IMNMeshUtilities10 Class Reference

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Detailed Description

Extends the MNMeshUtilities class, adding new functionality applied on a MNMesh.

Usage:

        IMNMeshUtilities10* l_mesh10 = static_cast<IMNMeshUtilities10*>(mesh.GetInterface( IMNMESHUTILITIES10_INTERFACE_ID ));

See IMNMeshUtilities8 for details on using this interface.

#include <mnmesh.h>

Inheritance diagram for IMNMeshUtilities10:

List of all members.

Public Member Functions
Interface_ID	GetID ()
virtual bool	ChamferEdges (const DWORD in_flag, MNChamferData10 &in_mcd, const bool in_open, const int in_segments)=0
	Chamfers mesh edges like MNMesh::ChamferEdges.
virtual bool	ConstrainDeltaToNormals (Tab< Point3 > *deltaIn, Tab< Point3 > *deltaOut)=0
	Constrains the positional offsets given for each vertex so that they are limited to travel along each corresponding vertex normal.

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Member Function Documentation

Interface_ID GetID

(

)

[inline, virtual]

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Remarks:

This method returns the unique interface ID.

Reimplemented from BaseInterface.

{ return IMNMESHUTILITIES10_INTERFACE_ID; }

virtual bool ChamferEdges	(	const DWORD	in_flag,
		MNChamferData10 &	in_mcd,
		const bool	in_open,
		const int	in_segments
	)		[pure virtual]

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Chamfers mesh edges like MNMesh::ChamferEdges.

Returns:

true if the chamfer operation was successful

false if the chamfer operation failed

Postcondition:

the mesh geometry is valid, even if the operation failed

Parameters:

[in]	in_flag	the edge flag used. See MNEdge for a description of flag values.
[in]	in_mcd	the chamfer data.
[in]	in_open	If true, the newly created faces are removed, creating a hole between chamfered edges.
[in]	in_segments	The number of new edges to create per selected edge. If in_segments < 1, then behave as though in_segments = 1.

virtual bool ConstrainDeltaToNormals	(	Tab< Point3 > *	deltaIn,
		Tab< Point3 > *	deltaOut
	)		[pure virtual]

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Constrains the positional offsets given for each vertex so that they are limited to travel along each corresponding vertex normal.

Parameters:

[in]	deltaIn	A tab of positional changes for each vertex in the mesh. If the count of deltaIn is different than the number of vertices in the mesh, the function will return false.
[out]	deltaOut	A tab of the resulting positional changes for each vertex in the mesh after the incoming changes in deltaIn are constrained by the vertex normal. The deltaOut parameter maybe equal to deltaIn parameter. The count of the deltaOut parameter will get modified so that it's the same as number of vertices in the mesh.

Returns:

Returns true if the function succeeds false if it doesn't for any reason.