public void UpdateSurface(VoxelCustomRenderer customRenderer)
{
if (surface != null)
{
surface.Delete();
}
surface = customRenderer.CreateSurface(Grid,
Matrix.Scaling(new Vector3(BuilderConfiguration.VoxelSize)) *
Matrix.Translation(ChunkCoord.ToVector3() *
BuilderConfiguration.VoxelSize *
BuilderConfiguration.ChunkNumVoxels));
SurfaceDirty = false;
}
public DualContouringTestEnvironment()
{
cellSize = 0.5f;
lines = new LineManager3DLines(TW.Graphics.Device);
this.lines.SetMaxLines(1000000);
PlaceableObjectGrid = new IntersectableCube();
cameraLightSimulator = new CameraLightSimulator();
surfaceRenderer = VoxelCustomRenderer.CreateDefault(TW.Graphics);
TW.Graphics.AcquireRenderer().AddCustomGBufferRenderer(surfaceRenderer);
}
public void SetUp()
{
chunkSize = BuilderConfiguration.ChunkNumVoxels;
voxelSize = BuilderConfiguration.VoxelSize;
NumChunks = BuilderConfiguration.NumChunks;
surfaceRenderer = VoxelCustomRenderer.CreateDefault(TW.Graphics);
TW.Graphics.AcquireRenderer().AddCustomGBufferRenderer(surfaceRenderer);
initDefaultWorld();
EngineFactory.CreateEngine().AddSimulator(processUserInput, "UserInput");
interactiveTestingEnv = new InteractiveTestingEnvironment();
interactiveTestingEnv.LoadIntoEngine(EngineFactory.CreateEngine());
EngineFactory.CreateEngine().AddSimulator(new WorldRenderingSimulator());
//TODO: add commands!
//PlaceInWorld(createUnitBox(), new Point3(0, 20, 0));
}
