mumech::Mesh Class Reference

Class Mesh contains and handles all mesh data. More...

#include <mesh.h>

Public Member Functions
	Mesh (long i, const Problems *p)
	Constructor. More...
	Mesh (long i, const Problems *p, const Mesh *src)
	Copy constructor. More...
virtual	~Mesh ()
	Destructor. More...
int	add_problem (const Problems *p)
void	set_coll (int val)
int	give_nlc (void)
bool	give_twodim (void) const
bool	geom_is_readed (void)
bool	equal_dimensions (int pid) const
	Returns true when mesh and problem dimensions are same. More...
bool	is_unset (void)
	Returns true, if the receiver is unset, only constructor was called. More...
void	scale (const double *s)
	Scale all nodes coordinates by vector s. More...
void	local2global (const double *origin, const double *TInv)
	Local to global transformation of all nodes. More...
void	shift_id (long snn, long sne)
void	read_geometry_file_vtk (const char *vtkMeshFile, int pid, int lc, bool add)
	Read input file with mesh geometry from vtk file. More...
void	generate_regular_mesh (const double *p1, const double *p2, const long *n)
	Generate regular mesh geometry of rectangular cuboid shape compound of rectangular cuboid shape elements. More...
void	generate_regularSphereMesh_2d (int n, const double *a)
	Function generates uniform mesh on an unit circle. More...
void	generate_regularSphereMesh_3d (int n, const double *a)
	Function generates uniform mesh on an unit sphere. More...
void	compute_node_fields (char flag, bool displc_flag, bool strain_flag, bool stress_flag, int pid, int lc, int nLC, PFCmode pfcMode)
void	compute_element_fields (char flag, bool displc_flag, bool strain_flag, bool stress_flag, int pid, int lc, int nLC, PFCmode pfcMode)
	predpokladame trojuhelnikove nebo tetrahedron prvky, tj. na elementu budeme drzet jednu hodnotu More...
void	print_geometry_file_vtk (const char *rsltFileName, int pid, int lc, int nLC)
	Print output file with mesh geometry with results to vtk file. More...
double	give_total_energy (int pid, int lc)
double	give_homog_energy (int lc, int pid=0)
void	integrate_energy_at_elems (int lc, int nLC)
double	give_error (int pid1, int pid2, int lc)
double	give_total_volume (void) const
double	give_regular_element_volume (void) const

Public Attributes
long	id
	identification number More...
int	npa
	number of allocated pointers More...
int	np
	number of pointers to problems More...
const Problems **	P
	set of pointers to solved problems More...
int	coll
int	md
	mesh dimension More...
MeshType	mtA
	type of mesh, structured grid or unstructured More...
double	point1 [3]
double	point2 [3]
double	delta [3]
long	nsegs [3]
double	volume
	Volume/Area. More...
long	nNodes
	Number of nodes. More...
mNode **	Nodes
	1d array of pointers to Node. More...
long	nElems
	Number of elements. More...
mElement **	Elems
	1d array of pointers to Element. More...
int	nLC
	number of load cases More...
bool **	no_dspl_rf
bool **	no_strn_rf
bool **	no_strs_rf
bool **	el_dspl_rf
	pid x nlc More...
bool **	el_strn_rf
bool **	el_strs_rf

Protected Member Functions
void	set_and_alloc_nNodes (long nn)
	Set nNodes and allocate array Nodes. More...
void	set_and_alloc_nElems (long ne)
	Set nElems and allocate array Elems. More...

Private Member Functions
int	file_type_s2e (const char *s)
void	set_node_rslt_flags (bool displc_flag, bool strain_flag, bool stress_flag, int pid, int lc, int nLC)
void	set_elem_rslt_flags (bool displc_flag, bool strain_flag, bool stress_flag, int pid, int lc, int nLC)
void	average_fields (bool displc_flag, bool strain_flag, bool stress_flag, int lc, int nLC)

Detailed Description

Class Mesh contains and handles all mesh data.

Definition at line 52 of file mesh.h.

Constructor & Destructor Documentation

mumech::Mesh::Mesh	(	long	i,
		const Problems *	p
	)

Constructor.

Definition at line 49 of file mesh.cpp.

