| ActivateRange(int32 Offset, bool bActivate) | Chaos::TPBDActiveView< TItemsType > | |
| AddRange(int32 NumItems, bool bActivate=true) | Chaos::TPBDActiveView< TItemsType > | |
| GetActiveRanges() const | Chaos::TPBDActiveView< TItemsType > | |
| GetActiveSize() const | Chaos::TPBDActiveView< TItemsType > | |
| GetAllRanges() const | Chaos::TPBDActiveView< TItemsType > | inline |
| GetItems() const | Chaos::TPBDActiveView< TItemsType > | inline |
| GetNumRanges() const | Chaos::TPBDActiveView< TItemsType > | inline |
| GetRanges() const | Chaos::TPBDActiveView< TItemsType > | inline |
| GetRangeSize(int32 Offset) const | Chaos::TPBDActiveView< TItemsType > | |
| HasActiveRange() const | Chaos::TPBDActiveView< TItemsType > | |
| ParallelFor(TFunctionRef< void(TItemsType &, int32)> Function, int32 MinParallelSize=TNumericLimits< int32 >::Max()) const | Chaos::TPBDActiveView< TItemsType > | |
| ParallelFor(TFunctionRef< void(TItemsType &, int32)> Function, bool bForceSingleThreadedRange, int32 MinParallelSize=TNumericLimits< int32 >::Max()) const | Chaos::TPBDActiveView< TItemsType > | |
| RangeFor(TFunctionRef< void(TItemsType &, int32, int32)> Function) const | Chaos::TPBDActiveView< TItemsType > | |
| RangeFor(TFunctionRef< void(TItemsType &, int32, int32)> Function, bool bForceSingleThreadedRange) const | Chaos::TPBDActiveView< TItemsType > | |
| Reset(int32 Offset=0) | Chaos::TPBDActiveView< TItemsType > | |
| SequentialFor(TFunctionRef< void(TItemsType &, int32)> Function) const | Chaos::TPBDActiveView< TItemsType > | |
| TPBDActiveView(TItemsType &InItems) | Chaos::TPBDActiveView< TItemsType > | inline |