Resource: TraversalNode

Stores the Sparse Octree traversal data.
This is kept separate from the data payloads to reduce VRAM pressure during traversal.

Structure (4B / 32b)

uint32 packedBitfield

RO = Relative offset, 18b
OD = Depth TTL, 4b
BO = Bitfield occupancy, 8b
IF = Is far pointer?, 1b
IM = Is waiting for mipmap?, 1b

[RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO] [RO]
[RO] [RO] [OD] [OD] [OD] [OD] [BO] [BO] [BO] [BO] [BO] [BO] [BO] [BO] [IF] [IM]

API

Shader

TraversalNode.Intialize()

• Initializes node

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TraversalNode.GetRelativeOffset()

• Gets the relative offset

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TraversalNode.SetRelativeOffset(uint value)

• Sets the relative offset

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TraversalNode.GetIsFarPTR()

• Returns whethernode is a far pointer

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TraversalNode.GetIsWaitingForMipmap()

• Returns whethernode needs mipmapping

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TraversalNode.SetIsWaitingForMipmap(uint value)

• Sets whether node needs mipmapping

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TraversalNode.GetTTL()

• Returns TTL

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TraversalNode.GetOccupancyBit(int index)

• Returns single occupancy bit

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TraversalNode.SetOccupancyBitmap(uint bitmap)

• Sets occupancy bitmap

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Reference files

C#

Scripts/NKLI.Nigiri.SVO.TraversalNode.cs

Shaders

Resources/NKLI_Nigiri_SVOTraversalNode.cginc