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Fixing spacing on integral


Load integral sign from eulervmMake sure the spacing of a macro for a binary operatorVertical Spacing within align environment accounting for fractionsTypesetting of volume integralWrong spacing in math-modeHow can I typeset long integral borders?Fixing mathit spacing with unicode-mathHow to remove the spacing between my modal operators?Spacing after first line of math modeSet vertical spacing between two particular items






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margin-bottom:0;









4

















How could one fix the spacing in the integral so that



$$f(z) = frac11-vert z vert int_B(z,1-vert zvert) f(z) dz$$ 


doesn't leave so much space between the contour and the function $f(z)$.










share|improve this question


































    4

















    How could one fix the spacing in the integral so that



    $$f(z) = frac11-vert z vert int_B(z,1-vert zvert) f(z) dz$$ 


    doesn't leave so much space between the contour and the function $f(z)$.










    share|improve this question






























      4












      4








      4








      How could one fix the spacing in the integral so that



      $$f(z) = frac11-vert z vert int_B(z,1-vert zvert) f(z) dz$$ 


      doesn't leave so much space between the contour and the function $f(z)$.










      share|improve this question

















      How could one fix the spacing in the integral so that



      $$f(z) = frac11-vert z vert int_B(z,1-vert zvert) f(z) dz$$ 


      doesn't leave so much space between the contour and the function $f(z)$.







      math-mode






      share|improve this question
















      share|improve this question













      share|improve this question




      share|improve this question








      edited May 28 at 22:34









      Sigur

      27.5k4 gold badges64 silver badges149 bronze badges




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      asked May 28 at 22:28









      PhysMathPhysMath

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      1234 bronze badges























          3 Answers
          3






          active

          oldest

          votes


















          2


















          You have several options:



          documentclassarticle
          usepackageamsmath,mathtools

          DeclarePairedDelimiterabslvertrvert

          newcommandlowersubsmash[b]vphantom

          begindocument

          begingather
          f(z) = frac11-absz int_B(z,1-lvert zrvert) f(z),dz \[2ex]
          f(z) = frac11-absz int_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
          f(z) = frac11-absz int_lowersub B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
          f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) f(z),dz \[2ex]
          f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
          f(z) = frac11-absz smashoperator[r]intlimits_B(z,1-lvert zrvert) f(z),dz
          endgather

          enddocument


          enter image description here



          (1) is the default.



          (2) should be avoided, because the subscript clashes with the function; even worse if the amount of backing up is larger.



          (3) corrects a bit what is in (2), but I'd avoid large backup anyway.



          (4) is fine, in my opinion.



          (5) could be an improvement for somebody.



          (6) could also be an improvement, but is too tight to my eyes.






          share|improve this answer

































            3


















            You can manually shift the part using hspace-3em (which I don't personally prefer) or use intlimits_... instead.



            Output



            documentclassarticle
            begindocument
            $displaystyle f(z) = frac11-vert z vert int_B(z,1-vert zvert) hspace*-3emf(z) dz$\[4ex]
            $displaystyle f(z) = frac11-vert z vert intlimits_B(z,1-vert zvert) f(z) dz$\[4ex]
            enddocument





            share|improve this answer

































              3


















              You can use the mathrlap command, from mathtools. Unrelated: don't use $$ ... $$, which is a plain TeX construct. Use the LaTeX construct [ ... ] instead.



               documentclassarticle

              usepackagemathtools

              begindocument

              [ f(z) = frac11-vert z vert int_B(mathrlapz,1-vert zvert) f(z),mathrm dz ]

              enddocument


              enter image description here






              share|improve this answer





























                Your Answer








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                3 Answers
                3






                active

                oldest

                votes








                3 Answers
                3






                active

                oldest

                votes









                active

                oldest

                votes






                active

                oldest

                votes









                2


















                You have several options:



                documentclassarticle
                usepackageamsmath,mathtools

                DeclarePairedDelimiterabslvertrvert

                newcommandlowersubsmash[b]vphantom

                begindocument

                begingather
                f(z) = frac11-absz int_B(z,1-lvert zrvert) f(z),dz \[2ex]
                f(z) = frac11-absz int_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                f(z) = frac11-absz int_lowersub B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) f(z),dz \[2ex]
                f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                f(z) = frac11-absz smashoperator[r]intlimits_B(z,1-lvert zrvert) f(z),dz
                endgather

                enddocument


                enter image description here



                (1) is the default.



