protected override JobHandle OnUpdate(JobHandle inputDeps)
{
var job = new ScaleJob()
{
};
return(job.Schedule(this, inputDeps));
}
protected override void OnUpdate()
{
var job = new ScaleJob
{
};
job.Schedule(this).Complete();
}
protected override JobHandle OnUpdate(JobHandle inputDeps)
{
var job = new ScaleJob {
scales = transforms.scales,
matrices = transforms.matrices
};
return(job.Schedule(transforms.Length, 32));
}
protected override JobHandle OnUpdate(JobHandle inputDeps)
{
var job = new ScaleJob();
JobHandle jobHandler = job.Schedule(entitiesScaleGroup, inputDeps);
entitiesScaleGroup.AddDependency(inputDeps);
return(jobHandler);
}
private void RunJobsNow(NativeArray <double> heights, NativeArray <double3> vectors)
{
foreach (var cachedHeightWriter in CachedHeightWriters) // NOTE: Property
{
var handle = default(JobHandle);
if (cachedHeightWriter.WriteHeight(ref handle, heights, vectors) == true)
{
handle.Complete();
}
}
if (heightmapData.IsCreated == true)
{
var job = new HeightmapJob();
job.Heights = heights;
job.Vectors = vectors;
job.Data = heightmapData;
job.WaterLevel = waterLevel;
job.Size = heightmapSize;
job.Scale = heightmapSize / new double2(math.PI * 2.0, math.PI);
job.Schedule(heights.Length, 1).Complete();
}
var scaleJob = new ScaleJob();
scaleJob.Heights = heights;
scaleJob.Radius = radius;
scaleJob.Displacement = displacement;
scaleJob.WaterLevel = waterLevel;
scaleJob.ClampWater = clampWater;
scaleJob.Schedule(heights.Length, 1).Complete();
}
private void Generate(SgtDynamicPlanetChunk chunk)
{
var startJob = new ChunkStartJob();
startJob.Points = SgtDynamicPlanetChunk.Config.POINTS;
startJob.Cube = chunk.Cube;
startJob.CubeH = chunk.CubeH;
startJob.CubeV = chunk.CubeV;
startJob.Vectors = chunkVectors;
startJob.Heights = chunkHeights;
var handle = startJob.Schedule();
foreach (var cachedHeightWriter in CachedHeightWriters) // NOTE: Property
{
cachedHeightWriter.WriteHeight(ref handle, chunkHeights, chunkVectors);
}
if (heightmapData.IsCreated == true)
{
var job = new HeightmapJob();
job.Heights = chunkHeights;
job.Vectors = chunkVectors;
job.Data = heightmapData;
job.WaterLevel = waterLevel;
job.Size = heightmapSize;
job.Scale = heightmapSize / new double2(math.PI * 2.0, math.PI);
handle = job.Schedule(chunkVectors.Length, math.max(1, chunkVectors.Length / SgtDynamicPlanetChunk.Config.BATCH_SPLIT), handle);
}
var scaleJob = new ScaleJob();
scaleJob.Heights = chunkHeights;
scaleJob.Radius = radius;
scaleJob.Displacement = displacement;
scaleJob.WaterLevel = waterLevel;
scaleJob.ClampWater = clampWater;
handle = scaleJob.Schedule(chunkHeights.Length, 1, handle);
var endJob = new ChunkEndJob();
endJob.Heights = chunkHeights;
endJob.Vectors = chunkVectors;
endJob.Coord = chunk.Coord;
endJob.CoordM = chunk.CoordM;
endJob.MeshPositions = meshPositions;
endJob.MeshCoords0 = meshCoords0;
endJob.MeshNormals = meshNormals;
endJob.MeshTangents = meshTangents;
endJob.Schedule(handle).Complete();
chunk.Corner = chunkVectors[SgtDynamicPlanetChunk.Config.LAST_POINT] * chunkHeights[SgtDynamicPlanetChunk.Config.LAST_POINT];
chunk.Mesh.SetVertices(ConvertNativeArray(meshPositions));
chunk.Mesh.SetNormals(ConvertNativeArray(meshNormals));
chunk.Mesh.SetTangents(ConvertNativeArray(meshTangents));
chunk.Mesh.SetUVs(0, ConvertNativeArray(meshCoords0));
chunk.Mesh.SetTriangles(SgtDynamicPlanetVisual.Config.INDICES, 0);
}
