MPM Class Reference

Components and algorithms of the MPM This class contain the basic objects of a MPM model, and the operations between them. More...

#include <MPM.h>

Collaboration diagram for MPM:

Public Member Functions
	MPM ()
	Default constructor.
virtual	~MPM ()
	Default destructor.
void	readInputFile (int argument_counter, char **argument_vector)
	Read the input file of the model.
void	createModel ()
	Create the numerical MPM model.
void	solve ()
	Solve the problem in time.
void	end ()
	Finish all program structure.
void	loadState ()
	Load model state.
void	saveState ()
	Save model state.

Private Member Functions
void	setSimulationTime ()
	Configure the simulation time.
void	setSolver ()
	Configure the solver of the model.
void	setupMesh ()
	Configure the mesh.
void	setupTerrainContact ()
	Configure Terrain contact.
void	setupMaterialList ()
	Configures the material list.
void	setupBodyList ()
	Configure the body list.
void	createBodies ()
	Create bodies.
void	setTimeStep ()
	Configure the time step.
void	setInterpolationFunctions ()
	Configure the interpolation functions.
void	setupParticles ()
	Configure particles.
void	setupLoads ()
	Configure loads in the model.
void	setupResults ()
	Configure results to be written.
void	setupDamping ()
	Configure damping forces.
void	setNumberPhasesInSimulation ()
	Configure number of phases in the simulation.
void	setThreads ()
	Configure number of threads.
bool	getSeismicAnalysis ()
	Get seismic analysis active.
void	setSeismicAnalysis (bool)
	Set seismic analysis active.

Private Attributes
Mesh	mesh
	background grid mesh
TerrainContact *	terrainContact
	terrain contact object
vector< Body * >	bodies
	bodies discretized by material points
vector< Particle * >	particles
	material points list
vector< Material * >	materials
	bodies discretized by material points
Solver *	solver
	operation for solve the equations in time

Detailed Description

Components and algorithms of the MPM This class contain the basic objects of a MPM model, and the operations between them.

Constructor & Destructor Documentation

MPM()

MPM::MPM

(

)

Default constructor.

~MPM()

virtual MPM::~MPM ( )

virtual

Default destructor.

Member Function Documentation

createBodies()

void MPM::createBodies ( )

private

Create bodies.

createModel()

void MPM::createModel

(

)

Create the numerical MPM model.

end()

void MPM::end

(

)

Finish all program structure.

getSeismicAnalysis()

bool MPM::getSeismicAnalysis ( )

private

Get seismic analysis active.

loadState()

void MPM::loadState

(

)

Load model state.

readInputFile()

void MPM::readInputFile	(	int	argument_counter,
		char **	argument_vector )

Read the input file of the model.

Parameters

[in]	argument_counter	Argument counter
[in]	argument_vector	Argument vector

saveState()

void MPM::saveState

(

)

Save model state.

setInterpolationFunctions()

void MPM::setInterpolationFunctions ( )

private

Configure the interpolation functions.

setNumberPhasesInSimulation()

void MPM::setNumberPhasesInSimulation ( )

private

Configure number of phases in the simulation.

setSeismicAnalysis()

void MPM::setSeismicAnalysis ( bool )

private

Set seismic analysis active.

setSimulationTime()

void MPM::setSimulationTime ( )

private

Configure the simulation time.

setSolver()

void MPM::setSolver ( )

private

Configure the solver of the model.

setThreads()

void MPM::setThreads ( )

private

Configure number of threads.

setTimeStep()

void MPM::setTimeStep ( )

private

Configure the time step.

setupBodyList()

void MPM::setupBodyList ( )

private

Configure the body list.

setupDamping()

void MPM::setupDamping ( )

private

Configure damping forces.

setupLoads()

void MPM::setupLoads ( )

private

Configure loads in the model.

setupMaterialList()

void MPM::setupMaterialList ( )

private

Configures the material list.

setupMesh()

void MPM::setupMesh ( )

private

Configure the mesh.

setupParticles()

void MPM::setupParticles ( )

private

Configure particles.

setupResults()

void MPM::setupResults ( )

private

Configure results to be written.

setupTerrainContact()

void MPM::setupTerrainContact ( )

private

Configure Terrain contact.

solve()

void MPM::solve

(

)

Solve the problem in time.

Member Data Documentation

bodies

vector<Body*> MPM::bodies

private

bodies discretized by material points

materials

vector<Material*> MPM::materials

private

bodies discretized by material points

mesh

Mesh MPM::mesh

private

background grid mesh

particles

vector<Particle*> MPM::particles

private

material points list

solver

Solver* MPM::solver

private

operation for solve the equations in time

terrainContact

TerrainContact* MPM::terrainContact

private

terrain contact object

---

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

• MPM.h