Classes
class	AndreOp
	The base class for detector and removal operators. More...

class	AttenuationOp
	Computes attenuation caused by precipitation. More...

class	BiometOp
	Detects birds and insects. More...

class	GliderOp

class	BirdOp

class	InsectOp

class	CCorOp

class	ClutterOp
	Based on pre-computed clutter map, scales the clutter probability for desired sweeps. More...

class	DamperOp

class	DetectorOp
	Base class for anomaly detectors. More...

class	DopplerNoiseOp
	Detects suspicious variance in Doppler speed (VRAD). More...

class	EmitterOp
	A quick emitter detection based on subtracting horizontal window medians by vertical ones. More...

class	GapFillOpBase
	The base class for operators removing detected anomalies by overriding low-quality pixels with neighboring high-quality pixels.". More...

class	GapFillOp
	A simple gap filler based on distance transformation. More...

class	GapFillRecOp
	Recursive, 'splinic' gap filler based on fast averaging. More...

class	HydroClassBasedOp
	Sets probabilities of non-meteorological echoes based on precomputed hydrometeor classification. More...

class	JammingOp
	A detector for widespread electromagnetic interference. More...

class	LineOp
	Quick emitter detection based on subtracting a horizontal segment lengths by inversed vertical segment lengths. More...

class	NonMetOp
	Marks bins with low RhoHV value as probable anomalies. More...

class	DefaultOp
	Simply, "detects" precipitation ie sets its probability. More...

class	PrecipOp
	Simply, "detects" precipitation ie sets its probability. More...

class	DataMarker
	Simple class marking true data with a given constant value, typically a CLASS label. More...

class	QualityCombinerOp
	A quick QualityCombiner . More...

class	RemoverOp
	The simplest possible anomaly removal operator and the base class for more complex ones. More...

class	ShipOp
	Detects ships. More...

class	SpeckleOp

class	SunOp
	Detects birds and insects. More...

class	TestOp

class	TimeOp
	A radio interference detector. More...

class	ZDRvarOp

class	CartesianODIM
	Metadata structure for Cartesian radar data products (single-radar or composites). More...

struct	DataType
	Container that couples together a tree structure and a data array (drain::image::Image), according to source type (const or non-const) . More...

struct	SrcType
	Read-only data type. More...

struct	DstType
	Writable data type. More...

class	TreeWrapper
	Base class for all kinds of radar data. More...

class	RootData
	Experimental structure, designed only for accessing root level metadata. More...

class	PlainData
	Essential class for storing radar data. More...

class	DataGroup
	A map of "data type" group_t (DATA or QUALITY) where the data can be retrieved using quantity keys (strings). More...

class	QualityDataSupport
	Base class providing quality support for Dataand DataSet More...

class	Data
	Data structure consisting of plain data and an optional quality data. More...

class	DataSet
	A map of radar data, indexed by quantity code (DBZH, VRAD, etc). More...

class	DataSetMap

class	DataSetList

class	DataCoder
	Converts ODIM encoded data (with markers) to natural values and backwards. More...

struct	DataOrder

class	DataSelector
	Tool for selecting datasets based on paths, quantities and min/max elevations. More...

class	DatasetSelector

class	DataTools
	Tool for selecting datasets based on paths, quantities and min/max elevations. More...

class	EncodingODIM
	Structure for data storage type, scaling and marker codes. Does not contain quantity. More...

class	ODIM
	ODIM metadata (quantity, gain, offset, undetect, nodata, date, time) More...

class	ODIMPathElem

struct	ODIMPathLess

class	ODIMPathElem2

struct	ODIMPathLessTime

struct	ODIMPathLessElangle

class	ODIMPathElemMatcher
	Element in a chain in testing a path for a match. More...

class	ODIMPathMatcher
	Structure for testing if a path matches a given sequence of path elements. More...

class	ODIMPathTools
	Tool for selecting datasets based on paths, quantities and min/max elevations. More...

class	ODIMNodeValidator

class	ODIMValidator

class	PolarODIM
	Metadata structure for single-radar data (polar scans, volumes and products). More...

class	ProductConf
	Shared properties for meteorological products and Cartesian products (composites and single-radar images) More...

class	Quantity
	Structure for defining. More...

class	QuantityMap

class	QuantityMatcher

class	QuantitySelector
	Utility for selecting a quantity label Base class for DataSelector. More...

