import rita.*;

/*
 * @desc Shows Rita's built-in tweening methods. 
 */

/*
     An example demonstrating supported animation modes in RiTa,
     for use in RiText.moveTo() or RiText.moveBy() methods, etc.
     specified by calling RiText.setMotionType() with one of the
     the following constants:

          RiText.LINEAR                   (A)
          RiText.EASE_IN                  (B)
          RiText.EASE_OUT                 (C)
          RiText.EASE_IN_OUT              (D)
          RiText.EASE_IN_OUT_CUBIC        (E)
          RiText.EASE_IN_CUBIC            (F)
          RiText.EASE_OUT_CUBIC           (G)
          RiText.EASE_IN_OUT_QUARTIC      (H)
          RiText.EASE_IN_QUARTIC          (I)
          RiText.EASE_OUT_QUARTIC         (J)
          RiText.EASE_IN_OUT_SINE         (K)
          RiText.EASE_IN_SINE             (L)
          RiText.EASE_OUT_SINE            (M)
          RiText.EASE_IN_OUT_EXPO         (N)
          RiText.EASE_IN_EXPO             (O)
          RiText.EASE_OUT_EXPO            (P)
*/

  boolean movingUp;
  RiText  rts[] = new RiText[16]; 

  void setup()
  {
    size(700, 700);
    smooth();
    
    RiText info = new RiText(this, "click to reverse animations");
    
    RiText.setDefaultFont("CenturyGothic-Bold-40.vlw");   
    RiText.setDefaultAlignment(LEFT);    
    
    mouseClicked();
  }

  void draw() 
  {
    background(255);
  }
    
  void mouseClicked()
  {
    movingUp = !movingUp;
    for (int i = 0; i < rts.length; i++)  {
      float xPos = 10+(width/(float)rts.length)*i;     
      if (rts[i] == null)
        rts[i] = new RiText(this,(char)(i+65)+"", xPos, height); 
      rts[i].setMotionType(i);
      rts[i].moveTo(xPos, (movingUp ? 30 : height), 3f);          
    }
  }