Data manager to collect the global simulation data. More...

#include <DataManager.h>

Collaboration diagram for data::DataManager:

Public Member Functions
	DataManager ()
	Constructor.

void	print (int nt=0, int lvl=0) const
	Prints the information about the instance of the object. More...

std::string	printStr (int nt=0, int lvl=0) const
	Returns the string containing information about the instance of the object. More...

Access to the deck objects
void	setModelDeckP (inp::ModelDeck *pointer)

inp::ModelDeck *	getModelDeckP ()

void	setOutputDeckP (inp::OutputDeck *pointer)

inp::OutputDeck *	getOutputDeckP ()

Access methods
void	setBodyForceP (std::vector< util::Point3 > *pointer)

std::vector< util::Point3 > *	getBodyForceP ()

void	setForceP (std::vector< util::Point3 > *pointer)

std::vector< util::Point3 > *	getForceP ()

void	setReactionForceP (std::vector< util::Point3 > *pointer)

std::vector< util::Point3 > *	getReactionForceP ()

void	setVelocityP (std::vector< util::Point3 > *pointer)

std::vector< util::Point3 > *	getVelocityP ()

void	setDisplacementP (std::vector< util::Point3 > *pointer)

std::vector< util::Point3 > *	getDisplacementP ()

void	setMeshP (fe::Mesh *d_mesh_p)

fe::Mesh *	getMeshP ()

void	setNeighborP (geometry::Neighbor *d_neighbor_p)

geometry::Neighbor *	getNeighborP ()

void	setVolumeCorrectionP (geometry::VolumeCorrection *pointer)

geometry::VolumeCorrection *	getVolumeCorrectionP ()

void	setFractureP (geometry::Fracture *pointer)

geometry::InteriorFlags *	getInteriorFlagsP ()

void	setInteriorFlagsP (geometry::InteriorFlags *pointer)

geometry::Fracture *	getFractureP ()

void	setStateBasedHelperFunctionsP (util::StateBasedHelperFunctions *pointer)

util::StateBasedHelperFunctions *	getStateBasedHelperFunctionsP ()

void	setDisplacementLoadingP (loading::ULoading *pointer)

loading::ULoading *	getDisplacementLoadingP ()

void	setForceLoadingP (loading::FLoading *pointer)

loading::FLoading *	getForceLoadingP ()

void	setExtensionP (std::vector< std::vector< double >> *pointer)

std::vector< std::vector< double > > *	getExtensionP ()

void	setStressTensorP (std::vector< util::Matrix33 > *pointer)

std::vector< util::Matrix33 > *	getStressTensorP ()

void	setStrainTensorP (std::vector< util::Matrix33 > *pointer)

std::vector< util::Matrix33 > *	getStrainTensorP ()

void	setDilatationP (std::vector< double > *pointer)

std::vector< double > *	getDilatationP ()

void	setWeightedVolP (std::vector< double > *pointer)

std::vector< double > *	getWeightedVolP ()

void	setTotalReactionForceP (std::vector< double > *pointer)

std::vector< double > *	getTotalReactionForceP ()

void	setStrainEnergyP (std::vector< float > *pointer)

std::vector< float > *	getStrainEnergyP ()

void	setWorkDoneP (std::vector< float > *pointer)

std::vector< float > *	getWorkDoneP ()

void	setPhiP (std::vector< float > *pointer)

std::vector< float > *	getPhiP ()

void	setDamageFunctionP (std::vector< float > *pointer)

std::vector< float > *	getDamageFunctionP ()

void	setBBFractureEnergyP (std::vector< float > *pointer)

std::vector< float > *	getBBFractureEnergyP ()

void	setFractureEnergyP (std::vector< float > *pointer)

std::vector< float > *	getFractureEnergyP ()

void	setKineticEnergyP (std::vector< float > *pointer)

std::vector< float > *	getKineticEnergyP ()

Private Attributes
Pointers to the deck objects
inp::ModelDeck *	d_modelDeck_p = nullptr
	Model deck.

inp::OutputDeck *	d_outputDeck_p = nullptr
	Output deck.

