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












1















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
    Jan 8 at 13:36











  • Your modulus function should produce labels as shown in my last edit.

    – God Must Be Crazy
    Jan 8 at 23:06
















1















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
    Jan 8 at 13:36











  • Your modulus function should produce labels as shown in my last edit.

    – God Must Be Crazy
    Jan 8 at 23:06














1












1








1








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













share|improve this question




share|improve this question








edited Jan 8 at 13:36







Joep Awinita

















asked Jan 8 at 13:34









Joep AwinitaJoep Awinita

574




574













  • What you want is to control the node size.

    – Sigur
    Jan 8 at 13:36











  • Your modulus function should produce labels as shown in my last edit.

    – God Must Be Crazy
    Jan 8 at 23:06



















  • What you want is to control the node size.

    – Sigur
    Jan 8 at 13:36











  • Your modulus function should produce labels as shown in my last edit.

    – God Must Be Crazy
    Jan 8 at 23:06

















What you want is to control the node size.

– Sigur
Jan 8 at 13:36





What you want is to control the node size.

– Sigur
Jan 8 at 13:36













Your modulus function should produce labels as shown in my last edit.

– God Must Be Crazy
Jan 8 at 23:06





Your modulus function should produce labels as shown in my last edit.

– God Must Be Crazy
Jan 8 at 23:06










2 Answers
2






active

oldest

votes


















2














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
























  • How can I use a foreach and still automatically place the text inside the circles?

    – Joep Awinita
    Jan 8 at 15:50



















2














A PSTricks solution just for saving more keystrokes.



documentclass[pstricks,12pt]{standalone}

usepackage{pst-node}

degrees[11]

begin{document}

begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)

    foreach l [count=i from 0] in {456,1562,792,1872,2152,25,441,615,2993,2329,2031} 

        {Cnodeput(!4 ispace PtoCrel){Ai}{l}}

    foreach i [count=j from 1] in {0,...,10}

    {

        ifnumi=10

            ncarc{A0}{A10}

        else

            ncarc{Aj}{Ai}

        fi

    }

end{pspicture}

end{document}


enter image description here



Using f(x) = x*x + 8 (mod 3127)



documentclass[pstricks,12pt]{standalone}

usepackage{pst-node,pst-calculate}

makeatletter

deff#1{pst@mod{pscalculate{(#1+2)**2+8}}{3127}xx}

degrees[11]

begin{document}

begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)

    foreach i in {0,1,...,10}{Cnodeput(!4 ispace PtoCrel){Ai}{f{i}}}

    foreach i [count=j from 1] in {0,...,10}

    {

        ifnumi=10

            ncarc{A0}{A10}

        else

            ncarc{Aj}{Ai}

        fi

    }

end{pspicture}

end{document}


enter image description here






share|improve this answer

























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    2 Answers
    2






    active

    oldest

    votes








    2 Answers
    2






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    2














    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
























    • How can I use a foreach and still automatically place the text inside the circles?

      – Joep Awinita
      Jan 8 at 15:50
















    2














    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
























    • How can I use a foreach and still automatically place the text inside the circles?

      – Joep Awinita
      Jan 8 at 15:50














    2












    2








    2







    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 Jan 8 at 13:38









    SigurSigur

    24.4k355138




    24.4k355138













    • How can I use a foreach and still automatically place the text inside the circles?

      – Joep Awinita
      Jan 8 at 15:50



















    • How can I use a foreach and still automatically place the text inside the circles?

      – Joep Awinita
      Jan 8 at 15:50

















    How can I use a foreach and still automatically place the text inside the circles?

    – Joep Awinita
    Jan 8 at 15:50





    How can I use a foreach and still automatically place the text inside the circles?

    – Joep Awinita
    Jan 8 at 15:50











    2














    A PSTricks solution just for saving more keystrokes.



    documentclass[pstricks,12pt]{standalone}
    
usepackage{pst-node}
    
degrees[11]
    
begin{document}
    
begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)
    
    foreach l [count=i from 0] in {456,1562,792,1872,2152,25,441,615,2993,2329,2031} 
    
        {Cnodeput(!4 ispace PtoCrel){Ai}{l}}
    
    foreach i [count=j from 1] in {0,...,10}
    
    {
    
        ifnumi=10
    
            ncarc{A0}{A10}
    
        else
    
            ncarc{Aj}{Ai}
    
        fi
    
    }
    
end{pspicture}
    
end{document}


    enter image description here



    Using f(x) = x*x + 8 (mod 3127)



    documentclass[pstricks,12pt]{standalone}
    
usepackage{pst-node,pst-calculate}
    
makeatletter
    
deff#1{pst@mod{pscalculate{(#1+2)**2+8}}{3127}xx}
    
degrees[11]
    
begin{document}
    
begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)
    
    foreach i in {0,1,...,10}{Cnodeput(!4 ispace PtoCrel){Ai}{f{i}}}
    
    foreach i [count=j from 1] in {0,...,10}
    
    {
    
        ifnumi=10
    
            ncarc{A0}{A10}
    
        else
    
            ncarc{Aj}{Ai}
    
        fi
    
    }
    
end{pspicture}
    
end{document}


    enter image description here






    share|improve this answer






























      2














      A PSTricks solution just for saving more keystrokes.



