BlockAllocator

: ValueType : Object

UnityEngine.Rendering.UnifiedRayTracing.BlockAllocator, Unity.UnifiedRayTracing.Runtime 0x0020 (32 B) Unity.UnifiedRayTracing.Runtime.dll

implements IDisposable

0x00x0020

Members 5

Show inherited members

Size	Name	Type	Flags
0x04	m_FreeElementCount	int	Private
0x04	m_MaxElementCount	int	Private
0x08	m_freeBlocks	NativeList<UnityEngine.Rendering.UnifiedRayTracing.BlockAllocator.Block>	Private
0x08	m_usedBlocks	NativeList<UnityEngine.Rendering.UnifiedRayTracing.BlockAllocator.Block>	Private
0x08	m_freeSlots	NativeList<System.Int32>	Private

Functions 15

Signature	Flags	Params
int get_freeElementsCount()	Public+1 flags	0x04
int get_freeBlocks()	Public+1 flags	0x04
int get_capacity()	Public+1 flags	0x04
int get_allocatedSize()	Public+1 flags	0x04
void Initialize(int maxElementCounts)	Public	0x04
int CalculateGeometricGrowthCapacity(int desiredNewCapacity, int maxAllowedNewCapacity)	Private	0x04
int Grow(int newDesiredCapacity, int maxAllowedCapacity)	Public	0x04
bool GetExpectedGrowthToFitAllocation(int elementCounts, int maxAllowedCapacity, ref int& newCapacity)	Public	0x04
Allocation GrowAndAllocate(int elementCounts, ref int& oldCapacity, ref int& newCapacity)	Public	0x0C
Allocation GrowAndAllocate(int elementCounts, int maxAllowedCapacity, ref int& oldCapacity, ref int& newCapacity)	Public	0x0C
void Dispose()	PublicFinal+2 flags	0x00
Allocation Allocate(int elementCounts)	Public	0x0C
int MergeBlockFrontBack(int freeBlockId)	Private	0x04
void FreeAllocation(ref Allocation& allocation)	Public	0x0C
Allocation[] SplitAllocation(ref Allocation& allocation, int count)	Public	0x0C

Used by 5

types with a member, parameter or interface of this type

BLASPositionsPool ComputeRayTracingAccelStruct GeometryPool PersistentGpuArray`1 PersistentGpuArray`1

// UnityEngine.Rendering.UnifiedRayTracing.BlockAllocator, Unity.UnifiedRayTracing.Runtime
// size 0x0020 (32)
struct BlockAllocator : public ValueType
{
public:
    int m_FreeElementCount;                            // 0x0000(0x04) Private
    int m_MaxElementCount;                             // 0x0004(0x04) Private
    NativeList<UnityEngine.Rendering.UnifiedRayTracing.BlockAllocator.Block> m_freeBlocks; // 0x0008(0x08) Private
    NativeList<UnityEngine.Rendering.UnifiedRayTracing.BlockAllocator.Block> m_usedBlocks; // 0x0010(0x08) Private
    NativeList<System.Int32> m_freeSlots;              // 0x0018(0x08) Private

    int get_freeElementsCount(); // 0x3730b0 [Public SpecialName]
    int get_freeBlocks(); // 0x1ca9710 [Public SpecialName]
    int get_capacity(); // 0x3730a0 [Public SpecialName]
    int get_allocatedSize(); // 0x1aa0560 [Public SpecialName]
    void Initialize(int maxElementCounts); // 0x1ca9160 [Public]
    int CalculateGeometricGrowthCapacity(int desiredNewCapacity, int maxAllowedNewCapacity); // 0x1ca8b60 [Private]
    int Grow(int newDesiredCapacity, int maxAllowedCapacity); // 0x1ca9080 [Public]
    bool GetExpectedGrowthToFitAllocation(int elementCounts, int maxAllowedCapacity, ref int newCapacity); // 0x1ca8d70 [Public]
    Allocation GrowAndAllocate(int elementCounts, ref int oldCapacity, ref int newCapacity); // 0x1ca8eb0 [Public]
    Allocation GrowAndAllocate(int elementCounts, int maxAllowedCapacity, ref int oldCapacity, ref int newCapacity); // 0x1ca8f00 [Public]
    void Dispose(); // 0x1ca8ba0 [Public Final Virtual NewSlot]
    Allocation Allocate(int elementCounts); // 0x1ca87c0 [Public]
    int MergeBlockFrontBack(int freeBlockId); // 0x1ca92f0 [Private]
    void FreeAllocation(ref Allocation allocation); // 0x1ca8c40 [Public]
    Allocation[] SplitAllocation(ref Allocation allocation, int count); // 0x1ca9440 [Public]
};