DTSweep

: Object

Pathfinding.Poly2Tri.DTSweep, Pathfinding.Poly2Tri 0x0010 (16 B) inherited 0x0010 Pathfinding.Poly2Tri.dll

0x00x0010

Members 2

Show inherited members

Offset	Size	Name	Type	Flags	Default
—	0x08	PI_div2	double	PrivateStatic+1 flags	4609753056924675352
—	0x08	PI_3div4	double	PrivateStatic+1 flags	4612488097114038738

Functions 33

Signature	Flags	Params
void Triangulate(DTSweepContext tcx)	PublicStatic	0x08
void Sweep(DTSweepContext tcx)	PrivateStatic	0x08
void FinalizationConvexHull(DTSweepContext tcx)	PrivateStatic	0x08
void TurnAdvancingFrontConvex(DTSweepContext tcx, AdvancingFrontNode b, AdvancingFrontNode c)	PrivateStatic	0x08
void FinalizationPolygon(DTSweepContext tcx)	PrivateStatic	0x08
AdvancingFrontNode PointEvent(DTSweepContext tcx, TriangulationPoint point)	PrivateStatic	0x08
AdvancingFrontNode NewFrontTriangle(DTSweepContext tcx, TriangulationPoint point, AdvancingFrontNode node)	PrivateStatic	0x08
void EdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillRightConcaveEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillRightConvexEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillRightBelowEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillRightAboveEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillLeftConvexEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillLeftConcaveEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillLeftBelowEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
void FillLeftAboveEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node)	PrivateStatic	0x08
bool IsEdgeSideOfTriangle(DelaunayTriangle triangle, TriangulationPoint ep, TriangulationPoint eq)	PrivateStatic	0x08
void EdgeEvent(DTSweepContext tcx, TriangulationPoint ep, TriangulationPoint eq, DelaunayTriangle triangle, TriangulationPoint point)	PrivateStatic	0x08
void SplitEdge(TriangulationPoint ep, TriangulationPoint eq, TriangulationPoint p)	PrivateStatic	0x08
void FlipEdgeEvent(DTSweepContext tcx, TriangulationPoint ep, TriangulationPoint eq, DelaunayTriangle t, TriangulationPoint p)	PrivateStatic	0x08
TriangulationPoint NextFlipPoint(TriangulationPoint ep, TriangulationPoint eq, DelaunayTriangle ot, TriangulationPoint op)	PrivateStatic	0x08
DelaunayTriangle NextFlipTriangle(DTSweepContext tcx, const Orientation& o, DelaunayTriangle t, DelaunayTriangle ot, TriangulationPoint p, TriangulationPoint op)	PrivateStatic	0x08
void FlipScanEdgeEvent(DTSweepContext tcx, TriangulationPoint ep, TriangulationPoint eq, DelaunayTriangle flipTriangle, DelaunayTriangle t, TriangulationPoint p)	PrivateStatic	0x08
void FillAdvancingFront(DTSweepContext tcx, AdvancingFrontNode n)	PrivateStatic	0x08
void FillBasin(DTSweepContext tcx, AdvancingFrontNode node)	PrivateStatic	0x08
void FillBasinReq(DTSweepContext tcx, AdvancingFrontNode node)	PrivateStatic	0x08
bool IsShallow(DTSweepContext tcx, AdvancingFrontNode node)	PrivateStatic	0x08
double HoleAngle(AdvancingFrontNode node)	PrivateStatic	0x08
double BasinAngle(AdvancingFrontNode node)	PrivateStatic	0x08
void Fill(DTSweepContext tcx, AdvancingFrontNode node)	PrivateStatic	0x08
bool Legalize(DTSweepContext tcx, DelaunayTriangle t)	PrivateStatic	0x08
void RotateTrianglePair(DelaunayTriangle t, TriangulationPoint p, DelaunayTriangle ot, TriangulationPoint op)	PrivateStatic	0x08

