public float getNoise(float x, float y, ref perlinNoise p_noiseGenerator)
{
float noiseValue = p_noiseGenerator.getNoise(x, y);
if (noiseValue <= m_noiseSettings.cutoffMin || noiseValue >= m_noiseSettings.cutoffMax)
{
return(0);
}
return(noiseValue);
}
public void LoadGrid(ref WorldChunk p_worldChunk, GameObject p_parent)
{
var grid = p_worldChunk.m_mapGrid;
for (int i = 0; i < grid.getNumHorizontal(); i++)
{
for (int j = 0; j < grid.getNumVertical(); j++)
{
var v = grid.m_grid[i, j];
float x = v.x + m_origin.x;
float y = v.z + m_origin.z;
float[] noiseValues = getNoise(x, y, m_origin);
float height = m_elevationNoise.getNoise(x, y);
Vector3 newTilePos = new Vector3(v.x, (int)(height * 50), v.z);
newTilePos.x += m_origin.x;
newTilePos.z += m_origin.z;
GameObject createdObject;
GameObject toCreate = standartTile;
if (noiseValues.Sum() > 0.001f)
{
int prefabIDX = noiseValues.ToList().IndexOf(Mathf.Max(noiseValues));
toCreate = getPrefab(prefabIDX);
if (prefabIDX == 2)
{
float forestNoise = m_forestNoiseManager.getNoise(x, y, ref m_forestNoise);
if (forestNoise > 0.0f)
{
toCreate = m_forestNoiseManager.getPrefab();
}
else
{
float stoneNoise = m_stoneNoiseManager.getNoise(x, y, ref m_stoneNoise);
if (stoneNoise > 0.0f)
{
toCreate = m_stoneNoiseManager.getPrefab();
}
}
}
createdObject = Instantiate(toCreate, newTilePos, Quaternion.identity);
}
else
{
newTilePos.y = 0.3f * 50.0f;
createdObject = Instantiate(toCreate, newTilePos, Quaternion.identity);
}
p_worldChunk.m_tileMap[i, j] = createdObject;
createdObject.GetComponent <Tile>().setCoordText(getChunkID(newTilePos), getTileFromChunk(newTilePos, getChunkID(newTilePos)));
p_worldChunk.m_tileMap[i, j].transform.parent = p_parent.transform;
}
}
p_parent.transform.parent = m_map.transform;
invoked = false;
}
