Classes
struct	FiniteElementTypeSet
	tato struktura by mela obsahovat vsechny potrebne informace pro urceni konkretni implementace konecneho prvku More...

class	Attribute

class	LoadTimeFunction

class	ProblemAnalysis

class	CrossSection

class	Material

class	BoundaryCond

class	Assign

class	AssignFix

class	AssignBC

class	ABC_NLoad

class	ABC_CELoad

class	ABC_CFLoad

class	ABC_CBLoad

class	Attributes

class	CellAttribs

class	FacedgeAttribs

class	EdgeAttribs

class	FaceAttribs

class	ElemAttribs
	assignment of attributes to element More...

class	FElemAttribs

class	GelemAttribs

class	PointAttribs

class	RANAttribs

class	HNAttribs

class	Cell

class	Facedge

class	Edge

class	Face

class	Element

class	Gelement

class	PolyLine

class	Line

class	PolygonMdl

class	FElement

class	Beam

class	Triangle

class	Quadrangle

class	Tetra

class	Brick

class	ComponentGeometry
	* * * * CLASS ComponentGeometry * * * * More...

class	ComponentGeometry1D
	* * * * CLASS ComponentGeometry 1D * * * * More...

class	ComponentGeometry1Dpoly

class	ComponentGeometry2D
	* * * * CLASS ComponentGeometry 2D * * * * More...

class	ComponentGeometry2Dtriangle

class	ComponentGeometry2Dquadrangle

class	ComponentGeometry2Dpolygon

class	ComponentGeometry3D
	* * * * CLASS ComponentGeometry 3D * * * * More...

class	ComponentGeometry3Dhexahedron
	quadrilateral convex hexahedron More...

class	ComponentGeometry3Dtetrahedron
	tetrahedron More...

class	DuplicatePoints
	* * * * CLASS MESHGEOMETRY * * * * More...

class	GeometryComponent
	* * * * CLASS COMPONENT * * * * More...

struct	Predp
	special one time format for bridge in Melnik More...

class	Geometry
	Geometry description. More...

class	Model

class	Mesh

class	Point

class	Vertex

class	Node

class	HangingNode

class	RigidArmNode

class	Problem
	Problem description. More...

class	ProblemSubject

class	GeometrySubject

class	GeomCompSubject

class	PointDOFsAttributes
	Base class for management of DOF (Degrees Of Freedom) attributes at a node. More...

class	PointDOFsBCPM
	Derived class for management of boundary conditions and physical meanings of DOFs (Degrees Of Freedom) at a node. More...

class	PointDOFsRANHN
	Derived class for management of RAN (rigid arm node) or HN (hanging node) connection of DOFs (Degrees Of Freedom) at a node. More...

class	PointDOFsCondense
	Derived class for management of condensed DOFs (Degrees Of Freedom) at a node. More...

class	FiLe

class	LocalCoordSystem
	Local coordinate system. More...

class	LCS_pure
	Local coordinate system defined by 2 vectors. More...

class	LCS_beam
	Local coordinate system at beam element. More...

class	AdaptivityParameters

class	StdoutDriver

struct	Elem3D

struct	PoinT

struct	VectoR

struct	MatriX

class	Array

class	Array1d

class	Xscal

class	Dscal

class	Xvctr

class	Lvctr

class	Dvctr

class	Xmtrx

class	Lmtrx

class	Dmtrx

class	GPA
	GPA - Generic Pointer Array, template class manages 1d array of pointers to objects of type T. More...

class	Stream

Enumerations
enum	classID { classVoid, classComponentGeometry, classComponentGeometry1D, classComponentGeometry1Dpoly, classComponentGeometry2D, classComponentGeometry2Dtriangle, classComponentGeometry2Dquadrangle, classComponentGeometry2Dpolygon, classComponentGeometry3D, classComponentGeometry3Dhexahedron, classComponentGeometry3Dtetrahedron, classVertex, classNode, classHangingNode, classRigidArmNode, classEdge, classFace, classPolyLine, classLine, classPolygonMdl, classBeam, classTriangle, classQuadrangle, classBrick, classTetra, classModel, classMesh, classAttribute, classProblemAnalysis, classCrossSection, classMaterial, classBoundaryCond, classABC_NLoad, classABC_CELoad, classABC_CFLoad, classABC_CBLoad, classElemAttribs, classGelemAttribs, classFEelemAttribs, classPointAttribs, classRANAttribs, classHNAttribs }
	Type introduced to distinguish between classes. More...

enum	Solver { SOL_Void, SOL_OOFEM, SOL_SIFEL, SOL_ANSYS }
	Solver. More...

enum	MeshGenerator { MGT_Void, MGT_T3d }
	type of mesh generator More...

enum	RVType { RVT_Void, RVTstrn, RVTstrs, RVTstrn_displ, RVTstrn_rotat, RVTstrs_displ, RVTstrs_rotat, RVTstrn_displ_local_main, RVTstrn_rotat_local_main, RVTstrs_displ_local_main, RVTstrs_rotat_local_main, RVTstrs_grad }
	Result variable type. More...

enum	VTKdataset { VTKDS_Void, VTKDS_polydata, VTKDS_unstruct }
	VTK data set. More...

enum	ResultTypesAtNode { RTN_displacement, RTN_reaction, RTN_transpunknowns, RTN_ada_refder, RTN_ada_h_act, RTN_ada_h_new, cRTN }
	Result type at node. More...

enum	ResultTypesAtElem { RTE_global_strain, RTE_global_stress, RTE_localOO_strain, RTE_localOO_stress, RTE_layered_strain, RTE_layered_stress, RTE_plaststrain, RTE_gradient, RTE_fluxes, RTE_ada_error_pct_l, RTE_ada_error_pct_g, RTE_ada_h_act, RTE_ada_h_new, RTE_ada_normal, RTE_ada_eia, cRTE, RTE_Void }
	Result type at element. More...

enum	StiffMatrixType { SMT_Void, SMT_initial, SMT_tangent }
	Stiffness matrix type. More...

enum	LinearSolverType { LST_Void, LST_ldl, LST_gauss }
	Linear solver type. More...

enum	SPRpatchType { SPRPT_Void, SPRPT_2d }
	typ spr patche, závisí na typu/geometrii elementů More...

enum	PAGroup { PAG_Void, PAG_mechanics, PAG_transport }
	The group of problem analysis. More...

enum	PAType { PAT_Void, PAT_OOFEM, PAT_SIFEL, PAT_static_linear_adapt, PAT_static_linear, PAT_static_nonlinear, PAT_dynamic_PNlDEI, PAT_stability_linear, PAT_stationary, PAT_nonstationary, cPAT }

enum	CrossSectType { CST_Void, CST_OOFEM, CST_SIFEL, CST_SimpleCS, CST_LayeredCS, CST_FiberedCS, CST_Truss, CST_2d, CST_3d, CST_Beam, CST_Rectangle, CST_Rectangle_tube, CST_Circle, CST_Circle_tube, CST_Circle_cable, CST_1d_rolled, cCrossSectTypes }

enum	MaterialType { MAT_Void, MAT_OOFEM, MAT_SIFEL, MAT_IsoLE, MAT_IsoTrans, MAT_RIGID, MAT_j2mat, cMaterialTypes }

enum	BCType { BC_Void, BC_OOFEM, BC_SIFEL, BC_PV, BC_NL, BC_CEL, BC_CFL, BC_CBL, BC_DW, cBCTypes }

enum	MMprocessing { MMP_Void, MMP_primary, MMP_secondary, MMP_RFbyHN }

enum	femFileFormat { FFF_Void, FFF_VTK, FFF_VTP, FFF_VTU, FFF_UNV, FFF_JKTK, FFF_T3d, FFF_ANSYS, FFF_OOFEM, FFF_SIFEL, FFF_MIDAS, FFF_POLYLINE, FFF_VTX, FFF_MELNIK, FFF_VLNA }

enum	DOFtype { DOF_Void =0, DOF_Dx =1, DOF_Dy =2, DOF_Dz =3, DOF_Rx =4, DOF_Ry =5, DOF_Rz =6, DOF_Tm =7 }
	DOF type == physical meaning of dof; see help.txt. More...

enum	DOFsPerNode { DPN_Void, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_D__zRxy_, DPN_DxyzR___, DPN_DxyzRxyz, DPN_TR_1, DPN_TR_2 }

enum	CellGeometry { CG_Void, CG_Line, CG_PolyLine, CG_Triangle, CG_Quadrangle, CG_Polygon, CG_Tetrahedron, CG_Hexahedron, CG_Wedge, CG_Pyramid, cCG }

enum	VTKPDtopology { VTKPD_Void =0, VTKPD_VERTICE =1, VTKPD_LINE =2, VTKPD_POLYGON =3, VTKPD_TRIANGLE_STRIP =4 }
	VTK type of cell topology for POLYDATA. More...

enum	FEApproximation { FEA_Void, FEA_default, FEA_linear, FEA_bilinear, FEA_133133 }
	finite element approximation More...

enum	SStype { SST_Void, SST_truss, SST_beam, SST_plstress, SST_plstrain, SST_plate, SST_3dshell, SST_3d, SST_transp2d, cSSTypes }
	type of stress/strain state of element; especially results depends on this variable => described at Mesh :: print_results More...

enum	FiniteElementType { FET_Void, FET_OOFEM_Truss2d, FET_OOFEM_Truss3d, FET_OOFEM_LiBeam3d, FET_OOFEM_LiBeam3dNL, FET_OOFEM_Beam2d, FET_OOFEM_Beam3d, FET_OOFEM_TrPlaneStrain, FET_OOFEM_Quad1PlaneStrain, FET_OOFEM_TrPlaneStress2d, FET_OOFEM_PlaneStress2d, FET_OOFEM_TrPlaneStress2dRot, FET_OOFEM_Tr_Shell01, FET_OOFEM_RerShell, FET_OOFEM_LSpace, FET_OOFEM_QTrSpace, FET_SIFEL_bar3d, FET_SIFEL_beam3d, FET_SIFEL_planeelementlt, FET_SIFEL_planeelementlq, FET_SIFEL_linearhex, FET_SIFEL_trlint, FET_SIFEL_quadlint, FET_ANSYS_start, FET_ANSYS_BEAM188, FET_ANSYS_SHELL181, FET_ANSYS_end }

enum	IntPointSet { IPS_Void, IPS_1D_1ip, IPS_1D_exact, IPS_2D_3v_1ip, IPS_2D_3v_3ip, IPS_2D_3v_4ip, IPS_2D_3v_shell, IPS_2D_4v_4ip, IPS_3D_8v_8ip }

enum	ASGType { ASG_non, ASG_prop, ASG_id, ASG_coord, ASG_faceprop }

enum	ElAttLevel { EAL_Void, EAL_direct, EAL_property, EAL_geometry, EAL_subdom, EAL_domain }

enum	VTKrange { VTKR_void, VTKR_points, VTKR_cells, VTKR_lines, VTKR_polygs, VTKR_pred, VTKR_pd, VTKR_cd, VTKR_scals }

enum	OperationMode { OM_Void, OM_Convert, OM_Design2design, OM_Design2solver, OM_Solver2design, OM_Test }

enum	BlockName { BN_Void, BN_COMM, BN_OFN, BN_ANAL, BN_DOMN, BN_OUTP, BN_CS, BN_MAT, BN_BC, BN_PV, BN_NODES, BN_ELEMS, BN_NL, BN_CEL, BN_CFL, BN_CBL, BN_HN, BN_RAN, BN_LTF, BN_EXTRCT, BN_FIXED }

enum	ProbDescBoolOpt { PDBO_allElemsProp1, PDBO_BondEndRFran, PDBO_uncfrd, PDBO_MultipNode, PDBO_MultipElem, PDBO_preserveGeom, PDBO_RIGIDmatToRAN, PDBO_divideQuads, PDBO_hingedBeamToTruss, PDBO_tmpFileWrite2hdd, PDBO_cutRF, PDBO_OUT_print_property, PDBO_OUT_print_parent_property, PDBO_OUT_print_model_parent, PDBO_OUT_print_CSusage, PDBO_OUT_Test, PDBO_OUT_MeshQual, PDBO_OUT_MeshStats, PDBO_OUT_origelemid, PDBO_OUT_CabTenOnly, PDBO_OUT_charVTK, PDBO_OUT_solverINctrl, PDBO_OUT_args, PDBO_P_mesh_quads, PDBO_P_rershell, PDBO_P_dw, PDBO_P_refder, PDBO_ansys, PDBO_stability, PDBO_Vlna, PDBO_melnik, cPDBO }
	ProbDesc Boolean Option. More...

enum	LCSdirection { LCSd_Void, LCSd_xy, LCSd_xz }

enum	LCStype { LCSt_Void, LCSt_NodeID, LCSt_NodeProp, LCSt_NodeCoords, LCSt_Vector }

enum	ADPArameters { ADOA_Void, ADPA_ZZ, ADPA_SPR }
	Adaptivity paramaters. More...

enum	SODenum { SODE_Void, SODE_start_blue_arrow, SODE_row, SODE_end, SODE_end_green_ok, SODE_green_ok }

enum	arrayClassType { DvctrClass, LvctrClass, DscalClass }

enum	arrayTypedef { ATlong, ATdouble }

enum	ETCLR { ETC_VOID, ETC_B_BLACK, ETC_D_BLACK, ETC_B_RED, ETC_D_RED, ETC_B_GREEN, ETC_D_GREEN, ETC_B_YELLOW, ETC_D_YELLOW, ETC_B_BLUE, ETC_D_BLUE, ETC_B_VIOLET, ETC_D_VIOLET, ETC_B_CYAN, ETC_D_CYAN, ETC_B_WHITE, ETC_D_WHITE, ETC_DEFAULT }
	enum More...

enum	Stream_type { STRM_void, STRM_file, STRM_tixel, STRM_string }
	* * * * CLASS STREAM * * * * More...

Functions
StiffMatrixType	StiffMatrixType_i2e_SIFEL (int val)
	Conversion from "SIFEL int" to "enum" identificator of "stiffness matrix type". More...

int	StiffMatrixType_e2i_SIFEL (StiffMatrixType val)
	Conversion from "enum" to "SIFEL int" identificator of "stiffness matrix type". More...

LinearSolverType	LinearSolverType_i2e_SIFEL (int val)
	Conversion from "SIFEL int" to "enum" identificator of "linear solver type". More...

int	LinearSolverType_e2i_SIFEL (LinearSolverType val)
	Conversion from "enum" to "SIFEL int" identificator of "linear solver type". More...

int	EntityType_type2dim_jktkT3d (long val)
	Conversion from "entity type by t3d and jktk" to "dimension". More...

int	EntityType_dim2type_jktkT3d (int val)
	Conversion from "dimension" to "entity type by t3d and jktk". More...

PAGroup	PAGroup_t2g (PAType val)

PAType	PAType_s2e_OOFEM (const char *str)

PAType	PAType_i2e_SIFEL (int val)

int	PAType_e2i_SIFEL (PAType val)

CrossSectType	CrossSectType_i2e_SIFEL (int val, PAGroup pg)

int	CrossSectType_e2i_SIFEL (CrossSectType val, PAGroup pg)

MaterialType	MaterialType_s2e_OOFEM (const char *val)

const char *	MaterialType_e2s_OOFEM (MaterialType val)

MaterialType	MaterialType_i2e_SIFEL (int val, PAGroup pg)

int	MaterialType_e2i_SIFEL (MaterialType val, PAGroup pg)

BCType	BCType_s2e_OOFEM (const char *val)

const char *	BCType_e2s_OOFEM (BCType val)

MMprocessing	MMprocessingStoE (const char *val)

femFileFormat	femFileFormatStoE (const char *fff)

const char *	femFileFormatEtoS (femFileFormat fff)

DOFsPerNode	DOFsPerNode_s2e (const char *val)

DOFsPerNode	OOFEMdomain2DOFsPerNode (const char *od)

const char *	DOFsPerNode2OOFEMdomain (DOFsPerNode od)

int	DOFsPerNode2nDOFs (DOFsPerNode od)

bool	DOFsPerNode2rotDOFsPresence (DOFsPerNode od)

int *	DOFsPerNode2dofBCmask (DOFsPerNode od)

const char *	DOFtype_i2s_ANSYS (DOFtype dt)

const char *	DOFtype_i2s_force_ANSYS (DOFtype dt)

CellGeometry	CellGeometry_i2e_HN (int val)

CellGeometry	CellGeometry_i2e_JKTK (int val)

int	CellGeometry_e2i_JKTK (CellGeometry cg)

CellGeometry	CellGeometry_i2e_VTK (int val)

int	CellGeometry_e2i_VTK (CellGeometry cg)

FEApproximation	FEApproximation_s2e (const char *val)

SStype	SStype_s2e (const char *val)

SStype	SStype_i2e_SIFEL (int val)
	bar=1,plbeam=2,spacebeam=5,,plate=15,axisymm=20,shell=25,spacestress=30 More...

int	SStype_e2i_SIFEL (SStype val)

FiniteElementType	FET_s2e (const char *str)
	string to FET More...

FiniteElementType	FETSet_si2e (const char *str, int val, Solver sol, PAGroup pg)
	string/int to FET More...

void	FETSet_e2set (FiniteElementType fet, FiniteElementTypeSet *set)
	FET to FETset. More...

void	FETSet_si2set (const char str, int val, Solver sol, PAGroup pg, FiniteElementTypeSet set)

FiniteElementType	FETSet_set2e (const FiniteElementTypeSet *set, Solver sol, PAGroup pg)
	FETset to FET. More...

const char *	FETSet_e2s_OOFEM (FiniteElementType feto)

int	FETSet_e2i_SIFEL (FiniteElementType fet)

const char *	FETSet_e2s_ANSYS (FiniteElementType fet)

const char *	FETSet_set2s_OOFEM (const FiniteElementTypeSet *set, PAGroup pg)

int	FETSet_set2i_SIFEL (const FiniteElementTypeSet *set, PAGroup pg)

IntPointSet	IPS_inputfile_value_i2e_OOFEM (int val, FiniteElementTypeSet *fets)
	val je cislo ze vstupaku oofemu, keyword NIP More...

int	IPS_inputfile_value_e2i_OOFEM (IntPointSet val)
	val je cislo ze vstupaku oofemu More...

IntPointSet	IntPointSet_s2e (const char *val)

int	IntPointSet_give_number_ips (IntPointSet ips)
	give number of int. points More...

double	IPS_give_ip_coord_native (int i, IntPointSet ips, PoinT &coords)

IntPointSet	IntPointSet_fets2ips (const FiniteElementTypeSet *set)

IntPointSet	IntPointSet_fet2e_comp (FiniteElementType fet)
	FET to IPS for displacement computation (integration of stiffness matrix) More...

