mumech Namespace Reference

Namespaces
	MatrixOperations
	Namespace of the functions of various matrices/tensor/vector operations.
	Stiffness
	Namespace of functions returning the stiffness and complience objects.
	TransformTensors
	Namespace of the functions transforming vectors and strain/stress tensors saved in vectors with TNTV_THEORETICAL_FEEP notation, see types.h.

Classes
struct	_COMPLEX
struct	aLambda
class	bod_pomocny
struct	cLambda
class	Comparison
	Class of the functions comparing results. More...
class	DifferentialScheme
	Class of function for Mori-Tanaka homogenization. More...
class	Dilute
	Class of function for Mori-Tanaka homogenization. More...
class	eshelbySoluEllipticIntegrals
	Class of the functions calculating the values of elliptic integrals and its derivatives. More...
class	eshelbySoluEllipticIntegralsCylinder
	Class of the functions calculating the values of elliptic integrals and its derivatives of circular cylinder (a1 -> infinity, a2 = a3) More...
class	eshelbySoluEllipticIntegralsEllipsoid
	Class of the functions calculating the values of elliptic integrals and its derivatives of general ellipsoid. More...
class	eshelbySoluEllipticIntegralsEllipticCylinder
	Class of the functions calculating the values of elliptic integrals and its derivatives of elliptic cylinder (a1 -> infinity, a2 > a3) More...
class	eshelbySoluEllipticIntegralsFlatEllipsoid
	Class of the functions calculating the values of elliptic integrals and its derivatives of flat ellipsoid (a1 > a2 >> a3) More...
class	eshelbySoluEllipticIntegralsOblateSpheroid
	Class of the functions calculating the values of elliptic integrals and its derivatives of oblate spheroid (a1 = a2 > a3). More...
class	eshelbySoluEllipticIntegralsPenny
	Class of the functions calculating the values of elliptic integrals and its derivatives of penny shape (a1 = a2 >> a3). More...
class	eshelbySoluEllipticIntegralsProlateSpheroid
	Class of the functions calculating the values of elliptic integrals and its derivatives of prolate spheroid (a1 > a2 = a3). More...
class	eshelbySoluEllipticIntegralsSphere
	Class of the functions returning the Ferers-Dysons elliptic integral values as well as its derivatives. More...
class	eshelbySoluLambda
	Class of functions calculating the values of 'lambda' parameter and its derivatives. More...
class	eshelbySoluUniformField
	Class of the functions returning the Eshelby solution of an inclusion of an ellipsoidal shape loaded by the uniform strain/stress field. More...
class	eshelbySoluUniformFieldCylinder
	eshelbySoluUniformFieldCylinder class declaration More...
class	eshelbySoluUniformFieldEllipticCylinder
	eshelbySoluUniformFieldEllipticCylinder class declaration More...
class	eshelbySoluUniformFieldFlatEllipsoid
	eshelbySoluUniformFieldFlatEllipsoid class declaration More...
class	eshelbySoluUniformFieldOblateSpheroid
	eshelbySoluUniformFieldOblateSpheroid class declaration More...
class	eshelbySoluUniformFieldPenny
	eshelbySoluUniformFieldPenny class declaration More...
class	eshelbySoluUniformFieldProlateSpheroid
	eshelbySoluUniformFieldProlateSpheroid class declaration More...
class	eshelbySoluUniformFieldSphere
	Return the Eshelby solution of a spherical inclusion loaded by the uniform strain/stress field. More...
class	Homogenization
	Class of function for homogenization of stress fields. More...
class	Inclusion
	Class InclusionRecord contains and handles all inclusion data. More...
class	InclusionRecord2D
class	InclusionRecord3D
	3D inclusion record. More...
class	legendreIntegrals
	Class legendreIntegrals provides functions calculating values of elliptical integrals. More...
class	matice
class	MatrixRecord
	matrix data structure - matrix (infinite medium) record More...
class	mElement
	Class mElement contains and handles all mesh element data. More...
class	Mesh
	Class Mesh contains and handles all mesh data. More...
class	MesoFace
	Class of the interface functions for libraries meso2d and meso3d. More...
class	mNode
	Class mNode contains and handles all mesh node data. More...
class	MoriTanaka
	Class of function for Mori-Tanaka homogenization. More...
struct	nLambda
class	Point
	Single Point data structure - contribution from Single inclusion. More...
class	polynomialRootSolution
	Class polynomialRootSolution collects functions calculating the roots of polynomial functions. More...
class	Problem
	Problem description. More...
class	ProblemFEM
	Problem description for FEM problem with results. More...
class	Problems
class	RegGrid
	Class of function for ... homogenization. More...
class	ReussBound
	Class of function for Reuss bound. More...
class	selfBalanceAlgorithm
class	vektor
class	VoightBound
	Class of function for Voight bound. More...

Enumerations
enum	file_mode { _READ_, _WRITE_, _ADD_ }
enum	ProblemType { PT_Void, PT_1D, PT_2D, PT_3D }
enum	MeshTypeRead { MTR_VOID, MTR_geom, MTR_fem, MTR_femadd }
	Type of mesh. More...
enum	MeshType { MT_VOID, MT_REGULAR, MT_GENERAL }
	Type of mesh. More...
enum	classID { classVoid, classProblem, classProblemFEM }
	Type introduced to distinguish between classes. More...
enum	HomogenizationType {   HT_Void, HT_RegGrid, HT_Dilute, HT_MoriTanaka,   HT_SelfConsistent, HT_ReussBound, HT_VoightBound, HT_DifferentialScheme }
enum	rotation { CLOCKWISE = 1, COUNTER_CLOCKWISE = 2 }
enum	SBM { SBM_VOID, SBM_SB, SBM_SB1, SBM_SB0 }
enum	LCmode { LCM_VOID, LCM_SINGLE, LCM_MULTIPLE }
	Type introduced to distinguish between classes. More...
enum	SBAtype { SBAT_VOID = 0, SBAT_ORIGINAL, SBAT_STANDA, SBAT_MESHLESS }
	Self-balance algorithm type. More...
enum	PFCmode { PFCM_VOID = 0, PFCM_FULL = 1, PFCM_OPTIMIZED = 2 }
	Algorithm type of a point fields calculation. More...
enum	PointPositionFlag { PPF_VOID = 0, PPF_INT_POINT = 1, PPF_EXT_POINT = 2 }
	Internal (inside the inclusion) / external (outside the inclusion) point position flag. More...
enum	STRNotation {   STRN_VOID = 0, STRN_THEORETICAL_ROW, STRN_THEORETICAL_FEEP, STRN_VOIGT_FEEP,   STRN_MANDEL_FEEP }
	This enum defines a notation how to represent a symmetric second/fourth-order tensor by reducing its order. More...
enum	InclusionGeometry {   IS_VOID = 0, IS_ELLIPSOID = 1, IS_SPHERE = 2, IS_OBLATE_SPHEROID = 8,   IS_PROLATE_SPHEROID = 9, IS_ELLIPSE = 31, IS_CIRCLE = 32 }
	Inclusion shapes' type. More...
enum	ellipticIntegralComponent {   _I1_ = 1, _I2_ = 2, _I3_ = 3, _I11_ = 11,   _I12_ = 12, _I13_ = 13, _I21_ = 21, _I22_ = 22,   _I23_ = 23, _I31_ = 31, _I32_ = 32, _I33_ = 33,   _I_ }
enum	derivativeDirection {   _x1_ = 1, _x2_ = 2, _x3_ = 3, _empty_,   _x1x1_, _x1x2_, _x1x3_, _x2x1_,   _x2x2_, _x2x3_, _x3x1_, _x3x2_,   _x3x3_, _MIXED_, _HOMOGENEOUS_ }
enum	EshelbyTensComponent {   _S1111_, _S1122_, _S1133_, _S1123_,   _S1113_, _S1112_, _S2211_, _S2222_,   _S2233_, _S2223_, _S2213_, _S2212_,   _S3311_, _S3322_, _S3333_, _S3323_,   _S3313_, _S3312_, _S2311_, _S2322_,   _S2333_, _S2323_, _S2313_, _S2312_,   _S1311_, _S1322_, _S1333_, _S1323_,   _S1313_, _S1312_, _S1211_, _S1222_,   _S1233_, _S1223_, _S1213_, _S1212_ }
enum	perturbTensComponent {   _D1111_ = 1111, _D1122_ = 1122, _D1133_ = 1133, _D1123_ = 1123,   _D1113_ = 1113, _D1112_ = 1112, _D2211_ = 2211, _D2222_ = 2222,   _D2233_ = 2233, _D2223_ = 2223, _D2213_ = 2213, _D2212_ = 2212,   _D3311_ = 3311, _D3322_ = 3322, _D3333_ = 3333, _D3323_ = 3323,   _D3313_ = 3313, _D3312_ = 3312, _D2311_ = 2311, _D2322_ = 2322,   _D2333_ = 2333, _D2323_ = 2323, _D2313_ = 2313, _D2312_ = 2312,   _D1311_ = 1311, _D1322_ = 1322, _D1333_ = 1333, _D1323_ = 1323,   _D1313_ = 1313, _D1312_ = 1312, _D1211_ = 1211, _D1222_ = 1222,   _D1233_ = 1233, _D1223_ = 1223, _D1213_ = 1213, _D1212_ = 1212,   _L111_ = 111, _L122_ = 122, _L133_ = 133, _L112_ = 112,   _L121_ = 121, _L123_ = 123, _L132_ = 132, _L113_ = 113,   _L131_ = 131, _L211_ = 211, _L222_ = 222, _L233_ = 233,   _L212_ = 212, _L221_ = 221, _L223_ = 223, _L232_ = 232,   _L213_ = 213, _L231_ = 231, _L311_ = 311, _L322_ = 322,   _L333_ = 333, _L312_ = 312, _L321_ = 321, _L323_ = 323,   _L332_ = 332, _L313_ = 313, _L331_ = 331 }
enum	EullerRotations {   _NONE_, _XZX_, _XYX_, _YXY_,   _YZY_, _ZYZ_, _ZXZ_, _XZY_,   _XYZ_, _YXZ_, _YZX_, _ZYX_,   _ZXY_ }
enum	DiffTypes { DT_Void, DT_ANALITICAL, DT_NUMERICAL, DT_COMPLEX }
enum	Perturb {   _CENTER_ = 0, _Xp_ = 1, _Xm_ = 2, _Yp_ = 3,   _Ym_ = 4, _Zp_ = 5, _Zm_ = 6, _XpYp_ = 7,   _XpYm_ = 8, _XmYp_ = 9, _XmYm_ = 10, _XpZp_ = 11,   _XpZm_ = 12, _XmZp_ = 13, _XmZm_ = 14, _YpZp_ = 15,   _YpZm_ = 16, _YmZp_ = 17, _YmZm_ = 18 }

