How to modify a tikz-cd diagram by changing the placement and length of arrows











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3
down vote

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Consider the following code for a commutative diagram, followed by the output.



documentclass{amsart}
usepackage{tikz-cd}
begin{document}
[
begin{tikzcd}
A arrow[r, leftrightarrow, "alpha"] arrow[d, "int^a_b", swap] & Cquad(subseteq S) arrow[d, "int^c_d"]\
B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
end{tikzcd}
]
end{document}


A commutative diagram



I'd appreciate help modifying the output in the following ways.




  1. The right downward arrow should be moved left so it seems to connect C to D.

  2. The downward arrows should be longer.

  3. The integral symbols should be longer.










share|improve this question






















  • Why don't you simply use TikZ instead of tikz-cd?
    – Dũng Vũ
    Nov 16 at 11:05












  • @DũngVũ: I guess I could. The only reason I use tikz-cd is because the package manual contains examples that I can very easily repurpose for my needs. If I can get the same results with tikz, it would be an acceptable solution.
    – Evan Aad
    Nov 16 at 11:07

















up vote
3
down vote

favorite












Consider the following code for a commutative diagram, followed by the output.



documentclass{amsart}
usepackage{tikz-cd}
begin{document}
[
begin{tikzcd}
A arrow[r, leftrightarrow, "alpha"] arrow[d, "int^a_b", swap] & Cquad(subseteq S) arrow[d, "int^c_d"]\
B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
end{tikzcd}
]
end{document}


A commutative diagram



I'd appreciate help modifying the output in the following ways.




  1. The right downward arrow should be moved left so it seems to connect C to D.

  2. The downward arrows should be longer.

  3. The integral symbols should be longer.










share|improve this question






















  • Why don't you simply use TikZ instead of tikz-cd?
    – Dũng Vũ
    Nov 16 at 11:05












  • @DũngVũ: I guess I could. The only reason I use tikz-cd is because the package manual contains examples that I can very easily repurpose for my needs. If I can get the same results with tikz, it would be an acceptable solution.
    – Evan Aad
    Nov 16 at 11:07















up vote
3
down vote

favorite









up vote
3
down vote

favorite











Consider the following code for a commutative diagram, followed by the output.



documentclass{amsart}
usepackage{tikz-cd}
begin{document}
[
begin{tikzcd}
A arrow[r, leftrightarrow, "alpha"] arrow[d, "int^a_b", swap] & Cquad(subseteq S) arrow[d, "int^c_d"]\
B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
end{tikzcd}
]
end{document}


A commutative diagram



I'd appreciate help modifying the output in the following ways.




  1. The right downward arrow should be moved left so it seems to connect C to D.

  2. The downward arrows should be longer.

  3. The integral symbols should be longer.










share|improve this question













Consider the following code for a commutative diagram, followed by the output.



documentclass{amsart}
usepackage{tikz-cd}
begin{document}
[
begin{tikzcd}
A arrow[r, leftrightarrow, "alpha"] arrow[d, "int^a_b", swap] & Cquad(subseteq S) arrow[d, "int^c_d"]\
B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
end{tikzcd}
]
end{document}


A commutative diagram



I'd appreciate help modifying the output in the following ways.




  1. The right downward arrow should be moved left so it seems to connect C to D.

  2. The downward arrows should be longer.

  3. The integral symbols should be longer.







tikz-cd






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asked Nov 16 at 10:43









Evan Aad

3,66511328




3,66511328












  • Why don't you simply use TikZ instead of tikz-cd?
    – Dũng Vũ
    Nov 16 at 11:05












  • @DũngVũ: I guess I could. The only reason I use tikz-cd is because the package manual contains examples that I can very easily repurpose for my needs. If I can get the same results with tikz, it would be an acceptable solution.
    – Evan Aad
    Nov 16 at 11:07




















  • Why don't you simply use TikZ instead of tikz-cd?
    – Dũng Vũ
    Nov 16 at 11:05












  • @DũngVũ: I guess I could. The only reason I use tikz-cd is because the package manual contains examples that I can very easily repurpose for my needs. If I can get the same results with tikz, it would be an acceptable solution.
    – Evan Aad
    Nov 16 at 11:07


















Why don't you simply use TikZ instead of tikz-cd?
– Dũng Vũ
Nov 16 at 11:05






Why don't you simply use TikZ instead of tikz-cd?
– Dũng Vũ
Nov 16 at 11:05














@DũngVũ: I guess I could. The only reason I use tikz-cd is because the package manual contains examples that I can very easily repurpose for my needs. If I can get the same results with tikz, it would be an acceptable solution.
– Evan Aad
Nov 16 at 11:07






@DũngVũ: I guess I could. The only reason I use tikz-cd is because the package manual contains examples that I can very easily repurpose for my needs. If I can get the same results with tikz, it would be an acceptable solution.
– Evan Aad
Nov 16 at 11:07












3 Answers
3






active

oldest

votes

















up vote
4
down vote



accepted










You can




  1. put C and (subseteq S) in separate cells,

  2. change the distances between columns and rows,

  3. add displaystyle to the integrals.


to get



documentclass{amsart}
usepackage{tikz-cd}
begin{document}
[
begin{tikzcd}[column sep={8mm,between origins},row sep=1.2cm]
A arrow[rr, leftrightarrow, "alpha"] arrow[d, "displaystyleint^a_b", swap]
&& C arrow[d, "displaystyleint^c_d"] &(subseteq S) \
B arrow[rr, leftrightarrow, "beta", swap] && D &(subseteq T)
end{tikzcd}
]
end{document}


enter image description here






share|improve this answer




























    up vote
    3
    down vote













    I am not so skillful in TikZ, but hope that the following solves your first two questions



    documentclass{amsart}
    usepackage{tikz}
    begin{document}
    begin{tikzpicture}
    draw (0,0) node {$A$};
    draw (1.5,0) node {$C$};
    draw (0,-1.5) node {$B$};
    draw (1.5,-1.5) node {$D$};
    draw (2.5,0) node {$(subseteq S)$};
    draw (2.5,-1.5) node {$(subseteq T)$};
    draw[<->] (0.2,0) -- (1.3,0);
    draw[<->] (0.2,-1.5) -- (1.3,-1.5);
    draw[->] (0,-0.2) -- (0,-1.3);
    draw[->] (1.5,-0.2) -- (1.5,-1.3);
    begin{scriptsize}
    draw (0.75,0) node[above] {$alpha$};
    draw (0.75,-1.5) node[below] {$beta$};
    draw (0,-0.75) node[left] {$int_b^a$};
    draw (1.5,-0.75) node[right] {$int_d^c$};
    end{scriptsize}
    end{tikzpicture}
    end{document}


    enter image description here



    For question 3: From my point of view, the integral symbol will look a bit worse if you lengthen the symbol because it doesn't suit the a, b, etc. However, if you really want to lengthen the symbol, I suggest enlarging the whole symbol:



    documentclass{amsart}
    usepackage{tikz}
    begin{document}
    begin{tikzpicture}
    draw (0,0) node {$A$};
    draw (1.5,0) node {$C$};
    draw (0,-1.5) node {$B$};
    draw (1.5,-1.5) node {$D$};
    draw (2.5,0) node {$(subseteq S)$};
    draw (2.5,-1.5) node {$(subseteq T)$};
    draw[<->] (0.2,0) -- (1.3,0);
    draw[<->] (0.2,-1.5) -- (1.3,-1.5);
    draw[->] (0,-0.2) -- (0,-1.3);
    draw[->] (1.5,-0.2) -- (1.5,-1.3);
    begin{scriptsize}
    draw (0.75,0) node[above] {$alpha$};
    draw (0.75,-1.5) node[below] {$beta$};
    end{scriptsize}
    %begin{small}
    draw (0,-0.75) node[left] {$int_b^a$};
    draw (1.5,-0.75) node[right] {$int_d^c$};
    %end{small}
    end{tikzpicture}
    end{document}


    enter image description here






    share|improve this answer




























      up vote
      2
      down vote














      1. Reposition the arrow using the shift right option. (See tikz-cd manual.)

      2. Extend the downward pointing arrows using the row sep option. (See tikz-cd manual.)

      3. Stretch the integral symbols using the scalerel package, as discussed here.


      Additionally,




      1. The distance between an arrow and its label can be adjusted using the outer sep option, as discussed here.

      2. The arrow tips can be changed using, e.g., arrow style=tikz, >=Latex. (See tikz-cd manual.)


      The revised code is as follows.



