Detailed Description

SN_SNOWSOIL_DATA includes all important station parameters as well as LayerData.

This data structure will have to be replaced by something a little more complicated soon ??? For now it is simply an efficient way of creating a snowpack to investigate.

#include <DataClasses.h>

Public Member Functions
	SN_SNOWSOIL_DATA ()

const std::string	toString () const

Public Attributes
mio::StationData	meta
	Station meta data. More...

mio::Date	profileDate
	Date of profile. More...

size_t	nN
	Total number of FE nodes after loading. More...

double	Height
	Total height of soil-snow column in m (sum of the layer heights) More...

size_t	nLayers
	Total number of soil and snow layers at loading. More...

std::vector< LayerData >	Ldata
	contains all the information required to construct the Xdata More...

double	HS_last

double	Albedo
	REQUIRED PARAMETERS, an error will be thrown at reading (SnowpackIO) if no parameter are provided. More...

double	SoilAlb
	Soil albedo, default 0.2. More...

double	BareSoil_z0
	Bare soil roughness in m, default 0.02 m. More...

double	Canopy_Height
	Canopy Height in m. More...

double	Canopy_LAI
	Canopy Leaf Area Index in m2 m-2. More...

double	Canopy_Direct_Throughfall
	Direct throughfall [fraction of precipitation]. More...

double	WindScalingFactor
	Local scaling factor for wind at drift station. More...

int	ErosionLevel
	Erosion Level in operational mode (flat field virtual erosion) More...

double	TimeCountDeltaHS

double	Canopy_BasalArea
	OPTIONAL PARAMETERS, a warning will be thrown in CANOPY::Initialize if no value is provided. More...

double	Canopy_diameter
	Average canopy (tree) diameter [m], parameter in the new radiation transfer model. More...

double	Canopy_lai_frac_top_default
	fraction of total LAI that is attributed to the uppermost layer. Here calibrated for Alptal. More...

double	Canopy_int_cap_snow
	Specific interception capacity for rain (I_LAI) (mm/LAI) More...

double	Canopy_alb_dry

double	Canopy_alb_wet

double	Canopy_alb_snow

double	Emissivity_soil
	OPTIONAL PARAMETERS, if not provided Constants::emissivity_soil will be used. More...

Friends
std::ostream &	operator<< (std::ostream &os, const SN_SNOWSOIL_DATA &data)

std::istream &	operator>> (std::istream &is, SN_SNOWSOIL_DATA &data)

Constructor & Destructor Documentation

◆ SN_SNOWSOIL_DATA()

SN_SNOWSOIL_DATA::SN_SNOWSOIL_DATA ( )

inline

Member Function Documentation

◆ toString()

const std::string SN_SNOWSOIL_DATA::toString ( ) const

Friends And Related Function Documentation

◆ operator<<

std::ostream & operator<<	(	std::ostream &	os,
		const SN_SNOWSOIL_DATA &	data
	)

friend

◆ operator>>

std::istream & operator>>	(	std::istream &	is,
		SN_SNOWSOIL_DATA &	data
	)

friend

Member Data Documentation

◆ Albedo

double SN_SNOWSOIL_DATA::Albedo

REQUIRED PARAMETERS, an error will be thrown at reading (SnowpackIO) if no parameter are provided.

Snow albedo

◆ BareSoil_z0

double SN_SNOWSOIL_DATA::BareSoil_z0

Bare soil roughness in m, default 0.02 m.

◆ Canopy_alb_dry

double SN_SNOWSOIL_DATA::Canopy_alb_dry

◆ Canopy_alb_snow

double SN_SNOWSOIL_DATA::Canopy_alb_snow

◆ Canopy_alb_wet

double SN_SNOWSOIL_DATA::Canopy_alb_wet

◆ Canopy_BasalArea

double SN_SNOWSOIL_DATA::Canopy_BasalArea

OPTIONAL PARAMETERS, a warning will be thrown in CANOPY::Initialize if no value is provided.

Canopy Basal Area in m2 m-2

◆ Canopy_diameter

double SN_SNOWSOIL_DATA::Canopy_diameter

Average canopy (tree) diameter [m], parameter in the new radiation transfer model.

◆ Canopy_Direct_Throughfall

double SN_SNOWSOIL_DATA::Canopy_Direct_Throughfall

Direct throughfall [fraction of precipitation].

◆ Canopy_Height

double SN_SNOWSOIL_DATA::Canopy_Height

Canopy Height in m.

◆ Canopy_int_cap_snow

double SN_SNOWSOIL_DATA::Canopy_int_cap_snow

Specific interception capacity for rain (I_LAI) (mm/LAI)

◆ Canopy_LAI

double SN_SNOWSOIL_DATA::Canopy_LAI

Canopy Leaf Area Index in m2 m-2.

◆ Canopy_lai_frac_top_default

double SN_SNOWSOIL_DATA::Canopy_lai_frac_top_default

fraction of total LAI that is attributed to the uppermost layer. Here calibrated for Alptal.

◆ Emissivity_soil

double SN_SNOWSOIL_DATA::Emissivity_soil

OPTIONAL PARAMETERS, if not provided Constants::emissivity_soil will be used.

◆ ErosionLevel

int SN_SNOWSOIL_DATA::ErosionLevel

Erosion Level in operational mode (flat field virtual erosion)

◆ Height

double SN_SNOWSOIL_DATA::Height

Total height of soil-snow column in m (sum of the layer heights)

◆ HS_last

double SN_SNOWSOIL_DATA::HS_last

Last checked calculated snow depth used for albedo control

◆ Ldata

std::vector<LayerData> SN_SNOWSOIL_DATA::Ldata

contains all the information required to construct the Xdata

◆ meta

mio::StationData SN_SNOWSOIL_DATA::meta

Station meta data.

◆ nLayers

size_t SN_SNOWSOIL_DATA::nLayers

Total number of soil and snow layers at loading.

◆ nN

size_t SN_SNOWSOIL_DATA::nN

Total number of FE nodes after loading.

◆ profileDate

mio::Date SN_SNOWSOIL_DATA::profileDate

Date of profile.

◆ SoilAlb

double SN_SNOWSOIL_DATA::SoilAlb

Soil albedo, default 0.2.

◆ TimeCountDeltaHS

double SN_SNOWSOIL_DATA::TimeCountDeltaHS

Time counter tracking erroneous settlement in operational mode

◆ WindScalingFactor

double SN_SNOWSOIL_DATA::WindScalingFactor

Local scaling factor for wind at drift station.

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