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CATMecModUseItf Interface CATIMmiUsePointOnEdge

Usage: an implementation of this interface is supplied and you must use it as is. You should not reimplement it.

interface CATIMmiUsePointOnEdge

Interface to manage a point on edge BRep feature.
A point on edge BRep feature is made of a Redge feature support and a ratio. It is used to capture radius values for variable radius fillets.

See also:

Method Index

o GetPOEGNOrientation(CATEdge_var&,int&): Reads the local edge and the generic naming orientation of the edge.
o GetPOELocalRatio(CATEdge_var&,double&): Reads the local ration and the associated edge.
o GetPOELocalRatioFromPoint(CATMathPoint&,CATEdge_var&,double&): Computes the local ratio and the associated edge from a 3D point.
o GetPOEPointOnCurve(CATPointOnCurve_var&,CATCurve_var&,CATEdge_var&,int&): Reads the point on curve, the curve, the edge and the orientation of the curve according to the edge.
o GetPOERatio(double&): Returns the global ratio.
o GetPOERatioFromPoint(CATMathPoint&,double&): Computes the glogal ratio from a 3D point.
o GetPOESupport(CATIMmiUseMfBRep_var&): Returns the Redge feature support.
o GetPOEWire(CATWire_var&,CATEdge_var&,int&): Reads the wire and the orientation of the local edge according to the wire.
o IsPOESame(CATIMmiUsePointOnEdge_var&,CATBoolean&): Returns 1 if the points on edge are same.
o SetPOERatio(double): Sets the global ratio.

Methods

o GetPOEGNOrientation

public virtual GetPOEGNOrientation(		`oLocalEdge`,
		`oGNEdgeOrientation`)

Reads the local edge and the generic naming orientation of the edge.

Parameters:

oLocalEdge: Local edge.
oGNEdgeOrientation: Equal to 1 if the intrinsic orientation of the edge fits with its generic naming orientation, otherwise equal to -1.

o GetPOELocalRatio

public virtual GetPOELocalRatio(		`oLocalEdge`,
		`oLocalRatio`)

Reads the local ration and the associated edge.

Parameters:

oLocalEdge: CATEdge.
oLocalRatio: Local ratio.

o GetPOELocalRatioFromPoint

public virtual GetPOELocalRatioFromPoint(	const	`iPoint`,
		`oLocalEdge`,
		`oLocalRatio`)

Computes the local ratio and the associated edge from a 3D point.

Parameters:

iPoint: Point.
oLocalEdge: Edge associated with the local ratio.
oLocalRatio: Local ratio.

o GetPOEPointOnCurve

public virtual GetPOEPointOnCurve(		`oPointOnCurve`,
		`oLocalCurve`,
		`oLocalEdge`,
		`oOrientationEdgeCurve`)

Reads the point on curve, the curve, the edge and the orientation of the curve according to the edge.

Parameters:

oPointOnCurve: Point on curve.
oLocalCurve: Local curve.
oLocalEdge: Local edge.
oOrientationEdgeCurve: Equal to 1 if the intrinsic orientation of the edge fits with the curve orientation, otherwise equal to -1.

o GetPOERatio

public virtual GetPOERatio( oRatio)

Returns the global ratio.

o GetPOERatioFromPoint

public virtual GetPOERatioFromPoint(	const	`iPoint`,
		`oRatio`)

Computes the glogal ratio from a 3D point.

Parameters:

iPoint: Point.

o GetPOESupport

public virtual GetPOESupport( oFeat)

Returns the Redge feature support.

o GetPOEWire

public virtual GetPOEWire(		`oWire`,
		`oLocalEdge`,
		`oOrientationEdgeWire`)

Reads the wire and the orientation of the local edge according to the wire.

Parameters:

oWire: Topological wire.
oLocalEdge: Edge associated with the local ratio.
oOrientationEdgeWire: Equal to 1 if the intrinsic orientation of the edge fits with the wire orientation, otherwise equal to -1.

o IsPOESame

public virtual IsPOESame(	const	`iToCompare`,
		`oResult`)

Returns 1 if the points on edge are same.

Parameters:

iToCompare: Point on edge BRep feature to be compared to this.

o SetPOERatio

public virtual SetPOERatio( const iRatio)

Sets the global ratio.

Parameters:

iRatio: Ratio.

This object is included in the file: CATIMmiUsePointOnEdge.h
If needed, your Imakefile.mk should include the module: CATMecModUseItf