rearrange tikz dashed rectangle blocks












4















I have the following tikz code:



documentclass[crop,tikz]{standalone}





usepackage{tikz}

usetikzlibrary{shapes,arrows}

usetikzlibrary{positioning}



usetikzlibrary{arrows,

    chains,

    decorations.markings,

    shadows, shapes.arrows,shapes, fit}



begin{document}

tikzset{%

sum/.style      = {draw, circle, node distance = 2cm}, % Adder

input/.style    = {coordinate}, % Input

output/.style   = {coordinate}, % Output

block/.style = { draw,

              thick,

              rectangle,

              minimum height = 2em,

              fill=white,

              align=center

},

wide block/.style = {

              block,

              minimum height = 3em,

              text width=2.5cm,

              minimum width = 8em,

},

dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,

            inner sep=6mm, rectangle, rounded corners}

}

newcommand{suma}{Large$+$}



begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]

draw

node at (0,0){}

node [input, name=input1] {} 

node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}

node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}

node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}

node [sum, right = 1cm of inte4] (suma1) {suma}

node [input, name=input2, above = 1cm of suma1] {} 

node [output, name=output1, right = 1cm of suma1] {};

node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};

node[wide block, right = 15mm of glamor] (trainer) {trainer};

node[block, below=10mm of glamor](M){giga};

node[block, below=10mm of trainer](L){mn};

node [dotted_block, fit = (inte2) (inte3)] (aa) {};

node [dotted_block, fit = (inte4) (suma1)] (aa2) {};

node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};



node at (aa.north) [above, inner sep=3mm] {T1};

node at (aa2.north) [above, inner sep=3mm] {T2};

node at (aa3.north) [above, inner sep=3mm] {T3};



draw[->](input1) -- node {kmm}(inte2);

draw[->](inte2) -- node {kdd}(inte3);

draw[->](inte3) -- node {dx}(inte4);

draw[->](inte4) -- node {msg}(suma1);

draw[->](input2) -- node {taco} (suma1);

draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);

draw[->](glamor) -- node {dol} (trainer);

draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);

draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);

draw[->](L)--(M);

draw[<-, rounded corners]([yshift=1mm]glamor.south west) 

       -- ++(-1,0) |- (M.west);

end{tikzpicture}

end{document}


Which created the following figure:
Figure



How can I arrange the dashed rectangles T1, T2 and T3 to be symmetric as possible and contain all the blocks and arrows without overlaps, as there is now for T1 and T2? T3 should surround all the arrows that are currently outside.



The output should be like:
enter image description here






tikz-pgf nodes tikz-styles tikz-arrows







share|improve this question





























    4















    I have the following tikz code:



    documentclass[crop,tikz]{standalone}
    

    

    
usepackage{tikz}
    
usetikzlibrary{shapes,arrows}
    
usetikzlibrary{positioning}
    

    
usetikzlibrary{arrows,
    
    chains,
    
    decorations.markings,
    
    shadows, shapes.arrows,shapes, fit}
    

    
begin{document}
    
tikzset{%
    
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
    
input/.style    = {coordinate}, % Input
    
output/.style   = {coordinate}, % Output
    
block/.style = { draw,
    
              thick,
    
              rectangle,
    
              minimum height = 2em,
    
              fill=white,
    
              align=center
    
},
    
wide block/.style = {
    
              block,
    
              minimum height = 3em,
    
              text width=2.5cm,
    
              minimum width = 8em,
    
},
    
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
    
            inner sep=6mm, rectangle, rounded corners}
    
}
    
newcommand{suma}{Large$+$}
    

    
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
    
draw
    
node at (0,0){}
    
node [input, name=input1] {} 
    
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
    
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
    
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
    
node [sum, right = 1cm of inte4] (suma1) {suma}
    
node [input, name=input2, above = 1cm of suma1] {} 
    
node [output, name=output1, right = 1cm of suma1] {};
    
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
    
node[wide block, right = 15mm of glamor] (trainer) {trainer};
    
node[block, below=10mm of glamor](M){giga};
    
node[block, below=10mm of trainer](L){mn};
    
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
    
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
    
node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};
    

    
node at (aa.north) [above, inner sep=3mm] {T1};
    
node at (aa2.north) [above, inner sep=3mm] {T2};
    
node at (aa3.north) [above, inner sep=3mm] {T3};
    

    
draw[->](input1) -- node {kmm}(inte2);
    
draw[->](inte2) -- node {kdd}(inte3);
    
draw[->](inte3) -- node {dx}(inte4);
    
draw[->](inte4) -- node {msg}(suma1);
    
draw[->](input2) -- node {taco} (suma1);
    
