#include <geometry.h>

Inheritance diagram for midaspace::Mesh:

GENERAL INFO
const Model *	Master

bool	Parallel

long	NumDomains

long *	NumNodes

long *	NumElems

long	cSubDomains

long *	cNodesInSD

Solver	rslts_solver
	RESULTS == structural analysis output data. More...

long	rslts_nsteps

Lvctr *	rslts_step

Dvctr *	rslts_loadlevel

double	critical_coeff

bool	RTN [cRTN]

bool	RTE [cRTE]

long	nRegions
	ADAPTIVITY == adaptivity in MIDAS. More...

void	set_Master_model (const Model *M)

const Model *	give_Master_model (void) const

long	NumNodes_plus (long i)

void	set_RTN (ResultTypesAtNode rt, bool val)

void	set_RTE (ResultTypesAtElem rt, bool val)

bool	give_Parallel (void) const

long	give_NumDomains (void) const

long	give_NnAtDom (int did) const

long	give_NeAtDom (int did) const

long	give_cSubDomains (void) const

const long *	give_cNodesInSD (void) const

Solver	give_rslts_solver (void) const

long	give_rslts_nsteps (void) const

long	give_nRegions (void) const

const Node *	give_Node_with_prop (long prp, bool unique) const

void	add_another_Element (FElement *elem, long dom)
	adds elem to the end of array Elements More...

MESH DATA
long	give_Nn (void) const

const Node *	give_Node (long i) const

const FElement *	give_FElem (long i) const

Node *	Nodes (long i) const

FElement *	FElems (long i) const

MESH STATS
GPA< Lvctr >	Lata
	dd More...

GPA< Dvctr >	Data

GPA< const Dvctr >	pLata

GPA< const Dvctr >	pData

GENERAL METHODS
	Mesh (long gid, const Problem *p, long numdom, MMprocessing mmp)
	CONSTRUCTOR. More...

virtual	~Mesh (void)
	DESTRUCTOR. More...

virtual classID	give_classid () const
	Returns classID - class identification. More...

virtual void	initialize (void)
	initiate/sets data More...

virtual void	checkConsistency (void) const
	Checks data consistency. More...

Point *	allocate_point (long gid, const PoinT *coo, char attribs_alloc='n')

void	read_mesh_ANSYS (char path, const char filename)
	zatim to cte jen primitivni batch file pro ANSYS kterej obsahuje jen coordinaty of nodes a trojuhelnikove elementy More...

void	read_mesh_T3d (char path, const char filename)
	kompletni T3d mesh file More...

void	read_mesh_JKTK (char path, const char filename)
	JKTK file format. More...

void	read_mesh_OOFEM (FILE *stream, long nn, long ne)
	read native input file to OOFEM More...

void	read_mesh_SIFEL (FILE *stream)
	read native input file to SIFEL More...

void	read_mesh_UNV (char path, const char filename)

void	read_mesh_VLNA (char path, const char filename)

void	read_mesh_equal_to_model (void)
	make mesh equal to model - no remeshing process More...

void	read_structural_analysis_output (void)
	read output file from structural analysis package More...

void	read_output_OOFEM (void)
	read native output file of OOFEM More...

void	read_output_SIFEL (void)
	read native output file of SIFEL More...

void	find_slaves (void)
	cte VLNA soubory, zatim omezene More...

void	cleanup_duplicities (void)
	clean up duplicities (nodes,lines) More...

void	check_duplicity_nodes (void)
	set up duplicity nodes More...

void	mesh_quality (void) const
	compute mesh quality More...

void	RIGIDmatToRAN (void)
	rigid material to RAN More...

void	find_subdomains (void)
	subdomain More...

void	delete_subdomains_except (long leave)
	delete all subdomains except "leave" More...

void	sort_polydata (Xvctr *data) const
	sort polydata data More...

void	print_VTK_nodes (Stream *stream) const

void	print_VTK_elems (Stream *stream, VTKdataset ds) const

void	print_VTK_body (Stream *stream, VTKdataset ds) const

void	print_VTK_PD_scal (bool xml, const char suff, const char name, const Xvctr **data)
	VTK file with one point data scalar. More...

void	print_VTK_CD_scal (bool xml, const char suff, const char name, const Xvctr **data) const
	VTK file with one cell data scalar. More...

void	print_VTK (femFileFormat format, const char *suff)
	VTK file with no data. More...

void	print_JKTK (femFileFormat format, const char *suff)
	print geometry to JKTK format file More...

void	print_block_nodes (FILE *stream, femFileFormat fff, int did)
	PRINTING OF FILES. More...

void	print_block_supported_dofs (FILE *stream, femFileFormat fff, int did)
	print input file for solver - block with supported nodes More...

void	print_block_elems (FILE *stream, femFileFormat fff, int did)
	print input file for solver - block with elements More...

void	print_block_nodal_load (FILE *stream, femFileFormat fff, int did)
	print input file for solver - block with nodal load More...

void	print_block_gravity_load_ANSYS (FILE *stream) const
	print input file for solver - block with gravity load More...

void	resize_Lata (long newsize)
	print VTK file divided to severel functions More...

void	resize_Lata_members (long newsize)

void	resize_Data (long newsize)

void	resize_Data_members (long newsize)

void	print_control (FILE *conout) const
	Function prints contol data. More...

void	print_data_ready_vtk (void)

void	print_results (void)
	TADY BUDOU VSECHNY INFORMACE O VYSLEDCICH ZE SOLVERU. More...

void	print_cabletensileonly (bool mft=true)

void	print_characteristics_to_VTK (bool mft=true)

void	adaptivity (void)
	ADAPTIVITY. More...

double	volume_core (void) const
	print volume to extra file More...

