A class to store particle geometry, nodal discretization, and methods. More...

#include <baseParticle.h>

Collaboration diagram for particle::BaseParticle:

Public Member Functions
	BaseParticle (std::string particle_type="none")
	Constructor.

	BaseParticle (std::string particle_type, size_t id, size_t particle_type_id, size_t zone_id, size_t dim, std::string particle_description, bool is_particle_a_wall, bool are_all_dofs_constrained, size_t num_nodes, double h, std::shared_ptr< model::ModelData > model_data, std::shared_ptr< particle::RefParticle > ref_particle, std::shared_ptr< util::geometry::GeomObject > geom, particle::ParticleTransform &transform, std::shared_ptr< fe::Mesh > mesh, inp::MaterialDeck &material_deck, bool populate_data=true)
	Constructor.

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

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

Accessors
std::string	getType () const
	Get type of this object.

int	getTypeIndex () const
	Get type (in integer format) of this object.

size_t	getId () const
	Get id.

size_t	getDimension () const
	Get id among the group of object in the same type as this.

std::shared_ptr< fe::Mesh > &	getMeshP ()
	Get pointer to mesh object.

const std::shared_ptr< fe::Mesh > &	getMeshP () const
	Get pointer to mesh object.

fe::Mesh &	getMesh ()
	Get reference to mesh object.

const fe::Mesh &	getMesh () const
	Get reference to mesh object.

double	getMeshSize () const
	Get mesh size.

double	getDensity () const
	Get density.

double	getHorizon () const
	Get horizon.

material::Material *	getMaterial ()
	Get pointer to material object.

const material::Material *	getMaterial () const
	Get type of this object.

size_t	getNumNodes () const
	Get the number of nodes.

size_t	getNodeId (size_t i_loc) const
	Get global id of node given the local id of node in this object.

Get and set reference coordinate
util::Point &	getXRef (size_t i)
	Get reference coordinate of the node.

const util::Point &	getXRef (size_t i) const
	Get reference coordinate of the node.

void	setXRef (size_t i, const util::Point &x)
	Set reference coordinate of the node.

void	addXRef (size_t i, const util::Point &x)
	Add reference coordinate of the node.

void	setXRef (size_t i, int dof, double x)
	Set specific reference coordinate of the node.

void	addXRef (size_t i, int dof, double x)
	Add specific reference coordinate of the node.

util::Point &	getXRefLocal (size_t i)
	Get reference coordinate of the node given node's local id.

const util::Point &	getXRefLocal (size_t i) const
	Get reference coordinate of the node.

void	setXRefLocal (size_t i, const util::Point &x)
	Set reference coordinate of the node given node's local id.

void	addXRefLocal (size_t i, const util::Point &x)
	Add to reference coordinate of the node given node's local id.

void	setXRefLocal (size_t i, int dof, double x)
	Set specific reference coordinate of the node given node's local id.

void	addXRefLocal (size_t i, int dof, double x)
	Add to specific reference coordinate of the node given node's local id.

Get and set current coordinate
util::Point &	getX (size_t i)
	Get current coordinate of the node.

const util::Point &	getX (size_t i) const
	Get current coordinate of the node.

void	setX (size_t i, const util::Point &x)
	Set current coordinate of the node.

void	addX (size_t i, const util::Point &x)
	Add current coordinate of the node.

void	setX (size_t i, int dof, double x)
	Set specific current coordinate of the node.

void	addX (size_t i, int dof, double x)
	Add to specific current coordinate of the node.

util::Point &	getXLocal (size_t i)
	Get current coordinate of the node given node's local id.

const util::Point &	getXLocal (size_t i) const
	Get current coordinate of the node.

void	setXLocal (size_t i, const util::Point &x)
	Set current coordinate of the node given node's local id.

void	addXLocal (size_t i, const util::Point &x)
	Add to current coordinate of the node given node's local id.

void	setXLocal (size_t i, int dof, double x)
	Set specific current coordinate of the node given node's local id.

void	addXLocal (size_t i, int dof, double x)
	Add to specific current coordinate of the node given node's local id.

Get and set displacement
util::Point &	getU (size_t i)
	Get displacement of the node.

const util::Point &	getU (size_t i) const
	Get displacement of the node.

void	setU (size_t i, const util::Point &u)
	Set displacement of the node.

void	addU (size_t i, const util::Point &u)
	Add to displacement of the node.

void	setU (size_t i, int dof, double u)
	Set displacement of the node.

void	addU (size_t i, int dof, double u)
	Add to displacement of the node.

util::Point &	getULocal (size_t i)
	Get displacement of the node given node's local id.

const util::Point &	getULocal (size_t i) const
	Get displacement of the node given node's local id.

void	setULocal (size_t i, const util::Point &u)
	Set displacement of the node given node's local id.

void	addULocal (size_t i, const util::Point &u)
	Add to displacement of the node given node's local id.

void	setULocal (size_t i, int dof, double u)
	Set displacement of the node given node's local id.

void	addULocal (size_t i, int dof, double u)
	Add to displacement of the node given node's local id.

Get and set velocity
util::Point &	getV (size_t i)
	Get velocity of the node.

const util::Point &	getV (size_t i) const
	Get velocity of the node.

void	setV (size_t i, const util::Point &v)
	Set velocity of the node.

void	addV (size_t i, const util::Point &v)
	Add to velocity of the node.

void	setV (size_t i, int dof, double v)
	Set velocity of the node.

void	addV (size_t i, int dof, double v)
	Add to velocity of the node.

util::Point &	getVLocal (size_t i)
	Get velocity of the node given node's local id.

const util::Point &	getVLocal (size_t i) const
	Get velocity of the node.

void	setVLocal (size_t i, const util::Point &v)
	Set velocity of the node given node's local id.

void	addVLocal (size_t i, const util::Point &v)
	Add to velocity of the node given node's local id.

void	setVLocal (size_t i, int dof, double v)
	Set velocity of the node given node's local id.

void	addVLocal (size_t i, int dof, double v)
	Add to velocity of the node given node's local id.

Get and set force
util::Point &	getF (size_t i)
	Get force of the node.

const util::Point &	getF (size_t i) const
	Get force of the node.

void	setF (size_t i, const util::Point &f)
	Set force of the node.

void	addF (size_t i, const util::Point &f)
	Add to force of the node.

void	setF (size_t i, int dof, double f)
	Set force of the node.

void	addF (size_t i, int dof, double f)
	Add to force of the node.

util::Point &	getFLocal (size_t i)
	Get force of the node given node's local id.

const util::Point &	getFLocal (size_t i) const
	Get force of the node.

void	setFLocal (size_t i, const util::Point &f)
	Set force of the node given node's local id.

void	addFLocal (size_t i, const util::Point &f)
	Add to force of the node given node's local id.

void	setFLocal (size_t i, int dof, double f)
	Set force of the node given node's local id.

void	addFLocal (size_t i, int dof, double f)
	Add to force of the node given node's local id.

Get and set volume
double &	getVol (size_t i)
	Get volume of the node.

const double &	getVol (size_t i) const
	Get volume of the node.

void	setVol (size_t i, const double &vol)
	Set volume of the node.

void	addVol (size_t i, const double &vol)
	Add to volume of the node.

double &	getVolLocal (size_t i)
	Get volume of the node given node's local id.

const double &	getVolLocal (size_t i) const
	Get volume of the node.

void	setVolLocal (size_t i, const double &vol)
	Set volume of the node given node's local id.

void	addVolLocal (size_t i, const double &vol)
	Add to volume of the node given node's local id.

Get and set fixity
uint8_t &	getFix (size_t i)
	Get fixity of the node.

const uint8_t &	getFix (size_t i) const
	Get fixity of the node.

void	setFix (size_t i, const unsigned int &dof, const bool &flag)
	Set fixity of the node.

uint8_t &	getFixLocal (size_t i)
	Get fixity of the node given node's local id.

const uint8_t &	getFixLocal (size_t i) const
	Get fixity of the node.

void	setFixLocal (size_t i, const unsigned int &dof, const bool &flag)
	Set fixity of the node given node's local id.

Get and set mx
double &	getMx (size_t i)
	Get weighted-volume (mx) of the node.

const double &	getMx (size_t i) const
	Get weighted-volume (mx) of the node.

void	setMx (size_t i, const double &mx)
	Set weighted-volume (mx) of the node.

void	addMx (size_t i, const double &mx)
	Add to weighted-volume (mx) of the node.

double &	getMxLocal (size_t i)
	Get weighted-volume (mx) of the node given node's local id.

const double &	getMxLocal (size_t i) const
	Get weighted-volume (mx) of the node.

void	setMxLocal (size_t i, const double &mx)
	Set weighted-volume (mx) of the node given node's local id.

void	addMxLocal (size_t i, const double &mx)
	Add to weighted-volume (mx) of the node given node's local id.