      documentclass[pstricks,12pt]{standalone}
      
usepackage{pst-node}
      
degrees[11]
      
begin{document}
      
begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)
      
    foreach l [count=i from 0] in {456,1562,792,1872,2152,25,441,615,2993,2329,2031} 
      
        {Cnodeput(!4 ispace PtoCrel){Ai}{l}}
      
    foreach i [count=j from 1] in {0,...,10}
      
    {
      
        ifnumi=10
      
            ncarc{A0}{A10}
      
        else
      
            ncarc{Aj}{Ai}
      
        fi
      
    }
      
end{pspicture}
      
end{document}


      enter image description here



      Using f(x) = x*x + 8 (mod 3127)



      documentclass[pstricks,12pt]{standalone}
      
usepackage{pst-node,pst-calculate}
      
makeatletter
      
deff#1{pst@mod{pscalculate{(#1+2)**2+8}}{3127}xx}
      
degrees[11]
      
begin{document}
      
begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)
      
    foreach i in {0,1,...,10}{Cnodeput(!4 ispace PtoCrel){Ai}{f{i}}}
      
    foreach i [count=j from 1] in {0,...,10}
      
    {
      
        ifnumi=10
      
            ncarc{A0}{A10}
      
        else
      
            ncarc{Aj}{Ai}
      
        fi
      
    }
      
end{pspicture}
      
end{document}


      enter image description here






      share|improve this answer




























        2












        2








        2







        A PSTricks solution just for saving more keystrokes.



        documentclass[pstricks,12pt]{standalone}
        
usepackage{pst-node}
        
degrees[11]
        
begin{document}
        
begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)
        
    foreach l [count=i from 0] in {456,1562,792,1872,2152,25,441,615,2993,2329,2031} 
        
        {Cnodeput(!4 ispace PtoCrel){Ai}{l}}
        
    foreach i [count=j from 1] in {0,...,10}
        
    {
        
        ifnumi=10
        
            ncarc{A0}{A10}
        
        else
        
            ncarc{Aj}{Ai}
        
        fi
        
    }
        
end{pspicture}
        
end{document}


        enter image description here



        Using f(x) = x*x + 8 (mod 3127)



        documentclass[pstricks,12pt]{standalone}
        
usepackage{pst-node,pst-calculate}
        
makeatletter
        
deff#1{pst@mod{pscalculate{(#1+2)**2+8}}{3127}xx}
        
degrees[11]
        
begin{document}
        
begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)
        
    foreach i in {0,1,...,10}{Cnodeput(!4 ispace PtoCrel){Ai}{f{i}}}
        
    foreach i [count=j from 1] in {0,...,10}
        
    {
        
        ifnumi=10
        
            ncarc{A0}{A10}
        
        else
        
            ncarc{Aj}{Ai}
        
        fi
        
    }
        
end{pspicture}
        
end{document}


        enter image description here






        share|improve this answer















        A PSTricks solution just for saving more keystrokes.



        documentclass[pstricks,12pt]{standalone}
        
usepackage{pst-node}
        
degrees[11]
        
begin{document}
        
begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)
        
    foreach l [count=i from 0] in {456,1562,792,1872,2152,25,441,615,2993,2329,2031} 
        
        {Cnodeput(!4 ispace PtoCrel){Ai}{l}}
        
    foreach i [count=j from 1] in {0,...,10}
        
    {
        
        ifnumi=10
        
            ncarc{A0}{A10}
        
        else
        
            ncarc{Aj}{Ai}
        
        fi
        
    }
        
end{pspicture}
        
end{document}


        enter image description here



        Using f(x) = x*x + 8 (mod 3127)



        documentclass[pstricks,12pt]{standalone}
        
usepackage{pst-node,pst-calculate}
        
makeatletter
        
deff#1{pst@mod{pscalculate{(#1+2)**2+8}}{3127}xx}
        
degrees[11]
        
begin{document}
        
begin{pspicture}[radius=16pt,arrows=->,nodesep=2pt,arrowinset=0](-5,-5)(5,5)
        
    foreach i in {0,1,...,10}{Cnodeput(!4 ispace PtoCrel){Ai}{f{i}}}
        
    foreach i [count=j from 1] in {0,...,10}
        
    {
        
        ifnumi=10
        
            ncarc{A0}{A10}
        
        else
        
            ncarc{Aj}{Ai}
        
        fi
        
    }
        
end{pspicture}
        
end{document}


        enter image description here







        share|improve this answer














        share|improve this answer



        share|improve this answer








        edited Jan 8 at 23:03

























        answered Jan 8 at 22:25









        God Must Be CrazyGod Must Be Crazy

        6,09011039




        6,09011039






























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