Pointers to the major simulation data
std::vector< util::Point3 > *	d_b_p = nullptr
	Pointer to the body force vector.

std::vector< util::Point3 > *	d_u_p = nullptr
	Pointer to the displacement vector.

std::vector< util::Point3 > *	d_v_p = nullptr
	Pointer to the velocity vector.

std::vector< util::Point3 > *	d_f_p = nullptr
	Pointer to the force vector.

std::vector< util::Point3 > *	d_reaction_force_p = nullptr
	Pointer to the reaction force.

std::vector< std::vector< double > > *	d_extension_p = nullptr
	Extension for the neighborhood of each node.

std::vector< double > *	d_dilatation_p = nullptr
	Dilatation of nodes.

std::vector< double > *	d_weighted_vol_p = nullptr
	Weighted volume.

std::vector< double >	d_thetaX
	Dilation. More...

std::vector< double >	d_mX
	Weighted volume. More...

std::vector< float > *	d_e_p = nullptr
	Pointer to the strain energy vector.

std::vector< double > *	d_total_reaction_force_p = nullptr
	Pointer to the total reaction force vector.

std::vector< float > *	d_w_p = nullptr
	Pointer to the Work done on each of the nodes.

std::vector< float > *	d_phi_p = nullptr
	Pointer to damage function $\phi$ at the nodes.

std::vector< float > *	d_Z_p = nullptr
	Pointer to damage function at the nodes.

std::vector< float > *	d_eFB_p = nullptr
	Pointer to bond-based fracture energy of the nodes.

std::vector< float > *	d_eF_p = nullptr
	Pointer to fracture energy of the nodes.

std::vector< float > *	d_ke_p = nullptr
	Pointer to the kinetic energy of the nodes.

std::vector< util::Matrix33 > *	d_strain_p = nullptr
	Pointer to the strain tensor vector.

std::vector< util::Matrix33 > *	d_stress_p = nullptr
	Pointer to the stress tensor vector.


fe::Mesh *	d_mesh_p = nullptr
	Pointer to Mesh object.

geometry::Neighbor *	d_neighbor_p = nullptr
	Pointer to Neighbor object.

geometry::VolumeCorrection *	d_volumeCorrection_p = nullptr
	Pointer to Volume Correction object.

geometry::Fracture *	d_fracture_p = nullptr
	Pointer to Fracture object.

geometry::InteriorFlags *	d_interiorFlags_p = nullptr
	Pointer to InteriorFlags object.

util::StateBasedHelperFunctions *	d_sbhelper_p = nullptr
	Pointer to StatebasedHelper function object.

loading::ULoading *	d_uLoading_p = nullptr
	Pointer to displacement Loading object.

loading::FLoading *	d_fLoading_p = nullptr
	Pointer to force Loading object.

Detailed Description

Data manager to collect the global simulation data.

Member Function Documentation

◆ getBBFractureEnergyP()

std::vector< float > * data::DataManager::getBBFractureEnergyP ( )

Get the pointer to bond-based fracture energy

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getBodyForceP()

std::vector< util::Point3 > * data::DataManager::getBodyForceP ( )

Get the pointer to the body force

Returns: pointer

◆ getDamageFunctionP()

std::vector< float > * data::DataManager::getDamageFunctionP ( )

Get the pointer to damage function

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getDilatationP()

std::vector< double > * data::DataManager::getDilatationP ( )

Get the pointer to dilatation

Returns: pointer

Referenced by util::StateBasedHelperFunctions::dilatation().

Here is the caller graph for this function:

◆ getDisplacementLoadingP()

loading::ULoading * data::DataManager::getDisplacementLoadingP ( )

Get the pointer to displacement loading object

Returns: pointer

◆ getDisplacementP()

std::vector< util::Point3 > * data::DataManager::getDisplacementP ( )

Get the pointer to displacement

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getExtensionP()

std::vector< std::vector< double > > * data::DataManager::getExtensionP ( )

Get the pointer to extension state

Returns: pointer

Referenced by util::StateBasedHelperFunctions::StateBasedHelperFunctions().

