#include <intersect.h>

Public Types
enum	TYPE { no_px_event = 0 , ppx_point = 1 , pcx_point = 2 , psx_point = 3 }

Public Member Functions
	ON_PX_EVENT ()

bool	IsValid (ON_TextLog text_log, double intersection_tolerance, const class ON_3dPoint pointA, const class ON_3dPoint pointB, const class ON_Curve curveB, const class ON_Interval curveB_domain, const class ON_Surface surfaceB, const class ON_Interval surfaceB_domain0, const class ON_Interval surfaceB_domain1) const

void	Dump (ON_TextLog &text_log) const

Static Public Member Functions
static int	Compare (const ON_PX_EVENT a, const ON_PX_EVENT b)

Data Fields
TYPE	m_type

ON_3dPoint	m_A

ON_3dPoint	m_B

ON_2dPoint	m_b

ON_3dPoint	m_Mid

double	m_radius

Detailed Description

The ON_PX_EVENT class is used to report point-point, point-curve and point-surface intersection events.

Definition at line 100 of file intersect.h.

Member Enumeration Documentation

◆ TYPE

enum TYPE

Enumerator
no_px_event
ppx_point	point-point intersection
pcx_point	point-curve intersection
psx_point	point-surface intersection

Definition at line 157 of file intersect.h.

Constructor & Destructor Documentation

◆ ON_PX_EVENT()

ON_PX_EVENT ( )

Default construction sets everything to zero.

Member Function Documentation

◆ Compare()

static int Compare	(	const ON_PX_EVENT *	a,
		const ON_PX_EVENT *	b
	)

static

Compares point intersection events and sorts them in the canonical order.

Return values

-1	this < other
0	this == other
+1	this > other

Remarks: ON_PX_EVENT::Compare is used to sort intersection events into canonical order.

◆ IsValid()

bool IsValid	(	ON_TextLog *	text_log,
		double	intersection_tolerance,
		const class ON_3dPoint *	pointA,
		const class ON_3dPoint *	pointB,
		const class ON_Curve *	curveB,
		const class ON_Interval *	curveB_domain,
		const class ON_Surface *	surfaceB,
		const class ON_Interval *	surfaceB_domain0,
		const class ON_Interval *	surfaceB_domain1
	)		const

Check point intersection event values to make sure they are valid.

Parameters

text_log	[in] If not null and an error is found, then a description of the error is printed to text_log.
intersection_tolerance	[in] 0.0 or value used in intersection calculation.
pointA	[in] NULL or pointA passed to intersection calculation.
pointB	[in] NULL or pointB passed to intersection calculation.
curveB	[in] NULL or curveB passed to intersection calculation.
curveB_domain	[in] NULL or curveB domain used in intersection calculation.
surfaceB	[in] NULL or surfaceB passed to intersection calculation.
surfaceB_domain0	[in] NULL or surfaceB "u" domain used in intersection calculation.
surfaceB_domain1	[in] NULL or surfaceB "v" domain used in intersection calculation.

Returns: True if event is valid.

◆ Dump()

void Dump ( ON_TextLog & text_log ) const

Field Documentation

◆ m_type

TYPE m_type

Definition at line 164 of file intersect.h.

◆ m_A

ON_3dPoint m_A

Point A in 3D space

Definition at line 166 of file intersect.h.

◆ m_B

ON_3dPoint m_B

Point B in 3D space

Definition at line 167 of file intersect.h.

◆ m_b

ON_2dPoint m_b

Point B in 2D space for the curve/surface For a curve, m_b[1] == 0 For a point, m_b[0] == m_b[1] == 0

Definition at line 169 of file intersect.h.

◆ m_Mid

ON_3dPoint m_Mid

The mid-point of Point A and Point B

Definition at line 174 of file intersect.h.

◆ m_radius

double m_radius

To trace the uncertainty area

Definition at line 175 of file intersect.h.

The documentation for this class was generated from the following file:

include/brep/intersect.h

Public Types

Public Member Functions

Static Public Member Functions

Data Fields