      documentclass{amsart}
      usepackage{tikz-cd}
      usepackage{scalerel}
      defstretchint#1{vcenter{hbox{stretchto[440]{displaystyleint}{#1}}}}
      begin{document}
      [
      begin{tikzcd}[row sep = huge, column sep = large, outer sep = 1mm, arrow style=tikz, >=Latex]
      A arrow[r, leftrightarrow, "alpha"] arrow[d, "stretchint{3ex}^a_{hspace{-1.5mm}b}", swap] & Cquad(subseteq S) arrow[d, "stretchint{3ex}^c_{hspace{-1.5mm}d}", shift right = .6cm]\
      B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
      end{tikzcd}
      ]
      end{document}


      Formatted diagram






      share|improve this answer























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        3 Answers
        3






        active

        oldest

        votes








        3 Answers
        3






        active

        oldest

        votes









        active

        oldest

        votes






        active

        oldest

        votes








        up vote
        4
        down vote



        accepted










        You can




        1. put C and (subseteq S) in separate cells,

        2. change the distances between columns and rows,

        3. add displaystyle to the integrals.


        to get



        documentclass{amsart}
        usepackage{tikz-cd}
        begin{document}
        [
        begin{tikzcd}[column sep={8mm,between origins},row sep=1.2cm]
        A arrow[rr, leftrightarrow, "alpha"] arrow[d, "displaystyleint^a_b", swap]
        && C arrow[d, "displaystyleint^c_d"] &(subseteq S) \
        B arrow[rr, leftrightarrow, "beta", swap] && D &(subseteq T)
        end{tikzcd}
        ]
        end{document}


        enter image description here






        share|improve this answer

























          up vote
          4
          down vote



          accepted










          You can




          1. put C and (subseteq S) in separate cells,

          2. change the distances between columns and rows,

          3. add displaystyle to the integrals.


          to get



          documentclass{amsart}
          usepackage{tikz-cd}
          begin{document}
          [
          begin{tikzcd}[column sep={8mm,between origins},row sep=1.2cm]
          A arrow[rr, leftrightarrow, "alpha"] arrow[d, "displaystyleint^a_b", swap]
          && C arrow[d, "displaystyleint^c_d"] &(subseteq S) \
          B arrow[rr, leftrightarrow, "beta", swap] && D &(subseteq T)
          end{tikzcd}
          ]
          end{document}


          enter image description here






          share|improve this answer























            up vote
            4
            down vote



            accepted







            up vote
            4
            down vote



            accepted






            You can




            1. put C and (subseteq S) in separate cells,

            2. change the distances between columns and rows,

            3. add displaystyle to the integrals.


            to get



            documentclass{amsart}
            usepackage{tikz-cd}
            begin{document}
            [
            begin{tikzcd}[column sep={8mm,between origins},row sep=1.2cm]
            A arrow[rr, leftrightarrow, "alpha"] arrow[d, "displaystyleint^a_b", swap]
            && C arrow[d, "displaystyleint^c_d"] &(subseteq S) \
            B arrow[rr, leftrightarrow, "beta", swap] && D &(subseteq T)
            end{tikzcd}
            ]
            end{document}


            enter image description here






            share|improve this answer












            You can




            1. put C and (subseteq S) in separate cells,

            2. change the distances between columns and rows,

            3. add displaystyle to the integrals.


            to get



            documentclass{amsart}
            usepackage{tikz-cd}
            begin{document}
            [
            begin{tikzcd}[column sep={8mm,between origins},row sep=1.2cm]
            A arrow[rr, leftrightarrow, "alpha"] arrow[d, "displaystyleint^a_b", swap]
            && C arrow[d, "displaystyleint^c_d"] &(subseteq S) \
            B arrow[rr, leftrightarrow, "beta", swap] && D &(subseteq T)
            end{tikzcd}
            ]
            end{document}


            enter image description here







            share|improve this answer












            share|improve this answer



            share|improve this answer










            answered Nov 16 at 13:54









            marmot

            76.7k487161




            76.7k487161






















                up vote
                3
                down vote













                I am not so skillful in TikZ, but hope that the following solves your first two questions



                documentclass{amsart}
                usepackage{tikz}
                begin{document}
                begin{tikzpicture}
                draw (0,0) node {$A$};
                draw (1.5,0) node {$C$};
                draw (0,-1.5) node {$B$};
                draw (1.5,-1.5) node {$D$};
                draw (2.5,0) node {$(subseteq S)$};
                draw (2.5,-1.5) node {$(subseteq T)$};
                draw[<->] (0.2,0) -- (1.3,0);
                draw[<->] (0.2,-1.5) -- (1.3,-1.5);
                draw[->] (0,-0.2) -- (0,-1.3);
                draw[->] (1.5,-0.2) -- (1.5,-1.3);
                begin{scriptsize}
                draw (0.75,0) node[above] {$alpha$};
                draw (0.75,-1.5) node[below] {$beta$};
                draw (0,-0.75) node[left] {$int_b^a$};
                draw (1.5,-0.75) node[right] {$int_d^c$};
                end{scriptsize}
                end{tikzpicture}
                end{document}


                enter image description here



                For question 3: From my point of view, the integral symbol will look a bit worse if you lengthen the symbol because it doesn't suit the a, b, etc. However, if you really want to lengthen the symbol, I suggest enlarging the whole symbol:



                documentclass{amsart}
                usepackage{tikz}
                begin{document}
                begin{tikzpicture}
                draw (0,0) node {$A$};
                draw (1.5,0) node {$C$};
                draw (0,-1.5) node {$B$};
                draw (1.5,-1.5) node {$D$};
                draw (2.5,0) node {$(subseteq S)$};
                draw (2.5,-1.5) node {$(subseteq T)$};
                draw[<->] (0.2,0) -- (1.3,0);
                draw[<->] (0.2,-1.5) -- (1.3,-1.5);
                draw[->] (0,-0.2) -- (0,-1.3);
                draw[->] (1.5,-0.2) -- (1.5,-1.3);
                begin{scriptsize}
                draw (0.75,0) node[above] {$alpha$};
                draw (0.75,-1.5) node[below] {$beta$};
                end{scriptsize}
                %begin{small}
                draw (0,-0.75) node[left] {$int_b^a$};
                draw (1.5,-0.75) node[right] {$int_d^c$};
                %end{small}
                end{tikzpicture}
                end{document}


                enter image description here






                share|improve this answer

























                  up vote
                  3
                  down vote













                  I am not so skillful in TikZ, but hope that the following solves your first two questions



                  documentclass{amsart}
                  usepackage{tikz}
                  begin{document}
                  begin{tikzpicture}
                  draw (0,0) node {$A$};
                  draw (1.5,0) node {$C$};
                  draw (0,-1.5) node {$B$};
                  draw (1.5,-1.5) node {$D$};
                  draw (2.5,0) node {$(subseteq S)$};
                  draw (2.5,-1.5) node {$(subseteq T)$};
                  draw[<->] (0.2,0) -- (1.3,0);
                  draw[<->] (0.2,-1.5) -- (1.3,-1.5);
                  draw[->] (0,-0.2) -- (0,-1.3);
                  draw[->] (1.5,-0.2) -- (1.5,-1.3);
                  begin{scriptsize}
                  draw (0.75,0) node[above] {$alpha$};
                  draw (0.75,-1.5) node[below] {$beta$};
                  draw (0,-0.75) node[left] {$int_b^a$};
                  draw (1.5,-0.75) node[right] {$int_d^c$};
                  end{scriptsize}
                  end{tikzpicture}
                  end{document}


