Inheritance diagram for GIMLI::TransMult< Vec >:

Collaboration diagram for GIMLI::TransMult< Vec >:

Public Member Functions
	TransMult (Trans< Vec > &T1, Trans< Vec > &T2)

virtual Vec	trans (const Vec &a) const

virtual Vec	deriv (const Vec &a) const

Public Member Functions inherited from GIMLI::TransNewton< Vec >
	TransNewton (const int maxiter=10)

virtual Vec	invTrans (const Vec &a) const

Public Member Functions inherited from GIMLI::Trans< Vec >
	Trans ()

virtual	~Trans ()

virtual Vec	operator() (const Vec &a) const

virtual double	operator() (double x) const

Vec	fwd (const Vec &f) const

double	fwd (double f) const

Vec	inv (const Vec &f) const

double	inv (double f) const

virtual double	trans (double x) const

virtual double	invTrans (double f) const

Vec	update (const Vec &a, const Vec &b) const

Vec	error (const Vec &a, const Vec &daBya) const

Vec	error_brute (const Vec &a, const Vec &daBya) const

Protected Attributes
Trans< Vec > *	T1_

Trans< Vec > *	T2_

Protected Attributes inherited from GIMLI::TransNewton< Vec >
int	maxiter_

Detailed Description

Two multiplied TF's f(a) = f1(a) * f2(a) (not necessarily stable).

Member Function Documentation

template<class Vec >

virtual Vec GIMLI::TransMult< Vec >::deriv ( const Vec & x ) const

inlinevirtual

Return derivative $\frac{\partial f}{\partial x}(x)$

template<class Vec >

virtual Vec GIMLI::TransMult< Vec >::trans ( const Vec & x ) const

inlinevirtual

Apply and return the transformation. Return $ f(x) $