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
    
draw[->](glamor) -- node {dol} (trainer);
    
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
    
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
    
draw[->](L)--(M);
    
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
    
       -- ++(-1,0) |- (M.west);
    
end{tikzpicture}
    
end{document}


    Which created the following figure:
    Figure



    How can I arrange the dashed rectangles T1, T2 and T3 to be symmetric as possible and contain all the blocks and arrows without overlaps, as there is now for T1 and T2? T3 should surround all the arrows that are currently outside.



    The output should be like:
    enter image description here






    tikz-pgf nodes tikz-styles tikz-arrows







    share|improve this question



























      4












      4








      4


      0






      I have the following tikz code:



      documentclass[crop,tikz]{standalone}
      

      

      
usepackage{tikz}
      
usetikzlibrary{shapes,arrows}
      
usetikzlibrary{positioning}
      

      
usetikzlibrary{arrows,
      
    chains,
      
    decorations.markings,
      
    shadows, shapes.arrows,shapes, fit}
      

      
begin{document}
      
tikzset{%
      
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
      
input/.style    = {coordinate}, % Input
      
output/.style   = {coordinate}, % Output
      
block/.style = { draw,
      
              thick,
      
              rectangle,
      
              minimum height = 2em,
      
              fill=white,
      
              align=center
      
},
      
wide block/.style = {
      
              block,
      
              minimum height = 3em,
      
              text width=2.5cm,
      
              minimum width = 8em,
      
},
      
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
      
            inner sep=6mm, rectangle, rounded corners}
      
}
      
newcommand{suma}{Large$+$}
      

      
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
      
draw
      
node at (0,0){}
      
node [input, name=input1] {} 
      
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
      
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
      
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
      
node [sum, right = 1cm of inte4] (suma1) {suma}
      
node [input, name=input2, above = 1cm of suma1] {} 
      
node [output, name=output1, right = 1cm of suma1] {};
      
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
      
node[wide block, right = 15mm of glamor] (trainer) {trainer};
      
node[block, below=10mm of glamor](M){giga};
      
node[block, below=10mm of trainer](L){mn};
      
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
      
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
      
node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};
      

      
node at (aa.north) [above, inner sep=3mm] {T1};
      
node at (aa2.north) [above, inner sep=3mm] {T2};
      
node at (aa3.north) [above, inner sep=3mm] {T3};
      

      
draw[->](input1) -- node {kmm}(inte2);
      
draw[->](inte2) -- node {kdd}(inte3);
      
draw[->](inte3) -- node {dx}(inte4);
      
draw[->](inte4) -- node {msg}(suma1);
      
draw[->](input2) -- node {taco} (suma1);
      
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
      
draw[->](glamor) -- node {dol} (trainer);
      
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
      
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
      
draw[->](L)--(M);
      
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
      
       -- ++(-1,0) |- (M.west);
      
end{tikzpicture}
      
end{document}


      Which created the following figure:
      Figure



      How can I arrange the dashed rectangles T1, T2 and T3 to be symmetric as possible and contain all the blocks and arrows without overlaps, as there is now for T1 and T2? T3 should surround all the arrows that are currently outside.



      The output should be like:
      enter image description here






      tikz-pgf nodes tikz-styles tikz-arrows







      share|improve this question
















      I have the following tikz code:



      documentclass[crop,tikz]{standalone}
      

      

      
usepackage{tikz}
      
usetikzlibrary{shapes,arrows}
      
usetikzlibrary{positioning}
      

      
usetikzlibrary{arrows,
      
    chains,
      
    decorations.markings,
      
    shadows, shapes.arrows,shapes, fit}
      

      
begin{document}
      
tikzset{%
      
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
      
input/.style    = {coordinate}, % Input
      
output/.style   = {coordinate}, % Output
      
block/.style = { draw,
      
              thick,
      
              rectangle,
      
              minimum height = 2em,
      
              fill=white,
      
              align=center
      
},
      
wide block/.style = {
      
              block,
      
              minimum height = 3em,
      
              text width=2.5cm,
      
              minimum width = 8em,
      
},
      
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
      
            inner sep=6mm, rectangle, rounded corners}
      
}
      
newcommand{suma}{Large$+$}
      

      
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
      
draw
      
node at (0,0){}
      
node [input, name=input1] {} 
      
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
      
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
      
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
      
node [sum, right = 1cm of inte4] (suma1) {suma}
      
node [input, name=input2, above = 1cm of suma1] {} 
      
node [output, name=output1, right = 1cm of suma1] {};
      
