SnGrids Class Reference

#include <MeteoObj.h>

Public Types
enum	Parameters {   firstparam =0 , TA =firstparam , RH , VW ,   DW , ISWR , ISWR_DIFF , ISWR_DIR ,   ILWR , HS , PSUM , PSUM_PH ,   PSUM_TECH , GROOMING , TSG , TSS ,   TS0 , TSNOW , TSNOW_AVG , RHOSNOW_AVG ,   SWE , RSNO , TOP_ALB , SURF_ALB ,   SP , RB , RG , N3 ,   MS_SNOWPACK_RUNOFF , MS_SURFACE_MASS_FLUX , MS_SOIL_RUNOFF , MS_WATER ,   MS_WATER_SOIL , MS_ICE_SOIL , SFC_SUBL , MNS ,   STORE , GLACIER , GLACIER_EXPOSED , ET ,   ISWR_TERRAIN , ILWR_TERRAIN , ISWR_BELOW_CAN , TSOIL1 ,   TSOIL2 , TSOIL3 , TSOIL4 , TSOIL_MAX ,   SOIL_RUNOFF1 , SOIL_RUNOFF2 , SOIL_RUNOFF3 , SOIL_RUNOFF4 ,   SOIL_RUNOFF_MAX , lastparam =SOIL_RUNOFF_MAX }
	this enum provides names for possible Snowpack grids More...

Static Public Member Functions
static const std::string &	getParameterName (const size_t &parindex)
static size_t	getParameterIndex (const std::string &parname)

Static Public Attributes
static const size_t	nrOfParameters = SnGrids::lastparam - SnGrids::firstparam + 1
	holds the number of meteo parameters stored in MeteoData More...

Member Enumeration Documentation

Parameters

enum SnGrids::Parameters

this enum provides names for possible Snowpack grids

Enumerator
firstparam
TA	Air temperature.
RH	Relative humidity.
VW	Wind velocity.
DW	Wind direction (deg)
ISWR	Incoming short wave radiation.
ISWR_DIFF	Incoming short wave, diffuse.
ISWR_DIR	Incoming short wave, direct.
ILWR	Incoming long wave radiation.
HS	Height of snow.
PSUM	Water equivalent of precipitations, either solid or liquid.
PSUM_PH	Precipitation phase, between 0 (fully solid) and 1 (fully liquid)
PSUM_TECH	Water equivalent precipitation from artificial snow production.
GROOMING	Used as a boolean flag to decide whever a pixel is scheduled for grooming or not.
TSG	Temperature ground surface.
TSS	Temperature snow surface.
TS0	Temperature soil surface.
TSNOW	Snow temperature at depth xxx m.
TSNOW_AVG	Average snow temperature in the top xxx m.
RHOSNOW_AVG	Average snow density in the top xxx m.
SWE	Snow Water Equivalent.
RSNO	Snow mean density.
TOP_ALB	Albedo from the top (ie above canopy)
SURF_ALB	Albedo of the surface (ie below canopy)
SP	sphericity
RB	bond radius
RG	grain radius
N3	grain Coordination number
MS_SNOWPACK_RUNOFF	runoff on the surface of the soil (vitual lysimeter)
MS_SURFACE_MASS_FLUX	mass flux through the soil surface
MS_SOIL_RUNOFF	runoff at the bottom of the snow/soil column
MS_WATER	The total amount of water in the snowpack at the present time.
MS_WATER_SOIL	The total amount of water in the soil at the present time.
MS_ICE_SOIL	The total amount of ice in the soil at the present time.
SFC_SUBL	The mass loss or gain of the top element due to snow (ice) sublimating.
MNS	drifted mass (when snowdrift is enabled)
STORE	internal usage (precipitation events that are delayed because they are too small)
GLACIER	mask showing the glaciated pixels
GLACIER_EXPOSED	mask showing the exposed glaciated pixels (ie not snow covered)
ET	Evapotranspiration.
ISWR_TERRAIN	Short wave received by terrain reflection.
ILWR_TERRAIN	Long wave received by terrain emission.
ISWR_BELOW_CAN
TSOIL1
TSOIL2
TSOIL3
TSOIL4
TSOIL_MAX	Temperature within the soil, at a given depth.
SOIL_RUNOFF1
SOIL_RUNOFF2
SOIL_RUNOFF3
SOIL_RUNOFF4
SOIL_RUNOFF_MAX
lastparam

Member Function Documentation

getParameterIndex()

size_t SnGrids::getParameterIndex ( const std::string &  parname )

static

getParameterName()

const std::string & SnGrids::getParameterName ( const size_t &  parindex )

static

Member Data Documentation

nrOfParameters

const size_t SnGrids::nrOfParameters = SnGrids::lastparam - SnGrids::firstparam + 1

static

holds the number of meteo parameters stored in MeteoData

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

• MeteoObj.h
• MeteoObj.cc