public override void SpawnMovableObject()
{
ObstacleMask wallMask = RandomLaneMaskGenerator.GenerateObstacleMask(1);
Transform spawnpoint = wallSpawnPosition[Random.Range(0, wallSpawnPosition.Length)];
((CollectibleObjectPooler)pooler).SpawnCollectible(wallMask, spawnpoint.position, Quaternion.identity);
}
public static ObstacleMask CreateInitializedObstaclemask(byte l, byte c, byte r)
{
ObstacleMask mask = new ObstacleMask();
mask.leftLaneValue = l;
mask.centerLaneValue = c;
mask.rightLaneValue = r;
return(mask);
}
public GameObject SpawnCollectible(ObstacleMask mask, Vector3 position, Quaternion rotation)
{
//1-Get Collectible from pool
GameObject collectible = poolDictionary[Taglist.CollectibleTag].Dequeue();
collectible.transform.position = position;
collectible.transform.rotation = rotation;
collectible.SetActive(true);
poolDictionary[Taglist.CollectibleTag].Enqueue(collectible);
//2-Initialize obstacle
collectible.GetComponent <MovableObject>().InitMovable(mask);
return(collectible);
}
/// <summary>
/// Builds a wall from given mask in given slot.
/// Lanes always go from Left to Right
/// </summary>
/// <param name="wallSlot"></param>
/// <param name="wallMask"></param>
public string[] BuildObstacle(int gateCount = 1)
{
ObstacleMask wallMask = RandomLaneMaskGenerator.GenerateObstacleMask(gateCount);
//Idea: Given an obstacle mask, builds a string array with the tags of the obstacle entities (walls and gate)
var obstacleMask = wallMask.ToArray();
string[] obstacleTags = new string[3];
for (int i = 0; i < obstacleMask.Length; i++)
{
if (i == 0)
{
if (obstacleMask[i] == 0) //Wall
{
obstacleTags[i] = /*Taglist.WallPrefix +*/ Taglist.WallLeftTag;
}
else //Gate
{
obstacleTags[i] = Taglist.GatePrefix + GetRandomGate() + Taglist.LeftSufix;
}
}
else if (i == 1)
{
if (obstacleMask[i] == 0) //Wall
{
obstacleTags[i] = Taglist.WallCenterTag;
}
else //Gate
{
obstacleTags[i] = Taglist.GatePrefix + GetRandomGate() + Taglist.CenterSufix;
}
}
else
{
if (obstacleMask[i] == 0) //Wall
{
obstacleTags[i] = Taglist.WallRightTag;
}
else //Gate
{
obstacleTags[i] = Taglist.GatePrefix + GetRandomGate() + Taglist.RightSufix;
}
}
}
return(obstacleTags);
}
public override void InitMovable(ObstacleMask mask)
{
//Place collectible correctly based on given mask
int[] maskArray = mask.ToArray();
int laneIndex;
for (laneIndex = 0; laneIndex < 3; laneIndex++)
{
if (maskArray[laneIndex] == 1)
{
break;
}
}
transform.localPosition += (laneIndex - 1) * GridConfig.LaneWidth * Vector3.right;
base.InitMovable();
}
public virtual void InitMovable(ObstacleMask mask)
{
}
