static private JobHandle ScheduleGenerateOptimizationData(Data data, OptimizedInfo info, bool useCullingData, bool useHeightData, NativeArray <MergeCellInfo> mergeInfoArray, JobHandle lastHandle)
{
if (useCullingData && useHeightData)
{
var checker = new CulledHeightMergeChecker()
{
heights = data.HeightsRawData, colNum = data.ColNum, culled = data.CullingDataRawData
};
return(ScheduleGenerateOptimizationData(data, info, checker, mergeInfoArray, lastHandle));
}
else if (useCullingData)
{
var checker = new CulledMergeChecker()
{
culled = data.CullingDataRawData
};
return(ScheduleGenerateOptimizationData(data, info, checker, mergeInfoArray, lastHandle));
}
else if (useHeightData)
{
var checker = new HeightMergeChecker()
{
heights = data.HeightsRawData, colNum = data.ColNum
};
return(ScheduleGenerateOptimizationData(data, info, checker, mergeInfoArray, lastHandle));
}
else
{
return(ScheduleGenerateOptimizationData(data, info, new SimpleMergeChecker(), mergeInfoArray, lastHandle));
}
}
public void Init(Data data, float cellSize, OptimizedInfo info)
{
this.data = data;
this.cellSize = cellSize;
this.info = info;
CheckData(data, info);
Inited();
}
static public JobHandle Schedule(Data data, OptimizedInfo info, MergeChecker mergeChecker, NativeArray <MergeCellInfo> optimizationCells, JobHandle dependOn = default)
{
var optimizationJob = new GenerateOptimizationData <MergeChecker>
{
distanceColNum = data.ColNum,
distanceRowNum = data.RowNum,
mode = info.OptimizationMode,
mergeChecker = mergeChecker,
cells = optimizationCells,
distances = data.RawData
};
return(optimizationJob.Schedule(dependOn));
}
static private JobHandle ScheduleGenerateOptimizationData <MergeChecker>(Data data, OptimizedInfo info, MergeChecker checker, NativeArray <MergeCellInfo> mergeInfoArray, JobHandle lastHandle)
where MergeChecker : struct, IMergeChecker
=> GenerateOptimizationData <MergeChecker> .Schedule(data, info, checker, mergeInfoArray, lastHandle);