// Pathfinding.Poly2Tri.DTSweep, Pathfinding.Poly2Tri
// size 0x0010 (16), inherited 0x0010
class DTSweep : public Object
{
public:
    double PI_div2;                                    // ????(0x08) Private Static Literal = 4609753056924675352
    double PI_3div4;                                   // ????(0x08) Private Static Literal = 4612488097114038738

    void Triangulate(DTSweepContext tcx); // 0x1d59170 [Public Static]
    void Sweep(DTSweepContext tcx); // 0x1d58f50 [Private Static]
    void FinalizationConvexHull(DTSweepContext tcx); // 0x1d56bd0 [Private Static]
    void TurnAdvancingFrontConvex(DTSweepContext tcx, AdvancingFrontNode b, AdvancingFrontNode c); // 0x1d591c0 [Private Static]
    void FinalizationPolygon(DTSweepContext tcx); // 0x1d573d0 [Private Static]
    AdvancingFrontNode PointEvent(DTSweepContext tcx, TriangulationPoint point); // 0x1d587d0 [Private Static]
    AdvancingFrontNode NewFrontTriangle(DTSweepContext tcx, TriangulationPoint point, AdvancingFrontNode node); // 0x1d582a0 [Private Static]
    void EdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d551e0 [Private Static]
    void FillEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d559f0 [Private Static]
    void FillRightConcaveEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d566c0 [Private Static]
    void FillRightConvexEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d567e0 [Private Static]
    void FillRightBelowEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d56480 [Private Static]
    void FillRightAboveEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d56330 [Private Static]
    void FillLeftConvexEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d56120 [Private Static]
    void FillLeftConcaveEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d56000 [Private Static]
    void FillLeftBelowEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d55dc0 [Private Static]
    void FillLeftAboveEdgeEvent(DTSweepContext tcx, DTSweepConstraint edge, AdvancingFrontNode node); // 0x1d55c70 [Private Static]
    bool IsEdgeSideOfTriangle(DelaunayTriangle triangle, TriangulationPoint ep, TriangulationPoint eq); // 0x1d57e40 [Private Static]
    void EdgeEvent(DTSweepContext tcx, TriangulationPoint ep, TriangulationPoint eq, DelaunayTriangle triangle, TriangulationPoint point); // 0x1d54f60 [Private Static]
    void SplitEdge(TriangulationPoint ep, TriangulationPoint eq, TriangulationPoint p); // 0x1d58e20 [Private Static]
    void FlipEdgeEvent(DTSweepContext tcx, TriangulationPoint ep, TriangulationPoint eq, DelaunayTriangle t, TriangulationPoint p); // 0x1d57550 [Private Static]
    TriangulationPoint NextFlipPoint(TriangulationPoint ep, TriangulationPoint eq, DelaunayTriangle ot, TriangulationPoint op); // 0x1d58510 [Private Static]
    DelaunayTriangle NextFlipTriangle(DTSweepContext tcx, Orientation o, DelaunayTriangle t, DelaunayTriangle ot, TriangulationPoint p, TriangulationPoint op); // 0x1d58660 [Private Static]
    void FlipScanEdgeEvent(DTSweepContext tcx, TriangulationPoint ep, TriangulationPoint eq, DelaunayTriangle flipTriangle, DelaunayTriangle t, TriangulationPoint p); // 0x1d57a30 [Private Static]
    void FillAdvancingFront(DTSweepContext tcx, AdvancingFrontNode n); // 0x1d55380 [Private Static]
    void FillBasin(DTSweepContext tcx, AdvancingFrontNode node); // 0x1d55730 [Private Static]
    void FillBasinReq(DTSweepContext tcx, AdvancingFrontNode node); // 0x1d55520 [Private Static]
    bool IsShallow(DTSweepContext tcx, AdvancingFrontNode node); // 0x1d57f40 [Private Static]
    double HoleAngle(AdvancingFrontNode node); // 0x1d57d10 [Private Static]
    double BasinAngle(AdvancingFrontNode node); // 0x1d54eb0 [Private Static]
    void Fill(DTSweepContext tcx, AdvancingFrontNode node); // 0x1d56a00 [Private Static]
    bool Legalize(DTSweepContext tcx, DelaunayTriangle t); // 0x1d57fb0 [Private Static]
    void RotateTrianglePair(DelaunayTriangle t, TriangulationPoint p, DelaunayTriangle ot, TriangulationPoint op); // 0x1d58b10 [Private Static]
};