Additional Inherited Members
Public Member Functions inherited from midaspace::Geometry
MMprocessing	give_gp (void) const

bool	give_nodeprop (void) const

bool	give_elemprop (void) const

long	give_Npts (void) const

long	give_Neds (void) const

long	give_Nfas (void) const

long	give_Nels (void) const

const Point *	give_Pjnt (long i) const

const Edge *	give_Edge (long i) const

const Face *	give_Face (long i) const

const Element *	give_Elem (long i) const

const GPA< Point > *	give_Pjnts (void) const

const GPA< Edge > *	give_Edges (void) const

const GPA< Face > *	give_Faces (void) const

const GPA< Element > *	give_Elems (void) const

const Point *	give_Pjnt_with_prop (long prp, bool unique) const

void	add_another_Pjnt (Point *comp)

void	add_another_Edge (Edge *comp)

void	add_another_Face (Face *comp)

void	add_another_Elem (Element *comp)

void	wdg_another_Elem (Element *comp, long nid)

void	replace_Pjnt_by (Point Pold, Point Pnew)
	invisible and delete old, set ID and assign new, of new More...

void	kill_damned_elems (void)
	KILL ELEMENTS marked by flag "delete" ; KILL = invisible + delete. More...

void	letoff_aa (void)
	let off atributes arrays More...

void	connectivity_allocation (void)
	Function allocates arrays necessary for connectivity assembling. More...

void	connectivity_assembling (void)
	Function computes connectivity of mesh. More...

void	VTKCT_assembling (long indx=-1)
	sum counts of VTK cell types More...

void	aver_elem_circ_assembling (long indx=-1)

void	anyBeamElem_assembling (long indx=-1)

void	boubox_assembling (long indx=-1)

void	geom_stats_assembling (const GeometryComponent *comp)

bool	connectivity_is_assembled (void) const

bool	VTKCT_is_assembled (void) const

void	give_vtk_polydata_counts (long &cl, long &cp) const
	get/compute count of VTK polydata elements More...

bool	only_vtk_polydata (void) const
	all elements is polydata compatible More...

bool	only_1d_elements (void) const
	only 1d elements More...

double	give_aver_elem_circ (void) const

long	give_anyBeamElem (void) const

const PoinT *	give_boubox_diff (void) const

VTKdataset	giveVTKDS (void)
	other More...

VTKPDtopology	give_VTKPDtopology_of_elem (long i) const

void	print_info (void) const

void	print_geom_info (void) const
	print info about geometry of mesh More...

	Geometry (long gid, const Problem *p, MMprocessing proc)
	CONSTRUCTOR. More...

virtual	~Geometry (void)
	DESTRUCTOR. More...

virtual void	finitialize (void)
	finalize prepropcessing More...

void	read_addata_VTK (const char *filename, bool sparse)

void	read_VTK (char DATASET, Stream *stream, bool addata=false, bool sparse=false)
	CORE read of VTK file. More...

bool	isModel (void) const

bool	isMesh (void) const

void	assign_NodeLoad_by_point_ID (const BoundaryCond *bc, long id)
	BC assign assign nodal load to the point by/via ... More...

void	assign_NodeLoad_by_point_prop (const BoundaryCond *bc, long prop)

void	assign_NodeLoad_by_point_coords (const BoundaryCond bc, const PoinT coords)

void	assign_BodyLoad_by_elem_ID (const BoundaryCond *bc, long id)
	assign body load to the element by/via ... More...

void	assign_BodyLoad_by_elem_prop (const BoundaryCond *bc, long prop)

void	assign_EdgeLoad_by_elem_ID (const BoundaryCond *bc, long id, int indx=-1)
	assign edge load to the edge by/via ... More...

void	assign_EdgeLoad_by_elem_prop (const BoundaryCond *bc, long prop)

void	assign_FaceLoad_by_elem_ID (const BoundaryCond *bc, long id, int indx=-1)
	assign face load to the face by/via ... More...

void	assign_FaceLoad_by_elem_prop (const BoundaryCond *bc, long prop)

void	assign_FaceLoad_by_face_prop (const BoundaryCond *bc, long prop)

void	join_geom (Geometry *geom)

bool	give_3Delement_with_point_inside (const PoinT coords, const GeometryComponent &comp, PoinT *nc) const
	Function finds location of point indide of which 3d element is. More...

DOFsPerNode	give_DOFsPerNode (void)

Public Member Functions inherited from midaspace::ProblemSubject
	ProblemSubject (long gid)
	CONSTRUCTOR. More...

	ProblemSubject (long gid, const Problem *owner)
	CONSTRUCTOR. More...

virtual	~ProblemSubject ()
	DESTRUCTOR. More...

void	set_ID (long val)

long	give_ID () const

void	set_Pd (const Problem *owner)

const Problem *	give_Pd (void) const

Protected Attributes inherited from midaspace::Geometry
MMprocessing	gp

bool	nodeprop

bool	elemprop

long	origPjntsNum

long	origElemsNum

GPA< Point >	Pjnts

GPA< Edge >	Edges

GPA< Face >	Faces

GPA< Element >	Elems

bool	connectivity_assembled
	when any function changes geometry there are two types of "set" functions a) stat is not activated => assemble for all element b) stat is activated => add one element More...

long	VTKCTcl
	ELEMENT STATS // VTK cells types - count elements of type: More...

long	VTKCTct

long	VTKCTch

double	aver_elem_circ

long	anyBeamElem

bool	boubox_assembled

PoinT	boubox_min

PoinT	boubox_max

PoinT	boubox_diff

Protected Attributes inherited from midaspace::ProblemSubject
long	ID
	(global) identification number == position in list of members; zero-based numbering. More...

const Problem *	Pd
	Pointer to owner = parent problem. More...