IntPointSet	IntPointSet_fet2e_rslts (IntPointSet IPset, FiniteElementType fet)
	FET to IPS for results. More...

int	ECN_convert_nodes_beam (bool i2e, int id, femFileFormat fff)

int	ECN_convert_edges_beam (bool i2e, int id, femFileFormat fff)

int	ECN_convert_nodes_triangle (bool i2e, int id, femFileFormat fff)

int	ECN_convert_edges_triangle (bool i2e, int id, femFileFormat fff)

int	ECN_convert_faces_triangle (bool i2e, int id, femFileFormat fff)

int	ECN_convert_nodes_quadrangle (bool i2e, int id, femFileFormat fff)

int	ECN_convert_edges_quadrangle (bool i2e, int id, femFileFormat fff)

int	ECN_convert_nodes_brick (bool i2e, int id, femFileFormat fff)

int	ECN_convert_edges_brick (bool i2e, int id, femFileFormat fff)

int	ECN_convert_faces_brick (bool i2e, int id, femFileFormat fff)

int	ECN_convert_i2e (int id, int compdim, int ord, CellGeometry cg, femFileFormat fff)
	INTERNAL to EXTERNAL conversion. More...

int	ECN_convert_e2i (int id, int compdim, int ord, CellGeometry cg, femFileFormat fff)
	External to Internal conversion. More...

int	ECN_convert_ips_triangle (bool i2e, int id, femFileFormat fff, IntPointSet ips)

int	ECN_convert_ips_quadrangle (bool i2e, int id, femFileFormat fff, IntPointSet ips)

int	ECN_convert_ips_brick (bool i2e, int id, femFileFormat fff, IntPointSet ips)

ComponentGeometry *	allocComponentGeometry (classID cid, Cell owner, ComponentGeometry src=NULL)

void	OOFEM_output_scan_elem_head (const char *str, long o, long i, bool oid)

void	OOFEM_output_scan_GP (const char *&str, int i, bool old=false)

void	OOFEM_output_scan_GP (FILE *stream, int i, bool old=false)

double	SigmaEq (VectoR &s, VectoR &t)

template<class T >
void	TF_GPA_delete_damned (T &list)
	DELETE components marked by flag "delete". More...

template<class T >
void	TF_GPA_add_another (GPA< T > &list, T comp, const Geometry mg)
	adds component to the end of list of Components More...

template<class T >
void	TF_GPA_wdg_another (GPA< T > &list, T comp, const Geometry mg, long nid)

FILE *	scan_DATA_head (FILE stream, const char str, const char expnumtype, int noc, const char *descript)

void	scan_DATA_field (Stream stream, const char str, int nexc, long m, Lmtrx dataL, Dmtrx dataD, Lvctr sprs, const char name)

Element *	allocate_element (bool mdl, CellGeometry eg, long gid, long oid, Geometry *geom, int np=0, bool attribs_alloc=true, long dom=0, long lid=-1)

void	scan_expect_num (FILE *stream, long expctd)
	cte SRDC's I-DEAS UNV soubory More...

long	give_nstepsOut (FILE stream, femFileFormat ff, PAType pt, const Problem Pd)

template<class T >
void	TF_GPA_cleanup_duplicity (const StdoutDriver sodriver, T &list, const char name, char t, bool shake)
	clean up duplicity components More...

template<class T >
void	TF_GPA_print_list (FILE stream, const char name, const char *name2, T &list, long id)

void	print_VTK_START (Stream stream, const Mesh mg, const char *name, VTKdataset ds)

void	print_VTK_FINISH (Stream *stream)

void	print_VTK_head (FILE *stream, VTKdataset ds)

void	print_VTK_init_point_data (Stream *stream, long n)

void	print_VTK_init_cell_data (Stream *stream, long n)

void	print_VTK_data_body (Stream stream, long n, const char name, const GPA< Array1d > *data, char type, bool r2z=false)

void	print_dat_file (const char file, long n, const Dvctr data1, const Dvctr *data2, bool zeroline)
	print data for xmgrace More...

void	FEM_solve_OOFEM (Problem *pd)

void	mesh_generate_T3d (const Problem pd, const char solver, const char *options_string)

const PointDOFsBCPM *	give_uniq_dofbc (int dim, const GPA< const Element > superelems, const char name, long id)

const char *	BN_enum2char (BlockName bn)

BlockName	BN_char2enum (const char *bn)

void	read_line (FILE stream, char &dest, const char *name)
	reading of line from file More...

void	filename_decomposition (char &path, char &base, char &suff, const char name)

void	addSRCpriorDESTalloc (char &dest, const char src)

template<class T >
void	TF_GPA_reid (GPA< T > &list)
	reset ids ascending More...

template<class T >
void	TF_GPA_reidoid (GPA< T > &list)
	reset ids ascending More...

template<class T >
void	TF_GPA_shake_down_reid (GPA< T > &list)
	clear out NULL components More...

template<class T >
void	TF_GPA_shake_down_reidoid (GPA< T > &list)
	clear out NULL components More...

double	give_copy_r2z (double a, double zero)

double *	give_copy_r2z (double *a, long n, double zero)

void	pprint_symtensor (char stream, int precision, const long a)

void	pprint_symtensor_zeroL (char *stream, int precision)

void	pprint_symtensor (FILE stream, int precision, const long a)

void	pprint_symtensor_zeroL (FILE *stream, int precision)

void	pprint_tensor (FILE stream, int precision, const double a)

void	pprint_symtensor (char stream, int precision, const double a)

void	pprint_symtensor (FILE stream, int precision, const double a)

void	pprint_tensor_zero (char *stream, int precision)

void	pprint_tensor_zero (FILE *stream, int precision)

void	errorr (const char file, int line, const char format,...)
	* * * * ERROR FCE * * * * More...

void	warningg (const char file, int line, const char format,...)

void	openFileTest (const FILE stream, const char name)
	* * * * FILE FCE * * * * More...

FILE *	openFileN (const char File, int Line, const char mode, const char key, const char name)

FILE *	openFilePN (const char File, int Line, const char mode, const char key, const char path, const char *name)

FILE *	openFilePNS (const char File, int Line, const char mode, const char key, const char path, const char name, const char suff)

FILE *	openFilePNSS (const char File, int Line, const char mode, const char key, const char path, const char name, const char suff, const char *suff2)

const char *	trmt_clr_int2clr (ETCLR clr)

void	change_console_colour (FILE *stream, ETCLR clr)

template<class ArgType >
void	allocate (ArgType *&p, long a)
	* * * * ALLOCATE TEMPLATES * * * * More...

template<class ArgType >
void	allocate (ArgType **&p, long a, long b)

template<class ArgType >
void	allocate (ArgType ***&p, long a, long b, long c)

template<class ArgType >
void	deallocateCheck (ArgType *p, bool check=true)
	* * * * DEALLOCATE TEMPLATES * * * * More...

template<class ArgType >
void	deallocateCheckUno (ArgType *p, bool check=true)

template<class ArgType >
void	deallocateCheck (ArgType **p, long a, bool check=true)

template<class ArgType >
void	deallocateCheckUno (ArgType **p, long a, bool check=true)

template<class ArgType >
void	deallocateCheck (ArgType ***p, long a, long b, bool check=true)

template<class ArgType >
void	deallocateCheckUno (ArgType ***p, long a, long b, bool check=true)

template<class ArgType >
void	deallocateCheck (ArgType **p, long a, long b, bool check=true)

template<class ArgType >
void	fill_all_by (ArgType *p, long a, ArgType value)
	* * * * FILL TEMPLATES * * * * More...

template<class ArgType >
void	fill_all_by (ArgType **p, long a, long b, ArgType value)

template<class ArgType >
void	fill_all_by (ArgType ***p, long a, long b, long c, ArgType value)

template<class ArgType >
void	fill_row_by (ArgType **p, long i, long m, ArgType value)

template<class ArgType >
void	fill_col_by (ArgType **p, long n, long j, ArgType value)

template<class ArgType >
void	allocate_another_val (long n, ArgType *&old_field)
	* * * * REALLOCATE TEMPLATES * * * * More...

template<class ArgType >
void	allocate_another_uno_ptr (long n, ArgType **&old_field, long add=1)

template<class ArgType >
void	setadd_another_uno_ptr (long &n, ArgType *&field, ArgType p)

template<class ArgType >
void	shake_down_ptr_array (long &n, ArgType *array)
	* * * * VARIOUS TEMPLATES * * * * More...

template<class ArgType >
long	arrays_arenot_identical (long n, ArgType a1, ArgType a2)

template<class ArgType >
long	is_member_of_array (ArgType val, long n, const ArgType *array)
	check out "val" is member of "array" More...

template<class ArgType >
bool	members_are_unique (long n, const ArgType *array)
	check out all members of array "a" are uniq More...

template<class ArgType >
bool	same_array_elements_asym (long nx, const ArgType x, long ny, const ArgType y, bool same_dim=false)
	Function finds out whether every element of the array 'x' is in the array 'y'. More...

template<class ArgType >
bool	same_array_elements_sym (long nx, const ArgType x, long ny, const ArgType y, bool same_dim=false)
	Function finds out whether every element of the array 'x' is in the array 'y', and symmetrically every element of the array 'y' is in the array 'x'. More...

template<class ArgType >
void	add_array (long &n1, ArgType &array1, long n2, const ArgType array2)

template<class ArgType >
void	add_array_unique (long &n1, ArgType &array1, long n2, const ArgType array2)

template<class ArgType >
void	interchange2 (ArgType &a, ArgType &b)

long	intersec_rectangle3d_line (double zero, double norm, const PoinT A, const PoinT B, const PoinT C, const PoinT D, const PoinT U, const PoinT V, double ksi, double eta, double t, PoinT I1, PoinT *I2)
	ZDROJE http://softsurfer.com/algorithm_archive.htm. More...

long	nc_brick_3d (double zero, double x[], double y[], double z[], const PoinT point, PoinT answer)
	Function computes natural coordinates of 'point' on 'element', 'point' is entered in cartesian coordinates, 'element' is 3d brick=cube=hexahedron. More...

double	area3D_Polygon (int n, const PoinT *V, const VectoR N)
	************************ WWW.SOFTSURFER.COM ALGORITHMS ************************ Copyright 2000, softSurfer (www.softsurfer.com) This code may be freely used and modified for any purpose providing that this copyright notice is included with it. More...

int	intersect_RayTriangle (double zero, const PoinT P0, const PoinT P1, const PoinT V0, const PoinT V1, const PoinT V2, PoinT I)

void	dx_bf_lin_hex_3d (double *n, double y, double z)
	function computes derivatives of tri-linear base functions on hexahedron with respect of natural coordinate x More...

void	dy_bf_lin_hex_3d (double *n, double x, double z)
	function computes derivatives of tri-linear base functions on hexahedron with respect of natural coordinate y More...

void	dz_bf_lin_hex_3d (double *n, double x, double y)
	function computes derivatives of tri-linear base functions on hexahedron with respect of natural coordinate z More...

void	jac_3d (double &jac, Dvctr &x, Dvctr &y, Dvctr &z, double xi, double eta, double zeta)

int	give_edge_points_commperpend_skewlines (const double l1a, const double l1b, const double l2a, const double l2b, double p1, double p2)
	* * * * GEOMETRY FUNCTIONS * * * * More...

long	intersec_triangle_line (double zero, double norm, const PoinT A, const PoinT B, const PoinT C, const PoinT U, const PoinT V, double ksi, double eta, double t, PoinT I1, PoinT I2)

bool	isWordChar (char C)
	* * * * GENERAL FUNCTIONS * * * * return true if character C is "normal" char –> C != ' ' '' ' ' '\0' '' More...

bool	isLineChar (char C)
	return true if character C is "normal" char or "space" char –> C != ' ' '\0' '' More...

bool	isSpaceChar (char C)
	return true if character C is "space" char –> C == ' ' '' More...

bool	isDigitChar (char C)

long	giveLineLength (const char *src)
	return length of line == sting compount of "line chars" More...

char *	strdupl (const char *src)
	standard strdup - Memory for the new string is obtained with malloc(3), and can be freed with free(3). More...

char *	strdupl (const char src1, const char src2)

char *	strdupl (const char src1, const char src2, const char *src3)

char *	pathstrdupl (const char *src)

long	AP_find_option (int argc, char argv[], const char s)
	* * * * ARGUMENTS PROCESSING * * * * terminology: tar -cz -f archiv.tgz archiv/ /// fce name \| arguments /// fce name \| options \| parameters /// fce name \| opt \| opt \| opt argum. More...

void	AP_fprint_arguments (FILE stream, int argc, char argv[])
	print arguments to stream More...

bool	FP_skip_comment (FILE *stream)
	* * * * FILE PROCESSING * * * * general rules for file processing: More...

void	FP_skip_line_commented (FILE *stream)
	move file descriptor to the start of the new noncommented line, without checking of EOF More...

void	FP_skip_line_fast_skip_commented (FILE *stream, int n)
	move file descriptor to the start of the n-th new line, without checking of EOF More...

bool	FP_skip_line (FILE *stream, int n)
	move file descriptor to the start of the n-th new line //[former read_line] More...

bool	FP_skip_behind_line_starting_with (FILE stream, const char string, bool cs)
	move file descriptor to the start of the new line after the one starting with string More...

bool	FP_skip_to_line_starting_with (FILE stream, const char string, bool cs)
	move file descriptor to the line starting with string, exactly behind the string More...

bool	FP_skip_to_line_starting_with (FILE *stream, char C)
	replacement of old function "read_contiguous_star" move file descriptor to the line starting with character, directly to this char More...

bool	FP_scan_array (FILE stream, int n, int dest)
	scan/copy array of numbers from src to dest, src pointer is shifted over the field More...

bool	FP_scan_array (FILE stream, int n, long dest)

bool	FP_scan_array (FILE stream, int n, double dest)

long	FP_number_of_words (FILE *stream)
	count number of words (see isWordChar) in file More...

long	FP_number_of_lines (FILE *stream, bool rwd)
	count number of lines in file More...

bool	FP_skip_nonword (FILE *stream)
	* * * SKIPING * * * skiping == shift stream pointer at the first char which is not ... More...

bool	FP_skip_space (FILE *stream)
	... space More...

bool	FP_skip_word (FILE *stream)
	... word More...

long	FP_scan_line_skip_emptyORcommented (FILE stream, char dest)
	* * * SCANNING * * * scanning == scan ... More...

long	FP_scan_line (FILE stream, char dest)
	scan/copy line == string without ' ' from stream More...

long	FP_scan_line_alloc (FILE stream, char &dest)
	scan/copy line == string without ' ' from stream; dest is NULL and allocated here More...

int	FP_scan_word (FILE src, char dest)
	... word; return value is length of the word More...

bool	FP_skip_expected_string (FILE src, const char expctd, bool cs)
	... word and compare with expected one More...

bool	FP_scan_expected_word (FILE src, const char expctd, bool cs)
	... word and compare with expected one More...

void	FP_scan_expected_word_FL (const char file, int line, FILE src, const char expctd, const char msg, bool cs)
	... word and compare with expected one, exit if false More...

bool	FP_scan_expected_line (FILE src, const char expctd, bool cs)
	... line and compare with expected one More...

void	FP_scan_expected_line_FL (const char file, int line, FILE src, const char expctd, const char msg, bool cs)
	... line and compare with expected one, exit if false More...

void	errorr_expected (const char file, int line, const char msg, const char expctd, const char src)
	* * * * STRING PROCESSING * * * * src pointer is always shifted over the skipped/scanned/printed word/number/array word is string separated by ' ', '', ' ' or '\0' More...

void	errorr_expected (const char file, int line, const char msg, int expctd, const char *src)

void	errorr_expected (const char file, int line, const char msg, long expctd, const char *src)

bool	SP_cutcomment (char *src)
	cut of comment == end of line starting by '#' More...

bool	SP_unskip_space (const char *&src)
	* * * SKIPING * * * (un)skiping == shift src pointer at the end(start) of ... More...

bool	SP_skip_space (const char *&src)
	... space == ' ' and '' characters More...

bool	SP_skip_word (const char *&src, int n)
	... word and space before More...

bool	SP_skip_int (const char *&src)
	... word compound of digits and space before More...

void	SP_unscan_word (const char &src, const char w)
	* * * SCANNING * * * unscan word == shift pointer back over word More...

bool	SP_scan_character (const char *&src, char &dest)
	scanning == scan ... to variable dest and shift src pointer at the end of ... More...

long	SP_scan_word (const char &src, char dest)
	... word; return value is length of the word More...

long	SP_scan_line (const char &src, char dest)
	... line; return value is length of the line More...

long	SP_scan_line_alloc (const char &src, char &dest)
	... line; return value is length of the line; dest is NULL and allocated here More...

bool	SP_scan_expected_word (const char &src, const char expctd, bool cs)
	... word and compare with expected one More...

void	SP_scan_expected_word_FL (const char file, int line, const char &src, const char expctd, const char msg, bool cs)
	... word and compare with expected one/two/three, exit if false More...

void	SP_scan_expected_word_FL (const char file, int line, const char &src, const char expctd1, const char expctd2, const char *msg, bool cs)

void	SP_scan_expected_word_FL (const char file, int line, const char &src, const char expctd1, const char expctd2, const char expctd3, const char msg, bool cs)

bool	SP_scan_number (const char *&src, int &dest)
	... number of type int/long/double More...

bool	SP_scan_number (const char *&src, long &dest)

bool	SP_scan_number (const char *&src, double &dest)

bool	SP_scan_array_L (const char &src, int L, double a)

bool	SP_scan_Dvctr_exit (const char &src, int n, Dvctr v)

bool	SP_print_space (const char &src, FILE stream)
	* * * PRINTING * * * printing == print ... More...

bool	SP_print_word (const char &src, FILE stream)
	... word More...

long	find_double (long n, long *p)
	* * * * OBSOLETE FUNCTIONS * * * * More...

void	sprint_param (char s, char argv[], int n)

void	read_star_end (FILE *stream, int n)

void	read_star (FILE *stream)

void	copy_star_end (FILE sour, FILE dest, int n=1)
	read line of file until , no save, dava bacha na EOF More...

void	copy_star (FILE sour, FILE dest)

void	copy_line (FILE sour, FILE dest, int n)

void	copy_to_end_line (FILE sour, FILE dest)

void	copy_file (FILE sour, FILE dest)

int	extract_long (const char s1, const char s2, long &a)

int	extract_double (const char s1, const char s2, double &a)
	v retezci s1 se najde key retezec s2 a za nim se precte double More...

void	ad_line (FILE stream, char s)

template<class ArgType >
bool	SP_scan_expected_number (const char *&src, ArgType expctd)
	... number and compare with expected one More...

template<class ArgType >
void	SP_scan_expected_number_FL (const char file, int line, const char &src, ArgType expctd, const char *msg)
	... number and compare with expected one, exit if false More...

template<class ArgType >
bool	SP_scan_array (const char &src, int n, ArgType a)
	... array of numbers More...

template<class ArgType >
bool	SP_scan_array (const char &src, long n, ArgType a)

template<class ArgType >
bool	SP_scan_array_alloc (const char &src, long &n, ArgType &a)

template<class ArgType >
bool	SP_scan_Xvctr (const char &src, ArgType dest)
	bool SP_scan_Dvctr (const char &src, Dvctr dest); More...

void	extract_double_array (const char s1, const char s2, long n, double *a)

void	give_line (FILE stream, char &s)

void	shaker (long &n, long *a)
	zlikviduje vicenasobne cifry pro long in <0;..> More...

void	sort_4 (long *x)
	Function sorts first four members of array with ascending order. More...

void	sort_3 (long *x)
	Function sorts first three members of array with ascending order. More...

void	sort_2 (long *x)
	Function sorts first two members of array with ascending order. More...

void	solve_3 (const double m, const double r, double *l)
	Function solves the system of linear equations. More...

void	solve_3 (const double *m, const double r, double *l)
	Function solves the system of linear equations. More...

long	solv_2nle (double zero, const double a, const double b, const double c, const double d, double x, double y)
	function solves system of two non-linear equations: a[0]xy + b[0]x + c[0]y + d[0] = 0 a[1]xy + b[1]x + c[1]y + d[1] = 0 answer: -1 = infinite number of results 0,1,2 = number of results More...

long	solv_2le (double zero, const double a, const double b, const double *c, double &x, double &y)
	function solves system of two linear equations: a[0]x + b[0]y + c[0] = 0 a[1]x + b[1]y + c[1] = 0 answer: -1 = infinite number of results 0,1 = number of results More...

long	solv_1le (double zero, double a, double b, double &x)
	function solves linear equation: a*x + b = 0 answer: -1 = infinite number of results 0,1 = number of results More...

void	nilling (double zero, double &a)

double	nillret (double zero, double a)

bool	isZero (double zero, double a)

bool	isZero (double abszero, double relzero, double a)

long	solv_polynom_2 (double zero, double a, double b, double c, double &r1, double &r2)
	function searchs roots of polynom of 2nd order = quadratic equation ax^2 + bx + c = 0 answer: -1 = infinite number of results 0,1,2 = no,one,two results More...

long	div_dd (double d1, double d2, const char s1, const char s2, const long line)

long	div_dd (long &answer, double d1, double d2)

long	div_dd (int &answer, double d1, double d2)

int	decomp_int (int answer[], int n, int l, int rad)

long	decomp_int (int answer[], int n, long l, long rad)

long long	decomp_int (int answer[], int n, long long l, long long rad)

bool	isNonZero (double x, double tolerance)

bool	ST_scan_number (Stream *src, int &dest)
	* * * * TINYXML FCE * * * * More...

bool	ST_scan_number (Stream *src, long &dest)

bool	ST_scan_number (Stream *src, double &dest)

bool	ST_scan_array (Stream src, int n, int dest)

bool	ST_scan_array (Stream src, int n, long dest)

bool	ST_scan_array (Stream src, int n, double dest)

long	GP_scan_line (Stream stream, char dest)
	... line; return value is length of the line More...

long	GP_scan_line_alloc (Stream stream, char &dest)
	... line; return value is length of the line; dest is NULL and allocated here More...

long	GP_scan_line_alloc_skip_commented (Stream stream, char &dest)

long	GP_scan_word (Stream stream, char dest)
	... word; return value is length of the word More...

const XMLElement *	XP_give_unique_expected_elem (const XMLNode xelem, const char name, bool uniq)

void	XP_check_expected_attribute (const XMLNode xelem, const char name, const char *value)

const char *	XP_giveDAtext (const XMLNode xelem, int n, bool last, const char format, const char type, const char name, int *noc)

XMLDocument *	openTXdcPN (const char path, const char name)
	* * * * TINYXML FCE * * * * More...

