Final Midterm Project

Cube c;

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int numCubes = 1000;

Cube[] allCubes = new Cube[numCubes];

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float numberofCircles = 15;

float angle = radians (300 / numberofCircles);

float distance = 100;

float offset = radians (90);

float counter = 0.02;

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void setup() {

  size(500, 700, P3D);

  smooth();

  for (int cubeIndex = 0; cubeIndex < numCubes; cubeIndex++) {

    allCubes[cubeIndex] = new Cube();

    allCubes[cubeIndex].cubeColor = color (random(255), random(0), random(0));

  }

  c = new Cube();

}

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void draw() {

  background(#ffd3bf); //light pink

  directionalLight(126, 126, 126, 0, 0, -1);

  fill (0);  

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

    float x = cos(angle *i + offset) * distance + width/2;

    float y = sin(angle *i + offset) * distance + height/2;

    ellipse (x, y, 10+i, 10+i);

  }

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

    float x = cos(angle *i - offset) * (distance+100) + width/2;

    float y = sin(angle *i - offset) * (distance+100) + height/2;

    ellipse (x, y, 20+i, 20+i);

  }

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

    float x = cos(angle *i + offset) * (distance+250) + width/2;

    float y = sin(angle *i + offset) * (distance+250) + height/2;

    ellipse (x, y, 60+i, 60+i);

  }

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

    float x = cos(angle *i - offset) * (distance+550) + width/2;

    float y = sin(angle *i - offset) * (distance+550) + height/2;

    ellipse (x, y, 120+i, 120+i);

  }

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

    float x = cos(angle *i - offset) * (distance+1050) + width/2;

    float y = sin(angle *i - offset) * (distance+1050) + height/2;

    ellipse (x, y, 200-i, 200-i);

  }

  offset = offset + counter;

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  fill(#e20d2d);

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  translate(width/2, height/2, 0);

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  rotateY(mouseY*-0.05);

  rotateX(mouseX*-0.05);

  box(60);

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  fill(255, 0, 0, 50);

  noStroke();

  sphere(100);

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  for (int cubeIndex = 0; cubeIndex < numCubes; cubeIndex++) {

    stroke(2);

    allCubes[cubeIndex].display();

  }

}