Detailed Description

Definition at line 272 of file geometry.h.

Constructor & Destructor Documentation

midaspace::Mesh::Mesh	(	long	gid,
		const Problem *	p,
		long	numdom,
		MMprocessing	mmp
	)

CONSTRUCTOR.

Definition at line 1311 of file geometry.cpp.

References _errorr, critical_coeff, midaspace::cRTE, midaspace::cRTN, cSubDomains, Master, nRegions, NumDomains, NumElems, NumNodes, Parallel, rslts_loadlevel, rslts_nsteps, rslts_solver, rslts_step, RTE, RTN, and midaspace::SOL_Void.

midaspace::Mesh::~Mesh ( void )

virtual

DESTRUCTOR.

Definition at line 1340 of file geometry.cpp.

References Data, midaspace::deallocateCheck(), Lata, NumElems, NumNodes, Parallel, rslts_loadlevel, and rslts_step.

Member Function Documentation

void midaspace::Mesh::adaptivity ( void )

ADAPTIVITY.

Definition at line 3950 of file geometry.cpp.

References _errorr, _errorr2, _openFilePNS, midaspace::GPA< T >::add(), midaspace::Node::add_resultE(), midaspace::CG_Hexahedron, midaspace::CG_Line, midaspace::CG_Quadrangle, midaspace::CG_Tetrahedron, midaspace::CG_Triangle, midaspace::Geometry::Elems, errol, FElems(), midaspace::Problem::give_adpa(), midaspace::FiLe::give_base(), midaspace::ProblemSubject::give_ID(), midaspace::Problem::give_OUT_moFILE(), midaspace::FiLe::give_path(), midaspace::AdaptivityParameters::give_required_error(), midaspace::Point::give_superelems(), Nodes(), nRegions, midaspace::ProblemSubject::Pd, midaspace::Geometry::Pjnts, midaspace::StdoutDriver::print_info_message(), midaspace::RTE_ada_eia, midaspace::RTE_ada_error_pct_g, midaspace::RTE_ada_error_pct_l, midaspace::RTE_ada_h_act, midaspace::RTE_ada_h_new, midaspace::RTE_ada_normal, midaspace::RTE_global_stress, midaspace::RTN_ada_h_act, midaspace::RTN_ada_h_new, midaspace::RTN_ada_refder, midaspace::AdaptivityParameters::set_error(), midaspace::FElement::set_result(), midaspace::Node::set_resultE(), midaspace::Node::set_resultN(), set_RTE(), set_RTN(), midaspace::SODE_end, midaspace::SODE_start_blue_arrow, and midaspace::Problem::sodriver().

void midaspace::Mesh::add_another_Element	(	FElement *	elem,
		long	dom
	)

adds elem to the end of array Elements

Definition at line 1398 of file geometry.cpp.

References midaspace::Geometry::add_another_Elem(), midaspace::Geometry::Elems, NumElems, Parallel, and midaspace::FElement::set_lid().

Referenced by midaspace::PolyLine::findout_segment_domain(), and initialize().

Point * midaspace::Mesh::allocate_point	(	long	gid,
		const PoinT *	coo,
		char	attribs_alloc = `'n'`
	)

virtual

Implements midaspace::Geometry.

Definition at line 505 of file geometry.cpp.

Referenced by read_mesh_ANSYS(), read_mesh_T3d(), and read_mesh_UNV().

void midaspace::Mesh::check_duplicity_nodes ( void )

set up duplicity nodes

Definition at line 2414 of file geometry.cpp.

References _errorr, midaspace::DuplicatePoints::assign_cellpoints(), midaspace::classNode, midaspace::deallocateCheck(), midaspace::Geometry::Elems, midaspace::DuplicatePoints::find_duplicitys(), give_classid(), Nodes(), midaspace::ProblemSubject::Pd, midaspace::Geometry::Pjnts, midaspace::StdoutDriver::print_info_message(), midaspace::DuplicatePoints::set_point(), midaspace::SODE_end, midaspace::SODE_start_blue_arrow, midaspace::Problem::sodriver(), and ZERO_NC.

Referenced by cleanup_duplicities().

void midaspace::Mesh::checkConsistency ( void ) const

virtual

Checks data consistency.

Reimplemented from midaspace::Geometry.

Definition at line 1392 of file geometry.cpp.

References midaspace::Geometry::checkConsistency().

void midaspace::Mesh::cleanup_duplicities ( void )

clean up duplicities (nodes,lines)

Definition at line 2390 of file geometry.cpp.

References check_duplicity_nodes(), midaspace::Geometry::connectivity_assembling(), midaspace::Geometry::Edges, midaspace::Geometry::Elems, midaspace::Geometry::Faces, midaspace::Problem::give_PDBO(), midaspace::ProblemSubject::Pd, midaspace::PDBO_MultipElem, midaspace::PDBO_MultipNode, midaspace::Geometry::Pjnts, midaspace::Problem::sodriver(), and midaspace::TF_GPA_cleanup_duplicity().

void midaspace::Mesh::delete_subdomains_except ( long leave )

delete all subdomains except "leave"

delete all subdomains except "leave" zatim to neni dokonaly, mazou se jen nodes, edges, faces, elems z Mesh

Definition at line 2523 of file geometry.cpp.

