#include <localMassBalance.hh>

Public Member Functions
	FaustoGrevePDDObject (std::shared_ptr< const Grid > g)

virtual	~FaustoGrevePDDObject ()=default

void	update_temp_mj (const array::Scalar &surfelev, const array::Scalar &lat, const array::Scalar &lon)
	Updates mean July near-surface air temperature. More...

LocalMassBalance::DegreeDayFactors	degree_day_factors (int i, int j, double latitude)

Protected Attributes
std::shared_ptr< const Grid >	m_grid

const Config::ConstPtr	m_config

double	m_beta_ice_w

double	m_beta_snow_w

double	m_T_c

double	m_T_w

double	m_beta_ice_c

double	m_beta_snow_c

double	m_fresh_water_density

double	m_ice_density

double	m_pdd_fausto_latitude_beta_w

double	m_refreeze_fraction

array::Scalar	m_temp_mj

Detailed Description

The PDD scheme described by Formula (6) in [Faustoetal2009] requires special knowledge of latitude and mean July temp to set degree day factors for Greenland.

These formulas are inherited by [Faustoetal2009] from [Greve2005geothermal]. There was, apparently, tuning in [Greve2005geothermal] which mixed ice dynamical ideas and surface process ideas. That is, these formulas and parameter choices arise from looking at margin shape. This may not be a good source of PDD parameters.

This may become a derived class of a LocationDependentPDDObject, if the idea is needed more in the future.

Definition at line 215 of file localMassBalance.hh.

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

src/coupler/surface/localMassBalance.hh
src/coupler/surface/localMassBalance.cc

Public Member Functions

Protected Attributes

Detailed Description