//one time function that fills the line renderers width list; the start particle system list and adds to the psList;
//the middle particle system list and adds to the psList; the end particle system list and adds to the psList; creates 1st trail and adds to the trails list
void FillLists()
{
if (!psListFilled)
{
psListFilled = true;
//adds the width of the lasers to a list and sets the width to 0
if (lineRenderers.Count > 0)
{
if (lrWidth.Count == 0)
{
for (int i = 0; i < lineRenderers.Count; i++)
{
lrWidth.Add(lineRenderers[i].widthMultiplier * size);
lineRenderers [i].widthMultiplier = 0;
lineRenderers [i].enabled = false;
if (layerOrderTo != 0)
{
lineRenderers [i].sortingOrder += layerOrderTo;
}
}
}
}
else
{
Debug.Log("Line Renderers list is empty.");
}
if (startVFX != null)
{
startPSList._parent = startVFX;
startPSList._psType = PSList.PSLIST_TYPE.start;
startPSList.AddPSToList(startVFX, true);
startPSList.DisablePS(true);
if (layerOrderTo != 0)
{
startPSList.LayerOrder(layerOrderTo);
}
psList.Add(startPSList);
}
if (middleVFX != null)
{
middlePSList._parent = middleVFX;
middlePSList._psType = PSList.PSLIST_TYPE.middle;
middlePSList.AddPSToList(middleVFX, true);
middlePSList.DisablePS(true);
if (layerOrderTo != 0)
{
middlePSList.LayerOrder(layerOrderTo);
}
psList.Add(middlePSList);
}
if (endVFX != null)
{
endPSList._parent = endVFX;
endPSList._psType = PSList.PSLIST_TYPE.end;
endPSList.AddPSToList(endVFX, true);
endPSList.DisablePS(true);
if (layerOrderTo != 0)
{
endPSList.LayerOrder(layerOrderTo);
}
psList.Add(endPSList);
}
if (trailVFX != null && useTrail)
{
psTrailVFX = trailVFX.GetComponent <ParticleSystem> ();
if (layerName != "Default" || layerOrderTo != 0)
{
var trailRenderer = psTrailVFX.GetComponent <Renderer>();
trailRenderer.sortingOrder += layerOrderTo;
}
Trail newTrail = new Trail()
{
_ps = psTrailVFX, _trailInterval = trailInterval
};
trails.Add(newTrail);
}
}
}
void RecursiveBounces(LineRenderer lr, Vector3 position, Vector3 direction, int bouncesRemaining, float lengthRemaining)
{
if (bouncesRemaining == 0)
{
return;
}
if (lengthRemaining <= 0.1f)
{
return;
}
int index = bounces - bouncesRemaining;
if (lr.positionCount == index + 2)
{
lr.positionCount++;
}
Ray ray = new Ray(position, direction);
RaycastHit hit;
if (Physics.Raycast(ray, out hit, lengthRemaining))
{
direction = Vector3.Reflect(direction, hit.normal);
lr.SetPosition(index + 2, hit.point);
if (startVFX != null && useStart && reflectStart)
{
if (GetByType(PSList.PSLIST_TYPE.start).Count == index + 1)
{
CreateNewPSList(PSList.PSLIST_TYPE.start);
}
List <PSList> startListPS = GetByType(PSList.PSLIST_TYPE.start);
if (startListPS.Count > index)
{
startListPS[index + 1]._parent.transform.position = position;
RotateToMouse(startListPS[index + 1]._parent, hit.point);
}
}
if (middleVFX != null && useMiddle && reflectMiddle)
{
if (GetByType(PSList.PSLIST_TYPE.middle).Count == index + 1)
{
CreateNewPSList(PSList.PSLIST_TYPE.middle);
}
List <PSList> middleListPS = GetByType(PSList.PSLIST_TYPE.middle);
if (middleListPS.Count > index)
{
middleListPS[index + 1]._parent.transform.position = position;
RotateToMouse(middleListPS[index + 1]._parent, hit.point);
}
}
if (endVFX != null && useEnd)
{
if (reflectEnd)
{
if (GetByType(PSList.PSLIST_TYPE.end).Count == index + 1)
{
CreateNewPSList(PSList.PSLIST_TYPE.end);
}
List <PSList> endListPS = GetByType(PSList.PSLIST_TYPE.end);
if (endListPS.Count > index)
{
endListPS [index + 1]._parent.transform.position = hit.point;
endListPS [index + 1]._parent.transform.forward = -hit.normal;
}
}
else
{
endVFX.transform.position = hit.point;
endVFX.transform.forward = -hit.normal;
}
}
