hydrodynamics.hpp File Reference

Hydrodynamical relations. More...

#include "hydrodynamic_variables.hpp"
#include "equation_of_state.hpp"
#include "../../misc/universal_error.hpp"

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Functions
Primitive	CalcPrimitive (double density, double pressure, Vector2D const &velocity, EquationOfState const &eos)
	Calculates the primitive variables. More...
Primitive	Conserved2Primitive (Conserved const &c, EquationOfState const &eos)
	Calculates the primitive variables from the conserved. More...
Primitive	make_eos_consistent (Primitive const &p, EquationOfState const &eos)
	Takes a set of primitive variables that do not necessarily satisfy the equation of state, and uses the density and pressure and velocity to produce a set of primitive variables that does. More...

Detailed Description

Hydrodynamical relations.

Author

Almog Yalinewich

Definition in file hydrodynamics.hpp.

Function Documentation

CalcPrimitive()

Primitive CalcPrimitive	(	double	density,
		double	pressure,
		Vector2D const &	velocity,
		EquationOfState const &	eos
	)

Calculates the primitive variables.

Parameters

density	Density
pressure	Pressure
velocity	Velocity
eos	Equation of state

Returns

Primitive variables

Definition at line 4 of file hydrodynamics.cpp.

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Conserved2Primitive()

Primitive Conserved2Primitive	(	Conserved const &	c,
		EquationOfState const &	eos
	)

Calculates the primitive variables from the conserved.

Parameters

c	Conserved variables
eos	Equation of state

Returns

Primitive variables

Definition at line 16 of file hydrodynamics.cpp.

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make_eos_consistent()

Primitive make_eos_consistent	(	Primitive const &	p,
		EquationOfState const &	eos
	)

Takes a set of primitive variables that do not necessarily satisfy the equation of state, and uses the density and pressure and velocity to produce a set of primitive variables that does.

Parameters

p	Primitive variables
eos	Equation of state

Returns

Primitive variables

Definition at line 45 of file hydrodynamics.cpp.

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