Transform CreateGridPoint(int x, int y, int z)
{
Transform point = Instantiate <Transform>(prefab);
if (point.GetComponent(typeof(ReferencePointBehaviour)) != null)
{
//Debug.Log("J: "+x + y + z);
//POSTMORTEM The Multidimensonal array conundrum, Last time I had a bug over here that the Nodes always get populated with a 2,2,2 index node, turns out that I was accessing prefab instead of point transform, simple error but big mistake
ReferencePointBehaviour prefabComponent = point.GetComponent(typeof(ReferencePointBehaviour)) as ReferencePointBehaviour;
prefabComponent.SetIndex(x, y, z);
Nodes[x, y, z] = prefabComponent;
//Debug.Log(Nodes[x,y,z].gameObject.name);
}
else
{
Debug.Log("PREFAB ATTACHED DOESN'T HAVE REFERENCEPOINTBEHAVIOUR ATTACHED!");
}
if (parentTransform)
{
point.parent = parentTransform;
}
point.localPosition = GetCoordinates(x, y, z);
if (changeColorBasedOnResolution)
{
point.GetComponent <SpriteRenderer>().color = new Color(
(float)x / gridResolution,
(float)y / gridResolution,
(float)z / gridResolution
);
}
return(point);
}
void ChangeTargetPoint(ReferencePointBehaviour point)
{
textMeshComponent.color = anomalyWarningStateColor;
textComponent.text = "ANOMALY";
textComponent.color = anomalyWarningStateColorTEXT;
if (point == null)
{
if (target)
{
target.GetComponent <RingPointManager>().stateChange -= AnomalyFufilled;
target = null;
}
}
else if (point != target && target != null)
{
//Deregister from previous target
target.GetComponent <RingPointManager>().stateChange -= AnomalyFufilled;
target = point;
target.GetComponent <RingPointManager>().stateChange += AnomalyFufilled;
}
else if (target == null)
{
target = point;
target.GetComponent <RingPointManager>().stateChange += AnomalyFufilled;
}
if (target)
{
active = true;
}
else
{
active = false;
}
}
public void SpawnRingDataAtPoint(RingData ringData, ReferencePointBehaviour point)
{
GameObject ring = Instantiate(RingPrefab);
RingBehaviour ringComponent = ring.GetComponent <RingBehaviour>();
ringComponent.CurrentRingData = ringData;
point.GetComponent <RingPointManager>().AcceptSpawnedRing(ringComponent);
}
// ----------------------- SPAWNING IMPLEMENTATION --------------------------------------- //
public void SpawnRandomRingAtPoint(ReferencePointBehaviour point)
{
// Currently nothing calls this but its good to have
GameObject ring = Instantiate(RingPrefab);
RingBehaviour ringComponent = ring.GetComponent <RingBehaviour>();
ringComponent.CurrentRingData = GenerateNewRingData();
point.GetComponent <RingPointManager>().AcceptSpawnedRing(ringComponent);
}
public void CheckNeighboursForColor(List <ColorIndex> colorcheck, bool isDragDrop)
{
//Debug.Log("CHECKING FOR: "+colorcheck[0].ToString()+" "+colorcheck[1].ToString()+" "+colorcheck[2].ToString());
int neighbourHasColor = 0;
bool MatchFound = false;
for (int i = 0; i < colorcheck.Count; i++)
{
//Debug.Log("CURRENTLY CHECKING FOR: "+colorcheck[i]);
//Debug.Log("CHECKING FOR: "+colorcheck[i].ToString());
if (colorcheck[i] != ColorIndex.NONE)
{
foreach (ReferencePointBehaviour neighbour in neighbours)
{
if (neighbour.GetComponent <RingPointManager>().HaveColor(colorcheck[i]))
{
neighbourHasColor++;
Vector3 currentPosition = new Vector3(Xcoor, Ycoor, Zcoor);
Vector3 neighbourPosition = new Vector3(neighbour.Xcoor, neighbour.Ycoor, neighbour.Zcoor);
Vector3 backwardsVector = currentPosition - neighbourPosition;
Vector3 forwardVector = backwardsVector * -1;
// DO FORWARD CHECK (ASSUMING ITS THE END OF A 3 MATCH)
ReferencePointBehaviour forwardNeighbour = TransformationGrid.instance.GetReferencePointByIndex(neighbourPosition + forwardVector);
ReferencePointBehaviour backwardNeighbour = TransformationGrid.instance.GetReferencePointByIndex(currentPosition + backwardsVector);
if (forwardNeighbour != null)
{
if (forwardNeighbour.GetComponent <RingPointManager>().HaveColor(colorcheck[i]))
{
// OKAY! I FOUND 3 IN A LINE, NOW ADD THE MATCH IN MATCHMANAGER
//Debug.Log("WE FOUND MATCH");
MatchData foundMatch = new MatchData();
foundMatch.colorMark = colorcheck[i];
foundMatch.markedObjects = new List <RingBehaviour>();
foundMatch.markedObjects.Add(gameObject.GetComponent <RingPointManager>().Ring);
//Debug.Log("ADDED OWN");
foundMatch.markedObjects.Add(neighbour.GetComponent <RingPointManager>().Ring);
//Debug.Log("ADDED neighbour");
foundMatch.markedObjects.Add(forwardNeighbour.GetComponent <RingPointManager>().Ring);
//Debug.Log("ADDED forwardneighbour");
MatchFound = true;
MatchController.instance.StoreMatch(foundMatch);
}
}
// DO BACKWARD CHECK (ASSUME ITS THE MIDDLE OF A 3 MATCH)
if (backwardNeighbour != null)
{
if (backwardNeighbour.GetComponent <RingPointManager>().HaveColor(colorcheck[i]))
{
//Debug.Log("WE FOUND MATCH");
MatchData foundMatch = new MatchData();
foundMatch.colorMark = colorcheck[i];
foundMatch.markedObjects = new List <RingBehaviour>();
foundMatch.markedObjects.Add(gameObject.GetComponent <RingPointManager>().Ring);
//Debug.Log("ADDED OWN");
foundMatch.markedObjects.Add(neighbour.GetComponent <RingPointManager>().Ring);
//Debug.Log("ADDED neighbour");
foundMatch.markedObjects.Add(backwardNeighbour.GetComponent <RingPointManager>().Ring);
//Debug.Log("ADDED forwardneighbour");
MatchFound = true;
MatchController.instance.StoreMatch(foundMatch);
}
}
}
}
}
}
if (!MatchFound)
{
// NO MATCH FOUND, RESET THE COMBO :<
if (isDragDrop)
{
GameController.instance.onNoMatchEvent();
ScoreController.instance.ResetCombo();
}
}
else
{
// CHECKS HAS BEEN DONE - CLEAR ALL MARKED RINGS OFF GAME CONTROLLERS
MatchController.instance.ClearPendingMatches();
}
//Debug.Log("NEIGHBOURS HAS " + neighbourHasColor + " SIMILAR COLORS TIERS");
}
private void AddNeighbour(ReferencePointBehaviour neighbour)
{
neighbours.Add(neighbour);
}
