RadarAccumulator< AC, OD > Class Template Reference

Data array for creating composites and accumulated polar products (Surface rain fall or cluttermaps) More...

#include <RadarAccumulator.h>

Inheritance diagram for RadarAccumulator< AC, OD >:

Collaboration diagram for RadarAccumulator< AC, OD >:

Public Types
typedef PlainData< SrcType< OD const > >	pdata_src_t
	Input data type.
typedef PlainData< DstType< OD > >	pdata_dst_t
typedef drain::image::Accumulator::FieldType	field_t
Public Types inherited from RadarAccumulatorBase
typedef std::map< int, std::string >	legend_t

Public Member Functions
	RadarAccumulator ()
	Default constructor.
void	addData (const pdata_src_t &srcData, const pdata_src_t &srcQuality, double weight, int i0, int j0)
	Adds data that is in the same coordinate system as the accumulator. Weighted with quality.
void	addData (const pdata_src_t &srcData, const pdata_src_t &srcQuality, const pdata_src_t &srcCount)
	Adds data that is in the same coordinate system as the accumulator.
void	extractOLD (const OD &odimOut, DataSet< DstType< OD > > &dstProduct, const std::string &fields, const drain::Rectangle< int > &crop={0, 0, 0, 0}) const
void	extract (DataSet< DstType< OD > > &dstProduct, const std::string &fieldStr, const std::string &encoding="C", const drain::Rectangle< int > &cropArea={0, 0})
void	extract (DataSet< DstType< OD > > &dstProduct, const drain::image::Accumulator::FieldList &fields, const std::string &encoding="C", const drain::Rectangle< int > &cropArea={0, 0})
pdata_dst_t &	extract (DataSet< DstType< OD > > &dstProduct, field_t field=field_t::DATA, const std::string &encoding="C", const drain::Rectangle< int > &cropArea={0, 0})
void	setTargetEncoding (const std::string &encoding)
	Not critical. If set, needed to warn if input data does not match the expected / potential targetEncoding.
void	consumeTargetEncoding (std::string &encoding)
virtual std::ostream &	toStream (std::ostream &ostr) const
bool	checkCompositingMethod (const ODIM &dataODIM)
	Warns if data scaling involves risks in using WAVG (weighted averaging)
Public Member Functions inherited from RadarAccumulatorBase
	RadarAccumulatorBase (const RadarAccumulatorBase &base)
void	extractFinally (const drain::image::Accumulator &accumulator, drain::image::Accumulator::FieldType field, const ODIM &srcODIM, const DataCoder &dataCoder, ODIM &dstODIM, drain::image::Image &dstImage, const drain::Rectangle< int > &cropArea)
const std::string &	getTargetEncoding ()

Public Attributes
OD	odim
	For storing the scaling and encoding of (1st) input or user-defined values. Also for bookkeeping of date, time, sources etc.
Public Attributes inherited from RadarAccumulatorBase
DataSelector	dataSelector
	Input data selector.
legend_t	legend
double	defaultQuality
	If source data has no quality field, this value is applied for (detected) data.
size_t	counter
	Book-keeping for new data. Finally, in extraction phase, added to odim.ACCnum .

Additional Inherited Members
Static Protected Member Functions inherited from RadarAccumulatorBase
static bool	checkCompositingMethod (const AccumulationMethod &rule, const ODIM &dataODIM)
Protected Attributes inherited from RadarAccumulatorBase
std::string	targetEncoding

Detailed Description

template<class AC, class OD>
class rack::RadarAccumulator< AC, OD >

Data array for creating composites and accumulated polar products (Surface rain fall or cluttermaps)

Template Parameters

AC	- accumulator type (plain drain::image::Accumulator or drain::image::AccumulatorGeo)
OD	- odim type (PolarODIM or CartesianODIM) metadata container

Member Function Documentation

extract()

template<class AC , class OD >

RadarAccumulator< AC, OD >::pdata_dst_t & extract	(	DataSet< DstType< OD > > &	dstProduct,
		field_t	field = field_t::DATA,
		const std::string &	encoding = "C",
		const drain::Rectangle< int > &	cropArea = {0,0}
	)

Determines if quality is stored in /dataset1/quality1/ or /dataset1/data1/quality1/

At extraction stage, we should know the quantity...

Also available: if (type.isSet()) ...

extractOLD()

template<class AC , class OD >

void extractOLD	(	const OD &	odimOut,
		DataSet< DstType< OD > > &	dstProduct,
		const std::string &	fields,
		const drain::Rectangle< int > &	crop = {0,0,0,0}
	)		const

Parameters

odimOut	- metadata container (PolarODIM or CartesianODIM)
fields	- layers (d=data, w=weight, C=count, ...)

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

• src/radar/RadarAccumulator.h