Here is the caller graph for this function:

◆ getForceLoadingP()

loading::FLoading * data::DataManager::getForceLoadingP ( )

Get the pointer to force loading object

Returns: pointer

◆ getForceP()

std::vector< util::Point3 > * data::DataManager::getForceP ( )

Get the pointer to force

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getFractureEnergyP()

std::vector< float > * data::DataManager::getFractureEnergyP ( )

Get the pointer to fracture energy

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getFractureP()

geometry::Fracture * data::DataManager::getFractureP ( )

Get the pointer to the mesh object

Returns: pointer

◆ getInteriorFlagsP()

geometry::InteriorFlags * data::DataManager::getInteriorFlagsP ( )

Get the pointer to volume correction

Returns: pointer

◆ getKineticEnergyP()

std::vector< float > * data::DataManager::getKineticEnergyP ( )

Get the pointer to kinetic energy

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getMeshP()

fe::Mesh * data::DataManager::getMeshP ( )

Get the pointer to the mesh object

Returns: pointer

Referenced by tools::pp::Compute::Compute(), util::StateBasedHelperFunctions::dilatation(), model::Output::Output(), material::pd::RNPBond::RNPBond(), util::StateBasedHelperFunctions::StateBasedHelperFunctions(), and geometry::VolumeCorrection::VolumeCorrection().

Here is the caller graph for this function:

◆ getModelDeckP()

inp::ModelDeck * data::DataManager::getModelDeckP ( )

Get the pointer to the model deck

Returns: pointer

Referenced by tools::pp::Compute::Compute(), material::pd::ElasticState::ElasticState(), model::FDModel< T >::FDModel(), material::pd::RNPBond::RNPBond(), util::StateBasedHelperFunctions::StateBasedHelperFunctions(), and geometry::VolumeCorrection::VolumeCorrection().

Here is the caller graph for this function:

◆ getNeighborP()

geometry::Neighbor * data::DataManager::getNeighborP ( )

Get the pointer to neighborhood object

Returns: pointer

Referenced by model::Output::Output(), and geometry::VolumeCorrection::VolumeCorrection().

Here is the caller graph for this function:

◆ getOutputDeckP()

inp::OutputDeck * data::DataManager::getOutputDeckP ( )

Get the pointer to the output deck

Returns: pointer

Referenced by material::pd::ElasticState::ElasticState().

Here is the caller graph for this function:

◆ getPhiP()

std::vector< float > * data::DataManager::getPhiP ( )

Get the pointer to phi

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getReactionForceP()

std::vector< util::Point3 > * data::DataManager::getReactionForceP ( )

Get the pointer to reaction force

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getStateBasedHelperFunctionsP()

util::StateBasedHelperFunctions * data::DataManager::getStateBasedHelperFunctionsP ( )

Get the pointer to state-nased helper functions

Returns: pointer

Referenced by material::pd::ElasticState::ElasticState().

Here is the caller graph for this function:

◆ getStrainEnergyP()

std::vector< float > * data::DataManager::getStrainEnergyP ( )

Get the pointer to strain energy

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getStrainTensorP()

std::vector< util::Matrix33 > * data::DataManager::getStrainTensorP ( )

Get the pointer to strain tensor

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getStressTensorP()

std::vector< util::Matrix33 > * data::DataManager::getStressTensorP ( )

Get the pointer to stress tensor

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getTotalReactionForceP()

std::vector< double > * data::DataManager::getTotalReactionForceP ( )

Get the pointer to total reaction force

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getVelocityP()

std::vector< util::Point3 > * data::DataManager::getVelocityP ( )

Get the pointer to velocity

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ getVolumeCorrectionP()

geometry::VolumeCorrection * data::DataManager::getVolumeCorrectionP ( )

Get the pointer to volume correction

Returns: pointer

◆ getWeightedVolP()

std::vector< double > * data::DataManager::getWeightedVolP ( )

Get the pointer to weighted volume data

Returns: pointer

◆ getWorkDoneP()

std::vector< float > * data::DataManager::getWorkDoneP ( )

Get the pointer to work done

Returns: pointer

Referenced by model::Output::Output().

Here is the caller graph for this function:

◆ print()

void data::DataManager::print	(	int	nt = `0`,
		int	lvl = `0`
	)		const

inline

Prints the information about the instance of the object.

Parameters

nt	Number of tabs to append before each line of string
lvl	Level of information sought (higher level means more information)

Here is the call graph for this function:

◆ printStr()

std::string data::DataManager::printStr	(	int	nt = `0`,
		int	lvl = `0`
	)		const

Returns the string containing information about the instance of the object.

Parameters

nt	Number of tabs to append before each line of string
lvl	Level of information sought (higher level means more information)

Returns: string String containing information about this object

Referenced by print().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ setBBFractureEnergyP()

void data::DataManager::setBBFractureEnergyP ( std::vector< float > * pointer )

Sets the pointer to the bond-based fracture energy

Parameters

pointer Pointer

◆ setBodyForceP()

void data::DataManager::setBodyForceP ( std::vector< util::Point3 > * pointer )

Sets the body force pointer

Parameters

pointer Pointer

◆ setDamageFunctionP()

void data::DataManager::setDamageFunctionP ( std::vector< float > * pointer )

Sets the pointer to damage function

Parameters

pointer Pointer

◆ setDilatationP()

void data::DataManager::setDilatationP ( std::vector< double > * pointer )

Sets the pointer to the dilatation state

Parameters

pointer Pointer

Referenced by util::StateBasedHelperFunctions::dilatation().

Here is the caller graph for this function:

◆ setDisplacementLoadingP()

void data::DataManager::setDisplacementLoadingP ( loading::ULoading * pointer )

Sets the pointer to the displacement loading object

Parameters

pointer Pointer

◆ setDisplacementP()

void data::DataManager::setDisplacementP ( std::vector< util::Point3 > * pointer )

Sets the displacement pointer

Parameters

pointer Pointer

◆ setExtensionP()

void data::DataManager::setExtensionP ( std::vector< std::vector< double >> * pointer )

Sets the pointer to the extension state

Parameters

pointer Pointer

Referenced by util::StateBasedHelperFunctions::StateBasedHelperFunctions().

Here is the caller graph for this function:

◆ setForceLoadingP()

void data::DataManager::setForceLoadingP ( loading::FLoading * pointer )

Sets the pointer to the force loading object

Parameters

pointer Pointer

◆ setForceP()

void data::DataManager::setForceP ( std::vector< util::Point3 > * pointer )

Sets the force pointer

Parameters

pointer Pointer

◆ setFractureEnergyP()

void data::DataManager::setFractureEnergyP ( std::vector< float > * pointer )

Sets the pointer to the fracture energy

Parameters

pointer Pointer

◆ setFractureP()

void data::DataManager::setFractureP ( geometry::Fracture * pointer )

Sets the mesh pointer

Parameters

d_mesh_p Pointer to the mesh object

◆ setInteriorFlagsP()

void data::DataManager::setInteriorFlagsP ( geometry::InteriorFlags * pointer )

Sets the mesh pointer

Parameters

d_mesh_p Pointer to the mesh object

◆ setKineticEnergyP()

void data::DataManager::setKineticEnergyP ( std::vector< float > * pointer )

Sets the pointer to the kinetic energy

Parameters

pointer Pointer

◆ setMeshP()

void data::DataManager::setMeshP ( fe::Mesh * d_mesh_p )

Sets the mesh pointer

Parameters

d_mesh_p Pointer to the mesh object

◆ setModelDeckP()

void data::DataManager::setModelDeckP ( inp::ModelDeck * pointer )

Sets the model deck pointer

Parameters

pointer Pointer

Referenced by model::FDModel< T >::FDModel(), and model::QuasiStaticModel< T >::QuasiStaticModel().

Here is the caller graph for this function:

◆ setNeighborP()

void data::DataManager::setNeighborP ( geometry::Neighbor * d_neighbor_p )

Sets the neighborhood pointer

Parameters

d_neighbor_p Pointer to the neighborhood object

Referenced by tools::pp::Compute::Compute().

Here is the caller graph for this function:

◆ setOutputDeckP()

void data::DataManager::setOutputDeckP ( inp::OutputDeck * pointer )

Sets the output deck pointer

Parameters

pointer Pointer

Referenced by model::FDModel< T >::FDModel(), and model::QuasiStaticModel< T >::QuasiStaticModel().

Here is the caller graph for this function:

◆ setPhiP()

void data::DataManager::setPhiP ( std::vector< float > * pointer )

Sets the pointer to the phi vector

Parameters

pointer Pointer

◆ setReactionForceP()

void data::DataManager::setReactionForceP ( std::vector< util::Point3 > * pointer )

Sets the body reaction force pointer

Parameters

pointer Pointer

◆ setStateBasedHelperFunctionsP()

void data::DataManager::setStateBasedHelperFunctionsP ( util::StateBasedHelperFunctions * pointer )

Sets the pointer to the state-based helper

Parameters

pointer Pointer

Referenced by material::pd::ElasticState::ElasticState().

Here is the caller graph for this function:

◆ setStrainEnergyP()

void data::DataManager::setStrainEnergyP ( std::vector< float > * pointer )

Sets the pointer to the strain energy

Parameters

pointer Pointer

◆ setStrainTensorP()

void data::DataManager::setStrainTensorP ( std::vector< util::Matrix33 > * pointer )

Sets the pointer to the strain tensor

Parameters

pointer Pointer

◆ setStressTensorP()

void data::DataManager::setStressTensorP ( std::vector< util::Matrix33 > * pointer )

Sets the pointer to the stress tensor

Parameters

pointer Pointer

◆ setTotalReactionForceP()

void data::DataManager::setTotalReactionForceP ( std::vector< double > * pointer )

Sets the pointer to the total reaction force

Parameters

pointer Pointer

◆ setVelocityP()

void data::DataManager::setVelocityP ( std::vector< util::Point3 > * pointer )

Sets the velocity pointer

Parameters

pointer Pointer

◆ setVolumeCorrectionP()

void data::DataManager::setVolumeCorrectionP ( geometry::VolumeCorrection * pointer )

Sets the volume correction pointer

Parameters

pointer Pointer

◆ setWeightedVolP()

void data::DataManager::setWeightedVolP ( std::vector< double > * pointer )

Sets the pointer to the weighted volume data

Parameters

pointer Pointer

◆ setWorkDoneP()

void data::DataManager::setWorkDoneP ( std::vector< float > * pointer )

Sets the pointer to the work done vector

Parameters

pointer Pointer

Field Documentation

◆ d_mX

std::vector<double> data::DataManager::d_mX

private

Weighted volume.

In case of Regularized state based model, this data is not required

◆ d_thetaX

std::vector<double> data::DataManager::d_thetaX

private

Dilation.

In case of Regularized state based model, this will give the spherical (hydrostatic) strain

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

/root/project/src/data/DataManager.h
/root/project/src/data/DataManager.cpp

Public Member Functions

Private Attributes

Detailed Description

Member Function Documentation

◆ getBBFractureEnergyP()

◆ getBodyForceP()

◆ getDamageFunctionP()

◆ getDilatationP()

◆ getDisplacementLoadingP()

◆ getDisplacementP()

◆ getExtensionP()

◆ getForceLoadingP()

◆ getForceP()

◆ getFractureEnergyP()

◆ getFractureP()

◆ getInteriorFlagsP()

◆ getKineticEnergyP()

◆ getMeshP()

◆ getModelDeckP()

◆ getNeighborP()

◆ getOutputDeckP()

◆ getPhiP()

◆ getReactionForceP()

◆ getStateBasedHelperFunctionsP()

◆ getStrainEnergyP()

◆ getStrainTensorP()

◆ getStressTensorP()

◆ getTotalReactionForceP()

◆ getVelocityP()

◆ getVolumeCorrectionP()

◆ getWeightedVolP()

◆ getWorkDoneP()

◆ print()

◆ printStr()

◆ setBBFractureEnergyP()

◆ setBodyForceP()

◆ setDamageFunctionP()

◆ setDilatationP()

◆ setDisplacementLoadingP()

◆ setDisplacementP()

◆ setExtensionP()

◆ setForceLoadingP()

◆ setForceP()

◆ setFractureEnergyP()

◆ setFractureP()

◆ setInteriorFlagsP()

◆ setKineticEnergyP()

◆ setMeshP()

◆ setModelDeckP()

◆ setNeighborP()

◆ setOutputDeckP()

◆ setPhiP()

◆ setReactionForceP()

◆ setStateBasedHelperFunctionsP()

◆ setStrainEnergyP()

◆ setStrainTensorP()

◆ setStressTensorP()

◆ setTotalReactionForceP()

◆ setVelocityP()

◆ setVolumeCorrectionP()

◆ setWeightedVolP()

◆ setWorkDoneP()

Field Documentation

◆ d_mX

◆ d_thetaX