XMLDocument *	openTXdcPNSS (const char path, const char name, const char suff, const char suff2)

Variables
static const int	TRIANGLE_IPN_OOFEM_3_I2E [3] = { 2, 3, 1 }

static const int	TRIANGLE_IPN_OOFEM_3_E2I [3] = { 3, 1, 2 }

static const int	TRIANGLE_IPN_OOFEM_4_I2E [4] = { 2, 3, 1, 4 }

static const int	TRIANGLE_IPN_OOFEM_4_E2I [4] = { 3, 1, 2, 4 }

static const int	BRICK_NN_SIFEL [8] = { 3, 2, 1, 4, 7, 6, 5, 8 }

static const int	BRICK_EN_OOFEM [12] = { 1, 2, 3, 4, 9, 10, 11, 12, 5, 6, 7, 8 }

static const int	BRICK_EN_SIFEL_I2E [12] = { 2, 1, 4, 3, 10, 9, 12, 11, 7, 6, 5, 8 }

static const int	BRICK_EN_SIFEL_E2I [12] = { 2, 1, 4, 3, 11, 10, 9, 12, 6, 5, 8, 7 }

static const int	BRICK_FN_SIFEL_I2E [6] = { 5, 6, 3, 2, 1, 4 }

static const int	BRICK_FN_SIFEL_E2I [6] = { 5, 4, 3, 6, 1, 2 }

Enumeration Type Documentation

enum midaspace::ADPArameters

Adaptivity paramaters.

Enumerator
ADOA_Void
ADPA_ZZ
ADPA_SPR

Definition at line 281 of file taux.h.

enum midaspace::arrayClassType

Enumerator
DvctrClass
LvctrClass
DscalClass

Definition at line 269 of file arrays.h.

enum midaspace::arrayTypedef

Enumerator
ATlong
ATdouble

Definition at line 270 of file arrays.h.

enum midaspace::ASGType

Enumerator
ASG_non
ASG_prop
ASG_id
ASG_coord
ASG_faceprop

Definition at line 399 of file attribute.h.

enum midaspace::BCType

Enumerator
BC_Void
BC_OOFEM
BC_SIFEL
BC_PV
BC_NL
BC_CEL
BC_CFL
BC_CBL
BC_DW
cBCTypes

Definition at line 566 of file alias.h.

enum midaspace::BlockName

Enumerator
BN_Void
BN_COMM
BN_OFN
BN_ANAL
BN_DOMN
BN_OUTP
BN_CS
BN_MAT
BN_BC
BN_PV
BN_NODES
BN_ELEMS
BN_NL
BN_CEL
BN_CFL
BN_CBL
BN_HN
BN_RAN
BN_LTF
BN_EXTRCT
BN_FIXED

Definition at line 21 of file problem.h.

enum midaspace::CellGeometry

Enumerator
CG_Void
CG_Line
CG_PolyLine
CG_Triangle
CG_Quadrangle
CG_Polygon
CG_Tetrahedron
CG_Hexahedron
CG_Wedge
CG_Pyramid
cCG

Definition at line 840 of file alias.h.

enum midaspace::classID

Type introduced to distinguish between classes.

Enumerator
classVoid
classComponentGeometry
classComponentGeometry1D
classComponentGeometry1Dpoly
classComponentGeometry2D
classComponentGeometry2Dtriangle
classComponentGeometry2Dquadrangle
classComponentGeometry2Dpolygon
classComponentGeometry3D
classComponentGeometry3Dhexahedron
classComponentGeometry3Dtetrahedron
classVertex
classNode
classHangingNode
classRigidArmNode
classEdge
classFace
classPolyLine
classLine
classPolygonMdl
classBeam
classTriangle
classQuadrangle
classBrick
classTetra
classModel
classMesh
classAttribute
classProblemAnalysis
classCrossSection
classMaterial
classBoundaryCond
classABC_NLoad
classABC_CELoad
classABC_CFLoad
classABC_CBLoad
classElemAttribs
classGelemAttribs
classFEelemAttribs
classPointAttribs
classRANAttribs
classHNAttribs

Definition at line 142 of file alias.h.

enum midaspace::CrossSectType

Enumerator
CST_Void
CST_OOFEM
CST_SIFEL
CST_SimpleCS
CST_LayeredCS
CST_FiberedCS
CST_Truss
CST_2d
CST_3d
CST_Beam
CST_Rectangle
CST_Rectangle_tube
CST_Circle
CST_Circle_tube
CST_Circle_cable
CST_1d_rolled
cCrossSectTypes

Definition at line 435 of file alias.h.

enum midaspace::DOFsPerNode

Enumerator
DPN_Void
DPN_Dxy_R___
DPN_Dxy_R__z
DPN_D__zRxy_
DPN_DxyzR___
DPN_DxyzRxyz
DPN_TR_1
DPN_TR_2

Definition at line 700 of file alias.h.

enum midaspace::DOFtype

DOF type == physical meaning of dof; see help.txt.

Enumerator
DOF_Void
DOF_Dx
DOF_Dy
DOF_Dz
DOF_Rx
DOF_Ry
DOF_Rz
DOF_Tm

Definition at line 698 of file alias.h.

enum midaspace::ElAttLevel

Enumerator
EAL_Void
EAL_direct
EAL_property
EAL_geometry
EAL_subdom
EAL_domain

Definition at line 702 of file attribute.h.

enum midaspace::ETCLR

enum

Enumerator
ETC_VOID
ETC_B_BLACK
ETC_D_BLACK
ETC_B_RED
ETC_D_RED
ETC_B_GREEN
ETC_D_GREEN
ETC_B_YELLOW
ETC_D_YELLOW
ETC_B_BLUE
ETC_D_BLUE
ETC_B_VIOLET
ETC_D_VIOLET
ETC_B_CYAN
ETC_D_CYAN
ETC_B_WHITE
ETC_D_WHITE
ETC_DEFAULT

Definition at line 89 of file gelib.h.

enum midaspace::FEApproximation

finite element approximation

Enumerator
FEA_Void
FEA_default
FEA_linear
FEA_bilinear
FEA_133133

Definition at line 937 of file alias.h.

enum midaspace::femFileFormat

Enumerator
FFF_Void
FFF_VTK	MIDAS i/o vtk ff.
FFF_VTP	MIDAS i/o vtp ff.
FFF_VTU	MIDAS i/o vtu ff.
FFF_UNV	MIDAS i/o unv ff.
FFF_JKTK	jktk i/o
FFF_T3d	t3d i/o native ff
FFF_ANSYS	ansys i/o native ff
FFF_OOFEM	oofem i/o native ff
FFF_SIFEL	sifel i/o native ff
FFF_MIDAS	MIDAS input native ff - pro specialni potreby.
FFF_POLYLINE	MIDAS input native ff - for mesh of polylines.
FFF_VTX	MIDAS i/o vt* ff.
FFF_MELNIK	special one time format for bridge in Melnik
FFF_VLNA	special one time format for sculpture GDF142

Definition at line 632 of file alias.h.

enum midaspace::FiniteElementType

Enumerator
FET_Void
FET_OOFEM_Truss2d
FET_OOFEM_Truss3d
FET_OOFEM_LiBeam3d
FET_OOFEM_LiBeam3dNL
FET_OOFEM_Beam2d
FET_OOFEM_Beam3d
FET_OOFEM_TrPlaneStrain
FET_OOFEM_Quad1PlaneStrain
FET_OOFEM_TrPlaneStress2d
FET_OOFEM_PlaneStress2d
FET_OOFEM_TrPlaneStress2dRot
FET_OOFEM_Tr_Shell01
FET_OOFEM_RerShell
FET_OOFEM_LSpace
FET_OOFEM_QTrSpace
FET_SIFEL_bar3d
FET_SIFEL_beam3d
FET_SIFEL_planeelementlt
FET_SIFEL_planeelementlq
FET_SIFEL_linearhex
FET_SIFEL_trlint
FET_SIFEL_quadlint
FET_ANSYS_start
FET_ANSYS_BEAM188
FET_ANSYS_SHELL181
FET_ANSYS_end

Definition at line 995 of file alias.h.

enum midaspace::IntPointSet

Enumerator
IPS_Void
IPS_1D_1ip
IPS_1D_exact
IPS_2D_3v_1ip
IPS_2D_3v_3ip
IPS_2D_3v_4ip
IPS_2D_3v_shell
IPS_2D_4v_4ip
IPS_3D_8v_8ip

Definition at line 1248 of file alias.h.

enum midaspace::LCSdirection

Enumerator
LCSd_Void
LCSd_xy
LCSd_xz

Definition at line 217 of file taux.h.

enum midaspace::LCStype

Enumerator
LCSt_Void
LCSt_NodeID
LCSt_NodeProp
LCSt_NodeCoords
LCSt_Vector

Definition at line 218 of file taux.h.

enum midaspace::LinearSolverType

Linear solver type.

Enumerator
LST_Void
LST_ldl
LST_gauss

Definition at line 293 of file alias.h.

enum midaspace::MaterialType

Enumerator
MAT_Void
MAT_OOFEM
MAT_SIFEL
MAT_IsoLE
MAT_IsoTrans
MAT_RIGID
MAT_j2mat
cMaterialTypes

Definition at line 505 of file alias.h.

enum midaspace::MeshGenerator

type of mesh generator

Enumerator
MGT_Void
MGT_T3d

Definition at line 191 of file alias.h.

enum midaspace::MMprocessing

Enumerator
MMP_Void
MMP_primary
MMP_secondary
MMP_RFbyHN

Definition at line 616 of file alias.h.

enum midaspace::OperationMode

Enumerator
OM_Void
OM_Convert
OM_Design2design
OM_Design2solver
OM_Solver2design
OM_Test

Definition at line 19 of file problem.h.

enum midaspace::PAGroup

The group of problem analysis.

Enumerator
PAG_Void
PAG_mechanics
PAG_transport

Definition at line 367 of file alias.h.

enum midaspace::PAType

Enumerator
PAT_Void
PAT_OOFEM
PAT_SIFEL
PAT_static_linear_adapt
PAT_static_linear
PAT_static_nonlinear
PAT_dynamic_PNlDEI
PAT_stability_linear
PAT_stationary
PAT_nonstationary
cPAT

Definition at line 369 of file alias.h.

enum midaspace::ProbDescBoolOpt

ProbDesc Boolean Option.

Enumerator
PDBO_allElemsProp1
PDBO_BondEndRFran
PDBO_uncfrd
PDBO_MultipNode
PDBO_MultipElem
PDBO_preserveGeom
PDBO_RIGIDmatToRAN
PDBO_divideQuads
PDBO_hingedBeamToTruss
PDBO_tmpFileWrite2hdd
PDBO_cutRF
PDBO_OUT_print_property
PDBO_OUT_print_parent_property
PDBO_OUT_print_model_parent
PDBO_OUT_print_CSusage
PDBO_OUT_Test
PDBO_OUT_MeshQual
PDBO_OUT_MeshStats
PDBO_OUT_origelemid
PDBO_OUT_CabTenOnly
PDBO_OUT_charVTK
PDBO_OUT_solverINctrl
PDBO_OUT_args
PDBO_P_mesh_quads
PDBO_P_rershell
PDBO_P_dw
PDBO_P_refder
PDBO_ansys
PDBO_stability
PDBO_Vlna
PDBO_melnik
cPDBO

Definition at line 24 of file problem.h.

enum midaspace::ResultTypesAtElem

Result type at element.

Array dimension depends on RTE, [NIP ; ncomps_of_stress] for RTE_stress or [NIP ; dim*nmedia] for RTE_gradient or ...
- NIP has to be equal to this->give_NIP(sol)

RSLTSST_2dstrain RSLTSST_2dstress RTE_strain - [Ex Ey Ez Eyz Exz Exy ] - Ex je strain - vsechny slozky prodlouzeni/zkraceni [-] RTE_stress - [Sx Sy Sz Syz Sxz Sxy ] - Sx je stress - vsechny slozky napeti [Pa]

RTE = Result Types at Element Results are stored in MIDAS format:

SStype RTE vector comment

SST_truss only in local cs of the truss element RTE_global_strain [ex] - ex je strain - jen jedna hodnota relativniho prodlouzeni/zkraceni [-] RTE_global_stress [sx] - sx je stress - jen jedna hodnota napeti tah/tlak [Pa] SST_beam RTE_global_strain [-] - beam - abs. hodnoty na zac a na konc.; libeam relativni prevedu na 0 na zacatku a abs na konci, ale mam v tom gulas, zatim nevim presne co od toho chci RTE_global_stress [N Vy Vz Mx My Mz N Vy Vz Mx My Mz] - koncove sily na zacatku a konci prutu, oba maji stejne znamenko = konec prutu odriznut od konce [N,Nm] SST_2dstress RTE_global_strain [Ex Ey Exy ] - Ex je strain - relativni prodlouzeni/zkraceni [-] RTE_global_stress [Sx Sy Sxy ] - Sx je stress - napeti v ose x, y a smyk xy [Pa] SST_3dshell the generalized strain and generalized integral stress vector RTE_global_strain [ex ey ez gyz gxz gxy kx ky kz kyz kxz kxy] - 3 membrane normal and 3 shear deformations and 6 curvatures RTE_global_stress [nx ny nz vyz vxz vxy mx my mz myz mxz mxy] - 3 membrane normal and 3 shear forces and 6 moments RTE_localOO_strain [ex ey 0 gyz gxz gxy kx ky 0 0 0 kxy] - local = 4 null components RTE_localOO_stress [nx ny 0 vyz vxz vxy mx my 0 0 0 mxy] - OOFEM local coordinates - x = P2-P1, y= direction P3, z = y x x

Enumerator
RTE_global_strain
RTE_global_stress
RTE_localOO_strain
RTE_localOO_stress
RTE_layered_strain
RTE_layered_stress
RTE_plaststrain
RTE_gradient
RTE_fluxes
RTE_ada_error_pct_l
RTE_ada_error_pct_g
RTE_ada_h_act
RTE_ada_h_new
RTE_ada_normal
RTE_ada_eia
cRTE
RTE_Void

Definition at line 240 of file alias.h.

enum midaspace::ResultTypesAtNode

Result type at node.

Enumerator
RTN_displacement	displacement, N=ndofs
RTN_reaction	reaction, N=ndofs
RTN_transpunknowns	unknows in transport, N=ndofs
RTN_ada_refder	adaptivity, refined derivatives
RTN_ada_h_act	adaptivity, element characteristic size, actual
RTN_ada_h_new	adaptivity, element characteristic size, new
cRTN	count of ...

Definition at line 204 of file alias.h.

enum midaspace::RVType

Result variable type.

Enumerator
RVT_Void
RVTstrn
RVTstrs
RVTstrn_displ
RVTstrn_rotat
RVTstrs_displ
RVTstrs_rotat
RVTstrn_displ_local_main
RVTstrn_rotat_local_main
RVTstrs_displ_local_main
RVTstrs_rotat_local_main
RVTstrs_grad

Definition at line 194 of file alias.h.

enum midaspace::SODenum

Enumerator
SODE_Void
SODE_start_blue_arrow
SODE_row
SODE_end
SODE_end_green_ok
SODE_green_ok

Definition at line 349 of file taux.h.

enum midaspace::Solver

Solver.

Enumerator
SOL_Void
SOL_OOFEM
SOL_SIFEL
SOL_ANSYS

Definition at line 188 of file alias.h.

enum midaspace::SPRpatchType

typ spr patche, závisí na typu/geometrii elementů

Enumerator
SPRPT_Void
SPRPT_2d

Definition at line 338 of file alias.h.

enum midaspace::SStype

type of stress/strain state of element; especially results depends on this variable => described at Mesh :: print_results

Enumerator
SST_Void
SST_truss
SST_beam
SST_plstress
SST_plstrain
SST_plate
SST_3dshell
SST_3d
SST_transp2d
cSSTypes

Definition at line 954 of file alias.h.

enum midaspace::StiffMatrixType

Stiffness matrix type.

Enumerator
SMT_Void
SMT_initial
SMT_tangent

Definition at line 269 of file alias.h.

enum midaspace::Stream_type

*** *** *** *** CLASS STREAM *** *** *** ***

Enumerator
STRM_void
STRM_file
STRM_tixel
STRM_string

Definition at line 43 of file tixy2.h.

enum midaspace::VTKdataset

VTK data set.

Enumerator
VTKDS_Void
VTKDS_polydata
VTKDS_unstruct

Definition at line 201 of file alias.h.

enum midaspace::VTKPDtopology

VTK type of cell topology for POLYDATA.

Enumerator
VTKPD_Void
VTKPD_VERTICE
VTKPD_LINE
VTKPD_POLYGON
VTKPD_TRIANGLE_STRIP

Definition at line 931 of file alias.h.

enum midaspace::VTKrange

Enumerator
VTKR_void
VTKR_points
VTKR_cells
VTKR_lines
VTKR_polygs
VTKR_pred
VTKR_pd
VTKR_cd
VTKR_scals

Definition at line 559 of file geometry.cpp.

Function Documentation

void midaspace::ad_line	(	FILE *	stream,
		char *	s
	)

Definition at line 728 of file librw.cpp.

template<class ArgType >

void midaspace::add_array	(	long &	n1,
		ArgType *&	array1,
		long	n2,
		const ArgType *	array2
	)

Definition at line 364 of file gelib.h.

template<class ArgType >

void midaspace::add_array_unique	(	long &	n1,
		ArgType *&	array1,
		long	n2,
		const ArgType *	array2
	)

Definition at line 380 of file gelib.h.

References is_member_of_array().

void midaspace::addSRCpriorDESTalloc	(	char *&	dest,
		const char *	src
	)

Definition at line 47 of file taux.cpp.

References strdupl().

Referenced by midaspace::FiLe::addGlobPath().

template<class ArgType >

void midaspace::allocate	(	ArgType *&	p,
		long	a
	)

*** *** *** *** ALLOCATE TEMPLATES *** *** *** ***

Definition at line 183 of file gelib.h.

Referenced by allocate(), midaspace::DuplicatePoints::assign_cellpoints(), and midaspace::DuplicatePoints::find_duplicitys().

template<class ArgType >

void midaspace::allocate	(	ArgType **&	p,
		long	a,
		long	b
	)

Definition at line 184 of file gelib.h.

References allocate().

template<class ArgType >

void midaspace::allocate	(	ArgType ***&	p,
		long	a,
		long	b,
		long	c
	)

Definition at line 185 of file gelib.h.

References allocate().

template<class ArgType >

void midaspace::allocate_another_uno_ptr	(	long	n,
		ArgType **&	old_field,
		long	add = `1`
	)

Definition at line 262 of file gelib.h.

Referenced by setadd_another_uno_ptr().

template<class ArgType >

void midaspace::allocate_another_val	(	long	n,
		ArgType *&	old_field
	)

*** *** *** *** REALLOCATE TEMPLATES *** *** *** ***

Definition at line 251 of file gelib.h.

References _errorr.

Referenced by midaspace::DuplicatePoints::add_point_to_cell().

