Conserved Class Reference

Set of conserved variables (extensive) More...

#include <hydrodynamic_variables.hpp>

Collaboration diagram for Conserved:

Public Member Functions
	Conserved (void)
	Null constructor (sets all members to zero)
	Conserved (double mass, Vector2D const &momentum, double energy)
	Class constructor. More...
Conserved &	operator+= (Conserved const &f)
	Addition of flux. More...
Conserved &	operator-= (Conserved const &c)
	subtraction of flux More...
Conserved &	operator= (Conserved const &other)
	Assigmnet operator. More...
	Conserved (const Conserved &other)
	Copy constructor. More...

Public Attributes
double	Mass
	Mass.
Vector2D	Momentum
	Momentum.
double	Energy
	Total energy (kinetic + thermal)

Detailed Description

Set of conserved variables (extensive)

Definition at line 11 of file hydrodynamic_variables.hpp.

Constructor & Destructor Documentation

Conserved() [1/2]

Conserved::Conserved	(	double	mass,
		Vector2D const &	momentum,
		double	energy
	)

Class constructor.

Parameters

mass	Mass
momentum	Momentum
energy	Energy

Definition at line 56 of file hydrodynamic_variables.cpp.

Conserved() [2/2]

Conserved::Conserved

(

const Conserved &

other

)

Copy constructor.

Parameters

other

Source from which to copy

Definition at line 51 of file hydrodynamic_variables.cpp.

Member Function Documentation

operator+=()

Conserved & Conserved::operator+=

(

Conserved const &

f

)

Addition of flux.

Parameters

f

Flux

Returns

Sum

Definition at line 245 of file hydrodynamic_variables.cpp.

operator-=()

Conserved & Conserved::operator-=

(

Conserved const &

c

)

subtraction of flux

Parameters

c	Conserved variables

Returns

Difference

Definition at line 253 of file hydrodynamic_variables.cpp.

operator=()

Conserved & Conserved::operator=

(

Conserved const &

other

)

Assigmnet operator.

Parameters

other

The object to be copied

Returns

The copy

Definition at line 62 of file hydrodynamic_variables.cpp.

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

• source/newtonian/common/hydrodynamic_variables.hpp
• source/newtonian/common/hydrodynamic_variables.cpp