pism::icebin::MassEnergyBudget Class Reference

#include <MassEnergyBudget.hh>

Public Member Functions
std::ostream &	print_formulas (std::ostream &out)
	MassEnergyBudget (std::shared_ptr< const pism::Grid > grid, std::string const &prefix)
void	set_epsilon ()

Public Attributes
MassEnthVec2S	total
pism::array::Scalar	basal_frictional_heating
	Total amount of basal friction heating [J/m^2].
pism::array::Scalar	strain_heating
	Total amount of strain heating [J/m^2].
pism::array::Scalar	geothermal_flux
	Total amount of geothermal energy [J/m^2].
pism::array::Scalar	upward_geothermal_flux
	Total amount of geothermal energy [J/m^2].
MassEnthVec2S	calving
	Equal to IceModel::discharge_flux_2D_cumulative.
MassEnthVec2S	smb
	accumulation / ablation, as provided by Icebin
pism::array::Scalar	deltah
	Change in enthalpy of top layer.
MassEnthVec2S	pism_smb
pism::array::Scalar	href_to_h
	SMB as seen by PISM in iMgeometry.cc massContExplicitSte(). Used to check icebin_smb.mass, but does not figure into contract.
pism::array::Scalar	nonneg_rule
MassEnthVec2S	melt_grounded
	basal melt (grounded) (from summing meltrate_grounded)
MassEnthVec2S	melt_floating
	sub-shelf melt (from summing meltrate_floating)
MassEnthVec2S	internal_advection
MassEnthVec2S	epsilon
std::vector< VecWithFlags >	all_vecs

Static Public Attributes
static const int	MASS = 1
static const int	ENTH = 2
static const int	TOTAL = 4
static const int	DELTA = 8
static const int	EPSILON = 16
static const int	ADVECTION

Protected Member Functions
void	add_mass (pism::array::Scalar &vec, int flags, std::string const &contract_name)
void	add_enth (pism::array::Scalar &vec, int flags, std::string const &contract_name)
void	add_massenth (MassEnthVec2S &massenth, int flags, std::string const &contract_name_mass, std::string const &contract_name_enth)

Detailed Description

Definition at line 59 of file MassEnergyBudget.hh.

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

• src/icebin/MassEnergyBudget.hh
• src/icebin/MassEnergyBudget.cc