Initial conditions for simple waves in an ideal gas. More...

#include <simple_waves_ideal_gas.hpp>

Public Member Functions
	SimpleWaveIdealGasInitCond (SpatialDistribution1D const &density, double entropy, double adiabatic_index, double edge=3)
	Class constructor. More...

IdealGas const &	getEOS (void) const
	Returns the equation of state. More...

SpatialDistribution1D const &	getProfile (string pname) const
	Returns the appropriate spatial profile. More...

Detailed Description

Initial conditions for simple waves in an ideal gas.

The user supplies this class with a density distribution, and the class calculates the corresponding pressure and velocity so it would be a simple wave.

Definition at line 110 of file simple_waves_ideal_gas.hpp.

Constructor & Destructor Documentation

◆ SimpleWaveIdealGasInitCond()

SimpleWaveIdealGasInitCond::SimpleWaveIdealGasInitCond	(	SpatialDistribution1D const &	density,
		double	entropy,
		double	adiabatic_index,
		double	edge = `3`
	)

Class constructor.

Parameters

density	Density profile
entropy	Entropy
adiabatic_index	Adiabatic index
edge	Position outside the disturbed region

Definition at line 51 of file simple_waves_ideal_gas.cpp.

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Member Function Documentation

◆ getEOS()

IdealGas const & SimpleWaveIdealGasInitCond::getEOS ( void ) const

Returns the equation of state.

Returns: Ideal gas equation of state

Definition at line 65 of file simple_waves_ideal_gas.cpp.

◆ getProfile()

SpatialDistribution1D const & SimpleWaveIdealGasInitCond::getProfile ( string pname ) const

Returns the appropriate spatial profile.

Parameters

pname Name of the Hydrodynamic variables

Returns: Spatial profile

Definition at line 70 of file simple_waves_ideal_gas.cpp.

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

source/newtonian/test_1d/simple_waves_ideal_gas.hpp
source/newtonian/test_1d/simple_waves_ideal_gas.cpp