Get and set thetax
double &	getThetax (size_t i)
	Get volumetric deformation (thetax) of the node.

const double &	getThetax (size_t i) const
	Get volumetric deformation (thetax) of the node.

void	setThetax (size_t i, const double &thetax)
	Set volumetric deformation (thetax) of the node.

void	addThetax (size_t i, const double &thetax)
	Add to volumetric deformation (thetax) of the node.

double &	getThetaxLocal (size_t i)
	Get volumetric deformation (thetax) of the node given node's local id.

const double &	getThetaxLocal (size_t i) const
	Get volumetric deformation (thetax) of the node.

void	setThetaxLocal (size_t i, const double &thetax)
	Set volumetric deformation (thetax) of the node given node's local id.

void	addThetaxLocal (size_t i, const double &thetax)
	Add to volumetric deformation (thetax) of the node given node's local id.

Get and set center node data
size_t	getCenterNodeId () const
	Get id of center node of particle.

double	getParticleRadius () const
	Get radius of reference particle.

util::Point &	getXCenter ()
	Get current coordinate of center node.

const util::Point &	getXCenter () const
	Get current coordinate of center node.

util::Point &	getUCenter ()
	Get displacement of center node.

const util::Point &	getUCenter () const
	Get displacement of center node.

util::Point &	getVCenter ()
	Get velocity of center node.

const util::Point &	getVCenter () const
	Get velocity of center node.

Data Fields
std::string	d_type
	particle type, e.g., particle or wall

std::string	d_particleDescription
	Particle information. E.g., "rigid". If nothing specific is available, value will be empty string.

int	d_typeIndex

bool	d_isWall
	Is this particle actually a wall?

size_t	d_id
	Id of this particle in all particles list.

size_t	d_typeId
	Id of this particle in the category (for example if this is a wall, what is its id in vector of walls)

size_t	d_zoneId
	Specify zone to which this particle belongs to.

size_t	d_dim
	Dimension of this particle.

size_t	d_numNodes
	Number of nodes in this particle.

double	d_pRadius
	Particle radius.

double	d_h
	mesh size

bool	d_allDofsConstrained
	Specify if all dofs are constrained so we do not update displacement, velocity, and force data.

bool	d_computeForce
	Specify if we compute force.

double	d_horizon
	horizon

double	d_density
	density

std::unique_ptr< material::Material >	d_material_p
	Pointer to peridynamic material object.

double	d_Rc
	Contact radius for contact between internal nodes of particle.

double	d_Kn
	Normal contact coefficient for internal contact.

size_t	d_globStart
	Id of first node of this object in global node list.

size_t	d_globEnd
	Id of last node of this object in global node list.

size_t	d_globQuadStart
	Id of first node of this object in global quadrature data list, e.g., strain in elements at quadrature points.

size_t	d_globQuadEnd
	Id of last node of this object in global quadrature data list, e.g., strain in elements at quadrature points.

std::shared_ptr< model::ModelData >	d_modelData_p
	Reference to model class.

std::shared_ptr< particle::RefParticle >	d_rp_p
	Pointer to reference particle.

std::shared_ptr< util::geometry::GeomObject >	d_geom_p
	Geometrical object defining this particle.

particle::ParticleTransform	d_tform
	Transformation related data.

std::shared_ptr< fe::Mesh >	d_mesh_p
	Pointer to mesh on reference particle.

Detailed Description

A class to store particle geometry, nodal discretization, and methods.

This class generates a base particle for peri-dem simulations. It holds the nodal positions, geometry of particle, list of nodes

Definition at line 31 of file baseParticle.h.

Constructor & Destructor Documentation

◆ BaseParticle() [1/2]

particle::BaseParticle::BaseParticle ( std::string particle_type = "none" )

Constructor.

Parameters

particle_type Type of the particle (e.g. particle or wall)

Definition at line 22 of file baseParticle.cpp.

:     d_type(particle_type),
      d_typeIndex(-1),
      d_id(0),
      d_typeId(0),
      d_zoneId(0),
      d_dim(0),
      d_particleDescription(""),
      d_isWall(false),
      d_numNodes(0),
      d_h(0.),
      d_horizon(0.),
      d_density(0.),
      d_allDofsConstrained(false),
      d_computeForce(true),
      d_material_p(nullptr),
      d_Rc(0.),
      d_Kn(0.),
      d_globStart(0),
      d_globEnd(0),
      d_globQuadStart(0),
      d_globQuadEnd(0),
      d_modelData_p(nullptr),
      d_rp_p(nullptr),
      d_geom_p(nullptr),
      d_tform(particle::ParticleTransform()),
      d_mesh_p(nullptr) {
 
  if (particle_type == "particle") {
    d_typeIndex = 0;
    d_isWall = false;
  }
  else if (particle_type == "wall") {
    d_typeIndex = 1;
    d_isWall = true;
  }
}

References d_dim, d_isWall, and d_typeIndex.

◆ BaseParticle() [2/2]

particle::BaseParticle::BaseParticle	(	std::string	particle_type,
		size_t	id,
		size_t	particle_type_id,
		size_t	zone_id,
		size_t	dim,
		std::string	particle_description,
		bool	is_particle_a_wall,
		bool	are_all_dofs_constrained,
		size_t	num_nodes,
		double	h,
		std::shared_ptr< model::ModelData >	model_data,
		std::shared_ptr< particle::RefParticle >	ref_particle,
		std::shared_ptr< util::geometry::GeomObject >	geom,
		particle::ParticleTransform &	transform,
		std::shared_ptr< fe::Mesh >	mesh,
		inp::MaterialDeck &	material_deck,
		bool	populate_data = `true`
	)

Constructor.

Parameters

particle_type	Type of the object (e.g. particle or wall)
id	Id of this object in list of all base particle objects
particle_type_id	Id of this object in list of specific type of particles (e.g. id in the list of walls or particles)
zone_id	Zone id this object belongs to
dim	Spatial dimension
particle_description	Description of particle if there is (e.g., 'rigid')
is_particle_a_wall	Is this particle actually a wall?
are_all_dofs_constrained	True means all dofs are constrained so we do not need to compute forces
num_nodes	Number of nodes
h	Mesh size
model_data	Global model data
material_deck	Material input data deck
populate_data	Modify global model data to add the properties of this object

Definition at line 60 of file baseParticle.cpp.

        : d_type(particle_type),
          d_typeIndex(-1),
          d_id(id),
          d_typeId(particle_type_id),
          d_zoneId(zone_id),
          d_dim(dim),
          d_particleDescription(particle_description),
          d_isWall(is_particle_a_wall),
          d_numNodes(num_nodes),
          d_h(h),
          d_horizon(0),
          d_density(0),
          d_allDofsConstrained(are_all_dofs_constrained),
          d_computeForce(true),
          d_material_p(nullptr),
          d_Rc(0.),
          d_Kn(0.),
          d_globStart(0),
          d_globEnd(0),
          d_globQuadStart(0),
          d_globQuadEnd(0),
          d_modelData_p(model_data),
          d_rp_p(ref_particle),
          d_geom_p(geom),
          d_tform(transform),
          d_mesh_p(mesh),
          d_pRadius(geom->boundingRadius()) {
 
  if (d_type == "particle")
    d_typeIndex = 0;
  else if (d_type == "wall")
    d_typeIndex = 1;
 
  d_computeForce = !d_allDofsConstrained;
 
  // check
  if (d_type == "particle" and d_isWall) {
    std::cerr << "Error: Can not have d_type = 'particle' and d_isWall = true.\n";
    exit(EXIT_FAILURE);
  }
  if (d_type == "wall" and !d_isWall) {
    std::cerr << "Error: Can not have d_type = 'wall' and d_isWall = false.\n";
    exit(EXIT_FAILURE);
  }
 
  if (populate_data) {
 
    d_globStart = d_modelData_p->d_x.size();
    d_globEnd = d_modelData_p->d_x.size() + d_rp_p->getNumNodes();
 
    for (size_t i = 0; i < d_rp_p->getNumNodes(); i++) {
 
      d_modelData_p->d_xRef.push_back(d_tform.apply(d_rp_p->getNode(i)));
      d_modelData_p->d_x.push_back(d_tform.apply(d_rp_p->getNode(i)));
      d_modelData_p->d_u.push_back(util::Point());
      d_modelData_p->d_v.push_back(util::Point());
      d_modelData_p->d_vMag.push_back(0.);
      d_modelData_p->d_f.push_back(util::Point());
      d_modelData_p->d_vol.push_back(
          d_rp_p->getNodalVolume(i) *
          std::pow(d_tform.d_scale, d_rp_p->getDimension()));
      d_modelData_p->d_fix.push_back(uint8_t(0));
      d_modelData_p->d_forceFixity.push_back(uint8_t(0));
      d_modelData_p->d_thetaX.push_back(0.);
      d_modelData_p->d_mX.push_back(0.);
      d_modelData_p->d_ptId.push_back(id); // id of this particle
    }
  }
 
  d_h = util::computeMeshSize(d_modelData_p->d_x, d_globStart,
                                        d_globEnd);
 
