How to make all circles in this example have the same radii?












0














The nodes with less than 4 digits appear smaller. I'd like to have them all of the same size and I can't seem to understand enough of the documentation to get it right. Feel free to suggest me a better way to do this. I'd love to be able to define a function $f(x) = x^2 + 8 mod 3127$ with $x_0 = 2$ which is where these numbers come from.



A cycle of polynomial numbers



documentclass{article}

usepackage{tikz}

begin{document}

begin{tikzpicture}



def n {11}

def radius {3.5cm}

def margin {10}



def s {1}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {2}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {3}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {4}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {5}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {6}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {7}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {8}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {9}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {10}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {11}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



end{tikzpicture}

end{document}





tikz-pgf







share|improve this question
























  • What you want is to control the node size.
    – Sigur
    1 hour ago
















0














The nodes with less than 4 digits appear smaller. I'd like to have them all of the same size and I can't seem to understand enough of the documentation to get it right. Feel free to suggest me a better way to do this. I'd love to be able to define a function $f(x) = x^2 + 8 mod 3127$ with $x_0 = 2$ which is where these numbers come from.



A cycle of polynomial numbers



documentclass{article}

usepackage{tikz}

begin{document}

begin{tikzpicture}



def n {11}

def radius {3.5cm}

def margin {10}



def s {1}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {2}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {3}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {4}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {5}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {6}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {7}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {8}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {9}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {10}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {11}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



end{tikzpicture}

end{document}





tikz-pgf







share|improve this question
























  • What you want is to control the node size.
    – Sigur
    1 hour ago














0












0








0







The nodes with less than 4 digits appear smaller. I'd like to have them all of the same size and I can't seem to understand enough of the documentation to get it right. Feel free to suggest me a better way to do this. I'd love to be able to define a function $f(x) = x^2 + 8 mod 3127$ with $x_0 = 2$ which is where these numbers come from.



A cycle of polynomial numbers



documentclass{article}

usepackage{tikz}

begin{document}

begin{tikzpicture}



def n {11}

def radius {3.5cm}

def margin {10}



def s {1}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {2}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {3}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {4}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {5}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {6}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {7}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {8}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {9}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {10}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {11}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



end{tikzpicture}

end{document}





tikz-pgf







share|improve this question















The nodes with less than 4 digits appear smaller. I'd like to have them all of the same size and I can't seem to understand enough of the documentation to get it right. Feel free to suggest me a better way to do this. I'd love to be able to define a function $f(x) = x^2 + 8 mod 3127$ with $x_0 = 2$ which is where these numbers come from.



A cycle of polynomial numbers



documentclass{article}

usepackage{tikz}

begin{document}

begin{tikzpicture}



def n {11}

def radius {3.5cm}

def margin {10}



def s {1}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {2}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {3}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {4}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {5}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {6}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {7}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {8}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {9}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {10}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {11}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



end{tikzpicture}

end{document}





tikz-pgf




tikz-pgf






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share|improve this question








edited 1 hour ago







Joep Awinita

















asked 1 hour ago









Joep AwinitaJoep Awinita

11




11












  • What you want is to control the node size.
    – Sigur
    1 hour ago


















  • What you want is to control the node size.
    – Sigur
    1 hour ago
















What you want is to control the node size.
– Sigur
1 hour ago




What you want is to control the node size.
– Sigur
1 hour ago










1 Answer
1






active

oldest

votes


















1














What you wish is to control the node size. So, you can use minimum width. For example:



enter image description here



In this case, you don't need to write [draw, circle] all the time.



(Also, consider using foreach.)



MWE



documentclass{article}

usepackage{tikz}

begin{document}

begin{tikzpicture}[every node/.style={circle,draw,minimum width=1.2cm}]



def n {11}

def radius {3.5cm}

def margin {10}



def s {1}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {2}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {3}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {4}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {5}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {6}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {7}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {8}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {9}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {10}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



def s {11}

node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};

draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 

   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);



end{tikzpicture}

end{document}





share|improve this answer





















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    1 Answer
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    active

    oldest

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    1 Answer
    1






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    1














    What you wish is to control the node size. So, you can use minimum width. For example:



    enter image description here



    In this case, you don't need to write [draw, circle] all the time.



    (Also, consider using foreach.)



    MWE



    documentclass{article}
    
usepackage{tikz}
    
begin{document}
    
begin{tikzpicture}[every node/.style={circle,draw,minimum width=1.2cm}]
    

    
def n {11}
    
def radius {3.5cm}
    
def margin {10}
    

    
def s {1}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {2}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {3}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {4}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {5}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {6}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {7}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {8}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {9}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {10}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
def s {11}
    
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};
    
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
    
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
    

    
end{tikzpicture}
    
end{document}





    share|improve this answer


























      1














      What you wish is to control the node size. So, you can use minimum width. For example:



      enter image description here



      In this case, you don't need to write [draw, circle] all the time.



      (Also, consider using foreach.)



      MWE



      documentclass{article}
      
usepackage{tikz}
      
begin{document}
      
begin{tikzpicture}[every node/.style={circle,draw,minimum width=1.2cm}]
      

      
def n {11}
      
def radius {3.5cm}
      
def margin {10}
      

      
def s {1}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {2}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {3}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {4}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {5}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {6}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {7}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {8}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {9}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {10}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
def s {11}
      
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};
      
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
      
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
      

      
end{tikzpicture}
      
end{document}





      share|improve this answer
























        1












        1








        1






        What you wish is to control the node size. So, you can use minimum width. For example:



        enter image description here



        In this case, you don't need to write [draw, circle] all the time.



        (Also, consider using foreach.)



        MWE



        documentclass{article}
        
usepackage{tikz}
        
begin{document}
        
begin{tikzpicture}[every node/.style={circle,draw,minimum width=1.2cm}]
        

        
def n {11}
        
def radius {3.5cm}
        
def margin {10}
        

        
def s {1}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {2}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {3}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {4}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {5}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {6}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {7}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {8}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {9}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {10}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {11}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
end{tikzpicture}
        
end{document}





        share|improve this answer












        What you wish is to control the node size. So, you can use minimum width. For example:



        enter image description here



        In this case, you don't need to write [draw, circle] all the time.



        (Also, consider using foreach.)



        MWE



        documentclass{article}
        
usepackage{tikz}
        
begin{document}
        
begin{tikzpicture}[every node/.style={circle,draw,minimum width=1.2cm}]
        

        
def n {11}
        
def radius {3.5cm}
        
def margin {10}
        

        
def s {1}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$456$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {2}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$1562$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {3}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$792$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {4}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$1872$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {5}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2152$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {6}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$25$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {7}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$441$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {8}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$615$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {9}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2993$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {10}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2329$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
def s {11}
        
node[draw, circle] at ({360/n * (s - 1)}:radius) {$2031$};
        
draw[<-, >=latex] ({360/n * (s - 1)+margin}:radius) 
        
   arc ({360/n * (s - 1)+margin}:{360/n * (s)-margin}:radius);
        

        
end{tikzpicture}
        
end{document}






        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered 1 hour ago









        SigurSigur

        24.2k355137




        24.2k355137






























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