continental_shelf_depth gamma_T ice_density m_a_in_situ m_a_pot m_alpha m_b_in_situ m_b_pot m_beta m_c_in_situ m_c_p_ocean m_c_pot m_continental_shelf_depth m_earth_grav m_gamma_T m_ice_density m_lambda m_latentHeat m_meltFactor m_nu m_overturning_coeff m_rho_star m_S_dummy m_sea_water_density m_T_dummy melt_rate melt_rate_beckmann_goosse overturning overturning_coeff p_coeff PicoPhysics pressure S_dummy Soc Soc_box1 T_dummy T_pm T_star theta_pm Toc Toc_box1

theta_pm() double pism::ocean::PicoPhysics::theta_pm ( double  salinity, double  pressure  ) const equation 5 in the PICO paper. calculate pressure melting point from potential temperature Definition at line 142 of file PicoPhysics.cc. References m_a_pot, m_b_pot, m_c_pot, and pressure(). Referenced by pism::ocean::Pico::beckmann_goosse(), pism::ocean::Pico::process_box1(), pism::ocean::Pico::process_other_boxes(), pism::ocean::Pico::set_ocean_input_fields(), and T_star().