Classes
class	GE_Triangle3D
struct	GE_HitInfo
Enumerations
enum	EVALUE { DC_DISJOINT = 100, DC_COLLINEAR = 101, DC_ERROR_NUMERIC = 102, GE_INTERSECT_SEGMENT = 103, DC_INTERSECT_RAY = 104, DC_INTERSECT_LINE = 105 }
Functions
DCR CR_API	CR_Intersect2D_VxV (const core::CR_Vector2D &_v0, const core::CR_Vector2D &_v1)
	Intersection between two vectors.
DCR CR_API	CR_Intersect2D_SxV (const GE_Segment2D &_s0, const CR_Vector2D &_v1)
	Intersection between a vector and a segment.
DCR CR_API	CR_Intersect2D_SxS (const GE_Segment2D &_s0, const CR_Vector2D &_v1)
DCR CR_API	CR_Intersect2D_RxV (const GE_Segment2D &_s0, const CR_Vector2D &_v1)
DCR CR_API	CR_Intersect2D_RxS (const GE_Segment2D &_s0, const CR_Vector2D &_v1)
DCR CR_API	CR_Intersect2D_RxR (const GE_Segment2D &_s0, const CR_Vector2D &_v1)
DCR CR_API	CR_Intersect2D_LxL (const GE_Segment2D &_s0, const Triangle2D &_v1)
DCR GE_API	ge_Intersect_SegmentSegment2D (const GE_Segment2D &_s0, const GE_Segment2D &_s1, core::CR_Vector2D &_vOut)
DCR GE_API	ge_Intersect_SegmentSegment2D (const GE_Segment2D &_s0, const GE_Segment2D &_s1, core::CR_Vector2D &_vOut, float *_fOut)
DCR GE_API	ge_Intersect_TriangleTriangle2D (Triangle2D &_tTarget, Triangle2D &_tSource, core::CR_Vector2D *_vIntersectOut, int &_nPointOut)
DCR GE_API	ge_Intersect_SegmentPlane (const GE_Segment3D &_s, const GE_Plane3D &_p, Vector3D &_vOut, float *_fOut)
DCR GE_API	ge_Intersect_SegmentTriangle (const GE_Segment3D &_s, const Triangle3D &_t, Vector3D &_vOut, Real _fOut, Real _ftOut)
DCR GE_API	ge_Intersect_LineTriangle (const GE_Line3D &_l, const GE_Plane3D &_p, Vector3D &_vOut)
DCR GE_API	ge_Intersect_PlanePlane (const GE_Plane3D &_p0, const GE_Plane3D &_p1, GE_Line3D &_lOut)
int	ge_Intersect_TT2D_Flags (const Triangle2D &_t, const CR_Vector2D &_v)
DCR	ge_Intersect_TT2D_Edge (const Triangle2D &_t, const GE_Segment2D &_s, int _flCombined, int _eID, int &_nHits, GE_HitInfo *_info)
DCR GE_API	ge_Project_PointSegment2D (const CR_Vector2D &_v, const GE_Segment2D &_s, float &_fDistOut, CR_Vector2D *_vBaseOut)

Enumeration Type Documentation

enum darc::geometry::EVALUE

Enumerator:

DC_DISJOINT
DC_COLLINEAR
DC_ERROR_NUMERIC
GE_INTERSECT_SEGMENT
DC_INTERSECT_RAY
DC_INTERSECT_LINE

Function Documentation

DCR CR_API darc::geometry::CR_Intersect2D_LxL	(	const GE_Segment2D &	_s0,
		const Triangle2D &	_v1
	)

DCR CR_API darc::geometry::CR_Intersect2D_RxR	(	const GE_Segment2D &	_s0,
		const CR_Vector2D &	_v1
	)

DCR CR_API darc::geometry::CR_Intersect2D_RxS	(	const GE_Segment2D &	_s0,
		const CR_Vector2D &	_v1
	)

DCR CR_API darc::geometry::CR_Intersect2D_RxV	(	const GE_Segment2D &	_s0,
		const CR_Vector2D &	_v1
	)

DCR CR_API darc::geometry::CR_Intersect2D_SxS	(	const GE_Segment2D &	_s0,
		const CR_Vector2D &	_v1
	)

DCR CR_API darc::geometry::CR_Intersect2D_SxV	(	const GE_Segment2D &	_s0,
		const CR_Vector2D &	_v1
	)

Intersection between a vector and a segment.