if (trailVFX != null && useTrail && reflectTrail)
{
if (trails.Count == index + 1)
{
Trail newTrail = new Trail()
{
_ps = psTrailVFX, _trailInterval = trailInterval
};
trails.Add(newTrail);
}
if (trails [index + 1]._emittingTrail == false)
{
trails [index + 1]._trailPosition = hit.point;
trails [index + 1]._trailEulerAngles = Quaternion.LookRotation(-hit.normal).eulerAngles;
StartCoroutine(trails [index + 1].EmitTrail());
}
}
if (!useEnd || !reflectEnd && generateColliders)
{
if (collidersList.Count == index + 1)
{
Debug.Log("NewColliderAdded");
GameObject gObj = new GameObject("NewCollider");
gObj.transform.SetParent(transform);
gObj.transform.position = hit.point;
gObj.transform.forward = -hit.normal;
GenerateCollider(gObj);
}
if (collidersList.Count > index)
{
var coObj = collidersList [index + 1].gameObject;
coObj.transform.position = hit.point;
coObj.transform.forward = -hit.normal;
}
}
}
else
{
if (lr.positionCount > index + 3)
{
lr.positionCount--;
}
if (lengthRemaining > 0.1f)
{
var pos = ray.GetPoint(lengthRemaining);
lr.SetPosition(index + 2, pos);
if (startVFX != null && useStart && reflectStart)
{
if (GetByType(PSList.PSLIST_TYPE.start).Count == index + 1)
{
CreateNewPSList(PSList.PSLIST_TYPE.start);
}
List <PSList> startListPS = GetByType(PSList.PSLIST_TYPE.start);
if (startListPS.Count > index)
{
startListPS[index + 1]._parent.transform.position = position;
RotateToMouse(startListPS[index + 1]._parent, pos);
}
if (startListPS.Count > index + 2)
{
RemoveLastByType(PSList.PSLIST_TYPE.start);
}
}
if (middleVFX != null && useMiddle && reflectMiddle)
{
if (GetByType(PSList.PSLIST_TYPE.middle).Count == index + 1)
{
CreateNewPSList(PSList.PSLIST_TYPE.middle);
}
List <PSList> middleListPS = GetByType(PSList.PSLIST_TYPE.middle);
if (middleListPS.Count > index)
{
middleListPS[index + 1]._parent.transform.position = position;
RotateToMouse(middleListPS[index + 1]._parent, pos);
}
if (middleListPS.Count > index + 2)
{
RemoveLastByType(PSList.PSLIST_TYPE.middle);
}
}
if (endVFX != null && useEnd)
{
if (reflectEnd)
{
if (useEndAlways)
{
if (GetByType(PSList.PSLIST_TYPE.end).Count == index + 1)
{
CreateNewPSList(PSList.PSLIST_TYPE.end);
}
List <PSList> endListPS = GetByType(PSList.PSLIST_TYPE.end);
if (endListPS.Count > index)
{
endListPS [index + 1]._parent.transform.position = pos;
RotateToMouse(endListPS [index + 1]._parent, ray.origin);
}
if (endListPS.Count > index + 2)
{
RemoveLastByType(PSList.PSLIST_TYPE.end);
}
}
else
{
List <PSList> endListPS = GetByType(PSList.PSLIST_TYPE.end);
if (endListPS.Count > index + 1)
{
endListPS [index + 1].DisablePS(false);
}
}
}
else
{
endVFX.transform.position = pos;
RotateToMouse(endVFX, ray.origin);
}
}
if (trailVFX != null && useTrail)
{
for (int i = index + 1; i < trails.Count; i++)
{
trails [i]._emittingTrail = false;
trails [i]._ps.Stop();
}
}
if (!useEnd || !reflectEnd && generateColliders)
{
if (collidersList.Count == index + 1)
{
Debug.Log("NewColliderAdded");
GameObject gObj = new GameObject("NewCollider");
gObj.transform.SetParent(transform);
gObj.transform.position = pos;
RotateToMouse(gObj, ray.origin);
GenerateCollider(gObj);
}
if (collidersList.Count > index)
{
var coObj = collidersList [index + 1].gameObject;
coObj.transform.position = pos;
RotateToMouse(coObj, ray.origin);
}
if (collidersList.Count > index + 2)
{
Debug.Log("Removing Collider from List. Left: " + collidersList.Count);
RemoveLastCollider(true);
}
}
}
}
bouncesRemaining--;
lengthRemaining -= Vector3.Distance(lr.GetPosition(index + 1), lr.GetPosition(index + 2));
RecursiveBounces(lr, hit.point, Vector3.Reflect(ray.direction, hit.normal), bouncesRemaining, lengthRemaining);
}
