DynamicAnalysis Class Reference

Class for creating a dynamic analysis and updating the states variables in mesh. More...

#include <DynamicAnalysis.hpp>

Inheritance diagram for DynamicAnalysis:

Collaboration diagram for DynamicAnalysis:

Public Member Functions
	DynamicAnalysis (std::shared_ptr< Mesh > &mesh, std::shared_ptr< Algorithm > &algorithm, std::shared_ptr< Integrator > &integrator, std::shared_ptr< LoadCombo > &loadcombo, unsigned int nSteps=0)
	Creates a DynamicAnalysis object. More...
	~DynamicAnalysis ()
	Destroys this DynamicAnalysis object. More...
bool	Analyze ()
	Analyze the current incremental step. More...
void	UpdateDomain (unsigned int k)
	Performs changes in mesh. More...
Public Member Functions inherited from Analysis
	Analysis (std::shared_ptr< LoadCombo > &loadcombo, unsigned int nteps)
	Creates a Analysis object. More...
virtual	~Analysis ()=0
	Destroys this Analysis object. More...
void	UpdateMesh (std::shared_ptr< Mesh > &mesh, std::shared_ptr< Integrator > &integrator)
	Update internal variables in Mesh according to form of simulation. More...
void	SetRecorder (std::shared_ptr< Recorder > &recorder)
	Sets the recorder for the analysis. More...
std::string	GetCombinationName ()
	Returns the combination name. More...
void	ReducedParallelReaction (Eigen::VectorXd &Reaction)
	Construct the reaction vector force from each processor. More...

Private Attributes
unsigned int	NumberOfTimeSteps
	Total number of time increments. More...
std::shared_ptr< Mesh >	theMesh
	The finite element mesh: More...
std::shared_ptr< Algorithm >	theAlgorithm
	The linear system algorithm. More...
std::shared_ptr< Integrator >	theIntegrator
	The dynamic integrator method. More...

Additional Inherited Members
Protected Member Functions inherited from Analysis
void	StartRecorders (std::shared_ptr< Mesh > &mesh, unsigned int nsteps)
	Initialize recorder. More...
void	WriteRecorders (std::shared_ptr< Mesh > &mesh, unsigned int step)
	Writes information on the recorders. More...
void	EndRecorders ()
	Finalize recorder. More...
void	PrintProgress (unsigned int percent)
	Prints out solving bar for the analysis. More...

Detailed Description

Class for creating a dynamic analysis and updating the states variables in mesh.

See also

Analysis.hpp Integrator.hpp Algorithm.hpp Mesh.hpp

Constructor & Destructor Documentation

DynamicAnalysis()

DynamicAnalysis::DynamicAnalysis	(	std::shared_ptr< Mesh > &	mesh,
		std::shared_ptr< Algorithm > &	algorithm,
		std::shared_ptr< Integrator > &	integrator,
		std::shared_ptr< LoadCombo > &	loadcombo,
		unsigned int	nSteps = 0
	)

Creates a DynamicAnalysis object.

Parameters

mesh	Pointer to the Mesh container to extract Node and Element.
algorithm	Pointer to the Algorithm to solve the linear system.
integrator	Pointer to the Integrator to evolve the solution.
loadcombo	Pointer to the LoadCombo to load the finite element model.
nSteps	The current time step being solved.

Note

More details can be found at DynamicAnalysis.

See also

DynamicAnalysis::Mesh, DynamicAnalysis::theIntegrator.

~DynamicAnalysis()

DynamicAnalysis::~DynamicAnalysis

(

)

Destroys this DynamicAnalysis object.

Member Function Documentation

Analyze()

bool DynamicAnalysis::Analyze ( )

virtual

Analyze the current incremental step.

Returns

Whether or not the analysis was successful.

Note

More details can be found at DynamicAnalysis.

Implements Analysis.

UpdateDomain()

void DynamicAnalysis::UpdateDomain

(

unsigned int

k

)

Performs changes in mesh.

param k The time step to be updated.

Note

Changes in Node and Material at each Element are committed.

Member Data Documentation

NumberOfTimeSteps

unsigned int DynamicAnalysis::NumberOfTimeSteps

private

Total number of time increments.

theAlgorithm

std::shared_ptr<Algorithm> DynamicAnalysis::theAlgorithm

private

The linear system algorithm.

theIntegrator

std::shared_ptr<Integrator> DynamicAnalysis::theIntegrator

private

The dynamic integrator method.

theMesh

std::shared_ptr<Mesh> DynamicAnalysis::theMesh

private

The finite element mesh: