How to edit the following dashed line?











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I need to edit this code so the red dashed line can end up at R4 not R3 as in the following pictureenter image description here .



 documentclass[tikz,border=3.14mm]{standalone}
usetikzlibrary{positioning,calc,arrows.meta}
begin{document}
begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
sep=0pt,
fill=cyan!50}]
node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
{};
node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
(R4){};
node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
{draw[thick,-latex,cyan!50] (RX) -- (RY);}


draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-
(R2)$),
n1={atan2(y1,x1)},n2={atan2(y2,x2)} in
([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
([yshift=1mm,xshift=-2mm]R3.north);

end{tikzpicture}
end{document}









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    I need to edit this code so the red dashed line can end up at R4 not R3 as in the following pictureenter image description here .



     documentclass[tikz,border=3.14mm]{standalone}
    usetikzlibrary{positioning,calc,arrows.meta}
    begin{document}
    begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
    sep=0pt,
    fill=cyan!50}]
    node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
    node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
    node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
    {};
    node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
    (R4){};
    node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
    foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
    {draw[thick,-latex,cyan!50] (RX) -- (RY);}


    draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-
    (R2)$),
    n1={atan2(y1,x1)},n2={atan2(y2,x2)} in
    ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
    ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
    ([yshift=1mm,xshift=-2mm]R3.north);

    end{tikzpicture}
    end{document}









    share|improve this question
























      up vote
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      down vote

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      up vote
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      favorite











      I need to edit this code so the red dashed line can end up at R4 not R3 as in the following pictureenter image description here .



       documentclass[tikz,border=3.14mm]{standalone}
      usetikzlibrary{positioning,calc,arrows.meta}
      begin{document}
      begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
      sep=0pt,
      fill=cyan!50}]
      node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
      node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
      node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
      {};
      node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
      (R4){};
      node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
      foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
      {draw[thick,-latex,cyan!50] (RX) -- (RY);}


      draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-
      (R2)$),
      n1={atan2(y1,x1)},n2={atan2(y2,x2)} in
      ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
      ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
      ([yshift=1mm,xshift=-2mm]R3.north);

      end{tikzpicture}
      end{document}









      share|improve this question













      I need to edit this code so the red dashed line can end up at R4 not R3 as in the following pictureenter image description here .



       documentclass[tikz,border=3.14mm]{standalone}
      usetikzlibrary{positioning,calc,arrows.meta}
      begin{document}
      begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
      sep=0pt,
      fill=cyan!50}]
      node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
      node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
      node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
      {};
      node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
      (R4){};
      node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
      foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
      {draw[thick,-latex,cyan!50] (RX) -- (RY);}


      draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-
      (R2)$),
      n1={atan2(y1,x1)},n2={atan2(y2,x2)} in
      ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
      ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
      ([yshift=1mm,xshift=-2mm]R3.north);

      end{tikzpicture}
      end{document}






      tikz-pgf tikz-arrows






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      asked 3 hours ago









      Mohamed

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          2 Answers
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          You need to add some code for the red line:



          draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
          n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
          ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
          ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
          ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
          ([yshift=1mm,xshift=-2mm]R4.north);


          With the complete MWE



          documentclass[tikz,border=3.14mm]{standalone}

          usetikzlibrary{positioning,calc,arrows.meta}


          begin{document}
          begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner sep=0pt,fill=cyan!50}]
          node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
          node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
          node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
          {};
          node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
          (R4){};
          node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
          foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
          {draw[thick,-latex,cyan!50] (RX) -- (RY);}


          %draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$),
          draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
          n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
          ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
          ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
          ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
          ([yshift=1mm,xshift=-2mm]R4.north);

          end{tikzpicture}
          end{document}


          you get:



          enter image description here






          share|improve this answer





















          • If you use ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] instead, there won't be a kink. (+1) draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R4)-(R3)$), n1={atan2(y1,x1)},n2={atan2(y2,x2)} in ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5] ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] ([yshift=1mm]R3.north) to[out=0,in=n2-180,looseness=0.5] ([yshift=1mm,xshift=-2mm]R4.north);
            – marmot
            2 hours ago












          • @marmot I see, thanks!
            – Kurt
            1 hour ago


















          up vote
          1
          down vote













          Instead of reconstructing the path of the red dotted arrow by clever calculations, you can use the preaction key which allows you to place the path in a temporary scope that you move vertically with transform canvas.



          To make it look prettier, I rounded the angles with the rounded key rounded corners=5pt.



          path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
          ,transform canvas={yshift=3mm}}
          ] (R1.center)to(R2.center)to(R3.center)to(R4.center);


          path



          The result without the rounded corners:



          path-no



          documentclass[tikz,border=3.14mm]{standalone}
          usetikzlibrary{positioning,calc,arrows.meta}
          begin{document}
          begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
          sep=0pt,
          fill=cyan!50}]
          node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
          node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
          node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
          {};
          node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
          (R4){};
          node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
          foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
          {draw[thick,-latex,cyan!50] (RX) -- (RY);}

          path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
          ,transform canvas={yshift=3mm}}
          ] (R1.center)to(R2.center)to(R3.center)to(R4.center);
          end{tikzpicture}
          end{document}





          share|improve this answer





















            Your Answer








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            2 Answers
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            2 Answers
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            up vote
            2
            down vote













            You need to add some code for the red line:



            draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
            n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
            ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
            ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
            ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
            ([yshift=1mm,xshift=-2mm]R4.north);


            With the complete MWE



            documentclass[tikz,border=3.14mm]{standalone}

            usetikzlibrary{positioning,calc,arrows.meta}


            begin{document}
            begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner sep=0pt,fill=cyan!50}]
            node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
            node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
            node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
            {};
            node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
            (R4){};
            node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
            foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
            {draw[thick,-latex,cyan!50] (RX) -- (RY);}


            %draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$),
            draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
            n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
            ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
            ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
            ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
            ([yshift=1mm,xshift=-2mm]R4.north);

            end{tikzpicture}
            end{document}


            you get:



            enter image description here






            share|improve this answer





















            • If you use ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] instead, there won't be a kink. (+1) draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R4)-(R3)$), n1={atan2(y1,x1)},n2={atan2(y2,x2)} in ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5] ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] ([yshift=1mm]R3.north) to[out=0,in=n2-180,looseness=0.5] ([yshift=1mm,xshift=-2mm]R4.north);
              – marmot
              2 hours ago












            • @marmot I see, thanks!
              – Kurt
              1 hour ago















            up vote
            2
            down vote













            You need to add some code for the red line:



            draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
            n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
            ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
            ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
            ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
            ([yshift=1mm,xshift=-2mm]R4.north);


            With the complete MWE



            documentclass[tikz,border=3.14mm]{standalone}

            usetikzlibrary{positioning,calc,arrows.meta}


            begin{document}
            begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner sep=0pt,fill=cyan!50}]
            node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
            node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
            node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
            {};
            node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
            (R4){};
            node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
            foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
            {draw[thick,-latex,cyan!50] (RX) -- (RY);}


            %draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$),
            draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
            n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
            ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
            ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
            ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
            ([yshift=1mm,xshift=-2mm]R4.north);

            end{tikzpicture}
            end{document}


            you get:



            enter image description here






            share|improve this answer





















            • If you use ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] instead, there won't be a kink. (+1) draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R4)-(R3)$), n1={atan2(y1,x1)},n2={atan2(y2,x2)} in ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5] ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] ([yshift=1mm]R3.north) to[out=0,in=n2-180,looseness=0.5] ([yshift=1mm,xshift=-2mm]R4.north);
              – marmot
              2 hours ago












            • @marmot I see, thanks!
              – Kurt
              1 hour ago













            up vote
            2
            down vote










            up vote
            2
            down vote









            You need to add some code for the red line:



            draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
            n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
            ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
            ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
            ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
            ([yshift=1mm,xshift=-2mm]R4.north);


            With the complete MWE



            documentclass[tikz,border=3.14mm]{standalone}

            usetikzlibrary{positioning,calc,arrows.meta}


            begin{document}
            begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner sep=0pt,fill=cyan!50}]
            node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
            node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
            node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
            {};
            node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
            (R4){};
            node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
            foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
            {draw[thick,-latex,cyan!50] (RX) -- (RY);}


            %draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$),
            draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
            n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
            ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
            ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
            ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
            ([yshift=1mm,xshift=-2mm]R4.north);

            end{tikzpicture}
            end{document}


            you get:



            enter image description here






            share|improve this answer












            You need to add some code for the red line:



            draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
            n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
            ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
            ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
            ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
            ([yshift=1mm,xshift=-2mm]R4.north);


            With the complete MWE



            documentclass[tikz,border=3.14mm]{standalone}

            usetikzlibrary{positioning,calc,arrows.meta}


            begin{document}
            begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner sep=0pt,fill=cyan!50}]
            node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
            node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
            node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
            {};
            node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
            (R4){};
            node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
            foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
            {draw[thick,-latex,cyan!50] (RX) -- (RY);}


            %draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$),
            draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R3)-(R2)$), p3=($(R4)-(R3)$),
            n1={atan2(y1,x1)},n2={atan2(y2,x2)},n3={atan2(y3,x3)} in
            ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5]
            ([yshift=1mm]R2.north) to[out=0,in=n2-180,looseness=0.5]
            ([yshift=1mm]R3.north) to[out=0,in=n3-180,looseness=0.5]
            ([yshift=1mm,xshift=-2mm]R4.north);

            end{tikzpicture}
            end{document}


            you get:



            enter image description here







            share|improve this answer












            share|improve this answer



            share|improve this answer










            answered 2 hours ago









            Kurt

            34.4k846157




            34.4k846157












            • If you use ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] instead, there won't be a kink. (+1) draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R4)-(R3)$), n1={atan2(y1,x1)},n2={atan2(y2,x2)} in ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5] ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] ([yshift=1mm]R3.north) to[out=0,in=n2-180,looseness=0.5] ([yshift=1mm,xshift=-2mm]R4.north);
              – marmot
              2 hours ago












            • @marmot I see, thanks!
              – Kurt
              1 hour ago


















            • If you use ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] instead, there won't be a kink. (+1) draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R4)-(R3)$), n1={atan2(y1,x1)},n2={atan2(y2,x2)} in ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5] ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] ([yshift=1mm]R3.north) to[out=0,in=n2-180,looseness=0.5] ([yshift=1mm,xshift=-2mm]R4.north);
              – marmot
              2 hours ago












            • @marmot I see, thanks!
              – Kurt
              1 hour ago
















            If you use ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] instead, there won't be a kink. (+1) draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R4)-(R3)$), n1={atan2(y1,x1)},n2={atan2(y2,x2)} in ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5] ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] ([yshift=1mm]R3.north) to[out=0,in=n2-180,looseness=0.5] ([yshift=1mm,xshift=-2mm]R4.north);
            – marmot
            2 hours ago






            If you use ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] instead, there won't be a kink. (+1) draw[thick,red,{Circle}-latex,dashed] let p1=($(R2)-(R1)$), p2=($(R4)-(R3)$), n1={atan2(y1,x1)},n2={atan2(y2,x2)} in ([yshift=1mm]R1.north) to[out=n1,in=180,looseness=0.5] ([yshift=1mm]R2.north) to[out=0,in=180,looseness=0.5] ([yshift=1mm]R3.north) to[out=0,in=n2-180,looseness=0.5] ([yshift=1mm,xshift=-2mm]R4.north);
            – marmot
            2 hours ago














            @marmot I see, thanks!
            – Kurt
            1 hour ago




            @marmot I see, thanks!
            – Kurt
            1 hour ago










            up vote
            1
            down vote













            Instead of reconstructing the path of the red dotted arrow by clever calculations, you can use the preaction key which allows you to place the path in a temporary scope that you move vertically with transform canvas.



            To make it look prettier, I rounded the angles with the rounded key rounded corners=5pt.



            path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
            ,transform canvas={yshift=3mm}}
            ] (R1.center)to(R2.center)to(R3.center)to(R4.center);


            path



            The result without the rounded corners:



            path-no



            documentclass[tikz,border=3.14mm]{standalone}
            usetikzlibrary{positioning,calc,arrows.meta}
            begin{document}
            begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
            sep=0pt,
            fill=cyan!50}]
            node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
            node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
            node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
            {};
            node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
            (R4){};
            node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
            foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
            {draw[thick,-latex,cyan!50] (RX) -- (RY);}

            path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
            ,transform canvas={yshift=3mm}}
            ] (R1.center)to(R2.center)to(R3.center)to(R4.center);
            end{tikzpicture}
            end{document}





            share|improve this answer

























              up vote
              1
              down vote













              Instead of reconstructing the path of the red dotted arrow by clever calculations, you can use the preaction key which allows you to place the path in a temporary scope that you move vertically with transform canvas.