References add_problem(), coll, el_dspl_rf, el_strn_rf, el_strs_rf, Elems, md, mumech::MT_VOID, mtA, nElems, nLC, nNodes, no_dspl_rf, no_strn_rf, no_strs_rf, Nodes, np, npa, P, and volume.

mumech::Mesh::Mesh	(	long	i,
		const Problems *	p,
		const Mesh *	src
	)

Copy constructor.

Definition at line 83 of file mesh.cpp.

References _errorr, add_problem(), coll, el_dspl_rf, el_strn_rf, el_strs_rf, Elems, errol, md, mumech::MT_GENERAL, mtA, nElems, nLC, nNodes, no_dspl_rf, no_strn_rf, no_strs_rf, Nodes, np, npa, P, and volume.

mumech::Mesh::~Mesh ( )

virtual

Destructor.

Definition at line 124 of file mesh.cpp.

References mumech::DeleteArray2D(), el_dspl_rf, el_strn_rf, el_strs_rf, Elems, nElems, nNodes, no_dspl_rf, no_strn_rf, no_strs_rf, Nodes, npa, and P.

Member Function Documentation

int mumech::Mesh::add_problem

(

const Problems *

p

)

Definition at line 148 of file mesh.cpp.

References errol, mumech::Problems::give_nLC(), mumech::Problems::is_converted_to_equivalent(), nLC, np, and P.

Referenced by mumech::Comparison::cmp_mm_ansys_total_energy(), mumech::Comparison::give_energy_MM(), and Mesh().

void mumech::Mesh::average_fields ( bool  displc_flag, bool  strain_flag, bool  stress_flag, int  lc, int  nLC  )

private

Referenced by geom_is_readed().

void mumech::Mesh::compute_element_fields	(	char	flag,
		bool	displc_flag,
		bool	strain_flag,
		bool	stress_flag,
		int	pid,
		int	lc,
		int	nLC,
		PFCmode	pfcMode
	)

predpokladame trojuhelnikove nebo tetrahedron prvky, tj. na elementu budeme drzet jednu hodnotu

Definition at line 1138 of file mesh.cpp.

References mumech::Problem::check_lc_nlc(), mumech::mElement::displc, Elems, errol, mumech::Problem::giveFieldsOfPoint(), nElems, nLC, P, mumech::mElement::region, set_elem_rslt_flags(), mumech::mElement::strain, mumech::mElement::stress, and mumech::STRN_THEORETICAL_FEEP.

Referenced by clanek_homog_grid(), mumech::Comparison::cmp_mm_ansys_total_energy(), geom_is_readed(), mumech::Comparison::give_energy_MM(), and mumech::RegGrid::giveHomogenizedStiffnessMatrix().

void mumech::Mesh::compute_node_fields	(	char	flag,
		bool	displc_flag,
		bool	strain_flag,
		bool	stress_flag,
		int	pid,
		int	lc,
		int	nLC,
		PFCmode	pfcMode
	)

Definition at line 1111 of file mesh.cpp.

References mumech::Problem::check_lc_nlc(), mumech::mNode::coords, gelibspace::Elem3D::copy_to(), mumech::mNode::displc, errol, mumech::Problem::giveFieldsOfPoint(), nLC, nNodes, Nodes, P, set_node_rslt_flags(), mumech::mNode::strain, mumech::mNode::stress, and mumech::STRN_THEORETICAL_FEEP.

Referenced by mumech::Comparison::cmp_mm_ansys_total_energy(), geom_is_readed(), mumech::Problem::printFieldsOnMeshGrid(), and mumech::Problem::printFieldsOnMeshVTK().

bool mumech::Mesh::equal_dimensions

(

int

pid

)

const

Returns true when mesh and problem dimensions are same.

Definition at line 180 of file mesh.cpp.

References mumech::Problems::give_dimension(), md, and P.

Referenced by geom_is_readed(), mumech::mElement::give_strain(), and mumech::mElement::give_stress().

int mumech::Mesh::file_type_s2e ( const char *  s )

private

Definition at line 341 of file mesh.cpp.

References _errorr2, and _STRCMP.

Referenced by geom_is_readed(), and read_geometry_file_vtk().

void mumech::Mesh::generate_regular_mesh	(	const double *	p1,
		const double *	p2,
		const long *	n
	)

Generate regular mesh geometry of rectangular cuboid shape compound of rectangular cuboid shape elements.