  // initialize material class
  inp::MaterialDeck p_material_deck = material_deck;
  // double horizon = d_geom_p->inscribedRadius();
  double horizon = p_material_deck.d_horizon;
  if (p_material_deck.d_horizonMeshRatio > 0.)
    horizon = p_material_deck.d_horizonMeshRatio * d_h;
 
  if (p_material_deck.d_materialType == "RNPBond")
    d_material_p = std::make_unique<material::RnpMaterial>(
            p_material_deck, d_rp_p->getDimension(), horizon);
  else if (p_material_deck.d_materialType == "PMBBond")
    d_material_p = std::make_unique<material::PmbMaterial>(
            p_material_deck, d_rp_p->getDimension(), horizon);
  else if (p_material_deck.d_materialType == "PDElasticBond")
    d_material_p = std::make_unique<material::PdElastic>(
            p_material_deck, d_rp_p->getDimension(), horizon);
  else if (p_material_deck.d_materialType == "PDState")
    d_material_p = std::make_unique<material::PdState>(
            p_material_deck, d_rp_p->getDimension(), horizon);
 
  d_horizon = horizon;
  d_density = d_material_p->getDensity();
 
  // d_material_p->print();
 
  // set contact radius for internal contact
  d_Rc = 0.95 * d_h;
 
  // set contact coefficient for internal contact
  d_Kn = (18. / (M_PI * std::pow(horizon, 5))) *
         d_material_p->computeMaterialProperties(getDimension()).d_K;
 
  if (!d_computeForce) {
    std::cout << "Warning: Compute force is OFF in particle with id = "
              << d_id << "\n";
  }
  if (d_allDofsConstrained) {
    std::cout << "Warning: All DoFs are OFF in particle with id = "
              << d_id << "\n";
  }
}

References particle::ParticleTransform::apply(), util::computeMeshSize(), d_allDofsConstrained, d_computeForce, d_density, d_dim, d_globEnd, d_globStart, d_h, d_horizon, d_id, d_isWall, d_Kn, d_material_p, d_modelData_p, d_Rc, d_rp_p, particle::ParticleTransform::d_scale, d_tform, d_type, d_typeIndex, and getDimension().

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Member Function Documentation

◆ addF() [1/2]

void particle::BaseParticle::addF	(	size_t	i,
		const util::Point &	f
	)

inline

Add to force of the node.

Parameters

i	Global id of node
f	Force to add

Definition at line 542 of file baseParticle.h.

542{ d_modelData_p->addF(i, f); };

References d_dim, and d_modelData_p.

◆ addF() [2/2]

void particle::BaseParticle::addF	(	size_t	i,
		int	dof,
		double	f
	)

inline

Add to force of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
f	Force to add

Definition at line 558 of file baseParticle.h.

558{ d_modelData_p->addF(i, dof, f); };

References d_dim, and d_modelData_p.

◆ addFLocal() [1/2]

void particle::BaseParticle::addFLocal	(	size_t	i,
		const util::Point &	f
	)

inline

Add to force of the node given node's local id.

Parameters

i	Local id of node
f	Force to add

Definition at line 580 of file baseParticle.h.

580{ d_modelData_p->addF(i+d_globStart, f); };

References d_dim, d_globStart, and d_modelData_p.

◆ addFLocal() [2/2]

void particle::BaseParticle::addFLocal	(	size_t	i,
		int	dof,
		double	f
	)

inline

Add to force of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
f	Force to add

Definition at line 597 of file baseParticle.h.

597 { d_modelData_p->addF

598 (i+d_globStart, dof, f); };

References d_dim, d_globStart, and d_modelData_p.

◆ addMx()

void particle::BaseParticle::addMx	(	size_t	i,
		const double &	mx
	)

inline

Add to weighted-volume (mx) of the node.

Parameters

i	Global id of node
mx	Weighted-volume to add

Definition at line 721 of file baseParticle.h.

721{ d_modelData_p->addMx(i, mx); };

References d_dim, and d_modelData_p.

◆ addMxLocal()

void particle::BaseParticle::addMxLocal	(	size_t	i,
		const double &	mx
	)

inline

Add to weighted-volume (mx) of the node given node's local id.

Parameters

i	Local id of node
mx	Weighted-volume to add

Definition at line 743 of file baseParticle.h.

743{ d_modelData_p->addMx(i+d_globStart, mx); };

References d_dim, d_globStart, and d_modelData_p.

◆ addThetax()

void particle::BaseParticle::addThetax	(	size_t	i,
		const double &	thetax
	)

inline

Add to volumetric deformation (thetax) of the node.

Parameters

i	Global id of node
thetax	Volumetric deformation to add

Definition at line 774 of file baseParticle.h.

774 { d_modelData_p->addThetax

775 (i, thetax); };

References d_dim, and d_modelData_p.

◆ addThetaxLocal()

void particle::BaseParticle::addThetaxLocal	(	size_t	i,
		const double &	thetax
	)

inline

Add to volumetric deformation (thetax) of the node given node's local id.

Parameters

i	Local id of node
thetax	Volumetric deformation to add

Definition at line 799 of file baseParticle.h.

799 { d_modelData_p->addThetax

800 (i+d_globStart, thetax); };

References d_dim, d_globStart, and d_modelData_p.

◆ addU() [1/2]

void particle::BaseParticle::addU	(	size_t	i,
		const util::Point &	u
	)

inline

Add to displacement of the node.

Parameters

i	Global id of node
u	Displacement to add

Definition at line 370 of file baseParticle.h.

370{ d_modelData_p->addU(i, u); };

References d_dim, and d_modelData_p.

◆ addU() [2/2]

void particle::BaseParticle::addU	(	size_t	i,
		int	dof,
		double	u
	)

inline

Add to displacement of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
u	Displacement to add

Definition at line 386 of file baseParticle.h.

386{ d_modelData_p->addU(i, dof, u); };

References d_dim, and d_modelData_p.

◆ addULocal() [1/2]

void particle::BaseParticle::addULocal	(	size_t	i,
		const util::Point &	u
	)

inline

Add to displacement of the node given node's local id.

Parameters

i	Local id of node
u	Displacement to add

Definition at line 410 of file baseParticle.h.

410{ d_modelData_p->addU(i+d_globStart, u); };

References d_dim, d_globStart, and d_modelData_p.

◆ addULocal() [2/2]

void particle::BaseParticle::addULocal	(	size_t	i,
		int	dof,
		double	u
	)

inline

Add to displacement of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
u	Displacement to add

Definition at line 427 of file baseParticle.h.

427 { d_modelData_p->addU

428 (i+d_globStart, dof, u); };

References d_dim, d_globStart, and d_modelData_p.

◆ addV() [1/2]

void particle::BaseParticle::addV	(	size_t	i,
		const util::Point &	v
	)

inline

Add to velocity of the node.

Parameters

i	Global id of node
v	Velocity to add

Definition at line 457 of file baseParticle.h.

457{ d_modelData_p->addV(i, v); };

References d_dim, and d_modelData_p.

◆ addV() [2/2]

void particle::BaseParticle::addV	(	size_t	i,
		int	dof,
		double	v
	)

inline

Add to velocity of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
v	Velocity to add

Definition at line 473 of file baseParticle.h.

473{ d_modelData_p->addV(i, dof, v); };

References d_dim, and d_modelData_p.

◆ addVLocal() [1/2]

void particle::BaseParticle::addVLocal	(	size_t	i,
		const util::Point &	v
	)

inline

Add to velocity of the node given node's local id.

Parameters

i	Local id of node
v	Velocity to add

Definition at line 495 of file baseParticle.h.

495{ d_modelData_p->addV(i+d_globStart, v); };

References d_dim, d_globStart, and d_modelData_p.

◆ addVLocal() [2/2]

void particle::BaseParticle::addVLocal	(	size_t	i,
		int	dof,
		double	v
	)

inline

Add to velocity of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
v	Velocity to add

Definition at line 512 of file baseParticle.h.

512 { d_modelData_p->addV

513 (i+d_globStart, dof, v); };

References d_dim, d_globStart, and d_modelData_p.

◆ addVol()

void particle::BaseParticle::addVol	(	size_t	i,
		const double &	vol
	)

inline

Add to volume of the node.

Parameters

i	Global id of node
vol	Volume to add

Definition at line 627 of file baseParticle.h.

627{ d_modelData_p->addVol(i, vol); };

References d_dim, and d_modelData_p.

◆ addVolLocal()

void particle::BaseParticle::addVolLocal	(	size_t	i,
		const double &	vol
	)

inline

Add to volume of the node given node's local id.

Parameters

i	Local id of node
vol	Volume to add

Definition at line 649 of file baseParticle.h.

649{ d_modelData_p->addVol(i+d_globStart, vol); };

References d_dim, d_globStart, and d_modelData_p.

◆ addX() [1/2]

void particle::BaseParticle::addX	(	size_t	i,
		const util::Point &	x
	)

inline

Add current coordinate of the node.

Parameters

i	Global id of node
x	Current coordinate to add

Definition at line 285 of file baseParticle.h.

285{ d_modelData_p->addX(i, x); };

References d_dim, and d_modelData_p.

◆ addX() [2/2]

void particle::BaseParticle::addX	(	size_t	i,
		int	dof,
		double	x
	)

inline

Add to specific current coordinate of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
x	Current coordinate to add

Definition at line 301 of file baseParticle.h.

301{ d_modelData_p->addX(i, dof, x); };

References d_dim, and d_modelData_p.

◆ addXLocal() [1/2]

void particle::BaseParticle::addXLocal	(	size_t	i,
		const util::Point &	x
	)

inline

Add to current coordinate of the node given node's local id.

Parameters

i	Local id of node
x	Current coordinate to add

Definition at line 323 of file baseParticle.h.

