// Use this for initialization
void Awake()
{
setYAxisLevel = transform.position.y;
interactions = gameObject.GetComponent<InteractiveObject> ();
status = critterStates.free;
forthrow = GetComponent<Rigidbody>();
}
// Update is called once per frame
void Update()
{
if (gManager == null) {
gManager=GameManager.Instance();}
if (status == critterStates.free) {
transform.position += Vector3.Normalize(walkDirection)*walkspeed*Time.deltaTime;
}
//critter moves on its own and gets grabbe
if (status == critterStates.free && interactions.getIsGrabbed()) {
status=critterStates.grabbed;
lastposition=transform.position;
originalGrabPosition= lastposition;
howfaralong=0;
}
//grabbed and is being held
if (status==critterStates.grabbed&& interactions.getIsGrabbed()) {
howfaralong+=normalizeThrowPositionRate*Time.deltaTime;
lastposition = transform.position;
}
//grabbed and let go (thrown)
if(!interactions.getIsGrabbed()&&status==critterStates.grabbed)
{
status=critterStates.thrown;
interactions.isDraggable=false;
forthrow.isKinematic=false;
forthrow.useGravity=true;
Debug.Log ((transform.position-lastposition)/(Time.fixedDeltaTime)+ " "+ howfaralong);
forthrow.AddForce(Vector3.Normalize((interactions.getCursorPosition()-lastposition)/(Time.fixedDeltaTime))*Mathf.Pow(Vector3.Magnitude((interactions.getCursorPosition()-lastposition)/(Time.fixedDeltaTime)), exponentialThrowScaling));
}
//thrown and fell back to its original level.
if (status == critterStates.thrown)
{
if(transform.position.y <=setYAxisLevel)
{
forthrow.isKinematic=true;
forthrow.useGravity=false;
transform.position=new Vector3(transform.position.x, setYAxisLevel, transform.position.z);
status=critterStates.free;
forthrow.velocity=Vector3.zero;
interactions.isDraggable=true;
}
}
}
