Simulation Object. More...

Inheritance diagram for Feel::Simget:

Collaboration diagram for Feel::Simget:

Methods
class	Application

double	M_meshSize

double	M_meshSizeInit

int	M_level

ptree::ptree	M_stats

virtual void	run ()=0
	simply execute the simget

virtual void	run (const double X, unsigned long P, double Y, unsigned long N)
	models the input/output relation \( Y=F(X) \)

void	print (std::ostream &out, std::vector< ptree::ptree > &stats)
	print statistics from simget

Simget &	changeRepository (boost::format fmt)
	change repository.

Constructors, destructor
	Simget ()
	constructor with a `variables_map`

virtual	~Simget ()
	destructor

Accessors
virtual std::string	name () const
	return the name of the simget

mpi::communicator	comm () const

po::variables_map const &	vm () const

AboutData const &	about () const

double	meshSize () const
	return the mesh size

double	meshSizeInit () const
	return the mesh size

int	level () const
	return the refinement level

ptree::ptree const &	stats () const
	return the statistics associated to the simget after calling run

ptree::ptree &	stats ()
	return the statistics associated to the simget after calling run

Mutators
void	setMeshSize (double h)
	set the mesh size

void	setMeshSizeInit (double h)
	set the initial mesh size

void	setLevel (int level)
	set the refinment level if applicable

Detailed Description

Simulation Object.

A Simget is an object that provides two flavors of run() member function

run() without any argument which simulates a blackbox \( F \) whitout any outputs or inputs
run( double* X, int P, double* Y, int N ) which simulates a blackbox with input/output relationship \( Y = F(X) \) with \( Y \in \mathbb{R}^N\) and \( X \in \mathbb{R}^P\).

Member Function Documentation

AboutData const & Feel::Simget::about ( ) const

mpi::communicator Feel::Simget::comm ( ) const

po::variables_map const & Feel::Simget::vm ( ) const