mio::MeteoGrids Class Reference

Detailed Description

A class to represent the meteorological parameters that could be contained in a grid. This should be very close to MeteoData with a few additions (like the wind u,v,w)

Author

Mathias Bavay

Date

2011-12-22

#include <MeteoData.h>

Public Types
enum	Parameters {   firstparam =0 , TA =firstparam , RH , QI ,   TD , VW , DW , VW_MAX ,   ISWR , RSWR , ISWR_DIFF , ISWR_DIR ,   ILWR , OLWR , TAU_CLD , CLD ,   HS , PSUM , PSUM_PH , PSUM_L ,   PSUM_S , TSG , TSS , TSOIL ,   P , P_SEA , U , V ,   W , SWE , RSNO , ROT ,   ALB , DEM , SHADE , SLOPE ,   AZI , lastparam =AZI }
	this enum provides names for possible meteogrids (from an ARPS file, etc) More...

Static Public Member Functions
static size_t	getParameterIndex (const std::string &parname)
static const std::string	getParameterName (const size_t &parindex)
static const std::string	getParameterDescription (const size_t &parindex, const bool &allow_ws=true)
static const std::string	getParameterUnits (const size_t &parindex)

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

Member Enumeration Documentation

Parameters

enum mio::MeteoGrids::Parameters

this enum provides names for possible meteogrids (from an ARPS file, etc)

Enumerator
firstparam
TA	Air temperature.
RH	Relative humidity.
QI	Specific humidity.
TD	Dew Point temperature.
VW	Wind velocity.
DW	Wind direction.
VW_MAX	Maximum wind velocity.
ISWR	Incoming short wave radiation.
RSWR	Reflected short wave radiation.
ISWR_DIFF	Incoming short wave, diffuse.
ISWR_DIR	Incoming short wave, direct.
ILWR	Incoming long wave radiation.
OLWR	Outgoing long wave radiation.
TAU_CLD	Cloud transmissivity or ISWR/ISWR_clear_sky.
CLD	Total cloud cover in oktas (see https://en.wikipedia.org/wiki/Okta)
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_L	Water equivalent of liquid precipitation.
PSUM_S	Water equivalent of solid precipitation.
TSG	Temperature ground surface.
TSS	Temperature snow surface.
TSOIL	Temperature within the soil, at a given depth.
P	Air pressure.
P_SEA	Sea level air pressure.
U	East component of wind.
V	North component of wind.
W	Vertical component of wind.
SWE	Snow Water Equivalent.
RSNO	Snow mean density.
ROT	Total generated runoff.
ALB	Albedo.
DEM	Digital Elevation Model.
SHADE	Hillshade.
SLOPE	DEM slope angle.
AZI	DEM slope azimuth.
lastparam

Member Function Documentation

getParameterDescription()

const std::string mio::MeteoGrids::getParameterDescription ( const size_t &  parindex, const bool &  allow_ws = true  )

static

getParameterIndex()

size_t mio::MeteoGrids::getParameterIndex ( const std::string &  parname )

static

getParameterName()

const std::string mio::MeteoGrids::getParameterName ( const size_t &  parindex )

static

getParameterUnits()

const std::string mio::MeteoGrids::getParameterUnits ( const size_t &  parindex )

static

Member Data Documentation

nrOfParameters

const size_t mio::MeteoGrids::nrOfParameters = MeteoGrids::lastparam - MeteoGrids::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:

• MeteoData.h
• MeteoData.cc