References midaspace::Geometry::Edges, midaspace::Geometry::Elems, midaspace::Geometry::Faces, midaspace::Point::give_numsuperedge(), midaspace::Point::give_numsuperelem(), midaspace::Point::give_numsuperface(), midaspace::Point::give_superedge(), midaspace::Point::give_superelem(), midaspace::Point::give_superface(), Nodes(), midaspace::Geometry::Pjnts, midaspace::GeometryComponent::set_delete_flag(), and midaspace::TF_GPA_delete_damned().

FElement* midaspace::Mesh::FElems ( long i ) const

inlineprivate

Definition at line 348 of file geometry.h.

References midaspace::Geometry::Elems.

Referenced by adaptivity(), give_FElem(), print_block_elems(), print_block_gravity_load_ANSYS(), print_results(), print_VTK(), print_VTK_elems(), read_mesh_JKTK(), read_mesh_OOFEM(), read_mesh_SIFEL(), read_mesh_T3d(), read_output_OOFEM(), read_output_SIFEL(), and RIGIDmatToRAN().

void midaspace::Mesh::find_slaves ( void )

cte VLNA soubory, zatim omezene

Definition at line 2342 of file geometry.cpp.

References midaspace::classEdge, midaspace::classNode, midaspace::Geometry::Elems, errol, midaspace::ProblemSubject::give_classid(), and midaspace::Geometry::Pjnts.

void midaspace::Mesh::find_subdomains ( void )

subdomain

Definition at line 2471 of file geometry.cpp.

References cNodesInSD, midaspace::Geometry::connectivity_assembling(), cSubDomains, midaspace::Node::find_parent_subdom(), Nodes(), midaspace::ProblemSubject::Pd, midaspace::Geometry::Pjnts, midaspace::StdoutDriver::print_info_message(), midaspace::SODE_end, midaspace::SODE_start_blue_arrow, and midaspace::Problem::sodriver().

virtual classID midaspace::Mesh::give_classid ( ) const

inlinevirtual

Returns classID - class identification.

Reimplemented from midaspace::ProblemSubject.

Definition at line 391 of file geometry.h.

References midaspace::classMesh.

Referenced by check_duplicity_nodes(), print_JKTK(), read_mesh_T3d(), and RIGIDmatToRAN().

const long* midaspace::Mesh::give_cNodesInSD ( void ) const

inline

Definition at line 324 of file geometry.h.

References cNodesInSD.

long midaspace::Mesh::give_cSubDomains ( void ) const

inline

Definition at line 323 of file geometry.h.

References cSubDomains.

const FElement* midaspace::Mesh::give_FElem ( long i ) const

inline

Definition at line 354 of file geometry.h.

References FElems().

const Model* midaspace::Mesh::give_Master_model ( void ) const

inline

Definition at line 284 of file geometry.h.

References Master.

long midaspace::Mesh::give_NeAtDom ( int did ) const

inline

Definition at line 321 of file geometry.h.

References midaspace::Geometry::Elems, NumElems, and Parallel.

long midaspace::Mesh::give_Nn ( void ) const

inline

Definition at line 352 of file geometry.h.

References midaspace::Geometry::Pjnts.

long midaspace::Mesh::give_NnAtDom ( int did ) const

inline

Definition at line 320 of file geometry.h.

References NumNodes, Parallel, and midaspace::Geometry::Pjnts.

const Node* midaspace::Mesh::give_Node ( long i ) const

inline

Definition at line 353 of file geometry.h.

References midaspace::Geometry::Pjnts.

Referenced by midaspace::RANAttribs::initialize(), midaspace::HNAttribs::initialize(), print_control(), and print_results().

const Node* midaspace::Mesh::give_Node_with_prop	(	long	prp,
		bool	unique
	)		const

inline

Definition at line 334 of file geometry.h.

References midaspace::Geometry::give_Pjnt_with_prop().

long midaspace::Mesh::give_nRegions ( void ) const

inline

Definition at line 330 of file geometry.h.

References nRegions.

Referenced by midaspace::Node::allocate_resultsE(), and midaspace::Node::~Node().

long midaspace::Mesh::give_NumDomains ( void ) const

inline

Definition at line 319 of file geometry.h.

References NumDomains.

Referenced by midaspace::PolyLine::findout_segment_domain(), and midaspace::LCS_beam::initialize().

bool midaspace::Mesh::give_Parallel ( void ) const

inline

Definition at line 318 of file geometry.h.

References Parallel.

Referenced by midaspace::PolyLine::findout_segment_domain(), midaspace::PolyLine::generate_mesh_RFbyHN(), and midaspace::LCS_beam::initialize().

long midaspace::Mesh::give_rslts_nsteps ( void ) const

inline

Definition at line 328 of file geometry.h.

References rslts_nsteps.

Referenced by midaspace::FElement::allocate_results(), midaspace::Node::allocate_resultsE(), midaspace::Node::allocate_resultsN(), midaspace::Node::give_displcmnt_in_all_steps(), and print_results().

Solver midaspace::Mesh::give_rslts_solver ( void ) const

inline

Definition at line 326 of file geometry.h.

References rslts_solver.

void midaspace::Mesh::initialize ( void )

virtual

initiate/sets data

Reimplemented from midaspace::Geometry.

Definition at line 1355 of file geometry.cpp.

