This class implements the forward calculation for a 1D isotropic MT model. More...

#include <Iso1DMTObjective.h>

Inheritance diagram for gplib::Iso1DMTObjective:

Public Member Functions
	Iso1DMTObjective (const MTStation &LocalMTData)

Iso1DMTObjective &	operator= (const Iso1DMTObjective &source)

	Iso1DMTObjective (const Iso1DMTObjective &Old)

virtual	~Iso1DMTObjective ()

virtual Iso1DMTObjective *	clone () const
	clone clones the current object, derived from GeneralObjective More...

virtual void	WriteModel (const std::string &filename)
	write the current model to a file More...

virtual void	WritePlot (const std::string &filename)
	write the current model for plotting to a file More...

virtual void	WriteData (const std::string &filename)
	Write current data to a file. More...

Public Member Functions inherited from gplib::C1DMTObjective
void	SetFitParameters (const datafuncvector_t TheDataV, const datafuncvector_t TheErrorV, const std::vector< double > TheErrLevel)
	function to set the parameters that determine the type of fit More...

void	AppendFitParameters (const datafunc_t TheDataFunc, const datafunc_t TheErrorFunc, const double TheErrLevel)

virtual void	SafeParallel (const ttranscribed &member)
	Calc misfit for a model given by member. More...

virtual double	PostParallel (const ttranscribed &member)
	All calculation has been done in SafeParallel we only return the stored result. More...

const datafuncvector_t &	GetErrorFunctions () const
	return a vector with pointers to the functions used to calculate the errors More...

	C1DMTObjective (const MTStation &LocalMTData)
	We need data to fit for any objective function, so we want it as constructor parameter, but no implicit conversion. More...

	C1DMTObjective (const C1DMTObjective &Old)

virtual	~C1DMTObjective ()

C1DMTObjective &	operator= (const C1DMTObjective &source)

Public Member Functions inherited from gplib::PlottableObjective
	PlottableObjective ()

	PlottableObjective (const PlottableObjective &Old)

PlottableObjective &	operator= (const PlottableObjective &source)

virtual	~PlottableObjective ()

Public Member Functions inherited from gplib::GeneralObjective
void	SetFitExponent (const int x)
	Set the Fit exponent. More...

int	GetFitExponent ()
	Get the Fit exponent. More...

double	GetRMS ()
	Get the current RMS. More...

const std::string &	GetParallelID ()
	Derived classes need to read the ParallelId for their forward calculations. More...

void	SetParallelID (const std::string &s)
	We need to set the parallel ID outside the Objective function object. More...

const tmisfit &	GetMisfit ()
	Return the misfit vector. More...

const tdata &	GetSynthData ()
	Return the current synthetic data. More...

virtual void	PreParallel (const ttranscribed &member)
	Some operations cannot be done in parallel, these are done before. More...

double	CalcPerformance (const ttranscribed &member)
	For serial execution CalcPerformance calls the three Parallel functions for more convenient use. More...

	GeneralObjective ()

	GeneralObjective (const GeneralObjective &Old)

GeneralObjective &	operator= (const GeneralObjective &source)

virtual	~GeneralObjective ()

Additional Inherited Members
Public Types inherited from gplib::C1DMTObjective
typedef boost::function < double(const MTTensor *const )>	datafunc_t
	A function that returns a real valued quantity calculated from an MT impedance tensor. More...

typedef std::vector< datafunc_t >	datafuncvector_t
	A vector of MT data functions. This is used to store the types of data to fit. More...

Protected Member Functions inherited from gplib::GeneralObjective
double	CalcMisfit (const double measured, const double predicted, const double measerror, const double errorlevel, const int index)

void	SetRMS (const double x)

tmisfit &	SetMisfit ()
	Only derived classes can write access the Misfit. More...

void	SetMisfit (const tmisfit &LocalMisfit)

tdata &	SetSynthData ()
	Only derived classes can write access the Synthetic data. More...

void	SetSynthData (const tdata &LocalSynthData)

Detailed Description

This class implements the forward calculation for a 1D isotropic MT model.

Here we implement the specific calls to generate data for a 1D isotropic model, the misfit and the type of data to fit are all set and calculated in the base class C1DMTObjective

Definition at line 13 of file Iso1DMTObjective.h.