Functions
void	enter ()
void	e (int i)
int	MaticexVektor (vektor &res, matice &mat, vektor &vek)
int	RozdilVektoru (vektor &a, vektor &b, vektor &c)
void	PrintVektor (vektor &vekt)
void	PrintMatrix (matice &mat, FILE *&soubor)
void	rotate_vector (vektor &V, double angle)
void	change_radky (vektor &a, vektor &b)
void	gaussovaEliminace (matice &m, vektor &right)
double	giveVectorLength (const double *point_1, const double *point_2)
void	ludcmp (double **a, int n, int *indx, double *d)
void	lubksb (double **a, int n, int *indx, double b[])
void	scan_FIELD_head (FILE *stream, long noincl, int nexc, char format, const char *name)
	scan_DATA_field_head More...
void	print_VTK_elems_head (Stream *stream, long noIncl)
XMLElement *	print_VTK_field_head (Stream *stream, const char *name, char format, int slen, int noincl)
void	print_valuesi (char *auxs, int n, const int *values, int rv)
void	convertTensorStrain (bool twodim, double *tens, STRNotation oldNot, STRNotation newNot)
void	convertTensorStress (bool twodim, double *tens, STRNotation oldNot, STRNotation newNot)
const char *	IST_e2s (InclusionGeometry ig)
	Inclusion shapes' type - enum to string. More...
void	print_VTK_START (Stream *stream, const char *filename)
	Print head of vtk file. More...
void	print_VTK_head (FILE *stream, const char *type)
XMLElement *	print_VTK_nodes_head (Stream *stream, long n)
void	print_VTK_init_point_data (Stream *stream, long n)
void	print_VTK_init_cell_data (Stream *stream, long n)
XMLElement *	print_VTK_data_head (Stream *stream, const char *name, char type, char format, int slen)
void	print_values (char *auxs, int n, const double *values, int precision)
void	print_values_Scalar (char *auxs, const double *values, long len, int precision)
	len = pocet scalar cisel More...
void	print_values_Vector (char *auxs, const double *values, bool twodim, int precision)
	dim == dimenze vstupnich dat - 2d ano nebo ne More...
void	print_values_Tensor (char *auxs, const double *values, bool twodim, int precision)
	dim == dimenze vstupnich dat - 2d ano nebo ne; values musi byt v notaci STRN_THEORETICAL_FEEP More...
void	print_auxs (bool lgc, Stream *stream, XMLElement *da, const char *auxs)
void	print_VTK_FINISH (Stream *stream)
void	scan_DATA_field_head (Stream *stream, Stream *strm, const char *str, char type, int nexc, char format, const char *name)
	scan_DATA_field_head More...
bool	cmp_vtk_file (const char *file1, const char *file2, int verbose)
	Compare two VTK files. Return false if same. [ return hodnota byly kdysi opacna ]. More...
*** VARIOUS FUNCTIONS ***
Operations with arrays of chars
void	PrintProgress (double procento, int incr)
	Operations with arrays of chars. More...
void	PrintProgress (clock_t *p_time)
double	giveVolumeEllipsoid (double a, double b, double c)
	Function gives the volume of an allipsoid defined by its semiaxes a, b, c. More...
double	give_curvature (double x, double a, double b)
double	acosh (double x)
	Inverse hyperbolic cosine. More...
*** FILE PROCESSING ***
Operations with file descriptors
void	OpenFile (FILE **file, char *name, const char mode[])
	Operations with file descriptors. More...
void	OpenFile (FILE *&file, char name[], int mode)
	description: functions opens a file and tests the succes of the opening note: function requires the global (outer) definition of @*file More...
void	CloseFile (FILE *file)
	description: function closes a previously opened file and tests the succes of the closing note: function requires the global (outer) definition of @*file More...
void	GoToEndOfLine (FILE *fr)
	description: functions moves the cursor the the end of line (EOLN) in a text file last edit: 1.10.2006 More...
void	LatexPreambule (FILE *fw)
	description: function prints a simple preamble of a LaTEX document last edit: 16.05.2007 More...
void	LatexEnd (FILE *fw)
	description: function prints the end (closing part) of LaTEX document last edit: 16.05.2007 More...
*** STRING PROCESSING ***
Funkce zapise LENGTH bytu z BUFFER do docasneho souboru. Pote je jmeno souboru zruseno v filesystemu(unlink). Vraci deskriptor souboru. Operations with arrays of chars
int	GetRangeOfFileRows (char *p_name)
	Funkce zapise LENGTH bytu z BUFFER do docasneho souboru. More...
int	GetRangeOfFileColumns (char *p_name)
	Function gives the number columns of the file such as is not necessarilly. More...
int	GetRangeOfFileColumns_ii (char *p_name)
	Function gives the number columns of a file structured as a table. More...
*** GENERAL VECTOR OPERATIONS ***
Operations with 1d arrays of various length
double	give_VectorVectorProduct (const double *v1, const double *v2, long n)
	Operations with 1d arrays of various length. More...
double	give_quadNormTwoVectors (const double *v1, const double *v2, int n)
	Function returns the quadratic norm of two vectors of length 'n'. More...
void	ReadDataToArray (double **p_array, char *p_file_name)
	description: function initializes a 2D 'double' array from a given file More...
void	ReadDataTo3DArray (double ***p_array, char *p_file_name, int no_fields, int no_rows, int no_columns)
	description: function initializes a 3D 'double' array by values from a given file More...
void	ReadDataToArray (int **p_array, char *p_file_name)
	description: function initializes a 3D 'int' array by values from a given file More...
void	ReadDataToVector (int *p_array, char *p_file_name)
	description: function initializes an 'int' vector by values from a given file More...
double	giveVectorLength (double rx, double ry, double rz)
	Function returns the length of a vector given by its components. More...
bool	isNumberPresentInVector (int number, int *vect, int range)
	description: function returns TRUE/FALSE if a occurs/doesn't occurs in a , respectively More...
bool *	Allocate1Dbz (long d1)
	Function allocates ('new' command) a 1d array of bool set to zero. More...
bool **	Allocate1Dbp (long d1)
	Function allocates ('new' command) a 1d array of bool* pointers set to NULL. More...
int *	Allocate1Di (long d1)
	Function allocates ('new' command) a 1d array of int. More...
double *	Allocate1Dd (long d1)
	Function allocates ('new' command) a 1d array of double. More...
double *	Allocate1Ddz (long d1)
	Function allocates ('new' command) a 1d array of double set to zero. More...
double **	Allocate1Ddp (long d1)
	Function allocates ('new' command) a 1d array of double* pointers set to NULL. More...
double ***	Allocate1Ddpp (long d1)
	Function allocates ('new' command) a 1d array of double** pointers set to NULL. More...
void	CleanVector (double *a, long n)
	Functin cleans a 'double' vector, initialize each value being 0-zero. More...
void	CleanVector (int *a, long n)
	Functin cleans a 'int' vector, initialize each value being 0-zero. More...
void	CleanVector (long *a, long n)
	Functin cleans a 'long' vector, initialize each value being 0-zero. More...
double	GiveSumMembersVector (const double *a, long n)
	Function returns sum of all member of 'array'. More...
void	CopyVector (const double *src, double *dest, long n)
	Function copy given number of components from vector, 'a' to vector 'b'. More...
void	CopyVector (const long *src, long *dest, long n)
	Function copy given number of components from vector, 'a' to vector 'b'. More...
void	CopyVector (const int *src, int *dest, long n)
	Function copy given number of components from vector, 'a' to vector 'b'. More...
void	AddVector (const double *a, double *b, long n)
	Function add given number of components from vector 'a' to vector 'b', b += a. More...
void	AddVector (const int *a, int *b, long n)
	Function add given number of components from vector 'a' to vector 'b', b += a. More...
void	SubtractVector (const double *a, double *b, long n)
	Function subtracts given number of components vector 'a' from vector 'b'; b -= a. More...
void	SubtractTwoVectors (const double *v1, const double *v2, double *answer, long n)
	Function subtracts two vectors of entries. answer = v1 - v2. More...
void	AddScalarToVector (long s, long *v, long n)
	Function add given number of components from vector 'a' to vector 'b'. More...
void	SumTwoVectors (const double *v1, const double *v2, double *answer, long n)
	Function sums two vectors of entries. resVec = vec1 - vec2. More...
void	AddVectorMultipledBy (double mlt, const double *a, double *b, long n)
	Function add given number of components multiplied by 'mlt' from vector 'a' to vector 'b'. More...
void	DivideVector (double *a, long n, double val)
	Function divides 'n' components of field 'a' by value 'val'. More...
void	MultiplyVector (double *a, long n, double val)
	Function multiplies 'n' components of field 'a' by value 'val'. More...
double	giveVectorLength (double *point_1, double *point_2)
	Function returns the length of a vector given by 3D coordinates of two points. More...
*** GENERAL ARRAY OPERATIONS ***
Operations with 2d, 3d, 4d arrays of various sizes
double **	AllocateArray2D (long d1, long d2)
	Operations with 2d, 3d, 4d arrays of various sizes. More...
void	AllocateArray2D (double **&array, long d1, long d2)
	Function allocates a 2D 'double' array by 'new' command. More...
void	CopyArray2D (const double *const *src, double **dest, long d1, long d2)
	Function copy two 2D double arrays with dimensions d1xd2 from 'src' to 'dest'. More...
void	CopyArray3D (const double ***src, double ***dest, long d1, long d2, long d3)
	Function copy two 3D double arrays with dimensions d1xd2xd3 from 'src' to 'dest'. More...
void	AddArray2D (const double *const *src, double **dest, long d1, long d2)
	Function add 2D double array with dimensions d1xd2 from 'src' to 'dest'. More...
void	AddArray3D (double ***src, double ***dest, long d1, long d2, long d3)
	Function add 3D double array with dimensions d1xd2xd3 from 'src' to 'dest'. More...
void	DivideArray2D (double **a, double val, long d1, long d2)
	Function divides 2D double array 'a' with dimensions d1xd2 by value 'val'. More...
void	SubtractTwoArrays2D (const double *const *a1, const double *const *a2, double **answer, long d1, long d2)
	Function subtracts two 2D double arrays with dimensions d1xd2. answer = v1 - v2. More...
void	giveInverseMatrix2x2 (double *answer, const double *m)
	Function computes inverse of the row-wise saved 2x2 matrix 'm'. More...
void	giveInverseMatrix3x3 (double *answer, const double *m)
	Function computes inverse of the row-wise saved 3x3 matrix 'm'. More...
void	giveInverseMatrix3x3to5 (double *answer, const double *m)
	Function computes inverse of the eshelby-like 3x3 matrix 'm' saved in reduced 3x3to5 form. More...
void	giveInverseMatrix6x6to12 (double *answer, const double *m)
	Function computes inverse of the eshelby-like 3x3 matrix 'm' saved in reduced 6x6to12 form. More...
void	giveMatrixVectorProduct (const double *mtrx, const double *vect, double *resVect, long n)
	Function gives the product of a regular matrix with a vector. More...
void	giveMatrixMatrixProduct (const double *mtrx1, const double *mtrx2, double *resMtrx, long n)
	Function gives the product of two regular matrices. More...
void	giveTransposedMatrix (const double *mtrx, double *T_mtrx, int n)
	Function gives the trasposition of a matrix saved in row-by-row C arrangement. More...
void	printMatrix (double *mtrx, int n, const char *notice)
	Function prints a matrix which are saved in 'row-by-row' C arrangement as 1D arrays. More...
void	printMatrix (double **mtrx, int n, const char *notice)
	Function prints a matrix which is saved as 2D array. More...
void	printVector (double *vect, int n, const char *notice)
	Function prints the vector of double values as column. More...
void	printVector (int *vect, int n, const char *notice)
	Function prints the vector of integers as column. More...
void	printVectorRowForm (double *vect, int n, const char *notice)
	Function prints the vector of double values as row. More...
void	printVectorRowForm (int *vect, int n, const char *notice)
	Function prints the vector of integers as row. More...
void	DeleteArray2D (bool **array, long d1)
	Function deletes a 2D 'bool' array of dimension d1 x ??, allocated by new. More...
void	DeleteArray2D (double **array, long d1)
	Function deletes a 2D 'double' array of dimension d1 x ??, allocated by new. More...
void	DeleteArray3D (double ***array, long d1, long d2)
	Function deletes a 3D 'double' array of dimension d1 x d2 x ??, allocated by new. More...
void	CleanArray2D (int **a, long rows, long columns)
	Function cleans an 2d 'int' array, initialize each value being 0-zero. More...
void	CleanArray2d (double **a, long rows, long columns)
	Function cleans an 2d 'double' array, initialize each value being 0-zero. More...
double	GiveSumMembersArray2D (const double **a, long d1, long d2)
	Function returns sum of all member of array 'a'. More...
void	copyMatrix_1Dto2D (const double *v, double **m, long n)
	Function copies 2D matrix saved in row-wise vector v[n * n] to 2d array m[n][n]. More...
void	copyMatrix_2Dto1D (const double *const *m, double *v, long n)
	Function copies 2D matrix saved in 2d array m[n][n] to row-wise vector v[n * n]. More...
void	giveUnitMatrix2x2 (double *m)
	Function sets 3x3 matrix to unit matrix. More...
void	giveUnitMatrix3x3 (double *m)
	Function sets 3X3 matrix to unit matrix. More...