In the case of collinearity, the function calculates the parametric coordinate of the intersection point. A value of 0.0 represents the first point of the segment, 1.0 the second one.

DCR CR_API darc::geometry::CR_Intersect2D_VxV	(	const core::CR_Vector2D &	_v0,
		const core::CR_Vector2D &	_v1
	)

Intersection between two vectors.

DCR GE_API darc::geometry::ge_Intersect_LineTriangle	(	const GE_Line3D &	_l,
		const GE_Plane3D &	_p,
		Vector3D &	_vOut
	)

Intersection between line and triangle.

DCR GE_API darc::geometry::ge_Intersect_PlanePlane	(	const GE_Plane3D &	_p0,
		const GE_Plane3D &	_p1,
		GE_Line3D &	_lOut
	)

Intersection between two triangles. Intersection between two triangles. Intersection between two planes.

Intersection between two planes.

DCR GE_API darc::geometry::ge_Intersect_SegmentPlane	(	const GE_Segment3D &	_s,
		const GE_Plane3D &	_p,
		Vector3D &	_vOut,
		float *	_fOut
	)

Intersection between a segment and plane including scaling factor. The result can be GE_DISJOINT, GE_COLLINEAR or DC_OK

DCR GE_API darc::geometry::ge_Intersect_SegmentSegment2D	(	const GE_Segment2D &	_s0,
		const GE_Segment2D &	_s1,
		core::CR_Vector2D &	_vOut
	)

DCR GE_API darc::geometry::ge_Intersect_SegmentSegment2D	(	const GE_Segment2D &	_s0,
		const GE_Segment2D &	_s1,
		core::CR_Vector2D &	_vOut,
		float *	_fOut
	)

Intersection between two segments including scaling factors.

DCR GE_API darc::geometry::ge_Intersect_SegmentTriangle	(	const GE_Segment3D &	_s,
		const Triangle3D &	_t,
		Vector3D &	_vOut,
		Real *	_fOut,
		Real *	_ftOut
	)

Intersection between a segment and triangle including scaling factors. The result can be GE_DISJOINT, GE_COLLINEAR or DC_OK.

Parameters:

_fOut	Scaling factor for the segment. Make room for one float.
_ftOut	Scaling factors for the triangle. Make room for two floats.

DCR GE_API darc::geometry::ge_Intersect_TriangleTriangle2D	(	Triangle2D &	_tTarget,
		Triangle2D &	_tSource,
		core::CR_Vector2D *	_vIntersectOut,
		int &	_nPointOut
	)

This function computes the overlapping area of 2 triangles. The vertices of both source and target triangle may be reordered during the process.

Parameters:

_vOutline	External array where the points (up to six) of the intersection area will be stored.
_nHit	Number of points defining the intersection area.

DCR darc::geometry::ge_Intersect_TT2D_Edge	(	const Triangle2D &	_t,
		const GE_Segment2D &	_s,
		int	_flCombined,
		int	_eID,
		int &	_nHits,
		GE_HitInfo *	_info
	)

This function computes all intersections between an edge and all edges of a target triangle, and resorts by distance if necessary. A maximum number of 2 intersections is possible

Parameters:

__flCombined	The OR combined flags of the source edge.
_eID	The ID of the source edge.

int darc::geometry::ge_Intersect_TT2D_Flags	(	const Triangle2D &	_t,
		const CR_Vector2D &	_v
	)

This function computes the positional flags of a vertex in relation to a triangle

DCR GE_API darc::geometry::ge_Project_PointSegment2D	(	const CR_Vector2D &	_v,
		const GE_Segment2D &	_s,
		float &	_fDistOut,
		CR_Vector2D *	_vBaseOut
	)

Classes

Enumerations

Functions

Enumeration Type Documentation

Function Documentation