public static GenerateChunkVerts_t New(SmoothingVertsOut_t smoothVerts, VoxelArray1D voxels, NativeArray <PinnedChunkData_t> area, TableStorage tableStorage, NativeArray <int> blockMaterials)
{
return(new GenerateChunkVerts_t {
_smoothVerts = smoothVerts,
_voxels = voxels,
_tables = Tables.New(tableStorage),
_blockMaterials = blockMaterials,
_area = area,
_vn = new VoxelNeighbors_t()
});
}
public static SmoothingVertsIn_t New(SmoothingVertsOut_t smv)
{
return(new SmoothingVertsIn_t {
positions = smv.positions,
normals = smv.normals,
colors = smv.colors,
smoothFactor = smv.smoothFactor,
smgs = smv.smgs,
layers = smv.layers,
indices = smv.indices,
counts = smv.counts,
vtoiCounts = smv.vtoiCounts,
vertMaterials = smv.vertMaterials,
vertMaterialCount = smv.vertMaterialCount
});
}
public static SmoothingVertsOut_t New()
{
var verts = new SmoothingVertsOut_t {
positions = AllocatePersistentNoInit <Vector3>(MAX_OUTPUT_VERTICES),
normals = AllocatePersistentNoInit <Vector3>(MAX_OUTPUT_VERTICES * BANK_SIZE),
colors = AllocatePersistentNoInit <Color32>(MAX_OUTPUT_VERTICES * BANK_SIZE),
smoothFactor = AllocatePersistentNoInit <float>(MAX_OUTPUT_VERTICES * BANK_SIZE),
smgs = AllocatePersistentNoInit <uint>(MAX_OUTPUT_VERTICES * BANK_SIZE),
layers = AllocatePersistentNoInit <int>(MAX_OUTPUT_VERTICES * BANK_SIZE),
indices = AllocatePersistentNoInit <int>(MAX_OUTPUT_VERTICES),
counts = AllocatePersistentNoInit <int>(2),
vtoiCounts = AllocatePersistentNoInit <int>(MAX_OUTPUT_VERTICES),
vertMaterials = AllocatePersistentNoInit <int>(MAX_OUTPUT_VERTICES * MAX_MATERIALS_PER_VERTEX),
vertMaterialCount = AllocatePersistentNoInit <int>(MAX_OUTPUT_VERTICES)
};
return(verts);
}