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
      
node[wide block, right = 15mm of glamor] (trainer) {trainer};
      
node[block, below=10mm of glamor](M){giga};
      
node[block, below=10mm of trainer](L){mn};
      
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
      
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
      
node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};
      

      
node at (aa.north) [above, inner sep=3mm] {T1};
      
node at (aa2.north) [above, inner sep=3mm] {T2};
      
node at (aa3.north) [above, inner sep=3mm] {T3};
      

      
draw[->](input1) -- node {kmm}(inte2);
      
draw[->](inte2) -- node {kdd}(inte3);
      
draw[->](inte3) -- node {dx}(inte4);
      
draw[->](inte4) -- node {msg}(suma1);
      
draw[->](input2) -- node {taco} (suma1);
      
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
      
draw[->](glamor) -- node {dol} (trainer);
      
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
      
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
      
draw[->](L)--(M);
      
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
      
       -- ++(-1,0) |- (M.west);
      
end{tikzpicture}
      
end{document}


      Which created the following figure:
      Figure



      How can I arrange the dashed rectangles T1, T2 and T3 to be symmetric as possible and contain all the blocks and arrows without overlaps, as there is now for T1 and T2? T3 should surround all the arrows that are currently outside.



      The output should be like:
      enter image description here






      tikz-pgf nodes tikz-styles tikz-arrows




      tikz-pgf nodes tikz-styles tikz-arrows






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited Apr 21 at 14:27







      Codevan

















      asked Apr 21 at 11:44









      CodevanCodevan

      303




      303






















          1 Answer
          1






          active

          oldest

          votes


















          3














          Change inner xsep.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=3mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Here is another version with individual inner xseps and an xshift.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=4mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M),inner xsep=9mm,xshift=4mm] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Another possibility is to use some auxiliary nodes as landmarks and fit these.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=1mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          

          

          
draw[->](input1) -- node (kmm1) {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node (dx) {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) coordinate[left=1mm](aux) |- (M.west);
          

          
node [dotted_block, fit =(kmm1.center) (inte2) (inte3) (dx.west)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1) (dx.east)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M) (y) (aux)] (aa3) {};
          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
end{tikzpicture}
          
end{document}


          enter image description here






          share|improve this answer


























          • How can I make the T3 dashed lines to surround also the arrows?

            – Codevan
            Apr 21 at 13:31






          • 1





            @Codevan Which arrows? Do you want to also fit the arrow on the right or the complete arrow going from giga to glamore?

            – marmot
            Apr 21 at 13:42











          • Both that you mentioned, and also align T1 and T2 to have the same size as T3.

            – Codevan
            Apr 21 at 13:50













          • @Codevan Do you want both arrows completely in the dashed box?

            – marmot
            Apr 21 at 13:51






          • 1





            @Codevan I added an alternative that does not require you to tune xshifts.

            – marmot
            Apr 21 at 14:31












          Your Answer








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          3














          Change inner xsep.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=3mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Here is another version with individual inner xseps and an xshift.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=4mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M),inner xsep=9mm,xshift=4mm] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Another possibility is to use some auxiliary nodes as landmarks and fit these.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=1mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          

          

          
draw[->](input1) -- node (kmm1) {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node (dx) {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) coordinate[left=1mm](aux) |- (M.west);
          

          
node [dotted_block, fit =(kmm1.center) (inte2) (inte3) (dx.west)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1) (dx.east)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M) (y) (aux)] (aa3) {};
          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
end{tikzpicture}
          
end{document}


          enter image description here






          share|improve this answer


























          • How can I make the T3 dashed lines to surround also the arrows?

            – Codevan
            Apr 21 at 13:31






          • 1





            @Codevan Which arrows? Do you want to also fit the arrow on the right or the complete arrow going from giga to glamore?

            – marmot
            Apr 21 at 13:42











          • Both that you mentioned, and also align T1 and T2 to have the same size as T3.

            – Codevan
            Apr 21 at 13:50













          • @Codevan Do you want both arrows completely in the dashed box?