Enumeration Type Documentation

enum mumech::classID

Type introduced to distinguish between classes.

Enumerator
classVoid
classProblem
classProblemFEM

Definition at line 62 of file types.h.

enum mumech::derivativeDirection

Enumerator
_x1_
_x2_
_x3_
_empty_
_x1x1_
_x1x2_
_x1x3_
_x2x1_
_x2x2_
_x2x3_
_x3x1_
_x3x2_
_x3x3_
_MIXED_
_HOMOGENEOUS_

Definition at line 208 of file types.h.

enum mumech::DiffTypes

Enumerator
DT_Void
DT_ANALITICAL
DT_NUMERICAL
DT_COMPLEX

Definition at line 672 of file types.h.

enum mumech::ellipticIntegralComponent

Enumerator
_I1_
_I2_
_I3_
_I11_
_I12_
_I13_
_I21_
_I22_
_I23_
_I31_
_I32_
_I33_
_I_

Definition at line 198 of file types.h.

enum mumech::EshelbyTensComponent

Enumerator
_S1111_
_S1122_
_S1133_
_S1123_
_S1113_
_S1112_
_S2211_
_S2222_
_S2233_
_S2223_
_S2213_
_S2212_
_S3311_
_S3322_
_S3333_
_S3323_
_S3313_
_S3312_
_S2311_
_S2322_
_S2333_
_S2323_
_S2313_
_S2312_
_S1311_
_S1322_
_S1333_
_S1323_
_S1313_
_S1312_
_S1211_
_S1222_
_S1233_
_S1223_
_S1213_
_S1212_

Definition at line 221 of file types.h.

enum mumech::EullerRotations

Enumerator
_NONE_
_XZX_
_XYX_
_YXY_
_YZY_
_ZYZ_
_ZXZ_
_XZY_
_XYZ_
_YXZ_
_YZX_
_ZYX_
_ZXY_

Definition at line 661 of file types.h.

enum mumech::file_mode

Enumerator
_READ_
_WRITE_
_ADD_

Definition at line 52 of file elementaryFunctions.h.

enum mumech::HomogenizationType

Enumerator
HT_Void
HT_RegGrid
HT_Dilute
HT_MoriTanaka
HT_SelfConsistent
HT_ReussBound
HT_VoightBound
HT_DifferentialScheme

Definition at line 69 of file types.h.

enum mumech::InclusionGeometry

Inclusion shapes' type.

Enumerator
IS_VOID
IS_ELLIPSOID
IS_SPHERE
IS_OBLATE_SPHEROID
IS_PROLATE_SPHEROID
IS_ELLIPSE
IS_CIRCLE

Definition at line 161 of file types.h.

enum mumech::LCmode

Type introduced to distinguish between classes.

Load case mode, i.e. how many loading cases will be evaluated 1 - single, 6 - multiple

Enumerator
LCM_VOID
LCM_SINGLE
LCM_MULTIPLE

Definition at line 84 of file types.h.

enum mumech::MeshType

Type of mesh.

Enumerator
MT_VOID
MT_REGULAR
MT_GENERAL

Definition at line 48 of file mesh.h.

enum mumech::MeshTypeRead

Type of mesh.

Enumerator
MTR_VOID
MTR_geom
MTR_fem
MTR_femadd

Definition at line 352 of file mesh.cpp.

enum mumech::Perturb

Enumerator
_CENTER_
_Xp_
_Xm_
_Yp_
_Ym_
_Zp_
_Zm_
_XpYp_
_XpYm_
_XmYp_
_XmYm_
_XpZp_
_XpZm_
_XmZp_
_XmZm_
_YpZp_
_YpZm_
_YmZp_
_YmZm_

Definition at line 734 of file types.h.

enum mumech::perturbTensComponent

Enumerator
_D1111_
_D1122_
_D1133_
_D1123_
_D1113_
_D1112_
_D2211_
_D2222_
_D2233_
_D2223_
_D2213_
_D2212_
_D3311_
_D3322_
_D3333_
_D3323_
_D3313_
_D3312_
_D2311_
_D2322_
_D2333_
_D2323_
_D2313_
_D2312_
_D1311_
_D1322_
_D1333_
_D1323_
_D1313_
_D1312_
_D1211_
_D1222_
_D1233_
_D1223_
_D1213_
_D1212_
_L111_
_L122_
_L133_
_L112_
_L121_
_L123_
_L132_
_L113_
_L131_
_L211_
_L222_
_L233_
_L212_
_L221_
_L223_
_L232_
_L213_
_L231_
_L311_
_L322_
_L333_
_L312_
_L321_
_L323_
_L332_
_L313_
_L331_

Definition at line 232 of file types.h.

enum mumech::PFCmode

Algorithm type of a point fields calculation.

Enumerator
PFCM_VOID
PFCM_FULL
PFCM_OPTIMIZED

Definition at line 97 of file types.h.

enum mumech::PointPositionFlag

Internal (inside the inclusion) / external (outside the inclusion) point position flag.

Enumerator
PPF_VOID
PPF_INT_POINT
PPF_EXT_POINT

Definition at line 101 of file types.h.

enum mumech::ProblemType

Enumerator
PT_Void
PT_1D
PT_2D
PT_3D

Definition at line 40 of file homogenization.h.

enum mumech::rotation

Enumerator
CLOCKWISE
COUNTER_CLOCKWISE

Definition at line 72 of file types.h.

enum mumech::SBAtype

Self-balance algorithm type.

Enumerator
SBAT_VOID	No balancing.
SBAT_ORIGINAL	Original Honza Novak's balancing.
SBAT_STANDA	New Standa's b.
SBAT_MESHLESS	Galerkin...

Definition at line 88 of file types.h.

enum mumech::SBM

Enumerator
SBM_VOID
SBM_SB
SBM_SB1
SBM_SB0

Definition at line 76 of file types.h.

enum mumech::STRNotation

This enum defines a notation how to represent a symmetric second/fourth-order tensor by reducing its order.

The keywords THEORETICAL / VOIGT / MANDEL defines coefficients of particular components. The keywords FEEP / ROW defines order of components. FEEP - order taken over the program FEEP.

The symmetric SECOND-ORDER tensor (strains and stresses) (2x2 in 2d, 3x3 in 3d) can be stored in a vector (1d array) in following notations. Note that t_ij is tensor component at i-th row and j-th column. Same for strain and stress. Note that e_ij is strain tensor component at i-th row and j-th column. Note that s_ij is stress tensor component at i-th row and j-th column.

The symmetric FOURTH-ORDER tensor (stiffness matrix) (2x2x2x2 in 2d, 3x3x3x3 in 3d) can be stored in a matrix (2d array). Then all components of this equation have to be in same notation "s = C * e" (stress = stiffness matrix * strain).

Enumerator
STRN_VOID	Empty.
STRN_THEORETICAL_ROW	DEFAULT / INTERNAL FOR muMECH Theoretical notation saved in row-by-row form 2d: {t_11, t_12, t_21, t_22} 2d: {s_11, s_12, s_21, s_22} 3d: {t_11, t_12, t_13, t_21, t_22, t_23, t_31, t_32, t_33} 3d: {s_11, s_12, s_13, s_21, s_22, s_23, s_31, s_32, s_33}.
STRN_THEORETICAL_FEEP	Notation used in the Brdecko's book or Jan Zeman's PhD thesis (generally used CTU's notation). Theoretical notation saved in FEEP order. 2d: {t_11, t_22, t_12} 2d: {s_11, s_22, s_12} 3d: {t_11, t_22, t_33, t_12, t_23, t_13} 3d: {s_11, s_22, s_33, s_12, s_23, s_13}
STRN_VOIGT_FEEP	VOIGHT / engineering notation saved in FEEP order. 2d: {e_11, e_22, 2*e_12} 2d: {s_11, s_22, s_12} 3d: {e_11, e_22, e_33, 2*e_12, 2*e_23, 2*e_13} 3d: {s_11, s_22, s_33, s_12, s_23, s_13}
STRN_MANDEL_FEEP	MANDEL notation saved in FEEP order. 2d: {e_11, e_22, sgrt(2)*e_12} 2d: {s_11, s_22, sgrt(2)*s_12} 3d: {e_11, e_22, e_33, sgrt(2)*e_12, sgrt(2)*e_23, sgrt(2)*e_13} 3d: {s_11, s_22, s_33, sgrt(2)*s_12, sgrt(2)*s_23, sgrt(2)*s_13}

Definition at line 122 of file types.h.

Function Documentation

double mumech::acosh

(

double

x

)

Inverse hyperbolic cosine.

Definition at line 121 of file elementaryFunctions.cpp.

Referenced by mumech::eshelbySoluEllipticIntegralsProlateSpheroid::I1(), and mumech::eshelbySoluEllipticIntegralsProlateSpheroid::I2().

void mumech::AddArray2D	(	const double *const *	src,
		double **	dest,
		long	d1,
		long	d2
	)

Function add 2D double array with dimensions d1xd2 from 'src' to 'dest'.

Definition at line 599 of file elementaryFunctions.cpp.

Referenced by CleanArray2d(), mumech::Problem::give_EshelbyPertFieldsOnePoint(), and mumech::Problem::give_EshelbyPertFieldsOnePoint_external().

void mumech::AddArray3D	(	double ***	src,
		double ***	dest,
		long	d1,
		long	d2,
		long	d3
	)

Function add 3D double array with dimensions d1xd2xd3 from 'src' to 'dest'.

Definition at line 609 of file elementaryFunctions.cpp.

Referenced by CleanArray2d().

void mumech::AddScalarToVector ( long  s, long *  v, long  n  )

inline

Function add given number of components from vector 'a' to vector 'b'.

Definition at line 189 of file elementaryFunctions.h.

Referenced by mumech::Mesh::shift_id().

void mumech::AddVector ( const double *  a, double *  b, long  n  )

inline

Function add given number of components from vector 'a' to vector 'b', b += a.

Definition at line 178 of file elementaryFunctions.h.

Referenced by mumech::Inclusion::add_EshelbyPertStrain_internal_SIFCM(), mumech::Inclusion::add_EshelbyPertStress_internal_SIFCM(), mumech::InclusionRecord2D::compute_eps_tau(), mumech::InclusionRecord2D::compute_initial_eps_tau(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_ext(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_int(), mumech::Inclusion::Eps02EpsTau(), mumech::Inclusion::give_EshelbyPertStress_internal(), mumech::Dilute::giveDiluteReducedConcentrationFactorOfInclusionInLC(), mumech::Problem::giveFieldsOfPoint(), mumech::Dilute::giveFullDiluteConcentrationFactorOfInclusionInLC(), mumech::MoriTanaka::giveHomogenizedStiffnessMatrix(), mumech::InclusionRecord3D::SBA_updateGlobAndLocStrains(), mumech::InclusionRecord2D::update_eps_tau(), and mumech::Problem::updateEigenstrainsBySBalgorithm_2D().

void mumech::AddVector ( const int *  a, int *  b, long  n  )

inline

Function add given number of components from vector 'a' to vector 'b', b += a.

Definition at line 180 of file elementaryFunctions.h.

void mumech::AddVectorMultipledBy ( double  mlt, const double *  a, double *  b, long  n  )

inline

Function add given number of components multiplied by 'mlt' from vector 'a' to vector 'b'.

Definition at line 196 of file elementaryFunctions.h.

Referenced by mumech::Dilute::giveDiluteReducedConcentrationFactorOfInclusionInLC(), mumech::Dilute::giveFullDiluteConcentrationFactorOfInclusionInLC(), mumech::Dilute::giveHomogenizedStiffnessMatrix(), mumech::MoriTanaka::giveHomogenizedStiffnessMatrix(), mumech::ReussBound::giveHomogenizedStiffnessMatrix(), mumech::VoightBound::giveHomogenizedStiffnessMatrix(), and mumech::DifferentialScheme::giveHomogenizedStiffnessMatrix().

bool** mumech::Allocate1Dbp ( long  d1 )

inline

Function allocates ('new' command) a 1d array of bool* pointers set to NULL.

Definition at line 141 of file elementaryFunctions.h.

Referenced by mumech::Mesh::set_elem_rslt_flags(), and mumech::Mesh::set_node_rslt_flags().

bool* mumech::Allocate1Dbz ( long  d1 )

inline

Function allocates ('new' command) a 1d array of bool set to zero.

Definition at line 139 of file elementaryFunctions.h.

Referenced by mumech::Mesh::set_elem_rslt_flags(), and mumech::Mesh::set_node_rslt_flags().

double* mumech::Allocate1Dd ( long  d1 )

inline

Function allocates ('new' command) a 1d array of double.

Definition at line 148 of file elementaryFunctions.h.

double** mumech::Allocate1Ddp ( long  d1 )

inline

Function allocates ('new' command) a 1d array of double* pointers set to NULL.

Definition at line 152 of file elementaryFunctions.h.

Referenced by mumech::mNode::allocate_fields(), mumech::mElement::allocate_fields(), mumech::mElement::give_energy(), and mumech::mElement::save_error().

double*** mumech::Allocate1Ddpp ( long  d1 )

inline

Function allocates ('new' command) a 1d array of double** pointers set to NULL.

Definition at line 154 of file elementaryFunctions.h.

Referenced by mumech::mNode::allocate_fields(), and mumech::mElement::allocate_fields().

double* mumech::Allocate1Ddz ( long  d1 )

inline

Function allocates ('new' command) a 1d array of double set to zero.

Definition at line 150 of file elementaryFunctions.h.

Referenced by mumech::mElement::give_energy(), mumech::RegGrid::giveHomogenizedStiffnessMatrix(), and mumech::mElement::save_error().

int* mumech::Allocate1Di ( long  d1 )

inline

Function allocates ('new' command) a 1d array of int.

Definition at line 145 of file elementaryFunctions.h.

double ** mumech::AllocateArray2D	(	long	d1,
		long	d2
	)

Operations with 2d, 3d, 4d arrays of various sizes.

Function allocates a 2D 'double' array by 'new' command.

*** GENERAL ARRAY OPERATIONS *** Function allocates a 2D 'double' array by 'new' command.

Definition at line 542 of file elementaryFunctions.cpp.

References array.

Referenced by mumech::MatrixRecord::allocate_nlc_fields(), mumech::Inclusion::allocate_nlc_fields(), AllocateArray2D(), clanek_3d_vzor(), mumech::Problem::give_EshelbyPertFieldsOnePoint(), mumech::Problem::give_EshelbyPertFieldsOnePoint_external(), mumech::MatrixOperations::giveInverseMatrix(), MultiplyVector(), mumech::Problem::set_approximation(), mumech::Point::set_nlc(), mumech::Problem::updateEpsTauInSBal(), and x2Dx3D_rotation().

void mumech::AllocateArray2D	(	double **&	array,
		long	d1,
		long	d2
	)

Function allocates a 2D 'double' array by 'new' command.

Definition at line 549 of file elementaryFunctions.cpp.

References _errorr, and AllocateArray2D().

void mumech::change_radky	(	vektor &	a,
		vektor &	b
	)

Definition at line 117 of file matrix_vector.cpp.

References mumech::vektor::p, and mumech::vektor::rovna_se().

Referenced by mumech::matice::Determinant_3x3_doplnek(), and gaussovaEliminace().

void mumech::CleanArray2D ( int **  a, long  rows, long  columns  )

inline

Function cleans an 2d 'int' array, initialize each value being 0-zero.

Definition at line 268 of file elementaryFunctions.h.

void mumech::CleanArray2d ( double **  a, long  rows, long  columns  )

inline

Function cleans an 2d 'double' array, initialize each value being 0-zero.

Definition at line 270 of file elementaryFunctions.h.

References AddArray2D(), AddArray3D(), CopyArray2D(), CopyArray3D(), DivideArray2D(), giveInverseMatrix2x2(), giveInverseMatrix3x3(), giveInverseMatrix3x3to5(), giveInverseMatrix6x6to12(), and SubtractTwoArrays2D().

Referenced by mumech::Inclusion::allocate_nlc_fields(), mumech::MatrixOperations::copy2DeshelbyTensor_reduced2full(), mumech::MatrixOperations::copy3DeshelbyTensor_reduced2full(), mumech::Problem::give_EshelbyPertFieldsOnePoint(), mumech::Problem::give_EshelbyPertFieldsOnePoint_external(), mumech::Problem::set_approximation(), and mumech::MatrixRecord::set_unit_remote_strain().

void mumech::CleanVector ( double *  a, long  n  )

inline

Functin cleans a 'double' vector, initialize each value being 0-zero.

Definition at line 158 of file elementaryFunctions.h.

Referenced by mumech::MatrixOperations::copy2DeshelbyTensor_reduced2full(), mumech::MatrixOperations::copy3DeshelbyTensor_reduced2full(), mumech::polynomialRootSolution::GauLegF(), mumech::Problem::give_ovlivneni(), mumech::eshelbySoluEllipticIntegralsFlatEllipsoid::giveDerivativesOfEllipticIntegrals(), mumech::eshelbySoluEllipticIntegralsPenny::giveDerivativesOfEllipticIntegrals(), mumech::eshelbySoluEllipticIntegralsFlatEllipsoid::giveEllipticIntegrals(), mumech::eshelbySoluEllipticIntegralsCylinder::giveEllipticIntegrals(), mumech::eshelbySoluEllipticIntegralsEllipticCylinder::giveEllipticIntegrals(), mumech::eshelbySoluEllipticIntegralsPenny::giveEllipticIntegrals(), mumech::Homogenization::giveFullMatrixFromReducedMatrix(), mumech::MoriTanaka::giveHomogenizedStiffnessMatrix(), mumech::ReussBound::giveHomogenizedStiffnessMatrix(), mumech::VoightBound::giveHomogenizedStiffnessMatrix(), mumech::eshelbySoluUniformFieldPenny::giveLijkEXT(), mumech::eshelbySoluUniformFieldFlatEllipsoid::giveLijkEXT(), mumech::eshelbySoluUniformFieldCylinder::giveLijkEXT(), mumech::eshelbySoluUniformFieldEllipticCylinder::giveLijkEXT(), mumech::eshelbySoluUniformFieldPenny::giveLijkINT(), mumech::eshelbySoluUniformFieldFlatEllipsoid::giveLijkINT(), mumech::eshelbySoluUniformFieldCylinder::giveLijkINT(), mumech::eshelbySoluUniformFieldEllipticCylinder::giveLijkINT(), giveMatrixMatrixProduct(), giveMatrixVectorProduct(), mumech::Homogenization::giveProductOfReducedMatrices(), mumech::MatrixOperations::giveUnitSMatrixFull_2d(), mumech::MatrixOperations::giveUnitSMatrixFull_3d(), mumech::MatrixOperations::giveUnitSMatrixReduced_2d(), mumech::MatrixOperations::giveUnitSMatrixReduced_3d(), print_graf(), and mumech::selfBalanceAlgorithm::totalEigStrainInInclCentroidsUpdate().

void mumech::CleanVector ( int *  a, long  n  )

inline

Functin cleans a 'int' vector, initialize each value being 0-zero.

Definition at line 160 of file elementaryFunctions.h.

void mumech::CleanVector ( long *  a, long  n  )

inline

Functin cleans a 'long' vector, initialize each value being 0-zero.

Definition at line 162 of file elementaryFunctions.h.

void mumech::CloseFile

(

FILE *

file

)

description: function closes a previously opened file and tests the succes of the closing note: function requires the global (outer) definition of @*file

Function closes a previously opened file and tests the succes of the closing.

Definition at line 174 of file elementaryFunctions.cpp.

References FileError.

Referenced by GetRangeOfFileColumns(), GetRangeOfFileColumns_ii(), GetRangeOfFileRows(), ovlivneni(), print_graf(), ReadDataTo3DArray(), ReadDataToArray(), and ReadDataToVector().

bool mumech::cmp_vtk_file	(	const char *	file1,
		const char *	file2,
		int	verbose
	)

Compare two VTK files. Return false if same. [ return hodnota byly kdysi opacna ].

Definition at line 268 of file vtk.cpp.

References _errorr, _errorr2, _STRCMP, gelibspace::areSame(), CASE, gelibspace::Stream::close(), errol, gelibspace::Stream::file(), gelibspace::FP_scan_expected_word(), FP_scan_expected_word_exit, gelibspace::FP_scan_word(), gelibspace::FP_skip_line(), gelibspace::Stream::isFile(), gelibspace::Stream::open(), SP_scan_expected_number_exit, SP_scan_expected_word2_exit, SP_scan_expected_word_exit, gelibspace::SP_scan_number(), gelibspace::SP_scan_word(), gelibspace::STRM_void, gelibspace::VTKR_cd, gelibspace::VTKR_cells, gelibspace::VTKR_data, gelibspace::VTKR_fields, gelibspace::VTKR_pd, gelibspace::VTKR_points, and gelibspace::VTKR_void.

Referenced by cmp_vtk_file_delete_first().

void mumech::convertTensorStrain	(	bool	twodim,
		double *	tens,
		STRNotation	oldNot,
		STRNotation	newNot
	)

Definition at line 1661 of file problem.cpp.

References _errorr, mumech::MatrixOperations::convert2Dtensor_TRtoROW_notation(), mumech::MatrixOperations::convert2Dtensor_TRtoVR_notation(), mumech::MatrixOperations::convert3Dtensor_TFEEPtoROW_notation(), mumech::MatrixOperations::convert3Dtensor_TRtoVR_notation(), STRN_THEORETICAL_FEEP, STRN_THEORETICAL_ROW, and STRN_VOIGT_FEEP.

Referenced by mumech::Problem::giveFieldsOfPoint().

void mumech::convertTensorStress	(	bool	twodim,
		double *	tens,
		STRNotation	oldNot,
		STRNotation	newNot
	)

Definition at line 1680 of file problem.cpp.

References _errorr, mumech::MatrixOperations::convert2Dtensor_TRtoROW_notation(), mumech::MatrixOperations::convert3Dtensor_TFEEPtoROW_notation(), STRN_THEORETICAL_FEEP, STRN_THEORETICAL_ROW, and STRN_VOIGT_FEEP.

Referenced by mumech::Problem::giveFieldsOfPoint().

void mumech::CopyArray2D	(	const double *const *	src,
		double **	dest,
		long	d1,
		long	d2
	)

Function copy two 2D double arrays with dimensions d1xd2 from 'src' to 'dest'.

Function copy two 2D double arrays with dimensions d1xd2 from 'src' to 'dest'.

Definition at line 573 of file elementaryFunctions.cpp.

Referenced by CleanArray2d(), mumech::Problem::give_EshelbyPertFieldsOnePoint(), and mumech::MatrixOperations::giveInverseMatrix().

void mumech::CopyArray3D	(	const double ***	src,
		double ***	dest,
		long	d1,
		long	d2,
		long	d3
	)

Function copy two 3D double arrays with dimensions d1xd2xd3 from 'src' to 'dest'.

Definition at line 585 of file elementaryFunctions.cpp.

Referenced by CleanArray2d().

void mumech::copyMatrix_1Dto2D ( const double *  v, double **  m, long  n  )

inline

Function copies 2D matrix saved in row-wise vector v[n * n] to 2d array m[n][n].

Parameters

v	Source vector.
m	Return matrix.
n	Size of the matrix.

Definition at line 315 of file elementaryFunctions.h.

Referenced by mumech::MatrixOperations::giveInverseMatrix().

void mumech::copyMatrix_2Dto1D ( const double *const *  m, double *  v, long  n  )

inline

Function copies 2D matrix saved in 2d array m[n][n] to row-wise vector v[n * n].

Parameters

m	Source matrix.
v	Return vector.
n	Size of the matrix.

Definition at line 323 of file elementaryFunctions.h.

void mumech::CopyVector ( const double *  src, double *  dest, long  n  )

inline

Function copy given number of components from vector, 'a' to vector 'b'.

Definition at line 171 of file elementaryFunctions.h.

Referenced by mumech::InclusionRecord3D::addtot(), mumech::selfBalanceAlgorithm::copyGlobTotalEigStrainsToAuxVector(), mumech::Problem::findAffectedInclusions(), mumech::Mesh::generate_regular_mesh(), mumech::Inclusion::give_EshelbyMatrixReduced(), mumech::Problem::give_EshelbyPertFieldsOnePoint_external(), mumech::MatrixRecord::give_globHomog_Displc(), mumech::MatrixRecord::give_globHomog_Strain(), mumech::MatrixRecord::give_globHomog_Stress(), mumech::Problem::give_ovlivneni(), mumech::Inclusion::give_StiffnessMatrixReduced(), mumech::mElement::give_strain(), mumech::mElement::give_stress(), mumech::Inclusion::give_TeMatrix_G2L(), mumech::Inclusion::give_TeMatrix_L2G(), mumech::Dilute::giveDiluteReducedConcentrationFactorOfInclusionInLC(), mumech::Dilute::giveFullDiluteConcentrationFactorOfInclusionInLC(), mumech::RegGrid::giveHomogenizedStiffnessMatrix(), mumech::DifferentialScheme::giveHomogenizedStiffnessMatrix(), mumech::MatrixOperations::giveIsoTensAndVectorProduct(), mumech::eshelbySoluUniformField::giveLijkEXT(), giveMatrixVectorProduct(), mumech::MatrixRecord::giveReducedStiffMatrix(), mumech::MatrixOperations::giveTVproduct_3is3x3to5and3(), mumech::MatrixOperations::giveTVproduct_6is6x6to12and6(), mumech::InclusionRecord3D::init_EigStrain_LC(), mumech::InclusionRecord3D::initialize(), mumech::InclusionRecord2D::initialize(), mumech::mElement::mElement(), mumech::Problem::printVtkFileCompleteInclRec(), mumech::Inclusion::rotateDisplc_L2G(), mumech::Inclusion::rotateStrain_G2L(), mumech::Inclusion::rotateStrain_L2G(), mumech::InclusionRecord2D::SBA_computeInitialStrains(), mumech::MatrixRecord::set_Remote_strain_for_lc(), and mumech::selfBalanceAlgorithm::totalEigStrainInInclCentroidsUpdate().

void mumech::CopyVector ( const long *  src, long *  dest, long  n  )

inline

Function copy given number of components from vector, 'a' to vector 'b'.

