cubes have roots

//import processing.pdf.*;

int cpt1 = 0; int cpt2 = 0; int cpt3 = 0; 

float side ; //int prof = 100; 

int nbcube = 7; 

int pas = 1; int cpt = 10; 

PFont myFont; 

​

void setup() {

  size(500,500,P3D);     // noLoop();

  myFont = createFont("Arial", 10);

  background(255); 

//beginRaw(PDF, "cube 50.pdf");

 }

void draw() {

  background(255);   

 textFont(myFont,20); 

  nbcube =  int(mouseY/50) ;

    text("cube de "+nbcube+" ", 30, 30 , 0); 

    text(" mouseY Move : cube number ", 30, 45 , -30);

    text(" mouseX Move : rotate " , 30, 65 , -30);

​

// fill(0); textFont(myFont,20);

 //text("cube de "+nbcube+" ", 50, 50 , 0); 

 translate(width/3, height/2, -50);                   

//rotateX((height/width)* mouseY );

rotateY(((PI/2)/width)* (mouseX) );

​

  float cote = height/2.5 ;                               

  side = cote/nbcube; 

  for(int j = 1 ; j <= nbcube ; j = j+ pas) {          

      for(int k = 1 ; k <= nbcube ; k = k+ pas)  {

​

        for(int m = 1 ; m <= nbcube ; m = m+ pas){

cpt3 = cpt3 + 1 ;                                     

           for(int i = 1; i<= nbcube ; i = i + 1) {

​

              if( cpt3 == i*i*i )       {                                      //When cpt3 equals one of the first nbcube integers            

              textFont(myFont,22);        

              fill(255, 0, 0 );    

text(cpt3, (-cote/2)+ (j*side)+2, -(cote/2)+ (k*side), m*(side));                     

                                        }

              else {

              textFont(myFont,12); fill( 0, 0, 255, 50 ); stroke( 0, 0, 255, 50 );           //alpha 

                   }

           }

    text(cpt3, (-cote/2)+ (j*side)+2, -(cote/2)+ (k*side), m*(side));

         }}}

cpt3 = 0 ; 

//  endRaw();

}

​

​

​

​

​

​