                (2) should be avoided, because the subscript clashes with the function; even worse if the amount of backing up is larger.



                (3) corrects a bit what is in (2), but I'd avoid large backup anyway.



                (4) is fine, in my opinion.



                (5) could be an improvement for somebody.



                (6) could also be an improvement, but is too tight to my eyes.






                share|improve this answer






























                  2


















                  You have several options:



                  documentclassarticle
                  usepackageamsmath,mathtools

                  DeclarePairedDelimiterabslvertrvert

                  newcommandlowersubsmash[b]vphantom

                  begindocument

                  begingather
                  f(z) = frac11-absz int_B(z,1-lvert zrvert) f(z),dz \[2ex]
                  f(z) = frac11-absz int_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                  f(z) = frac11-absz int_lowersub B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                  f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) f(z),dz \[2ex]
                  f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                  f(z) = frac11-absz smashoperator[r]intlimits_B(z,1-lvert zrvert) f(z),dz
                  endgather

                  enddocument


                  enter image description here



                  (1) is the default.



                  (2) should be avoided, because the subscript clashes with the function; even worse if the amount of backing up is larger.



                  (3) corrects a bit what is in (2), but I'd avoid large backup anyway.



                  (4) is fine, in my opinion.



                  (5) could be an improvement for somebody.



                  (6) could also be an improvement, but is too tight to my eyes.






                  share|improve this answer




























                    2














                    2










                    2









                    You have several options:



                    documentclassarticle
                    usepackageamsmath,mathtools

                    DeclarePairedDelimiterabslvertrvert

                    newcommandlowersubsmash[b]vphantom

                    begindocument

                    begingather
                    f(z) = frac11-absz int_B(z,1-lvert zrvert) f(z),dz \[2ex]
                    f(z) = frac11-absz int_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                    f(z) = frac11-absz int_lowersub B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                    f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) f(z),dz \[2ex]
                    f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                    f(z) = frac11-absz smashoperator[r]intlimits_B(z,1-lvert zrvert) f(z),dz
                    endgather

                    enddocument


                    enter image description here



                    (1) is the default.



                    (2) should be avoided, because the subscript clashes with the function; even worse if the amount of backing up is larger.



                    (3) corrects a bit what is in (2), but I'd avoid large backup anyway.



                    (4) is fine, in my opinion.



                    (5) could be an improvement for somebody.



                    (6) could also be an improvement, but is too tight to my eyes.






                    share|improve this answer














                    You have several options:



                    documentclassarticle
                    usepackageamsmath,mathtools

                    DeclarePairedDelimiterabslvertrvert

                    newcommandlowersubsmash[b]vphantom

                    begindocument

                    begingather
                    f(z) = frac11-absz int_B(z,1-lvert zrvert) f(z),dz \[2ex]
                    f(z) = frac11-absz int_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                    f(z) = frac11-absz int_lowersub B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                    f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) f(z),dz \[2ex]
                    f(z) = frac11-absz intlimits_B(z,1-lvert zrvert) hspace-1em f(z),dz \[2ex]
                    f(z) = frac11-absz smashoperator[r]intlimits_B(z,1-lvert zrvert) f(z),dz
                    endgather

                    enddocument


                    enter image description here



                    (1) is the default.



                    (2) should be avoided, because the subscript clashes with the function; even worse if the amount of backing up is larger.



                    (3) corrects a bit what is in (2), but I'd avoid large backup anyway.



                    (4) is fine, in my opinion.



                    (5) could be an improvement for somebody.



                    (6) could also be an improvement, but is too tight to my eyes.







                    share|improve this answer













                    share|improve this answer




                    share|improve this answer










                    answered May 28 at 23:31









                    egregegreg

                    775k92 gold badges2020 silver badges3381 bronze badges




                    775k92 gold badges2020 silver badges3381 bronze badges


























                        3


















                        You can manually shift the part using hspace-3em (which I don't personally prefer) or use intlimits_... instead.



