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4 tikzpictures in a 2x2 layout


Rotate a node but not its content: the case of the ellipse decorationHow to define the default vertical distance between nodes?Numerical conditional within tikz keys?TikZ: Drawing an arc from an intersection to an intersectionAdjusting edge alignment and positioning of fitted nodeDrawing rectilinear curves in Tikz, aka an Etch-a-Sketch drawingLine up nested tikz enviroments or how to get rid of themProblems with nested TikZpicturesHow to place nodes in an absolute coordinate system in tikzhow to place tikzpicture from left edge of paper













3















 documentclassarticle
 usepackagepgfplots
 usetikzlibraryfit,shapes,positioning

 begindocument

 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
enddocument


The above MWE generates a mapping diagram.
I am trying to create a 2x2 groupplot of the above function mapping diagram.



I have used the groupplot environment on previous occasions with great success (when using graphs on a Cartesian plane); via the addplot command.



However, using the TikZ commands for the function mapping diagrams, all I can generate are 4 boxes with tick marks around them.






tikz-pgf groupplots







share|improve this question
























  • Could you provide a MWE, which include the document class, please?

    – manooooh
    yesterday















3















 documentclassarticle
 usepackagepgfplots
 usetikzlibraryfit,shapes,positioning

 begindocument

 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
enddocument


The above MWE generates a mapping diagram.
I am trying to create a 2x2 groupplot of the above function mapping diagram.



I have used the groupplot environment on previous occasions with great success (when using graphs on a Cartesian plane); via the addplot command.



However, using the TikZ commands for the function mapping diagrams, all I can generate are 4 boxes with tick marks around them.






tikz-pgf groupplots







share|improve this question
























  • Could you provide a MWE, which include the document class, please?

    – manooooh
    yesterday













3












3








3


1






 documentclassarticle
 usepackagepgfplots
 usetikzlibraryfit,shapes,positioning

 begindocument

 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
enddocument


The above MWE generates a mapping diagram.
I am trying to create a 2x2 groupplot of the above function mapping diagram.



I have used the groupplot environment on previous occasions with great success (when using graphs on a Cartesian plane); via the addplot command.



However, using the TikZ commands for the function mapping diagrams, all I can generate are 4 boxes with tick marks around them.






tikz-pgf groupplots







share|improve this question
















 documentclassarticle
 usepackagepgfplots
 usetikzlibraryfit,shapes,positioning

 begindocument

 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
enddocument


The above MWE generates a mapping diagram.
I am trying to create a 2x2 groupplot of the above function mapping diagram.



I have used the groupplot environment on previous occasions with great success (when using graphs on a Cartesian plane); via the addplot command.



However, using the TikZ commands for the function mapping diagrams, all I can generate are 4 boxes with tick marks around them.






tikz-pgf groupplots




tikz-pgf groupplots






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited yesterday







Anthony Macks

















asked yesterday









Anthony MacksAnthony Macks

1378




1378












  • Could you provide a MWE, which include the document class, please?

    – manooooh
    yesterday

















  • Could you provide a MWE, which include the document class, please?

    – manooooh
    yesterday
















Could you provide a MWE, which include the document class, please?

– manooooh
yesterday





Could you provide a MWE, which include the document class, please?

– manooooh
yesterday










2 Answers
2






active

oldest

votes


















4














Personally, I like to use the subfig package inside a figure.



documentclassarticle
 usepackagepgfplots
 usetikzlibraryfit,shapes,positioning
usepackagehere
usepackagesubfig

 begindocument

beginfigure[H]
centering
subfloat
 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
subfloat
 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture

subfloat
 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
subfloat
 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture


endfigure


enddocument


enter image description here






share|improve this answer























  • Thanks guys. I am going to add captioning, so I will use the subfig version.