Element* midaspace::allocate_element	(	bool	mdl,
		CellGeometry	eg,
		long	gid,
		long	oid,
		Geometry *	geom,
		int	np = `0`,
		bool	attribs_alloc = `true`,
		long	dom = `0`,
		long	lid = `-1`
	)

Definition at line 512 of file geometry.cpp.

References CG_Hexahedron, CG_Line, CG_Polygon, CG_Quadrangle, CG_Triangle, and errol.

Referenced by midaspace::Mesh::read_mesh_JKTK(), midaspace::Mesh::read_mesh_OOFEM(), midaspace::Mesh::read_mesh_SIFEL(), midaspace::Mesh::read_mesh_T3d(), and midaspace::Geometry::read_VTK().

ComponentGeometry* midaspace::allocComponentGeometry	(	classID	cid,
		Cell *	owner,
		ComponentGeometry *	src = `NULL`
	)

Definition at line 16 of file cell.cpp.

References classComponentGeometry1D, classComponentGeometry1Dpoly, classComponentGeometry2Dpolygon, classComponentGeometry2Dquadrangle, classComponentGeometry2Dtriangle, classComponentGeometry3Dhexahedron, classComponentGeometry3Dtetrahedron, errol, and ZERO.

Referenced by midaspace::Cell::Cell().

long midaspace::AP_find_option	(	int	argc,
		char *	argv[],
		const char *	s
	)

*** *** *** *** ARGUMENTS PROCESSING *** *** *** ***

pass through arguments looking for option "s" [former find_param]

| parameters /// argv[0] argv[1] ... ... argv[argc-1] pass through arguments looking for option "s" return position of the option, 0 if not found

Definition at line 97 of file librw.cpp.

References _STRCASECMP.

Referenced by main(), and parameters().

void midaspace::AP_fprint_arguments	(	FILE *	stream,
		int	argc,
		char *	argv[]
	)

print arguments to stream

print arguments to stream [former print_command_line]

Definition at line 106 of file librw.cpp.

double midaspace::area3D_Polygon	(	int	n,
		const PoinT **	V,
		const VectoR *	N
	)

************************** WWW.SOFTSURFER.COM ALGORITHMS **************************

SoftSurfer makes no warranty for this code, and cannot be held liable for any real or imagined damage resulting from its use. Users of this code must verify correctness for their application.

Definition at line 443 of file geometrylib.cpp.

References midaspace::Elem3D::x, midaspace::Elem3D::y, and midaspace::Elem3D::z.

Referenced by midaspace::ComponentGeometry2D::initialize().

template<class ArgType >

long midaspace::arrays_arenot_identical	(	long	n,
		ArgType *	a1,
		ArgType *	a2
	)

Definition at line 300 of file gelib.h.

Referenced by midaspace::PointDOFsAttributes::is_identical_with(), and midaspace::GPA< midaspace::Point >::is_identical_with().

const char* midaspace::BCType_e2s_OOFEM ( BCType val )

inline

Definition at line 587 of file alias.h.

References _errorr2, and BC_CFL.

BCType midaspace::BCType_s2e_OOFEM ( const char * val )

inline

Definition at line 577 of file alias.h.

References BC_CEL, BC_CFL, BC_DW, BC_NL, BC_Void, and STRCMP.

Referenced by midaspace::BoundaryCond::initialize_from().

BlockName midaspace::BN_char2enum ( const char * bn )

inline

Definition at line 971 of file problem.cpp.

References _errorr2, BN_ANAL, BN_BC, BN_CBL, BN_CEL, BN_CFL, BN_COMM, BN_CS, BN_DOMN, BN_ELEMS, BN_EXTRCT, BN_FIXED, BN_HN, BN_LTF, BN_MAT, BN_NL, BN_NODES, BN_OFN, BN_OUTP, BN_PV, BN_RAN, and BN_Void.

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

const char* midaspace::BN_enum2char ( BlockName bn )

inline

Definition at line 937 of file problem.cpp.

References _errorr, BN_ANAL, BN_BC, BN_CBL, BN_CEL, BN_CFL, BN_COMM, BN_CS, BN_DOMN, BN_ELEMS, BN_EXTRCT, BN_HN, BN_LTF, BN_MAT, BN_NL, BN_NODES, BN_OFN, BN_OUTP, BN_PV, BN_RAN, and BN_Void.

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

int midaspace::CellGeometry_e2i_JKTK ( CellGeometry cg )

inline

Definition at line 880 of file alias.h.

References _errorr, CG_Hexahedron, CG_Line, CG_Quadrangle, CG_Tetrahedron, and CG_Triangle.

Referenced by midaspace::FElement::print_row(), and midaspace::HNAttribs::print_row().

int midaspace::CellGeometry_e2i_VTK ( CellGeometry cg )

inline

Definition at line 911 of file alias.h.

References _errorr, CG_Hexahedron, CG_Line, CG_Polygon, CG_PolyLine, CG_Quadrangle, CG_Tetrahedron, and CG_Triangle.

Referenced by midaspace::Element::give_VTKPDtopology(), midaspace::Mesh::print_VTK_elems(), and midaspace::Geometry::VTKCT_assembling().

CellGeometry midaspace::CellGeometry_i2e_HN ( int val )

inline

Definition at line 847 of file alias.h.

References _errorr, CG_Hexahedron, CG_Line, CG_Quadrangle, CG_Tetrahedron, CG_Triangle, and CG_Void.

Referenced by midaspace::HNAttribs::initialize_from(), and midaspace::HNAttribs::print_row().

CellGeometry midaspace::CellGeometry_i2e_JKTK ( int val )

inline

Definition at line 864 of file alias.h.

References _errorr, CG_Hexahedron, CG_Line, CG_Quadrangle, CG_Tetrahedron, CG_Triangle, and CG_Void.

Referenced by midaspace::Mesh::read_mesh_JKTK().

CellGeometry midaspace::CellGeometry_i2e_VTK ( int val )

inline

Definition at line 893 of file alias.h.

References _errorr, CG_Hexahedron, CG_Line, CG_Polygon, CG_PolyLine, CG_Quadrangle, CG_Tetrahedron, CG_Triangle, and CG_Void.

void midaspace::change_console_colour	(	FILE *	stream,
		ETCLR	clr
	)

inline

Definition at line 129 of file gelib.h.

References CHANGE_CONSOLE_COLOUR, and trmt_clr_int2clr().

Referenced by midaspace::StdoutDriver::print_info_message_core().

void midaspace::copy_file	(	FILE *	sour,
		FILE *	dest
	)

Definition at line 702 of file librw.cpp.

void midaspace::copy_line	(	FILE *	sour,
		FILE *	dest,
		int	n
	)

Definition at line 689 of file librw.cpp.

Referenced by copy_star_end().

void midaspace::copy_star	(	FILE *	sour,
		FILE *	dest
	)

Definition at line 683 of file librw.cpp.

Referenced by copy_star_end().

void midaspace::copy_star_end	(	FILE *	sour,
		FILE *	dest,
		int	n
	)

read line of file until
, no save, dava bacha na EOF

Definition at line 679 of file librw.cpp.

References copy_line(), and copy_star().

void midaspace::copy_to_end_line	(	FILE *	sour,
		FILE *	dest
	)

Definition at line 695 of file librw.cpp.

int midaspace::CrossSectType_e2i_SIFEL	(	CrossSectType	val,
		PAGroup	pg
	)

inline

Definition at line 480 of file alias.h.

References _errorr2, CST_2d, CST_3d, CST_Truss, errol, PAG_mechanics, and PAG_transport.

Referenced by midaspace::Problem::print_input_SIFEL(), midaspace::FElemAttribs::print_row(), and midaspace::PointAttribs::print_row().

CrossSectType midaspace::CrossSectType_i2e_SIFEL	(	int	val,
		PAGroup	pg
	)

inline

Definition at line 461 of file alias.h.

References CST_2d, CST_Truss, CST_Void, errol, PAG_mechanics, and PAG_transport.

Referenced by midaspace::CrossSection::initialize_from(), midaspace::ElemAttribs::initialize_from(), and midaspace::PointAttribs::initialize_from().

template<class ArgType >

void midaspace::deallocateCheck	(	ArgType *	p,
		bool	check = `true`
	)

*** *** *** *** DEALLOCATE TEMPLATES *** *** *** ***

Definition at line 192 of file gelib.h.

References _warningg.

Referenced by midaspace::Mesh::check_duplicity_nodes(), deallocateCheck(), midaspace::DuplicatePoints::find_duplicitys(), midaspace::Attribute::~Attribute(), midaspace::Mesh::~Mesh(), and midaspace::Problem::~Problem().

template<class ArgType >

void midaspace::deallocateCheck	(	ArgType **	p,
		long	a,
		bool	check = `true`
	)

Definition at line 204 of file gelib.h.

References _warningg, and deallocateCheck().

template<class ArgType >

void midaspace::deallocateCheck	(	ArgType ***	p,
		long	a,
		long	b,
		bool	check = `true`
	)

Definition at line 216 of file gelib.h.

References _warningg, and deallocateCheck().

template<class ArgType >

void midaspace::deallocateCheck	(	ArgType ***	p,
		long	a,
		long *	b,
		bool	check = `true`
	)

Definition at line 226 of file gelib.h.

References _warningg, and deallocateCheck().

template<class ArgType >

void midaspace::deallocateCheckUno	(	ArgType *	p,
		bool	check = `true`
	)

Definition at line 197 of file gelib.h.

References _warningg.

Referenced by deallocateCheckUno(), midaspace::FElement::~FElement(), and midaspace::Node::~Node().

template<class ArgType >

void midaspace::deallocateCheckUno	(	ArgType **	p,
		long	a,
		bool	check = `true`
	)

Definition at line 209 of file gelib.h.

References _warningg, and deallocateCheckUno().

template<class ArgType >

void midaspace::deallocateCheckUno	(	ArgType ***	p,
		long	a,
		long	b,
		bool	check = `true`
	)

Definition at line 221 of file gelib.h.

References _warningg, and deallocateCheckUno().

int midaspace::decomp_int	(	int	answer[],
		int	n,
		int	l,
		int	rad
	)

Definition at line 384 of file mathlib.cpp.

long midaspace::decomp_int	(	int	answer[],
		int	n,
		long	l,
		long	rad
	)

Definition at line 389 of file mathlib.cpp.

long long midaspace::decomp_int	(	int	answer[],
		int	n,
		long long	l,
		long long	rad
	)

Definition at line 394 of file mathlib.cpp.

long midaspace::div_dd	(	double	d1,
		double	d2,
		const char *	s1,
		const char *	s2,
		const long	line
	)

Definition at line 360 of file mathlib.cpp.

Referenced by div_dd().

long midaspace::div_dd	(	long &	answer,
		double	d1,
		double	d2
	)

Definition at line 367 of file mathlib.cpp.

long midaspace::div_dd	(	int &	answer,
		double	d1,
		double	d2
	)

Definition at line 374 of file mathlib.cpp.

References div_dd().

int* midaspace::DOFsPerNode2dofBCmask ( DOFsPerNode od )

inline

Definition at line 787 of file alias.h.

References _errorr, DPN_D__zRxy_, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_DxyzR___, DPN_DxyzRxyz, DPN_TR_1, DPN_TR_2, and DPN_Void.

Referenced by midaspace::PointDOFsBCPM::assemble_full_constrained(), and midaspace::Problem::give_DOFbc_mask().

int midaspace::DOFsPerNode2nDOFs ( DOFsPerNode od )

inline

Definition at line 755 of file alias.h.

References _errorr, DPN_D__zRxy_, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_DxyzR___, DPN_DxyzRxyz, DPN_TR_1, DPN_TR_2, and DPN_Void.

Referenced by midaspace::BoundaryCond::checkConsistency(), midaspace::EdgeAttribs::checkConsistency(), midaspace::FaceAttribs::checkConsistency(), midaspace::Problem::give_global_nDOFs(), midaspace::FElement::give_nDOFs(), midaspace::ElemAttribs::initialize_from(), and midaspace::PointDOFsCondense::PointDOFsCondense().

const char* midaspace::DOFsPerNode2OOFEMdomain ( DOFsPerNode od )

inline

Definition at line 740 of file alias.h.

References DPN_D__zRxy_, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_DxyzR___, DPN_DxyzRxyz, and DPN_Void.

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

bool midaspace::DOFsPerNode2rotDOFsPresence ( DOFsPerNode od )

inline

Definition at line 772 of file alias.h.

References _errorr, DPN_D__zRxy_, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_DxyzR___, DPN_DxyzRxyz, and DPN_Void.

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

DOFsPerNode midaspace::DOFsPerNode_s2e ( const char * val )

inline

Definition at line 708 of file alias.h.

References _errorr2, DPN_D__zRxy_, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_DxyzR___, DPN_DxyzRxyz, DPN_Void, and STRCMP.

Referenced by midaspace::BoundaryCond::initialize_from(), midaspace::ElemAttribs::initialize_from(), and midaspace::Problem::read_characteristics_core().

const char* midaspace::DOFtype_i2s_ANSYS ( DOFtype dt )

inline

Definition at line 807 of file alias.h.

References _errorr, DOF_Dx, DOF_Dy, DOF_Dz, DOF_Rx, DOF_Ry, and DOF_Rz.

Referenced by midaspace::PointAttribs::print_supported_BC_to_line().

const char* midaspace::DOFtype_i2s_force_ANSYS ( DOFtype dt )

inline

Definition at line 820 of file alias.h.

References _errorr, DOF_Dx, DOF_Dy, DOF_Dz, DOF_Rx, DOF_Ry, and DOF_Rz.

Referenced by midaspace::PointAttribs::print_bc().

void midaspace::dx_bf_lin_hex_3d	(	double *	n,
		double	y,
		double	z
	)

function computes derivatives of tri-linear base functions on hexahedron with respect of natural coordinate x

Parameters

n	- array of derivatives of base functions
y,z	- natural coodinates

Definition at line 567 of file geometrylib.cpp.

Referenced by jac_3d().

void midaspace::dy_bf_lin_hex_3d	(	double *	n,
		double	x,
		double	z
	)

function computes derivatives of tri-linear base functions on hexahedron with respect of natural coordinate y

Parameters

n	- array of derivatives of base functions
x,z	- natural coodinates

Definition at line 587 of file geometrylib.cpp.

Referenced by jac_3d().

void midaspace::dz_bf_lin_hex_3d	(	double *	n,
		double	x,
		double	y
	)

function computes derivatives of tri-linear base functions on hexahedron with respect of natural coordinate z

Parameters

n	- array of derivatives of base functions
x,y	- natural coodinates

Definition at line 607 of file geometrylib.cpp.

Referenced by jac_3d().

int midaspace::ECN_convert_e2i	(	int	id,
		int	compdim,
		int	ord,
		CellGeometry	cg,
		femFileFormat	fff
	)

inline

External to Internal conversion.

Definition at line 1539 of file alias.h.

References _errorr, CG_Hexahedron, CG_Line, CG_Quadrangle, CG_Triangle, ECN_convert_edges_brick(), ECN_convert_edges_quadrangle(), ECN_convert_edges_triangle(), ECN_convert_faces_brick(), ECN_convert_nodes_beam(), ECN_convert_nodes_brick(), ECN_convert_nodes_quadrangle(), ECN_convert_nodes_triangle(), and errol.

Referenced by midaspace::HNAttribs::initialize_from(), midaspace::FElement::print_row(), midaspace::HNAttribs::print_row(), midaspace::FElement::read_input(), midaspace::Problem::read_mesh_SIFEL(), and midaspace::FElement::read_nodes().

int midaspace::ECN_convert_edges_beam	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1588 of file alias.h.

Referenced by ECN_convert_i2e().

int midaspace::ECN_convert_edges_brick	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1812 of file alias.h.

References _errorr, BRICK_EN_OOFEM, BRICK_EN_SIFEL_E2I, BRICK_EN_SIFEL_I2E, FFF_JKTK, FFF_OOFEM, and FFF_SIFEL.

Referenced by ECN_convert_e2i(), and ECN_convert_i2e().

int midaspace::ECN_convert_edges_quadrangle	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1714 of file alias.h.

References _errorr, FFF_OOFEM, and FFF_T3d.

Referenced by ECN_convert_e2i(), and ECN_convert_i2e().

int midaspace::ECN_convert_edges_triangle	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1624 of file alias.h.

References _errorr, FFF_OOFEM, and FFF_T3d.

Referenced by ECN_convert_e2i(), and ECN_convert_i2e().

int midaspace::ECN_convert_faces_brick	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1841 of file alias.h.

References _errorr, BRICK_FN_SIFEL_E2I, BRICK_FN_SIFEL_I2E, FFF_JKTK, FFF_OOFEM, FFF_SIFEL, and FFF_T3d.

Referenced by ECN_convert_e2i(), and ECN_convert_i2e().

int midaspace::ECN_convert_faces_triangle	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1634 of file alias.h.

Referenced by ECN_convert_i2e().

int midaspace::ECN_convert_i2e	(	int	id,
		int	compdim,
		int	ord,
		CellGeometry	cg,
		femFileFormat	fff
	)

inline

INTERNAL to EXTERNAL conversion.

Definition at line 1504 of file alias.h.

References _errorr, CG_Hexahedron, CG_Line, CG_Quadrangle, CG_Triangle, ECN_convert_edges_beam(), ECN_convert_edges_brick(), ECN_convert_edges_quadrangle(), ECN_convert_edges_triangle(), ECN_convert_faces_brick(), ECN_convert_faces_triangle(), ECN_convert_nodes_beam(), ECN_convert_nodes_brick(), ECN_convert_nodes_quadrangle(), ECN_convert_nodes_triangle(), and errol.

Referenced by midaspace::ElemAttribs::print_Ebc_SIFEL(), midaspace::ElemAttribs::print_Fbc_SIFEL(), and midaspace::FElemAttribs::print_row().

int midaspace::ECN_convert_ips_brick	(	bool	i2e,
		int	id,
		femFileFormat	fff,
		IntPointSet	ips
	)

inline

Definition at line 1869 of file alias.h.

References _errorr, errol, FFF_OOFEM, and IPS_3D_8v_8ip.

Referenced by midaspace::Brick::read_output_OOFEM().

int midaspace::ECN_convert_ips_quadrangle	(	bool	i2e,
		int	id,
		femFileFormat	fff,
		IntPointSet	ips
	)

inline

Definition at line 1733 of file alias.h.

References _errorr, errol, FFF_OOFEM, and IPS_2D_4v_4ip.

Referenced by midaspace::Quadrangle::read_output_OOFEM().

int midaspace::ECN_convert_ips_triangle	(	bool	i2e,
		int	id,
		femFileFormat	fff,
		IntPointSet	ips
	)

inline

Definition at line 1651 of file alias.h.

References _errorr, errol, FFF_OOFEM, IPS_2D_3v_1ip, IPS_2D_3v_3ip, IPS_2D_3v_4ip, TRIANGLE_IPN_OOFEM_3_E2I, TRIANGLE_IPN_OOFEM_3_I2E, TRIANGLE_IPN_OOFEM_4_E2I, and TRIANGLE_IPN_OOFEM_4_I2E.

Referenced by midaspace::Triangle::read_output_OOFEM().

int midaspace::ECN_convert_nodes_beam	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

MIDAS has internal ECN
ECN from different file formats (OOFEM, SIFEL, T3D, VTK, etc.) has to be converted to the internal one

Definition at line 1587 of file alias.h.

Referenced by ECN_convert_e2i(), and ECN_convert_i2e().

int midaspace::ECN_convert_nodes_brick	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1779 of file alias.h.

References _errorr, BRICK_NN_SIFEL, FFF_JKTK, FFF_OOFEM, FFF_SIFEL, FFF_T3d, and FFF_VTX.

Referenced by ECN_convert_e2i(), and ECN_convert_i2e().

int midaspace::ECN_convert_nodes_quadrangle	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1693 of file alias.h.

References _errorr, FFF_JKTK, FFF_OOFEM, FFF_SIFEL, FFF_T3d, and FFF_VTX.

Referenced by ECN_convert_e2i(), and ECN_convert_i2e().

int midaspace::ECN_convert_nodes_triangle	(	bool	i2e,
		int	id,
		femFileFormat	fff
	)

inline

Definition at line 1603 of file alias.h.