            – marmot
            Apr 21 at 13:51






          • 1





            @Codevan I added an alternative that does not require you to tune xshifts.

            – marmot
            Apr 21 at 14:31
















          3














          Change inner xsep.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=3mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Here is another version with individual inner xseps and an xshift.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=4mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M),inner xsep=9mm,xshift=4mm] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Another possibility is to use some auxiliary nodes as landmarks and fit these.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=1mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          

          

          
draw[->](input1) -- node (kmm1) {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node (dx) {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) coordinate[left=1mm](aux) |- (M.west);
          

          
node [dotted_block, fit =(kmm1.center) (inte2) (inte3) (dx.west)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1) (dx.east)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M) (y) (aux)] (aa3) {};
          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
end{tikzpicture}
          
end{document}


          enter image description here






          share|improve this answer


























          • How can I make the T3 dashed lines to surround also the arrows?

            – Codevan
            Apr 21 at 13:31






          • 1





            @Codevan Which arrows? Do you want to also fit the arrow on the right or the complete arrow going from giga to glamore?

            – marmot
            Apr 21 at 13:42











          • Both that you mentioned, and also align T1 and T2 to have the same size as T3.

            – Codevan
            Apr 21 at 13:50













          • @Codevan Do you want both arrows completely in the dashed box?

            – marmot
            Apr 21 at 13:51






          • 1





            @Codevan I added an alternative that does not require you to tune xshifts.

            – marmot
            Apr 21 at 14:31














          3












          3








          3







          Change inner xsep.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=3mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Here is another version with individual inner xseps and an xshift.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=4mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M),inner xsep=9mm,xshift=4mm] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Another possibility is to use some auxiliary nodes as landmarks and fit these.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=1mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          

          

          
draw[->](input1) -- node (kmm1) {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node (dx) {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) coordinate[left=1mm](aux) |- (M.west);
          

          
node [dotted_block, fit =(kmm1.center) (inte2) (inte3) (dx.west)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1) (dx.east)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M) (y) (aux)] (aa3) {};
          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
end{tikzpicture}
          
end{document}


          enter image description here






          share|improve this answer















          Change inner xsep.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=3mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M)] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Here is another version with individual inner xseps and an xshift.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=4mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          
node [dotted_block, fit = (inte2) (inte3)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M),inner xsep=9mm,xshift=4mm] (aa3) {};
          

          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
draw[->](input1) -- node {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) |- (M.west);
          
end{tikzpicture}
          
end{document}


          enter image description here



          Another possibility is to use some auxiliary nodes as landmarks and fit these.



          documentclass[crop,tikz]{standalone}
          
usetikzlibrary{shapes,arrows}
          
usetikzlibrary{positioning}
          

          
usetikzlibrary{arrows,
          
    chains,
          
    decorations.markings,
          
    shadows, shapes.arrows,shapes, fit}
          

          
begin{document}
          
tikzset{%
          
sum/.style      = {draw, circle, node distance = 2cm}, % Adder
          
input/.style    = {coordinate}, % Input
          
output/.style   = {coordinate}, % Output
          
block/.style = { draw,
          
              thick,
          
              rectangle,
          
              minimum height = 2em,
          
              fill=white,
          
              align=center
          
},
          
wide block/.style = {
          
              block,
          
              minimum height = 3em,
          
              text width=2.5cm,
          
              minimum width = 8em,
          
},
          
dotted_block/.style={draw=black!20!white, line width=1pt, dash pattern=on 1pt off 4pt on 6pt off 4pt,
          
            inner ysep=6mm,inner xsep=1mm, rectangle, rounded corners}
          
}
          
newcommand{suma}{Large$+$}
          

          
begin{tikzpicture}[auto, thick, node distance=2cm, >=triangle 45]
          
draw
          
node at (0,0){}
          
node [input, name=input1] {} 
          
node [align=center, wide block, right = 1cm of input1] (inte2) {IEEE1}
          
node [align=center, wide block, right = 1cm of inte2] (inte3) {IEEE2}
          
node [align=center, wide block, right = 1cm of inte3] (inte4) {IEEE3}
          
node [sum, right = 1cm of inte4] (suma1) {suma}
          
node [input, name=input2, above = 1cm of suma1] {} 
          
node [output, name=output1, right = 1cm of suma1] {};
          
node [align=center, wide block, right = 0.5cm of output1] (glamor) {glamor};
          
node[wide block, right = 15mm of glamor] (trainer) {trainer};
          
node[block, below=10mm of glamor](M){giga};
          
node[block, below=10mm of trainer](L){mn};
          

