mgis::behaviour::Behaviour Struct Reference

structure describing a behaviour More...

#include </home/runner/work/MFrontGenericInterfaceSupport/MFrontGenericInterfaceSupport/include/MGIS/Behaviour/Behaviour.hxx>

Inheritance diagram for mgis::behaviour::Behaviour:

Public Member Functions
	Behaviour ()
	constructor
	Behaviour (Behaviour &&)
	move constructor
	Behaviour (const Behaviour &)
	copy constructor
Behaviour &	operator= (Behaviour &&)
	move assignement
Behaviour &	operator= (const Behaviour &)
	standard assignement
	~Behaviour ()
	destructor
Public Member Functions inherited from mgis::behaviour::BehaviourDescription
	~BehaviourDescription ()
	destructor

Public Attributes
std::map< std::string, BehaviourInitializeFunction, std::less<> >	initialize_functions
	list of initialize functions associated with the behaviour
BehaviourFctPtr	b = nullptr
	pointer to the function implementing the behaviour
std::map< std::string, BehaviourPostProcessing, std::less<> >	postprocessings
	list of post-processings associated with the behaviour
RotateBehaviourGradientsFctPtr	rotate_gradients_ptr = nullptr
	pointer to a function implementing the rotation of the gradients from the global frame to the material frame.
RotateArrayOfBehaviourGradientsFctPtr	rotate_array_of_gradients_ptr
	pointer to a function implementing the rotation of an array of gradients from the global frame to the material frame.
RotateBehaviourThermodynamicForcesFctPtr	rotate_thermodynamic_forces_ptr
	pointer to a function implementing the rotation of the thermodynamic forces from the material frame to the global frame.
RotateArrayOfBehaviourThermodynamicForcesFctPtr	rotate_array_of_thermodynamic_forces_ptr = nullptr
	pointer to a function implementing the rotation of an array of thermodynamic forces from the material frame to the global frame.
RotateBehaviourTangentOperatorBlocksFctPtr	rotate_tangent_operator_blocks_ptr = nullptr
	pointer to a function implementing the rotation of the tangent operator blocks from the material frame to the global frame.
RotateArrayOfBehaviourTangentOperatorBlocksFctPtr	rotate_array_of_tangent_operator_blocks_ptr = nullptr
	pointer to a function implementing the rotation of an array of tangent operator blocks from the material frame to the global frame.
std::vector< mgis::real >	options
	behaviour options
Public Attributes inherited from mgis::behaviour::BehaviourDescription
std::string	library
	name of the library providing the behaviour
std::string	behaviour
	name of the behaviour
Hypothesis	hypothesis
	modelling hypothesis
std::string	function
	name of the function (build using the behaviour name and the modelling hypothesis)
std::string	source
	name of the MFront source file used to generate the behaviour
std::string	author
	author of the MFront file
std::string	date
	date
std::string	validator
	validator of the MFront file
std::string	build_id
	build identifier
std::string	tfel_version
	version of TFEL used to generate the behaviour
std::string	unit_system
	unit system used by the behaviour
enum mgis::behaviour::BehaviourDescription::BehaviourType	btype
enum mgis::behaviour::BehaviourDescription::Kinematic	kinematic
Symmetry	symmetry
	behaviour symmetry
std::vector< Variable >	gradients
	gradients
std::vector< Variable >	thermodynamic_forces
	thermodynamic forces associated to gradients
std::vector< Variable >	mps
	material properties
std::vector< Variable >	isvs
	internal state variables
std::vector< Variable >	esvs
	external state variables
std::vector< std::pair< Variable, Variable > >	to_blocks
	tangent operator blocks
std::vector< std::string >	params
	real parameters
std::vector< std::string >	iparams
	integer parameters
std::vector< std::string >	usparams
	unsigned short parameters
bool	computesStoredEnergy
	this boolean is true if the behaviour computes the energy stored by the material per unit of volume in the reference configuration. The physical meaning of this energy depends on the behaviour considered.
bool	computesDissipatedEnergy
	this boolean is true if the behaviour computes the energy dissipated by the material per unit of volume in the reference configuration. The physical meaning of this energy depends on the behaviour considered.

Additional Inherited Members
Public Types inherited from mgis::behaviour::BehaviourDescription
enum	Symmetry { ISOTROPIC , ORTHOTROPIC }
	behaviour symmetry
enum	BehaviourType { GENERALBEHAVIOUR , STANDARDSTRAINBASEDBEHAVIOUR , STANDARDFINITESTRAINBEHAVIOUR , COHESIVEZONEMODEL }
	behaviour type
enum	Kinematic {   UNDEFINEDKINEMATIC , SMALLSTRAINKINEMATIC , COHESIVEZONEKINEMATIC , FINITESTRAINKINEMATIC_F_CAUCHY ,   FINITESTRAINKINEMATIC_ETO_PK1 }
	kinematic of the behaviour treated
Static Public Attributes inherited from mgis::behaviour::BehaviourDescription
static constexpr const mgis::size_type	nopts = 2
	maximum number of behaviour options, whatever the kind of behaviour treated.
Protected Member Functions inherited from mgis::behaviour::BehaviourDescription
	BehaviourDescription ()
	constructor
	BehaviourDescription (BehaviourDescription &&)
	move constructor
	BehaviourDescription (const BehaviourDescription &)
	copy constructor
BehaviourDescription &	operator= (BehaviourDescription &&)
	move assignement
BehaviourDescription &	operator= (const BehaviourDescription &)
	standard assignement

Detailed Description

structure describing a behaviour

Member Data Documentation

options

std::vector<mgis::real> mgis::behaviour::Behaviour::options

behaviour options

This is currently only meaningful for finite strain behaviours where the options stores:

• the stress measure used
• the consistent tangent operator expected

For finite strain behaviours, options[0] holds the stress measure used:

• if options[0] < 0.5, the Cauchy stress is used
• if 0.5 < options[0] < 1.5, the second Piola-Kirchoff stress is used
• if 1.5 < options[0] < 2.5, the first Piola-Kirchoff stress is used

For finite strain behaviours, options[1] holds the consitent tangent operator returned by the behaviour:

• if options[1]<0.5, the derivative of the Cauchy stress with respect to the deformation gradient is returned
• if 0.5<options[1]<1.5, the derivative of the second Piola-Kirchoff stress with respect to the Green-Lagrange strain is returned
• if 1.5<options[1]<2.5, the derivative of the first Piola-Kirchoff stress with respect to the deformation gradient is returned

rotate_array_of_gradients_ptr

RotateArrayOfBehaviourGradientsFctPtr mgis::behaviour::Behaviour::rotate_array_of_gradients_ptr

Initial value:

=
        nullptr

pointer to a function implementing the rotation of an array of gradients from the global frame to the material frame.

rotate_thermodynamic_forces_ptr

RotateBehaviourThermodynamicForcesFctPtr mgis::behaviour::Behaviour::rotate_thermodynamic_forces_ptr

Initial value:

=
        nullptr

pointer to a function implementing the rotation of the thermodynamic forces from the material frame to the global frame.

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The documentation for this struct was generated from the following file:

• Behaviour.hxx