Generuje pravidelnou obdelnikovou 3d sit.

Parameters

p1	Coordinates of the vertex of mesh cuboid with lowest component values.
p2	Coordinates of the vertex of mesh cuboid with highest component values.
n	Number of elements in particular axes directions.

Pokud je n[i] == 0, tak to degraduje na 2d sit, zatim implementovano jen n[2]

Definition at line 260 of file mesh.cpp.

References _errorr, coll, mumech::mNode::coords, mumech::CopyVector(), delta, Elems, geom_is_readed(), mumech::MT_REGULAR, mtA, nElems, mumech::mElement::nodes, Nodes, nsegs, point1, point2, set_and_alloc_nElems(), set_and_alloc_nNodes(), and set_coll().

Referenced by clanek_homog_grid(), geom_is_readed(), mumech::Comparison::give_energy_MM(), mumech::RegGrid::giveHomogenizedStiffnessMatrix(), and mumech::Problem::printFieldsOnMeshGrid().

void mumech::Mesh::generate_regularSphereMesh_2d	(	int	n,
		const double *	a
	)

Function generates uniform mesh on an unit circle.

Parameters

M	Empty (only allocated) mesh object. Will be filled by uniform mesh.
n	Number of segments of a quater circle.

Definition at line 767 of file mesh.cpp.

References _errorr, _errorr1, mumech::mNode::coords, Elems, is_unset(), mumech::MT_GENERAL, mtA, nElems, nNodes, mumech::mElement::nodes, Nodes, PI, set_and_alloc_nElems(), set_and_alloc_nNodes(), set_coll(), mumech::mElement::set_type(), gelibspace::Elem3D::x, and gelibspace::Elem3D::y.

Referenced by geom_is_readed(), and mumech::Problem::print_visualization().

void mumech::Mesh::generate_regularSphereMesh_3d	(	int	n,
		const double *	a
	)

Function generates uniform mesh on an unit sphere.

Parameters

M	Empty (only allocated) mesh object. Will be filled by uniform mesh.
n	Number of segments of a quater circle.

Definition at line 808 of file mesh.cpp.

References _errorr, _errorr1, mumech::mNode::coords, Elems, mumech::give_curvature(), is_unset(), mumech::MT_GENERAL, mtA, nNodes, mumech::mElement::nodes, Nodes, PI, set_and_alloc_nElems(), set_and_alloc_nNodes(), set_coll(), mumech::mElement::set_type(), gelibspace::Elem3D::x, gelibspace::Elem3D::y, and gelibspace::Elem3D::z.

Referenced by geom_is_readed(), and mumech::Problem::print_visualization().

bool mumech::Mesh::geom_is_readed ( void  )

inline

Definition at line 126 of file mesh.h.

References average_fields(), compute_element_fields(), compute_node_fields(), equal_dimensions(), file_type_s2e(), generate_regular_mesh(), generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), give_error(), give_homog_energy(), give_regular_element_volume(), give_total_energy(), give_total_volume(), integrate_energy_at_elems(), is_unset(), local2global(), mumech::MT_VOID, print_geometry_file_vtk(), read_geometry_file_vtk(), scale(), set_and_alloc_nElems(), set_and_alloc_nNodes(), set_elem_rslt_flags(), set_node_rslt_flags(), and shift_id().

Referenced by generate_regular_mesh(), read_geometry_file_vtk(), set_elem_rslt_flags(), and set_node_rslt_flags().

double mumech::Mesh::give_error	(	int	pid1,
		int	pid2,
		int	lc
	)

Definition at line 1284 of file mesh.cpp.

References _errorr2, mumech::e(), Elems, errol, mumech::mElement::give_strain(), mumech::mElement::give_stress(), mumech::give_VectorVectorProduct(), mumech::mElement::give_volume(), mumech::mElement::giveReducedStiffMatrix(), mumech::MatrixOperations::giveVTVproduct_1is3and3x3to5and3(), nElems, mumech::mElement::save_error(), and mumech::SubtractVector().

Referenced by mumech::Comparison::cmp_mm_ansys_total_energy(), and geom_is_readed().

double mumech::Mesh::give_homog_energy	(	int	lc,
		int	pid = 0
	)

Definition at line 1238 of file mesh.cpp.

