public RasterizeWorker(Chunk chunk)
{
this.chunk = chunk;
this.chunk.Working = true;
mesh = new ChunkMesh();
renderer = new ChunkRenderer();
chunkView = new ChunkView(chunk);
}
public IRenderResult RenderBiomesTile(ChunkView view)
{
if (!view.HasBiomeData)
{
throw new ArgumentException("Chunk view must be loaded with biomes data.", nameof(view));
}
var pixels = view.GetBiomesArea().Select(biome => biomeConfig_[biome].Rgba32Color).ToArray();
var image = Image.LoadPixelData(pixels, 16, 16);
return(new ImageSharpResult(image));
}
public Chunk LoadChunk(Vector2DInt inPosition)
{
// Create chunkdata and begin load from disk on a separate thread
ChunkData chunkData = new ChunkData(inPosition);
new System.Threading.Thread(() => chunkData.LoadFromDisk(inPosition)).Start();
// Create blank chunk view
GameObject chunkTerrainView = _viewGenerator.GenerateBlankTerrainView(inPosition);
GameObject chunkFurnitureView = _viewGenerator.GenerateBlankFurnitureView(inPosition);
// Make the viewGenerator update the UV2 of the view every time the chunk's data changes
chunkData.OnTerrainDataDirtied += (ChunkData dirtiedData) =>
chunkTerrainView.GetComponent <MeshFilter>().mesh.uv2 = _viewGenerator.GenerateTerrainUV2(dirtiedData); // TODO: Getting these meshfilters before the event saves having to do it every time it's called
chunkData.OnFurnitureDataDirtied += (ChunkData dirtiedData) =>
chunkFurnitureView.GetComponent <MeshFilter>().mesh.uv2 = _viewGenerator.GenerateFurnitureUV2(dirtiedData); // TODO: Getting these meshfilters before the event saves having to do it every time it's called
ChunkView chunkView = new ChunkView(chunkTerrainView, chunkFurnitureView);
return(new Chunk(chunkData, chunkView));
}
public Chunk(ChunkData inData, ChunkView inView)
{
data = inData;
view = inView;
}