The Uniform Material Interface (UMI) More...

#include <Material.hpp>

Inheritance diagram for Material:

Public Member Functions
virtual Material *	clone () const =0
virtual void	print () const =0
	Print the parameters associated with the material.
virtual bool	operator== (const Material &m) const =0
	The objects need to be equality-comparable to be used with the Flyweight pattern.
virtual	~Material ()
virtual double	getBulkModulus () const =0
	Acoustic properties.
virtual double	getDensity () const =0
	Acoustic properties.
virtual double	getAcousticConductivity () const =0
virtual double	getAcousticPhaseVelocity (const double frequency) const =0
	Acoustic properties.
virtual double	getAcousticWavelength (const double frequency) const =0
	Acoustic properties.
virtual std::complex< double >	getAcousticWaveNumber (const double frequency) const =0
	Acoustic properties.
virtual std::complex< double >	getAcousticImpedance (const double frequency) const =0
	Acoustic properties.
virtual double	getYoungsModulus () const =0
	Elastic properties.
virtual double	getLameFirst () const =0
	Elastic properties, represented by $\lambda$ .
virtual double	getShearModulus () const =0
	Elastic properties, represented by $\mu$ or .
virtual double	getThermalConductivity () const =0
	Thermal properties.
virtual double	getSpecificHeat () const =0
	Thermal properties.
virtual double	getThermalExpansion () const =0
	Thermal properties.
virtual double	getElectricConductivity () const =0
	Electromagnetic properties.
virtual double	getRelativePermittivity () const =0
	Electromagnetic properties.
virtual double	getRelativePermeability () const =0
	Electromagnetic properties.
virtual double	getMagneticConductivity () const =0
	Electromagnetic properties.
virtual double	getElectromagneticPhaseVelocity (const double frequency) const =0
	Electromagnetic properties.
virtual double	getElectromagneticWavelength (const double frequency) const =0
	Electromagnetic properties.
virtual std::complex< double >	getElectromagneticWaveNumber (const double frequency) const =0
	Electromagnetic properties.
virtual std::complex< double >	getElectromagneticImpedance (const double frequency) const =0
	Electromagnetic properties.

Detailed Description

The Uniform Material Interface (UMI)

The decorator pattern is used for materials. The choice of the decorator pattern is based on the observation that the physical properties of materials are independent, and can be easily grouped together to describe one material.

Constructor & Destructor Documentation

virtual Material::~Material ( )

inlinevirtual

Member Function Documentation

virtual Material* Material::clone ( ) const

pure virtual

Implemented in HNAcousticProperty, AcousticProperty, ElasticProperty, MaterialDecorator, and Vacuum.

virtual double Material::getAcousticConductivity ( ) const

pure virtual

Implemented in AcousticProperty, MaterialDecorator, and Vacuum.

virtual std::complex<double> Material::getAcousticImpedance ( const double frequency ) const

pure virtual

Acoustic properties.

Implemented in HNAcousticProperty, AcousticProperty, MaterialDecorator, and Vacuum.

virtual double Material::getAcousticPhaseVelocity ( const double frequency ) const

pure virtual

Acoustic properties.

Implemented in AcousticProperty, MaterialDecorator, and Vacuum.

virtual double Material::getAcousticWavelength ( const double frequency ) const

pure virtual

Acoustic properties.

Implemented in AcousticProperty, MaterialDecorator, and Vacuum.

virtual std::complex<double> Material::getAcousticWaveNumber ( const double frequency ) const

pure virtual

Acoustic properties.

Implemented in HNAcousticProperty, AcousticProperty, MaterialDecorator, and Vacuum.

virtual double Material::getBulkModulus ( ) const

pure virtual

Acoustic properties.

Implemented in ElasticProperty, AcousticProperty, MaterialDecorator, and Vacuum.

virtual double Material::getDensity ( ) const

pure virtual

Acoustic properties.

Implemented in AcousticProperty, MaterialDecorator, and Vacuum.

virtual double Material::getElectricConductivity ( ) const

pure virtual

Electromagnetic properties.

Implemented in MaterialDecorator, and Vacuum.

virtual std::complex<double> Material::getElectromagneticImpedance ( const double frequency ) const

pure virtual

Electromagnetic properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getElectromagneticPhaseVelocity ( const double frequency ) const

pure virtual

Electromagnetic properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getElectromagneticWavelength ( const double frequency ) const

pure virtual

Electromagnetic properties.

Implemented in MaterialDecorator, and Vacuum.

virtual std::complex<double> Material::getElectromagneticWaveNumber ( const double frequency ) const

pure virtual

Electromagnetic properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getLameFirst ( ) const

pure virtual

Elastic properties, represented by $\lambda$ .

Implemented in ElasticProperty, MaterialDecorator, and Vacuum.

virtual double Material::getMagneticConductivity ( ) const

pure virtual

Electromagnetic properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getRelativePermeability ( ) const

pure virtual

Electromagnetic properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getRelativePermittivity ( ) const

pure virtual

Electromagnetic properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getShearModulus ( ) const

pure virtual

Elastic properties, represented by $\mu$ or $G$ .

Implemented in ElasticProperty, MaterialDecorator, and Vacuum.

virtual double Material::getSpecificHeat ( ) const

pure virtual

Thermal properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getThermalConductivity ( ) const

pure virtual

Thermal properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getThermalExpansion ( ) const

pure virtual

Thermal properties.

Implemented in MaterialDecorator, and Vacuum.

virtual double Material::getYoungsModulus ( ) const

pure virtual

Elastic properties.

Implemented in ElasticProperty, MaterialDecorator, and Vacuum.

virtual bool Material::operator== ( const Material & m ) const

pure virtual

The objects need to be equality-comparable to be used with the Flyweight pattern.

We overload the equality operator.

Implemented in MaterialDecorator, and Vacuum.

virtual void Material::print ( ) const

pure virtual

Print the parameters associated with the material.

Implemented in HNAcousticProperty, AcousticProperty, ElasticProperty, MaterialDecorator, and Vacuum.

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

include/Material.hpp

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation