LaTeX adjusting sum limits












37















is there a way to show sum limits partially in inline mode and partially in display mode? i.e., I want to write



begin{equation}
sum_{n=-infty}^{+infty} [...]
end{equation}


but this way the lower limit is too wide, and I don't like it. So I was hoping to write something like this:



begin{equation}
sum_{-infty}^{+infty}nolimits_{n} [...]
end{equation}


to write the index n on the right side of the sum symbol, while the limits of the summation remain above and below.



Of course it doesn't work, LaTeX is pissed because there is a double subscript. Anyone knows if it's possible to do what I want to?










share|improve this question















migrated from stackoverflow.com Jan 5 '13 at 12:45


This question came from our site for professional and enthusiast programmers.























    37















    is there a way to show sum limits partially in inline mode and partially in display mode? i.e., I want to write



    begin{equation}
    sum_{n=-infty}^{+infty} [...]
    end{equation}


    but this way the lower limit is too wide, and I don't like it. So I was hoping to write something like this:



    begin{equation}
    sum_{-infty}^{+infty}nolimits_{n} [...]
    end{equation}


    to write the index n on the right side of the sum symbol, while the limits of the summation remain above and below.



    Of course it doesn't work, LaTeX is pissed because there is a double subscript. Anyone knows if it's possible to do what I want to?










    share|improve this question















    migrated from stackoverflow.com Jan 5 '13 at 12:45


    This question came from our site for professional and enthusiast programmers.





















      37












      37








      37


      15






      is there a way to show sum limits partially in inline mode and partially in display mode? i.e., I want to write



      begin{equation}
      sum_{n=-infty}^{+infty} [...]
      end{equation}


      but this way the lower limit is too wide, and I don't like it. So I was hoping to write something like this:



      begin{equation}
      sum_{-infty}^{+infty}nolimits_{n} [...]
      end{equation}


      to write the index n on the right side of the sum symbol, while the limits of the summation remain above and below.



      Of course it doesn't work, LaTeX is pissed because there is a double subscript. Anyone knows if it's possible to do what I want to?










      share|improve this question
















      is there a way to show sum limits partially in inline mode and partially in display mode? i.e., I want to write



      begin{equation}
      sum_{n=-infty}^{+infty} [...]
      end{equation}


      but this way the lower limit is too wide, and I don't like it. So I was hoping to write something like this:



      begin{equation}
      sum_{-infty}^{+infty}nolimits_{n} [...]
      end{equation}


      to write the index n on the right side of the sum symbol, while the limits of the summation remain above and below.



      Of course it doesn't work, LaTeX is pissed because there is a double subscript. Anyone knows if it's possible to do what I want to?







      math-operators






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited Jan 5 '13 at 12:57









      mafp

      14.5k252100




      14.5k252100










      asked Jan 4 '13 at 2:27









      gbasogbaso

      186126




      186126




      migrated from stackoverflow.com Jan 5 '13 at 12:45


      This question came from our site for professional and enthusiast programmers.









      migrated from stackoverflow.com Jan 5 '13 at 12:45


      This question came from our site for professional and enthusiast programmers.
























          1 Answer
          1






          active

          oldest

          votes


















          43














          In this instance a better approach would be to use mathtools's mathclap, which provides a centred overlap in math mode. The centred overlap implies a zero-width box containing stuff that overlaps on the left and right:



          enter image description here



          documentclass{article}
          usepackage{mathtools}% http://ctan.org/pkg/mathtools
          begin{document}
          begin{align*}
          A &= sum_{n=-infty}^{+infty} f(x) \
          B &= smashoperator[r]{sum_{n=-infty}^{+infty}} f(x) \
          C &= sum_{mathclap{n=-infty}}^{+infty} f(x) \
          D &= sum_{substack{n={}\-infty}}^{+infty} f(x) \
          E &= sum_{-infty}^{infty}mathop{}_{mkern-5mu n} f(x)
          end{align*}
          end{document}


          Sure mathtools also loads amsmath, but both these provide excellent tools in terms of typesetting mathematical content (and otherwise).



          To add multiple things under a math operator (like sum), see How do you put multiple things under a limit?, which suggests substack (as I've done in the last horrible visual).






          share|improve this answer





















          • 1





            If you asked me, I vote for option no. 2.

            – yo'
            Jan 5 '13 at 13:13











          • Thank you. I am looking for something like point E., but with prod, not sum. When I tried copying using mathop{}_{mkern-5mu n} it did not look so good. How would you do it with prod?

            – user119615
            Feb 9 '17 at 12:09











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          1 Answer
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          1 Answer
          1






          active

          oldest

          votes









          active

          oldest

          votes






          active

          oldest

          votes









          43














          In this instance a better approach would be to use mathtools's mathclap, which provides a centred overlap in math mode. The centred overlap implies a zero-width box containing stuff that overlaps on the left and right:



          enter image description here



          documentclass{article}
          usepackage{mathtools}% http://ctan.org/pkg/mathtools
          begin{document}
          begin{align*}
          A &= sum_{n=-infty}^{+infty} f(x) \
          B &= smashoperator[r]{sum_{n=-infty}^{+infty}} f(x) \
          C &= sum_{mathclap{n=-infty}}^{+infty} f(x) \
          D &= sum_{substack{n={}\-infty}}^{+infty} f(x) \
          E &= sum_{-infty}^{infty}mathop{}_{mkern-5mu n} f(x)
          end{align*}
          end{document}


          Sure mathtools also loads amsmath, but both these provide excellent tools in terms of typesetting mathematical content (and otherwise).