323{ d_modelData_p->addX(i+d_globStart, x); };

References d_dim, d_globStart, and d_modelData_p.

◆ addXLocal() [2/2]

void particle::BaseParticle::addXLocal	(	size_t	i,
		int	dof,
		double	x
	)

inline

Add to specific current coordinate of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
x	Current coordinate to add

Definition at line 340 of file baseParticle.h.

340 { d_modelData_p->addX

341 (i+d_globStart, dof, x); };

References d_dim, d_globStart, and d_modelData_p.

◆ addXRef() [1/2]

void particle::BaseParticle::addXRef	(	size_t	i,
		const util::Point &	x
	)

inline

Add reference coordinate of the node.

Parameters

i	Global id of node
x	Reference coordinate to add

Definition at line 195 of file baseParticle.h.

195{ d_modelData_p->addXRef(i, x); };

References d_dim, and d_modelData_p.

◆ addXRef() [2/2]

void particle::BaseParticle::addXRef	(	size_t	i,
		int	dof,
		double	x
	)

inline

Add specific reference coordinate of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
x	Reference coordinate to add

Definition at line 213 of file baseParticle.h.

                                            {
    d_modelData_p->addXRef(i, dof, x);
  };

References d_dim, and d_modelData_p.

◆ addXRefLocal() [1/2]

void particle::BaseParticle::addXRefLocal	(	size_t	i,
		const util::Point &	x
	)

inline

Add to reference coordinate of the node given node's local id.

Parameters

i	Local id of node
x	Reference coordinate to add

Definition at line 237 of file baseParticle.h.

237{ d_modelData_p->addXRef(i+d_globStart, x); };

References d_dim, d_globStart, and d_modelData_p.

◆ addXRefLocal() [2/2]

void particle::BaseParticle::addXRefLocal	(	size_t	i,
		int	dof,
		double	x
	)

inline

Add to specific reference coordinate of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
x	Reference coordinate to add

Definition at line 255 of file baseParticle.h.

255 { d_modelData_p->addXRef

256 (i+d_globStart, dof, x); };

References d_dim, d_globStart, and d_modelData_p.

◆ getCenterNodeId()

size_t particle::BaseParticle::getCenterNodeId ( ) const

inline

Get id of center node of particle.

Returns: Id Id of center node

Definition at line 813 of file baseParticle.h.

813{ return d_rp_p->getCenterNodeId(); };

References d_rp_p.

◆ getDensity()

double particle::BaseParticle::getDensity ( ) const

inline

Get density.

Returns: rho Density

Definition at line 142 of file baseParticle.h.

142{ return d_density; };

References d_density.

◆ getDimension()

size_t particle::BaseParticle::getDimension ( ) const

inline

Get id among the group of object in the same type as this.

Returns: id ID of this object

Get the dimension of the domain

Returns: N Dimension

Definition at line 112 of file baseParticle.h.

112{ return d_dim; };

References d_dim.

Referenced by BaseParticle().

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◆ getF() [1/2]

util::Point & particle::BaseParticle::getF ( size_t i )

inline

Get force of the node.

Parameters

i	Global id of node

Returns: f Force

Definition at line 527 of file baseParticle.h.

527{ return d_modelData_p->getF(i); };

References d_dim, and d_modelData_p.

◆ getF() [2/2]

const util::Point & particle::BaseParticle::getF ( size_t i ) const

inline

Get force of the node.

Parameters

i	Global id of node

Returns: f Force

Definition at line 528 of file baseParticle.h.

528{ return d_modelData_p->getF(i); };

References d_dim, and d_modelData_p.

◆ getFix() [1/2]

uint8_t & particle::BaseParticle::getFix ( size_t i )

inline

Get fixity of the node.

Parameters

i	Global id of node

Returns: flag Fixity

Definition at line 663 of file baseParticle.h.

663{ return d_modelData_p->getFix(i); };

References d_dim, and d_modelData_p.

◆ getFix() [2/2]

const uint8_t & particle::BaseParticle::getFix ( size_t i ) const

inline

Get fixity of the node.

Parameters

i	Global id of node

Returns: flag Fixity

Definition at line 664 of file baseParticle.h.

664{ return d_modelData_p->getFix(i); };

References d_dim, and d_modelData_p.

◆ getFixLocal() [1/2]

uint8_t & particle::BaseParticle::getFixLocal ( size_t i )

inline

Get fixity of the node given node's local id.

Parameters

i	Local id of node

Returns: flag Fixity

Definition at line 681 of file baseParticle.h.

681{ return d_modelData_p->getFix(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getFixLocal() [2/2]

const uint8_t & particle::BaseParticle::getFixLocal ( size_t i ) const

inline

Get fixity of the node.

Parameters

i	Global id of node

Returns: flag Fixity

Definition at line 682 of file baseParticle.h.

682{ return d_modelData_p->getFix(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getFLocal() [1/2]

util::Point & particle::BaseParticle::getFLocal ( size_t i )

inline

Get force of the node given node's local id.

Parameters

i	Local id of node

Returns: f Force

Definition at line 565 of file baseParticle.h.

565{ return d_modelData_p->getF(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getFLocal() [2/2]

const util::Point & particle::BaseParticle::getFLocal ( size_t i ) const

inline

Get force of the node.

Parameters

i	Global id of node

Returns: f Force

Definition at line 566 of file baseParticle.h.

566{ return d_modelData_p->getF(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getHorizon()

double particle::BaseParticle::getHorizon ( ) const

inline

Get horizon.

Returns: eps Horizon

Definition at line 148 of file baseParticle.h.

148{ return d_horizon; };

References d_horizon.

◆ getId()

size_t particle::BaseParticle::getId ( ) const

inline

Get id.

Returns: id ID of this object

Definition at line 100 of file baseParticle.h.

100{ return d_id; };

References d_id.

◆ getMaterial() [1/2]

material::Material * particle::BaseParticle::getMaterial ( )

inline

Get pointer to material object.

Returns: material Pointer to material object

Definition at line 154 of file baseParticle.h.

154{ return d_material_p.get(); };

References d_material_p.

◆ getMaterial() [2/2]

const material::Material * particle::BaseParticle::getMaterial ( ) const

inline

Get type of this object.

Returns: Type Type

Definition at line 155 of file baseParticle.h.

155{ return d_material_p.get(); };

References d_material_p.

◆ getMesh() [1/2]

fe::Mesh & particle::BaseParticle::getMesh ( )

inline

Get reference to mesh object.

Returns: mesh Reference to mesh

Definition at line 127 of file baseParticle.h.

127{ return *d_mesh_p; };

References d_mesh_p.

◆ getMesh() [2/2]

const fe::Mesh & particle::BaseParticle::getMesh ( ) const

inline

Get reference to mesh object.

Returns: mesh Reference to mesh

Definition at line 130 of file baseParticle.h.

130{ return *d_mesh_p; };

References d_mesh_p.

◆ getMeshP() [1/2]

std::shared_ptr< fe::Mesh > & particle::BaseParticle::getMeshP ( )

inline

Get pointer to mesh object.

Returns: mesh Pointer to mesh

Definition at line 118 of file baseParticle.h.

118{ return d_mesh_p; };

References d_mesh_p.

◆ getMeshP() [2/2]

const std::shared_ptr< fe::Mesh > & particle::BaseParticle::getMeshP ( ) const

inline

Get pointer to mesh object.

Returns: mesh Pointer to mesh

Definition at line 121 of file baseParticle.h.

121{ return d_mesh_p; };

References d_mesh_p.

◆ getMeshSize()

double particle::BaseParticle::getMeshSize ( ) const

inline

Get mesh size.

Returns: h Mesh size

Definition at line 136 of file baseParticle.h.

136{ return d_h; };

References d_h.

◆ getMx() [1/2]

double & particle::BaseParticle::getMx ( size_t i )

inline

Get weighted-volume (mx) of the node.

Parameters

i	Global id of node

Returns: mx Weighted-volume

Definition at line 706 of file baseParticle.h.

706{ return d_modelData_p->getMx(i); };

References d_dim, and d_modelData_p.

◆ getMx() [2/2]

const double & particle::BaseParticle::getMx ( size_t i ) const

inline

Get weighted-volume (mx) of the node.

Parameters

i	Global id of node

Returns: mx Weighted-volume

Definition at line 707 of file baseParticle.h.

707{ return d_modelData_p->getMx(i); };

References d_dim, and d_modelData_p.

◆ getMxLocal() [1/2]

double & particle::BaseParticle::getMxLocal ( size_t i )

inline

Get weighted-volume (mx) of the node given node's local id.

Parameters

i	Local id of node

Returns: mx Weighted-volume

Definition at line 728 of file baseParticle.h.

728{ return d_modelData_p->getMx(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getMxLocal() [2/2]

const double & particle::BaseParticle::getMxLocal ( size_t i ) const

inline

Get weighted-volume (mx) of the node.

Parameters

i	Global id of node

Returns: mx Weighted-volume

Definition at line 729 of file baseParticle.h.

729{ return d_modelData_p->getMx(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getNodeId()

size_t particle::BaseParticle::getNodeId ( size_t i_loc ) const

inline

Get global id of node given the local id of node in this object.