Definition at line 173 of file elementaryFunctions.h.

void mumech::CopyVector ( const int *  src, int *  dest, long  n  )

inline

Function copy given number of components from vector, 'a' to vector 'b'.

Definition at line 175 of file elementaryFunctions.h.

void mumech::DeleteArray2D ( bool **  array, long  d1  )

inline

Function deletes a 2D 'bool' array of dimension d1 x ??, allocated by new.

Definition at line 260 of file elementaryFunctions.h.

References array.

Referenced by clanek_3d_vzor(), DeleteArray3D(), mumech::Problem::give_EshelbyPertFieldsOnePoint(), mumech::Problem::give_EshelbyPertFieldsOnePoint_external(), mumech::MatrixOperations::giveInverseMatrix(), mumech::Inclusion::~Inclusion(), mumech::InclusionRecord3D::~InclusionRecord3D(), mumech::MatrixRecord::~MatrixRecord(), mumech::mElement::~mElement(), mumech::Mesh::~Mesh(), and mumech::Point::~Point().

void mumech::DeleteArray2D ( double **  array, long  d1  )

inline

Function deletes a 2D 'double' array of dimension d1 x ??, allocated by new.

Definition at line 262 of file elementaryFunctions.h.

References array.

void mumech::DeleteArray3D ( double ***  array, long  d1, long  d2  )

inline

Function deletes a 3D 'double' array of dimension d1 x d2 x ??, allocated by new.

Definition at line 264 of file elementaryFunctions.h.

References array, and DeleteArray2D().

Referenced by mumech::mElement::~mElement(), and mumech::mNode::~mNode().

void mumech::DivideArray2D	(	double **	a,
		double	val,
		long	d1,
		long	d2
	)

Function divides 2D double array 'a' with dimensions d1xd2 by value 'val'.

Definition at line 621 of file elementaryFunctions.cpp.

Referenced by CleanArray2d().

void mumech::DivideVector ( double *  a, long  n, double  val  )

inline

Function divides 'n' components of field 'a' by value 'val'.

Definition at line 199 of file elementaryFunctions.h.

Referenced by mumech::RegGrid::giveHomogenizedStiffnessMatrix().

void mumech::e

(

int

i

)

Definition at line 45 of file matrix_vector.cpp.

Referenced by compare_grafs(), mumech::matice::Determinant_3x3_doplnek(), Ellipse(), Ellipsoid(), energyTest01(), mumech::polynomialRootSolution::GauHerQ(), mumech::polynomialRootSolution::GauLegF(), gelibspace::Dmtrx::GaussSolve(), mumech::Mesh::give_error(), mumech::Problem::give_EshelbyPertFieldsOnePoint(), intersection_2d_core_4(), intersection_3d_core_6(), mumech::Inclusion::is_inside_of_BB(), plstrain_2I_2d(), plstrain_2I_3d(), print_graf(), mumech::Problem::read_input_file(), mumech::MatrixRecord::set_E_nu(), mumech::Inclusion::set_Poissons_ratio(), and mumech::Problem::updateEigenstrainsBySBalgorithm_2D().

void mumech::enter

(

)

Definition at line 39 of file matrix_vector.cpp.

Referenced by mumech::matice::Determinant_3x3_doplnek(), and gaussovaEliminace().

void mumech::gaussovaEliminace	(	matice &	m,
		vektor &	right
	)

Definition at line 124 of file matrix_vector.cpp.

References change_radky(), mumech::vektor::define(), mumech::vektor::deleno(), enter(), mumech::vektor::g(), mumech::matice::g(), mumech::vektor::krat(), mumech::vektor::odecist(), mumech::vektor::p, mumech::matice::r, and mumech::matice::s.

Referenced by mumech::matice::Determinant_3x3_doplnek(), mumech::Inclusion::update_approximations(), and mumech::Problem::updateEigenstrainsBySBalgorithm_2D().

int mumech::GetRangeOfFileColumns

(

char *

p_name

)

Function gives the number columns of the file such as is not necessarilly.

Definition at line 271 of file elementaryFunctions.cpp.

References _errorr, CloseFile(), GetRangeOfFileRows(), and OpenFile().

Referenced by ReadDataToArray().

int mumech::GetRangeOfFileColumns_ii

(

char *

p_name

)

Function gives the number columns of a file structured as a table.

Definition at line 300 of file elementaryFunctions.cpp.

References CloseFile(), and OpenFile().

Referenced by ReadDataToArray().

int mumech::GetRangeOfFileRows

(

char *

p_name

)

Funkce zapise LENGTH bytu z BUFFER do docasneho souboru.

Function gives the number of lins of a file.

Pote je jmeno souboru zruseno v filesystemu(unlink). Vraci deskriptor souboru. Operations with arrays of chars *** STRING PROCESSING ***

Definition at line 250 of file elementaryFunctions.cpp.

References CloseFile(), and OpenFile().

Referenced by GetRangeOfFileColumns(), ReadDataToArray(), and ReadDataToVector().

double mumech::give_curvature	(	double	x,
		double	a,
		double	b
	)

return b * a / pow ( a*a + cos(x) * cos(x) * (b*b-a*a) , 1.5);

Definition at line 114 of file elementaryFunctions.cpp.

References PI.

Referenced by mumech::Mesh::generate_regularSphereMesh_3d().

double mumech::give_quadNormTwoVectors	(	const double *	v1,
		const double *	v2,
		int	n
	)

Function returns the quadratic norm of two vectors of length 'n'.

Definition at line 354 of file elementaryFunctions.cpp.

References SQR.

Referenced by mumech::selfBalanceAlgorithm::giveQuadNormMultEigstrain(), and MultiplyVector().

double mumech::give_VectorVectorProduct	(	const double *	v1,
		const double *	v2,
		long	n
	)

Operations with 1d arrays of various length.

Function returns dot product of two vectors of length n.

*** GENERAL VECTOR OPERATIONS ***

Definition at line 345 of file elementaryFunctions.cpp.

Referenced by mumech::Inclusion::compute_supplement_energy(), mumech::Mesh::give_error(), and MultiplyVector().

void mumech::giveInverseMatrix2x2	(	double *	answer,
		const double *	m
	)

Function computes inverse of the row-wise saved 2x2 matrix 'm'.

Definition at line 645 of file elementaryFunctions.cpp.

Referenced by CleanArray2d(), and giveInverseMatrix3x3to5().

void mumech::giveInverseMatrix3x3	(	double *	answer,
		const double *	m
	)

Function computes inverse of the row-wise saved 3x3 matrix 'm'.

Definition at line 656 of file elementaryFunctions.cpp.

Referenced by CleanArray2d(), and giveInverseMatrix6x6to12().

void mumech::giveInverseMatrix3x3to5	(	double *	answer,
		const double *	m
	)

Function computes inverse of the eshelby-like 3x3 matrix 'm' saved in reduced 3x3to5 form.

Definition at line 675 of file elementaryFunctions.cpp.

References giveInverseMatrix2x2().

Referenced by CleanArray2d(), mumech::InclusionRecord2D::compute_eps_tau(), mumech::InclusionRecord2D::compute_initial_eps_tau(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_ext(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_int(), mumech::Inclusion::Eps02EpsTau(), mumech::Homogenization::giveInverseOfReducedMatrix(), and mumech::InclusionRecord2D::update_eps_tau().

void mumech::giveInverseMatrix6x6to12	(	double *	answer,
		const double *	m
	)

Function computes inverse of the eshelby-like 3x3 matrix 'm' saved in reduced 6x6to12 form.

Definition at line 682 of file elementaryFunctions.cpp.

References giveInverseMatrix3x3().

Referenced by CleanArray2d(), mumech::eshelbySoluUniformField::giveEshelbyTensorInverse(), and mumech::Homogenization::giveInverseOfReducedMatrix().

void mumech::giveMatrixMatrixProduct	(	const double *	mtrx1,
		const double *	mtrx2,
		double *	resMtrx,
		long	n
	)

Function gives the product of two regular matrices.

Both matrices are saved in 'row-by-row' C arrangement as 1D arrays.

Parameters

mtrx1	Regular matrix of dimension n x n.
mtrx2	Regular matrix of dimension n x n.
resMtrx	Resulting matrix of the product of mtrx1 and mtrx2.
n	Number of rows and columns of all three matrices.

Both matrices are saved in 'row-by-row' C arrangement as 1D arrays.

Definition at line 745 of file elementaryFunctions.cpp.

References _at, CleanVector(), and errol.

Referenced by mumech::Dilute::giveFullDiluteConcentrationFactorOfInclusionInLC(), mumech::Homogenization::giveFullMatrixInGCSFromFullMatrixInLCS(), mumech::Homogenization::giveFullMatrixInLCSFromFullMatrixInGCS(), mumech::MoriTanaka::giveHomogenizedStiffnessMatrix(), mumech::RegGrid::giveHomogenizedStiffnessMatrix(), mumech::DifferentialScheme::giveHomogenizedStiffnessMatrix(), mumech::Homogenization::giveProductOfReducedMatrixRegularMatrix(), mumech::Homogenization::giveProductOfRegularMatrixReducedMatrix(), and giveUnitMatrix3x3().

void mumech::giveMatrixVectorProduct	(	const double *	mtrx,
		const double *	vect,
		double *	resVect,
		long	n
	)

Function gives the product of a regular matrix with a vector.

Both matrix and vector are saved in 'row-by-row' C arrangement as 1D arrays.

Definition at line 708 of file elementaryFunctions.cpp.

References _at, CleanVector(), and CopyVector().

Referenced by giveUnitMatrix3x3(), mumech::Inclusion::rotateDisplc_L2G(), mumech::Inclusion::rotateStrain_G2L(), mumech::Inclusion::rotateStrain_L2G(), and mumech::Inclusion::transformCoords_G2L().

double mumech::GiveSumMembersArray2D ( const double **  a, long  d1, long  d2  )

inline

Function returns sum of all member of array 'a'.

Definition at line 307 of file elementaryFunctions.h.

References GiveSumMembersVector().

Referenced by mumech::MatrixRecord::remote_strain_is_unit().

double mumech::GiveSumMembersVector ( const double *  a, long  n  )

inline

Function returns sum of all member of 'array'.

Definition at line 167 of file elementaryFunctions.h.

Referenced by GiveSumMembersArray2D().

void mumech::giveTransposedMatrix	(	const double *	mtrx,
		double *	T_mtrx,
		int	n
	)

Function gives the trasposition of a matrix saved in row-by-row C arrangement.

Function gives the trasposition of a matrix.

Parameters

mtrx	' x ' matrix to be transposed
T_mtrx	' x ' resulting transposed matrix
n	number of rows of both matrices

Definition at line 766 of file elementaryFunctions.cpp.

References _at.

Referenced by mumech::TransformTensors::give_TeInv(), mumech::TransformTensors::give_TInv(), and giveUnitMatrix3x3().

void mumech::giveUnitMatrix2x2 ( double *  m )

inline

Function sets 3x3 matrix to unit matrix.

Definition at line 326 of file elementaryFunctions.h.

Referenced by mumech::TransformTensors::give_T(), and mumech::TransformTensors::give_TInv().

void mumech::giveUnitMatrix3x3 ( double *  m )

inline

Function sets 3X3 matrix to unit matrix.

Definition at line 328 of file elementaryFunctions.h.

References giveMatrixMatrixProduct(), giveMatrixVectorProduct(), giveTransposedMatrix(), printMatrix(), printVector(), and printVectorRowForm().

Referenced by mumech::TransformTensors::give_T(), and mumech::TransformTensors::give_TInv().

double mumech::giveVectorLength	(	double *	point_1,
		double *	point_2
	)

Function returns the length of a vector given by 3D coordinates of two points.

Parameters

point_1	- pointer to coordinates of 1st point
point_2	- pointer to coordinates of 2nd point

double mumech::giveVectorLength	(	const double *	point_1,
		const double *	point_2
	)

Definition at line 437 of file elementaryFunctions.cpp.

References SQR.

Referenced by MultiplyVector().

double mumech::giveVectorLength	(	double	rx,
		double	ry,
		double	rz
	)

Function returns the length of a vector given by its components.

Parameters

rx	x component of the vector r
ry	y component of the vector r
rz	z component of the vector r

Definition at line 449 of file elementaryFunctions.cpp.

References SQR.

double mumech::giveVolumeEllipsoid	(	double	a,
		double	b,
		double	c
	)

Function gives the volume of an allipsoid defined by its semiaxes a, b, c.

The order of semiaxes doesn't matter.

Definition at line 109 of file elementaryFunctions.cpp.

References PI.

void mumech::GoToEndOfLine

(

FILE *

fr

)

description: functions moves the cursor the the end of line (EOLN) in a text file last edit: 1.10.2006

Functions moves the cursor the the end of line (EOLN); in a text file.

Definition at line 185 of file elementaryFunctions.cpp.

bool mumech::isNumberPresentInVector	(	int	number,
		int *	vect,
		int	range
	)

description: function returns TRUE/FALSE if a occurs/doesn't occurs in a , respectively

function returns TRUE/FALSE if a occurs/doesn't occurs in a , respectively

Definition at line 460 of file elementaryFunctions.cpp.

Referenced by MultiplyVector().

const char* mumech::IST_e2s ( InclusionGeometry  ig )

inline

Inclusion shapes' type - enum to string.

Definition at line 174 of file types.h.

References _errorr, IS_CIRCLE, IS_ELLIPSE, IS_ELLIPSOID, IS_OBLATE_SPHEROID, IS_PROLATE_SPHEROID, and IS_SPHERE.

Referenced by mumech::TransformTensors::give_T(), mumech::TransformTensors::give_Te(), mumech::TransformTensors::give_TeInv(), mumech::TransformTensors::give_TInv(), mumech::InclusionRecord3D::giveInclusionGeometry(), and mumech::InclusionRecord2D::giveInclusionGeometry().

void mumech::LatexEnd

(

FILE *

fw

)

description: function prints the end (closing part) of LaTEX document last edit: 16.05.2007

Function prints the end (closing part); of LaTEX document.

Definition at line 210 of file elementaryFunctions.cpp.

void mumech::LatexPreambule

(

FILE *

fw

)

description: function prints a simple preamble of a LaTEX document last edit: 16.05.2007

Function prints a simple preamble of a LaTEX document.

Definition at line 196 of file elementaryFunctions.cpp.

void mumech::lubksb	(	double **	a,
		int	n,
		int *	indx,
		double	b[]
	)

Definition at line 349 of file matrixOperations.cpp.

Referenced by mumech::MatrixOperations::giveInverseMatrix_core().

void mumech::ludcmp	(	double **	a,
		int	n,
		int *	indx,
		double *	d
	)

Definition at line 290 of file matrixOperations.cpp.

References _errorr1.

Referenced by mumech::MatrixOperations::giveInverseMatrix_core().

int mumech::MaticexVektor	(	vektor &	res,
		matice &	mat,
		vektor &	vek
	)

Definition at line 52 of file matrix_vector.cpp.

References mumech::matice::g(), mumech::vektor::p, mumech::matice::r, mumech::matice::s, mumech::vektor::v, and mumech::vektor::vynulovat().

Referenced by mumech::InclusionRecord2D::compute_eps_tau_back(), mumech::InclusionRecord2D::compute_from_eps_tau(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_ext(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_int(), mumech::matice::Determinant_3x3_doplnek(), mumech::InclusionRecord2D::getDisplacement(), mumech::InclusionRecord2D::giveExtStrainPert(), and rotate_vector().

void mumech::MultiplyVector ( double *  a, long  n, double  val  )

inline

Function multiplies 'n' components of field 'a' by value 'val'.

Definition at line 202 of file elementaryFunctions.h.

References AllocateArray2D(), array, give_quadNormTwoVectors(), give_VectorVectorProduct(), giveVectorLength(), isNumberPresentInVector(), ReadDataTo3DArray(), ReadDataToArray(), and ReadDataToVector().

Referenced by mumech::InclusionRecord2D::compute_eps_tau(), mumech::InclusionRecord2D::compute_initial_eps_tau(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_ext(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_int(), mumech::Inclusion::Eps02EpsTau(), and mumech::InclusionRecord2D::update_eps_tau().

void mumech::OpenFile	(	FILE **	file,
		char *	name,
		const char	mode[]
	)

Operations with file descriptors.

Functions opens a file and tests the succes of the opening.

*** FILE PROCESSING *** description: functions opens a file and tests the succes of the opening note: function requires the global (outer) definition of @*file

Definition at line 137 of file elementaryFunctions.cpp.

References FileError.

Referenced by GetRangeOfFileColumns(), GetRangeOfFileColumns_ii(), GetRangeOfFileRows(), ovlivneni(), print_graf(), ReadDataTo3DArray(), ReadDataToArray(), and ReadDataToVector().

void mumech::OpenFile	(	FILE *&	file,
		char	name[],
		int	mode
	)

description: functions opens a file and tests the succes of the opening note: function requires the global (outer) definition of @*file

Functions opens a file and tests the succes of the opening.

Definition at line 148 of file elementaryFunctions.cpp.

References _ADD_, _errorr, _READ_, _WRITE_, and FileError.

void mumech::print_auxs	(	bool	lgc,
		Stream *	stream,
		XMLElement *	da,
		const char *	auxs
	)

Definition at line 214 of file vtk.cpp.

References _errorr, gelibspace::Stream::file(), tinyxml2::XMLNode::InsertEndChild(), tinyxml2::XMLDocument::NewText(), and gelibspace::Stream::tix_doc().

Referenced by mumech::Mesh::print_geometry_file_vtk(), and mumech::Problem::printVtkFileCompleteInclRec().

void mumech::print_values	(	char *	auxs,
		int	n,
		const double *	values,
		int	precision
	)

Definition at line 155 of file vtk.cpp.

References _errorr, errol, and NUM_DIGITS_IN_PRINTED_EXPONENT.

Referenced by mumech::Problem::printVtkFileCompleteInclRec().

void mumech::print_values_Scalar	(	char *	auxs,
		const double *	values,
		long	len,
		int	precision
	)

len = pocet scalar cisel

Definition at line 175 of file vtk.cpp.

References NUM_DIGITS_IN_PRINTED_EXPONENT.

Referenced by mumech::Mesh::print_geometry_file_vtk().

void mumech::print_values_Tensor	(	char *	auxs,
		const double *	values,
		bool	twodim,
		int	precision
	)

dim == dimenze vstupnich dat - 2d ano nebo ne; values musi byt v notaci STRN_THEORETICAL_FEEP

dim == dimenze vstupnich dat - 2d ano nebo ne; values musi byt v notaci STRN_THEORETICAL_FEEP !!!

Definition at line 197 of file vtk.cpp.

References NUM_DIGITS_IN_PRINTED_EXPONENT.

Referenced by mumech::Mesh::print_geometry_file_vtk().

void mumech::print_values_Vector	(	char *	auxs,
		const double *	values,
		bool	twodim,
		int	precision
	)

dim == dimenze vstupnich dat - 2d ano nebo ne

Definition at line 185 of file vtk.cpp.

References NUM_DIGITS_IN_PRINTED_EXPONENT.

Referenced by mumech::Mesh::print_geometry_file_vtk().

void mumech::print_valuesi	(	char *	auxs,
		int	n,
		const int *	values,
		int	rv
	)

Definition at line 1497 of file problem.cpp.

References errol.

Referenced by mumech::Problem::printVtkFileCompleteInclRec().

XMLElement * mumech::print_VTK_data_head	(	Stream *	stream,
		const char *	name,
		char	type,
		char	format,
		int	slen
	)

Definition at line 125 of file vtk.cpp.

References _errorr, errol, gelibspace::Stream::file(), tinyxml2::XMLNode::InsertEndChild(), gelibspace::Stream::isFile(), tinyxml2::XMLDocument::NewElement(), tinyxml2::XMLElement::SetAttribute(), gelibspace::Stream::tix_doc(), and gelibspace::Stream::tixel().

Referenced by mumech::Mesh::print_geometry_file_vtk(), and mumech::Problem::printVtkFileCompleteInclRec().

void mumech::print_VTK_elems_head	(	Stream *	stream,
		long	noIncl
	)

Definition at line 1395 of file problem.cpp.

