#include <SnowpackInterfaceWorker.h>

Public Member Functions
	SnowpackInterfaceWorker (const mio::Config &io_cfg, const mio::DEMObject &dem_in, const mio::Grid2DObject &landuse_in, const std::vector< std::pair< size_t, size_t > > &pts_in, const std::vector< SnowStation * > &snow_stations, const std::vector< std::pair< size_t, size_t > > &snow_stations_coord, const size_t offset_in, const std::vector< std::string > &grids_not_computed_in_worker)
	Constructs and initialise Snowpack Interface Worker. Create one worker and init values for slice which the worker need to simulate it slice. More...

	~SnowpackInterfaceWorker ()

void	setUseDrift (const bool useDrift_in)

void	setUseEBalance (const bool useEBalance_in)

void	getOutputSNO (std::vector< SnowStation * > &snow_station) const
	method that returns SnowCover files for specific date. More...

void	getOutputSpecialPoints (std::vector< SnowStation * > &ptr_snow_pixel, std::vector< CurrentMeteo * > &ptr_meteo_pixel, std::vector< SurfaceFluxes * > &ptr_surface_flux)

void	clearSpecialPointsData ()

mio::Grid2DObject	getGrid (const SnGrids::Parameters &param) const
	Method that the Master can search the neded data (in grids) from Worker (Pull from client) More...

void	runModel (const mio::Date &julian, const mio::Grid2DObject &psum, const mio::Grid2DObject &psum_ph, const mio::Grid2DObject &psum_tech, const mio::Grid2DObject &rh, const mio::Grid2DObject &ta, const mio::Grid2DObject &vw, const mio::Grid2DObject &dw, const mio::Grid2DObject &mns, const mio::Grid2DObject &shortwave, const mio::Grid2DObject &diffuse, const mio::Grid2DObject &longwave, const double solarElevation)
	method which prepares all data for simulation and then access correctly the Snowpack model interfaces. More...

void	grooming (const mio::Date &current_date, const mio::Grid2DObject &grooming_map)

void	getLateralFlow (std::vector< SnowStation * > &snow_station)
	method called by SnowpackInterface to retrieve all snow_pixels, to read the lateral flow variable More...

void	setLateralFlow (const std::vector< SnowStation * > &snow_station)
	method called by SnowpackInterface to send back the source/sink term for treating lateral flow More...

Static Public Member Functions
static int	round_landuse (const double &landuse_dbl)
	optimised way to round landuse More...

static bool	skipThisCell (const double &landuse_val, const double &dem_val)
	check if a cell should be simulated or skipped More...

static bool	is_special (const std::vector< std::pair< size_t, size_t > > &pts_in, const size_t &ix, const size_t &iy)

static void	uniqueOutputGrids (std::vector< std::string > &output_grids)
	Make sure all requested grids only appear once. More...

Public Attributes
std::vector< std::pair< size_t, size_t > >	SnowStationsCoord

Constructor & Destructor Documentation

◆ SnowpackInterfaceWorker()

SnowpackInterfaceWorker::SnowpackInterfaceWorker	(	const mio::Config &	io_cfg,
		const mio::DEMObject &	dem_in,
		const mio::Grid2DObject &	landuse_in,
		const std::vector< std::pair< size_t, size_t > > &	pts_in,
		const std::vector< SnowStation * > &	snow_stations,
		const std::vector< std::pair< size_t, size_t > > &	snow_stations_coord,
		const size_t	offset_in,
		const std::vector< std::string > &	grids_not_computed_in_worker
	)

Constructs and initialise Snowpack Interface Worker. Create one worker and init values for slice which the worker need to simulate it slice.

Parameters

[in]	io_cfg	configuration to pass to Snowpack
[in]	dem_in	gives the demographic Data. Also tetermines size and position of the slice
[in]	landuse_in	gives the landuse Data. Also tetermines size and position of the landuse for slice
[in]	pts_in	gives the spezial points. For this points more output is done then for the others. Calcualtion is the same.
[in]	snow_stations	gives a vector of pointers to the SnowStation objects relevant for this thread
[in]	snow_stations_coord	provide the (ii,jj) coordinates of each snow station. This is necessary because the slices might be irregular
[in]	offset_in	gives the offsett on X for this slice (needed to read data and error messages)
[in]	grids_not_computed_in_worker	vector of grids that are required but will be computed outside the workers

◆ ~SnowpackInterfaceWorker()

SnowpackInterfaceWorker::~SnowpackInterfaceWorker ( )

Member Function Documentation

◆ clearSpecialPointsData()

void SnowpackInterfaceWorker::clearSpecialPointsData ( )

◆ getGrid()

mio::Grid2DObject SnowpackInterfaceWorker::getGrid ( const SnGrids::Parameters & param ) const

Method that the Master can search the neded data (in grids) from Worker (Pull from client)

Parameters

param says which grid param the Master wants to have

Returns: the 2D output grid, which gives back the data to the master

◆ getLateralFlow()

void SnowpackInterfaceWorker::getLateralFlow ( std::vector< SnowStation * > & ptr_snow_pixel )

method called by SnowpackInterface to retrieve all snow_pixels, to read the lateral flow variable

Parameters

ptr_snow_pixel to vector of SnowStations, where the variable SlopeParFlux contains the lateral flow

◆ getOutputSNO()

void SnowpackInterfaceWorker::getOutputSNO ( std::vector< SnowStation * > & snow_station ) const

method that returns SnowCover files for specific date.