References coll, errol, mumech::Problems::give_dimension(), mumech::MatrixRecord::give_globHomog_Strain(), mumech::MatrixRecord::give_globHomog_Stress(), mumech::Problem::give_matrix(), give_total_volume(), mumech::Problems::give_twodim(), mumech::MatrixOperations::giveTTproduct_1is2x2to3and2x2to3_SS(), md, and P.

Referenced by geom_is_readed(), and mumech::Comparison::give_energy_MM().

int mumech::Mesh::give_nlc ( void  )

inline

Definition at line 121 of file mesh.h.

References errol, and nLC.

double mumech::Mesh::give_regular_element_volume

(

void

)

const

Definition at line 1190 of file mesh.cpp.

References _errorr, give_total_volume(), mumech::MT_GENERAL, mumech::MT_REGULAR, mtA, and nElems.

Referenced by geom_is_readed(), and mumech::mElement::give_volume().

double mumech::Mesh::give_total_energy	(	int	pid,
		int	lc
	)

Definition at line 1269 of file mesh.cpp.

References _errorr2, el_strn_rf, el_strs_rf, Elems, and nElems.

Referenced by geom_is_readed(), and mumech::Comparison::give_energy_MM().

double mumech::Mesh::give_total_volume

(

void

)

const

Definition at line 1165 of file mesh.cpp.

References _errorr, coll, Elems, mumech::MT_GENERAL, mumech::MT_REGULAR, mtA, nElems, point1, point2, and volume.

Referenced by geom_is_readed(), give_homog_energy(), and give_regular_element_volume().

bool mumech::Mesh::give_twodim ( void  ) const

inline

Definition at line 123 of file mesh.h.

References errol.

Referenced by mumech::mElement::give_energy().

void mumech::Mesh::integrate_energy_at_elems	(	int	lc,
		int	nLC
	)

Referenced by geom_is_readed().

bool mumech::Mesh::is_unset

(

void

)

Returns true, if the receiver is unset, only constructor was called.

Definition at line 187 of file mesh.cpp.

References coll, el_dspl_rf, el_strn_rf, el_strs_rf, Elems, mumech::MT_VOID, mtA, nElems, nNodes, no_dspl_rf, no_strn_rf, no_strs_rf, Nodes, and volume.

Referenced by generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), and geom_is_readed().

void mumech::Mesh::local2global	(	const double *	origin,
		const double *	TInv
	)

Local to global transformation of all nodes.

Definition at line 212 of file mesh.cpp.

References gelibspace::Elem3D::add(), gelibspace::PoinT::beRotatedBy(), gelibspace::PoinT::beRotatedBy2d(), mumech::mNode::coords, md, nNodes, and Nodes.

Referenced by geom_is_readed(), and mumech::Problem::print_visualization().

void mumech::Mesh::print_geometry_file_vtk	(	const char *	rsltFileName,
		int	pid,
		int	lc,
		int	nLC
	)

Print output file with mesh geometry with results to vtk file.

Parameters

filename

Name of the output file.

Definition at line 956 of file mesh.cpp.

References _errorr, el_dspl_rf, el_strn_rf, el_strs_rf, Elems, gelibspace::Stream::file(), mumech::Problems::give_twodim(), mumech::mElement::give_type(), nElems, tinyxml2::XMLDocument::NewText(), nLC, mumech::mElement::nnodes, nNodes, no_dspl_rf, no_strn_rf, no_strs_rf, mumech::mElement::nodes, Nodes, P, mumech::print_auxs(), mumech::print_values_Scalar(), mumech::print_values_Tensor(), mumech::print_values_Vector(), mumech::print_VTK_data_head(), mumech::print_VTK_FINISH(), mumech::print_VTK_head(), mumech::print_VTK_init_cell_data(), mumech::print_VTK_init_point_data(), mumech::print_VTK_nodes_head(), mumech::print_VTK_START(), gelibspace::STRM_file, gelibspace::STRM_tixel, and gelibspace::Stream::tix_doc().

Referenced by mumech::Comparison::cmp_mm_ansys_total_energy(), geom_is_readed(), mumech::Problem::print_visualization(), mumech::Problem::printFieldsOnMeshGrid(), and mumech::Problem::printFieldsOnMeshVTK().

void mumech::Mesh::read_geometry_file_vtk	(	const char *	vtkMeshFile,
		int	pid,
		int	lc,
		bool	add
	)

Read input file with mesh geometry from vtk file.