              To make it look prettier, I rounded the angles with the rounded key rounded corners=5pt.



              path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
              ,transform canvas={yshift=3mm}}
              ] (R1.center)to(R2.center)to(R3.center)to(R4.center);


              path



              The result without the rounded corners:



              path-no



              documentclass[tikz,border=3.14mm]{standalone}
              usetikzlibrary{positioning,calc,arrows.meta}
              begin{document}
              begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
              sep=0pt,
              fill=cyan!50}]
              node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
              node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
              node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
              {};
              node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
              (R4){};
              node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
              foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
              {draw[thick,-latex,cyan!50] (RX) -- (RY);}

              path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
              ,transform canvas={yshift=3mm}}
              ] (R1.center)to(R2.center)to(R3.center)to(R4.center);
              end{tikzpicture}
              end{document}





              share|improve this answer























                up vote
                1
                down vote










                up vote
                1
                down vote









                Instead of reconstructing the path of the red dotted arrow by clever calculations, you can use the preaction key which allows you to place the path in a temporary scope that you move vertically with transform canvas.



                To make it look prettier, I rounded the angles with the rounded key rounded corners=5pt.



                path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
                ,transform canvas={yshift=3mm}}
                ] (R1.center)to(R2.center)to(R3.center)to(R4.center);


                path



                The result without the rounded corners:



                path-no



                documentclass[tikz,border=3.14mm]{standalone}
                usetikzlibrary{positioning,calc,arrows.meta}
                begin{document}
                begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
                sep=0pt,
                fill=cyan!50}]
                node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
                node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
                node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
                {};
                node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
                (R4){};
                node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
                foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
                {draw[thick,-latex,cyan!50] (RX) -- (RY);}

                path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
                ,transform canvas={yshift=3mm}}
                ] (R1.center)to(R2.center)to(R3.center)to(R4.center);
                end{tikzpicture}
                end{document}





                share|improve this answer












                Instead of reconstructing the path of the red dotted arrow by clever calculations, you can use the preaction key which allows you to place the path in a temporary scope that you move vertically with transform canvas.



                To make it look prettier, I rounded the angles with the rounded key rounded corners=5pt.



                path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
                ,transform canvas={yshift=3mm}}
                ] (R1.center)to(R2.center)to(R3.center)to(R4.center);


                path



                The result without the rounded corners:



                path-no



                documentclass[tikz,border=3.14mm]{standalone}
                usetikzlibrary{positioning,calc,arrows.meta}
                begin{document}
                begin{tikzpicture}[bullet/.style={draw,circle,minimum width=3mm,inner
                sep=0pt,
                fill=cyan!50}]
                node[bullet,label={[yshift=-2mm]below:$R_1$}] (R1){};
                node[right=2cm of R1,bullet,label={[yshift=-2mm]below:$R_2$}] (R2){};
                node[right=2cm of R2,yshift=6mm,bullet,label={[yshift=2mm]above:$R_3$}] (R3)
                {};
                node[right=2cm of R3,yshift=-6mm,bullet,label={[yshift=-2mm]below:$R_4$}]
                (R4){};
                node[right=2cm of R4,bullet,label={[yshift=-2mm]below:$R_5$}] (R5){};
                foreach X [evaluate=X as Y using {int(X+1)}] in {1,...,4}
                {draw[thick,-latex,cyan!50] (RX) -- (RY);}

                path[rounded corners=5pt,preaction={draw,red,thick,{Circle}-latex,
                ,transform canvas={yshift=3mm}}
                ] (R1.center)to(R2.center)to(R3.center)to(R4.center);
                end{tikzpicture}
                end{document}






                share|improve this answer












                share|improve this answer



                share|improve this answer










                answered 17 mins ago









                AndréC

                6,67711140




                6,67711140






























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