void ComputeSmoothedNormalByJob(Mesh smoothedMesh, Mesh originalMesh, int maxOverlapvertices = 50)
{
int svc = smoothedMesh.vertexCount, ovc = originalMesh.vertexCount;
// CollectNormalJob Data
NativeArray <float3> normals = new NativeArray <float3>(smoothedMesh.normals.ToF3(), Allocator.Persistent),
vertrx = new NativeArray <float3>(smoothedMesh.vertices.ToF3(), Allocator.Persistent),
smoothedNormals = new NativeArray <float3>(svc, Allocator.Persistent);
var result = new NativeArray <UnsafeHashMap <float3, float3> >(maxOverlapvertices, Allocator.Persistent);
var resultParallel = new NativeArray <UnsafeHashMap <float3, float3> .ParallelWriter>(result.Length, Allocator.Persistent);
// NormalBakeJob Data
NativeArray <float3> normalsO = new NativeArray <float3>(originalMesh.normals.ToF3(), Allocator.Persistent),
vertrxO = new NativeArray <float3>(originalMesh.vertices.ToF3(), Allocator.Persistent);
var tangents = new NativeArray <float4>(originalMesh.tangents.ToF4(), Allocator.Persistent);
var uv8 = new NativeArray <float2>(ovc, Allocator.Persistent);
for (int i = 0; i < result.Length; i++)
{
result[i] = new UnsafeHashMap <float3, float3>(svc, Allocator.Persistent);
resultParallel[i] = result[i].AsParallelWriter();
}
CollectNormalJob collectNormalJob = new CollectNormalJob(normals, vertrx, resultParallel);
BakeNormalJob normalBakeJob = new BakeNormalJob(vertrxO, normalsO, tangents, result, uv8);
normalBakeJob.Schedule(ovc, 8, collectNormalJob.Schedule(svc, 100)).Complete();
var _uv8 = new float2[ovc];
uv8.CopyTo(_uv8);
originalMesh.uv8 = _uv8.ToV2();
normals.Dispose();
vertrx.Dispose();
result.Dispose();
smoothedNormals.Dispose();
resultParallel.Dispose();
normalsO.Dispose();
vertrxO.Dispose();
tangents.Dispose();
uv8.Dispose();
}