Parameters

filename

Name of the input file.

Definition at line 355 of file mesh.cpp.

References _errorr, _errorr2, _STRCMP, mumech::mNode::allocate_fields(), mumech::mElement::allocate_fields(), tinyxml2::XMLElement::Attribute(), CASE, gelibspace::Stream::close(), coll, mumech::mNode::coords, tinyxml2::XMLNode::DeleteChild(), Elems, errol, gelibspace::Stream::file(), file_type_s2e(), tinyxml2::XMLNode::FirstChild(), FP_scan_expected_word_exit, gelibspace::FP_scan_word(), gelibspace::FP_skip_line(), geom_is_readed(), tinyxml2::XMLElement::GetText(), gelibspace::Stream::isFile(), mumech::MT_GENERAL, mtA, mumech::MTR_fem, mumech::MTR_femadd, mumech::MTR_geom, mumech::MTR_VOID, nElems, tinyxml2::XMLNode::NextSibling(), nNodes, mumech::mElement::nodes, Nodes, gelibspace::Stream::open(), P, tinyxml2::XMLElement::QueryLongAttribute(), mumech::mElement::region, gelibspace::Stream::relink_downF(), gelibspace::Stream::relink_next(), gelibspace::Stream::relink_up(), mumech::scan_DATA_field_head(), gelibspace::Elem3D::scan_xyz(), set_and_alloc_nElems(), set_and_alloc_nNodes(), set_coll(), set_elem_rslt_flags(), set_node_rslt_flags(), mumech::mElement::set_type(), SP_scan_expected_number_exit, SP_scan_expected_word2_exit, SP_scan_expected_word_exit, gelibspace::SP_scan_number(), gelibspace::SP_scan_word(), gelibspace::SP_skip_word(), gelibspace::ST_scan_array(), gelibspace::ST_scan_number(), mumech::mElement::strain, mumech::mElement::stress, gelibspace::STRM_void, gelibspace::Stream::tixel(), gelibspace::Stream::tixnod(), tinyxml2::XMLNode::ToComment(), tinyxml2::XMLNode::ToDeclaration(), tinyxml2::XMLNode::ToElement(), tinyxml2::XMLElement::ToElement(), tinyxml2::XMLNode::Value(), gelibspace::VTKR_cd, gelibspace::VTKR_cells, gelibspace::VTKR_data, gelibspace::VTKR_fields, gelibspace::VTKR_pd, gelibspace::VTKR_points, gelibspace::VTKR_void, gelibspace::XP_check_expected_attribute(), gelibspace::XP_give_unique_expected_elem(), and gelibspace::XP_giveDAtext().

Referenced by clanek_homog_grid(), mumech::Comparison::cmp_mm_ansys_total_energy(), geom_is_readed(), and mumech::Problem::printFieldsOnMeshVTK().

void mumech::Mesh::scale

(

const double *

s

)

Scale all nodes coordinates by vector s.

Definition at line 199 of file mesh.cpp.

References mumech::mNode::coords, md, nNodes, Nodes, gelibspace::Elem3D::x, gelibspace::Elem3D::y, and gelibspace::Elem3D::z.

Referenced by geom_is_readed(), and mumech::Problem::print_visualization().

void mumech::Mesh::set_and_alloc_nElems ( long  ne )

protected

Set nElems and allocate array Elems.

Definition at line 236 of file mesh.cpp.

References Elems, errol, and nElems.

Referenced by generate_regular_mesh(), generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), geom_is_readed(), and read_geometry_file_vtk().

void mumech::Mesh::set_and_alloc_nNodes ( long  nn )

protected

Set nNodes and allocate array Nodes.

Definition at line 227 of file mesh.cpp.

References errol, nNodes, and Nodes.

Referenced by generate_regular_mesh(), generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), geom_is_readed(), and read_geometry_file_vtk().

void mumech::Mesh::set_coll

(

int

val

)

Definition at line 166 of file mesh.cpp.

References coll, errol, and md.

