defR@@T#1#2{setboxz@hbox{$UPROOT@z@LEFTROOT@z@m@th#1SQR@@T{#2}$}%
    dimen@htz@advancedimen@-dpz@
    dimen@iidimen@
    setboxtw@hbox{$m@th#1mskipUPROOT@ mu$}advancedimen@ii by1.667wdtw@
    setboxtw@hbox{$m@th#1mskip10mu$}%
    ifcaseSQcount@advancedimen@3wdtw@oradvancedimen@1.5wdtw@or
    advancedimen@wdtw@fi
    mkern1mukern.13dimen@mkern-LEFTROOT@ mu
    raise.5dimen@iicopyrootbox % was .44
    mkern-1mukern-.13dimen@mkernLEFTROOT@ muboxz@kern-wdrootbox
    LEFTROOTz@UPROOTz@}


    Focusing on the overall structures, we see immediately that R@@T has additional code of kern-wdrootbox, which IMHO is utterly wrong. So here is my fix:



    documentclass{article}
    usepackage{newtxtext}
    usepackage{mtpro2}% lite or complete, does not matter here

    usepackage{etoolbox}
    makeatletter
    patchcmdR@@T
    {kern-wdrootbox} % search this within R@@T
    {} % replace it with nothing
    {}{}
    makeatother

    begin{document}
    [ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]
    [ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100 ]
    end{document}


    sqrt



    Note: sqrt and SQRT, by design, will produce slightly different results (as seen in the above picture). SQRT is supposed to be used for really large formulae (hence the awkward root index placement). Please refrain from using SQRT for small formulae.





    share




























      0














      Thanks to @JPi’s amazing eyesight, I was able to track down exactly the bug in the mtpro2 package. All credits goes to him/her.



      @JPi’s solution suggests that the offsetting space is somehow the width of the root index. I confirm this is the case. The root index is placed inside a box called rootbox. Here is how LaTeX defines its placement:



      % From ltmath.dtx:
      defr@@t#1#2{%
      setboxz@hbox{$m@th#1sqrtsign{#2}$}%
      dimen@htz@ advancedimen@-dpz@
      mkern5muraise.6dimen@copyrootbox
      mkern-10muboxz@}


      which is the default, while mtpro2 does some similar things like:



      % From mtpro2.dtx or mtpro2.sty
      defR@@T#1#2{setboxz@hbox{$UPROOT@z@LEFTROOT@z@m@th#1SQR@@T{#2}$}%
      dimen@htz@advancedimen@-dpz@
      dimen@iidimen@
      setboxtw@hbox{$m@th#1mskipUPROOT@ mu$}advancedimen@ii by1.667wdtw@
      setboxtw@hbox{$m@th#1mskip10mu$}%
      ifcaseSQcount@advancedimen@3wdtw@oradvancedimen@1.5wdtw@or
      advancedimen@wdtw@fi
      mkern1mukern.13dimen@mkern-LEFTROOT@ mu
      raise.5dimen@iicopyrootbox % was .44
      mkern-1mukern-.13dimen@mkernLEFTROOT@ muboxz@kern-wdrootbox
      LEFTROOTz@UPROOTz@}


      Focusing on the overall structures, we see immediately that R@@T has additional code of kern-wdrootbox, which IMHO is utterly wrong. So here is my fix:



      documentclass{article}
      usepackage{newtxtext}
      usepackage{mtpro2}% lite or complete, does not matter here

      usepackage{etoolbox}
      makeatletter
      patchcmdR@@T
      {kern-wdrootbox} % search this within R@@T
      {} % replace it with nothing
      {}{}
      makeatother

      begin{document}
      [ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]
      [ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100 ]
      end{document}


      sqrt



      Note: sqrt and SQRT, by design, will produce slightly different results (as seen in the above picture). SQRT is supposed to be used for really large formulae (hence the awkward root index placement). Please refrain from using SQRT for small formulae.





      share


























        0












        0








        0







        Thanks to @JPi’s amazing eyesight, I was able to track down exactly the bug in the mtpro2 package. All credits goes to him/her.



