public void Release()
{
state = GrappleHookFSM.UNHOOKED;
ropeJoint.enabled = lineRenderer.enabled = false;
if (onRelease != null)
{
onRelease(hookedOn);
}
// Stop listening for keypresses to alter rope length.
InputManager.instance.onUpPressed -= Contract;
InputManager.instance.onDownPressed -= Loosen;
StopCoroutine(HoldOn());
if (hookedOn)
{
//get rid of this
//check and call de-grapple events
/*
* Event target = hookedOn.GetComponent<Event>();
* if (target)
* if(target.type == EEventType.ON_RELEASE)
* target.target.SendMessage(target.function);
*/
hookedOn.Release();
hookedOn = null;
}
}
public void Fire()
{
hookedOn = hookPicker.getBestHook();
if (hookedOn)
{
if (hookedOn.Grapple())
{
state = GrappleHookFSM.HOOKED;
}
if (state == GrappleHookFSM.UNHOOKED)
{
return;
}
if (onSuccessfulGrapple != null)
{
onSuccessfulGrapple(hookedOn);
}
// Start listening for keypresses to alter rope length.
InputManager.instance.onUpPressed += Contract;
InputManager.instance.onDownPressed += Loosen;
//enable the rope physics
ropeJoint.distance = Vector2.Distance(transform.position, hookedOn.transform.position);
ropeJoint.connectedBody = hookedOn.GetComponent <Rigidbody2D>();
ropeJoint.enabled = true;
//draw the rope
lineRenderer.enabled = true;
StartCoroutine(HoldOn());
// get rid of this
//check and call grapple events
/*
* Event target = hookedOn.GetComponent<Event>();
* if (target)
* if (target.type == EEventType.ON_GRAPPLE)
* target.target.SendMessage(target.function);
*/
//MAKE IT HANDLE MULTIPLE EVENTS ON 1 GO
}
}
