Space Station 2

void setupDotList ()

{

  int totalAmount = radiusAmount*dotsPerRadius;

  dotList = new PVector [totalAmount];

  //println (totalAmount);

}

​

​

void createRadius ()

{

  randomSeed (actRandomSeed);

  noiseSeed (actNoiseSeed);

​

  int dotCounter = 0;

  int count = 0;

  int amount = radiusAmount;

  float radiusNoise = random (3);

​

  while (count < amount)

  {

​

    float radius = startRadius + noise (radiusNoise)*noiseRadius;

    float zRandom = (-150)+ random (15*count, 17*count);

    float zArranged = (-150)+ 16*count;

​

    float m = map(randomZPos, 0,10, 0,1);

    m = constrain(m, 0, 1);

    float z1 = lerp(zRandom, zArranged, m);

​

​

    //float z1 =  (-150)+ random (15*count, 17*count);

​

    int centerX = 0, centerY = 0;

​

    int dotsPerRadiusCount = 0;

    int dotsPerRadiusAmount = dotsPerRadius;

​

    float steps = TWO_PI / dotsPerRadiusAmount;

    float angle = 0;

    float time = 0+timeSeed;

​

    while (dotsPerRadiusCount < dotsPerRadiusAmount)

    {

      float noiseValue = noise (time)*noiseZ;

      if (count >= amount-2) noiseValue = 0;

​

      float x = centerX + cos (angle) * (radius);

      float y = centerY + sin (angle) * (radius);

      float z = z1+noiseValue;

​

      dotList [dotCounter] = new PVector (x,y, z);

​

      time += 0.075;

      angle += steps;

      dotsPerRadiusCount++;

      dotCounter++;

    }

    radiusNoise += 0.13;

    count++;

  }

}

​

​