Single oriented point or two oppositely charged points close together, representing a mesh part (one or more triangles) https://www.dgp.toronto.edu/projects/fast-winding-numbers/fast-winding-numbers-for-soups-and-clouds-siggraph-2018-barill-et-al.pdf Generated from class MR.Dipole. This is the const half of the class. More...

Inheritance diagram for MR.Const_Dipole:

Public Member Functions
virtual void	Dispose ()

unsafe	Const_Dipole ()
	Constructs an empty (default-constructed) instance.

unsafe	Const_Dipole (MR.Vector3f pos, float area, MR.Vector3f dirArea, float rr)
	Constructs `MR.Dipole` elementwise.

unsafe	Const_Dipole (MR.Const_Dipole _other)
	Generated from constructor `MR.Dipole.Dipole`.

unsafe bool	addIfGoodApprox (in MR.Vector3f q, float betaSq, ref float addTo)
	returns true if this dipole is good approximation for a point

Properties
unsafe ref readonly MR.Vector3f	pos `[get]`

unsafe float	area `[get]`

unsafe ref readonly MR.Vector3f	dirArea `[get]`

unsafe float	rr `[get]`

Properties inherited from MR.Misc.Object< Const_Dipole >
virtual bool	_IsOwning `[get]`
	Returns true if this is an owning instance, and when disposed, will destroy the underlying C++ instance. If false, we assume that the underlying C++ instance will live long enough.

Additional Inherited Members
Protected Attributes inherited from MR.Misc.Object< Const_Dipole >
bool	_IsOwningVal

Detailed Description

Single oriented point or two oppositely charged points close together, representing a mesh part (one or more triangles) https://www.dgp.toronto.edu/projects/fast-winding-numbers/fast-winding-numbers-for-soups-and-clouds-siggraph-2018-barill-et-al.pdf Generated from class MR.Dipole. This is the const half of the class.

Member Function Documentation

unsafe bool MR.Const_Dipole.addIfGoodApprox	(	in MR.Vector3f	q,
		float	betaSq,
		ref float	addTo )

inline

returns true if this dipole is good approximation for a point

Parameters

q;	and adds the contribution of this dipole to the winding number at point
q	to
addTo	Generated from method `MR.Dipole.addIfGoodApprox`.

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