/**
 *  VectorAvatar is my Avatar-derived class that displays & moves a custom vector PShape.
 *  STUDENT must update getBoundingBox() to work with their PShape.
**/
class VectorAvatar extends CollisionDetector {
  /* The data fields store the state of the Avatar. */
  PShape customPShape ;
  float rotXspeed = .005 ;
  float rotYspeed = .0025 ;
  float myrotX = 0, myrotY = 0 ;
  final int sidelength, sidelimit ;
  VectorAvatar(int avx, int avy, int avz, float spdx, float spdy, float spdz, float avscale,
      int size, int limit) {
    super(avx,avy,avz,0,0,0,/*spdx,spdy,spdz,*/avscale,0,0,0);
    sidelength = size ;
    sidelimit = limit ;
    // Call the base class constructor to initialize its data fields,
    // then initialize this class' data fields.
    xlimitright = width ;
    ylimitbottom = height ; // limit off-screen motion to
    xlimitleft = 0 ;    // one width or height off the display
    ylimittop = 0 ;    // in either direction
    rotZspeed = .005 ;
    customPShape = makeCustomPShape(sidelength, sidelimit);
  }
  void shuffle() {
    forceshuffle(); // always do it.
  }
  // The display() function simply draws the Avatar object.
  // The move() function updates the Avatar object's state.
  void display() {
    // Draw the avatar.
    pushMatrix(); // STUDENT *MUST* use pushMatrix() & translate first in display().
    translate(myx, myy, myz);
    scale(myscale);
    rotateX(myrotX);
    rotateY(myrotY);
    rotateZ(myrotZ);
    shape(customPShape, 0, 0);
    popMatrix(); // STUDENT *MUST* use popMatrix() last in display().
  }
  // The move() function updates the Avatar object's state.
  void move() {
    // get ready for movement in next frame.
    myx = round(myx + speedX) ;
    myy = round(myy + speedY) ;
    myz = round(myz + speedZ);
    myrotX += rotZspeed ;
    myrotY += rotYspeed ;
    myrotZ += rotZspeed ;
    detectCollisions();
  }
  int [] getBoundingBox() {
    // These limits do not account for rotation, but the
    // Pyramid PShape is -sidelength to +sidelength in all 3 dimensions.
    // You may have to adjust this to work with your PShape.
    int [] result = new int[6]; // customPShape.depth does not work.
    /*
    println("DEBUG customPShape width,height,depth: " + customPShape.width + ","
      + customPShape.height + "," + customPShape.depth);
    */
    // float sl = sidelength / 2.0 ;
    result[0] = round(myx - sidelength * myscale) ; //round(myx-myscale*customPShape.width/2.0);
    result[1] = round(myy - sidelength * myscale) ; //round(myy-myscale*customPShape.height/2.0);
    result[2] = round(myz - sidelength * myscale) ; //round(myz-myscale*customPShape.depth/2.0);
    result[3] = round(myx + sidelength * myscale) ; //round(myx+myscale*customPShape.width/2.0);
    result[4] = round(myy + sidelength * myscale) ; //round(myy-myscale*customPShape.width/2.0);
    result[5] = round(myz + sidelength* myscale) ; // round(myz-myscale*customPShape.depth/2.0);
    return result ;
  }
}