    – Anthony Macks
    yesterday


















6














A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



documentclassarticle
 usepackagepgfplots
 usetikzlibraryfit,shapes,positioning

begindocument

begintabularcc
 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
&
 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
\
 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
&
 begintikzpicture[
 mydot/.style= circle, fill, inner sep=2pt , >=latex,
 shorten >= 3pt, shorten <= 3pt,
 every fit/.style=ellipse,draw,inner sep=0pt
 ]


 node[mydot,label=left:1] (a1) ; 
 node[mydot,below=of a1,label=left:2] (a2) ; 
 node[mydot,below=of a2,label=left:3] (a3) ; 
 node[mydot,below=of a3,label=left:4] (a4) ; 

 node[mydot,right=4cm of a1,label=right:1] (b1) ; 
 node[mydot,below=of b1,label=right:2] (b2) ; 
 node[mydot,below=of b2,label=right:3] (b3) ; 
 node[mydot,below=of b3,label=right:4] (b4) ;

 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

 path[->] (a1) edge (b2) edge (b1); 
 path[->] (a2) edge (b4); 
 path[->] (a3) edge (b3); 
 path[<-] (a4) edge (b1);

endtikzpicture
endtabular
enddocument


enter image description here






share|improve this answer






















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    2 Answers
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    2 Answers
    2






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    4














    Personally, I like to use the subfig package inside a figure.



    documentclassarticle
     usepackagepgfplots
     usetikzlibraryfit,shapes,positioning
    usepackagehere
    usepackagesubfig

     begindocument

    beginfigure[H]
    centering
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture

    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture


    endfigure


    enddocument


    enter image description here






    share|improve this answer























    • Thanks guys. I am going to add captioning, so I will use the subfig version.

      – Anthony Macks
      yesterday















    4














    Personally, I like to use the subfig package inside a figure.



    documentclassarticle
     usepackagepgfplots
     usetikzlibraryfit,shapes,positioning
    usepackagehere
    usepackagesubfig

     begindocument

    beginfigure[H]
    centering
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture

    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture


    endfigure


    enddocument


    enter image description here






    share|improve this answer























    • Thanks guys. I am going to add captioning, so I will use the subfig version.

      – Anthony Macks
      yesterday













    4












    4








    4







    Personally, I like to use the subfig package inside a figure.



    documentclassarticle
     usepackagepgfplots
     usetikzlibraryfit,shapes,positioning
    usepackagehere
    usepackagesubfig

     begindocument

    beginfigure[H]
    centering
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture

    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture


    endfigure


    enddocument


    enter image description here






    share|improve this answer













    Personally, I like to use the subfig package inside a figure.



    documentclassarticle
     usepackagepgfplots
     usetikzlibraryfit,shapes,positioning
    usepackagehere
    usepackagesubfig

     begindocument

    beginfigure[H]
    centering
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture

    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    subfloat
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture


    endfigure


    enddocument


    enter image description here







    share|improve this answer












    share|improve this answer



    share|improve this answer










    answered yesterday









    rpaparpapa

    8,60112039




    8,60112039












    • Thanks guys. I am going to add captioning, so I will use the subfig version.

      – Anthony Macks
      yesterday

















    • Thanks guys. I am going to add captioning, so I will use the subfig version.

      – Anthony Macks
      yesterday
















    Thanks guys. I am going to add captioning, so I will use the subfig version.

    – Anthony Macks
    yesterday





    Thanks guys. I am going to add captioning, so I will use the subfig version.

    – Anthony Macks
    yesterday











    6














    A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



    documentclassarticle
     usepackagepgfplots
     usetikzlibraryfit,shapes,positioning

    begindocument

    begintabularcc
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    &
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    \
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    &
     begintikzpicture[
     mydot/.style= circle, fill, inner sep=2pt , >=latex,
     shorten >= 3pt, shorten <= 3pt,
     every fit/.style=ellipse,draw,inner sep=0pt
     ]


     node[mydot,label=left:1] (a1) ; 
     node[mydot,below=of a1,label=left:2] (a2) ; 
     node[mydot,below=of a2,label=left:3] (a3) ; 
     node[mydot,below=of a3,label=left:4] (a4) ; 

     node[mydot,right=4cm of a1,label=right:1] (b1) ; 
     node[mydot,below=of b1,label=right:2] (b2) ; 
     node[mydot,below=of b2,label=right:3] (b3) ; 
     node[mydot,below=of b3,label=right:4] (b4) ;

     node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
     node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

     path[->] (a1) edge (b2) edge (b1); 
     path[->] (a2) edge (b4); 
     path[->] (a3) edge (b3); 
     path[<-] (a4) edge (b1);

