public static JobHandle Schedule(GeneratorType generator, Data data, NativeList <float3> vertices, NativeList <int> triangles, bool generateNormals, float3 normal, NativeList <float3> normals, bool generateUVs, NativeList <float2> uvs, NativeArray <InfoType> info, JobHandle dependOn = default)
{
var cornerJob = new CalculateInfoJob <GeneratorType, InfoType>
{
distanceColNum = data.ColNum,
distanceRowNum = data.RowNum,
generator = generator,
distances = data.RawData,
vertices = vertices,
indices = triangles,
generateNormals = generateNormals,
normals = normals,
normal = normal,
generateUVs = generateUVs,
uvs = uvs,
info = info
};
return(cornerJob.Schedule(dependOn));
}
static public JobHandle ScheduleCalculateInfoJob(Data data, Info info, NativeArray <TopCellInfo> infoArray, NativeList <float3> vertices, NativeList <int> triangles, NativeList <float3> normals, NativeList <float2> uvs, JobHandle lastHandle = default)
{
float3 normal = info.IsFlipped ? new float3(0, -1, 0) : new float3(0, 1, 0);
if (info.UseCullingData && data.HasCullingData)
{
var generator = new CulledTopCellInfoGenerator();
generator.cullingArray = data.CullingDataRawData;
lastHandle = CalculateInfoJob <CulledTopCellInfoGenerator, TopCellInfo> .Schedule(generator, data, vertices, triangles, info.GenerateNormals, normal, normals, info.GenerateUvs, uvs, infoArray, lastHandle);
}
else
{
var generator = new TopCellInfoGenerator();
lastHandle = CalculateInfoJob <TopCellInfoGenerator, TopCellInfo> .Schedule(generator, data, vertices, triangles, info.GenerateNormals, normal, normals, info.GenerateUvs, uvs, infoArray, lastHandle);
}
return(lastHandle);
}
static private JobHandle ScheduleCalculateInfoJob(Data data, Info info, bool useCullingData, NativeArray <TopCellInfo> infoArray, NativeArray <MergeCellInfo> mergeInfoArray, NativeList <float3> vertices, NativeList <int> triangles, NativeList <float3> normals, NativeList <float2> uvs, JobHandle lastHandle = default)
{
float3 normal = info.IsFlipped ? new float3(0, -1, 0) : new float3(0, 1, 0);
if (useCullingData)
{
var generator = new CulledOptimizedTopCellInfoGenerator();
generator.mergeInfoArray = mergeInfoArray;
generator.culledArray = data.CullingDataRawData;
lastHandle = CalculateInfoJob <CulledOptimizedTopCellInfoGenerator, TopCellInfo> .Schedule(generator, data, vertices, triangles, info.GenerateNormals, normal, normals, info.GenerateUvs, uvs, infoArray, lastHandle);
}
else
{
var generator = new OptimizedTopCellInfoGenerator();
generator.mergeInfoArray = mergeInfoArray;
lastHandle = CalculateInfoJob <OptimizedTopCellInfoGenerator, TopCellInfo> .Schedule(generator, data, vertices, triangles, info.GenerateNormals, normal, normals, info.GenerateUvs, uvs, infoArray, lastHandle);
}
return(lastHandle);
}