References _errorr, FFF_ANSYS, FFF_OOFEM, FFF_SIFEL, FFF_T3d, and FFF_VTX.

Referenced by ECN_convert_e2i(), and ECN_convert_i2e().

int midaspace::EntityType_dim2type_jktkT3d ( int val )

inline

Conversion from "dimension" to "entity type by t3d and jktk".

Enum vertex=1, curve=2, surface=3, region=4, patch=5, shell=6.

Definition at line 332 of file alias.h.

Referenced by midaspace::Node::print_row().

int midaspace::EntityType_type2dim_jktkT3d ( long val )

inline

Conversion from "entity type by t3d and jktk" to "dimension".

Enum vertex=1, curve=2, surface=3, region=4, patch=5, shell=6.

Definition at line 317 of file alias.h.

References _errorr2.

Referenced by midaspace::Node::add_domain(), midaspace::Node::read_input(), and midaspace::Node::set_master_component().

void midaspace::errorr	(	const char *	file,
		int	line,
		const char *	format,
			...
	)

*** *** *** *** ERROR FCE *** *** *** ***

Definition at line 10 of file gelib.cpp.

References CHANGE_CONSOLE_COLOUR, MAX_MSG_LENGTH, TC_D_RED, and TC_DEFAULT.

Referenced by errorr_expected(), openFileN(), and SP_scan_expected_word_FL().

void midaspace::errorr_expected	(	const char *	file,
		int	line,
		const char *	msg,
		const char *	expctd,
		const char *	src
	)

*** *** *** *** STRING PROCESSING *** *** *** ***

src pointer is always shifted over the skipped/scanned/printed word/number/array word is string separated by ' ', '', '
' or '\0'

Definition at line 433 of file librw.cpp.

References errorr().

Referenced by FP_scan_expected_line_FL(), FP_scan_expected_word_FL(), SP_scan_expected_number_FL(), and SP_scan_expected_word_FL().

void midaspace::errorr_expected	(	const char *	file,
		int	line,
		const char *	msg,
		int	expctd,
		const char *	src
	)

Definition at line 434 of file librw.cpp.

References errorr().

void midaspace::errorr_expected	(	const char *	file,
		int	line,
		const char *	msg,
		long	expctd,
		const char *	src
	)

Definition at line 435 of file librw.cpp.

References errorr().

int midaspace::extract_double	(	const char *	s1,
		const char *	s2,
		double &	a
	)

v retezci s1 se najde key retezec s2 a za nim se precte double

Definition at line 718 of file librw.cpp.

void midaspace::extract_double_array	(	const char *	s1,
		const char *	s2,
		long	n,
		double *	a
	)

int midaspace::extract_long	(	const char *	s1,
		const char *	s2,
		long &	a
	)

Definition at line 708 of file librw.cpp.

FEApproximation midaspace::FEApproximation_s2e ( const char * val )

inline

Definition at line 944 of file alias.h.

References _errorr, FEA_133133, FEA_default, FEA_linear, FEA_Void, and STRCMP.

Referenced by midaspace::ElemAttribs::initialize_from().

void midaspace::FEM_solve_OOFEM ( Problem * pd )

redirection stdout to file, you can use "/dev/null" or NUL (win) to redirect to NULL nasledujicim radkum nerozumim, ale fungujou i pod woknama kde prirazeni stdout = ... nefunguje

stdout

stderr

OOFEM main

redirect back to screen stdout

stderr

Definition at line 18 of file module_oofem.cpp.

References _errorr, midaspace::FiLe::give_name(), midaspace::FiLe::give_name_or_null(), midaspace::Problem::give_OUT_moFILE(), midaspace::Problem::give_P_solverbinary(), oofem_main(), midaspace::StdoutDriver::print_info_message(), midaspace::StdoutDriver::print_info_time_green_ok(), SODE_end_green_ok, SODE_start_blue_arrow, midaspace::Problem::sodriver(), and strdupl().

Referenced by midaspace::Problem::main_OM_design2solver2design().

const char* midaspace::femFileFormatEtoS ( femFileFormat fff )

inline

Definition at line 673 of file alias.h.

References _errorr, FFF_ANSYS, FFF_JKTK, FFF_MELNIK, FFF_OOFEM, FFF_POLYLINE, FFF_SIFEL, FFF_T3d, FFF_UNV, FFF_VTK, FFF_VTP, and FFF_VTU.

Referenced by ffstrcat().

femFileFormat midaspace::femFileFormatStoE ( const char * fff )

inline

Definition at line 653 of file alias.h.

References _errorr2, FFF_ANSYS, FFF_JKTK, FFF_MELNIK, FFF_OOFEM, FFF_POLYLINE, FFF_SIFEL, FFF_T3d, FFF_UNV, FFF_Void, FFF_VTK, FFF_VTP, FFF_VTU, and STRCMP.

Referenced by parameters().

FiniteElementType midaspace::FET_s2e ( const char * str )

inline

string to FET

Definition at line 1053 of file alias.h.

References _errorr, FET_OOFEM_RerShell, FET_Void, and STRCMP.

Referenced by midaspace::ElemAttribs::initialize_from().

int midaspace::FETSet_e2i_SIFEL ( FiniteElementType fet )

inline

Definition at line 1206 of file alias.h.

References _errorr, FET_SIFEL_bar3d, FET_SIFEL_beam3d, FET_SIFEL_linearhex, FET_SIFEL_planeelementlq, FET_SIFEL_planeelementlt, FET_SIFEL_quadlint, and FET_SIFEL_trlint.

Referenced by FETSet_set2i_SIFEL().

const char* midaspace::FETSet_e2s_ANSYS ( FiniteElementType fet )

inline

Definition at line 1221 of file alias.h.

References _errorr2, FET_ANSYS_BEAM188, and FET_ANSYS_SHELL181.

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

const char* midaspace::FETSet_e2s_OOFEM ( FiniteElementType feto )

inline

Definition at line 1187 of file alias.h.

References _errorr, FET_OOFEM_Beam3d, FET_OOFEM_LiBeam3d, FET_OOFEM_LSpace, FET_OOFEM_PlaneStress2d, FET_OOFEM_Quad1PlaneStrain, FET_OOFEM_RerShell, FET_OOFEM_Tr_Shell01, FET_OOFEM_TrPlaneStrain, FET_OOFEM_TrPlaneStress2d, FET_OOFEM_TrPlaneStress2dRot, and FET_OOFEM_Truss3d.

Referenced by FETSet_set2s_OOFEM().

void midaspace::FETSet_e2set	(	FiniteElementType	fet,
		FiniteElementTypeSet *	set
	)

inline

FET to FETset.

Definition at line 1113 of file alias.h.

References _errorr, midaspace::FiniteElementTypeSet::approx, midaspace::FiniteElementTypeSet::cg, CG_Hexahedron, CG_Line, CG_Quadrangle, CG_Triangle, midaspace::FiniteElementTypeSet::dpn, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_DxyzR___, DPN_DxyzRxyz, DPN_Void, midaspace::FiniteElementTypeSet::expltype, FEA_default, FEA_linear, FET_OOFEM_Beam3d, FET_OOFEM_LiBeam3d, FET_OOFEM_LSpace, FET_OOFEM_PlaneStress2d, FET_OOFEM_Quad1PlaneStrain, FET_OOFEM_RerShell, FET_OOFEM_Tr_Shell01, FET_OOFEM_TrPlaneStrain, FET_OOFEM_TrPlaneStress2d, FET_OOFEM_TrPlaneStress2dRot, FET_OOFEM_Truss3d, FET_SIFEL_bar3d, FET_SIFEL_beam3d, FET_SIFEL_linearhex, FET_SIFEL_planeelementlq, FET_SIFEL_planeelementlt, FET_SIFEL_quadlint, FET_SIFEL_trlint, midaspace::FiniteElementTypeSet::sst, SST_3d, SST_3dshell, SST_beam, SST_plstrain, SST_plstress, SST_transp2d, SST_truss, and SST_Void.

Referenced by FETSet_si2set().

FiniteElementType midaspace::FETSet_set2e	(	const FiniteElementTypeSet *	set,
		Solver	sol,
		PAGroup	pg
	)

inline

FETset to FET.

Definition at line 1145 of file alias.h.

References _errorr, midaspace::FiniteElementTypeSet::approx, midaspace::FiniteElementTypeSet::cg, CG_Hexahedron, CG_Line, CG_Quadrangle, CG_Triangle, midaspace::FiniteElementTypeSet::dpn, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_DxyzR___, DPN_DxyzRxyz, DPN_Void, errol, midaspace::FiniteElementTypeSet::expltype, FEA_bilinear, FEA_default, FEA_linear, FET_ANSYS_BEAM188, FET_ANSYS_SHELL181, FET_OOFEM_Beam3d, FET_OOFEM_LiBeam3d, FET_OOFEM_LSpace, FET_OOFEM_PlaneStress2d, FET_OOFEM_Quad1PlaneStrain, FET_OOFEM_RerShell, FET_OOFEM_Tr_Shell01, FET_OOFEM_TrPlaneStrain, FET_OOFEM_TrPlaneStress2d, FET_OOFEM_TrPlaneStress2dRot, FET_OOFEM_Truss3d, FET_SIFEL_bar3d, FET_SIFEL_beam3d, FET_SIFEL_linearhex, FET_SIFEL_planeelementlq, FET_SIFEL_planeelementlt, FET_SIFEL_quadlint, FET_SIFEL_trlint, FET_Void, PAG_mechanics, PAG_transport, SOL_ANSYS, SOL_OOFEM, SOL_SIFEL, midaspace::FiniteElementTypeSet::sst, SST_3d, SST_3dshell, SST_beam, SST_plstrain, SST_plstress, SST_transp2d, and SST_truss.

Referenced by FETSet_set2i_SIFEL(), FETSet_set2s_OOFEM(), midaspace::FElement::give_IPset_comp(), midaspace::FElement::give_IPset_rslts(), midaspace::FElement::print_row(), midaspace::Beam::print_row(), midaspace::Triangle::read_input(), midaspace::Quadrangle::read_input(), midaspace::Beam::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), midaspace::Quadrangle::read_output_OOFEM(), and midaspace::Brick::read_output_OOFEM().

int midaspace::FETSet_set2i_SIFEL	(	const FiniteElementTypeSet *	set,
		PAGroup	pg
	)

inline

Definition at line 1237 of file alias.h.

References FETSet_e2i_SIFEL(), FETSet_set2e(), and SOL_SIFEL.

Referenced by midaspace::FElement::print_row().

const char* midaspace::FETSet_set2s_OOFEM	(	const FiniteElementTypeSet *	set,
		PAGroup	pg
	)

inline

Definition at line 1232 of file alias.h.

References FETSet_e2s_OOFEM(), FETSet_set2e(), and SOL_OOFEM.

Referenced by midaspace::FElement::print_row().

FiniteElementType midaspace::FETSet_si2e	(	const char *	str,
		int	val,
		Solver	sol,
		PAGroup	pg
	)

inline

string/int to FET

Definition at line 1062 of file alias.h.

References _errorr, errol, FET_OOFEM_Beam2d, FET_OOFEM_Beam3d, FET_OOFEM_LiBeam3d, FET_OOFEM_LiBeam3dNL, FET_OOFEM_LSpace, FET_OOFEM_PlaneStress2d, FET_OOFEM_QTrSpace, FET_OOFEM_Quad1PlaneStrain, FET_OOFEM_RerShell, FET_OOFEM_Tr_Shell01, FET_OOFEM_TrPlaneStrain, FET_OOFEM_TrPlaneStress2d, FET_OOFEM_TrPlaneStress2dRot, FET_OOFEM_Truss2d, FET_OOFEM_Truss3d, FET_SIFEL_bar3d, FET_SIFEL_beam3d, FET_SIFEL_linearhex, FET_SIFEL_planeelementlq, FET_SIFEL_planeelementlt, FET_SIFEL_quadlint, FET_SIFEL_trlint, FET_Void, PAG_mechanics, PAG_transport, SOL_OOFEM, SOL_SIFEL, and STRCMP.

Referenced by FETSet_si2set().

void midaspace::FETSet_si2set	(	const char *	str,
		int	val,
		Solver	sol,
		PAGroup	pg,
		FiniteElementTypeSet *	set
	)

inline

Definition at line 1139 of file alias.h.

References FETSet_e2set(), and FETSet_si2e().

Referenced by midaspace::Mesh::read_mesh_OOFEM(), and midaspace::Mesh::read_mesh_SIFEL().

void midaspace::filename_decomposition	(	char *&	path,
		char *&	base,
		char *&	suff,
		const char *	name
	)

Definition at line 16 of file taux.cpp.

References DIRSEPARATOR, and errol.

Referenced by midaspace::FiLe::decompose().

template<class ArgType >

void midaspace::fill_all_by	(	ArgType *	p,
		long	a,
		ArgType	value
	)

*** *** *** *** FILL TEMPLATES *** *** *** ***

Definition at line 238 of file gelib.h.

Referenced by midaspace::Node::add_domain(), midaspace::DuplicatePoints::assign_cellpoints(), fill_all_by(), fill_row_by(), midaspace::Node::initialize_domli(), midaspace::Node::initialize_parallel(), and midaspace::PointDOFsRANHN::RAN_set_full_slave_node().

template<class ArgType >

void midaspace::fill_all_by	(	ArgType **	p,
		long	a,
		long	b,
		ArgType	value
	)

Definition at line 239 of file gelib.h.

References fill_all_by().

template<class ArgType >

void midaspace::fill_all_by	(	ArgType ***	p,
		long	a,
		long	b,
		long	c,
		ArgType	value
	)

Definition at line 240 of file gelib.h.

References fill_all_by().

template<class ArgType >

void midaspace::fill_col_by	(	ArgType **	p,
		long	n,
		long	j,
		ArgType	value
	)

Definition at line 244 of file gelib.h.

template<class ArgType >

void midaspace::fill_row_by	(	ArgType **	p,
		long	i,
		long	m,
		ArgType	value
	)

Definition at line 243 of file gelib.h.

References fill_all_by().

long midaspace::find_double	(	long	n,
		long *	p
	)

*** *** *** *** OBSOLETE FUNCTIONS *** *** *** ***

Definition at line 649 of file librw.cpp.

long midaspace::FP_number_of_lines	(	FILE *	stream,
		bool	rwd
	)

count number of lines in file

Definition at line 240 of file librw.cpp.

Referenced by midaspace::Mesh::read_mesh_ANSYS(), midaspace::Problem::read_mesh_OOFEM(), and midaspace::Mesh::read_mesh_UNV().

long midaspace::FP_number_of_words ( FILE * stream )

count number of words (see isWordChar) in file

Definition at line 220 of file librw.cpp.

References isWordChar().

Referenced by parameters().

bool midaspace::FP_scan_array	(	FILE *	stream,
		int	n,
		int *	dest
	)

scan/copy array of numbers from src to dest, src pointer is shifted over the field

Definition at line 214 of file librw.cpp.

Referenced by midaspace::Beam::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), midaspace::BoundaryCond::scan_components(), and ST_scan_array().

bool midaspace::FP_scan_array	(	FILE *	stream,
		int	n,
		long *	dest
	)

Definition at line 215 of file librw.cpp.

bool midaspace::FP_scan_array	(	FILE *	stream,
		int	n,
		double *	dest
	)

Definition at line 216 of file librw.cpp.

bool midaspace::FP_scan_expected_line	(	FILE *	src,
		const char *	expctd,
		bool	cs
	)

... line and compare with expected one

Definition at line 404 of file librw.cpp.

References FP_skip_expected_string(), and FP_skip_space().

Referenced by FP_scan_expected_line_FL().

void midaspace::FP_scan_expected_line_FL	(	const char *	file,
		int	line,
		FILE *	src,
		const char *	expctd,
		const char *	msg,
		bool	cs
	)

... line and compare with expected one, exit if false

Definition at line 419 of file librw.cpp.

References errorr_expected(), and FP_scan_expected_line().

bool midaspace::FP_scan_expected_word	(	FILE *	src,
		const char *	expctd,
		bool	cs
	)

... word and compare with expected one

Definition at line 388 of file librw.cpp.

References FP_skip_expected_string(), FP_skip_nonword(), and FP_skip_word().

Referenced by FP_scan_expected_word_FL(), give_nstepsOut(), midaspace::Model::read_model_MELNIK(), and midaspace::Mesh::read_output_SIFEL().

void midaspace::FP_scan_expected_word_FL	(	const char *	file,
		int	line,
		FILE *	src,
		const char *	expctd,
		const char *	msg,
		bool	cs
	)

... word and compare with expected one, exit if false

Definition at line 398 of file librw.cpp.

References errorr_expected(), and FP_scan_expected_word().

long midaspace::FP_scan_line	(	FILE *	stream,
		char *	dest
	)

scan/copy line == string without '
' from stream

Definition at line 321 of file librw.cpp.

References isLineChar().

Referenced by FP_scan_line_alloc(), FP_scan_line_skip_emptyORcommented(), GP_scan_line(), midaspace::Problem::read_mesh_OOFEM(), midaspace::Mesh::read_mesh_SIFEL(), midaspace::Problem::read_mesh_SIFEL(), and midaspace::Mesh::read_output_SIFEL().

long midaspace::FP_scan_line_alloc	(	FILE *	stream,
		char *&	dest
	)

scan/copy line == string without '
' from stream; dest is NULL and allocated here

Definition at line 340 of file librw.cpp.

References _errorr, and FP_scan_line().

Referenced by GP_scan_line_alloc(), and read_line().

long midaspace::FP_scan_line_skip_emptyORcommented	(	FILE *	stream,
		char *	dest
	)

*** *** *** SCANNING *** *** ***

scanning == scan ...

scan/copy line == string without '
' from stream, skip lines commented by '#' at the first position

to variable dest and shift src pointer at the end of ... scan/copy line == string without '
' from stream, skip lines commented by '#' at the first position and empty lines

Definition at line 309 of file librw.cpp.

References FP_scan_line(), FP_skip_line(), and FP_skip_space().

Referenced by midaspace::Mesh::read_mesh_JKTK(), midaspace::Mesh::read_mesh_OOFEM(), midaspace::Problem::read_mesh_OOFEM(), midaspace::Mesh::read_mesh_SIFEL(), midaspace::Problem::read_mesh_SIFEL(), and midaspace::Mesh::read_mesh_T3d().

int midaspace::FP_scan_word	(	FILE *	src,
		char *	dest
	)

... word; return value is length of the word

Definition at line 356 of file librw.cpp.

References FP_skip_nonword(), and isWordChar().

Referenced by GP_scan_word(), parameters(), midaspace::Problem::read_geometry_VTK_core(), and midaspace::Model::read_model_MELNIK().

bool midaspace::FP_skip_behind_line_starting_with	(	FILE *	stream,
		const char *	string,
		bool	cs
	)

move file descriptor to the start of the new line after the one starting with string

Definition at line 181 of file librw.cpp.

References FP_skip_expected_string(), and FP_skip_line().

Referenced by midaspace::Mesh::read_output_OOFEM().

bool midaspace::FP_skip_comment ( FILE * stream )

*** *** *** *** FILE PROCESSING *** *** *** ***

general rules for file processing:

move file descriptor to the start of the new noncommented word(digit) == skip nonword chars and comment

EOF (end of file) is reached - char EOF is pushed back, information about reached EOF is returned move file descriptor to the start of the new noncommented word(digit) == skip nonword chars and comment

Definition at line 130 of file librw.cpp.

References FP_skip_line(), and isWordChar().

Referenced by midaspace::ProblemAnalysis::initialize_from(), midaspace::Mesh::read_mesh_SIFEL(), and midaspace::Problem::read_mesh_SIFEL().

bool midaspace::FP_skip_expected_string	(	FILE *	src,
		const char *	expctd,
		bool	cs
	)

... word and compare with expected one

move file descriptor behind expected string

Definition at line 376 of file librw.cpp.

Referenced by FP_scan_expected_line(), FP_scan_expected_word(), FP_skip_behind_line_starting_with(), FP_skip_to_line_starting_with(), midaspace::Mesh::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), and midaspace::Quadrangle::read_output_OOFEM().

bool midaspace::FP_skip_line	(	FILE *	stream,
		int	n
	)

move file descriptor to the start of the n-th new line //[former read_line]

Definition at line 167 of file librw.cpp.

