// Use this for initialization
void Start()
{
animatorX = new FloatKeyframeAnimator();
animatorY = new FloatKeyframeAnimator();
//Demo 2: Loop the movement on a triangle
animatorX.AddKey(6, 0);
animatorY.AddKey(0, 0);
animatorX.AddKey(Mathf.Sqrt(18), 2);
animatorY.AddKey(Mathf.Sqrt(18), 2);
animatorX.AddKey(0, 4);
animatorY.AddKey(6, 4);
animatorX.AddKey(-Mathf.Sqrt(18), 6);
animatorY.AddKey(Mathf.Sqrt(18), 6);
animatorX.AddKey(-6, 8);
animatorY.AddKey(0, 8);
animatorX.AddKey(-Mathf.Sqrt(18), 10);
animatorY.AddKey(-Mathf.Sqrt(18), 10);
animatorX.AddKey(0, 12);
animatorY.AddKey(-6, 12);
animatorX.AddKey(Mathf.Sqrt(18), 14);
animatorY.AddKey(-Mathf.Sqrt(18), 14);
animatorX.AddKey(6, 16);
animatorY.AddKey(0, 16);
}
// Use this for initialization
void Start()
{
animatorX = new FloatKeyframeAnimator();
animatorZ = new FloatKeyframeAnimator();
animatorX.Clear();
animatorX.AddKey(-5, 0);
animatorZ.AddKey(-4, 0);
animatorX.AddKey(-5, 2);
animatorZ.AddKey(0, 2);
animatorX.AddKey(-3, 4);
animatorZ.AddKey(4, 4);
animatorX.AddKey(0, 6);
animatorZ.AddKey(5, 6);
animatorX.AddKey(2.5f, 8);
animatorZ.AddKey(3, 8);
animatorX.AddKey(5, 10);
animatorZ.AddKey(0, 10);
animatorX.AddKey(4.5f, 12);
animatorZ.AddKey(-4, 12);
animatorX.AddKey(.25f, 14);
animatorZ.AddKey(-4, 14);
animatorX.AddKey(-5, 16);
animatorZ.AddKey(-4, 16);
}