        @JPi’s solution suggests that the offsetting space is somehow the width of the root index. I confirm this is the case. The root index is placed inside a box called rootbox. Here is how LaTeX defines its placement:



        % From ltmath.dtx:
        defr@@t#1#2{%
        setboxz@hbox{$m@th#1sqrtsign{#2}$}%
        dimen@htz@ advancedimen@-dpz@
        mkern5muraise.6dimen@copyrootbox
        mkern-10muboxz@}


        which is the default, while mtpro2 does some similar things like:



        % From mtpro2.dtx or mtpro2.sty
        defR@@T#1#2{setboxz@hbox{$UPROOT@z@LEFTROOT@z@m@th#1SQR@@T{#2}$}%
        dimen@htz@advancedimen@-dpz@
        dimen@iidimen@
        setboxtw@hbox{$m@th#1mskipUPROOT@ mu$}advancedimen@ii by1.667wdtw@
        setboxtw@hbox{$m@th#1mskip10mu$}%
        ifcaseSQcount@advancedimen@3wdtw@oradvancedimen@1.5wdtw@or
        advancedimen@wdtw@fi
        mkern1mukern.13dimen@mkern-LEFTROOT@ mu
        raise.5dimen@iicopyrootbox % was .44
        mkern-1mukern-.13dimen@mkernLEFTROOT@ muboxz@kern-wdrootbox
        LEFTROOTz@UPROOTz@}


        Focusing on the overall structures, we see immediately that R@@T has additional code of kern-wdrootbox, which IMHO is utterly wrong. So here is my fix:



        documentclass{article}
        usepackage{newtxtext}
        usepackage{mtpro2}% lite or complete, does not matter here

        usepackage{etoolbox}
        makeatletter
        patchcmdR@@T
        {kern-wdrootbox} % search this within R@@T
        {} % replace it with nothing
        {}{}
        makeatother

        begin{document}
        [ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]
        [ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100 ]
        end{document}


        sqrt



        Note: sqrt and SQRT, by design, will produce slightly different results (as seen in the above picture). SQRT is supposed to be used for really large formulae (hence the awkward root index placement). Please refrain from using SQRT for small formulae.





        share













        Thanks to @JPi’s amazing eyesight, I was able to track down exactly the bug in the mtpro2 package. All credits goes to him/her.



        @JPi’s solution suggests that the offsetting space is somehow the width of the root index. I confirm this is the case. The root index is placed inside a box called rootbox. Here is how LaTeX defines its placement:



        % From ltmath.dtx:
        defr@@t#1#2{%
        setboxz@hbox{$m@th#1sqrtsign{#2}$}%
        dimen@htz@ advancedimen@-dpz@
        mkern5muraise.6dimen@copyrootbox
        mkern-10muboxz@}


        which is the default, while mtpro2 does some similar things like:



        % From mtpro2.dtx or mtpro2.sty
        defR@@T#1#2{setboxz@hbox{$UPROOT@z@LEFTROOT@z@m@th#1SQR@@T{#2}$}%
        dimen@htz@advancedimen@-dpz@
        dimen@iidimen@
        setboxtw@hbox{$m@th#1mskipUPROOT@ mu$}advancedimen@ii by1.667wdtw@
        setboxtw@hbox{$m@th#1mskip10mu$}%
        ifcaseSQcount@advancedimen@3wdtw@oradvancedimen@1.5wdtw@or
        advancedimen@wdtw@fi
        mkern1mukern.13dimen@mkern-LEFTROOT@ mu
        raise.5dimen@iicopyrootbox % was .44
        mkern-1mukern-.13dimen@mkernLEFTROOT@ muboxz@kern-wdrootbox
        LEFTROOTz@UPROOTz@}


        Focusing on the overall structures, we see immediately that R@@T has additional code of kern-wdrootbox, which IMHO is utterly wrong. So here is my fix:



        documentclass{article}
        usepackage{newtxtext}
        usepackage{mtpro2}% lite or complete, does not matter here

        usepackage{etoolbox}
        makeatletter
        patchcmdR@@T
        {kern-wdrootbox} % search this within R@@T
        {} % replace it with nothing
        {}{}
        makeatother

        begin{document}
        [ sqrt[100]{1000000} = 1000 quad sqrt[3]{1000000} = 100 ]
        [ SQRT[100]{1000000} = 1000 quad SQRT[3]{1000000} = 100 ]
        end{document}


        sqrt



        Note: sqrt and SQRT, by design, will produce slightly different results (as seen in the above picture). SQRT is supposed to be used for really large formulae (hence the awkward root index placement). Please refrain from using SQRT for small formulae.






        share











        share


        share










        answered 3 mins ago









        Ruixi ZhangRuixi Zhang

        5,563322




        5,563322






























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