Tessellator

: ValueType : Object

UnityEngine.Rendering.Universal.UTess.Tessellator, Unity.RenderPipelines.Universal.Runtime 0x00B0 (176 B) Unity.RenderPipelines.Universal.Runtime.dll

0x00x00B0

Members 15

Show inherited members

Offset	Size	Name	Type	Flags
	0x10	m_Edges	NativeArray<Unity.Mathematics.int2>	Private
	0x10	m_Stars	NativeArray<UnityEngine.Rendering.Universal.UTess.UStar>	Private
	0x10	m_Cells	NativeArray<Unity.Mathematics.int3>	Private
	0x04	m_CellCount	int	Private
0x0034	0x04	padding / unreflected
	0x10	m_ILArray	NativeArray<System.Int32>	Private
	0x10	m_IUArray	NativeArray<System.Int32>	Private
	0x10	m_SPArray	NativeArray<System.Int32>	Private
	0x04	m_NumEdges	int	Private
	0x04	m_NumHulls	int	Private
	0x04	m_NumPoints	int	Private
	0x04	m_StarCount	int	Private
	0x10	m_Flags	NativeArray<System.Int32>	Private
	0x10	m_Neighbors	NativeArray<System.Int32>	Private
	0x10	m_Constraints	NativeArray<System.Int32>	Private
	0x04	m_Allocator	Allocator	Private
0x00AC	0x04	unreflected bytes to end of Tessellator

Functions 25

Signature	Flags	Params
float FindSplit(const UHull& hull, const UEvent& edge)	PrivateStatic	0x48
void SetAllocator(const Allocator& allocator)	Private	0x04
bool AddPoint(const NativeArray<UnityEngine.Rendering.Universal.UTess.UHull>& hulls, int hullCount, const NativeArray<Unity.Mathematics.float2>& points, const float2& p, int idx)	Private	0x10
void InsertHull(const NativeArray<UnityEngine.Rendering.Universal.UTess.UHull>& Hulls, int Pos, ref int& Count, const UHull& Value)	PrivateStatic	0x48
void EraseHull(const NativeArray<UnityEngine.Rendering.Universal.UTess.UHull>& Hulls, int Pos, ref int& Count)	PrivateStatic	0x10
bool SplitHulls(const NativeArray<UnityEngine.Rendering.Universal.UTess.UHull>& hulls, ref int& hullCount, const NativeArray<Unity.Mathematics.float2>& points, const UEvent& evt)	Private	0x18
bool MergeHulls(const NativeArray<UnityEngine.Rendering.Universal.UTess.UHull>& hulls, ref int& hullCount, const NativeArray<Unity.Mathematics.float2>& points, const UEvent& evt)	Private	0x18
void InsertUniqueEdge(const NativeArray<Unity.Mathematics.int2>& edges, const int2& e, ref int& edgeCount)	PrivateStatic	0x10
void PrepareDelaunay(const NativeArray<Unity.Mathematics.int2>& edges, int edgeCount)	Private	0x10
int OppositeOf(int a, int b)	Private	0x04
int FindConstraint(int a, int b)	Private	0x04
void AddTriangle(int i, int j, int k)	Private	0x04
void RemovePair(int r, int j, int k)	Private	0x04
void RemoveTriangle(int i, int j, int k)	Private	0x04
void EdgeFlip(int i, int j)	Private	0x04
bool Flip(const NativeArray<Unity.Mathematics.float2>& points, ref NativeArray<System.Int32>& stack, ref int& stackCount, int a, int b, int x)	Private	0x10
NativeArray<Unity.Mathematics.int3> GetCells(ref int& count)	Private	0x10
bool ApplyDelaunay(const NativeArray<Unity.Mathematics.float2>& points, const NativeArray<Unity.Mathematics.int2>& edges)	1 flags	0x10
int FindNeighbor(const NativeArray<Unity.Mathematics.int3>& cells, int count, int a, int b, int c)	Private	0x10
NativeArray<Unity.Mathematics.int3> Constrain(ref int& count)	Private	0x10
NativeArray<Unity.Mathematics.int3> RemoveExterior(ref int& cellCount)	1 flags	0x10
NativeArray<Unity.Mathematics.int3> RemoveInterior(int cellCount)	1 flags	0x10
bool Triangulate(const NativeArray<Unity.Mathematics.float2>& points, int pointCount, const NativeArray<Unity.Mathematics.int2>& edges, int edgeCount)	1 flags	0x10
bool Tessellate(const Allocator& allocator, const NativeArray<Unity.Mathematics.float2>& pgPoints, int pgPointCount, const NativeArray<Unity.Mathematics.int2>& pgEdges, int pgEdgeCount, ref NativeArray<Unity.Mathematics.float2>& outputVertices, ref int& vertexCount, ref NativeArray<System.Int32>& outputIndices, ref int& indexCount)	Static+1 flags	0x10
void Cleanup()	1 flags	0x00