Parameters

snow_station vector that will be filled with the SnowStation data for each pixels

◆ getOutputSpecialPoints()

void SnowpackInterfaceWorker::getOutputSpecialPoints	(	std::vector< SnowStation * > &	ptr_snow_pixel,
		std::vector< CurrentMeteo * > &	ptr_meteo_pixel,
		std::vector< SurfaceFluxes * > &	ptr_surface_flux
	)

◆ grooming()

void SnowpackInterfaceWorker::grooming	(	const mio::Date &	current_date,
		const mio::Grid2DObject &	grooming_map
	)

◆ is_special()

bool SnowpackInterfaceWorker::is_special	(	const std::vector< std::pair< size_t, size_t > > &	pts_in,
		const size_t &	ix,
		const size_t &	iy
	)

static

◆ round_landuse()

int SnowpackInterfaceWorker::round_landuse ( const double & landuse_dbl )

static

optimised way to round landuse

Parameters

landuse_dbl is the landuse to round

◆ runModel()

void SnowpackInterfaceWorker::runModel	(	const mio::Date &	date,
		const mio::Grid2DObject &	psum,
		const mio::Grid2DObject &	psum_ph,
		const mio::Grid2DObject &	psum_tech,
		const mio::Grid2DObject &	rh,
		const mio::Grid2DObject &	ta,
		const mio::Grid2DObject &	vw,
		const mio::Grid2DObject &	dw,
		const mio::Grid2DObject &	mns,
		const mio::Grid2DObject &	shortwave,
		const mio::Grid2DObject &	diffuse,
		const mio::Grid2DObject &	longwave,
		const double	solarElevation
	)

method which prepares all data for simulation and then access correctly the Snowpack model interfaces.

Parameters

date	current simulation time step
psum	precipitation grid (kg m-2)
psum_ph	precipitation phase grid (between 0 and 1)
psum_tech	technical precipitation grid (kg m-2)
rh	relative humidity grid (% or 1)
ta	air temperature grid (K)
vw	wind velocity grid (m s-1)
dw	wind direction grid (degrees north)
mns	map of the Precipitation (mm/h) HACK get this map only if per pull from Master if Drift is used !!
shortwave	incoming shortwave radiation grid (W m-2)
diffuse	diffuse radiation from the sky grid (W m-2)
longwave	incoming longwave grid (W m-2)
solarElevation	solar elevation (in dec)

◆ setLateralFlow()

void SnowpackInterfaceWorker::setLateralFlow ( const std::vector< SnowStation * > & ptr_snow_pixel )

method called by SnowpackInterface to send back the source/sink term for treating lateral flow

Parameters

ptr_snow_pixel to vector of SnowStations, in which the lwc_source variable is set to contain the lateral flow.

◆ setUseDrift()

void SnowpackInterfaceWorker::setUseDrift ( const bool useDrift_in )

inline

◆ setUseEBalance()

void SnowpackInterfaceWorker::setUseEBalance ( const bool useEBalance_in )

inline

◆ skipThisCell()

bool SnowpackInterfaceWorker::skipThisCell	(	const double &	landuse_val,
		const double &	dem_val
	)

static

check if a cell should be simulated or skipped

Parameters

landuse_val	land use parameter for this pixel
dem_val	dem altitude for this pixel

◆ uniqueOutputGrids()

void SnowpackInterfaceWorker::uniqueOutputGrids ( std::vector< std::string > & output_grids )

static

Make sure all requested grids only appear once.

Parameters

output_grids vector of requeste grids to sort and filter

Member Data Documentation

◆ SnowStationsCoord

std::vector<std::pair<size_t,size_t> > SnowpackInterfaceWorker::SnowStationsCoord

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

Public Member Functions

Static Public Member Functions

Public Attributes

Constructor & Destructor Documentation

◆ SnowpackInterfaceWorker()

◆ ~SnowpackInterfaceWorker()

Member Function Documentation

◆ clearSpecialPointsData()

◆ getGrid()

◆ getLateralFlow()

◆ getOutputSNO()

◆ getOutputSpecialPoints()

◆ grooming()

◆ is_special()

◆ round_landuse()

◆ runModel()

◆ setLateralFlow()

◆ setUseDrift()

◆ setUseEBalance()

◆ skipThisCell()

◆ uniqueOutputGrids()

Member Data Documentation

◆ SnowStationsCoord