C# Class BRDFLafortuneFitting.LevenbergMarquardt

Afficher le fichier Open project: Patapom/GodComplex

Protected Properties

Свойство	Type	Description
b	double
m_AbsoluteAccuracy	double
m_AbsoluteGradTolerance	double
m_AbsoluteTolerance	Vector
m_AchievedAccuracy	double
m_AchievedGradTolerance	double
m_AchievedTolerance	Vector
m_Constraints	Constraints
m_Delta	Vector
m_Diagonal	Vector
m_Dimension	int
m_Direction	Vector
m_Estimator	IChatte
m_FunctionValues	Vector
m_FunctionValuesEx	Vector
m_InitialLambda	double
m_InitialPoint	Vector
m_IterationsCount	int
m_Jacobian	System.Matrix
m_JacobianEx	System.Matrix
m_Lambda	double
m_MaxIterations	int
m_MinPoint	Vector
m_MinValue	double
m_ParametersCount	int
m_PredictedReduction	double
m_PreviousMinPoint	Vector
m_PreviousMinValue	double
m_Reduction	double
m_RelativeAccuracy	double
m_RelativeTolerance	Vector
m_RepeatedConvergenceFailures	int
m_RepeatedLineSearchFailures	int
m_Scale	Vector
m_TempPoint	Vector
m_TotalAccuracy	double
m_TotalTolerance	Vector
ro	double

Méthodes publiques

Méthode	Description
Init ( int _Dimension, int _ParametersCount, int _MaxIterations ) : void	Initializes the solver
LevenbergMarquardt ( ) : System
Solve ( Vector _InitialGuess, IChatte _Estimator ) : void	Solves the problem

Méthodes protégées

Méthode	Description
Complete ( ) : void
PrepareStep ( ) : void
Reset ( ) : void
SetData ( Vector _Point ) : void
Step ( ) : void
UpdateMin ( ) : void
UpdateScaling ( ) : void
UpdateTrustRegion ( ) : void
convertToTransformedArg ( Vector x, int i ) : double

Method Details

Complete() protected méthode

protected Complete ( ) : void
Résultat	void

Init() public méthode

Initializes the solver

public Init ( int _Dimension, int _ParametersCount, int _MaxIterations ) : void
_Dimension	int	Size of the dataset to solve against (i.e. amount of data points to fit against)
_ParametersCount	int	Size of the vector to solve for (i.e. amount of unknowns to fit)
_MaxIterations	int	Maximum amount of iterations to perform (20 iters significantly increases error vs. 100, a standard value is 45)
Résultat	void

LevenbergMarquardt() public méthode

public LevenbergMarquardt ( ) : System
Résultat	System

PrepareStep() protected méthode

protected PrepareStep ( ) : void
Résultat	void

Reset() protected méthode

protected Reset ( ) : void
Résultat	void

SetData() protected méthode

protected SetData ( Vector _Point ) : void
_Point	Vector
Résultat	void

Solve() public méthode

Solves the problem

public Solve ( Vector _InitialGuess, IChatte _Estimator ) : void
_InitialGuess	Vector
_Estimator	IChatte
Résultat	void

Step() protected méthode

protected Step ( ) : void
Résultat	void

UpdateMin() protected méthode

protected UpdateMin ( ) : void
Résultat	void

UpdateScaling() protected méthode

protected UpdateScaling ( ) : void
Résultat	void

UpdateTrustRegion() protected méthode

protected UpdateTrustRegion ( ) : void
Résultat	void

convertToTransformedArg() protected méthode

protected convertToTransformedArg ( Vector x, int i ) : double
x	Vector
i	int
Résultat	double

Property Details

b protected_oe property

protected double b
Résultat	double

m_AbsoluteAccuracy protected_oe property

protected double m_AbsoluteAccuracy
Résultat	double

m_AbsoluteGradTolerance protected_oe property

protected double m_AbsoluteGradTolerance
Résultat	double

m_AbsoluteTolerance protected_oe property

protected Vector m_AbsoluteTolerance
Résultat	Vector

m_AchievedAccuracy protected_oe property

protected double m_AchievedAccuracy
Résultat	double

m_AchievedGradTolerance protected_oe property

protected double m_AchievedGradTolerance
Résultat	double

m_AchievedTolerance protected_oe property

protected Vector m_AchievedTolerance
Résultat	Vector

m_Constraints protected_oe property

protected Constraints m_Constraints
Résultat	Constraints

m_Delta protected_oe property

protected Vector m_Delta
Résultat	Vector

m_Diagonal protected_oe property

protected Vector m_Diagonal
Résultat	Vector

m_Dimension protected_oe property

protected int m_Dimension
Résultat	int

m_Direction protected_oe property

protected Vector m_Direction
Résultat	Vector

m_Estimator protected_oe property

protected IChatte m_Estimator
Résultat	IChatte

m_FunctionValues protected_oe property

protected Vector m_FunctionValues
Résultat	Vector

m_FunctionValuesEx protected_oe property

protected Vector m_FunctionValuesEx
Résultat	Vector

m_InitialLambda protected_oe property

protected double m_InitialLambda
Résultat	double

m_InitialPoint protected_oe property

protected Vector m_InitialPoint
Résultat	Vector

m_IterationsCount protected_oe property

protected int m_IterationsCount
Résultat	int

m_Jacobian protected_oe property

protected Matrix,System m_Jacobian
Résultat	System.Matrix

m_JacobianEx protected_oe property

protected Matrix,System m_JacobianEx
Résultat	System.Matrix

m_Lambda protected_oe property

protected double m_Lambda
Résultat	double

m_MaxIterations protected_oe property

protected int m_MaxIterations
Résultat	int

m_MinPoint protected_oe property

protected Vector m_MinPoint
Résultat	Vector

m_MinValue protected_oe property

protected double m_MinValue
Résultat	double

m_ParametersCount protected_oe property

protected int m_ParametersCount
Résultat	int

m_PredictedReduction protected_oe property

protected double m_PredictedReduction
Résultat	double

m_PreviousMinPoint protected_oe property

protected Vector m_PreviousMinPoint
Résultat	Vector

m_PreviousMinValue protected_oe property

protected double m_PreviousMinValue
Résultat	double

m_Reduction protected_oe property

protected double m_Reduction
Résultat	double

m_RelativeAccuracy protected_oe property

protected double m_RelativeAccuracy
Résultat	double

m_RelativeTolerance protected_oe property

protected Vector m_RelativeTolerance
Résultat	Vector

m_RepeatedConvergenceFailures protected_oe property

protected int m_RepeatedConvergenceFailures
Résultat	int

m_RepeatedLineSearchFailures protected_oe property

protected int m_RepeatedLineSearchFailures
Résultat	int

m_Scale protected_oe property

protected Vector m_Scale
Résultat	Vector

m_TempPoint protected_oe property

protected Vector m_TempPoint
Résultat	Vector

m_TotalAccuracy protected_oe property

protected double m_TotalAccuracy
Résultat	double

m_TotalTolerance protected_oe property

protected Vector m_TotalTolerance
Résultat	Vector

ro protected_oe property

protected double ro
Résultat	double