CRhinoCCXEvent Class Reference

#include <RhinoSdkIntersect.h>

Public Types
enum	EVENT_TYPE { CCX_NO_EVENT = 0, CCX_POINT = 1, CCX_OVERLAP = 2, CCX_EVENT_TYPE__FORCE__INT = 0xFFFFFFFF }

Public Member Functions
int	Compare (const CRhinoCCXEvent &other) const

Public Attributes
ON_3dPoint	m_A [2]
	intersection point(s) on first curve More...
double	m_a [2]
	intersection parameter(s) on first curve More...
ON_3dPoint	m_B [2]
	intersection point(s) on second curve More...
double	m_b [2]
	intersection parameter(s on second curve More...
EVENT_TYPE	m_type

Detailed Description

Copyright (c) 1993-2017 Robert McNeel & Associates. All rights reserved. Rhinoceros is a registered trademark of Robert McNeel & Associates.

THIS SOFTWARE IS PROVIDED "AS IS" WITHOUT EXPRESS OR IMPLIED WARRANTY. ALL IMPLIED WARRANTIES OF FITNESS FOR ANY PARTICULAR PURPOSE AND OF MERCHANTABILITY ARE HEREBY DISCLAIMED.

For complete Rhino SDK copyright information see http://www.rhino3d.com/developer.

Member Enumeration Documentation

EVENT_TYPE

enum CRhinoCCXEvent::EVENT_TYPE

There are two valid curve-curve intersection events CCX_POINT - curves intersect in an isolated point a[0] = a[1] = first curve parameter A[0] = A[1] = intersection point on first curve b[0] = b[1] = second curve parameter B[0] = B[1] = intersection point on second curve

CCX_OVERLAP (a[0],a[1]) = first curve parameter range A[0] = intersection start point on first curve A[1] = intersection end point on first curve (b[0],b[1]) = second curve parameter range B[0] = intersection start point on second curve B[1] = intersection end point on second curve

Enumerator
CCX_NO_EVENT
CCX_POINT	curve-curve intersection point
CCX_OVERLAP	curve-curve intersection overlap
CCX_EVENT_TYPE__FORCE__INT

Member Function Documentation

Compare()

int CRhinoCCXEvent::Compare

(

const CRhinoCCXEvent &

other

)

const

Description: Compare "this" intersection event with "other". Parameters: other - [in] Returns: @untitled table -1 this < other 0 this = other +1 this > other Remarks: Compare is used to sort intersection events into canonical order.

Member Data Documentation

m_A

ON_3dPoint CRhinoCCXEvent::m_A[2]

intersection point(s) on first curve

m_a

double CRhinoCCXEvent::m_a[2]

intersection parameter(s) on first curve

m_B

ON_3dPoint CRhinoCCXEvent::m_B[2]

intersection point(s) on second curve

m_b

double CRhinoCCXEvent::m_b[2]

intersection parameter(s on second curve

m_type

EVENT_TYPE CRhinoCCXEvent::m_type