private void OnCollided(TreeCollider.CollisionInfo colInfo)
{
if (!colInfo.isTrigger && colInfo.collisionState == TreeCollider.CollisionInfo.CollisionState.enter && !colInfo.collidedWith.tag.Equals("Arrow"))
{
HealthController hitHealth = colInfo.collidedWith.GetComponentInParent <HealthController>();
if (hitHealth != null)
{
//Need to calculate hurt value
hitHealth.HurtValue(maxHurtValue);
}
Rigidbody hitBody = colInfo.collidedWith.GetComponentInParent <Rigidbody>();
if (hitBody != null)
{
hitBody.AddForce(previousVelocity, ForceMode.Impulse);
}
float penetrationAngle = Vector3.Angle(previousForward, previousVelocity.normalized);
DebugPanel.Log(name + " puncture angle", penetrationAngle, 5);
if (penetrationAngle <= minimumPenetrationAngle)
{
var contactPoint = colInfo.collision.GetContact(0);
Vector3 punctureDirection = previousForward;
Debug.DrawRay(contactPoint.point, -punctureDirection, Color.red, 1000);
float arrowLength = transform.GetTotalBounds(false, false).size.z;
Vector3 stuckPosition = contactPoint.point - punctureDirection * arrowLength;
SetStuck(stuckPosition, punctureDirection, colInfo.collidedWith.transform);
}
}
}
private void Arrow_onArrowHit(ArrowController caller, TreeCollider.CollisionInfo ci)
{
var bird = ci.collidedWith.GetComponentInParent <BirdController>();
if (bird != null)
{
StatsViewController.SetScore(++totalScore);
StatsViewController.SetArrowsHit(++totalArrowsHit);
}
}
public void OnBoundaryTriggerStay(TreeCollider.CollisionInfo colInfo)
{
//Debug.Log("Trigger staying");
var otherJigBoundary = colInfo.collidedWith.GetComponent <JigBoundaryCollider>();
var otherJigPiece = colInfo.collidedWith.GetComponentInParent <JigPieceBehaviour>();
if (otherJigBoundary != null && otherJigPiece != null && justUngrabbed && GrabbableSelf.GetGrabCount() <= 0 && otherJigPiece.GrabbableSelf.GetGrabCount() <= 0)
{
onAttachAttempt?.Invoke(colInfo.sender.GetComponent <JigBoundaryCollider>(), otherJigBoundary);
}
}
private void OnCollided(TreeCollider.CollisionInfo colInfo)
{
if (!colInfo.isTrigger && colInfo.collidedWith.tag.Equals("Arrow"))
{
var arrow = colInfo.collidedWith.GetComponentInParent <ArrowController>();
if (arrow != null && arrow.GetStuckTarget().root == transform)
{
arrow.scoreTarget = GetScore(arrow.GetTipPosition());
DebugPanel.Log("Arrow hit target", arrow.scoreTarget.score, 3);
var scoresPool = PoolManager.GetPool("ScoresPool");
scoresPool.Get <FlyingScoreController>(score =>
{
score.transform.position = transform.position;
score.scoreLabel.text = arrow.scoreTarget.score.ToString();
StartCoroutine(CommonRoutines.WaitToDoAction(success => { scoresPool.Return(score.transform); }, score.ttl));
});
}
}
}
private void Arrow_onArrowHit(ArrowController caller, TreeCollider.CollisionInfo ci)
{
var target = ci.collidedWith.GetComponentInParent <TargetController>();
if (target != null)
{
lastTargetShown = float.MinValue; //If playing random targets, this will make the next target appear
var scoreTarget = caller.scoreTarget;
if (scoreTarget != null)
{
totalScore += scoreTarget.score;
}
else
{
Debug.LogError("Could not get score from arrow on target");
}
StatsViewController.SetScore(totalScore);
StatsViewController.SetArrowsHit(++totalArrowsHit);
}
}
private void OnCollided(TreeCollider.CollisionInfo colInfo)
{
if (!colInfo.isTrigger && colInfo.collisionState == TreeCollider.CollisionInfo.CollisionState.enter)
{
#region Health
HealthController hitHealth = colInfo.collidedWith.GetComponentInParent <HealthController>();
if (hitHealth != null)
{
hitHealth.HurtValue(speedPercent * maxHurtValue);
}
#endregion
#region Physics
Rigidbody hitBody = colInfo.collidedWith.GetComponentInParent <Rigidbody>();
if (hitBody != null)
{
hitBody.AddForce(previousVelocity, ForceMode.Impulse);
}
#endregion
#region Score
var target = colInfo.collidedWith.GetComponentInParent <TargetController>();
if (target != null)
{
var contactPoint = colInfo.collision.GetContact(0);
scoreTarget = target.GetScore(contactPoint.point);
//arrow.scoreTarget = GetScore(arrow.GetTipPosition());
if (scoreTarget != null)
{
DebugPanel.Log("Arrow hit target", scoreTarget.score, 3);
var scoresPool = PoolManager.GetPool("ScoresPool");
scoresPool.Get <FlyingScoreController>(score =>
{
score.transform.position = transform.position;
score.transform.forward = transform.forward;
score.scoreLabel.text = scoreTarget.score.ToString();
StartCoroutine(CommonRoutines.WaitToDoAction(s => { scoresPool.Return(score.transform); }, score.ttl));
});
}
else
{
DebugPanel.Log("Arrow hit target but somehow without a score", "", 3);
}
}
else
{
var otherArrow = colInfo.collidedWith.GetComponentInParent <ArrowController>();
if (otherArrow != null)
{
scoreTarget = otherArrow.scoreTarget;
}
}
#endregion
#region Penetration
float penetrationAngle = Vector3.Angle(previousForward, previousVelocity.normalized);
DebugPanel.Log(name + " puncture angle", penetrationAngle, 5);
DebugPanel.Log(name + " speed percent", speedPercent);
if (speedPercent > minimumPenetrationSpeedPercent && penetrationAngle <= minimumPenetrationAngle)
{
PlayPunctureAudio(colInfo.collidedWith.tag);
var contactPoint = colInfo.collision.GetContact(0);
Vector3 punctureDirection = previousForward;
Debug.DrawRay(contactPoint.point, -punctureDirection, Color.red, 1000);
SetStuck(contactPoint.point, punctureDirection, colInfo.collidedWith.transform);
}
else
{
PlayHitAudio(colInfo.collidedWith.tag);
}
onArrowHit?.Invoke(this, colInfo);
#endregion
}
}
public void WheelTriggerStay(TreeCollider.CollisionInfo colInfo)
{
SetPointerPosition(transform.InverseTransformPoint(colInfo.collidedWith.transform.position));
}
