public void SetPosition(Vector3 orig, Vector3 target, float lerp, RaySearch ray, bool nextCornerIsRight, Vector3 normal)
{
transform.forward = normal;
transform.position = Vector3.Lerp(orig, target, lerp);
search = ray;
originPos = nextCornerIsRight ? orig : target;
targetPos = nextCornerIsRight ? target : orig;
movementMode = true;
}
void Update()
{
if (Input.GetKeyDown(KeyCode.Space))
{
if (Physics.Raycast(transform.position + (Vector3.up * .1f), transform.forward, out RaycastHit hit, 1))
{
if (hit.transform.GetComponentInChildren <RaySearch>() != null)
{
//store raycasted object's RaySearch component
RaySearch search = hit.transform.GetComponentInChildren <RaySearch>();
//create a new list of all the corner positions
List <Vector3> cornerPoints = new List <Vector3>();
for (int i = 0; i < search.cornerPoints.Count; i++)
{
cornerPoints.Add(search.cornerPoints[i].position);
}
//find the closest corner position and index
closestCorner = GetClosestPoint(cornerPoints.ToArray(), hit.point);
int index = search.cornerPoints.FindIndex(x => x.position == closestCorner);
//determine the adjacent corners
nextCorner = (index < search.cornerPoints.Count - 1) ? search.cornerPoints[index + 1].position : search.cornerPoints[0].position;
previousCorner = (index > 0) ? search.cornerPoints[index - 1].position : search.cornerPoints[search.cornerPoints.Count - 1].position;
//choose a corner to be the target
chosenCorner = Vector3.Dot((closestCorner - hit.point), (nextCorner - hit.point)) > 0 ? previousCorner : nextCorner;
bool nextCornerIsRight = isRightSide(-hit.normal, chosenCorner - closestCorner, Vector3.up);
//find the distance from the origin point
float distance = Vector3.Distance(closestCorner, chosenCorner);
float playerDis = Vector3.Distance(chosenCorner, hit.point);
//quick fix so that we don't allow the player to start in a corner;
if (playerDis > (distance - decalMovement.distanceToTurn))
{
playerDis = distance - decalMovement.distanceToTurn;
}
if (playerDis < decalMovement.distanceToTurn)
{
playerDis = decalMovement.distanceToTurn;
}
//find it's normalized position in the distance of the origin and target
float positionLerp = Mathf.Abs(distance - playerDis) / ((distance + playerDis) / 2);
//start the MovementScript
decalMovement.SetPosition(closestCorner, chosenCorner, positionLerp, search, nextCornerIsRight, hit.normal);
//transition logic
Transition(true, Vector3.Lerp(closestCorner, chosenCorner, positionLerp), hit.normal);
}
}
}
}