          

          
draw[->](input1) -- node (kmm1) {kmm}(inte2);
          
draw[->](inte2) -- node {kdd}(inte3);
          
draw[->](inte3) -- node (dx) {dx}(inte4);
          
draw[->](inte4) -- node {msg}(suma1);
          
draw[->](input2) -- node {taco} (suma1);
          
draw[<-](glamor.west) --node[above]{$y$} ++(-1.5,0);
          
draw[->](glamor) -- node {dol} (trainer);
          
draw[->](trainer.east) -- node[name=y]{kmm} ++ (2,0);
          
draw[->,rounded corners](trainer.east) -- ++(1,0) |- (L);
          
draw[->](L)--(M);
          
draw[<-, rounded corners]([yshift=1mm]glamor.south west) 
          
       -- ++(-1,0) coordinate[left=1mm](aux) |- (M.west);
          

          
node [dotted_block, fit =(kmm1.center) (inte2) (inte3) (dx.west)] (aa) {};
          
node [dotted_block, fit = (inte4) (suma1) (dx.east)] (aa2) {};
          
node [dotted_block, fit = (glamor) (trainer) (L) (M) (y) (aux)] (aa3) {};
          
node at (aa.north) [above, inner sep=3mm] {T1};
          
node at (aa2.north) [above, inner sep=3mm] {T2};
          
node at (aa3.north) [above, inner sep=3mm] {T3};
          

          
end{tikzpicture}
          
end{document}


          enter image description here







          share|improve this answer














          share|improve this answer



          share|improve this answer








          edited Apr 21 at 14:31

























          answered Apr 21 at 13:16









          marmotmarmot

          121k6158296




          121k6158296













          • How can I make the T3 dashed lines to surround also the arrows?

            – Codevan
            Apr 21 at 13:31






          • 1





            @Codevan Which arrows? Do you want to also fit the arrow on the right or the complete arrow going from giga to glamore?

            – marmot
            Apr 21 at 13:42











          • Both that you mentioned, and also align T1 and T2 to have the same size as T3.

            – Codevan
            Apr 21 at 13:50













          • @Codevan Do you want both arrows completely in the dashed box?

            – marmot
            Apr 21 at 13:51






          • 1





            @Codevan I added an alternative that does not require you to tune xshifts.

            – marmot
            Apr 21 at 14:31



















          • How can I make the T3 dashed lines to surround also the arrows?

            – Codevan
            Apr 21 at 13:31






          • 1





            @Codevan Which arrows? Do you want to also fit the arrow on the right or the complete arrow going from giga to glamore?

            – marmot
            Apr 21 at 13:42











          • Both that you mentioned, and also align T1 and T2 to have the same size as T3.

            – Codevan
            Apr 21 at 13:50













          • @Codevan Do you want both arrows completely in the dashed box?

            – marmot
            Apr 21 at 13:51






          • 1





            @Codevan I added an alternative that does not require you to tune xshifts.

            – marmot
            Apr 21 at 14:31

















          How can I make the T3 dashed lines to surround also the arrows?

          – Codevan
          Apr 21 at 13:31





          How can I make the T3 dashed lines to surround also the arrows?

          – Codevan
          Apr 21 at 13:31




          1




          1





          @Codevan Which arrows? Do you want to also fit the arrow on the right or the complete arrow going from giga to glamore?

          – marmot
          Apr 21 at 13:42





          @Codevan Which arrows? Do you want to also fit the arrow on the right or the complete arrow going from giga to glamore?

          – marmot
          Apr 21 at 13:42













          Both that you mentioned, and also align T1 and T2 to have the same size as T3.

          – Codevan
          Apr 21 at 13:50







          Both that you mentioned, and also align T1 and T2 to have the same size as T3.

          – Codevan
          Apr 21 at 13:50















          @Codevan Do you want both arrows completely in the dashed box?

          – marmot
          Apr 21 at 13:51





          @Codevan Do you want both arrows completely in the dashed box?

          – marmot
          Apr 21 at 13:51




          1




          1





          @Codevan I added an alternative that does not require you to tune xshifts.

          – marmot
          Apr 21 at 14:31





          @Codevan I added an alternative that does not require you to tune xshifts.

          – marmot
          Apr 21 at 14:31


















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