Parameters

i_loc Local id of node

Returns: Id Gloabl id of node

Definition at line 168 of file baseParticle.h.

168{ return i_loc + d_globStart; };

References d_dim, and d_globStart.

◆ getNumNodes()

size_t particle::BaseParticle::getNumNodes ( ) const

inline

Get the number of nodes.

Returns: N number of nodes

Definition at line 161 of file baseParticle.h.

161{ return d_numNodes; };

References d_numNodes.

◆ getParticleRadius()

double particle::BaseParticle::getParticleRadius ( ) const

inline

Get radius of reference particle.

Returns: Radius Radius of reference particle

Definition at line 819 of file baseParticle.h.

819{ return d_pRadius; };

References d_pRadius.

◆ getThetax() [1/2]

double & particle::BaseParticle::getThetax ( size_t i )

inline

Get volumetric deformation (thetax) of the node.

Parameters

i	Global id of node

Returns: thetax Volumetric deformation

Definition at line 757 of file baseParticle.h.

757{ return d_modelData_p->getThetax(i); };

References d_dim, and d_modelData_p.

◆ getThetax() [2/2]

const double & particle::BaseParticle::getThetax ( size_t i ) const

inline

Get volumetric deformation (thetax) of the node.

Parameters

i	Global id of node

Returns: thetax Volumetric deformation

Definition at line 758 of file baseParticle.h.

758 { return d_modelData_p->getThetax(i)

759 ; };

References d_dim, and d_modelData_p.

◆ getThetaxLocal() [1/2]

double & particle::BaseParticle::getThetaxLocal ( size_t i )

inline

Get volumetric deformation (thetax) of the node given node's local id.

Parameters

i	Local id of node

Returns: thetax Volumetric deformation

Definition at line 782 of file baseParticle.h.

782{ return d_modelData_p->getThetax(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getThetaxLocal() [2/2]

const double & particle::BaseParticle::getThetaxLocal ( size_t i ) const

inline

Get volumetric deformation (thetax) of the node.

Parameters

i	Global id of node

Returns: thetax Volumetric deformation

Definition at line 783 of file baseParticle.h.

783 { return d_modelData_p->getThetax(i+d_globStart)

784 ; };

References d_dim, d_globStart, and d_modelData_p.

◆ getType()

std::string particle::BaseParticle::getType ( ) const

inline

Get type of this object.

Returns: Type Type

Definition at line 88 of file baseParticle.h.

88{ return d_type; };

References d_type.

◆ getTypeIndex()

int particle::BaseParticle::getTypeIndex ( ) const

inline

Get type (in integer format) of this object.

Returns: Type Type

Definition at line 94 of file baseParticle.h.

94{ return d_typeIndex; };

References d_typeIndex.

◆ getU() [1/2]

util::Point & particle::BaseParticle::getU ( size_t i )

inline

Get displacement of the node.

Parameters

i	Global id of node

Returns: u Displacement

Definition at line 355 of file baseParticle.h.

355{ return d_modelData_p->getU(i); };

References d_dim, and d_modelData_p.

◆ getU() [2/2]

const util::Point & particle::BaseParticle::getU ( size_t i ) const

inline

Get displacement of the node.

Parameters

i	Global id of node

Returns: u Displacement

Definition at line 356 of file baseParticle.h.

356{ return d_modelData_p->getU(i); };

References d_dim, and d_modelData_p.

◆ getUCenter() [1/2]

util::Point & particle::BaseParticle::getUCenter ( )

inline

Get displacement of center node.

Returns: u Displacement

Definition at line 838 of file baseParticle.h.

                          {
    return d_modelData_p->getU(d_globStart + d_rp_p->getCenterNodeId());
  };

References d_globStart, d_modelData_p, and d_rp_p.

◆ getUCenter() [2/2]

const util::Point & particle::BaseParticle::getUCenter ( ) const

inline

Get displacement of center node.

Returns: u Displacement

Definition at line 843 of file baseParticle.h.

                                      {
    return d_modelData_p->getU(d_globStart + d_rp_p->getCenterNodeId());
  };

References d_globStart, d_modelData_p, and d_rp_p.

◆ getULocal() [1/2]

util::Point & particle::BaseParticle::getULocal ( size_t i )

inline

Get displacement of the node given node's local id.

Parameters

i	Local id of node

Returns: u Displacement

Definition at line 393 of file baseParticle.h.

393{ return d_modelData_p->getU(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getULocal() [2/2]

const util::Point & particle::BaseParticle::getULocal ( size_t i ) const

inline

Get displacement of the node given node's local id.

Parameters

i	Local id of node

Returns: u Displacement

Definition at line 396 of file baseParticle.h.

396{ return d_modelData_p->getU(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getV() [1/2]

util::Point & particle::BaseParticle::getV ( size_t i )

inline

Get velocity of the node.

Parameters

i	Global id of node

Returns: v Velocity

Definition at line 442 of file baseParticle.h.

442{ return d_modelData_p->getV(i); };

References d_dim, and d_modelData_p.

◆ getV() [2/2]

const util::Point & particle::BaseParticle::getV ( size_t i ) const

inline

Get velocity of the node.

Parameters

i	Global id of node

Returns: v Velocity

Definition at line 443 of file baseParticle.h.

443{ return d_modelData_p->getV(i); };

References d_dim, and d_modelData_p.

◆ getVCenter() [1/2]

util::Point & particle::BaseParticle::getVCenter ( )

inline

Get velocity of center node.

Returns: v Velocity

Definition at line 851 of file baseParticle.h.

                          {
    return d_modelData_p->getV(d_globStart + d_rp_p->getCenterNodeId());
  };

References d_globStart, d_modelData_p, and d_rp_p.

◆ getVCenter() [2/2]

const util::Point & particle::BaseParticle::getVCenter ( ) const

inline

Get velocity of center node.

Returns: v Velocity

Definition at line 856 of file baseParticle.h.

                                      {
    return d_modelData_p->getV(d_globStart + d_rp_p->getCenterNodeId());
  };

References d_globStart, d_modelData_p, and d_rp_p.

◆ getVLocal() [1/2]

util::Point & particle::BaseParticle::getVLocal ( size_t i )

inline

Get velocity of the node given node's local id.

Parameters

i	Local id of node

Returns: v Velocity

Definition at line 480 of file baseParticle.h.

480{ return d_modelData_p->getV(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getVLocal() [2/2]

const util::Point & particle::BaseParticle::getVLocal ( size_t i ) const

inline

Get velocity of the node.

Parameters

i	Global id of node

Returns: v Velocity

Definition at line 481 of file baseParticle.h.

481{ return d_modelData_p->getV(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getVol() [1/2]

double & particle::BaseParticle::getVol ( size_t i )

inline

Get volume of the node.

Parameters

i	Global id of node

Returns: vol Volume

Definition at line 612 of file baseParticle.h.

612{ return d_modelData_p->getVol(i); };

References d_dim, and d_modelData_p.

◆ getVol() [2/2]

const double & particle::BaseParticle::getVol ( size_t i ) const

inline

Get volume of the node.

Parameters

i	Global id of node

Returns: vol Volume

Definition at line 613 of file baseParticle.h.

613{ return d_modelData_p->getVol(i); };

References d_dim, and d_modelData_p.

◆ getVolLocal() [1/2]

double & particle::BaseParticle::getVolLocal ( size_t i )

inline

Get volume of the node given node's local id.

Parameters

i	Local id of node

Returns: vol Volume

Definition at line 634 of file baseParticle.h.

634{ return d_modelData_p->getVol(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getVolLocal() [2/2]

const double & particle::BaseParticle::getVolLocal ( size_t i ) const

inline

Get volume of the node.

Parameters

i	Global id of node

Returns: vol Volume

Definition at line 635 of file baseParticle.h.

635{ return d_modelData_p->getVol(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getX() [1/2]

util::Point & particle::BaseParticle::getX ( size_t i )

inline

Get current coordinate of the node.

Parameters

i	Global id of node

Returns: x Current coordinate

Definition at line 270 of file baseParticle.h.

270{ return d_modelData_p->getX(i); };

References d_dim, and d_modelData_p.

◆ getX() [2/2]

const util::Point & particle::BaseParticle::getX ( size_t i ) const

inline

Get current coordinate of the node.

Parameters

i	Global id of node

Returns: x Current coordinate

Definition at line 271 of file baseParticle.h.

271{ return d_modelData_p->getX(i); };

References d_dim, and d_modelData_p.

◆ getXCenter() [1/2]

util::Point & particle::BaseParticle::getXCenter ( )

inline

Get current coordinate of center node.

Returns: x Current coordinate

Definition at line 825 of file baseParticle.h.

                          {
    return d_modelData_p->getX(d_globStart + d_rp_p->getCenterNodeId());
  };

References d_globStart, d_modelData_p, and d_rp_p.

◆ getXCenter() [2/2]

const util::Point & particle::BaseParticle::getXCenter ( ) const

inline

Get current coordinate of center node.

Returns: x Current coordinate

Definition at line 830 of file baseParticle.h.

                                      {
    return d_modelData_p->getX(d_globStart + d_rp_p->getCenterNodeId());
  };

References d_globStart, d_modelData_p, and d_rp_p.

