Detailed Description

Stores all the user defined Equations of State, elasto-plastic, damage, and temperature laws as well as the different materials which are a combination of the formers.

Inheritance diagram for Material:

Public Types
enum	constitutive_model { LINEAR, NEO_HOOKEAN, SHOCK, RIGID }

Public Member Functions
void	add_damage (vector< string >)
	Create a new Damage. More...

void	add_EOS (vector< string >)
	Create a new EOS. More...

void	add_material (vector< string >)
	Create a new Material. More...

void	add_strength (vector< string >)
	Create a new Strength. More...

void	add_temperature (vector< string >)
	Create a new Temperature. More...

int	find_damage (string)
	Finds the ID of a Damage. More...

int	find_EOS (string)
	Finds the ID of an EOS. More...

int	find_material (string)
	Finds the ID of a Material. More...

int	find_strength (string)
	Finds the ID of a Strength. More...

int	find_temperature (string)
	Finds the ID of a Temperature. More...

	Material (class MPM *)
	Creator. More...

virtual	~Material ()
	Destructor. More...

Public Attributes
vector< class Damage * >	damages
	List of defined Damage laws.

vector< class EOS * >	EOSs
	List of defined Equations of State.

string	id
	Identification name of the material.

vector< Mat >	materials
	List of defined materials.

vector< class Strength * >	strengths
	List of defined Strengths.

vector< class Temperature * >	temperatures
	List of defined Temperature laws.

Member Enumeration Documentation

◆ constitutive_model

enum Material::constitutive_model

Enumerator
LINEAR	Linear elasticity.
NEO_HOOKEAN	Neo-Hookean model.
SHOCK	EOS + Strength or fluids.
RIGID	Rigid material.

Constructor & Destructor Documentation

◆ Material()

Material::Material ( class MPM * mpm )

Creator.

Creates the maps of the different known EOS, Strength, Damage, and Temperature. The list of these different laws are fetched in headers style_eos.h, style_strength.h, style_damage.h, style_temperature.h

◆ ~Material()

Material::~Material ( )

virtual

Destructor.

Destroys the vectors and maps of the known EOS, Strength, Damage, and Temperature.

Member Function Documentation

◆ add_damage()

void Material::add_damage ( vector< string > args )

Create a new Damage.

This function is the C++ equivalent to the damage() user function.
Syntax: damage(name, type, type specific arguments)
This function checks if the damage name was already used.
If not, it creates an entry in the vector Material::damages and calls Damage::Damage()

◆ add_EOS()

void Material::add_EOS ( vector< string > args )

Create a new EOS.

This function is the C++ equivalent to the eos() user function.
Syntax: eos(name, type, type specific arguments)
This function checks if the EOS name was already used.
If not, it creates an entry in the vector Material::EOSs and calls EOS::EOS()

◆ add_material()

void Material::add_material ( vector< string > args )

Create a new Material.

This function is the C++ equivalent to the eos() user function.
Syntax: eos(name, type, type specific arguments)
This function checks if the EOS name was already used.
If not, it creates an entry in the vector Material::EOSs and calls EOS::EOS()

◆ add_strength()

void Material::add_strength ( vector< string > args )

Create a new Strength.

This function is the C++ equivalent to the strength() user function.
Syntax: strength(name, type, type specific arguments)
This function checks if the Strength name was already used.
If not, it creates an entry in the vector Material::strengths and calls Strength::Strength()

◆ add_temperature()

void Material::add_temperature ( vector< string > args )

Create a new Temperature.

This function is the C++ equivalent to the temperature() user function.
Syntax: temperature(name, type, type specific arguments)
This function checks if the Temperature name was already used.
If not, it creates an entry in the vector Material::temperatures and calls Temperature::Temperature()

◆ find_damage()

int Material::find_damage ( string name )

Finds the ID of a Damage.

This function checks if 'name' is already used for a Damage.
If a Damage named 'name' exists, it returns its ID. It returns -1 otherwise.

◆ find_EOS()

int Material::find_EOS ( string name )

Finds the ID of an EOS.

This function checks if 'name' is already used for an EOS.
If an EOS named 'name' exists, it returns its ID. It returns -1 otherwise.

◆ find_material()

int Material::find_material ( string name )

Finds the ID of a Material.

This function checks if 'name' is already used for a Material.
If a Material named 'name' exists, it returns its ID. It returns -1 otherwise.

◆ find_strength()

int Material::find_strength ( string name )

Finds the ID of a Strength.

This function checks if 'name' is already used for a Strength.
If a Strength named 'name' exists, it returns its ID. It returns -1 otherwise.

◆ find_temperature()

int Material::find_temperature ( string name )

Finds the ID of a Temperature.