References gelibspace::Stream::file(), tinyxml2::XMLNode::InsertEndChild(), gelibspace::Stream::isFile(), tinyxml2::XMLDocument::NewElement(), tinyxml2::XMLDocument::NewText(), tinyxml2::XMLElement::SetAttribute(), tinyxml2::XMLElement::ShallowClone(), gelibspace::Stream::tix_doc(), and gelibspace::Stream::tixel().

Referenced by mumech::Problem::printVtkFileCompleteInclRec().

XMLElement* mumech::print_VTK_field_head	(	Stream *	stream,
		const char *	name,
		char	format,
		int	slen,
		int	noincl
	)

Definition at line 1438 of file problem.cpp.

References errol, gelibspace::Stream::file(), and gelibspace::Stream::isFile().

Referenced by mumech::Problem::printVtkFileCompleteInclRec().

void mumech::print_VTK_FINISH

(

Stream *

stream

)

Definition at line 224 of file vtk.cpp.

References gelibspace::Stream::close().

Referenced by mumech::Mesh::print_geometry_file_vtk(), and mumech::Problem::printVtkFileCompleteInclRec().

void mumech::print_VTK_head	(	FILE *	stream,
		const char *	type
	)

Definition at line 63 of file vtk.cpp.

Referenced by mumech::Mesh::print_geometry_file_vtk(), and mumech::Problem::printVtkFileCompleteInclRec().

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

Definition at line 113 of file vtk.cpp.

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

Referenced by mumech::Mesh::print_geometry_file_vtk().

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

Definition at line 105 of file vtk.cpp.

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

Referenced by mumech::Mesh::print_geometry_file_vtk(), and mumech::Problem::printVtkFileCompleteInclRec().

XMLElement * mumech::print_VTK_nodes_head	(	Stream *	stream,
		long	n
	)

Definition at line 82 of file vtk.cpp.

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

Referenced by mumech::Mesh::print_geometry_file_vtk(), and mumech::Problem::printVtkFileCompleteInclRec().

void mumech::print_VTK_START	(	Stream *	stream,
		const char *	filename
	)

Print head of vtk file.

Definition at line 41 of file vtk.cpp.

References tinyxml2::COLLAPSE_WHITESPACE, tinyxml2::XMLNode::InsertEndChild(), gelibspace::Stream::isFile(), tinyxml2::XMLDocument::NewDeclaration(), tinyxml2::XMLDocument::NewElement(), gelibspace::Stream::open(), tinyxml2::XMLElement::SetAttribute(), gelibspace::STRM_file, and gelibspace::STRM_tixel.

Referenced by mumech::Mesh::print_geometry_file_vtk(), and mumech::Problem::printVtkFileCompleteInclRec().

void mumech::PrintMatrix	(	matice &	mat,
		FILE *&	soubor
	)

Definition at line 83 of file matrix_vector.cpp.

References mumech::matice::g(), mumech::matice::r, mumech::matice::s, and mumech::vektor::v.

Referenced by mumech::matice::Determinant_3x3_doplnek().

void mumech::printMatrix	(	double *	mtrx,
		int	n,
		const char *	notice
	)

Function prints a matrix which are saved in 'row-by-row' C arrangement as 1D arrays.

Definition at line 783 of file elementaryFunctions.cpp.

References _at, ABS, and MACHINE_EPS_PRN.

Referenced by giveUnitMatrix3x3().

void mumech::printMatrix	(	double **	mtrx,
		int	n,
		const char *	notice
	)

Function prints a matrix which is saved as 2D array.

Definition at line 808 of file elementaryFunctions.cpp.

References ABS, and MACHINE_EPS_PRN.

void mumech::PrintProgress	(	double	procento,
		int	incr
	)

Operations with arrays of chars.

*** VARIOUS FUNCTIONS ***

Definition at line 75 of file elementaryFunctions.cpp.

void mumech::PrintProgress

(

clock_t *

p_time

)

Definition at line 92 of file elementaryFunctions.cpp.

void mumech::printVector	(	double *	vect,
		int	n,
		const char *	notice
	)

Function prints the vector of double values as column.

Definition at line 833 of file elementaryFunctions.cpp.

References ABS, and MACHINE_EPS_PRN.

Referenced by giveUnitMatrix3x3().

void mumech::printVector	(	int *	vect,
		int	n,
		const char *	notice
	)

Function prints the vector of integers as column.

Definition at line 855 of file elementaryFunctions.cpp.

void mumech::printVectorRowForm	(	double *	vect,
		int	n,
		const char *	notice
	)

Function prints the vector of double values as row.

Definition at line 874 of file elementaryFunctions.cpp.

References ABS, and MACHINE_EPS_PRN.

Referenced by giveUnitMatrix3x3(), and mumech::selfBalanceAlgorithm::printTotEigenStrains().

void mumech::printVectorRowForm	(	int *	vect,
		int	n,
		const char *	notice
	)

Function prints the vector of integers as row.

Definition at line 896 of file elementaryFunctions.cpp.

void mumech::PrintVektor

(

vektor &

vekt

)

Definition at line 73 of file matrix_vector.cpp.

References mumech::vektor::p, and mumech::vektor::v.

Referenced by mumech::matice::Determinant_3x3_doplnek().

void mumech::ReadDataTo3DArray	(	double ***	p_array,
		char *	p_file_name,
		int	no_fields,
		int	no_rows,
		int	no_columns
	)

description: function initializes a 3D 'double' array by values from a given file

Definition at line 383 of file elementaryFunctions.cpp.

References CloseFile(), and OpenFile().

Referenced by MultiplyVector().

void mumech::ReadDataToArray	(	double **	p_array,
		char *	p_file_name
	)

description: function initializes a 2D 'double' array from a given file

Definition at line 364 of file elementaryFunctions.cpp.

References CloseFile(), GetRangeOfFileColumns_ii(), GetRangeOfFileRows(), and OpenFile().

Referenced by MultiplyVector().

void mumech::ReadDataToArray	(	int **	p_array,
		char *	p_file_name
	)

description: function initializes a 3D 'int' array by values from a given file

Definition at line 401 of file elementaryFunctions.cpp.

References CloseFile(), GetRangeOfFileColumns(), GetRangeOfFileRows(), and OpenFile().

void mumech::ReadDataToVector	(	int *	p_array,
		char *	p_file_name
	)

description: function initializes an 'int' vector by values from a given file

Definition at line 420 of file elementaryFunctions.cpp.

References CloseFile(), GetRangeOfFileRows(), and OpenFile().

Referenced by MultiplyVector().

void mumech::rotate_vector	(	vektor &	V,
		double	angle
	)

Definition at line 94 of file matrix_vector.cpp.

References mumech::vektor::g(), mumech::matice::g(), MaticexVektor(), and mumech::vektor::rovna_se().

Referenced by mumech::Inclusion::add_EshelbyPertStress_internal_SIFCM(), mumech::matice::Determinant_3x3_doplnek(), and mumech::Inclusion::give_EshelbyPertStress_internal().

int mumech::RozdilVektoru	(	vektor &	a,
		vektor &	b,
		vektor &	c
	)

Definition at line 62 of file matrix_vector.cpp.

References mumech::vektor::p, and mumech::vektor::v.

Referenced by mumech::matice::Determinant_3x3_doplnek().

void mumech::scan_DATA_field_head	(	Stream *	stream,
		Stream *	strm,
		const char *	str,
		char	type,
		int	nexc,
		char	format,
		const char *	name
	)

scan_DATA_field_head

Parameters

stream
strm
str
type
nexc
format
name

Definition at line 241 of file vtk.cpp.

References CASE, errol, gelibspace::Stream::file(), FP_scan_expected_word_exit, gelibspace::FP_skip_line(), gelibspace::Stream::isFile(), gelibspace::Stream::redefine(), SP_scan_expected_number_exit, SP_scan_expected_word_exit, gelibspace::Stream::tixel(), and gelibspace::XP_giveDAtext().

Referenced by mumech::Mesh::read_geometry_file_vtk(), and mumech::Problem::read_input_file().

void mumech::scan_FIELD_head	(	FILE *	stream,
		long	noincl,
		int	nexc,
		char	format,
		const char *	name
	)

scan_DATA_field_head

Parameters

stream
strm
str
type
nexc
format
name

Definition at line 330 of file problem.cpp.

References CASE, errol, FP_scan_expected_number_exit, and FP_scan_expected_word_exit.

Referenced by mumech::Problem::read_input_file().

void mumech::SubtractTwoArrays2D	(	const double *const *	a1,
		const double *const *	a2,
		double **	answer,
		long	d1,
		long	d2
	)

Function subtracts two 2D double arrays with dimensions d1xd2. answer = v1 - v2.

Definition at line 634 of file elementaryFunctions.cpp.

Referenced by CleanArray2d().

void mumech::SubtractTwoVectors ( const double *  v1, const double *  v2, double *  answer, long  n  )

inline

Function subtracts two vectors of
entries. answer = v1 - v2.

Definition at line 186 of file elementaryFunctions.h.

Referenced by mumech::InclusionRecord2D::compute_eps_tau(), mumech::InclusionRecord2D::compute_initial_eps_tau(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_ext(), mumech::InclusionRecord2D::compute_strain_pert_from_eps_zero_int(), mumech::Inclusion::compute_supplement_energy(), mumech::Inclusion::Eps02EpsTau(), mumech::Problem::give_EshelbyPertFieldsOnePoint(), mumech::Inclusion::give_EshelbyPertStress_internal(), mumech::InclusionRecord3D::SBA_computeInitialStrains(), mumech::Inclusion::transformCoords_G2L(), and mumech::InclusionRecord2D::update_eps_tau().

void mumech::SubtractVector ( const double *  a, double *  b, long  n  )

inline

Function subtracts given number of components vector 'a' from vector 'b'; b -= a.

Definition at line 183 of file elementaryFunctions.h.

Referenced by mumech::Mesh::give_error().

void mumech::SumTwoVectors ( const double *  v1, const double *  v2, double *  answer, long  n  )

inline

Function sums two vectors of
entries. resVec = vec1 - vec2.

Definition at line 192 of file elementaryFunctions.h.

Referenced by mumech::InclusionRecord3D::addtot().