class	SourceODIM

class	VariableFormatterODIM

class	VerticalCrossSectionODIM

class	VerticalProfileODIM

class	RhiODIM

class	ExtAndreOp
	Base class for radar data processors. More...

class	ExtDopplerOp
	Base class for radar data processors. More...

class	ExtRackOp
	Base class for radar data processors. More...

class	ShipFastOp
	Detects ships. More...

class	PolarSite

class	PolarPlot

class	PolarPlotFile

class	PolarAdd

class	PolarAddWeighted

class	PolarExtract

struct	AccumulationSection

class	AccumulationModule

class	AnDReDefaultQuality
	Set the default quality [0.0,1.0] of radar data, typically close to 0.9. More...

class	AnDReUniversal

class	AnDReCommand

class	DetectorCommand

class	DetectorInstaller

class	RemoverInstaller

struct	AnDReSection

class	AnDReModule

class	CompositeAdd
	Creates a single-radar Cartesian data set (2D data of both quantity and quality). More...

class	CompositeAddWeighted

class	CartesianBBox

class	CartesianBBoxReset

class	CartesianBBoxTest

class	CartesianBBoxTile

class	CartesianCreate
	Creates a single-radar Cartesian data set (2D data of both quantity and quality). More...

class	CompositeCreateTile

class	CartesianRange

class	CartesianCreateLookup
	Creates a single-radar Cartesian data set (2D data of both quantity and quality). More...

class	CartesianReset
	Creates a single-radar Cartesian data set (2D data of both quantity and quality). More...

class	CartesianExtract

class	CartesianSun
	Creates a single-radar Cartesian data set (2D data of both quantity and quality). More...

class	CartesianGrid

class	CartesianOpticalFlow

class	CartesianPlot

class	CartesianPlotFile

class	CartesianSpread

class	CartesianProj
	First, commands applicable in any Cartesian product generation, not only radar compositeing. More...

class	CartesianSize

class	CartesianTime

class	CartesianInit

class	CompositeMethod
	Commands (more) related to radar composites. More...

class	CompositeDefaultQuality

class	CompositeTimeDecay

class	CompositeDecayTime
	half-time in minutes More...

struct	CartesianSection

class	CartesianModule
	drain::Commands for conversions to Cartesian coordinate system, including radar image composites. More...

class	EncodingBag
	Utility. Consider long names, and then addShortKeys() More...

class	CmdBaseSelective

class	CmdSelect
	Select parts of hierarchical data using path, quantity, elevation angle and PRF mode as selection criteria. More...

class	CmdSelectQuantity
	Tool for selecting data for next command(s), based on paths, quantities and elevations. More...

class	CmdSet
	Modifies metadata (data attributes). More...

class	CmdConvert
	Convert data with desired encoding. More...

class	CmdCreateDefaultQuality

class	CmdDelete
	Remove parts of a hierarchical data structure. More...

class	CmdKeep
	Remove parts of a hierarchical data structure. More...

class	CmdMove
	Rename or move data groups and attributes. More...

class	CmdRename

class	CmdCompleteODIM
	Ensure correct ODIM types after setting attributes. More...

class	CmdODIM

class	CmdSetODIM
	Modifies metadata (data attributes). More...

class	CmdDumpMap

class	CmdHelpExample

class	CmdJSON
	Explain.. More...

class	CmdEcho

class	CmdFormatOut

class	CmdEncoding
	Facility for validating and storing desired technical (non-meteorological) user parameters. More...

class	CmdErrorFlags

class	UndetectWeight

class	CmdCheckType
	Default handler for requests without own handler. Handles options that are recognized as 1) files to be read or 2) ODIM properties to be assigned in current H5 structure. More...

class	CmdValidate

class	CmdVersion

class	OutputDataVerbosity

class	CmdAppend

class	CmdStore

class	CmdQuantityConf

struct	VerboseCmd

class	CmdExpandVariables2

class	CmdInputFilter

class	CmdPause

class	CmdTest2

class	CmdHdf5Test

class	CmdDumpXML

class	MainModule

class	HiddenModule

class	Compositor

class	typeIsFundamental

struct	HistEntry

class	CmdHistogram
	TODO: generalize to array outfile. More...

class	CmdGeoTiff

class	H5HTMLextractor

class	CmdInputPrefix
	A debugging facility. Obsolete? More...

class	CmdInputFile
	Input HDF5, PNG or text file. More...

class	CmdInputSelect
	Data selector for subsequent input files. More...