Referenced by FP_scan_line_skip_emptyORcommented(), FP_skip_behind_line_starting_with(), FP_skip_comment(), FP_skip_line_commented(), FP_skip_to_line_starting_with(), give_nstepsOut(), midaspace::Geometry::read_addata_VTK(), midaspace::Problem::read_addata_VTK(), midaspace::Problem::read_block(), midaspace::Problem::read_geometry_VTK_core(), midaspace::Mesh::read_mesh_ANSYS(), midaspace::Problem::read_mesh_SIFEL(), midaspace::Mesh::read_output_OOFEM(), midaspace::Beam::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), midaspace::Quadrangle::read_output_OOFEM(), midaspace::Mesh::read_output_SIFEL(), midaspace::Beam::read_output_SIFEL(), midaspace::Triangle::read_output_SIFEL(), midaspace::Brick::read_output_SIFEL(), read_star_end(), midaspace::Geometry::read_VTK(), and scan_DATA_field().

void midaspace::FP_skip_line_commented ( FILE * stream )

move file descriptor to the start of the new noncommented line, without checking of EOF

Definition at line 145 of file librw.cpp.

References FP_skip_line().

Referenced by GP_scan_line_alloc_skip_commented(), parameters(), midaspace::Problem::read_mesh_OOFEM(), and midaspace::Problem::read_mesh_SIFEL().

void midaspace::FP_skip_line_fast_skip_commented	(	FILE *	stream,
		int	n
	)

move file descriptor to the start of the n-th new line, without checking of EOF

Definition at line 155 of file librw.cpp.

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

bool midaspace::FP_skip_nonword ( FILE * stream )

*** *** *** SKIPING *** *** ***

skiping == shift stream pointer at the first char which is not ...

... nonword == ' ', '
', '' and '' characters

... nonword

Definition at line 264 of file librw.cpp.

References isWordChar().

Referenced by FP_scan_expected_word(), FP_scan_word(), and parameters().

bool midaspace::FP_skip_space ( FILE * stream )

... space

... space == ' ' and '' characters

Definition at line 277 of file librw.cpp.

References isSpaceChar().

Referenced by FP_scan_expected_line(), FP_scan_line_skip_emptyORcommented(), and midaspace::Model::read_model_MELNIK().

bool midaspace::FP_skip_to_line_starting_with	(	FILE *	stream,
		const char *	string,
		bool	cs
	)

move file descriptor to the line starting with string, exactly behind the string

Definition at line 190 of file librw.cpp.

References FP_skip_expected_string(), and FP_skip_line().

Referenced by give_nstepsOut(), midaspace::Mesh::read_output_OOFEM(), and midaspace::Mesh::read_output_SIFEL().

bool midaspace::FP_skip_to_line_starting_with	(	FILE *	stream,
		char	C
	)

replacement of old function "read_contiguous_star" move file descriptor to the line starting with character, directly to this char

move file descriptor to the line starting with character, directly to this char

Definition at line 200 of file librw.cpp.

bool midaspace::FP_skip_word ( FILE * stream )

... word

Definition at line 290 of file librw.cpp.

References isWordChar().

Referenced by FP_scan_expected_word().

double midaspace::give_copy_r2z	(	double	a,
		double	zero
	)

Definition at line 13 of file arrays.cpp.

Referenced by give_copy_r2z(), midaspace::Dscal::print(), midaspace::Dvctr::print(), midaspace::Dvctr::print_symtensor(), midaspace::Dmtrx::print_tensor(), and midaspace::Dvctr::print_vector().

double* midaspace::give_copy_r2z	(	double *	a,
		long	n,
		double	zero
	)

Definition at line 17 of file arrays.cpp.

References give_copy_r2z().

int midaspace::give_edge_points_commperpend_skewlines	(	const double *	l1a,
		const double *	l1b,
		const double *	l2a,
		const double *	l2b,
		double *	p1,
		double *	p2
	)

*** *** *** *** GEOMETRY FUNCTIONS *** *** *** ***

void midaspace::give_line	(	FILE *	stream,
		char *&	s
	)

long midaspace::give_nstepsOut	(	FILE *	stream,
		femFileFormat	ff,
		PAType	pt,
		const Problem *	Pd
	)

Definition at line 2046 of file geometry.cpp.

References _errorr, _errorr2, FFF_OOFEM, FFF_SIFEL, FP_scan_expected_word(), FP_skip_line(), FP_skip_to_line_starting_with(), PAT_nonstationary, PAT_static_linear, PAT_stationary, and midaspace::Problem::solver_file_ptr.

Referenced by midaspace::Mesh::read_output_OOFEM(), and midaspace::Mesh::read_output_SIFEL().

const PointDOFsBCPM* midaspace::give_uniq_dofbc	(	int	dim,
		const GPA< const Element > *	superelems,
		const char *	name,
		long	id
	)

Definition at line 694 of file point.cpp.

References _errorr5, midaspace::ProblemSubject::give_ID(), and midaspace::PointDOFsAttributes::is_identical_with().

Referenced by midaspace::Node::read_input().

long midaspace::giveLineLength ( const char * src )

return length of line == sting compount of "line chars"

Definition at line 43 of file librw.cpp.

References isLineChar().

Referenced by midaspace::Attribute::scan_linerec(), and SP_scan_line_alloc().

long midaspace::GP_scan_line	(	Stream *	stream,
		char *	dest
	)

... line; return value is length of the line

*** *** *** *** STREAM PROCESSING *** *** *** ***

...

line; return value is length of the line

Definition at line 76 of file tixy2.cpp.

References midaspace::Stream::file(), FP_scan_line(), tinyxml2::XMLElement::GetText(), midaspace::Stream::isFile(), SP_scan_line(), and midaspace::Stream::tixel().

Referenced by midaspace::Problem::read_block(), midaspace::Problem::read_block_output(), and midaspace::Problem::read_characteristics_core().

long midaspace::GP_scan_line_alloc	(	Stream *	stream,
		char *&	dest
	)

... line; return value is length of the line; dest is NULL and allocated here

Definition at line 87 of file tixy2.cpp.

References midaspace::Stream::file(), FP_scan_line_alloc(), tinyxml2::XMLElement::GetText(), midaspace::Stream::isFile(), SP_scan_line_alloc(), and midaspace::Stream::tixel().

Referenced by GP_scan_line_alloc_skip_commented(), and midaspace::Problem::read_characteristics_core().

long midaspace::GP_scan_line_alloc_skip_commented	(	Stream *	stream,
		char *&	dest
	)

Definition at line 96 of file tixy2.cpp.

References midaspace::Stream::file(), FP_skip_line_commented(), GP_scan_line_alloc(), and midaspace::Stream::isFile().

long midaspace::GP_scan_word	(	Stream *	stream,
		char *	dest
	)

... word; return value is length of the word

Definition at line 104 of file tixy2.cpp.

References midaspace::Stream::file(), FP_scan_word(), tinyxml2::XMLElement::GetText(), midaspace::Stream::isFile(), SP_scan_word(), and midaspace::Stream::tixel().

template<class ArgType >

void midaspace::interchange2	(	ArgType &	a,
		ArgType &	b
	)

Definition at line 400 of file gelib.h.

long midaspace::intersec_rectangle3d_line	(	double	zero,
		double	norm,
		const PoinT *	A,
		const PoinT *	B,
		const PoinT *	C,
		const PoinT *	D,
		const PoinT *	U,
		const PoinT *	V,
		double *	ksi,
		double *	eta,
		double *	t,
		PoinT *	I1,
		PoinT *	I2
	)

ZDROJE http://softsurfer.com/algorithm_archive.htm.

Function computes edge points of common perpendicular of two line segments l1 and l2. The line segment l1 goes from point l1a to l1b. l2 (l2a l2b)

Return 0 - both edge points of common perpendicular is lying inside of the line segments l1 and l2 Return 1 - edge point of common perpendicular is lying outside of the line segment l1 Return 2 - edge point of common perpendicular is lying outside of the line segment l2 Return 3 - both edge points of common perpendicular is lying outside of the line segments l1 and l2 Function computes natural and cartesian coordinates of points of intersection of line and warped rectangle answer: -1 = infinite number of points 0,1,2 = number of points V \

Parameters

zero	- accuracy of solving D–-–.---—C
norm	- norm is on order equal to diagonal of rectangle / \ . /
A,B,C,D	- arrays of cartesian coordinates of rectangle vertexes, dimension is 3 eta /........... /
U,V	- arrays of cartesian coordinates of vertexes of line, dimension is 3 / . + /
xi,eta	- arrays of natural coordinates of "points", dimension is 2 / . + /
t	- array of position of intersection points between U(t=-1) and V(t=1) / . +/
I1,I2	- arrays of cartesian coordinates of "points", dimension is 3 / . /\ A----------—B \ created 4.4.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz ksi U

Definition at line 70 of file geometrylib.cpp.

References _errorr, midaspace::Elem3D::add(), midaspace::VectoR::beP2P(), midaspace::PoinT::bePointAtAbscissa(), errol, intersect_RayTriangle(), solv_2nle(), midaspace::Elem3D::x, midaspace::Elem3D::y, and midaspace::Elem3D::z.

Referenced by midaspace::Cell::cross_abscissa_face().

long midaspace::intersec_triangle_line	(	double	zero,
		double	norm,
		const PoinT *	A,
		const PoinT *	B,
		const PoinT *	C,
		const PoinT *	U,
		const PoinT *	V,
		double *	ksi,
		double *	eta,
		double *	t,
		PoinT *	I1,
		PoinT *	I2
	)

int midaspace::intersect_RayTriangle	(	double	zero,
		const PoinT *	P0,
		const PoinT *	P1,
		const PoinT *	V0,
		const PoinT *	V1,
		const PoinT *	V2,
		PoinT *	I
	)

Definition at line 495 of file geometrylib.cpp.

References midaspace::Elem3D::add(), midaspace::VectoR::beP2P(), midaspace::VectoR::beVectProduct(), midaspace::PoinT::copy(), midaspace::VectoR::give_length(), midaspace::Elem3D::giveScalProduct(), and midaspace::Elem3D::tms().

Referenced by intersec_rectangle3d_line().

IntPointSet midaspace::IntPointSet_fet2e_comp ( FiniteElementType fet )

inline

FET to IPS for displacement computation (integration of stiffness matrix)

Definition at line 1414 of file alias.h.

References _errorr, FET_OOFEM_Beam3d, FET_OOFEM_LiBeam3d, FET_OOFEM_LSpace, FET_OOFEM_PlaneStress2d, FET_OOFEM_Quad1PlaneStrain, FET_OOFEM_RerShell, FET_OOFEM_Tr_Shell01, FET_OOFEM_TrPlaneStrain, FET_OOFEM_TrPlaneStress2d, FET_OOFEM_Truss3d, FET_SIFEL_bar3d, FET_SIFEL_linearhex, IPS_1D_1ip, IPS_1D_exact, IPS_2D_3v_1ip, IPS_2D_4v_4ip, IPS_3D_8v_8ip, and IPS_Void.

Referenced by midaspace::FElement::give_IPset_comp().

IntPointSet midaspace::IntPointSet_fet2e_rslts	(	IntPointSet	IPset,
		FiniteElementType	fet
	)

inline

FET to IPS for results.

Definition at line 1441 of file alias.h.

References _errorr, errol, FET_OOFEM_Beam3d, FET_OOFEM_LiBeam3d, FET_OOFEM_LSpace, FET_OOFEM_PlaneStress2d, FET_OOFEM_Quad1PlaneStrain, FET_OOFEM_RerShell, FET_OOFEM_Tr_Shell01, FET_OOFEM_TrPlaneStrain, FET_OOFEM_TrPlaneStress2d, FET_OOFEM_TrPlaneStress2dRot, FET_OOFEM_Truss3d, FET_SIFEL_bar3d, FET_SIFEL_linearhex, and IPS_Void.

Referenced by midaspace::FElement::give_IPset_rslts().

IntPointSet midaspace::IntPointSet_fets2ips ( const FiniteElementTypeSet * set )

inline

Definition at line 1367 of file alias.h.

References midaspace::FiniteElementTypeSet::approx, midaspace::FiniteElementTypeSet::cg, CG_Hexahedron, CG_Line, CG_Quadrangle, CG_Triangle, midaspace::FiniteElementTypeSet::dpn, DPN_Dxy_R___, DPN_DxyzR___, DPN_DxyzRxyz, FEA_bilinear, FEA_linear, IPS_1D_1ip, IPS_2D_3v_1ip, IPS_2D_4v_4ip, IPS_3D_8v_8ip, IPS_Void, midaspace::FiniteElementTypeSet::sst, SST_3d, SST_beam, SST_plstrain, SST_plstress, and SST_truss.

int midaspace::IntPointSet_give_number_ips ( IntPointSet ips )

inline

give number of int. points

Definition at line 1316 of file alias.h.

References _errorr, _errorr2, IPS_1D_1ip, IPS_1D_exact, IPS_2D_3v_1ip, IPS_2D_3v_3ip, IPS_2D_3v_4ip, IPS_2D_4v_4ip, IPS_3D_8v_8ip, and IPS_Void.

Referenced by midaspace::FElement::give_rslt_NIP(), midaspace::Beam::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), midaspace::Quadrangle::read_output_OOFEM(), midaspace::Brick::read_output_OOFEM(), midaspace::Beam::read_output_SIFEL(), and midaspace::Triangle::read_output_SIFEL().

IntPointSet midaspace::IntPointSet_s2e ( const char * val )

inline

Definition at line 1305 of file alias.h.

References _errorr, IPS_2D_3v_1ip, IPS_2D_3v_3ip, IPS_2D_3v_4ip, IPS_2D_4v_4ip, IPS_Void, and STRCMP.

Referenced by midaspace::ElemAttribs::initialize_from().

double midaspace::IPS_give_ip_coord_native	(	int	i,
		IntPointSet	ips,
		PoinT &	coords
	)

inline

TRIANGLE

QUADRANGLE

Definition at line 1332 of file alias.h.

References _errorr2, errol, IPS_2D_3v_1ip, IPS_2D_3v_3ip, IPS_2D_3v_4ip, IPS_2D_4v_4ip, midaspace::Elem3D::x, midaspace::Elem3D::y, and midaspace::Elem3D::z.

Referenced by midaspace::Triangle::give_ip_coords_global(), and midaspace::Quadrangle::give_ip_coords_global().

int midaspace::IPS_inputfile_value_e2i_OOFEM ( IntPointSet val )

inline

val je cislo ze vstupaku oofemu

, FiniteElementType fet)

Definition at line 1291 of file alias.h.

References _errorr, _errorr2, FET_Void, IPS_2D_3v_1ip, IPS_2D_3v_3ip, IPS_2D_3v_4ip, and IPS_2D_4v_4ip.

Referenced by midaspace::FElemAttribs::print_row().

IntPointSet midaspace::IPS_inputfile_value_i2e_OOFEM	(	int	val,
		FiniteElementTypeSet *	fets
	)

inline

val je cislo ze vstupaku oofemu, keyword NIP

Definition at line 1260 of file alias.h.

References midaspace::FiniteElementTypeSet::cg, CG_Quadrangle, CG_Triangle, errol, IPS_2D_3v_1ip, IPS_2D_3v_3ip, IPS_2D_3v_4ip, IPS_2D_4v_4ip, and IPS_Void.

Referenced by midaspace::ElemAttribs::initialize_from().

template<class ArgType >

long midaspace::is_member_of_array	(	ArgType	val,
		long	n,
		const ArgType *	array
	)

check out "val" is member of "array"

Definition at line 311 of file gelib.h.

Referenced by add_array_unique(), midaspace::DuplicatePoints::find_duplicitys(), midaspace::GPA< midaspace::Point >::is_member(), and midaspace::Lvctr::is_member().

bool midaspace::isDigitChar ( char C )

Definition at line 37 of file librw.cpp.

Referenced by SP_skip_int().

bool midaspace::isLineChar ( char C )

return true if character C is "normal" char or "space" char –> C != '
' '\0' ''

Definition at line 26 of file librw.cpp.

Referenced by FP_scan_line(), giveLineLength(), and SP_scan_line().

bool midaspace::isNonZero	(	double	x,
		double	tolerance
	)

Definition at line 401 of file mathlib.cpp.

Referenced by midaspace::HNAttribs::checkConsistency().

bool midaspace::isSpaceChar ( char C )

return true if character C is "space" char –> C == ' ' ''

Definition at line 32 of file librw.cpp.

Referenced by FP_skip_space(), and SP_print_space().

bool midaspace::isWordChar ( char C )

*** *** *** *** GENERAL FUNCTIONS *** *** *** ***

return true if character C is "normal" char –> C != ' ' '' '
' '\0' ''

non-word chars == ' ' '' '
' '\0' '' word chars == !non-word chars

return true if character C is "normal" char –> C != ' ' '' '
' '\0' ''

Definition at line 20 of file librw.cpp.

Referenced by FP_number_of_words(), FP_scan_word(), FP_skip_comment(), FP_skip_nonword(), FP_skip_word(), SP_print_word(), SP_scan_word(), and SP_skip_word().

bool midaspace::isZero	(	double	zero,
		double	a
	)

Definition at line 308 of file mathlib.cpp.

Referenced by midaspace::Elem3D::is_identical_to(), midaspace::BoundaryCond::is_identical_with(), isZero(), midaspace::Beam::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), and midaspace::Quadrangle::read_output_OOFEM().

bool midaspace::isZero	(	double	abszero,
		double	relzero,
		double	a
	)

Definition at line 314 of file mathlib.cpp.

References isZero().

void midaspace::jac_3d	(	double &	jac,
		Dvctr &	x,
		Dvctr &	y,
		Dvctr &	z,
		double	xi,
		double	eta,
		double	zeta
	)

Definition at line 620 of file geometrylib.cpp.

References dx_bf_lin_hex_3d(), dy_bf_lin_hex_3d(), dz_bf_lin_hex_3d(), and midaspace::Xvctr::give_size().

Referenced by midaspace::ComponentGeometry3Dhexahedron::initialize().

int midaspace::LinearSolverType_e2i_SIFEL ( LinearSolverType val )

inline

Conversion from "enum" to "SIFEL int" identificator of "linear solver type".

Definition at line 305 of file alias.h.

References _errorr2, LST_gauss, and LST_ldl.

Referenced by midaspace::ProblemAnalysis::print_block_SIFEL().

LinearSolverType midaspace::LinearSolverType_i2e_SIFEL ( int val )

inline

Conversion from "SIFEL int" to "enum" identificator of "linear solver type".

Definition at line 295 of file alias.h.

References LST_gauss, LST_ldl, and LST_Void.

Referenced by midaspace::ProblemAnalysis::initialize_from().

int midaspace::MaterialType_e2i_SIFEL	(	MaterialType	val,
		PAGroup	pg
	)

inline

Definition at line 544 of file alias.h.

References _errorr2, MAT_IsoLE, MAT_IsoTrans, PAG_mechanics, and PAG_transport.

Referenced by midaspace::Problem::print_input_SIFEL(), and midaspace::FElemAttribs::print_row().

const char* midaspace::MaterialType_e2s_OOFEM ( MaterialType val )

inline

Definition at line 517 of file alias.h.

References _errorr2, MAT_IsoLE, and MAT_j2mat.

MaterialType midaspace::MaterialType_i2e_SIFEL	(	int	val,
		PAGroup	pg
	)

inline

Definition at line 527 of file alias.h.

References errol, MAT_IsoLE, MAT_IsoTrans, MAT_Void, PAG_mechanics, and PAG_transport.

Referenced by midaspace::Material::initialize_from(), and midaspace::ElemAttribs::initialize_from().

MaterialType midaspace::MaterialType_s2e_OOFEM ( const char * val )

inline

Definition at line 511 of file alias.h.

References MAT_IsoLE, MAT_j2mat, MAT_Void, and STRCMP.