Referenced by generate_regular_mesh(), generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), mumech::Problem::print_visualization(), and read_geometry_file_vtk().

void mumech::Mesh::set_elem_rslt_flags ( bool  displc_flag, bool  strain_flag, bool  stress_flag, int  pid, int  lc, int  nLC  )

private

Definition at line 1094 of file mesh.cpp.

References _errorr, mumech::Allocate1Dbp(), mumech::Allocate1Dbz(), el_dspl_rf, el_strn_rf, el_strs_rf, geom_is_readed(), nLC, and npa.

Referenced by compute_element_fields(), geom_is_readed(), and read_geometry_file_vtk().

void mumech::Mesh::set_node_rslt_flags ( bool  displc_flag, bool  strain_flag, bool  stress_flag, int  pid, int  lc, int  nLC  )

private

Definition at line 1078 of file mesh.cpp.

References _errorr, mumech::Allocate1Dbp(), mumech::Allocate1Dbz(), geom_is_readed(), nLC, no_dspl_rf, no_strn_rf, no_strs_rf, and npa.

Referenced by compute_node_fields(), geom_is_readed(), and read_geometry_file_vtk().

void mumech::Mesh::shift_id	(	long	snn,
		long	sne
	)

Definition at line 246 of file mesh.cpp.

References mumech::AddScalarToVector(), Elems, mumech::mElement::id, nElems, nNodes, and Nodes.

Referenced by geom_is_readed(), and mumech::Problem::print_visualization().

Member Data Documentation

int mumech::Mesh::coll

Definition at line 68 of file mesh.h.

Referenced by mumech::mElement::compute_centroids(), generate_regular_mesh(), mumech::mElement::give_energy(), give_homog_energy(), mumech::mElement::give_strain(), mumech::mElement::give_stress(), give_total_volume(), mumech::mElement::give_volume(), is_unset(), Mesh(), read_geometry_file_vtk(), and set_coll().

double mumech::Mesh::delta[3]

Definition at line 76 of file mesh.h.

Referenced by generate_regular_mesh().

bool** mumech::Mesh::el_dspl_rf

pid x nlc

Definition at line 98 of file mesh.h.

Referenced by mumech::mElement::allocate_fields(), is_unset(), Mesh(), print_geometry_file_vtk(), set_elem_rslt_flags(), and ~Mesh().

bool** mumech::Mesh::el_strn_rf

Definition at line 99 of file mesh.h.

Referenced by mumech::mElement::allocate_fields(), give_total_energy(), is_unset(), Mesh(), print_geometry_file_vtk(), set_elem_rslt_flags(), and ~Mesh().

bool** mumech::Mesh::el_strs_rf

Definition at line 100 of file mesh.h.

Referenced by mumech::mElement::allocate_fields(), give_total_energy(), is_unset(), Mesh(), print_geometry_file_vtk(), set_elem_rslt_flags(), and ~Mesh().

mElement** mumech::Mesh::Elems

1d array of pointers to Element.

Definition at line 86 of file mesh.h.

Referenced by compute_element_fields(), generate_regular_mesh(), generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), give_error(), give_total_energy(), give_total_volume(), is_unset(), Mesh(), print_geometry_file_vtk(), mumech::Problem::print_visualization(), read_geometry_file_vtk(), set_and_alloc_nElems(), shift_id(), and ~Mesh().

long mumech::Mesh::id

identification number

Definition at line 56 of file mesh.h.

int mumech::Mesh::md

mesh dimension

Definition at line 70 of file mesh.h.

Referenced by equal_dimensions(), give_homog_energy(), local2global(), Mesh(), scale(), and set_coll().

MeshType mumech::Mesh::mtA

type of mesh, structured grid or unstructured

Definition at line 72 of file mesh.h.

Referenced by generate_regular_mesh(), generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), give_regular_element_volume(), give_total_volume(), is_unset(), Mesh(), and read_geometry_file_vtk().

long mumech::Mesh::nElems

Number of elements.

Definition at line 85 of file mesh.h.

Referenced by compute_element_fields(), generate_regular_mesh(), generate_regularSphereMesh_2d(), give_error(), give_regular_element_volume(), give_total_energy(), give_total_volume(), is_unset(), Mesh(), print_geometry_file_vtk(), mumech::Problem::print_visualization(), read_geometry_file_vtk(), set_and_alloc_nElems(), shift_id(), and ~Mesh().

int mumech::Mesh::nLC

number of load cases

Definition at line 92 of file mesh.h.

