PISM, A Parallel Ice Sheet Model  stable v1.2 committed by Constantine Khrulev on 2020-02-11 20:24:05 -0900
Public Member Functions | Private Member Functions | Private Attributes | List of all members
pism::ocean::PicoPhysics Class Reference

#include <PicoPhysics.hh>

Public Member Functions

 PicoPhysics (const Config &config)
 
double pressure (double ice_thickness) const
 
double T_star (double salinity, double temperature, double pressure) const
 See equation A6 and lines before in PICO paper. More...
 
TocBox1 Toc_box1 (double area, double T_star, double Soc_box0, double Toc_box0) const
 
double Soc_box1 (double Toc_box0, double Soc_box0, double Toc) const
 
double Toc (double box_area, double temperature, double T_star, double overturning, double salinity) const
 
double Soc (double salinity, double temperature, double Toc) const
 
double theta_pm (double salinity, double pressure) const
 
double T_pm (double salinity, double pressure) const
 
double melt_rate (double pm_point, double Toc) const
 equation 8 in the PICO paper. More...
 
double melt_rate_beckmann_goosse (double pot_pm_point, double Toc) const
 Beckmann & Goosse meltrate. More...
 
double overturning (double Soc_box0, double Soc, double Toc_box0, double Toc) const
 equation 3 in the PICO paper. See also equation 4. More...
 
double gamma_T () const
 
double overturning_coeff () const
 
double T_dummy () const
 
double S_dummy () const
 
double ice_density () const
 
double continental_shelf_depth () const
 

Private Member Functions

double p_coeff (double g1, double s1) const
 

Private Attributes

double m_gamma_T
 
double m_overturning_coeff
 
double m_T_dummy
 
double m_S_dummy
 
double m_ice_density
 
double m_continental_shelf_depth
 
double m_earth_grav
 
double m_sea_water_density
 
double m_rho_star
 
double m_nu
 
double m_latentHeat
 
double m_c_p_ocean
 
double m_alpha
 
double m_beta
 
double m_lambda
 
double m_a_pot
 
double m_b_pot
 
double m_c_pot
 
double m_a_in_situ
 
double m_b_in_situ
 
double m_c_in_situ
 
double m_meltFactor
 

Detailed Description

Definition at line 31 of file PicoPhysics.hh.


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