mumech::TransformTensors Namespace Reference

Namespace of the functions transforming vectors and strain/stress tensors saved in vectors with TNTV_THEORETICAL_FEEP notation, see types.h. More...

Functions
void	give_T (double *T, const double *eullerAngles, EullerRotations flag, InclusionGeometry inclGeometry)
	Function calculates the transformation matrix from given Euller angles. More...
void	give_Te (double *Te, const double *T, InclusionGeometry inclGeometry)
	Function calculates the transformation matrix for strain/stress tensors saved in vectors with TNTV_THEORETICAL_FEEP notation, see types.h. More...
void	give_TInv (double *TInv, const double *T, InclusionGeometry inclGeometry)
	Function calculates the inverse of transformation matrix for vectors. More...
void	give_TeInv (double *TeInv, const double *Te, InclusionGeometry inclGeometry)
	Function calculates the inverse of transformation matrix for strain/stress tensors saved in vectors with TNTV_THEORETICAL_FEEP notation, see types.h. More...
void	give_T_3d (double T[9], const double eullerAngles[3], EullerRotations flag)
void	give_Te_3d (double Te[36], const double T[9])

Detailed Description

Namespace of the functions transforming vectors and strain/stress tensors saved in vectors with TNTV_THEORETICAL_FEEP notation, see types.h.

Function Documentation

void mumech::TransformTensors::give_T	(	double *	T,
		const double *	eullerAngles,
		EullerRotations	flag,
		InclusionGeometry	inclGeometry
	)

Function calculates the transformation matrix from given Euller angles.

Parameters

T	Array the transformation matrix to be saved
eullerAngles	Array containing the Euller angles: eullerAngles = {psi, nu, phi}^T
flag	Succesive order of Euller rotations (ZXZ - Zeman, ZXY - ANSYS, etc.)
inclGeometry	Inclusion shape.

Definition at line 38 of file transformTensors.cpp.

References _errorr2, give_T_3d(), mumech::giveUnitMatrix2x2(), mumech::giveUnitMatrix3x3(), mumech::IS_CIRCLE, mumech::IS_ELLIPSE, mumech::IS_ELLIPSOID, mumech::IS_OBLATE_SPHEROID, mumech::IS_PROLATE_SPHEROID, mumech::IS_SPHERE, and mumech::IST_e2s().

Referenced by mumech::InclusionRecord3D::initialize(), and mumech::InclusionRecord2D::initialize().

void mumech::TransformTensors::give_T_3d	(	double	T[9],
		const double	eullerAngles[3],
		EullerRotations	flag
	)

Definition at line 183 of file transformTensors.cpp.

References _errorr, mumech::_XYX_, mumech::_XYZ_, mumech::_XZX_, mumech::_XZY_, mumech::_YXY_, mumech::_YXZ_, mumech::_YZX_, mumech::_YZY_, mumech::_ZXY_, mumech::_ZXZ_, mumech::_ZYX_, and mumech::_ZYZ_.

Referenced by give_T().

void mumech::TransformTensors::give_Te	(	double *	Te,
		const double *	T,
		InclusionGeometry	inclGeometry
	)

Function calculates the transformation matrix for strain/stress tensors saved in vectors with TNTV_THEORETICAL_FEEP notation, see types.h.

Parameters

Te	Array the transformation matrix to be saved.
T	Transformation matrix of a vector.
inclGeometry	Inclusion shape.

Definition at line 68 of file transformTensors.cpp.

References _errorr2, give_Te_3d(), mumech::MatrixOperations::giveUnitSMatrixFull_2d(), mumech::MatrixOperations::giveUnitSMatrixFull_3d(), mumech::IS_CIRCLE, mumech::IS_ELLIPSE, mumech::IS_ELLIPSOID, mumech::IS_OBLATE_SPHEROID, mumech::IS_PROLATE_SPHEROID, mumech::IS_SPHERE, mumech::IST_e2s(), and SQR.

Referenced by mumech::InclusionRecord3D::initialize(), and mumech::InclusionRecord2D::initialize().

void mumech::TransformTensors::give_Te_3d	(	double	Te[36],
		const double	T[9]
	)

Definition at line 370 of file transformTensors.cpp.

References _T, and SQR.

Referenced by give_Te().

void mumech::TransformTensors::give_TeInv	(	double *	TeInv,
		const double *	Te,
		InclusionGeometry	inclGeometry
	)

Function calculates the inverse of transformation matrix for strain/stress tensors saved in vectors with TNTV_THEORETICAL_FEEP notation, see types.h.

Parameters

*TeInv	Array the inverse of transformation matrix to be saved.
*Te	Transformation matrix.
inclGeometry	Inclusion shape.

Definition at line 133 of file transformTensors.cpp.

References _errorr2, mumech::giveTransposedMatrix(), mumech::MatrixOperations::giveUnitSMatrixFull_2d(), mumech::MatrixOperations::giveUnitSMatrixFull_3d(), mumech::IS_CIRCLE, mumech::IS_ELLIPSE, mumech::IS_ELLIPSOID, mumech::IS_OBLATE_SPHEROID, mumech::IS_PROLATE_SPHEROID, mumech::IS_SPHERE, and mumech::IST_e2s().

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

void mumech::TransformTensors::give_TInv	(	double *	TInv,
		const double *	T,
		InclusionGeometry	inclGeometry
	)

Function calculates the inverse of transformation matrix for vectors.

Parameters

TInv	Array the inverse transformation matrix to be saved.
T	Transformation matrix of a vector.
inclGeometry	Geometry of inclusion, defined in "eshelbySoluUniformField.h".

Definition at line 109 of file transformTensors.cpp.

References _errorr2, mumech::giveTransposedMatrix(), mumech::giveUnitMatrix2x2(), mumech::giveUnitMatrix3x3(), mumech::IS_CIRCLE, mumech::IS_ELLIPSE, mumech::IS_ELLIPSOID, mumech::IS_OBLATE_SPHEROID, mumech::IS_PROLATE_SPHEROID, mumech::IS_SPHERE, and mumech::IST_e2s().

Referenced by mumech::InclusionRecord3D::initialize(), mumech::InclusionRecord2D::initialize(), and mumech::Inclusion::input_data_initialize_and_check_consistency().