// UnityEngine.Rendering.Universal.UTess.Tessellator, Unity.RenderPipelines.Universal.Runtime
// size 0x00B0 (176)
struct Tessellator : public ValueType
{
public:
    NativeArray<Unity.Mathematics.int2> m_Edges;       // 0x0000(0x10) Private
    NativeArray<UnityEngine.Rendering.Universal.UTess.UStar> m_Stars; // 0x0010(0x10) Private
    NativeArray<Unity.Mathematics.int3> m_Cells;       // 0x0020(0x10) Private
    int m_CellCount;                                   // 0x0030(0x04) Private
    uint8 pad_0[0x04];                             // 0x0034(0x04)
    NativeArray<System.Int32> m_ILArray;               // 0x0038(0x10) Private
    NativeArray<System.Int32> m_IUArray;               // 0x0048(0x10) Private
    NativeArray<System.Int32> m_SPArray;               // 0x0058(0x10) Private
    int m_NumEdges;                                    // 0x0068(0x04) Private
    int m_NumHulls;                                    // 0x006C(0x04) Private
    int m_NumPoints;                                   // 0x0070(0x04) Private
    int m_StarCount;                                   // 0x0074(0x04) Private
    NativeArray<System.Int32> m_Flags;                 // 0x0078(0x10) Private
    NativeArray<System.Int32> m_Neighbors;             // 0x0088(0x10) Private
    NativeArray<System.Int32> m_Constraints;           // 0x0098(0x10) Private
    Allocator m_Allocator;                             // 0x00A8(0x04) Private
    uint8 pad_1[0x04];                             // 0x00AC(0x04)

    float FindSplit(UHull hull, UEvent edge); // 0x29c5630 [Private Static]
    void SetAllocator(Allocator allocator); // 0xb9cad0 [Private]
    bool AddPoint(NativeArray<UnityEngine.Rendering.Universal.UTess.UHull> hulls, int hullCount, NativeArray<Unity.Mathematics.float2> points, float2 p, int idx); // 0x29c4070 [Private]
    void InsertHull(NativeArray<UnityEngine.Rendering.Universal.UTess.UHull> Hulls, int Pos, ref int Count, UHull Value); // 0x29c5b90 [Private Static]
    void EraseHull(NativeArray<UnityEngine.Rendering.Universal.UTess.UHull> Hulls, int Pos, ref int Count); // 0x29c5420 [Private Static]
    bool SplitHulls(NativeArray<UnityEngine.Rendering.Universal.UTess.UHull> hulls, ref int hullCount, NativeArray<Unity.Mathematics.float2> points, UEvent evt); // 0x29c6920 [Private]
    bool MergeHulls(NativeArray<UnityEngine.Rendering.Universal.UTess.UHull> hulls, ref int hullCount, NativeArray<Unity.Mathematics.float2> points, UEvent evt); // 0x29c5ce0 [Private]
    void InsertUniqueEdge(NativeArray<Unity.Mathematics.int2> edges, int2 e, ref int edgeCount); // 0x29c5c60 [Private Static]
    void PrepareDelaunay(NativeArray<Unity.Mathematics.int2> edges, int edgeCount); // 0x29c6010 [Private]
    int OppositeOf(int a, int b); // 0x29c5f60 [Private]
    int FindConstraint(int a, int b); // 0x29c54a0 [Private]
    void AddTriangle(int i, int j, int k); // 0x29c4510 [Private]
    void RemovePair(int r, int j, int k); // 0x29c6780 [Private]
    void RemoveTriangle(int i, int j, int k); // 0x29c68c0 [Private]
    void EdgeFlip(int i, int j); // 0x29c5330 [Private]
    bool Flip(NativeArray<Unity.Mathematics.float2> points, ref NativeArray<System.Int32> stack, ref int stackCount, int a, int b, int x); // 0x29c5870 [Private]
    NativeArray<Unity.Mathematics.int3> GetCells(ref int count); // 0x29c5a10 [Private]
    bool ApplyDelaunay(NativeArray<Unity.Mathematics.float2> points, NativeArray<Unity.Mathematics.int2> edges); // 0x29c46c0 [Assembly]
    int FindNeighbor(NativeArray<Unity.Mathematics.int3> cells, int count, int a, int b, int c); // 0x29c5550 [Private]
    NativeArray<Unity.Mathematics.int3> Constrain(ref int count); // 0x29c4d80 [Private]
    NativeArray<Unity.Mathematics.int3> RemoveExterior(ref int cellCount); // 0x29c6550 [Assembly]
    NativeArray<Unity.Mathematics.int3> RemoveInterior(int cellCount); // 0x29c6670 [Assembly]
    bool Triangulate(NativeArray<Unity.Mathematics.float2> points, int pointCount, NativeArray<Unity.Mathematics.int2> edges, int edgeCount); // 0x29c7030 [Assembly]
    bool Tessellate(Allocator allocator, NativeArray<Unity.Mathematics.float2> pgPoints, int pgPointCount, NativeArray<Unity.Mathematics.int2> pgEdges, int pgEdgeCount, ref NativeArray<Unity.Mathematics.float2> outputVertices, ref int vertexCount, ref NativeArray<System.Int32> outputIndices, ref int indexCount); // 0x29c6cf0 [Assembly Static]
    void Cleanup(); // 0x29c4c20 [Assembly]
};