AsciiIO Class Reference

#include <AsciiIO.h>

Public Member Functions
	AsciiIO (const SnowpackConfig &i_cfg, const RunInfo &run_info)
AsciiIO &	operator= (const AsciiIO &)
	Assignement operator, required because of const "info" member.
virtual bool	snowCoverExists (const std::string &i_snowfile, const std::string &stationID) const override
	This routine checks if the specified snow cover data exists.
virtual void	readSnowCover (const std::string &i_snowfile, const std::string &stationID, SN_SNOWSOIL_DATA &SSdata, ZwischenData &Zdata, const bool &read_salinity) override
	This routine reads the status of the snow cover at program start.
virtual void	writeSnowCover (const mio::Date &date, const SnowStation &Xdata, const ZwischenData &Zdata, const bool &forbackup=false) override
	This routine writes the status of the snow cover at program termination and at specified backup times.
virtual void	writeTimeSeries (const SnowStation &Xdata, const SurfaceFluxes &Sdata, const CurrentMeteo &Mdata, const ProcessDat &Hdata, const double wind_trans24) override
	Write all Time Series results (*.met) All depths and water equivalents (mass) are taken VERTICALLY. If AVGSUM_TIME_SERIES is set, mean fluxes and cumulated masses since last dump are written, else current energy fluxes, cumulated masses over last computation_step_length (recommended setting in operational mode). If CUMSUM_MASS is set, current value of cumulated masses since begin of run are dumped. NOTE:
virtual void	writeProfile (const mio::Date &date, const SnowStation &Xdata) override
	Write the Snow Profile Results, snow depth being taken VERTICALLY Prepare Output File for JAVA visualization (SNOWPACK format, *.pro)
virtual bool	writeHazardData (const std::string &stationID, const std::vector< ProcessDat > &Hdata, const std::vector< ProcessInd > &Hdata_ind, const size_t &num) override
Public Member Functions inherited from SnowpackIOInterface
virtual	~SnowpackIOInterface ()

Constructor & Destructor Documentation

AsciiIO()

AsciiIO::AsciiIO	(	const SnowpackConfig &	i_cfg,
		const RunInfo &	run_info
	)

Member Function Documentation

operator=()

AsciiIO & AsciiIO::operator=

(

const AsciiIO &

source

)

Assignement operator, required because of const "info" member.

readSnowCover()

void AsciiIO::readSnowCover ( const std::string &  i_snowfile, const std::string &  stationID, SN_SNOWSOIL_DATA &  SSdata, ZwischenData &  Zdata, const bool &  read_salinity  )

overridevirtual

This routine reads the status of the snow cover at program start.

Version

10.02

Note

reads the old-styled sno-file format

Parameters

i_snowfile	file containing the initial state of the snowpack
stationID
SSdata
Zdata
read_salinity

Implements SnowpackIOInterface.

snowCoverExists()

bool AsciiIO::snowCoverExists ( const std::string &  i_snowfile, const std::string &  stationID  ) const

overridevirtual

This routine checks if the specified snow cover data exists.

Parameters

i_snowfile	file containing the initial state of the snowpack
stationID

Returns

true if the file exists

Implements SnowpackIOInterface.

writeHazardData()

bool AsciiIO::writeHazardData ( const std::string &  stationID, const std::vector< ProcessDat > &  Hdata, const std::vector< ProcessInd > &  Hdata_ind, const size_t &  num  )

overridevirtual

Implements SnowpackIOInterface.

writeProfile()

void AsciiIO::writeProfile ( const mio::Date &  i_date, const SnowStation &  Xdata  )

overridevirtual

Write the Snow Profile Results, snow depth being taken VERTICALLY Prepare Output File for JAVA visualization (SNOWPACK format, *.pro)

Note

Parameters marked by an asterisk are available in RESEARCH visualisation only!

Version

12.04

Parameters

i_date	the current date
Xdata

Implements SnowpackIOInterface.

writeSnowCover()

void AsciiIO::writeSnowCover ( const mio::Date &  date, const SnowStation &  Xdata, const ZwischenData &  Zdata, const bool &  forbackup = false  )

overridevirtual

This routine writes the status of the snow cover at program termination and at specified backup times.

Note

original SNOWPACK format (*.snoold)

Version

11.02

Parameters

date	current
Xdata
Zdata
forbackup	dump Xdata on the go

Implements SnowpackIOInterface.

writeTimeSeries()

void AsciiIO::writeTimeSeries ( const SnowStation &  Xdata, const SurfaceFluxes &  Sdata, const CurrentMeteo &  Mdata, const ProcessDat &  Hdata, const double  wind_trans24  )

overridevirtual

Write all Time Series results (*.met) All depths and water equivalents (mass) are taken VERTICALLY.
If AVGSUM_TIME_SERIES is set, mean fluxes and cumulated masses since last dump are written,
else current energy fluxes, cumulated masses over last computation_step_length (recommended setting in operational mode). If CUMSUM_MASS is set, current value of cumulated masses since begin of run are dumped.
NOTE:

1. neither AVGSUM_TIME_SERIES nor CUMSUM_MASS can be set if NUMBER_SLOPES > 1. Precipitations are dumped as rates (kg m-2 h-1) if PRECIP_RATES is set, otherwise as sum over the output time step.
   NOTE:
   1. The units of the corresponding SN_GUI plot will always appear as rate! When running SNOW_REDISTRIBUTION on virtual slopes, eroded mass will be dumped to the windward *.met file and added to the solid precipitations of the lee *.met file!
      • DO NOT change the order of parameters below! Additional parameters may be dumped at pos. 93[94] to 100 in writeTimeSeriesAddXXX()

        Parameters

        Xdata
        Sdata
        Mdata
        Hdata
        wind_trans24	eroded snow from either flat field (present time step) or windward virtual slope (previous time step)

Implements SnowpackIOInterface.

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

• AsciiIO.h
• AsciiIO.cc