class Orchid {
  int count, index;
  float x,y,rnd,angle,x1,y1,v,speed;
  float timer,end,divid;
  int maxSize;
  float originX;
  float originY;
  boolean endornot;

  Orchid(float _x, float _y) {
    x      = _x;
    y      = _y;
    originX = _x;
    originY = _y;
    init();
  }

  void init() {
    angle    = (random(1)*(2*PI))-PI;
    x1       = x;
    y1       = y;
    v        = 0;
    speed    = 1.5*3.5; // 4 is scale factor
    count    = 0;
    timer    = 0;
    end      = random(50,100);
    maxSize  = 10;// rect width size
    divid    = this.end/this.maxSize;

  }

  void run() {
    x += cos(this.angle)*this.speed;
    y += sin(this.angle)*this.speed;
    v += random(1)*.045 - .02;// change angle
    v *= .93;
    angle += v;
    drawSegment(x,y,x1,y1,(maxSize-(timer/divid)));
    timer++;
    if(x>width || x<0 || y>height+10 || y<0 || timer>end) { // set draw area
      x =  originX;
      y =  originY;
      angle  = (random(1)*(2*PI))-PI;
      endornot=true;
      timer = 0;
      end = random(30,150); // length of plant
      divid    = end/maxSize;
    }
    else{
      endornot=false;

    }
    x1 = x;
    y1 = y;
  }
}