Flevopink

 

Ruitjes ruitjespap; 
float x;  
float y;  
float n;  
int i; int j; int k; int l;int m; int o; int p; int q;  
  
void setup() {  
 fullScreen(P3D);  
 // size(960,540, P3D);  
 x = width/2;  
 y = height/2;  
 n = height/30;  
 ruitjespap = new Ruitjes(n,x,y); 
}  
  
void draw() {  
 background(#E6FBFF);  
 //De onder en bovenbalken  
 rectMode(CENTER);  
 fill(#C5E857);  
 rect(x, y-10.5*n, n*40, n, n);  
 rect(x, y+10.5*n, n*40, n, n);  
 fill(#F78794, 100);  
  
 //Roterende ellipse li  
 pushMatrix();  
 translate(x-20*n, y);  
 rotateY(radians(i));  
 i = i +1;  
 ellipse(0, 0, n*4, n*20);  
 popMatrix();  
  
 //roterende ellipse re  
 pushMatrix();  
 translate(x+20*n, y);  
 rotateY(radians(-j));  
 j = j +1;  
 ellipse(0, 0, n*4, n*20);  
 popMatrix();  
  
 ellipse(x+20*n, y, n*4, n*20);  
 ellipse(x-20*n, y, n*4, n*20);  
 fill(0, 25, 200, 50);  
 // ellipse(x, y, n*30, n*20);  
 ellipse(x, y, n*20, n*20);  
  
 //roterende arc en ellipse li  
 fill(100, 25, 100, 100);  
 pushMatrix();  
 translate(x-14*n, y);  
 rotateY(radians(-k));  
 k = k + 1;  
 ellipse(0, 0, n*8, n*12);  
 noFill();  
 arc(0, -4*n, 6*n, 12*n, radians(180), radians(360));  
 arc(0, 4*n, 6*n, 12*n, radians(0), radians(180));  
 fill(0, 255, 0);  
 popMatrix();  
  
 //roterende arc en ellipse Re  
 fill(100, 25, 100, 100);  
 pushMatrix();  
 translate(x+14*n, y);  
 rotateY(radians(o));  
 o = o + 1;  
 ellipse(0, 0, n*8, n*12);  
 noFill();  
 arc(0, -4*n, 6*n, 12*n, radians(180), radians(360));  
 arc(0, 4*n, 6*n, 12*n, radians(0), radians(180));  
 fill(0, 255, 0);  
 popMatrix();  
  
 //roterende driehoek li boven  
 pushMatrix();  
 translate(x-14*n, y-7*n);  
 rotateY(radians(-l));  
 l = l + 1;  
 triangle(-2*n, +n, 0, -n, 2*n, n);  
 popMatrix();  
  
 //roterende driehoek li onder  
 pushMatrix();  
 translate(x-14*n, y+7*n);  
 rotateY(radians(-m));  
 m = m + 1;  
 triangle(-2*n, -n, 2*n, -n, 0, n);  
 popMatrix();  
  
  
 //roterende driehoek re boven  
 pushMatrix();  
 translate(x+14*n, y-7*n);  
 rotateY(radians(p));  
 p = p + 1;  
 triangle(-2*n, +n, 0, -n, 2*n, n);  
 popMatrix();  
  
 //roterende driehoek Re onder  
 pushMatrix();  
 translate(x+14*n, y+7*n);  
 rotateY(radians(q));  
 q = q + 1;  
 triangle(-2*n, -n, 2*n, -n, 0, n);  
 popMatrix();  
 //de tekst  
 textAlign(CENTER);  
 textSize(n*2);  
 fill(255, 0, 0);  
 text("in de wolken", x, y-4*n);  
 text("met", x, y+n/4);  
 text("ruitjespapier", x, y+4*n);  
 textSize(n);  
 text("een 3d animatie met Y rotaties", x, y+13*n);  
 ruitjespap.display(); 
}