Public Member Functions
	Trend (const std::vector< std::pair< std::string, std::string > > &vecArgs, const std::string &algo, const std::string &i_param)
	Build a Trend object. More...

void	detrend (const std::vector< StationData > &vecMeta, std::vector< double > &vecDat)
	Compute the trend according to the provided data and detrend vecDat. More...

void	retrend (const DEMObject &dem, Grid2DObject &grid) const
	Re-apply the trend computed in a previous call to detrend() to the gridded results. More...

std::string	getInfo () const

bool	has_user_lapse () const

bool	is_soft () const

std::string	toString () const

Constructor & Destructor Documentation

◆ Trend()

mio::Trend::Trend	(	const std::vector< std::pair< std::string, std::string > > &	vecArgs,
		const std::string &	algo,
		const std::string &	i_param
	)

Build a Trend object.

This object is responsible for detrending / retrending the meteorological data. The following arguments are recognized:

MULTILINEAR: use a multiple linear regression (on altitude, easting and northing) if possible, otherwise a "standard", simple linear regression will be used as fallback (default: false);
RATE: to provide a user-defined lapse rate (SI units);
SOFT: if set to true, the user provided lapse rate is only used when no lapse rate could be computed from the data (or if it was too bad, ie r²<0.6);
FRAC: if set to true, the user provided lapse rate will be interpreted as "fractional", that is a relative change of the value as a function of the elevation (for example, +0.05% per meters given as 0.0005). In this case, no attempt to calculate the fractional lapse from the data is made. The lapse rate that might be reported to the user will be computed as {data average}*{user-defined rate} and is therefore NOT directly the user-defined lapse rate.
TREND_MIN_ALT: all points at elevations less than this will be detrended/retrended as if at this provided elevation (optional);
TREND_MAX_ALT: all points at elevations more than this will be detrended/retrended as if at this provided elevation (optional);

Parameters

[in]	vecArgs	a vector containing all the arguments
[in]	algo	the name of the algorithm calling it, for user-friendly error messages
[in]	i_param	the meteorological parameter that is handled, for user-friendly error messages

void mio::Trend::detrend	(	const std::vector< StationData > &	vecMeta,
		std::vector< double > &	vecDat
	)

Compute the trend according to the provided data and detrend vecDat.

Parameters

[in]	vecMeta	Location information sorted similarly as the data in vecDat
	vecDat	data for the interpolated parameter

std::string mio::Trend::getInfo ( ) const

bool mio::Trend::has_user_lapse ( ) const

inline

bool mio::Trend::is_soft ( ) const

inline

Re-apply the trend computed in a previous call to detrend() to the gridded results.

Parameters

[in]	dem	digital elevation model (DEM)
	grid	matching grid filled with data that has to be re-trended

std::string mio::Trend::toString ( ) const

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