// Recursive Tree (w/ ArrayList)
// Daniel Shiffman <http://www.shiffman.net>

// A class for one branch in the system

// Created 2 May 2005

class Flower {
  // Each has a location, velocity, and timer 
  // We could implement this same idea with different data
  Vector3D loc;
  Vector3D vel;
    float timer;
  float timerstart;
  
  Flower(Vector3D l, Vector3D v, float n) {
    loc = l.copy();
    vel = v.copy();
    
    timerstart = n;
    timer = timerstart;
  }
  
  void update() {
    loc.add(vel);
  }
  
  // Draw a dot at location
  void render(){
  pushMatrix();
  fill(255,0,0,30);
  float locW = loc.x;
  float locH = loc.y;
  fill(255,0,0,50);
  ellipse(locW+random(8), locH+random(8), flowerSize,flowerSize);
  ellipse(locW+random(8), locH-random(8), flowerSize,flowerSize);
  ellipse(locW-random(8), locH+random(8), flowerSize,flowerSize);
  ellipse(locW-random(8), locH-random(8), flowerSize,flowerSize);
  popMatrix();
  //flock.addBoid(new Boid(new Vector3D(mouseX,mouseY),2.0f,0.05f));
  
  }
  
  // Did the timer run out?
  boolean timeToBranch() {
    timer--;
    if (timer < 0) {
      return true;
    } else {
      return false;
    }
  }

  // Create a new branch at the current location, but change direction by a given angle
  Branch branch(float angle) {
    // What is my current heading
    float theta = vel.heading2D();
    // What is my current speed
    float mag = vel.magnitude();
    // Turn me
    theta += radians(angle);
    // Look, polar coordinates to cartesian!!
    Vector3D newvel = new Vector3D(mag*cos(theta),mag*sin(theta));
    // Return a new Branch
    return new Branch(loc,newvel,timerstart*0.80f);
  }
}