MR.Const_PlaneAccumulator Class Reference

Class to accumulate planes to find then their crossing point Generated from class MR.PlaneAccumulator. This is the const half of the class. More...

Inheritance diagram for MR.Const_PlaneAccumulator:

Classes
struct	_Underlying

Public Member Functions
virtual void	Dispose ()
unsafe	Const_PlaneAccumulator ()
	Constructs an empty (default-constructed) instance.
unsafe	Const_PlaneAccumulator (MR.Const_PlaneAccumulator _other)
	Generated from constructor MR.PlaneAccumulator.PlaneAccumulator.
unsafe MR.Vector3d	findBestCrossPoint (in MR.Vector3d p0, double tol, MR.Misc.InOut< int >? rank=null, MR.Misc.InOut< MR.Vector3d >? space=null)
	computes the point that minimizes the sum of squared distances to accumulated planes; if such point is not unique then returns the one closest to p0
unsafe MR.Vector3f	findBestCrossPoint (in MR.Vector3f p0, float tol, MR.Misc.InOut< int >? rank=null, MR.Misc.InOut< MR.Vector3f >? space=null)
	Generated from method MR.PlaneAccumulator.findBestCrossPoint.

Protected Member Functions
virtual unsafe void	Dispose (bool disposing)

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

Detailed Description

Class to accumulate planes to find then their crossing point Generated from class MR.PlaneAccumulator. This is the const half of the class.

Member Function Documentation

findBestCrossPoint()

unsafe MR.Vector3d MR.Const_PlaneAccumulator.findBestCrossPoint ( in MR.Vector3d p0, double tol, MR.Misc.InOut< int >? rank = null, MR.Misc.InOut< MR.Vector3d >? space = null )

inline

computes the point that minimizes the sum of squared distances to accumulated planes; if such point is not unique then returns the one closest to p0

Parameters

tol	relative epsilon-tolerance for too small number detection
rank	optional output for solution matrix rank according to given tolerance
space	rank=1: unit normal to solution plane, rank=2: unit direction of solution line, rank=3: zero vector Generated from method MR.PlaneAccumulator.findBestCrossPoint.

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

• MRBestFit.cs