public void initialize(int _overSampling, int _vecHeight, int _wallRadius, Texture2D _levelImage)
{
overSampling = _overSampling;
vecHeight = _vecHeight;
wallRadius = _wallRadius;
levelImage = _levelImage;
Debug.Log("Starting to Initialize?");
//first we create the actual vecot field class;
myVectorField = new vectorField(_levelImage.width, _levelImage.height, _overSampling, _vecHeight, _wallRadius);
//now we need to add the walls
vectorFHelper newVFHelper = new vectorFHelper(myVectorField, _wallRadius, _vecHeight, _overSampling, levelImage.width * _overSampling, levelImage.height * _overSampling);
for (int x = 0; x < levelImage.width; x++)
{
for (int z = 0; z < levelImage.height; z++)
{
if (levelImage.GetPixel(x, z) == Color.black)
{
myVectorField.addWIC(x, z, newVFHelper);
}
}
}
newVFHelper.start();
while (newVFHelper.getInCommingWallCount() > 0)
{
;
}
myVectorField.storeValues();
newVFHelper.stop();
Debug.Log("During runtime wall Count" + myVectorField.wallMem.Count);
}
public void addWIC(int x, int z, vectorFHelper myHelper)
{
int startx = (x * overSampling);
int endx = (x * overSampling) + overSampling;
int startz = (z * overSampling);
int endz = (z * overSampling) + overSampling;
for (int i = startx; i < endx; i++)
{
for (int j = startz; j < endz; j++)
{
addWall(i, j, false, myHelper);
}
}
recalcVecField = true;
}
void addWall(int x, int z, bool instansiateWall, vectorFHelper myHelper)
{
if (validValues(x, z) && (!(tiles[x, z].type == fType.wall))) //if (validValues(x, z) && (!(tiles[x, z].type == fType.wall))) {
{
wallMem.Add(new Vector2(x, z));
myHelper.addWall(new Vector2(x, z));
tiles[x, z].type = fType.wall;
tiles[x, z].vec = Vector3.zero;
if (instansiateWall)
{
// we need to add code here that adds just one wall.
///This is old code
//GameObject wall = GameObject.Instantiate(wallPrefab, arraySpaceToWorld(new Vector3(x, 1, z)), Quaternion.identity) as GameObject;
//wall.transform.localScale=new Vector3((1.0f / overSampling), 1,(1.0f / overSampling));
//wall.transform.parent = this.transform;
}
}
}
