TilingJob

: ValueType : Object

UnityEngine.Rendering.Universal.TilingJob, Unity.RenderPipelines.Universal.Runtime 0x0128 (296 B) Unity.RenderPipelines.Universal.Runtime.dll

implements IJobFor

0x00x0128

Members 21

Show inherited members

Offset	Size	Name	Type	Flags
	0x10	lights	NativeArray<UnityEngine.Rendering.VisibleLight>	Public
	0x10	reflectionProbes	NativeArray<UnityEngine.Rendering.VisibleReflectionProbe>	Public
	0x01	reflectionProbeRotation	bool	Public
0x0021	0x07	padding / unreflected
	0x10	tileRanges	NativeArray<UnityEngine.Rendering.Universal.InclusiveRange>	Public
	0x04	itemsPerTile	int	Public
	0x04	rangesPerItem	int	Public
	0x80	worldToViews	Fixed2<Unity.Mathematics.float4x4>	Public
	0x08	tileScale	float2	Public
	0x08	tileScaleInv	float2	Public
	0x08	viewPlaneBottoms	Fixed2<System.Single>	Public
	0x08	viewPlaneTops	Fixed2<System.Single>	Public
	0x20	viewToViewportScaleBiases	Fixed2<Unity.Mathematics.float4>	Public
	0x08	tileCount	int2	Public
	0x04	near	float	Public
	0x01	isOrthographic	bool	Public
0x010D	0x01	padding / unreflected
	0x04	m_TileYRange	InclusiveRange	Private
0x0112	0x02	padding / unreflected
	0x04	m_Offset	int	Private
	0x04	m_ViewIndex	int	Private
	0x08	m_CenterOffset	float2	Private
	0x08	k_CubePoints	float3[]	PrivateStatic+1 flags
	0x08	k_CubeLineIndices	int4[]	PrivateStatic+1 flags
0x0124	0x04	unreflected bytes to end of TilingJob

Functions 24

Signature	Flags	Params
void Execute(int jobIndex)	PublicFinal+2 flags	0x04
void TileLight(int lightIndex)	Private	0x04
void TileLightOrthographic(int lightIndex)	Private	0x04
void TileReflectionProbe(int index)	Private	0x04
float2 ViewToTileSpace(const float3& positionVS)	Private	0x0C
float2 ViewToTileSpaceOrthographic(const float3& positionVS)	Private	0x0C
void ExpandY(const float3& positionVS)	Private	0x0C
void ExpandOrthographic(const float3& positionVS)	Private	0x0C
void ExpandRangeOrthographic(ref InclusiveRange& range, float xVS)	Private	0x04
float square(float x)	PrivateStatic	0x04
void GetSphereHorizon(const float2& center, float radius, float near, float clipRadius, ref float2& p0, ref float2& p1)	PrivateStatic	0x08
void GetSphereYPlaneHorizon(const float3& center, float sphereRadius, float near, float clipRadius, float y, ref float3& left, ref float3& right)	PrivateStatic	0x0C
bool GetCircleClipPoints(const float3& circleCenter, const float3& circleNormal, float circleRadius, float near, ref float3& p0, ref float3& p1)	PrivateStatic	0x0C
ValueTuple<System.Single IntersectEllipseLine(float a, float b, const float3& line)	PrivateStatic	0x0C
void GetProjectedCircleHorizon(const float2& center, float radius, const float2& U, const float2& V, ref float2& uv1, ref float2& uv2)	PrivateStatic	0x08
bool IntersectCircleYPlane(float y, const float3& circleCenter, const float3& circleNormal, const float3& circleU, const float3& circleV, float circleRadius, ref float3& p1, ref float3& p2)	PrivateStatic	0x0C
void GetConeSideTangentPoints(const float3& vertex, const float3& axis, float cosHalfAngle, float circleRadius, float coneHeight, float range, const float3& circleU, const float3& circleV, ref float3& l1, ref float3& l2)	PrivateStatic	0x0C
float3 EvaluateNearConic(float near, const float3& o, const float3& d, float r, const float3& u, const float3& v, float theta)	PrivateStatic	0x0C
float2 FindNearConicTangentTheta(const float2& o, const float2& d, float r, const float2& u, const float2& v)	PrivateStatic	0x08
float2 FindNearConicYTheta(float near, const float3& o, const float3& d, float r, const float3& u, const float3& v, float y)	PrivateStatic	0x0C
void .cctor()	PrivateStatic+1 flags	0x00
bool <TileLight>g__SpherePointIsValid\|20_0(const float3& p, ref <>c__DisplayClass20_0& )	Static+1 flags	0xA0
bool <TileLight>g__ConicPointIsValid\|20_1(const float3& p, ref <>c__DisplayClass20_0& )	Static+1 flags	0xA0
bool <TileLightOrthographic>g__SpherePointIsValid\|21_0(const float3& p, ref <>c__DisplayClass21_0& )	Static+1 flags	0x9C

