void OnTriggerEnter(Collider pCollision)
{
//cars and pedestrians have reversed behaviours. If StopStation is on WALK,
//pedestrians can walk and cars have to stop. If it's on STOP,
//pedestrians have to stop and cars can keep going through their trajectory
if (pCollision.transform.CompareTag("NPC"))
{
mColliders.Add(pCollision);
switch (mCurrentState)
{
case States.WALK:
pCollision.transform.GetComponent <PopulationEngine.NPCMotor> ().Walking();
break;
case States.STOP:
default:
pCollision.transform.GetComponent <PopulationEngine.NPCMotor> ().Waiting();
break;
}
// Physics.IgnoreCollision (mCollider, pCollision, true);
}
else
{
if (pCollision.transform.CompareTag("Vehicle"))
{
PopulationEngine.NPCMotor motor = pCollision.transform.GetComponent <PopulationEngine.NPCMotor> ();
RunOver runOver = pCollision.transform.GetComponent <RunOver> ();
mColliders.Add(pCollision);
switch (mCurrentState)
{
case States.WALK:
if (motor)
{
motor.Waiting();
}
else
{
runOver.Resume();
}
break;
case States.STOP:
default:
if (motor)
{
pCollision.transform.GetComponent <PopulationEngine.NPCMotor> ().Walking();
}
else
{
runOver.Stop();
}
break;
}
}
}
}
void OnCollisionEnter(Collision pCollision)
{
// if (transform.CompareTag ("Vehicle"))
// {
if (pCollision.transform.CompareTag("internal_collider") || pCollision.transform.CompareTag("NPC"))
{
PopulationEngine.NPCMotor motor = transform.parent.parent.GetComponent <PopulationEngine.NPCMotor>();
RunOver runOver = transform.parent.parent.GetComponent <RunOver>();
if (motor)
{
Debug.Log("collision from " + transform.parent.name + " with " + pCollision.transform.name + ", stopping");
motor.Waiting();
}
else
{
if (runOver)
{
runOver.Stop();
}
}
}
// }
}
public void TurnOnRagdoll(bool pRagdollMode, Vector3 pCollisionOrigin)
{
fallDown = pRagdollMode;
if (pRagdollMode)
{
// if (!mFlyAway)
// {
mCollisionOrigin = pCollisionOrigin;
mMotor.Waiting();
mFlyAwayTimer = 0;
mFlyAway = true;
mRDHelper.ragdolled = true;
// }
}
else
{
mRDHelper.ragdolled = pRagdollMode;
mMotor.Walking();
}
}