    endtikzpicture
    endtabular
    enddocument


    enter image description here






    share|improve this answer



























      6














      A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



      documentclassarticle
       usepackagepgfplots
       usetikzlibraryfit,shapes,positioning

      begindocument

      begintabularcc
       begintikzpicture[
       mydot/.style= circle, fill, inner sep=2pt , >=latex,
       shorten >= 3pt, shorten <= 3pt,
       every fit/.style=ellipse,draw,inner sep=0pt
       ]


       node[mydot,label=left:1] (a1) ; 
       node[mydot,below=of a1,label=left:2] (a2) ; 
       node[mydot,below=of a2,label=left:3] (a3) ; 
       node[mydot,below=of a3,label=left:4] (a4) ; 

       node[mydot,right=4cm of a1,label=right:1] (b1) ; 
       node[mydot,below=of b1,label=right:2] (b2) ; 
       node[mydot,below=of b2,label=right:3] (b3) ; 
       node[mydot,below=of b3,label=right:4] (b4) ;

       node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
       node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

       path[->] (a1) edge (b2) edge (b1); 
       path[->] (a2) edge (b4); 
       path[->] (a3) edge (b3); 
       path[<-] (a4) edge (b1);

      endtikzpicture
      &
       begintikzpicture[
       mydot/.style= circle, fill, inner sep=2pt , >=latex,
       shorten >= 3pt, shorten <= 3pt,
       every fit/.style=ellipse,draw,inner sep=0pt
       ]


       node[mydot,label=left:1] (a1) ; 
       node[mydot,below=of a1,label=left:2] (a2) ; 
       node[mydot,below=of a2,label=left:3] (a3) ; 
       node[mydot,below=of a3,label=left:4] (a4) ; 

       node[mydot,right=4cm of a1,label=right:1] (b1) ; 
       node[mydot,below=of b1,label=right:2] (b2) ; 
       node[mydot,below=of b2,label=right:3] (b3) ; 
       node[mydot,below=of b3,label=right:4] (b4) ;

       node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
       node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

       path[->] (a1) edge (b2) edge (b1); 
       path[->] (a2) edge (b4); 
       path[->] (a3) edge (b3); 
       path[<-] (a4) edge (b1);

      endtikzpicture
      \
       begintikzpicture[
       mydot/.style= circle, fill, inner sep=2pt , >=latex,
       shorten >= 3pt, shorten <= 3pt,
       every fit/.style=ellipse,draw,inner sep=0pt
       ]


       node[mydot,label=left:1] (a1) ; 
       node[mydot,below=of a1,label=left:2] (a2) ; 
       node[mydot,below=of a2,label=left:3] (a3) ; 
       node[mydot,below=of a3,label=left:4] (a4) ; 

       node[mydot,right=4cm of a1,label=right:1] (b1) ; 
       node[mydot,below=of b1,label=right:2] (b2) ; 
       node[mydot,below=of b2,label=right:3] (b3) ; 
       node[mydot,below=of b3,label=right:4] (b4) ;

       node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
       node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

       path[->] (a1) edge (b2) edge (b1); 
       path[->] (a2) edge (b4); 
       path[->] (a3) edge (b3); 
       path[<-] (a4) edge (b1);

      endtikzpicture
      &
       begintikzpicture[
       mydot/.style= circle, fill, inner sep=2pt , >=latex,
       shorten >= 3pt, shorten <= 3pt,
       every fit/.style=ellipse,draw,inner sep=0pt
       ]


       node[mydot,label=left:1] (a1) ; 
       node[mydot,below=of a1,label=left:2] (a2) ; 
       node[mydot,below=of a2,label=left:3] (a3) ; 
       node[mydot,below=of a3,label=left:4] (a4) ; 

       node[mydot,right=4cm of a1,label=right:1] (b1) ; 
       node[mydot,below=of b1,label=right:2] (b2) ; 
       node[mydot,below=of b2,label=right:3] (b3) ; 
       node[mydot,below=of b3,label=right:4] (b4) ;

       node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
       node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

       path[->] (a1) edge (b2) edge (b1); 
       path[->] (a2) edge (b4); 
       path[->] (a3) edge (b3); 
       path[<-] (a4) edge (b1);

