Crystal Spheres

// my cell class

// class(x) ve defined cell

​

class cell {

​

  float xloc;

  float yloc;

  float zloc;   // z location should be defined for 3rd dimension

  float diam;

  float cellred, cellgreen, cellblue,cellalpha;

 // instead of writing float x   float y it could be float x,y

  float lineweight;

  boolean isseed;

  cell(){

   xloc=random(0,500);

    yloc=random(0,500);

    zloc=random(0,500);

    diam=random(30);   //radius of sphere

    cellred=random(100,250);   //fill color 0-200

    cellgreen=0;

    cellblue=0;

    cellalpha=random(300);

    lineweight=0.5;

  }

 void display(){

   noStroke();  //stroke takes too much time when the script is running

   fill(cellred,cellgreen, cellblue,cellalpha);  

   pushMatrix();   //since, sphere command does not consist any coordinate option, i used pop,push matrix to distrubute spheres

   translate(xloc,yloc,zloc);

   sphere(diam);  //sphere only have diameter option

   if (mousePressed) {

    lights();

  }  //in order to turn lights on press mouse button

   popMatrix();  

 }

​

}

float cameraM1=500;

float cameraM2=500;

float cameraM3=500;

float cameraM4=1;

​

cell[]  mycells = new cell[1000];   //cell[x]   x times cell 

​

void setup(){ 

​

size (500,500,P3D);  // P3D 3rd dimension

for (int i=0; i<mycells.length; i++){

mycells[i] = new cell();  } 

​

}

 void draw(){

   cameraM1=cameraM1+1;

   cameraM2=cameraM2-1;

   cameraM3=cameraM3-1;

   cameraM4=cameraM4+1;

   if(cameraM1>=600){cameraM1=500;}

      if(cameraM2>=600){cameraM2=500;}

         if(cameraM3>=600){cameraM3=500;}

            if(cameraM4>=630){cameraM4=400;}

   camera(cameraM1, cameraM2, cameraM3, 0,0,0, 0, 0, 1);  //camera(eyeX, eyeY, eyeZ, centerX, centerY, centerZ, upX, upY, upZ)

   background(255);

for (int i=0; i<mycells.length; i++){   

   mycells[i].display();    

  frameRate(10); 

 }}