References add_another_Element(), midaspace::Element::connectivity_assembling(), midaspace::Element::connectivity_removing(), midaspace::Geometry::Elems, midaspace::Cell::give_face(), midaspace::Facedge::give_facedgeAttribs(), midaspace::Problem::give_PDBO(), midaspace::Geometry::initialize(), midaspace::Quadrangle::is_first_diag_short(), midaspace::ProblemSubject::Pd, and midaspace::PDBO_divideQuads.

Referenced by midaspace::Model::transform_to_mesh().

void midaspace::Mesh::mesh_quality ( void ) const

compute mesh quality

Definition at line 1406 of file geometry.cpp.

References _errorr, _errorr2, midaspace::Geometry::Elems, midaspace::ETC_D_GREEN, midaspace::ETC_D_RED, midaspace::Problem::give_PDBO(), midaspace::ProblemSubject::Pd, midaspace::PDBO_OUT_MeshQual, midaspace::StdoutDriver::print_info_message(), midaspace::StdoutDriver::print_info_message_colour(), midaspace::SODE_end, midaspace::SODE_start_blue_arrow, and midaspace::Problem::sodriver().

Referenced by midaspace::Geometry::print_info().

Node* midaspace::Mesh::Nodes ( long i ) const

inlineprivate

Definition at line 347 of file geometry.h.

References midaspace::Geometry::Pjnts.

Referenced by adaptivity(), check_duplicity_nodes(), delete_subdomains_except(), find_subdomains(), print_block_nodal_load(), print_block_nodes(), print_block_supported_dofs(), print_characteristics_to_VTK(), print_results(), read_mesh_equal_to_model(), read_mesh_JKTK(), read_mesh_OOFEM(), read_mesh_SIFEL(), read_mesh_T3d(), read_output_OOFEM(), and read_output_SIFEL().

long midaspace::Mesh::NumNodes_plus ( long i )

inline

Definition at line 313 of file geometry.h.

References NumNodes.

void midaspace::Mesh::print_block_elems	(	FILE *	stream,
		femFileFormat	fff,
		int	did
	)

print input file for solver - block with elements

Definition at line 2911 of file geometry.cpp.

References midaspace::Geometry::Elems, FElems(), midaspace::FElement::give_domain(), and midaspace::FElement::print_row().

Referenced by print_JKTK().

void midaspace::Mesh::print_block_gravity_load_ANSYS ( FILE * stream ) const

print input file for solver - block with gravity load

Definition at line 2936 of file geometry.cpp.

References _errorr2, midaspace::BC_DW, midaspace::BC_NL, midaspace::BC_PV, midaspace::Geometry::Elems, FElems(), midaspace::Problem::give_BCs(), midaspace::Element::give_elemAttribs(), midaspace::ProblemSubject::give_ID(), midaspace::Attributes::give_loads(), and midaspace::ProblemSubject::Pd.

void midaspace::Mesh::print_block_nodal_load	(	FILE *	stream,
		femFileFormat	fff,
		int	did
	)

print input file for solver - block with nodal load

Definition at line 2919 of file geometry.cpp.

References midaspace::FFF_ANSYS, midaspace::FFF_SIFEL, midaspace::Point::give_pointAttribs(), midaspace::Attributes::is_loaded(), Nodes(), midaspace::Geometry::Pjnts, and midaspace::PointAttribs::print_bc().

void midaspace::Mesh::print_block_nodes	(	FILE *	stream,
		femFileFormat	fff,
		int	did
	)

PRINTING OF FILES.

print input file for solver - block with nodes

Definition at line 2884 of file geometry.cpp.

References midaspace::Node::give_lid_id(), Nodes(), midaspace::Geometry::Pjnts, and midaspace::Node::print_row().

Referenced by print_JKTK().

void midaspace::Mesh::print_block_supported_dofs	(	FILE *	stream,
		femFileFormat	fff,
		int	did
	)

print input file for solver - block with supported nodes

Definition at line 2892 of file geometry.cpp.

References midaspace::FFF_ANSYS, midaspace::FFF_SIFEL, midaspace::Node::give_lid_id(), midaspace::Point::give_pointAttribs(), midaspace::PointAttribs::is_supported(), Nodes(), midaspace::Geometry::Pjnts, and midaspace::PointAttribs::print_supported_BC_to_line().

void midaspace::Mesh::print_cabletensileonly ( bool mft = true )

void midaspace::Mesh::print_characteristics_to_VTK ( bool mft = true )

void midaspace::Mesh::print_control ( FILE * conout ) const

Function prints contol data.

Definition at line 2980 of file geometry.cpp.

References midaspace::Geometry::Edges, midaspace::Geometry::Elems, midaspace::Geometry::Faces, give_Node(), midaspace::Point::give_superedges(), midaspace::Point::give_superelems(), midaspace::Geometry::Pjnts, and midaspace::TF_GPA_print_list().

void midaspace::Mesh::print_data_ready_vtk ( void )

void midaspace::Mesh::print_JKTK	(	femFileFormat	format,
		const char *	suff
	)

print geometry to JKTK format file

Definition at line 3451 of file geometry.cpp.

References _openFilePNS, midaspace::classHangingNode, midaspace::Geometry::Elems, midaspace::FFF_JKTK, give_classid(), midaspace::ProblemSubject::give_ID(), midaspace::ProblemSubject::give_Pd(), midaspace::ProblemSubject::Pd, midaspace::Geometry::Pjnts, print_block_elems(), print_block_nodes(), midaspace::StdoutDriver::print_info_message(), midaspace::StdoutDriver::print_info_message_core(), midaspace::SODE_green_ok, midaspace::SODE_start_blue_arrow, and midaspace::Problem::sodriver().

void midaspace::Mesh::print_results ( void )

TADY BUDOU VSECHNY INFORMACE O VYSLEDCICH ZE SOLVERU.