                  enter image description here



                  For question 3: From my point of view, the integral symbol will look a bit worse if you lengthen the symbol because it doesn't suit the a, b, etc. However, if you really want to lengthen the symbol, I suggest enlarging the whole symbol:



                  documentclass{amsart}
                  usepackage{tikz}
                  begin{document}
                  begin{tikzpicture}
                  draw (0,0) node {$A$};
                  draw (1.5,0) node {$C$};
                  draw (0,-1.5) node {$B$};
                  draw (1.5,-1.5) node {$D$};
                  draw (2.5,0) node {$(subseteq S)$};
                  draw (2.5,-1.5) node {$(subseteq T)$};
                  draw[<->] (0.2,0) -- (1.3,0);
                  draw[<->] (0.2,-1.5) -- (1.3,-1.5);
                  draw[->] (0,-0.2) -- (0,-1.3);
                  draw[->] (1.5,-0.2) -- (1.5,-1.3);
                  begin{scriptsize}
                  draw (0.75,0) node[above] {$alpha$};
                  draw (0.75,-1.5) node[below] {$beta$};
                  end{scriptsize}
                  %begin{small}
                  draw (0,-0.75) node[left] {$int_b^a$};
                  draw (1.5,-0.75) node[right] {$int_d^c$};
                  %end{small}
                  end{tikzpicture}
                  end{document}


                  enter image description here






                  share|improve this answer























                    up vote
                    3
                    down vote










                    up vote
                    3
                    down vote









                    I am not so skillful in TikZ, but hope that the following solves your first two questions



                    documentclass{amsart}
                    usepackage{tikz}
                    begin{document}
                    begin{tikzpicture}
                    draw (0,0) node {$A$};
                    draw (1.5,0) node {$C$};
                    draw (0,-1.5) node {$B$};
                    draw (1.5,-1.5) node {$D$};
                    draw (2.5,0) node {$(subseteq S)$};
                    draw (2.5,-1.5) node {$(subseteq T)$};
                    draw[<->] (0.2,0) -- (1.3,0);
                    draw[<->] (0.2,-1.5) -- (1.3,-1.5);
                    draw[->] (0,-0.2) -- (0,-1.3);
                    draw[->] (1.5,-0.2) -- (1.5,-1.3);
                    begin{scriptsize}
                    draw (0.75,0) node[above] {$alpha$};
                    draw (0.75,-1.5) node[below] {$beta$};
                    draw (0,-0.75) node[left] {$int_b^a$};
                    draw (1.5,-0.75) node[right] {$int_d^c$};
                    end{scriptsize}
                    end{tikzpicture}
                    end{document}


                    enter image description here



                    For question 3: From my point of view, the integral symbol will look a bit worse if you lengthen the symbol because it doesn't suit the a, b, etc. However, if you really want to lengthen the symbol, I suggest enlarging the whole symbol:



                    documentclass{amsart}
                    usepackage{tikz}
                    begin{document}
                    begin{tikzpicture}
                    draw (0,0) node {$A$};
                    draw (1.5,0) node {$C$};
                    draw (0,-1.5) node {$B$};
                    draw (1.5,-1.5) node {$D$};
                    draw (2.5,0) node {$(subseteq S)$};
                    draw (2.5,-1.5) node {$(subseteq T)$};
                    draw[<->] (0.2,0) -- (1.3,0);
                    draw[<->] (0.2,-1.5) -- (1.3,-1.5);
                    draw[->] (0,-0.2) -- (0,-1.3);
                    draw[->] (1.5,-0.2) -- (1.5,-1.3);
                    begin{scriptsize}
                    draw (0.75,0) node[above] {$alpha$};
                    draw (0.75,-1.5) node[below] {$beta$};
                    end{scriptsize}
                    %begin{small}
                    draw (0,-0.75) node[left] {$int_b^a$};
                    draw (1.5,-0.75) node[right] {$int_d^c$};
                    %end{small}
                    end{tikzpicture}
                    end{document}


                    enter image description here






                    share|improve this answer












                    I am not so skillful in TikZ, but hope that the following solves your first two questions



                    documentclass{amsart}
                    usepackage{tikz}
                    begin{document}
                    begin{tikzpicture}
                    draw (0,0) node {$A$};
                    draw (1.5,0) node {$C$};
                    draw (0,-1.5) node {$B$};
                    draw (1.5,-1.5) node {$D$};
                    draw (2.5,0) node {$(subseteq S)$};
                    draw (2.5,-1.5) node {$(subseteq T)$};
                    draw[<->] (0.2,0) -- (1.3,0);
                    draw[<->] (0.2,-1.5) -- (1.3,-1.5);
                    draw[->] (0,-0.2) -- (0,-1.3);
                    draw[->] (1.5,-0.2) -- (1.5,-1.3);
                    begin{scriptsize}
                    draw (0.75,0) node[above] {$alpha$};
                    draw (0.75,-1.5) node[below] {$beta$};
                    draw (0,-0.75) node[left] {$int_b^a$};
                    draw (1.5,-0.75) node[right] {$int_d^c$};
                    end{scriptsize}
                    end{tikzpicture}
                    end{document}


                    enter image description here



                    For question 3: From my point of view, the integral symbol will look a bit worse if you lengthen the symbol because it doesn't suit the a, b, etc. However, if you really want to lengthen the symbol, I suggest enlarging the whole symbol:



                    documentclass{amsart}
                    usepackage{tikz}
                    begin{document}
                    begin{tikzpicture}
                    draw (0,0) node {$A$};
                    draw (1.5,0) node {$C$};
                    draw (0,-1.5) node {$B$};
                    draw (1.5,-1.5) node {$D$};
                    draw (2.5,0) node {$(subseteq S)$};
                    draw (2.5,-1.5) node {$(subseteq T)$};
                    draw[<->] (0.2,0) -- (1.3,0);
                    draw[<->] (0.2,-1.5) -- (1.3,-1.5);
                    draw[->] (0,-0.2) -- (0,-1.3);
                    draw[->] (1.5,-0.2) -- (1.5,-1.3);
                    begin{scriptsize}
                    draw (0.75,0) node[above] {$alpha$};
                    draw (0.75,-1.5) node[below] {$beta$};
                    end{scriptsize}
                    %begin{small}
                    draw (0,-0.75) node[left] {$int_b^a$};
                    draw (1.5,-0.75) node[right] {$int_d^c$};
                    %end{small}
                    end{tikzpicture}
                    end{document}


                    enter image description here







                    share|improve this answer












                    share|improve this answer



                    share|improve this answer










                    answered Nov 16 at 11:35









                    Dũng Vũ

                    1,09920




                    1,09920






















                        up vote
                        2
                        down vote














                        1. Reposition the arrow using the shift right option. (See tikz-cd manual.)

                        2. Extend the downward pointing arrows using the row sep option. (See tikz-cd manual.)

                        3. Stretch the integral symbols using the scalerel package, as discussed here.


                        Additionally,




                        1. The distance between an arrow and its label can be adjusted using the outer sep option, as discussed here.

                        2. The arrow tips can be changed using, e.g., arrow style=tikz, >=Latex. (See tikz-cd manual.)


                        The revised code is as follows.



                        documentclass{amsart}
                        usepackage{tikz-cd}
                        usepackage{scalerel}
                        defstretchint#1{vcenter{hbox{stretchto[440]{displaystyleint}{#1}}}}
                        begin{document}
                        [
                        begin{tikzcd}[row sep = huge, column sep = large, outer sep = 1mm, arrow style=tikz, >=Latex]
                        A arrow[r, leftrightarrow, "alpha"] arrow[d, "stretchint{3ex}^a_{hspace{-1.5mm}b}", swap] & Cquad(subseteq S) arrow[d, "stretchint{3ex}^c_{hspace{-1.5mm}d}", shift right = .6cm]\
                        B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
                        end{tikzcd}
                        ]
                        end{document}


                        Formatted diagram






                        share|improve this answer



























                          up vote
                          2
                          down vote














                          1. Reposition the arrow using the shift right option. (See tikz-cd manual.)

                          2. Extend the downward pointing arrows using the row sep option. (See tikz-cd manual.)

                          3. Stretch the integral symbols using the scalerel package, as discussed here.


                          Additionally,




                          1. The distance between an arrow and its label can be adjusted using the outer sep option, as discussed here.

                          2. The arrow tips can be changed using, e.g., arrow style=tikz, >=Latex. (See tikz-cd manual.)


                          The revised code is as follows.



