Detailed Description

This class contains the computation of local snow drift and the associated erosion.

#include <SnowDrift.h>

Public Member Functions
	SnowDrift (const SnowpackConfig &i_cfg)

void	compSnowDrift (const CurrentMeteo &Mdata, SnowStation &Xdata, SurfaceFluxes &Sdata, double &cumu_psum) const
	Erodes Elements from the top and computes the associated mass flux Even so the code is quite obscure, it should cover all of the following cases: More...

Static Public Attributes
static const double	schmidt_drift_fudge = 1.0
	Deviation from geometrical factors defined by Schmidt. More...

Constructor & Destructor Documentation

SnowDrift::SnowDrift ( const SnowpackConfig & i_cfg )

void SnowDrift::compSnowDrift	(	const CurrentMeteo &	Mdata,
		SnowStation &	Xdata,
		SurfaceFluxes &	Sdata,
		double &	forced_massErode
	)		const

Erodes Elements from the top and computes the associated mass flux Even so the code is quite obscure, it should cover all of the following cases:

Externally provided eroded mass (for example, by Alpine3D); see parameter forced_massErode
SNOW_REDISTRIBUTION is true: using vw_drift to erode the snow surface on the windward virtual slope
SNOW_EROSION is true: using vw to erode the snow surface at the main station (flat field or slope).
Note
However, erosion will also be controlled by mH and thus a measured snow depth (HS1) is required

If either measured snow depth is missing or the conditions for a real erosion are not fulfilled, the possibility of a virtual erosion will be considered using the ErosionLevel marker (virtual erodible layer).

Parameters

Mdata

Xdata

Sdata

forced_massErode if greater than 0, force the eroded mass to the given value (instead of computing it)

const double SnowDrift::schmidt_drift_fudge = 1.0

static

Deviation from geometrical factors defined by Schmidt.

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

Mdata
Xdata
Sdata
forced_massErode	if greater than 0, force the eroded mass to the given value (instead of computing it)