Referenced by midaspace::Material::initialize_from().

template<class ArgType >

bool midaspace::members_are_unique	(	long	n,
		const ArgType *	array
	)

check out all members of array "a" are uniq

Definition at line 319 of file gelib.h.

Referenced by midaspace::DuplicatePoints::find_duplicitys(), and midaspace::GPA< midaspace::Point >::is_unique().

void midaspace::mesh_generate_T3d	(	const Problem *	pd,
		const char *	solver,
		const char *	options_string
	)

redirection stdout to file, you can use "/dev/null" or NUL (win) to redirect to NULL nasledujicim radkum nerozumim, ale fungujou i pod woknama kde prirazeni stdout = ... nefunguje

stdout

stderr

T3d main

redirect back to screen stdout

stderr

Definition at line 19 of file module_t3d.cpp.

References _errorr, midaspace::FiLe::give_name(), midaspace::Problem::give_OUT_moFILE(), and strdupl().

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

MMprocessing midaspace::MMprocessingStoE ( const char * val )

inline

Definition at line 622 of file alias.h.

References _errorr2, MMP_primary, MMP_RFbyHN, MMP_secondary, MMP_Void, and STRCMP.

Referenced by midaspace::FiLe::FiLe().

long midaspace::nc_brick_3d	(	double	zero,
		double	x[],
		double	y[],
		double	z[],
		const PoinT *	point,
		PoinT *	answer
	)

Function computes natural coordinates of 'point' on 'element', 'point' is entered in cartesian coordinates, 'element' is 3d brick=cube=hexahedron.

Parameters

zero	- tolerance of natural coordinates on boundarys,(approximately 1.0e-5)
elem	- pointer on 'element'
point	- array of coordinates of 'point',dimension is 3
answer	- array of dimension 3

created xx.x.xxxx, Dan Rypl, dr@cm.nosp@m.l.fs.nosp@m.v.cvu.nosp@m.t.cz

Definition at line 148 of file geometrylib.cpp.

References solve_3(), midaspace::Elem3D::x, midaspace::Elem3D::y, midaspace::Elem3D::z, and midaspace::Elem3D::zero().

Referenced by midaspace::Element::is_point_on().

void midaspace::nilling	(	double	zero,
		double &	a
	)

Definition at line 297 of file mathlib.cpp.

double midaspace::nillret	(	double	zero,
		double	a
	)

Definition at line 302 of file mathlib.cpp.

Referenced by solv_1le(), solv_2le(), solv_2nle(), and solv_polynom_2().

void midaspace::OOFEM_output_scan_elem_head	(	const char *	str,
		long	o,
		long	i,
		bool	oid
	)

Definition at line 2090 of file cell.cpp.

References CASE, SP_scan_expected_number_exit, and SP_scan_expected_word_exit.

Referenced by midaspace::Beam::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), midaspace::Quadrangle::read_output_OOFEM(), and midaspace::Brick::read_output_OOFEM().

void midaspace::OOFEM_output_scan_GP	(	const char *&	str,
		int	i,
		bool	old = `false`
	)

Definition at line 2098 of file cell.cpp.

References CASE, and SP_scan_expected_word_exit.

Referenced by midaspace::Beam::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), midaspace::Quadrangle::read_output_OOFEM(), and midaspace::Brick::read_output_OOFEM().

void midaspace::OOFEM_output_scan_GP	(	FILE *	stream,
		int	i,
		bool	old = `false`
	)

Definition at line 2108 of file cell.cpp.

References CASE, and FP_scan_expected_word_exit.

DOFsPerNode midaspace::OOFEMdomain2DOFsPerNode ( const char * od )

inline

Definition at line 726 of file alias.h.

References _errorr, DPN_D__zRxy_, DPN_Dxy_R___, DPN_Dxy_R__z, DPN_DxyzR___, DPN_DxyzRxyz, DPN_TR_1, DPN_TR_2, DPN_Void, and STRCMP.

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

FILE * midaspace::openFileN	(	const char *	File,
		int	Line,
		const char *	mode,
		const char *	key,
		const char *	name
	)

Definition at line 67 of file gelib.cpp.

References errorr().

Referenced by openFilePN(), openFilePNS(), and openFilePNSS().

FILE * midaspace::openFilePN	(	const char *	File,
		int	Line,
		const char *	mode,
		const char *	key,
		const char *	path,
		const char *	name
	)

Definition at line 77 of file gelib.cpp.

References openFileN().

FILE * midaspace::openFilePNS	(	const char *	File,
		int	Line,
		const char *	mode,
		const char *	key,
		const char *	path,
		const char *	name,
		const char *	suff
	)

Definition at line 86 of file gelib.cpp.

References openFileN().

FILE * midaspace::openFilePNSS	(	const char *	File,
		int	Line,
		const char *	mode,
		const char *	key,
		const char *	path,
		const char *	name,
		const char *	suff,
		const char *	suff2
	)

Definition at line 95 of file gelib.cpp.

References openFileN().

void midaspace::openFileTest	(	const FILE *	stream,
		const char *	name
	)

*** *** *** *** FILE FCE *** *** *** ***

Definition at line 61 of file gelib.cpp.

References _errorr2.

XMLDocument* midaspace::openTXdcPN	(	const char *	path,
		const char *	name
	)

*** *** *** *** TINYXML FCE *** *** *** ***

XMLDocument* midaspace::openTXdcPNSS	(	const char *	path,
		const char *	name,
		const char *	suff,
		const char *	suff2
	)

PAGroup midaspace::PAGroup_t2g ( PAType val )

inline

Definition at line 383 of file alias.h.

References _errorr2, PAG_mechanics, PAG_transport, PAG_Void, PAT_dynamic_PNlDEI, PAT_nonstationary, PAT_stability_linear, PAT_static_linear, PAT_static_linear_adapt, PAT_static_nonlinear, and PAT_stationary.

Referenced by midaspace::ProblemAnalysis::initialize_from().

char * midaspace::pathstrdupl ( const char * src )

Definition at line 73 of file librw.cpp.

References DIRSEPARATOR.

Referenced by parameters().

int midaspace::PAType_e2i_SIFEL ( PAType val )

inline

Definition at line 421 of file alias.h.

References _errorr2, PAT_static_linear, and PAT_stationary.

Referenced by midaspace::ProblemAnalysis::print_block_SIFEL().

PAType midaspace::PAType_i2e_SIFEL ( int val )

inline

Definition at line 411 of file alias.h.

References PAT_nonstationary, PAT_static_linear, PAT_stationary, and PAT_Void.

Referenced by midaspace::ProblemAnalysis::initialize_from().

PAType midaspace::PAType_s2e_OOFEM ( const char * str )

inline

Definition at line 399 of file alias.h.

References _errorr2, PAT_dynamic_PNlDEI, PAT_stability_linear, PAT_static_linear, PAT_static_linear_adapt, PAT_static_nonlinear, PAT_Void, and STRCMP.

Referenced by midaspace::ProblemAnalysis::initialize_from().

void midaspace::pprint_symtensor	(	char *	stream,
		int	precision,
		const long *	a
	)

Definition at line 199 of file arrays.cpp.

Referenced by midaspace::Lvctr::print_symtensor(), and midaspace::Dvctr::print_symtensor().

void midaspace::pprint_symtensor	(	FILE *	stream,
		int	precision,
		const long *	a
	)

Definition at line 211 of file arrays.cpp.

void midaspace::pprint_symtensor	(	char *	stream,
		int	precision,
		const double *	a
	)

Definition at line 570 of file arrays.cpp.

void midaspace::pprint_symtensor	(	FILE *	stream,
		int	precision,
		const double *	a
	)

Definition at line 576 of file arrays.cpp.

void midaspace::pprint_symtensor_zeroL	(	char *	stream,
		int	precision
	)

Definition at line 205 of file arrays.cpp.

Referenced by midaspace::Lvctr::print_symtensor().

void midaspace::pprint_symtensor_zeroL	(	FILE *	stream,
		int	precision
	)

Definition at line 217 of file arrays.cpp.

void midaspace::pprint_tensor	(	FILE *	stream,
		int	precision,
		const double *	a
	)

Definition at line 564 of file arrays.cpp.

Referenced by midaspace::Dmtrx::print_tensor().

void midaspace::pprint_tensor_zero	(	char *	stream,
		int	precision
	)

Definition at line 583 of file arrays.cpp.

Referenced by midaspace::Dvctr::print_symtensor(), and midaspace::Dmtrx::print_tensor().

void midaspace::pprint_tensor_zero	(	FILE *	stream,
		int	precision
	)

Definition at line 589 of file arrays.cpp.

void midaspace::print_dat_file	(	const char *	file,
		long	n,
		const Dvctr *	data1,
		const Dvctr *	data2,
		bool	zeroline
	)

print data for xmgrace

Definition at line 3495 of file geometry.cpp.

References _openFilePN, errol, and midaspace::Xvctr::give_size().

Referenced by midaspace::Mesh::print_results().

void midaspace::print_VTK_data_body	(	Stream *	stream,
		long	n,
		const char *	name,
		const GPA< Array1d > *	data,
		char	type,
		bool	r2z = `false`
	)

Definition at line 3300 of file geometry.cpp.

References _errorr, ATdouble, ATlong, midaspace::Stream::file(), tinyxml2::XMLNode::InsertEndChild(), midaspace::Stream::isFile(), tinyxml2::XMLDocument::NewElement(), tinyxml2::XMLDocument::NewText(), tinyxml2::XMLElement::SetAttribute(), midaspace::Stream::tix_doc(), and midaspace::Stream::tixel().

Referenced by midaspace::Mesh::print_characteristics_to_VTK(), midaspace::Mesh::print_results(), and midaspace::Mesh::print_VTK().

void midaspace::print_VTK_FINISH ( Stream * stream )

Definition at line 3127 of file geometry.cpp.

References midaspace::Stream::close().

Referenced by midaspace::Mesh::print_characteristics_to_VTK(), midaspace::Mesh::print_results(), and midaspace::Mesh::print_VTK().

void midaspace::print_VTK_head	(	FILE *	stream,
		VTKdataset	ds
	)

Definition at line 3133 of file geometry.cpp.

References _errorr, VTKDS_polydata, and VTKDS_unstruct.

Referenced by midaspace::Mesh::print_VTK_body().

void midaspace::print_VTK_init_cell_data	(	Stream *	stream,
		long	n
	)

Definition at line 3290 of file geometry.cpp.

References midaspace::Stream::file(), tinyxml2::XMLNode::InsertEndChild(), midaspace::Stream::isFile(), tinyxml2::XMLDocument::NewElement(), midaspace::Stream::relink_downL(), midaspace::Stream::tix_doc(), and midaspace::Stream::tixel().

Referenced by midaspace::Mesh::print_characteristics_to_VTK(), midaspace::Mesh::print_results(), and midaspace::Mesh::print_VTK().

void midaspace::print_VTK_init_point_data	(	Stream *	stream,
		long	n
	)

Definition at line 3282 of file geometry.cpp.

References midaspace::Stream::file(), tinyxml2::XMLNode::InsertEndChild(), midaspace::Stream::isFile(), tinyxml2::XMLDocument::NewElement(), midaspace::Stream::relink_downL(), midaspace::Stream::tix_doc(), and midaspace::Stream::tixel().

Referenced by midaspace::Mesh::print_characteristics_to_VTK(), and midaspace::Mesh::print_results().

void midaspace::print_VTK_START	(	Stream *	stream,
		const Mesh *	mg,
		const char *	name,
		VTKdataset	ds
	)

void midaspace::read_line	(	FILE *	stream,
		char *&	dest,
		const char *	name
	)

reading of line from file

Definition at line 1335 of file problem.cpp.

References _errorr2, and FP_scan_line_alloc().

Referenced by midaspace::Problem::read_mesh_OOFEM(), and midaspace::Problem::read_mesh_SIFEL().

void midaspace::read_star ( FILE * stream )

Definition at line 672 of file librw.cpp.

Referenced by read_star_end().

void midaspace::read_star_end	(	FILE *	stream,
		int	n
	)

Definition at line 668 of file librw.cpp.

References FP_skip_line(), and read_star().

template<class ArgType >

bool midaspace::same_array_elements_asym	(	long	nx,
		const ArgType *	x,
		long	ny,
		const ArgType *	y,
		bool	same_dim = `false`
	)

Function finds out whether every element of the array 'x' is in the array 'y'.

nx,ny - dimensions of arrays x, y

Definition at line 333 of file gelib.h.

Referenced by midaspace::PolyLine::divide(), midaspace::GPA< midaspace::Point >::has_same_members_as(), and same_array_elements_sym().

template<class ArgType >

bool midaspace::same_array_elements_sym	(	long	nx,
		const ArgType *	x,
		long	ny,
		const ArgType *	y,
		bool	same_dim = `false`
	)

Function finds out whether every element of the array 'x' is in the array 'y', and symmetrically every element of the array 'y' is in the array 'x'.

!!! This in not perfect identical, because x(1,2,2) == y(1,1,2) !!! nx,ny - dimensions of arrays x, y

Definition at line 353 of file gelib.h.

References same_array_elements_asym().

void midaspace::scan_DATA_field	(	Stream *	stream,
		const char *	str,
		int	nexc,
		long	m,
		Lmtrx *	dataL,
		Dmtrx *	dataD,
		Lvctr *	sprs,
		const char *	name
	)

Definition at line 476 of file geometry.cpp.

References _errorr3, _errorr4, errol, midaspace::Stream::file(), FP_skip_line(), midaspace::Stream::isFile(), midaspace::Stream::redefine(), midaspace::Lvctr::resize_ignore_vals(), midaspace::Lmtrx::resize_ignore_vals(), midaspace::Dmtrx::resize_ignore_vals(), scan_DATA_head(), ST_scan_number(), midaspace::Stream::tixel(), and XP_giveDAtext().

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

FILE* midaspace::scan_DATA_head	(	FILE *	stream,
		const char *	str,
		const char *	expnumtype,
		int *	noc,
		const char *	descript
	)

Definition at line 460 of file geometry.cpp.

References _errorr3, CASE, SP_scan_expected_word_exit, and SP_scan_number().

Referenced by scan_DATA_field().

void midaspace::scan_expect_num	(	FILE *	stream,
		long	expctd
	)

cte SRDC's I-DEAS UNV soubory

Definition at line 1933 of file geometry.cpp.

References _errorr3.

Referenced by midaspace::Mesh::read_mesh_UNV().

template<class ArgType >

void midaspace::setadd_another_uno_ptr	(	long &	n,
		ArgType **&	field,
		ArgType *	p
	)

Definition at line 272 of file gelib.h.

References allocate_another_uno_ptr().

template<class ArgType >

void midaspace::shake_down_ptr_array	(	long &	n,
		ArgType *	array
	)

*** *** *** *** VARIOUS TEMPLATES *** *** *** ***

Definition at line 283 of file gelib.h.

void midaspace::shaker	(	long &	n,
		long *	a
	)

zlikviduje vicenasobne cifry pro long in <0;..>

Definition at line 19 of file mathlib.cpp.

Referenced by midaspace::HNAttribs::find_hndomain().

double midaspace::SigmaEq	(	VectoR &	s,
		VectoR &	t
	)

Definition at line 2473 of file cell.cpp.

References midaspace::Elem3D::x, midaspace::Elem3D::y, and midaspace::Elem3D::z.

Referenced by midaspace::Beam::compute_maxSigmaEq(), and midaspace::Triangle::compute_maxSigmaEq().

long midaspace::solv_1le	(	double	zero,
		double	a,
		double	b,
		double &	x
	)

function solves linear equation: a*x + b = 0 answer: -1 = infinite number of results 0,1 = number of results

Parameters

zero	- accuracy of solving
a,b	- coeficients of equation
x	- result

created 4.4.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

Definition at line 284 of file mathlib.cpp.

References nillret().

Referenced by solv_2nle().

long midaspace::solv_2le	(	double	zero,
		const double *	a,
		const double *	b,
		const double *	c,
		double &	x,
		double &	y
	)

function solves system of two linear equations: a[0]*x + b[0]*y + c[0] = 0 a[1]*x + b[1]*y + c[1] = 0 answer: -1 = infinite number of results 0,1 = number of results

Parameters

zero	- accuracy of solving
a,b,c	- arrays of coeficients of equations, dimension is 2
x,y	- results

created 4.4.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

Definition at line 236 of file mathlib.cpp.

References nillret().

Referenced by solv_2nle().

long midaspace::solv_2nle	(	double	zero,
		const double *	a,
		const double *	b,
		const double *	c,
		const double *	d,
		double *	x,
		double *	y
	)

function solves system of two non-linear equations: a[0]*x*y + b[0]*x + c[0]*y + d[0] = 0 a[1]*x*y + b[1]*x + c[1]*y + d[1] = 0 answer: -1 = infinite number of results 0,1,2 = number of results

Parameters

zero	- accuracy of solving
a,b,c,d	- arrays of coeficients of equations, dimension is 2
x,y	- arrays results, dimension is 2

created 4.4.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

toto je prej chyba, ale nevim proc, ale muzu to prozkoumat casem, zatim vracim -2 a vejs to pak overim, stejne se tahle fce pouziva jen v jedne fci

Definition at line 169 of file mathlib.cpp.

References nillret(), solv_1le(), solv_2le(), and solv_polynom_2().

Referenced by intersec_rectangle3d_line().

long midaspace::solv_polynom_2	(	double	zero,
		double	a,
		double	b,
		double	c,
		double &	r1,
		double &	r2
	)

function searchs roots of polynom of 2nd order = quadratic equation a*x^2 + b*x + c = 0 answer: -1 = infinite number of results 0,1,2 = no,one,two results

Parameters

zero	- accuracy of solving
a,b,c	- coeficients of quadratic equation
r1,r2	- roots of quadratic equation

created 11.1.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

Definition at line 331 of file mathlib.cpp.

References nillret().

Referenced by solv_2nle().

void midaspace::solve_3	(	const double *	m,
		const double *	r,
		double *	l
	)

Function solves the system of linear equations.

Parameters

m	- matrix of system contained in array
r	- right hand side of system
l	- left hand side of system - answer

created 28.3.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

Definition at line 103 of file mathlib.cpp.

Referenced by nc_brick_3d().

void midaspace::solve_3	(	const double **	m,
		const double *	r,
		double *	l
	)

Function solves the system of linear equations.

Parameters

m	- matrix of system
r	- right hand side of system
l	- left hand side of system - answer

created 28.3.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

Definition at line 134 of file mathlib.cpp.

void midaspace::sort_2 ( long * x )

Function sorts first two members of array with ascending order.

Parameters

x	- sorted array

created 27.3.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

Definition at line 86 of file mathlib.cpp.

void midaspace::sort_3 ( long * x )

Function sorts first three members of array with ascending order.

Parameters

x	- sorted array

created 27.3.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

Definition at line 67 of file mathlib.cpp.

Referenced by sort_4().

void midaspace::sort_4 ( long * x )

Function sorts first four members of array with ascending order.

Parameters

x	- sorted array

created 27.3.2003, Ladislav Svoboda, termi.nosp@m.t@cm.nosp@m.l.fsv.nosp@m..cvu.nosp@m.t.cz

Definition at line 44 of file mathlib.cpp.

References sort_3().

bool midaspace::SP_cutcomment ( char * src )

cut of comment == end of line starting by '#'

Definition at line 438 of file librw.cpp.

Referenced by midaspace::Problem::read_block(), and midaspace::Attribute::scan_linerec().

bool midaspace::SP_print_space	(	const char *&	src,
		FILE *	stream
	)

*** *** *** PRINTING *** *** ***

printing == print ...

printing == print ... to stream and shift src pointer at the end of ...

to stream and shift src pointer at the end of ... ... space == ' ' and '' characters

... space == ' ' and '' characters

Definition at line 625 of file librw.cpp.

References isSpaceChar().

Referenced by midaspace::Attribute::print_linerec().

bool midaspace::SP_print_word	(	const char *&	src,
		FILE *	stream
	)

... word

Definition at line 635 of file librw.cpp.

References isWordChar(), and SP_skip_space().

Referenced by midaspace::Attribute::print_linerec().

template<class ArgType >

bool midaspace::SP_scan_array	(	const char *&	src,
		int	n,
		ArgType *	a
	)

... array of numbers

Definition at line 233 of file librw.h.