      endtikzpicture
      endtabular
      enddocument


      enter image description here






      share|improve this answer

























        6












        6








        6







        A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



        documentclassarticle
         usepackagepgfplots
         usetikzlibraryfit,shapes,positioning

        begindocument

        begintabularcc
         begintikzpicture[
         mydot/.style= circle, fill, inner sep=2pt , >=latex,
         shorten >= 3pt, shorten <= 3pt,
         every fit/.style=ellipse,draw,inner sep=0pt
         ]


         node[mydot,label=left:1] (a1) ; 
         node[mydot,below=of a1,label=left:2] (a2) ; 
         node[mydot,below=of a2,label=left:3] (a3) ; 
         node[mydot,below=of a3,label=left:4] (a4) ; 

         node[mydot,right=4cm of a1,label=right:1] (b1) ; 
         node[mydot,below=of b1,label=right:2] (b2) ; 
         node[mydot,below=of b2,label=right:3] (b3) ; 
         node[mydot,below=of b3,label=right:4] (b4) ;

         node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
         node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

         path[->] (a1) edge (b2) edge (b1); 
         path[->] (a2) edge (b4); 
         path[->] (a3) edge (b3); 
         path[<-] (a4) edge (b1);

        endtikzpicture
        &
         begintikzpicture[
         mydot/.style= circle, fill, inner sep=2pt , >=latex,
         shorten >= 3pt, shorten <= 3pt,
         every fit/.style=ellipse,draw,inner sep=0pt
         ]


         node[mydot,label=left:1] (a1) ; 
         node[mydot,below=of a1,label=left:2] (a2) ; 
         node[mydot,below=of a2,label=left:3] (a3) ; 
         node[mydot,below=of a3,label=left:4] (a4) ; 

         node[mydot,right=4cm of a1,label=right:1] (b1) ; 
         node[mydot,below=of b1,label=right:2] (b2) ; 
         node[mydot,below=of b2,label=right:3] (b3) ; 
         node[mydot,below=of b3,label=right:4] (b4) ;

         node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
         node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

         path[->] (a1) edge (b2) edge (b1); 
         path[->] (a2) edge (b4); 
         path[->] (a3) edge (b3); 
         path[<-] (a4) edge (b1);

        endtikzpicture
        \
         begintikzpicture[
         mydot/.style= circle, fill, inner sep=2pt , >=latex,
         shorten >= 3pt, shorten <= 3pt,
         every fit/.style=ellipse,draw,inner sep=0pt
         ]


         node[mydot,label=left:1] (a1) ; 
         node[mydot,below=of a1,label=left:2] (a2) ; 
         node[mydot,below=of a2,label=left:3] (a3) ; 
         node[mydot,below=of a3,label=left:4] (a4) ; 

         node[mydot,right=4cm of a1,label=right:1] (b1) ; 
         node[mydot,below=of b1,label=right:2] (b2) ; 
         node[mydot,below=of b2,label=right:3] (b3) ; 
         node[mydot,below=of b3,label=right:4] (b4) ;

         node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
         node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

         path[->] (a1) edge (b2) edge (b1); 
         path[->] (a2) edge (b4); 
         path[->] (a3) edge (b3); 
         path[<-] (a4) edge (b1);

        endtikzpicture
        &
         begintikzpicture[
         mydot/.style= circle, fill, inner sep=2pt , >=latex,
         shorten >= 3pt, shorten <= 3pt,
         every fit/.style=ellipse,draw,inner sep=0pt
         ]


         node[mydot,label=left:1] (a1) ; 
         node[mydot,below=of a1,label=left:2] (a2) ; 
         node[mydot,below=of a2,label=left:3] (a3) ; 
         node[mydot,below=of a3,label=left:4] (a4) ; 

         node[mydot,right=4cm of a1,label=right:1] (b1) ; 
         node[mydot,below=of b1,label=right:2] (b2) ; 
         node[mydot,below=of b2,label=right:3] (b3) ; 
         node[mydot,below=of b3,label=right:4] (b4) ;

         node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
         node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

         path[->] (a1) edge (b2) edge (b1); 
         path[->] (a2) edge (b4); 
         path[->] (a3) edge (b3); 
         path[<-] (a4) edge (b1);

        endtikzpicture
        endtabular
        enddocument


        enter image description here






        share|improve this answer













        A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



        documentclassarticle
         usepackagepgfplots
         usetikzlibraryfit,shapes,positioning

        begindocument

        begintabularcc
         begintikzpicture[
         mydot/.style= circle, fill, inner sep=2pt , >=latex,
         shorten >= 3pt, shorten <= 3pt,
         every fit/.style=ellipse,draw,inner sep=0pt
         ]


         node[mydot,label=left:1] (a1) ; 
         node[mydot,below=of a1,label=left:2] (a2) ; 
         node[mydot,below=of a2,label=left:3] (a3) ; 
         node[mydot,below=of a3,label=left:4] (a4) ; 

         node[mydot,right=4cm of a1,label=right:1] (b1) ; 
         node[mydot,below=of b1,label=right:2] (b2) ; 
         node[mydot,below=of b2,label=right:3] (b3) ; 
         node[mydot,below=of b3,label=right:4] (b4) ;

         node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
         node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

         path[->] (a1) edge (b2) edge (b1); 
         path[->] (a2) edge (b4); 
         path[->] (a3) edge (b3); 
         path[<-] (a4) edge (b1);

        endtikzpicture
        &
         begintikzpicture[
         mydot/.style= circle, fill, inner sep=2pt , >=latex,
         shorten >= 3pt, shorten <= 3pt,
         every fit/.style=ellipse,draw,inner sep=0pt
         ]


         node[mydot,label=left:1] (a1) ; 
         node[mydot,below=of a1,label=left:2] (a2) ; 
         node[mydot,below=of a2,label=left:3] (a3) ; 
         node[mydot,below=of a3,label=left:4] (a4) ; 

         node[mydot,right=4cm of a1,label=right:1] (b1) ; 
         node[mydot,below=of b1,label=right:2] (b2) ; 
         node[mydot,below=of b2,label=right:3] (b3) ; 
         node[mydot,below=of b3,label=right:4] (b4) ;

         node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
         node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

         path[->] (a1) edge (b2) edge (b1); 
         path[->] (a2) edge (b4); 
         path[->] (a3) edge (b3); 
         path[<-] (a4) edge (b1);

        endtikzpicture
        \
         begintikzpicture[
         mydot/.style= circle, fill, inner sep=2pt , >=latex,
         shorten >= 3pt, shorten <= 3pt,
         every fit/.style=ellipse,draw,inner sep=0pt
         ]


         node[mydot,label=left:1] (a1) ; 
         node[mydot,below=of a1,label=left:2] (a2) ; 
         node[mydot,below=of a2,label=left:3] (a3) ; 
         node[mydot,below=of a3,label=left:4] (a4) ; 

         node[mydot,right=4cm of a1,label=right:1] (b1) ; 
         node[mydot,below=of b1,label=right:2] (b2) ; 
         node[mydot,below=of b2,label=right:3] (b3) ; 
         node[mydot,below=of b3,label=right:4] (b4) ;

         node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
         node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

         path[->] (a1) edge (b2) edge (b1); 
         path[->] (a2) edge (b4); 
         path[->] (a3) edge (b3); 
         path[<-] (a4) edge (b1);

        endtikzpicture
        &
         begintikzpicture[
         mydot/.style= circle, fill, inner sep=2pt , >=latex,
         shorten >= 3pt, shorten <= 3pt,
         every fit/.style=ellipse,draw,inner sep=0pt
         ]


         node[mydot,label=left:1] (a1) ; 
         node[mydot,below=of a1,label=left:2] (a2) ; 
         node[mydot,below=of a2,label=left:3] (a3) ; 
         node[mydot,below=of a3,label=left:4] (a4) ; 

         node[mydot,right=4cm of a1,label=right:1] (b1) ; 
         node[mydot,below=of b1,label=right:2] (b2) ; 
         node[mydot,below=of b2,label=right:3] (b3) ; 
         node[mydot,below=of b3,label=right:4] (b4) ;

         node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] ;
         node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] ;

         path[->] (a1) edge (b2) edge (b1); 
         path[->] (a2) edge (b4); 
         path[->] (a3) edge (b3); 
         path[<-] (a4) edge (b1);

        endtikzpicture
        endtabular
        enddocument


        enter image description here







        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered yesterday









        IgnasiIgnasi

        94.8k4175318




        94.8k4175318



























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