NXOpen::Routing::DiscontinuityCornerCollection Class Reference

Represents a collection of Routing::DiscontinuityCorner objects. More...

Inheritance diagram for NXOpen::Routing::DiscontinuityCornerCollection:

Classes
class	iterator
	Iterator for accessing the contents of the collection. More...

Public Member Functions
bool	AreSegmentsDisconnected (NXOpen::Routing::SplineSegment *segment1, NXOpen::Routing::SplineSegment *segment2, NXOpen::Routing::ControlPoint *rcp)
	Checks whether segment1 and segment2 are disconnected at a control point due to a discontinuity corner.
iterator	begin ()
	Returns an iterator addressing the first element.
NXOpen::Routing::DiscontinuityCorner *	Create (NXOpen::Routing::ControlPoint *rcp, NXOpen::Routing::ISegment *firstSegment, NXOpen::Routing::ISegment *secondSegment)
	Creates a discontinuity corner object at the given Routing::ControlPoint .
iterator	end ()
	Returns an iterator addressing one past the last element.
std::vector < NXOpen::Routing::DiscontinuityCorner * >	GetDiscontinuityCorners (NXOpen::Routing::ControlPoint *rcp)
	Return the discontinuity corners assigned to the input control point.
tag_t	Tag () const
	Returns the tag of this object.

Detailed Description

Represents a collection of Routing::DiscontinuityCorner objects.

To obtain an instance of this class, refer to Routing::RouteManager

Created in NX4.0.0.

Member Function Documentation

bool NXOpen::Routing::DiscontinuityCornerCollection::AreSegmentsDisconnected	(	NXOpen::Routing::SplineSegment *	segment1,
		NXOpen::Routing::SplineSegment *	segment2,
		NXOpen::Routing::ControlPoint *	rcp
	)

Checks whether segment1 and segment2 are disconnected at a control point due to a discontinuity corner.

Returns

TRUE: If the two segments are disconnected. FALSE: Otherwise .
Created in NX4.0.0.

License requirements : routing_advanced ("Routing Advanced"), routing_base ("Routing Basic")

Parameters

segment1	First segment associated with the corner.
segment2	The 2nd segment associated with the corner.
rcp	Control point.

iterator NXOpen::Routing::DiscontinuityCornerCollection::begin

(

)

Returns an iterator addressing the first element.

NXOpen::Routing::DiscontinuityCorner* NXOpen::Routing::DiscontinuityCornerCollection::Create	(	NXOpen::Routing::ControlPoint *	rcp,
		NXOpen::Routing::ISegment *	firstSegment,
		NXOpen::Routing::ISegment *	secondSegment
	)

Creates a discontinuity corner object at the given Routing::ControlPoint .

There must be two input Routing::ISegment objects, and they both must reference the input Routing::ControlPoint object.

Returns

The new disc corner object.
Created in NX4.0.0.

License requirements : routing_advanced ("Routing Advanced"), routing_base ("Routing Basic")

Parameters

rcp	rcp
firstSegment	first segment to form discontinuity on, must be attached to the input RCP.
secondSegment	second segment to form discontinuity on, must be attached to the input RCP.

iterator NXOpen::Routing::DiscontinuityCornerCollection::end

(

)

Returns an iterator addressing one past the last element.

std::vector<NXOpen::Routing::DiscontinuityCorner *> NXOpen::Routing::DiscontinuityCornerCollection::GetDiscontinuityCorners

(

NXOpen::Routing::ControlPoint *

rcp

)

Return the discontinuity corners assigned to the input control point.

There may be more than one discontinuity corner assigned to input control point. This may occur for example when four segments form a cross, the control point at the center may have two discontinuity corners assigned. One corner will force stock to split when crossing the horizontal segments, the other will cause stock to split when crossing the vertical segments.

Returns

Corner objects pointing to the rcp.
Created in NX4.0.0.

License requirements : routing_advanced ("Routing Advanced"), routing_base ("Routing Basic")

Parameters

rcp	The control point

tag_t NXOpen::Routing::DiscontinuityCornerCollection::Tag

(

)

const

Returns the tag of this object.

---

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

• Routing_DiscontinuityCornerCollection.hxx