// UnityEngine.Rendering.Universal.TilingJob, Unity.RenderPipelines.Universal.Runtime
// size 0x0128 (296)
struct TilingJob : public ValueType
{
public:
    NativeArray<UnityEngine.Rendering.VisibleLight> lights; // 0x0000(0x10) Public
    NativeArray<UnityEngine.Rendering.VisibleReflectionProbe> reflectionProbes; // 0x0010(0x10) Public
    bool reflectionProbeRotation;                      // 0x0020(0x01) Public
    uint8 pad_0[0x07];                             // 0x0021(0x07)
    NativeArray<UnityEngine.Rendering.Universal.InclusiveRange> tileRanges; // 0x0028(0x10) Public
    int itemsPerTile;                                  // 0x0038(0x04) Public
    int rangesPerItem;                                 // 0x003C(0x04) Public
    Fixed2<Unity.Mathematics.float4x4> worldToViews;   // 0x0040(0x80) Public
    float2 tileScale;                                  // 0x00C0(0x08) Public
    float2 tileScaleInv;                               // 0x00C8(0x08) Public
    Fixed2<System.Single> viewPlaneBottoms;            // 0x00D0(0x08) Public
    Fixed2<System.Single> viewPlaneTops;               // 0x00D8(0x08) Public
    Fixed2<Unity.Mathematics.float4> viewToViewportScaleBiases; // 0x00E0(0x20) Public
    int2 tileCount;                                    // 0x0100(0x08) Public
    float near;                                        // 0x0108(0x04) Public
    bool isOrthographic;                               // 0x010C(0x01) Public
    uint8 pad_1[0x01];                             // 0x010D(0x01)
    InclusiveRange m_TileYRange;                       // 0x010E(0x04) Private
    uint8 pad_2[0x02];                             // 0x0112(0x02)
    int m_Offset;                                      // 0x0114(0x04) Private
    int m_ViewIndex;                                   // 0x0118(0x04) Private
    float2 m_CenterOffset;                             // 0x011C(0x08) Private
    float3[] k_CubePoints;                             // 0x0000(0x08) Private Static InitOnly
    int4[] k_CubeLineIndices;                          // 0x0008(0x08) Private Static InitOnly
    uint8 pad_3[0x04];                             // 0x0124(0x04)

    void Execute(int jobIndex); // 0x1b14340 [Public Final Virtual NewSlot]
    void TileLight(int lightIndex); // 0x1b178b0 [Private]
    void TileLightOrthographic(int lightIndex); // 0x1b167a0 [Private]
    void TileReflectionProbe(int index); // 0x1b1a310 [Private]
    float2 ViewToTileSpace(float3 positionVS); // 0x1b1b2c0 [Private]
    float2 ViewToTileSpaceOrthographic(float3 positionVS); // 0x1b1b1f0 [Private]
    void ExpandY(float3 positionVS); // 0x1b14650 [Private]
    void ExpandOrthographic(float3 positionVS); // 0x1b14470 [Private]
    void ExpandRangeOrthographic(ref InclusiveRange range, float xVS); // 0x1b14580 [Private]
    float square(float x); // 0xbaa850 [Private Static]
    void GetSphereHorizon(float2 center, float radius, float near, float clipRadius, ref float2 p0, ref float2 p1); // 0x1b15bf0 [Private Static]
    void GetSphereYPlaneHorizon(float3 center, float sphereRadius, float near, float clipRadius, float y, ref float3 left, ref float3 right); // 0x1b15eb0 [Private Static]
    bool GetCircleClipPoints(float3 circleCenter, float3 circleNormal, float circleRadius, float near, ref float3 p0, ref float3 p1); // 0x1b151a0 [Private Static]
    ValueTuple<System.Single IntersectEllipseLine(float a, float b, float3 line); // 0x1b16600 [Private Static]
    void GetProjectedCircleHorizon(float2 center, float radius, float2 U, float2 V, ref float2 uv1, ref float2 uv2); // 0x1b15960 [Private Static]
    bool IntersectCircleYPlane(float y, float3 circleCenter, float3 circleNormal, float3 circleU, float3 circleV, float circleRadius, ref float3 p1, ref float3 p2); // 0x1b162c0 [Private Static]
    void GetConeSideTangentPoints(float3 vertex, float3 axis, float cosHalfAngle, float circleRadius, float coneHeight, float range, float3 circleU, float3 circleV, ref float3 l1, ref float3 l2); // 0x1b15400 [Private Static]
    float3 EvaluateNearConic(float near, float3 o, float3 d, float r, float3 u, float3 v, float theta); // 0x1b14100 [Private Static]
    float2 FindNearConicTangentTheta(float2 o, float2 d, float r, float2 u, float2 v); // 0x1b14760 [Private Static]
    float2 FindNearConicYTheta(float near, float3 o, float3 d, float r, float3 u, float3 v, float y); // 0x1b14a50 [Private Static]
    void .cctor(); // 0x1b1b3a0 [Private Static SpecialName]
    bool <TileLight>g__SpherePointIsValid|20_0(float3 p, ref <>c__DisplayClass20_0 ); // 0x1b1afd0 [Assembly Static]
    bool <TileLight>g__ConicPointIsValid|20_1(float3 p, ref <>c__DisplayClass20_0 ); // 0x1b1b0c0 [Assembly Static]
    bool <TileLightOrthographic>g__SpherePointIsValid|21_0(float3 p, ref <>c__DisplayClass21_0 ); // 0x1b1afd0 [Assembly Static]
};