public void Generate(int height)
{
int chunkSizeX = SmoothVoxelSettings.ChunkSizeX;
int chunkSizeY = SmoothVoxelSettings.ChunkSizeY;
int chunkSizeZ = SmoothVoxelSettings.ChunkSizeZ;
int meterSizeX = SmoothVoxelSettings.MeterSizeX;
int meterSizeY = SmoothVoxelSettings.MeterSizeY;
int meterSizeZ = SmoothVoxelSettings.MeterSizeZ;
Sampler.SetChunkSettings(SmoothVoxelSettings.voxelsPerMeter,
new Vector3Int(chunkSizeX, chunkSizeY, chunkSizeZ),
new Vector3Int(meterSizeX, meterSizeY, meterSizeZ),
Mathf.RoundToInt(1 / (float)SmoothVoxelSettings.voxelsPerMeter),
((1.0f / (float)SmoothVoxelSettings.voxelsPerMeter) / 2.0f),
new Vector3(meterSizeX / (float)chunkSizeX, meterSizeY / (float)chunkSizeY, meterSizeZ / (float)chunkSizeZ));
Vector3Int topVoxel = VoxelConversions.WorldToVoxel(new Vector3(0, (float)Sampler.GetMax(), 0));
Vector3Int bottomVoxel = VoxelConversions.WorldToVoxel(new Vector3(0, (float)Sampler.GetMin(), 0));
int topChunk = VoxelConversions.VoxelToChunk(topVoxel).y;
int bottomChunk = VoxelConversions.VoxelToChunk(bottomVoxel).y;
if (NetworkMode)
{
for (int y = 0; y <= topChunk; y++)
{
SmoothChunk.CreateChunk(new Vector3Int(Location.x, y, Location.y), Sampler, Controller);
}
}
else
{
Vector2Int bottomLeft = new Vector2(Location.x * chunkSizeX, Location.y * chunkSizeZ);
Vector2Int topRight = new Vector2(Location.x * chunkSizeX + chunkSizeX, Location.y * chunkSizeZ + chunkSizeZ);
Sampler.SetSurfaceData(bottomLeft, topRight);
for (int y = 0; y <= topChunk; y++)
{
SmoothChunk.CreateChunk(new Vector3Int(Location.x, y, Location.y), Sampler, Controller);
}
Loom.QueueOnMainThread(() =>
{
Debug.Log("Spawning grass...");
SpawnGrass();
});
}
}
public MeshData Render(bool renderOnly)
{
List <Vector3> vertices = new List <Vector3>();
List <int> triangles = new List <int>();
List <Vector3> Normals = new List <Vector3>();
if (empty)
{
SafeDebug.Log("Chunk is empty... skipping.");
return(new MeshData(vertices.ToArray(), triangles.ToArray(), null, Normals.ToArray()));
}
if (Initialized)
{
SetSurroundingChunks();
int cx = location.x;
int cy = location.y;
int cz = location.z;
int xStart = cx * ChunkSizeX;
int xEnd = cx * ChunkSizeX + ChunkSizeX;
int yStart = cy * ChunkSizeY;
int yEnd = cy * ChunkSizeY + ChunkSizeY;
int zStart = cz * ChunkSizeZ;
int zEnd = cz * ChunkSizeZ + ChunkSizeZ;
int x = 0;
int y = 0;
int z = 0;
int globalLocX = 0;
int globalLocY = 0;
int globalLocZ = 0;
//try
//{
watch.Reset();
watch.Start();
//
for (globalLocY = yStart, y = 0; y < ChunkSizeY; globalLocY++, y++)
{
if (globalLocY < Sampler.GetMin() - 20 || globalLocY > Sampler.GetMax())
{
continue;
}
for (globalLocZ = zStart, z = 0; z < ChunkSizeZ; globalLocZ++, z++)
{
for (globalLocX = xStart, x = 0; x < ChunkSizeX; globalLocX++, x++)
{
if (deactivated)
{
break;
}
Vector3 worldPos = new Vector3(x * xSideLength, y * ySideLength, z * zSideLength);
Vector3Int globalPos = new Vector3Int(globalLocX * skipDist, globalLocY * skipDist, globalLocZ * skipDist);
Vector3Int localPos = new Vector3Int(x, y, z);
GridPoint[] grid = new GridPoint[8];
//miscWatch.Start();
for (int i = 0; i < grid.Length; i++)
{
grid[i] = GetVector4(worldPos + locOffset[i], localPos + directionOffsets[i], globalPos + globalOffsets[i], !renderOnly);
}
//miscWatch.Stop();
RenderBlock(grid, 0, vertices, triangles, Normals, null);
}
}
}
ResetPageNeighbors();
watch.Stop();
renderTime = watch.Elapsed.ToString();
//Debug.Log("Chunk generated in: " + renderTime);
miscTime = miscWatch.Elapsed.ToString();
miscTime = globalLocZ.ToString();
/*}
* catch (Exception e)
* {
* SafeDebug.LogError(e.GetType().ToString() + ": " + e.Message + "\n " + e.StackTrace);
* }*/
}
return(new MeshData(vertices.ToArray(), triangles.ToArray(), null, Normals.ToArray()));
}