pism::surface Namespace Reference

Surface models and modifiers: provide top-surface temperature, mass flux, liquid water fraction, mass and thickness of the surface layer. More...

Namespaces
namespace	diagnostics

Classes
class	Anomaly
	Reads and uses climatic_mass_balance and ice_surface_temp anomalies from a file. More...
class	Cache
class	DEBMSimple
	A class implementing a temperature-index (positive degree-day) scheme to compute melt and runoff, and thus surface mass balance, from precipitation and air temperature. More...
struct	DEBMSimpleChanges
struct	DEBMSimpleMelt
struct	DEBMSimpleOrbitalParameters
class	DEBMSimplePointwise
	A dEBM-simple implementation. More...
class	Delta_T
	Implements the scalar temperature offsets for the ice surface temperature. More...
class	EISMINTII
class	Elevation
	A class implementing a elevation-dependent temperature and mass balance model. More...
class	ElevationChange
class	Factory
class	FaustoGrevePDDObject
class	ForceThickness
class	Given
class	InitializationHelper
class	ISMIP6
class	LocalMassBalance
	Base class for a model which computes surface mass flux rate (ice thickness per time) from precipitation and temperature. More...
class	NoGLRetreat
class	PDDMassBalance
	A PDD implementation which computes the local mass balance based on an expectation integral. More...
class	PDDrandMassBalance
	An alternative PDD implementation which simulates a random process to get the number of PDDs. More...
class	PIK
	A class implementing a constant-in-time surface model for the surface mass balance. More...
class	PSFormulas
class	Simple
	A class implementing a primitive surface model. More...
class	SurfaceModel
	The interface of PISM's surface models. More...
class	TemperatureIndex
	A class implementing a temperature-index (positive degree-day) scheme to compute melt and runoff, and thus surface mass balance, from precipitation and air temperature. More...
class	Verification
	Climate inputs for verification tests. More...

Functions
static double	CalovGreveIntegrand (double sigma, double TacC)
	Compute the integrand in integral (6) in [CalovGreve05].

Detailed Description

Surface models and modifiers: provide top-surface temperature, mass flux, liquid water fraction, mass and thickness of the surface layer.