Referenced by add_problem(), mumech::mNode::allocate_fields(), mumech::mElement::allocate_fields(), compute_element_fields(), compute_node_fields(), mumech::mElement::give_energy(), give_nlc(), Mesh(), print_geometry_file_vtk(), mumech::mElement::save_error(), set_elem_rslt_flags(), set_node_rslt_flags(), mumech::mElement::~mElement(), and mumech::mNode::~mNode().

long mumech::Mesh::nNodes

Number of nodes.

Definition at line 83 of file mesh.h.

Referenced by compute_node_fields(), generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), is_unset(), local2global(), Mesh(), print_geometry_file_vtk(), mumech::Problem::print_visualization(), read_geometry_file_vtk(), scale(), set_and_alloc_nNodes(), shift_id(), and ~Mesh().

bool** mumech::Mesh::no_dspl_rf

Definition at line 94 of file mesh.h.

Referenced by mumech::mNode::allocate_fields(), is_unset(), Mesh(), print_geometry_file_vtk(), set_node_rslt_flags(), and ~Mesh().

bool** mumech::Mesh::no_strn_rf

Definition at line 95 of file mesh.h.

Referenced by mumech::mNode::allocate_fields(), is_unset(), Mesh(), print_geometry_file_vtk(), set_node_rslt_flags(), and ~Mesh().

bool** mumech::Mesh::no_strs_rf

Definition at line 96 of file mesh.h.

Referenced by mumech::mNode::allocate_fields(), is_unset(), Mesh(), print_geometry_file_vtk(), set_node_rslt_flags(), and ~Mesh().

mNode** mumech::Mesh::Nodes

1d array of pointers to Node.

Definition at line 84 of file mesh.h.

Referenced by mumech::mElement::compute_centroids(), compute_node_fields(), generate_regular_mesh(), generate_regularSphereMesh_2d(), generate_regularSphereMesh_3d(), mumech::mElement::give_volume(), is_unset(), local2global(), Mesh(), print_geometry_file_vtk(), mumech::Problem::print_visualization(), read_geometry_file_vtk(), scale(), set_and_alloc_nNodes(), shift_id(), and ~Mesh().

int mumech::Mesh::np

number of pointers to problems

Definition at line 58 of file mesh.h.

Referenced by add_problem(), and Mesh().

int mumech::Mesh::npa

number of allocated pointers

Definition at line 57 of file mesh.h.

Referenced by mumech::mNode::allocate_fields(), mumech::mElement::allocate_fields(), mumech::mElement::give_energy(), Mesh(), mumech::mElement::save_error(), set_elem_rslt_flags(), set_node_rslt_flags(), mumech::mElement::~mElement(), ~Mesh(), and mumech::mNode::~mNode().

long mumech::Mesh::nsegs[3]

Definition at line 77 of file mesh.h.

Referenced by generate_regular_mesh().

const Problems** mumech::Mesh::P

set of pointers to solved problems

Definition at line 59 of file mesh.h.

Referenced by add_problem(), mumech::mNode::allocate_fields(), mumech::mElement::allocate_fields(), compute_element_fields(), compute_node_fields(), equal_dimensions(), mumech::mElement::give_energy(), give_homog_energy(), mumech::mElement::give_strain(), mumech::mElement::give_stress(), mumech::mElement::giveReducedStiffMatrix(), Mesh(), print_geometry_file_vtk(), read_geometry_file_vtk(), and ~Mesh().

double mumech::Mesh::point1[3]

Definition at line 74 of file mesh.h.

Referenced by generate_regular_mesh(), and give_total_volume().

double mumech::Mesh::point2[3]

Definition at line 75 of file mesh.h.

Referenced by generate_regular_mesh(), and give_total_volume().

double mumech::Mesh::volume

Volume/Area.

Definition at line 79 of file mesh.h.

Referenced by give_total_volume(), is_unset(), and Mesh().

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

• /home/termit/CVUT/GRANT_micromechanics/muMECH/src/libmumech/mesh.h
• /home/termit/CVUT/GRANT_micromechanics/muMECH/src/libmumech/mesh.cpp