Meteo Class Reference

#include <Meteo.h>

Public Types
enum	ATM_STABILITY {   RICHARDSON , NEUTRAL , MO_LOG_LINEAR , MO_HOLTSLAG ,   MO_STEARNS , MO_MICHLMAYR , MO_SCHLOEGL_UNI , MO_SCHLOEGL_MULTI ,   MO_SCHLOEGL_MULTI_OFFSET }

Public Member Functions
	Meteo (const SnowpackConfig &i_cfg)
void	compMeteo (CurrentMeteo &Mdata, SnowStation &Xdata, const bool runCanopyModel)
	Compute atmospheric stability related parameters and if necessary run canopy model.
void	compMeteo (CurrentMeteo &Mdata, SnowStation &Xdata, const bool runCanopyModel, const bool i_adjust_height_of_wind_value)
	Compute atmospheric stability related parameters and if necessary run canopy model.
void	setStability (const ATM_STABILITY &i_stability)
	Set the atmospheric stability to a given value.
ATM_STABILITY	getStability () const
	Get the atmospheric stability.

Static Public Member Functions
static ATM_STABILITY	getStability (const std::string &stability_model)
	Parse the given string an return the matching atmospheric stability algorithm.

Member Enumeration Documentation

ATM_STABILITY

enum Meteo::ATM_STABILITY

Enumerator
RICHARDSON	Simplified Richardson number stability correction.
NEUTRAL	Assume neutral stratification.
MO_LOG_LINEAR	Simple log-linear model.
MO_HOLTSLAG	Holtslag and DeBruin (1988) prepared from Ed Andreas.
MO_STEARNS	Stearns C. and Weidner G., "sensible and latent heat flux estimates in antarctica", Antarctic meteorology and climatology: studies based on automatic weather stations, Antarctic Research Series, 61, pp 190–138, 1993.
MO_MICHLMAYR	Stearns & Weidner, 1993 modified by Michlmayr, 2008.
MO_SCHLOEGL_UNI	Schloegl univariate, see Schlögl et al. "How do stability corrections perfom over snow in the stable boundary layer?", Boundary-Layer Meteorol., in review, 2016.
MO_SCHLOEGL_MULTI	Schloegl multivariate without offset.
MO_SCHLOEGL_MULTI_OFFSET	Schloegl multivariate with offset.

Constructor & Destructor Documentation

Meteo()

Meteo::Meteo

(

const SnowpackConfig &

i_cfg

)

Member Function Documentation

compMeteo() [1/2]

void Meteo::compMeteo	(	CurrentMeteo &	Mdata,
		SnowStation &	Xdata,
		const bool	runCanopyModel
	)

Compute atmospheric stability related parameters and if necessary run canopy model.

Same as compMeteo(CurrentMeteo &Mdata, SnowStation &Xdata, const bool runCanopyModel, const bool i_adjust_height_of_wind_value) but adjust_height_of_wind_value is taken from the SnowpackConfig object that has been given to the constructor, so it is initiallized from the configuration file and configuration defaults.

Parameters

Mdata	meteorological forcing
Xdata	snow profile data
runCanopyModel	should the canopy module also be called?

compMeteo() [2/2]

void Meteo::compMeteo	(	CurrentMeteo &	Mdata,
		SnowStation &	Xdata,
		const bool	runCanopyModel,
		const bool	i_adjust_height_of_wind_value
	)

Compute atmospheric stability related parameters and if necessary run canopy model.

• with CANOPY set: In case of an existing canopy, call canopy routine, which computes precipitation, radiation, friction velocity and reference temperature for the surface below the canopy. Note that solar radiation may change also in dg_cn_Canopy().
  
  • Mdata->iswr incoming global solar radiation (direct + diffuse), adapted to canopy
  • Mdata->rswr reflected global solar radiation (diffuse), adapted to canopy
  • Mdata->ustar friction velocity, adapted to canopy
  • Mdata->z0 roughness length, adapted to canopy
  • Mdata->ea atmospheric emissivity below canopy, i.e., to give correct longwave radiation as function of air temperature, however modified to include effect of canopy
• without canopy (CANOPY is not set): For bare soil as well as snowed-in canopy or some other problems, compute the roughness length z0, the friction velocity ustar as well as the atmospheric stability correction psi_s for scalar heat fluxes
  • Mdata->ustar friction velocity
  • Mdata->z0 roughness length
  • psi_s stability correction for scalar heat fluxes

    Parameters

    Mdata	meteorological forcing
    Xdata	snow profile data
    runCanopyModel	should the canopy module also be called?
    i_adjust_height_of_wind_value	should the height of wind values be adjusted?

getStability() [1/2]

Meteo::ATM_STABILITY Meteo::getStability

(

)

const

Get the atmospheric stability.

Returns

Stability model (see possible values in constructor)

getStability() [2/2]

Meteo::ATM_STABILITY Meteo::getStability ( const std::string &  stability_model )

static

Parse the given string an return the matching atmospheric stability algorithm.

Parameters

[in]

stability_model

Atmospheric stability model specification

Returns

Stability model

setStability()

void Meteo::setStability

(

const ATM_STABILITY &

i_stability

)

Set the atmospheric stability to a given value.

Parameters

i_stability

Stability model (see possible values in constructor)

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

• Meteo.h
• Meteo.cc