// Token: 0x06005DD8 RID: 24024 RVA: 0x0020D7D4 File Offset: 0x0020BBD4
public void StartNock(ArrowHand currentArrowHand)
{
this.arrowHand = currentArrowHand;
this.hand.HoverLock(base.GetComponent <Interactable>());
this.nocked = true;
this.nockLerpStartTime = Time.time;
this.nockLerpStartRotation = this.pivotTransform.rotation;
this.arrowSlideSound.Play();
this.DoHandednessCheck();
}
//-------------------------------------------------
public void StartNock(ArrowHand currentArrowHand)
{
arrowHand = currentArrowHand;
hand.HoverLock(GetComponent <Interactable>());
nocked = true;
nockLerpStartTime = Time.time;
nockLerpStartRotation = pivotTransform.rotation;
// Sound of arrow sliding on nock as it's being pulled back
arrowSlideSound.Play();
// Decide which hand we're drawing with and lerp to the correct side
DoHandednessCheck();
}
} // 0x0000000180FC98C0-0x0000000180FC9920
public void StartNock(ArrowHand currentArrowHand)
{
} // 0x0000000180FC97A0-0x0000000180FC98C0
//-------------------------------------------------
void OnCollisionEnter(Collision collision)
{
if (inFlight)
{
ArrowHand.SetIsArrowInAir(false);
Rigidbody rb = GetComponent <Rigidbody>();
float rbSpeed = rb.velocity.sqrMagnitude;
bool canStick = (targetPhysMaterial != null && collision.collider.sharedMaterial == targetPhysMaterial && rbSpeed > 0.2f);
bool hitBalloon = collision.collider.gameObject.GetComponent <Balloon>() != null;
if (travelledFrames < 2 && !canStick)
{
// Reset transform but halve your velocity
transform.position = prevPosition - prevVelocity * Time.deltaTime;
transform.rotation = prevRotation;
Vector3 reflfectDir = Vector3.Reflect(arrowHeadRB.velocity, collision.contacts[0].normal);
arrowHeadRB.velocity = reflfectDir * 0.25f;
shaftRB.velocity = reflfectDir * 0.25f;
travelledFrames = 0;
return;
}
if (glintParticle != null)
{
glintParticle.Stop(true);
}
// Only play hit sounds if we're moving quickly
if (rbSpeed > 0.1f)
{
hitGroundSound.Play();
if (OnArrowLanded != null)
{
if (collision.gameObject.tag == "Tree")
{
Transform[] teleportLocation = collision.gameObject.GetComponentsInChildren <Transform>();
for (int i = 0; i < teleportLocation.Length; i++)
{
if (teleportLocation[i].name == "TeleportationSpot")
{
Debug.Log(teleportLocation[i].name + " is the name of teleportLocation");
OnArrowLanded(this, collision.gameObject.tag, teleportLocation[i]);
}
}
}
else
{
OnArrowLanded(this, collision.gameObject.tag, null);
}
}
}
FireSource arrowFire = gameObject.GetComponentInChildren <FireSource>();
FireSource fireSourceOnTarget = collision.collider.GetComponentInParent <FireSource>();
if (arrowFire != null && arrowFire.isBurning && (fireSourceOnTarget != null))
{
if (!hasSpreadFire)
{
collision.collider.gameObject.SendMessageUpwards("FireExposure", gameObject, SendMessageOptions.DontRequireReceiver);
hasSpreadFire = true;
}
}
else
{
// Only count collisions with good speed so that arrows on the ground can't deal damage
// always pop balloons
if (rbSpeed > 0.1f || hitBalloon)
{
collision.collider.gameObject.SendMessageUpwards("ApplyDamage", SendMessageOptions.DontRequireReceiver);
gameObject.SendMessage("HasAppliedDamage", SendMessageOptions.DontRequireReceiver);
}
}
if (hitBalloon)
{
// Revert my physics properties cause I don't want balloons to influence my travel
transform.position = prevPosition;
transform.rotation = prevRotation;
arrowHeadRB.velocity = prevVelocity;
Physics.IgnoreCollision(arrowHeadRB.GetComponent <Collider>(), collision.collider);
Physics.IgnoreCollision(shaftRB.GetComponent <Collider>(), collision.collider);
}
if (canStick)
{
StickInTarget(collision, travelledFrames < 2);
}
// Player Collision Check (self hit)
if (Player.instance && collision.collider == Player.instance.headCollider)
{
Player.instance.PlayerShotSelf();
}
}
}