c enthalpy enthalpy_cold enthalpy_cts enthalpy_liquid enthalpy_permissive EnthalpyConverter is_temperate is_temperate_relaxed L m_beta m_c_i m_c_w m_cold_mode m_g m_L m_p_air m_rho_i m_T_0 m_T_melting m_T_tolerance melting_temperature pressure pressure pressure_adjusted_temperature Ptr temperature temperature_cold validate_E_P validate_T_omega_P water_fraction ~EnthalpyConverter

temperature() double pism::EnthalpyConverter::temperature ( double  E, double  P  ) const Get absolute (not pressure-adjusted) ice temperature (K) from enthalpy and pressure. From AschwandenBuelerKhroulevBlatter, $$T= T(E,p) = \begin{cases} c_i^{-1} E + T_0, & E < E_s(p), \\ T_m(p), & E_s(p) \le E < E_l(p). \end{cases}$$ We do not allow liquid water (i.e. water fraction $\omega=1.0$) so we throw an exception if $E \ge E_l(p)$. Definition at line 176 of file EnthalpyConverter.cc. References enthalpy_cts(), melting_temperature(), temperature_cold(), and validate_E_P(). Referenced by pressure_adjusted_temperature().