src/cdi/test/DummyEoS.cc
std::vector<double>
DummyEoS::getSpecificIonInternalEnergy(const std::vector<double> &vtemperature,
                                       const std::vector<double> &vdensity) const {
  return getSpecificElectronInternalEnergy(vdensity, vtemperature);
}
//------------------------------------------------------------------------------------------------//
/*!
 * \brief Retrieve a set of specific ion internal energies for this material that correspond to the
 *        tuple list of provided densities and temperatures.
 *
 *     internal energy = temperature + 1000*density
 *
 * \param vdensity Density of the material in g/cm^3
 * \param vtemperature Temperature of the material in Kelvin.
 * \return A vector of specific ion internal energies in kJ/g.
 */
\brief Retrieve a set of specific ion internal energies for this material that correspond to the
tuple list of provided densities and temperatures.

internal energy = temperature + 1000*density

\param vdensity Density of the material in g/cm^3
\param vtemperature Temperature of the material in Kelvin.
\return A vector of specific ion internal energies in kJ/g.
\ brief Retrieve a set of specific ion internal energies for this material that correspond to the tuple list of provided densities and temperatures . internal energy = temperature + 1000 * density \ param vdensity Density of the material in g / cm^3 \ param vtemperature Temperature of the material in Kelvin . \ return A vector of specific ion internal energies in kJ / g .
std::vector<double>
DummyEoS::getSpecificIonInternalEnergy(const std::vector<double> &vtemperature,
                                       const std::vector<double> &vdensity) const {
  return getSpecificElectronInternalEnergy(vdensity, vtemperature);
}
std :: vector < double > DummyEoS :: getSpecificIonInternalEnergy ( const std :: vector < double > & vtemperature , const std :: vector < double > & vdensity ) const { return getSpecificElectronInternalEnergy ( vdensity , vtemperature ) ; }
\brief Retrieve a set of specific ion internal energies for this material that correspond to the
        tuple list of provided densities and temperatures.
\ brief Retrieve a set of specific ion internal energies for this material that correspond to the tuple list of provided densities and temperatures .