b2000::Solver Class Reference

A Solver instance executes an FE analysis. It is created and initialized by the Model instance and, using the Model, it obtains the Domain, IntialCondition, BoundaryCondition, etc. objects appropriate for the specified load case. More...

#include "b2solver.H"

Inheritance diagram for b2000::Solver:

Collaboration diagram for b2000::Solver:

Public Member Functions
void	set_model (Model &model)
	This function is called by the Model instance.
void	set_case (Case &b2case)
	Make this constant (TB).
const bool	IsLinear () const
bool	IsDynamic () const
bool	IsDamped () const
bool	IsImplicit () const
virtual void	solve ()=0
	This function is usually called by the Model instance.
Public Member Functions inherited from b2000::Object
virtual const std::string &	get_object_name () const
virtual	~Object ()

Protected Member Functions
virtual bool	solve_iteration ()=0
	This function is called by the Solver instance itself.
virtual void	InitializeSolverOnCase ()
	Initializes the member variables of class Solver for the case at hand.

Protected Attributes
Model *	model_ {}
Case *	case_ {}
	This also.
double	time_ {}
	Pseudo time in case of stationary analyses.
double	time_max_ {1.0}
	End time of simulation.
double	step_size_ {1.0}
	step size of the simulation.
size_t	total_num_dof_ {}
	Total number of all degrees of freedom of the system.
size_t	effective_num_dof_ {}
	Number of "true" unknowns of the global system.
int	current_stage_ {}
	Current stage number of current case.

Additional Inherited Members
Static Public Attributes inherited from b2000::Object
static ObjectType	type

Detailed Description

A Solver instance executes an FE analysis. It is created and initialized by the Model instance and, using the Model, it obtains the Domain, IntialCondition, BoundaryCondition, etc. objects appropriate for the specified load case.

Member Function Documentation

InitializeSolverOnCase()

void b2000::Solver::InitializeSolverOnCase ( )

inlineprotectedvirtual

Initializes the member variables of class Solver for the case at hand.

Parameters

dof	Vector containing displacements, velocities and accelerations at time t_n+1.

IsDamped()

bool b2000::Solver::IsDamped ( ) const

inline

Returns

true if and only if the solver constains damping terms.

IsDynamic()

bool b2000::Solver::IsDynamic ( ) const

inline

Returns

true if and only if the solver can solve dynamic problems.

IsImplicit()

bool b2000::Solver::IsImplicit ( ) const

inline

Returns

true the solver is implicit.

IsLinear()

const bool b2000::Solver::IsLinear ( ) const

inline

Returns

true if and only if the solver can only solve linear problems.

set_case()

void b2000::Solver::set_case ( Case &  b2case )

inline

Make this constant (TB).

This function is called by the Model instance.

Member Data Documentation

model_

Model* b2000::Solver::model_ {}

protected

This should be std::shared_ptr or (better) a reference (TB)

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

• model/b2solver.H
• model/b2solver.C