src/compton_interface/CSK_Interface.cc
double CSK_Interface::interpolate_erec(const double Tm, const double freq) const {
  // call the appropriate routine in the electron interp object
  // (unscaled -- it'll be scaled in the library
  return llnli->interpolate_erec(Tm, freq);
}
//------------------------------------------------------------------------------------------------//
/*!
 * \brief Interpolate EREC data to a given electron temperature / frequency
 *
 * This method uses data and routines in CSK to interpolate a value of the expected relative energy
 * change for some temperature / frequency
 *
 * \param[in] Tm   Electron temperature (temp / electron rest-mass)
 * \param[in] freq Incident frequency (keV)
 * \return    The interpolated relative energy change (Delta-E / E)
 */
\brief Interpolate EREC data to a given electron temperature / frequency
This method uses data and routines in CSK to interpolate a value of the expected relative energy
change for some temperature / frequency

\param[in] Tm   Electron temperature (temp / electron rest-mass)
\param[in] freq Incident frequency (keV)
\return    The interpolated relative energy change (Delta-E / E)
\ brief Interpolate EREC data to a given electron temperature / frequency This method uses data and routines in CSK to interpolate a value of the expected relative energy change for some temperature / frequency \ param [ in ] Tm Electron temperature ( temp / electron rest - mass ) \ param [ in ] freq Incident frequency ( keV ) \ return The interpolated relative energy change ( Delta - E / E )
double CSK_Interface::interpolate_erec(const double Tm, const double freq) const {
  return llnli->interpolate_erec(Tm, freq);
}
double CSK_Interface :: interpolate_erec ( const double Tm , const double freq ) const { return llnli -> interpolate_erec ( Tm , freq ) ; }
\brief Interpolate EREC data to a given electron temperature / frequency
 This method uses data and routines in CSK to interpolate a value of the expected relative energy
 change for some temperature / frequency
\ brief Interpolate EREC data to a given electron temperature / frequency This method uses data and routines in CSK to interpolate a value of the expected relative energy change for some temperature / frequency
// call the appropriate routine in the electron interp object // (unscaled -- it'll be scaled in the library