References SP_scan_number().

Referenced by midaspace::BoundaryCond::initialize_from(), midaspace::HNAttribs::initialize_from(), midaspace::Beam::read_output_OOFEM(), midaspace::Triangle::read_output_OOFEM(), midaspace::Quadrangle::read_output_OOFEM(), midaspace::Brick::read_output_OOFEM(), midaspace::PointDOFsAttributes::rescan_att(), midaspace::Lvctr::scan(), midaspace::Dvctr::scan(), midaspace::PointDOFsAttributes::scan_att(), midaspace::PointDOFsAttributes::scan_mask(), SP_scan_array_alloc(), SP_scan_array_L(), SP_scan_Dvctr_exit(), SP_scan_Xvctr(), and ST_scan_array().

template<class ArgType >

bool midaspace::SP_scan_array	(	const char *&	src,
		long	n,
		ArgType *	a
	)

Definition at line 234 of file librw.h.

References SP_scan_number().

template<class ArgType >

bool midaspace::SP_scan_array_alloc	(	const char *&	src,
		long &	n,
		ArgType *&	a
	)

Definition at line 237 of file librw.h.

References SP_scan_array(), and SP_scan_number().

Referenced by midaspace::AssignFix::initialize_from(), and midaspace::AssignBC::initialize_from().

bool midaspace::SP_scan_array_L	(	const char *&	src,
		int	L,
		double *	a
	)

Definition at line 601 of file librw.cpp.

References _warningg2, SP_scan_array(), and SP_scan_expected_number().

bool midaspace::SP_scan_character	(	const char *&	src,
		char &	dest
	)

scanning == scan ... to variable dest and shift src pointer at the end of ...

... one char

Definition at line 517 of file librw.cpp.

References SP_skip_space().

bool midaspace::SP_scan_Dvctr_exit	(	const char *&	src,
		int	n,
		Dvctr *	v
	)

Definition at line 611 of file librw.cpp.

References _errorr, midaspace::Dvctr::give_ptr2val(), midaspace::Dvctr::resize_ignore_vals(), SP_scan_array(), and SP_scan_expected_number().

template<class ArgType >

bool midaspace::SP_scan_expected_number	(	const char *&	src,
		ArgType	expctd
	)

... number and compare with expected one

Definition at line 214 of file librw.h.

References SP_scan_number().

Referenced by SP_scan_array_L(), SP_scan_Dvctr_exit(), and SP_scan_expected_number_FL().

template<class ArgType >

void midaspace::SP_scan_expected_number_FL	(	const char *	file,
		int	line,
		const char *&	src,
		ArgType	expctd,
		const char *	msg
	)

... number and compare with expected one, exit if false

Definition at line 224 of file librw.h.

References errorr_expected(), and SP_scan_expected_number().

bool midaspace::SP_scan_expected_word	(	const char *&	src,
		const char *	expctd,
		bool	cs
	)

... word and compare with expected one

Definition at line 580 of file librw.cpp.

References SP_skip_space().

Referenced by midaspace::LoadTimeFunction::checkConsistency(), midaspace::BoundaryCond::is_the_first_BC(), midaspace::Problem::read_characteristics(), and SP_scan_expected_word_FL().

void midaspace::SP_scan_expected_word_FL	(	const char *	file,
		int	line,
		const char *&	src,
		const char *	expctd,
		const char *	msg,
		bool	cs
	)

... word and compare with expected one/two/three, exit if false

Definition at line 590 of file librw.cpp.

References errorr_expected(), and SP_scan_expected_word().

void midaspace::SP_scan_expected_word_FL	(	const char *	file,
		int	line,
		const char *&	src,
		const char *	expctd1,
		const char *	expctd2,
		const char *	msg,
		bool	cs
	)

Definition at line 591 of file librw.cpp.

References errorr(), and SP_scan_expected_word().

void midaspace::SP_scan_expected_word_FL	(	const char *	file,
		int	line,
		const char *&	src,
		const char *	expctd1,
		const char *	expctd2,
		const char *	expctd3,
		const char *	msg,
		bool	cs
	)

Definition at line 592 of file librw.cpp.

References errorr(), and SP_scan_expected_word().

long midaspace::SP_scan_line	(	const char *&	src,
		char *	dest
	)

... line; return value is length of the line

Definition at line 544 of file librw.cpp.

References CHECK_DEST, and isLineChar().

Referenced by GP_scan_line(), and midaspace::Attribute::scan_linerec().

long midaspace::SP_scan_line_alloc	(	const char *&	src,
		char *&	dest
	)

... line; return value is length of the line; dest is NULL and allocated here

Definition at line 559 of file librw.cpp.

References _errorr, giveLineLength(), and SP_skip_space().

Referenced by GP_scan_line_alloc(), midaspace::Attribute::initialize_from(), and midaspace::Problem::read_block_output().

bool midaspace::SP_scan_number	(	const char *&	src,
		int &	dest
	)

... number of type int/long/double

Definition at line 595 of file librw.cpp.

References SP_skip_int().

bool midaspace::SP_scan_number	(	const char *&	src,
		long &	dest
	)

Definition at line 596 of file librw.cpp.

References SP_skip_int().

bool midaspace::SP_scan_number	(	const char *&	src,
		double &	dest
	)

Definition at line 597 of file librw.cpp.

References SP_skip_word().

long midaspace::SP_scan_word	(	const char *&	src,
		char *	dest
	)

... word; return value is length of the word

Definition at line 528 of file librw.cpp.

References isWordChar(), and SP_skip_space().

template<class ArgType >

bool midaspace::SP_scan_Xvctr	(	const char *&	src,
		ArgType *	dest
	)

bool SP_scan_Dvctr (const char *&src, Dvctr *dest);

Definition at line 252 of file librw.h.

References SP_scan_array(), and SP_scan_number().

Referenced by midaspace::ElemAttribs::initialize_from().

bool midaspace::SP_skip_int ( const char *& src )

... word compound of digits and space before

Definition at line 486 of file librw.cpp.

References isDigitChar(), and SP_skip_space().

Referenced by SP_scan_number().

bool midaspace::SP_skip_space ( const char *& src )

... space == ' ' and '' characters

skiping == shift src pointer at the end of ...

... space == ' ' and '' characters

Definition at line 465 of file librw.cpp.

Referenced by midaspace::PointAttribs::initialize_from(), midaspace::Attribute::scan_linerec(), SP_print_word(), SP_scan_character(), SP_scan_expected_word(), SP_scan_line_alloc(), SP_scan_word(), SP_skip_int(), and SP_skip_word().

bool midaspace::SP_skip_word	(	const char *&	src,
		int	n
	)

... word and space before

Definition at line 472 of file librw.cpp.

References isWordChar(), and SP_skip_space().

Referenced by midaspace::FElement::read_input(), midaspace::Problem::read_mesh_OOFEM(), midaspace::Mesh::read_mesh_SIFEL(), midaspace::Elem3D::scan_xyz(), and SP_scan_number().

void midaspace::SP_unscan_word	(	const char *&	src,
		const char *	w
	)

*** *** *** SCANNING *** *** ***

unscan word == shift pointer back over word

Definition at line 504 of file librw.cpp.

References _errorr, and SP_unskip_space().

Referenced by midaspace::PointAttribs::initialize_from(), midaspace::RANAttribs::initialize_from(), and midaspace::HNAttribs::initialize_from().

bool midaspace::SP_unskip_space ( const char *& src )

*** *** *** SKIPING *** *** ***

(un)skiping == shift src pointer at the end(start) of ...

... space == ' ' and '' characters

Definition at line 458 of file librw.cpp.

Referenced by SP_unscan_word().

void midaspace::sprint_param	(	char *	s,
		char *	argv[],
		int	n
	)

Definition at line 661 of file librw.cpp.

Referenced by parameters().

int midaspace::SStype_e2i_SIFEL ( SStype val )

inline

Definition at line 980 of file alias.h.

References _errorr, SST_plstrain, SST_plstress, and SST_Void.

SStype midaspace::SStype_i2e_SIFEL ( int val )

inline

bar=1,plbeam=2,spacebeam=5,,plate=15,axisymm=20,shell=25,spacestress=30

Definition at line 971 of file alias.h.

References SST_plstrain, SST_plstress, and SST_Void.

Referenced by midaspace::Triangle::read_input(), and midaspace::Quadrangle::read_input().

SStype midaspace::SStype_s2e ( const char * val )

inline

Definition at line 962 of file alias.h.

References _errorr, SST_plstrain, SST_Void, and STRCMP.

Referenced by midaspace::ElemAttribs::initialize_from().

bool midaspace::ST_scan_array	(	Stream *	src,
		int	n,
		int *	dest
	)

Definition at line 55 of file tixy2.cpp.

References errol, midaspace::Stream::file(), FP_scan_array(), midaspace::Stream::isFile(), midaspace::Stream::isString(), midaspace::Stream::pstring(), and SP_scan_array().

bool midaspace::ST_scan_array	(	Stream *	src,
		int	n,
		long *	dest
	)

Definition at line 61 of file tixy2.cpp.

References errol, midaspace::Stream::file(), FP_scan_array(), midaspace::Stream::isFile(), midaspace::Stream::isString(), midaspace::Stream::pstring(), and SP_scan_array().

bool midaspace::ST_scan_array	(	Stream *	src,
		int	n,
		double *	dest
	)

Definition at line 67 of file tixy2.cpp.

References errol, midaspace::Stream::file(), FP_scan_array(), midaspace::Stream::isFile(), midaspace::Stream::isString(), midaspace::Stream::pstring(), and SP_scan_array().

bool midaspace::ST_scan_number	(	Stream *	src,
		int &	dest
	)

*** *** *** *** TINYXML FCE *** *** *** ***

*** *** *** *** STREAM PROCESSING *** *** *** ***

Definition at line 36 of file tixy2.cpp.

References errol, midaspace::Stream::file(), midaspace::Stream::isFile(), midaspace::Stream::isString(), midaspace::Stream::pstring(), and SP_scan_number().

Referenced by scan_DATA_field().

bool midaspace::ST_scan_number	(	Stream *	src,
		long &	dest
	)

Definition at line 42 of file tixy2.cpp.

References errol, midaspace::Stream::file(), midaspace::Stream::isFile(), midaspace::Stream::isString(), midaspace::Stream::pstring(), and SP_scan_number().

bool midaspace::ST_scan_number	(	Stream *	src,
		double &	dest
	)

Definition at line 48 of file tixy2.cpp.

References errol, midaspace::Stream::file(), midaspace::Stream::isFile(), midaspace::Stream::isString(), midaspace::Stream::pstring(), and SP_scan_number().

int midaspace::StiffMatrixType_e2i_SIFEL ( StiffMatrixType val )

inline

Conversion from "enum" to "SIFEL int" identificator of "stiffness matrix type".

Definition at line 280 of file alias.h.

References _errorr2, SMT_initial, and SMT_tangent.

Referenced by midaspace::ProblemAnalysis::print_block_SIFEL().

StiffMatrixType midaspace::StiffMatrixType_i2e_SIFEL ( int val )

inline

Conversion from "SIFEL int" to "enum" identificator of "stiffness matrix type".

Definition at line 271 of file alias.h.

References SMT_initial, SMT_tangent, and SMT_Void.

Referenced by midaspace::ProblemAnalysis::initialize_from().

char * midaspace::strdupl ( const char * src )

standard strdup - Memory for the new string is obtained with malloc(3), and can be freed with free(3).

my strdupl - new delete

Definition at line 53 of file librw.cpp.

Referenced by midaspace::FiLe::addGlobPath(), addSRCpriorDESTalloc(), midaspace::FiLe::compose(), FEM_solve_OOFEM(), midaspace::FiLe::FiLe(), mesh_generate_T3d(), and midaspace::FiLe::set_empty_name_from_base().

char * midaspace::strdupl	(	const char *	src1,
		const char *	src2
	)

Definition at line 60 of file librw.cpp.

char * midaspace::strdupl	(	const char *	src1,
		const char *	src2,
		const char *	src3
	)

Definition at line 66 of file librw.cpp.

template<class T >

void midaspace::TF_GPA_add_another	(	GPA< T > &	list,
		T *	comp,
		const Geometry *	mg
	)

adds component to the end of list of Components

Definition at line 148 of file geometry.cpp.

References midaspace::GPA< T >::add().

Referenced by midaspace::Geometry::add_another_Edge(), midaspace::Geometry::add_another_Elem(), midaspace::Geometry::add_another_Face(), and midaspace::Geometry::add_another_Pjnt().

template<class T >

void midaspace::TF_GPA_cleanup_duplicity	(	const StdoutDriver *	sodriver,
		T &	list,
		const char *	name,
		char	t,
		bool	shake
	)

clean up duplicity components

Definition at line 2372 of file geometry.cpp.

References midaspace::StdoutDriver::print_info_message(), SODE_end, SODE_start_blue_arrow, and TF_GPA_shake_down_reidoid().

Referenced by midaspace::Mesh::cleanup_duplicities().

template<class T >

void midaspace::TF_GPA_delete_damned ( T & list )

DELETE components marked by flag "delete".

Definition at line 137 of file geometry.cpp.

References TF_GPA_shake_down_reidoid().

Referenced by midaspace::Mesh::delete_subdomains_except(), and midaspace::Geometry::kill_damned_elems().

template<class T >

void midaspace::TF_GPA_print_list	(	FILE *	stream,
		const char *	name,
		const char *	name2,
		T &	list,
		long	id
	)

Definition at line 2972 of file geometry.cpp.

Referenced by midaspace::Mesh::print_control().

template<class T >

void midaspace::TF_GPA_reid ( GPA< T > & list )

reset ids ascending

Definition at line 23 of file taux.h.

Referenced by midaspace::Problem::give_3dCS(), midaspace::Problem::initialization(), midaspace::Problem::switch_BC(), and TF_GPA_shake_down_reid().

template<class T >

void midaspace::TF_GPA_reidoid ( GPA< T > & list )

reset ids ascending

Definition at line 25 of file taux.h.

Referenced by TF_GPA_shake_down_reidoid(), and TF_GPA_wdg_another().

template<class T >

void midaspace::TF_GPA_shake_down_reid ( GPA< T > & list )

clear out NULL components

Definition at line 27 of file taux.h.

References midaspace::GPA< T >::shake_down(), and TF_GPA_reid().

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

template<class T >

void midaspace::TF_GPA_shake_down_reidoid ( GPA< T > & list )

clear out NULL components

Definition at line 29 of file taux.h.

References midaspace::GPA< T >::shake_down(), and TF_GPA_reidoid().

Referenced by midaspace::Mesh::RIGIDmatToRAN(), TF_GPA_cleanup_duplicity(), and TF_GPA_delete_damned().

template<class T >

void midaspace::TF_GPA_wdg_another	(	GPA< T > &	list,
		T *	comp,
		const Geometry *	mg,
		long	nid
	)

Definition at line 151 of file geometry.cpp.

References TF_GPA_reidoid(), and midaspace::GPA< T >::wedge().

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

const char* midaspace::trmt_clr_int2clr ( ETCLR clr )

inline

Definition at line 97 of file gelib.h.

References ETC_B_BLACK, ETC_B_BLUE, ETC_B_CYAN, ETC_B_GREEN, ETC_B_RED, ETC_B_VIOLET, ETC_B_WHITE, ETC_B_YELLOW, ETC_D_BLACK, ETC_D_BLUE, ETC_D_CYAN, ETC_D_GREEN, ETC_D_RED, ETC_D_VIOLET, ETC_D_WHITE, ETC_D_YELLOW, ETC_DEFAULT, ETC_VOID, TC_B_BLACK, TC_B_BLUE, TC_B_CYAN, TC_B_GREEN, TC_B_RED, TC_B_VIOLET, TC_B_WHITE, TC_B_YELLOW, TC_D_BLACK, TC_D_BLUE, TC_D_CYAN, TC_D_GREEN, TC_D_RED, TC_D_VIOLET, TC_D_WHITE, TC_D_YELLOW, and TC_DEFAULT.

Referenced by change_console_colour().

void midaspace::warningg	(	const char *	file,
		int	line,
		const char *	format,
			...
	)

Definition at line 26 of file gelib.cpp.

References CHANGE_CONSOLE_COLOUR, MAX_MSG_LENGTH, TC_D_VIOLET, and TC_DEFAULT.

void midaspace::XP_check_expected_attribute	(	const XMLNode *	xelem,
		const char *	name,
		const char *	value
	)

Definition at line 126 of file tixy2.cpp.

References _errorr2, tinyxml2::XMLElement::Attribute(), and tinyxml2::XMLNode::ToElement().

Referenced by midaspace::Problem::read_head_and_chars(), and XP_giveDAtext().

const XMLElement * midaspace::XP_give_unique_expected_elem	(	const XMLNode *	xelem,
		const char *	name,
		bool	uniq
	)

Definition at line 117 of file tixy2.cpp.

References _errorr, _errorr2, tinyxml2::XMLNode::FirstChild(), tinyxml2::XMLNode::NextSibling(), tinyxml2::XMLNode::ToElement(), and tinyxml2::XMLNode::Value().

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

const char * midaspace::XP_giveDAtext	(	const XMLNode *	xelem,
		int	n,
		bool	last,
		const char *	format,
		const char *	type,
		const char *	name,
		int *	noc
	)

Definition at line 137 of file tixy2.cpp.

References _errorr, _errorr3, tinyxml2::XMLElement::Attribute(), tinyxml2::XMLNode::FirstChild(), tinyxml2::XMLElement::GetText(), tinyxml2::XMLNode::NextSibling(), tinyxml2::XMLNode::ToElement(), tinyxml2::XMLNode::Value(), and XP_check_expected_attribute().

Referenced by midaspace::Geometry::read_VTK(), and scan_DATA_field().

Variable Documentation

const int midaspace::BRICK_EN_OOFEM[12] = { 1, 2, 3, 4, 9, 10, 11, 12, 5, 6, 7, 8 }

static

Definition at line 1807 of file alias.h.

Referenced by ECN_convert_edges_brick().

const int midaspace::BRICK_EN_SIFEL_E2I[12] = { 2, 1, 4, 3, 11, 10, 9, 12, 6, 5, 8, 7 }

static

Definition at line 1810 of file alias.h.

Referenced by ECN_convert_edges_brick().

const int midaspace::BRICK_EN_SIFEL_I2E[12] = { 2, 1, 4, 3, 10, 9, 12, 11, 7, 6, 5, 8 }

static

Definition at line 1809 of file alias.h.

Referenced by ECN_convert_edges_brick().

const int midaspace::BRICK_FN_SIFEL_E2I[6] = { 5, 4, 3, 6, 1, 2 }

static

Definition at line 1839 of file alias.h.

Referenced by ECN_convert_faces_brick().

const int midaspace::BRICK_FN_SIFEL_I2E[6] = { 5, 6, 3, 2, 1, 4 }

static

Definition at line 1838 of file alias.h.

Referenced by ECN_convert_faces_brick().

const int midaspace::BRICK_NN_SIFEL[8] = { 3, 2, 1, 4, 7, 6, 5, 8 }

static

Definition at line 1777 of file alias.h.

Referenced by ECN_convert_nodes_brick().

const int midaspace::TRIANGLE_IPN_OOFEM_3_E2I[3] = { 3, 1, 2 }

static

Definition at line 1646 of file alias.h.

Referenced by ECN_convert_ips_triangle().

const int midaspace::TRIANGLE_IPN_OOFEM_3_I2E[3] = { 2, 3, 1 }

static

Definition at line 1645 of file alias.h.

Referenced by ECN_convert_ips_triangle().

const int midaspace::TRIANGLE_IPN_OOFEM_4_E2I[4] = { 3, 1, 2, 4 }

static

Definition at line 1649 of file alias.h.

Referenced by ECN_convert_ips_triangle().

const int midaspace::TRIANGLE_IPN_OOFEM_4_I2E[4] = { 2, 3, 1, 4 }

static

Definition at line 1648 of file alias.h.

Referenced by ECN_convert_ips_triangle().

Classes

Enumerations

Functions

Variables

Enumeration Type Documentation

SStype RTE vector comment

Function Documentation

Variable Documentation