◆ getXLocal() [1/2]

util::Point & particle::BaseParticle::getXLocal ( size_t i )

inline

Get current coordinate of the node given node's local id.

Parameters

i	Local id of node

Returns: x Current coordinate

Definition at line 308 of file baseParticle.h.

308{ return d_modelData_p->getX(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getXLocal() [2/2]

const util::Point & particle::BaseParticle::getXLocal ( size_t i ) const

inline

Get current coordinate of the node.

Parameters

i	Global id of node

Returns: x Current coordinate

Definition at line 309 of file baseParticle.h.

309{ return d_modelData_p->getX(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getXRef() [1/2]

util::Point & particle::BaseParticle::getXRef ( size_t i )

inline

Get reference coordinate of the node.

Parameters

i	Global id of node

Returns: x Reference coordinate

Definition at line 180 of file baseParticle.h.

180{ return d_modelData_p->getXRef(i); };

References d_dim, and d_modelData_p.

◆ getXRef() [2/2]

const util::Point & particle::BaseParticle::getXRef ( size_t i ) const

inline

Get reference coordinate of the node.

Parameters

i	Global id of node

Returns: x Reference coordinate

Definition at line 181 of file baseParticle.h.

181{ return d_modelData_p->getXRef(i); };

References d_dim, and d_modelData_p.

◆ getXRefLocal() [1/2]

util::Point & particle::BaseParticle::getXRefLocal ( size_t i )

inline

Get reference coordinate of the node given node's local id.

Parameters

i	Local id of node

Returns: x Reference coordinate

Definition at line 222 of file baseParticle.h.

222{ return d_modelData_p->getXRef(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ getXRefLocal() [2/2]

const util::Point & particle::BaseParticle::getXRefLocal ( size_t i ) const

inline

Get reference coordinate of the node.

Parameters

i	Global id of node

Returns: x Reference coordinate

Definition at line 223 of file baseParticle.h.

223{ return d_modelData_p->getXRef(i+d_globStart); };

References d_dim, d_globStart, and d_modelData_p.

◆ print()

void particle::BaseParticle::print	(	int	nt = `0`,
		int	lvl = `0`
	)		const

inline

Prints the information about the object.

Parameters

nt	Number of tabs to append before printing
lvl	Information level (higher means more information)

Definition at line 876 of file baseParticle.h.

876{ std::cout << printStr(nt, lvl); }

particle::BaseParticle::printStr

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

Returns the string containing printable information about the object.

Definition baseParticle.cpp:191

References d_dim, and printStr().

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◆ printStr()

std::string particle::BaseParticle::printStr	(	int	nt = `0`,
		int	lvl = `0`
	)		const

Returns the string containing printable information about the object.

Parameters

nt	Number of tabs to append before printing
lvl	Information level (higher means more information)

Returns: string String containing printable information about the object

Definition at line 191 of file baseParticle.cpp.

                                                              {
 
  auto tabS = util::io::getTabS(nt);
  std::ostringstream oss;
  oss << tabS << "------- BaseParticle --------" << std::endl
      << std::endl;
 
  oss << tabS << "d_type = " << d_type << std::endl;
  oss << tabS << "d_particleDescription = " << d_particleDescription << std::endl;
  oss << tabS << "d_typeIndex = " << d_typeIndex << std::endl;
  oss << tabS << "d_isWall = " << d_isWall << std::endl;
  oss << tabS << "d_id = " << d_id << std::endl;
  oss << tabS << "d_typeId = " << d_typeId << std::endl;
  oss << tabS << "d_zoneId = " << d_zoneId << std::endl;
  oss << tabS << "d_dim = " << d_dim << std::endl;
  oss << tabS << "d_numNodes = " << d_numNodes << std::endl;
  oss << tabS << "d_pRadius = " << d_pRadius << std::endl;
  oss << tabS << "d_h = " << d_h << std::endl;
  oss << tabS << "d_allDofsConstrained = " << d_allDofsConstrained << std::endl;
  oss << tabS << "d_computeForce = " << d_computeForce << std::endl;
  oss << tabS << "d_horizon = " << d_horizon << std::endl;
  oss << tabS << "d_density = " << d_density << std::endl;
  oss << tabS << "d_Rc = " << d_Rc << std::endl;
  oss << tabS << "d_Kn = " << d_Kn << std::endl;
  oss << tabS << "d_globStart = " << d_globStart << std::endl;
  oss << tabS << "d_globEnd = " << d_globEnd << std::endl;
  oss << tabS << "d_globQuadStart = " << d_globQuadStart << std::endl;
  oss << tabS << "d_globQuadEnd = " << d_globQuadEnd << std::endl;
  oss << tabS << std::endl;
  oss << tabS << std::endl;
  oss << tabS << "Ref particle info = " << std::endl;
  oss << d_rp_p->printStr(nt + 1, lvl);
  oss << tabS << "Geometry info: " << std::endl;
  oss << d_geom_p->printStr(nt + 1, lvl);
 
  oss << tabS << std::endl;
 
  return oss.str();
}

References util::io::getTabS().

Referenced by print().

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◆ setF() [1/2]

void particle::BaseParticle::setF	(	size_t	i,
		const util::Point &	f
	)

inline

Set force of the node.

Parameters

i	Global id of node
f	Force to set

Definition at line 535 of file baseParticle.h.

535{ d_modelData_p->setF(i, f); };

References d_dim, and d_modelData_p.

◆ setF() [2/2]

void particle::BaseParticle::setF	(	size_t	i,
		int	dof,
		double	f
	)

inline

Set force of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
f	Force to set

Definition at line 550 of file baseParticle.h.

550{ d_modelData_p->setF(i, dof, f); };

References d_dim, and d_modelData_p.

◆ setFix()

void particle::BaseParticle::setFix	(	size_t	i,
		const unsigned int &	dof,
		const bool &	flag
	)

inline

Set fixity of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
flag	Fixity to set

Definition at line 672 of file baseParticle.h.

                                                                   {
    d_modelData_p->setFix(i, dof, flag);
  };

References d_dim, and d_modelData_p.

◆ setFixLocal()

void particle::BaseParticle::setFixLocal	(	size_t	i,
		const unsigned int &	dof,
		const bool &	flag
	)

inline

Set fixity of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
flag	Fixity to set

Definition at line 690 of file baseParticle.h.

                                                                        {
    d_modelData_p->setFix(i+d_globStart, dof, flag);
  };

References d_dim, d_globStart, and d_modelData_p.

◆ setFLocal() [1/2]

void particle::BaseParticle::setFLocal	(	size_t	i,
		const util::Point &	f
	)

inline

Set force of the node given node's local id.

Parameters

i	Local id of node
f	Force to set

Definition at line 573 of file baseParticle.h.

573{ d_modelData_p->setF(i+d_globStart, f); };

References d_dim, d_globStart, and d_modelData_p.

◆ setFLocal() [2/2]

void particle::BaseParticle::setFLocal	(	size_t	i,
		int	dof,
		double	f
	)

inline

Set force of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
f	Force to set

Definition at line 588 of file baseParticle.h.

588 { d_modelData_p->setF

589 (i+d_globStart, dof, f); };

References d_dim, d_globStart, and d_modelData_p.

◆ setMx()

void particle::BaseParticle::setMx	(	size_t	i,
		const double &	mx
	)

inline

Set weighted-volume (mx) of the node.

Parameters

i	Global id of node
mx	Weighted-volume to set

Definition at line 714 of file baseParticle.h.

714{ d_modelData_p->setMx(i, mx); };

References d_dim, and d_modelData_p.

◆ setMxLocal()

void particle::BaseParticle::setMxLocal	(	size_t	i,
		const double &	mx
	)

inline

Set weighted-volume (mx) of the node given node's local id.

Parameters

i	Local id of node
mx	Weighted-volume to set

Definition at line 736 of file baseParticle.h.

736{ d_modelData_p->setMx(i+d_globStart, mx); };

References d_dim, d_globStart, and d_modelData_p.

◆ setThetax()

void particle::BaseParticle::setThetax	(	size_t	i,
		const double &	thetax
	)

inline

Set volumetric deformation (thetax) of the node.

Parameters

i	Global id of node
thetax	Volumetric deformation to set

Definition at line 766 of file baseParticle.h.

766 { d_modelData_p->setThetax

767 (i, thetax); };

References d_dim, and d_modelData_p.

◆ setThetaxLocal()

void particle::BaseParticle::setThetaxLocal	(	size_t	i,
		const double &	thetax
	)

inline

Set volumetric deformation (thetax) of the node given node's local id.

Parameters

i	Local id of node
thetax	Volumetric deformation to set

Definition at line 791 of file baseParticle.h.

791 { d_modelData_p->setThetax

792 (i+d_globStart, thetax); };

References d_dim, d_globStart, and d_modelData_p.

◆ setU() [1/2]

void particle::BaseParticle::setU	(	size_t	i,
		const util::Point &	u
	)

inline

Set displacement of the node.

Parameters

i	Global id of node
u	Displacement to set

Definition at line 363 of file baseParticle.h.

363{ d_modelData_p->setU(i, u); };

References d_dim, and d_modelData_p.

◆ setU() [2/2]

void particle::BaseParticle::setU	(	size_t	i,
		int	dof,
		double	u
	)

inline

Set displacement of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
u	Displacement to set

Definition at line 378 of file baseParticle.h.

378{ d_modelData_p->setU(i, dof, u); };

References d_dim, and d_modelData_p.

◆ setULocal() [1/2]

void particle::BaseParticle::setULocal	(	size_t	i,
		const util::Point &	u
	)

inline

Set displacement of the node given node's local id.

Parameters

i	Local id of node
u	Displacement to set

Definition at line 403 of file baseParticle.h.

403{ d_modelData_p->setU(i+d_globStart, u); };

References d_dim, d_globStart, and d_modelData_p.

◆ setULocal() [2/2]

void particle::BaseParticle::setULocal	(	size_t	i,
		int	dof,
		double	u
	)

inline

Set displacement of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
u	Displacement to set

Definition at line 418 of file baseParticle.h.

418 { d_modelData_p->setU

419 (i+d_globStart, dof, u); };

References d_dim, d_globStart, and d_modelData_p.

◆ setV() [1/2]

void particle::BaseParticle::setV	(	size_t	i,
		const util::Point &	v
	)

inline

Set velocity of the node.

Parameters

i	Global id of node
v	Velocity to set

Definition at line 450 of file baseParticle.h.

450{ d_modelData_p->setV(i, v); };

References d_dim, and d_modelData_p.

◆ setV() [2/2]

void particle::BaseParticle::setV	(	size_t	i,
		int	dof,
		double	v
	)

inline

Set velocity of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
v	Velocity to set

Definition at line 465 of file baseParticle.h.

465{ d_modelData_p->setV(i, dof, v); };

References d_dim, and d_modelData_p.

◆ setVLocal() [1/2]

void particle::BaseParticle::setVLocal	(	size_t	i,
		const util::Point &	v
	)

inline

Set velocity of the node given node's local id.

Parameters

i	Local id of node
v	Velocity to set

Definition at line 488 of file baseParticle.h.

488{ d_modelData_p->setV(i+d_globStart, v); };

References d_dim, d_globStart, and d_modelData_p.

◆ setVLocal() [2/2]

void particle::BaseParticle::setVLocal	(	size_t	i,
		int	dof,
		double	v
	)

inline

Set velocity of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
v	Velocity to set

Definition at line 503 of file baseParticle.h.

503 { d_modelData_p->setV

504 (i+d_globStart, dof, v); };

References d_dim, d_globStart, and d_modelData_p.

◆ setVol()

void particle::BaseParticle::setVol	(	size_t	i,
		const double &	vol
	)

inline

Set volume of the node.

Parameters

i	Global id of node
vol	Volume to set

Definition at line 620 of file baseParticle.h.

620{ d_modelData_p->setVol(i, vol); };

References d_dim, and d_modelData_p.

◆ setVolLocal()

void particle::BaseParticle::setVolLocal	(	size_t	i,
		const double &	vol
	)

inline

Set volume of the node given node's local id.

Parameters

i	Local id of node
vol	Volume to set

Definition at line 642 of file baseParticle.h.

642{ d_modelData_p->setVol(i+d_globStart, vol); };

References d_dim, d_globStart, and d_modelData_p.

◆ setX() [1/2]

void particle::BaseParticle::setX	(	size_t	i,
		const util::Point &	x
	)

inline

Set current coordinate of the node.

Parameters

i	Global id of node
x	Current coordinate to set

Definition at line 278 of file baseParticle.h.

278{ d_modelData_p->setX(i, x); };

References d_dim, and d_modelData_p.

◆ setX() [2/2]

void particle::BaseParticle::setX	(	size_t	i,
		int	dof,
		double	x
	)

inline

Set specific current coordinate of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
x	Current coordinate to set

Definition at line 293 of file baseParticle.h.

293{ d_modelData_p->setX(i, dof, x); };

References d_dim, and d_modelData_p.

◆ setXLocal() [1/2]

void particle::BaseParticle::setXLocal	(	size_t	i,
		const util::Point &	x
	)

inline

Set current coordinate of the node given node's local id.

Parameters

i	Local id of node
x	Current coordinate to set

Definition at line 316 of file baseParticle.h.

316{ d_modelData_p->setX(i+d_globStart, x); };

References d_dim, d_globStart, and d_modelData_p.

◆ setXLocal() [2/2]

void particle::BaseParticle::setXLocal	(	size_t	i,
		int	dof,
		double	x
	)

inline

Set specific current coordinate of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
x	Current coordinate to set

Definition at line 331 of file baseParticle.h.

331 { d_modelData_p->setX

332 (i+d_globStart, dof, x); };

References d_dim, d_globStart, and d_modelData_p.

◆ setXRef() [1/2]

void particle::BaseParticle::setXRef	(	size_t	i,
		const util::Point &	x
	)

inline

Set reference coordinate of the node.

Parameters

i	Global id of node
x	Reference coordinate to set

Definition at line 188 of file baseParticle.h.

188{ d_modelData_p->setXRef(i, x); };

References d_dim, and d_modelData_p.

◆ setXRef() [2/2]

void particle::BaseParticle::setXRef	(	size_t	i,
		int	dof,
		double	x
	)

inline

Set specific reference coordinate of the node.

Parameters

i	Global id of node
dof	Direction or degree of freedom to be modified
x	Reference coordinate to set

Definition at line 203 of file baseParticle.h.

                                            {
    d_modelData_p->setXRef(i, dof, x);
  };

References d_dim, and d_modelData_p.

◆ setXRefLocal() [1/2]

void particle::BaseParticle::setXRefLocal	(	size_t	i,
		const util::Point &	x
	)

inline

Set reference coordinate of the node given node's local id.

Parameters

i	Local id of node
x	Reference coordinate to set

Definition at line 230 of file baseParticle.h.

230{ d_modelData_p->setXRef(i+d_globStart, x); };

References d_dim, d_globStart, and d_modelData_p.

◆ setXRefLocal() [2/2]

void particle::BaseParticle::setXRefLocal	(	size_t	i,
		int	dof,
		double	x
	)

inline

Set specific reference coordinate of the node given node's local id.

Parameters

i	Local id of node
dof	Direction or degree of freedom to be modified
x	Reference coordinate to set

Definition at line 245 of file baseParticle.h.

245 { d_modelData_p->setXRef

246 (i+d_globStart, dof, x); };

References d_dim, d_globStart, and d_modelData_p.

Field Documentation

◆ d_allDofsConstrained

bool particle::BaseParticle::d_allDofsConstrained

Specify if all dofs are constrained so we do not update displacement, velocity, and force data.

Definition at line 921 of file baseParticle.h.

Referenced by BaseParticle().

◆ d_computeForce

bool particle::BaseParticle::d_computeForce

Specify if we compute force.

Definition at line 924 of file baseParticle.h.

Referenced by BaseParticle().

◆ d_density

double particle::BaseParticle::d_density

density

Definition at line 930 of file baseParticle.h.

Referenced by BaseParticle(), and getDensity().

◆ d_dim

size_t particle::BaseParticle::d_dim

Dimension of this particle.

Definition at line 906 of file baseParticle.h.

Referenced by addF(), addF(), addFLocal(), addFLocal(), addMx(), addMxLocal(), addThetax(), addThetaxLocal(), addU(), addU(), addULocal(), addULocal(), addV(), addV(), addVLocal(), addVLocal(), addVol(), addVolLocal(), addX(), addX(), addXLocal(), addXLocal(), addXRef(), addXRef(), addXRefLocal(), addXRefLocal(), BaseParticle(), BaseParticle(), getDimension(), getF(), getF(), getFix(), getFix(), getFixLocal(), getFixLocal(), getFLocal(), getFLocal(), getMx(), getMx(), getMxLocal(), getMxLocal(), getNodeId(), getThetax(), getThetax(), getThetaxLocal(), getThetaxLocal(), getU(), getU(), getULocal(), getULocal(), getV(), getV(), getVLocal(), getVLocal(), getVol(), getVol(), getVolLocal(), getVolLocal(), getX(), getX(), getXLocal(), getXLocal(), getXRef(), getXRef(), getXRefLocal(), getXRefLocal(), print(), setF(), setF(), setFix(), setFixLocal(), setFLocal(), setFLocal(), setMx(), setMxLocal(), setThetax(), setThetaxLocal(), setU(), setU(), setULocal(), setULocal(), setV(), setV(), setVLocal(), setVLocal(), setVol(), setVolLocal(), setX(), setX(), setXLocal(), setXLocal(), setXRef(), setXRef(), setXRefLocal(), and setXRefLocal().

◆ d_geom_p

std::shared_ptr<util::geometry::GeomObject> particle::BaseParticle::d_geom_p

Geometrical object defining this particle.

Definition at line 962 of file baseParticle.h.

◆ d_globEnd

size_t particle::BaseParticle::d_globEnd

Id of last node of this object in global node list.

Definition at line 945 of file baseParticle.h.

Referenced by BaseParticle().

◆ d_globQuadEnd

size_t particle::BaseParticle::d_globQuadEnd

Id of last node of this object in global quadrature data list, e.g., strain in elements at quadrature points.

Definition at line 953 of file baseParticle.h.