                        Output



                        documentclassarticle
                        begindocument
                        $displaystyle f(z) = frac11-vert z vert int_B(z,1-vert zvert) hspace*-3emf(z) dz$\[4ex]
                        $displaystyle f(z) = frac11-vert z vert intlimits_B(z,1-vert zvert) f(z) dz$\[4ex]
                        enddocument





                        share|improve this answer






























                          3


















                          You can manually shift the part using hspace-3em (which I don't personally prefer) or use intlimits_... instead.



                          Output



                          documentclassarticle
                          begindocument
                          $displaystyle f(z) = frac11-vert z vert int_B(z,1-vert zvert) hspace*-3emf(z) dz$\[4ex]
                          $displaystyle f(z) = frac11-vert z vert intlimits_B(z,1-vert zvert) f(z) dz$\[4ex]
                          enddocument





                          share|improve this answer




























                            3














                            3










                            3









                            You can manually shift the part using hspace-3em (which I don't personally prefer) or use intlimits_... instead.



                            Output



                            documentclassarticle
                            begindocument
                            $displaystyle f(z) = frac11-vert z vert int_B(z,1-vert zvert) hspace*-3emf(z) dz$\[4ex]
                            $displaystyle f(z) = frac11-vert z vert intlimits_B(z,1-vert zvert) f(z) dz$\[4ex]
                            enddocument





                            share|improve this answer














                            You can manually shift the part using hspace-3em (which I don't personally prefer) or use intlimits_... instead.



                            Output



                            documentclassarticle
                            begindocument
                            $displaystyle f(z) = frac11-vert z vert int_B(z,1-vert zvert) hspace*-3emf(z) dz$\[4ex]
                            $displaystyle f(z) = frac11-vert z vert intlimits_B(z,1-vert zvert) f(z) dz$\[4ex]
                            enddocument






                            share|improve this answer













                            share|improve this answer




                            share|improve this answer










                            answered May 28 at 22:52









                            M. Al JumailyM. Al Jumaily

                            2,4922 gold badges4 silver badges20 bronze badges




                            2,4922 gold badges4 silver badges20 bronze badges
























                                3


















                                You can use the mathrlap command, from mathtools. Unrelated: don't use $$ ... $$, which is a plain TeX construct. Use the LaTeX construct [ ... ] instead.



                                 documentclassarticle

                                usepackagemathtools

                                begindocument

                                [ f(z) = frac11-vert z vert int_B(mathrlapz,1-vert zvert) f(z),mathrm dz ]

                                enddocument


                                enter image description here






                                share|improve this answer
































                                  3


















                                  You can use the mathrlap command, from mathtools. Unrelated: don't use $$ ... $$, which is a plain TeX construct. Use the LaTeX construct [ ... ] instead.



                                   documentclassarticle

                                  usepackagemathtools

                                  begindocument

                                  [ f(z) = frac11-vert z vert int_B(mathrlapz,1-vert zvert) f(z),mathrm dz ]

                                  enddocument


                                  enter image description here






                                  share|improve this answer






























                                    3














                                    3










                                    3









                                    You can use the mathrlap command, from mathtools. Unrelated: don't use $$ ... $$, which is a plain TeX construct. Use the LaTeX construct [ ... ] instead.



                                     documentclassarticle

                                    usepackagemathtools

                                    begindocument

                                    [ f(z) = frac11-vert z vert int_B(mathrlapz,1-vert zvert) f(z),mathrm dz ]

                                    enddocument


                                    enter image description here






                                    share|improve this answer
















                                    You can use the mathrlap command, from mathtools. Unrelated: don't use $$ ... $$, which is a plain TeX construct. Use the LaTeX construct [ ... ] instead.



                                     documentclassarticle

                                    usepackagemathtools

                                    begindocument

                                    [ f(z) = frac11-vert z vert int_B(mathrlapz,1-vert zvert) f(z),mathrm dz ]

                                    enddocument


                                    enter image description here







                                    share|improve this answer















                                    share|improve this answer




                                    share|improve this answer








                                    edited May 28 at 22:55









                                    Zarko

                                    150k8 gold badges87 silver badges197 bronze badges




                                    150k8 gold badges87 silver badges197 bronze badges










                                    answered May 28 at 22:47









                                    BernardBernard

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                                    194k8 gold badges86 silver badges232 bronze badges































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