                          documentclass{amsart}
                          usepackage{tikz-cd}
                          usepackage{scalerel}
                          defstretchint#1{vcenter{hbox{stretchto[440]{displaystyleint}{#1}}}}
                          begin{document}
                          [
                          begin{tikzcd}[row sep = huge, column sep = large, outer sep = 1mm, arrow style=tikz, >=Latex]
                          A arrow[r, leftrightarrow, "alpha"] arrow[d, "stretchint{3ex}^a_{hspace{-1.5mm}b}", swap] & Cquad(subseteq S) arrow[d, "stretchint{3ex}^c_{hspace{-1.5mm}d}", shift right = .6cm]\
                          B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
                          end{tikzcd}
                          ]
                          end{document}


                          Formatted diagram






                          share|improve this answer

























                            up vote
                            2
                            down vote










                            up vote
                            2
                            down vote










                            1. Reposition the arrow using the shift right option. (See tikz-cd manual.)

                            2. Extend the downward pointing arrows using the row sep option. (See tikz-cd manual.)

                            3. Stretch the integral symbols using the scalerel package, as discussed here.


                            Additionally,




                            1. The distance between an arrow and its label can be adjusted using the outer sep option, as discussed here.

                            2. The arrow tips can be changed using, e.g., arrow style=tikz, >=Latex. (See tikz-cd manual.)


                            The revised code is as follows.



                            documentclass{amsart}
                            usepackage{tikz-cd}
                            usepackage{scalerel}
                            defstretchint#1{vcenter{hbox{stretchto[440]{displaystyleint}{#1}}}}
                            begin{document}
                            [
                            begin{tikzcd}[row sep = huge, column sep = large, outer sep = 1mm, arrow style=tikz, >=Latex]
                            A arrow[r, leftrightarrow, "alpha"] arrow[d, "stretchint{3ex}^a_{hspace{-1.5mm}b}", swap] & Cquad(subseteq S) arrow[d, "stretchint{3ex}^c_{hspace{-1.5mm}d}", shift right = .6cm]\
                            B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
                            end{tikzcd}
                            ]
                            end{document}


                            Formatted diagram






                            share|improve this answer















                            1. Reposition the arrow using the shift right option. (See tikz-cd manual.)

                            2. Extend the downward pointing arrows using the row sep option. (See tikz-cd manual.)

                            3. Stretch the integral symbols using the scalerel package, as discussed here.


                            Additionally,




                            1. The distance between an arrow and its label can be adjusted using the outer sep option, as discussed here.

                            2. The arrow tips can be changed using, e.g., arrow style=tikz, >=Latex. (See tikz-cd manual.)


                            The revised code is as follows.



                            documentclass{amsart}
                            usepackage{tikz-cd}
                            usepackage{scalerel}
                            defstretchint#1{vcenter{hbox{stretchto[440]{displaystyleint}{#1}}}}
                            begin{document}
                            [
                            begin{tikzcd}[row sep = huge, column sep = large, outer sep = 1mm, arrow style=tikz, >=Latex]
                            A arrow[r, leftrightarrow, "alpha"] arrow[d, "stretchint{3ex}^a_{hspace{-1.5mm}b}", swap] & Cquad(subseteq S) arrow[d, "stretchint{3ex}^c_{hspace{-1.5mm}d}", shift right = .6cm]\
                            B arrow[r, leftrightarrow, "beta", swap] & Dquad(subseteq T)
                            end{tikzcd}
                            ]
                            end{document}


                            Formatted diagram







                            share|improve this answer














                            share|improve this answer



                            share|improve this answer








                            edited Nov 16 at 14:17

























                            answered Nov 16 at 14:04









                            Evan Aad

                            3,66511328




                            3,66511328






























                                 

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