◆ d_globQuadStart

size_t particle::BaseParticle::d_globQuadStart

Id of first node of this object in global quadrature data list, e.g., strain in elements at quadrature points.

Definition at line 949 of file baseParticle.h.

◆ d_globStart

size_t particle::BaseParticle::d_globStart

Id of first node of this object in global node list.

Definition at line 942 of file baseParticle.h.

Referenced by addFLocal(), addFLocal(), addMxLocal(), addThetaxLocal(), addULocal(), addULocal(), addVLocal(), addVLocal(), addVolLocal(), addXLocal(), addXLocal(), addXRefLocal(), addXRefLocal(), BaseParticle(), getFixLocal(), getFixLocal(), getFLocal(), getFLocal(), getMxLocal(), getMxLocal(), getNodeId(), getThetaxLocal(), getThetaxLocal(), getUCenter(), getUCenter(), getULocal(), getULocal(), getVCenter(), getVCenter(), getVLocal(), getVLocal(), getVolLocal(), getVolLocal(), getXCenter(), getXCenter(), getXLocal(), getXLocal(), getXRefLocal(), getXRefLocal(), setFixLocal(), setFLocal(), setFLocal(), setMxLocal(), setThetaxLocal(), setULocal(), setULocal(), setVLocal(), setVLocal(), setVolLocal(), setXLocal(), setXLocal(), setXRefLocal(), and setXRefLocal().

◆ d_h

double particle::BaseParticle::d_h

mesh size

Definition at line 915 of file baseParticle.h.

Referenced by BaseParticle(), and getMeshSize().

◆ d_horizon

double particle::BaseParticle::d_horizon

horizon

Definition at line 927 of file baseParticle.h.

Referenced by BaseParticle(), and getHorizon().

◆ d_id

size_t particle::BaseParticle::d_id

Id of this particle in all particles list.

Definition at line 896 of file baseParticle.h.

Referenced by BaseParticle(), and getId().

◆ d_isWall

bool particle::BaseParticle::d_isWall

Is this particle actually a wall?

Definition at line 893 of file baseParticle.h.

Referenced by BaseParticle(), and BaseParticle().

◆ d_Kn

double particle::BaseParticle::d_Kn

Normal contact coefficient for internal contact.

Definition at line 939 of file baseParticle.h.

Referenced by BaseParticle().

◆ d_material_p

std::unique_ptr<material::Material> particle::BaseParticle::d_material_p

Pointer to peridynamic material object.

Definition at line 933 of file baseParticle.h.

Referenced by BaseParticle(), getMaterial(), and getMaterial().

◆ d_mesh_p

std::shared_ptr<fe::Mesh> particle::BaseParticle::d_mesh_p

Pointer to mesh on reference particle.

Definition at line 968 of file baseParticle.h.

Referenced by getMesh(), getMesh(), getMeshP(), and getMeshP().

◆ d_modelData_p

std::shared_ptr<model::ModelData> particle::BaseParticle::d_modelData_p

Reference to model class.

Definition at line 956 of file baseParticle.h.

Referenced by addF(), addF(), addFLocal(), addFLocal(), addMx(), addMxLocal(), addThetax(), addThetaxLocal(), addU(), addU(), addULocal(), addULocal(), addV(), addV(), addVLocal(), addVLocal(), addVol(), addVolLocal(), addX(), addX(), addXLocal(), addXLocal(), addXRef(), addXRef(), addXRefLocal(), addXRefLocal(), BaseParticle(), getF(), getF(), getFix(), getFix(), getFixLocal(), getFixLocal(), getFLocal(), getFLocal(), getMx(), getMx(), getMxLocal(), getMxLocal(), getThetax(), getThetax(), getThetaxLocal(), getThetaxLocal(), getU(), getU(), getUCenter(), getUCenter(), getULocal(), getULocal(), getV(), getV(), getVCenter(), getVCenter(), getVLocal(), getVLocal(), getVol(), getVol(), getVolLocal(), getVolLocal(), getX(), getX(), getXCenter(), getXCenter(), getXLocal(), getXLocal(), getXRef(), getXRef(), getXRefLocal(), getXRefLocal(), setF(), setF(), setFix(), setFixLocal(), setFLocal(), setFLocal(), setMx(), setMxLocal(), setThetax(), setThetaxLocal(), setU(), setU(), setULocal(), setULocal(), setV(), setV(), setVLocal(), setVLocal(), setVol(), setVolLocal(), setX(), setX(), setXLocal(), setXLocal(), setXRef(), setXRef(), setXRefLocal(), and setXRefLocal().

◆ d_numNodes

size_t particle::BaseParticle::d_numNodes

Number of nodes in this particle.

Definition at line 909 of file baseParticle.h.

Referenced by getNumNodes().

◆ d_particleDescription

std::string particle::BaseParticle::d_particleDescription

Particle information. E.g., "rigid". If nothing specific is available, value will be empty string.

Definition at line 887 of file baseParticle.h.

◆ d_pRadius

double particle::BaseParticle::d_pRadius

Particle radius.

Definition at line 912 of file baseParticle.h.

Referenced by getParticleRadius().

◆ d_Rc

double particle::BaseParticle::d_Rc

Contact radius for contact between internal nodes of particle.

Definition at line 936 of file baseParticle.h.

Referenced by BaseParticle().

◆ d_rp_p

std::shared_ptr<particle::RefParticle> particle::BaseParticle::d_rp_p

Pointer to reference particle.

Definition at line 959 of file baseParticle.h.

Referenced by BaseParticle(), getCenterNodeId(), getUCenter(), getUCenter(), getVCenter(), getVCenter(), getXCenter(), and getXCenter().

◆ d_tform

particle::ParticleTransform particle::BaseParticle::d_tform

Transformation related data.

Definition at line 965 of file baseParticle.h.

Referenced by BaseParticle().

◆ d_type

std::string particle::BaseParticle::d_type

particle type, e.g., particle or wall

Definition at line 881 of file baseParticle.h.

Referenced by BaseParticle(), and getType().

◆ d_typeId

size_t particle::BaseParticle::d_typeId

Id of this particle in the category (for example if this is a wall, what is its id in vector of walls)

Definition at line 900 of file baseParticle.h.

◆ d_typeIndex

int particle::BaseParticle::d_typeIndex

Integer-based particle identity. 0 means it is a particle and 1 means it is a wall

Definition at line 890 of file baseParticle.h.

Referenced by BaseParticle(), BaseParticle(), and getTypeIndex().

◆ d_zoneId

size_t particle::BaseParticle::d_zoneId

Specify zone to which this particle belongs to.

Definition at line 903 of file baseParticle.h.

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

/home/user/project/src/particle/baseParticle.h
/home/user/project/src/particle/baseParticle.cpp

Public Member Functions

Data Fields

Detailed Description

Constructor & Destructor Documentation

◆ BaseParticle() [1/2]

◆ BaseParticle() [2/2]

Member Function Documentation

◆ addF() [1/2]

◆ addF() [2/2]

◆ addFLocal() [1/2]

◆ addFLocal() [2/2]

◆ addMx()

◆ addMxLocal()

◆ addThetax()

◆ addThetaxLocal()

◆ addU() [1/2]

◆ addU() [2/2]

◆ addULocal() [1/2]

◆ addULocal() [2/2]

◆ addV() [1/2]

◆ addV() [2/2]

◆ addVLocal() [1/2]

◆ addVLocal() [2/2]

◆ addVol()

◆ addVolLocal()

◆ addX() [1/2]

◆ addX() [2/2]

◆ addXLocal() [1/2]

◆ addXLocal() [2/2]

◆ addXRef() [1/2]

◆ addXRef() [2/2]

◆ addXRefLocal() [1/2]

◆ addXRefLocal() [2/2]

◆ getCenterNodeId()

◆ getDensity()

◆ getDimension()

◆ getF() [1/2]

◆ getF() [2/2]

◆ getFix() [1/2]

◆ getFix() [2/2]

◆ getFixLocal() [1/2]

◆ getFixLocal() [2/2]

◆ getFLocal() [1/2]

◆ getFLocal() [2/2]

◆ getHorizon()

◆ getId()

◆ getMaterial() [1/2]

◆ getMaterial() [2/2]

◆ getMesh() [1/2]

◆ getMesh() [2/2]

◆ getMeshP() [1/2]

◆ getMeshP() [2/2]

◆ getMeshSize()

◆ getMx() [1/2]

◆ getMx() [2/2]

◆ getMxLocal() [1/2]

◆ getMxLocal() [2/2]

◆ getNodeId()

◆ getNumNodes()

◆ getParticleRadius()

◆ getThetax() [1/2]

◆ getThetax() [2/2]

◆ getThetaxLocal() [1/2]

◆ getThetaxLocal() [2/2]

◆ getType()

◆ getTypeIndex()

◆ getU() [1/2]

◆ getU() [2/2]

◆ getUCenter() [1/2]

◆ getUCenter() [2/2]

◆ getULocal() [1/2]

◆ getULocal() [2/2]

◆ getV() [1/2]

◆ getV() [2/2]

◆ getVCenter() [1/2]

◆ getVCenter() [2/2]

◆ getVLocal() [1/2]

◆ getVLocal() [2/2]

◆ getVol() [1/2]

◆ getVol() [2/2]