// Update is called once per frame
void Update()
{
float[] norm = Normalise.Normaliser(new float[3] {
CameraControle.Actuel.cam.orthographicSize, CameraControle.Actuel.minZoom, CameraControle.Actuel.maxZoom - 4
});
sourceForet.volume = 1 - norm[0];
sourceNuage.volume = norm[0];
}
public static Stack <float> Normaliser(Stack <float> stack)
{
float hauteurMinim = MiniMax.TrouverMinimum(stack);
float hauteurMax = MiniMax.TrouverMaximum(stack);
float[] tabloMediateur = new float[stack.Count];
for (int x = 0; x < stack.Count; x++)
{
tabloMediateur[x] = stack.Pop();
}
Normalise.Normaliser(tabloMediateur);
for (int x = 0; x < stack.Count; x++)
{
stack.Push(tabloMediateur[x]);
}
return(stack);
}
public static Queue <float> Normaliser(Queue <float> queue)
{
float hauteurMinim = MiniMax.TrouverMinimum(queue);
float hauteurMax = MiniMax.TrouverMaximum(queue);
float[] tabloMediateur = new float[queue.Count];
for (int x = 0; x < queue.Count; x++)
{
tabloMediateur[x] = queue.Dequeue();
}
Normalise.Normaliser(tabloMediateur);
for (int x = 0; x < queue.Count; x++)
{
queue.Enqueue(tabloMediateur[x]);
}
return(queue);
}
private const float RoughnessForTempAndRainfall = 0.5f; //Roughness to use for temp and rainfall maps
public void Generate()
{
DeleteOldTerrain();
manager = GetComponent <HeightmapGenerationManager> ();
layers = GetComponent <TerrainLayers> ();
int dimension = (int)Mathf.Sqrt(numberOfChunks);
chunks = new ChunkData[dimension, dimension];
for (int y = 0; y < dimension; y++)
{
for (int x = 0; x < dimension; x++)
{
int chunkDimension = 1025;
chunks [x, y] = new ChunkData(chunkDimension, manager.terrainHeight, layers);
float xOffset = (float)x * chunkDimension;
float yOffset = (float)y * chunkDimension;
chunks [x, y].terrain.transform.SetParent(terrainHolder);
float[,] terrainMap = Normalise.NormaliseHeightmap(ApplyHeightCurve(manager.GenerateHeightMap(xOffset, yOffset)));
float[,] temperatureMap = Normalise.NormaliseHeightmap(manager.GenerateHeatMap(xOffset, yOffset, genMethodForTempAndRainfall, RoughnessForTempAndRainfall));
float[,] precipitationMap = Normalise.NormaliseHeightmap(manager.GenerateRainMap(xOffset, yOffset, genMethodForTempAndRainfall, RoughnessForTempAndRainfall));
//chunks [x, y].SetHeightMap (Copy2DArray (terrainMap));
chunks [x, y].initialHeightMap = Copy2DArray(terrainMap);
chunks [x, y].temperatureMap = temperatureMap;
chunks [x, y].precipitationMap = precipitationMap;
chunks [x, y].SetHeightMap(GetComponent <Convrt> ().Convert());
chunks[x, y].OffsetChunk(x, y);
GetComponent <TextureManager> ().TextureChunk(chunks[x, y]);
}
}
}