Definition at line 3524 of file geometry.cpp.

void midaspace::Mesh::print_VTK	(	femFileFormat	format,
		const char *	suff
	)

VTK file with no data.

VTK file with one cell data scalar.

VTK file with no data

Definition at line 3407 of file geometry.cpp.

References _errorr, midaspace::Geometry::Elems, FElems(), midaspace::FFF_VTK, midaspace::FFF_VTP, midaspace::FFF_VTU, midaspace::GeometryComponent::give_mpropertyORzero(), midaspace::FElement::give_parent_prop(), midaspace::Problem::give_PDBO(), midaspace::Geometry::giveVTKDS(), Lata, midaspace::ProblemSubject::Pd, midaspace::PDBO_OUT_print_parent_property, midaspace::PDBO_OUT_print_property, print_VTK_body(), midaspace::print_VTK_data_body(), midaspace::print_VTK_FINISH(), midaspace::print_VTK_init_cell_data(), midaspace::print_VTK_START(), resize_Lata(), resize_Lata_members(), midaspace::STRM_file, midaspace::STRM_tixel, midaspace::VTKDS_polydata, midaspace::VTKDS_unstruct, and midaspace::VTKDS_Void.

void midaspace::Mesh::print_VTK_body	(	Stream *	stream,
		VTKdataset	ds
	)		const

Definition at line 3267 of file geometry.cpp.

References midaspace::Stream::file(), midaspace::Stream::isFile(), print_VTK_elems(), midaspace::print_VTK_head(), and print_VTK_nodes().

Referenced by print_characteristics_to_VTK(), print_results(), and print_VTK().

void midaspace::Mesh::print_VTK_CD_scal	(	bool	xml,
		const char *	suff,
		const char *	name,
		const Xvctr **	data
	)		const

VTK file with one cell data scalar.

void midaspace::Mesh::print_VTK_elems	(	Stream *	stream,
		VTKdataset	ds
	)		const

void midaspace::Mesh::print_VTK_nodes ( Stream * stream ) const

Definition at line 3145 of file geometry.cpp.

References midaspace::Stream::file(), tinyxml2::XMLNode::InsertEndChild(), midaspace::Stream::isFile(), tinyxml2::XMLNode::LastChild(), tinyxml2::XMLDocument::NewElement(), tinyxml2::XMLDocument::NewText(), midaspace::Geometry::Pjnts, tinyxml2::XMLElement::SetAttribute(), midaspace::Stream::tix_doc(), midaspace::Stream::tixel(), and tinyxml2::XMLElement::ToElement().

Referenced by print_VTK_body().

void midaspace::Mesh::print_VTK_PD_scal	(	bool	xml,
		const char *	suff,
		const char *	name,
		const Xvctr **	data
	)

VTK file with one point data scalar.

void midaspace::Mesh::read_mesh_ANSYS	(	char *	path,
		const char *	filename
	)

zatim to cte jen primitivni batch file pro ANSYS kterej obsahuje jen coordinaty of nodes a trojuhelnikove elementy

Definition at line 1520 of file geometry.cpp.

References _errorr3, _openFilePN, allocate_point(), midaspace::Geometry::Elems, midaspace::FP_number_of_lines(), midaspace::FP_skip_line(), midaspace::Cell::give_nno(), midaspace::Geometry::Pjnts, midaspace::Elem3D::scan_x(), midaspace::Elem3D::scan_y(), midaspace::Elem3D::scan_z(), and midaspace::FElement::set_node().

void midaspace::Mesh::read_mesh_equal_to_model ( void )

make mesh equal to model - no remeshing process

Definition at line 1763 of file geometry.cpp.

Referenced by midaspace::Model::transform_to_mesh().

void midaspace::Mesh::read_mesh_JKTK	(	char *	path,
		const char *	filename
	)

JKTK file format.

Definition at line 1586 of file geometry.cpp.

References _openFilePN, midaspace::allocate_element(), midaspace::CellGeometry_i2e_JKTK(), midaspace::Geometry::connectivity_allocation(), midaspace::Geometry::Elems, errol, FElems(), midaspace::FFF_JKTK, midaspace::FP_scan_line_skip_emptyORcommented(), Nodes(), midaspace::Geometry::Pjnts, midaspace::Node::read_input(), midaspace::FElement::read_input(), SP_scan_expected_number_exit, and midaspace::SP_scan_number().

void midaspace::Mesh::read_mesh_OOFEM	(	FILE *	stream,
		long	nn,
		long	ne
	)

void midaspace::Mesh::read_mesh_SIFEL ( FILE * stream )

read native input file to SIFEL

Definition at line 1873 of file geometry.cpp.

References _errorr, midaspace::allocate_element(), midaspace::FiniteElementTypeSet::cg, midaspace::Geometry::Elems, FElems(), midaspace::FETSet_si2set(), midaspace::FFF_SIFEL, midaspace::FP_scan_line(), midaspace::FP_scan_line_skip_emptyORcommented(), midaspace::FP_skip_comment(), midaspace::Problem::give_analgroup(), midaspace::Element::give_elemAttribs(), midaspace::Point::give_pointAttribs(), Nodes(), midaspace::ProblemSubject::Pd, midaspace::Geometry::Pjnts, midaspace::Node::read_input(), midaspace::FElement::read_input(), midaspace::PointAttribs::set_dofbc(), midaspace::ElemAttribs::set_FETS(), midaspace::SOL_SIFEL, SP_scan_expected_number_exit, midaspace::SP_scan_number(), and midaspace::SP_skip_word().

Referenced by midaspace::Problem::read_mesh_SIFEL().

void midaspace::Mesh::read_mesh_T3d	(	char *	path,
		const char *	filename
	)

kompletni T3d mesh file

Definition at line 1638 of file geometry.cpp.

References _errorr, _openFilePNS, midaspace::Node::add_domain(), midaspace::allocate_element(), allocate_point(), midaspace::Node::assign_attributes(), midaspace::CG_Hexahedron, midaspace::CG_Line, midaspace::CG_Pyramid, midaspace::CG_Quadrangle, midaspace::CG_Tetrahedron, midaspace::CG_Triangle, midaspace::CG_Wedge, midaspace::classHNAttribs, midaspace::classRANAttribs, midaspace::Geometry::connectivity_allocation(), midaspace::Geometry::Elems, errol, FElems(), midaspace::FFF_T3d, midaspace::FP_scan_line_skip_emptyORcommented(), give_classid(), midaspace::FiLe::give_name(), midaspace::Problem::give_OUT_moFILE(), midaspace::Node::initialize_domli(), Nodes(), NumDomains, NumElems, NumNodes, Parallel, midaspace::ProblemSubject::Pd, midaspace::Geometry::Pjnts, midaspace::Node::read_input(), midaspace::FElement::read_input(), midaspace::Node::release_attributes(), and midaspace::SP_scan_number().

Referenced by midaspace::Model::transform_to_mesh().

void midaspace::Mesh::read_mesh_UNV	(	char *	path,
		const char *	filename
	)

Definition at line 1941 of file geometry.cpp.

References _errorr, _errorr3, _openFilePN, allocate_point(), midaspace::Geometry::Elems, errol, midaspace::FP_number_of_lines(), midaspace::Cell::give_nno(), midaspace::Geometry::Pjnts, midaspace::scan_expect_num(), midaspace::Elem3D::scan_xyz(), and midaspace::FElement::set_node().

void midaspace::Mesh::read_mesh_VLNA	(	char *	path,
		const char *	filename
	)

void midaspace::Mesh::read_output_OOFEM ( void )

read native output file of OOFEM

Definition at line 2120 of file geometry.cpp.

Referenced by read_structural_analysis_output().

void midaspace::Mesh::read_output_SIFEL ( void )

read native output file of SIFEL

Definition at line 2211 of file geometry.cpp.

References _errorr, _errorr2, _openFilePN, midaspace::Geometry::Elems, errol, FElems(), midaspace::FFF_SIFEL, midaspace::FP_scan_expected_word(), midaspace::FP_scan_line(), midaspace::FP_skip_line(), midaspace::FP_skip_to_line_starting_with(), midaspace::Problem::give_analtype(), midaspace::Problem::give_IN_file_results(), midaspace::FiLe::give_name_or_null(), midaspace::give_nstepsOut(), midaspace::Problem::give_OUT_Path(), midaspace::Problem::give_output_file(), Nodes(), midaspace::PAT_nonstationary, midaspace::ProblemSubject::Pd, midaspace::Geometry::Pjnts, midaspace::Node::read_output_SIFEL(), midaspace::FElement::read_output_SIFEL(), rslts_loadlevel, rslts_nsteps, rslts_solver, rslts_step, RTE, midaspace::RTE_fluxes, midaspace::RTE_global_strain, midaspace::RTE_global_stress, midaspace::RTE_gradient, RTN, midaspace::RTN_displacement, midaspace::RTN_reaction, midaspace::RTN_transpunknowns, midaspace::SOL_SIFEL, and midaspace::SOL_Void.

Referenced by read_structural_analysis_output().

void midaspace::Mesh::read_structural_analysis_output ( void )

read output file from structural analysis package

Definition at line 2018 of file geometry.cpp.

References _errorr2, errol, midaspace::FFF_OOFEM, midaspace::FFF_SIFEL, midaspace::FiLe::give_ff(), midaspace::Problem::give_IN_file_results(), midaspace::Problem::give_IN_file_results_addataVTK(), midaspace::FiLe::give_name(), midaspace::ProblemSubject::Pd, midaspace::StdoutDriver::print_info_message(), midaspace::StdoutDriver::print_info_message_core(), midaspace::Geometry::read_addata_VTK(), read_output_OOFEM(), read_output_SIFEL(), midaspace::SODE_green_ok, midaspace::SODE_start_blue_arrow, and midaspace::Problem::sodriver().

void midaspace::Mesh::resize_Data ( long newsize )

Definition at line 3064 of file geometry.cpp.

References Data.

Referenced by print_results().

void midaspace::Mesh::resize_Data_members ( long newsize )

Definition at line 3076 of file geometry.cpp.

References Data.

Referenced by print_results().

void midaspace::Mesh::resize_Lata ( long newsize )

print VTK file divided to severel functions

Definition at line 3043 of file geometry.cpp.

References Lata.

Referenced by print_characteristics_to_VTK(), print_results(), and print_VTK().

void midaspace::Mesh::resize_Lata_members ( long newsize )

Definition at line 3055 of file geometry.cpp.

References Lata.

Referenced by print_characteristics_to_VTK(), print_results(), and print_VTK().

void midaspace::Mesh::RIGIDmatToRAN ( void )

void midaspace::Mesh::set_Master_model ( const Model * M )

inline

Definition at line 283 of file geometry.h.

References Master.

Referenced by midaspace::Model::transform_to_mesh().

void midaspace::Mesh::set_RTE	(	ResultTypesAtElem	rt,
		bool	val
	)

inline

Definition at line 315 of file geometry.h.

References RTE.

Referenced by adaptivity().

void midaspace::Mesh::set_RTN	(	ResultTypesAtNode	rt,
		bool	val
	)

inline

Definition at line 314 of file geometry.h.

References RTN.

Referenced by adaptivity().

void midaspace::Mesh::sort_polydata ( Xvctr * data ) const

sort polydata data

Definition at line 2695 of file geometry.cpp.

References _errorr, midaspace::Xvctr::cpat(), midaspace::Geometry::Elems, midaspace::Geometry::give_vtk_polydata_counts(), midaspace::Geometry::give_VTKPDtopology_of_elem(), midaspace::VTKPD_LINE, and midaspace::VTKPD_POLYGON.

double midaspace::Mesh::volume_core ( void ) const

print volume to extra file

Definition at line 4141 of file geometry.cpp.

References midaspace::Geometry::Elems, errol, midaspace::Problem::give_fulldata(), and midaspace::ProblemSubject::Pd.

Referenced by print_results().

Member Data Documentation

long* midaspace::Mesh::cNodesInSD

protected

Definition at line 293 of file geometry.h.

Referenced by find_subdomains(), and give_cNodesInSD().

double midaspace::Mesh::critical_coeff

protected

Definition at line 302 of file geometry.h.

Referenced by Mesh(), print_results(), and read_output_OOFEM().

long midaspace::Mesh::cSubDomains

protected

Definition at line 292 of file geometry.h.

Referenced by find_subdomains(), give_cSubDomains(), and Mesh().

GPA<Dvctr> midaspace::Mesh::Data

private

Definition at line 374 of file geometry.h.

Referenced by print_results(), resize_Data(), resize_Data_members(), and ~Mesh().

GPA<Lvctr> midaspace::Mesh::Lata

private

dd

ee

Definition at line 373 of file geometry.h.

Referenced by print_characteristics_to_VTK(), print_results(), print_VTK(), resize_Lata(), resize_Lata_members(), and ~Mesh().

const Model* midaspace::Mesh::Master

private

Definition at line 279 of file geometry.h.

Referenced by give_Master_model(), Mesh(), read_mesh_equal_to_model(), and set_Master_model().

long midaspace::Mesh::nRegions

protected

ADAPTIVITY == adaptivity in MIDAS.

Definition at line 308 of file geometry.h.

Referenced by adaptivity(), give_nRegions(), Mesh(), and print_results().

long midaspace::Mesh::NumDomains

protected

Definition at line 289 of file geometry.h.

Referenced by give_NumDomains(), Mesh(), and read_mesh_T3d().

long * midaspace::Mesh::NumElems

protected

Definition at line 290 of file geometry.h.

Referenced by add_another_Element(), give_NeAtDom(), Mesh(), read_mesh_T3d(), and ~Mesh().

long* midaspace::Mesh::NumNodes

protected

Definition at line 290 of file geometry.h.

Referenced by give_NnAtDom(), Mesh(), NumNodes_plus(), read_mesh_T3d(), and ~Mesh().

bool midaspace::Mesh::Parallel

protected

Definition at line 288 of file geometry.h.

Referenced by add_another_Element(), give_NeAtDom(), give_NnAtDom(), give_Parallel(), Mesh(), read_mesh_T3d(), and ~Mesh().

GPA<const Dvctr> midaspace::Mesh::pData

private

Definition at line 376 of file geometry.h.

Referenced by print_results().

GPA<const Dvctr> midaspace::Mesh::pLata

private

Definition at line 375 of file geometry.h.

Dvctr* midaspace::Mesh::rslts_loadlevel

protected

Definition at line 301 of file geometry.h.

Referenced by Mesh(), print_results(), read_output_OOFEM(), read_output_SIFEL(), and ~Mesh().

long midaspace::Mesh::rslts_nsteps

protected

Definition at line 299 of file geometry.h.

Referenced by give_rslts_nsteps(), Mesh(), print_results(), read_output_OOFEM(), and read_output_SIFEL().

Solver midaspace::Mesh::rslts_solver

protected

RESULTS == structural analysis output data.

are stored at FElement and Node
are stored in the MIDAS internal format, but we have to save solver type due to NIP

Definition at line 298 of file geometry.h.

Referenced by give_rslts_solver(), Mesh(), read_output_OOFEM(), and read_output_SIFEL().

Lvctr* midaspace::Mesh::rslts_step

protected

Definition at line 300 of file geometry.h.

Referenced by Mesh(), read_output_OOFEM(), read_output_SIFEL(), and ~Mesh().

bool midaspace::Mesh::RTE[cRTE]

protected

Definition at line 305 of file geometry.h.

Referenced by Mesh(), print_results(), read_output_OOFEM(), read_output_SIFEL(), and set_RTE().

bool midaspace::Mesh::RTN[cRTN]

protected

Definition at line 304 of file geometry.h.

Referenced by Mesh(), print_results(), read_output_OOFEM(), read_output_SIFEL(), and set_RTN().

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

/home/termit/CVUT/MIDAS.act/src/geometry.h
/home/termit/CVUT/MIDAS.act/src/geometry.cpp

GENERAL INFO

MESH DATA

MESH STATS

GENERAL METHODS

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation