void EnterRailGrind(GameObject other)
{
currentPath = other.GetComponent <Path_Comp>();
currentRailCompletion = currentPath.GetNearestPoint(transform.position, currentPath);
float dot = Vector3.Dot(playerCore.rb.velocity.normalized, currentPath.GetTangent(currentRailCompletion, currentPath));
/*
* if (dot > 0f)
* {
* currentGrindSpeed = baseGrindSpeedFrac * playerCore.velocityMagnitude;
* }
*
* if (dot < 0f)
* {
* currentGrindSpeed = -baseGrindSpeedFrac * playerCore.velocityMagnitude;
* }
*/
currentGrindSpeed = baseGrindSpeedFrac * playerCore.velocityMagnitude * dot;
grinding = true;
playerCore.playerHomingAttack.airDashed = true;
//Debug.Log("Player is at " + currentRailCompletion + " Of the rail's normalizedtime");
playerCore.playerAnimationManager.playerAnimator.Play("Grind");
playerCore.playerHomingAttack.airDashed = true;
}
//for now, needs to be tweaked
// add capsule version
// and a version that checks how much tangent has changed
void Start()
{
path = gameObject.GetComponent <Path_Comp>();
for (float q = 0f; q < path.TotalDistance; q += step)
{
Instantiate(placementObjects, path.GetPoint(q + ringOffset, path), Quaternion.LookRotation(path.GetTangent(q + ringOffset, path)), ringParent);
}
}
//for now, needs to be tweaked
// add capsule version
// and a version that checks how much tangent has changed
void Start()
{
path = gameObject.GetComponent <Path_Comp>();
for (float q = 0f; q < path.TotalDistance; q += step)
{
SphereCollider m_Collider = gameObject.AddComponent <SphereCollider>();
m_Collider.center = transform.InverseTransformPoint(path.GetPoint(q + sphereOffset, path));
m_Collider.radius = sphereSize;
m_Collider.isTrigger = true;
}
}