          To add multiple things under a math operator (like sum), see How do you put multiple things under a limit?, which suggests substack (as I've done in the last horrible visual).






          share|improve this answer





















          • 1





            If you asked me, I vote for option no. 2.

            – yo'
            Jan 5 '13 at 13:13











          • Thank you. I am looking for something like point E., but with prod, not sum. When I tried copying using mathop{}_{mkern-5mu n} it did not look so good. How would you do it with prod?

            – user119615
            Feb 9 '17 at 12:09
















          43














          In this instance a better approach would be to use mathtools's mathclap, which provides a centred overlap in math mode. The centred overlap implies a zero-width box containing stuff that overlaps on the left and right:



          enter image description here



          documentclass{article}
          usepackage{mathtools}% http://ctan.org/pkg/mathtools
          begin{document}
          begin{align*}
          A &= sum_{n=-infty}^{+infty} f(x) \
          B &= smashoperator[r]{sum_{n=-infty}^{+infty}} f(x) \
          C &= sum_{mathclap{n=-infty}}^{+infty} f(x) \
          D &= sum_{substack{n={}\-infty}}^{+infty} f(x) \
          E &= sum_{-infty}^{infty}mathop{}_{mkern-5mu n} f(x)
          end{align*}
          end{document}


          Sure mathtools also loads amsmath, but both these provide excellent tools in terms of typesetting mathematical content (and otherwise).



          To add multiple things under a math operator (like sum), see How do you put multiple things under a limit?, which suggests substack (as I've done in the last horrible visual).






          share|improve this answer





















          • 1





            If you asked me, I vote for option no. 2.

            – yo'
            Jan 5 '13 at 13:13











          • Thank you. I am looking for something like point E., but with prod, not sum. When I tried copying using mathop{}_{mkern-5mu n} it did not look so good. How would you do it with prod?

            – user119615
            Feb 9 '17 at 12:09














          43












          43








          43







          In this instance a better approach would be to use mathtools's mathclap, which provides a centred overlap in math mode. The centred overlap implies a zero-width box containing stuff that overlaps on the left and right:



          enter image description here



          documentclass{article}
          usepackage{mathtools}% http://ctan.org/pkg/mathtools
          begin{document}
          begin{align*}
          A &= sum_{n=-infty}^{+infty} f(x) \
          B &= smashoperator[r]{sum_{n=-infty}^{+infty}} f(x) \
          C &= sum_{mathclap{n=-infty}}^{+infty} f(x) \
          D &= sum_{substack{n={}\-infty}}^{+infty} f(x) \
          E &= sum_{-infty}^{infty}mathop{}_{mkern-5mu n} f(x)
          end{align*}
          end{document}


          Sure mathtools also loads amsmath, but both these provide excellent tools in terms of typesetting mathematical content (and otherwise).



          To add multiple things under a math operator (like sum), see How do you put multiple things under a limit?, which suggests substack (as I've done in the last horrible visual).






          share|improve this answer















          In this instance a better approach would be to use mathtools's mathclap, which provides a centred overlap in math mode. The centred overlap implies a zero-width box containing stuff that overlaps on the left and right:



          enter image description here



          documentclass{article}
          usepackage{mathtools}% http://ctan.org/pkg/mathtools
          begin{document}
          begin{align*}
          A &= sum_{n=-infty}^{+infty} f(x) \
          B &= smashoperator[r]{sum_{n=-infty}^{+infty}} f(x) \
          C &= sum_{mathclap{n=-infty}}^{+infty} f(x) \
          D &= sum_{substack{n={}\-infty}}^{+infty} f(x) \
          E &= sum_{-infty}^{infty}mathop{}_{mkern-5mu n} f(x)
          end{align*}
          end{document}


          Sure mathtools also loads amsmath, but both these provide excellent tools in terms of typesetting mathematical content (and otherwise).



          To add multiple things under a math operator (like sum), see How do you put multiple things under a limit?, which suggests substack (as I've done in the last horrible visual).







          share|improve this answer














          share|improve this answer



          share|improve this answer








          edited Apr 13 '17 at 12:36









          Community

          1




          1










          answered Jan 4 '13 at 3:21









          WernerWerner

          448k709921697




          448k709921697








          • 1





            If you asked me, I vote for option no. 2.

            – yo'
            Jan 5 '13 at 13:13











          • Thank you. I am looking for something like point E., but with prod, not sum. When I tried copying using mathop{}_{mkern-5mu n} it did not look so good. How would you do it with prod?

            – user119615
            Feb 9 '17 at 12:09














          • 1





            If you asked me, I vote for option no. 2.

            – yo'
            Jan 5 '13 at 13:13











          • Thank you. I am looking for something like point E., but with prod, not sum. When I tried copying using mathop{}_{mkern-5mu n} it did not look so good. How would you do it with prod?

            – user119615
            Feb 9 '17 at 12:09








          1




          1





          If you asked me, I vote for option no. 2.

          – yo'
          Jan 5 '13 at 13:13





          If you asked me, I vote for option no. 2.

          – yo'
          Jan 5 '13 at 13:13













          Thank you. I am looking for something like point E., but with prod, not sum. When I tried copying using mathop{}_{mkern-5mu n} it did not look so good. How would you do it with prod?

          – user119615
          Feb 9 '17 at 12:09





          Thank you. I am looking for something like point E., but with prod, not sum. When I tried copying using mathop{}_{mkern-5mu n} it did not look so good. How would you do it with prod?

          – user119615
          Feb 9 '17 at 12:09


















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