class	MetaDataCollectorSVG

class	MetaDataPrunerSVG

class	TitleCreatorSVG

class	CmdBaseSVG
	SVG panel utils. More...

class	CmdOutputPanel
	SVG panel. More...

class	CmdOutputConf

class	CmdOutputPrefix

class	ODIMVariableHandler

class	CmdOutputRawImages

class	CmdImageSampler

class	CmdOutputFile

class	CmdOutputTree

class	FileModule

class	RackImageOpCmd
	Designed for Rack. More...

class	ImageOpExec

class	CmdImagePhysical
	Switch for image operators to use physical scale instead of storage typed values. More...

struct	ImageOpSection

class	ImageOpModule

class	CmdImageAlphaBase

class	CmdImageAlpha

class	CmdImageTransp

class	CmdImageFlatten

class	CmdPalette

class	CmdPaletteConf

class	CmdPaletteInput

class	CmdPaletteOutput

class	CmdPaletteRefine

class	CmdImageQuality
	Quality groups accepted as alpha channels. More...

class	CmdImageBox

class	CmdPlot

struct	ImageSection

class	ImageModule

class	CmdImage

struct	PaletteManager

class	CmdSweep
	"Virtual" command extracting one sweep - actually only modifying selector More...

class	CmdOutputQuantity

class	ProductCommand
	Wrapper for meteorological products derived from VolumeOp. More...

struct	ProductSection

class	ProductModule

class	ImageContext

class	AndreContext

class	Hdf5Context

class	RackContext
	Resources provided separately for each thread. More...

class	RackResources
	A container for shared resources applied by RackLets. More...

struct	ScienceSection

class	ScienceModule

class	BeamAltitudeOp
	A single-ray "product" storing the altitude at each bin. More...

class	CappiOp
	Pseudo-CAPPI: the constant altitude planar position indicator product. More...

class	ConvOp
	Computes Cb s or bottoms in kilometers for a given dBZ threshold, typically 20, 40 or 45 dBZ. More...

class	CumulativeProductOp
	Base class for flat (2D) products computed in the polar coordinate system. More...

class	DataConversionOp
	Converts HDF5 data to use desired data type, scaling and encoding (ODIM gain, offset, undetect and nodata values). More...

struct	unitSpeed

class	DopplerAvg
	Averaging operator. A simple example implementation of ImpulseCumulator. More...

class	DopplerAvgExpOp

class	DopplerDevOp

class	DopplerWindOp
	Base class for operators retrieving true wind (u,v). More...

class	DopplerInversionOp
	Derives two-dimensional wind (u,v) from Doppler data. More...

class	DopplerSegmentProber

class	DopplerOp
	Base class for computing products using Doppler speed [VRAD] data. More...

class	DopplerDiffOp
	Experimental. More...

class	DopplerReprojectOp

class	DopplerCrawlerOp

class	DopplerSamplerOp
	Base class for computing products using Doppler speed [VRAD] data. More...

class	DopplerDiffPlotterOp

class	DopplerWindowOp
	Base class for Doppler average and variance. More...

class	DopplerAvgOp
	Simple op not producing quality field. More...

class	DopplerEccentricityOp

class	DrawingOp
	Select and visualise a direction, range, sector or arc. More...

struct	ReferencePoint

struct	MethodWeights

class	EchoTop2Op

class	EchoTopOp
	Height of echo exceeding a reflectivity threshold. More...

class	FunctorOp
	A single-ray "product" storing the altitude at each bin. More...

class	MaxEchoOp
	The maximum dBZ value in each a vertical column. More...

class	PolarNeuralVPROp
	The VPRimum dBZ value in each a vertical column. More...

class	PolarProductOp
	Base class for flat (2D) products computed in the polar coordinate system. Volume is used as input. More...

class	PolarSlidingWindowOp

class	PolarSlidingAvgOp

class	ProductBase
	Base class for radar data processors. Input can be in polar or Cartesian coordinates. More...

class	ProductOp
	Polar and Cartesian products. More...

class	PseudoRhiOp
	Pseudo Range-Height indicator. More...

class	RainRateDPOp
	Uses DBZ, ZDR and KDP to derive rain rate. Under construction. More...

class	FreezingLevel

class	RainRateOp
	Computes rain rate from dBZ. More...

class	SunShineOp
	A single-ray "product" storing the altitude at each bin. More...

class	VerticalIntersectionOp

class	VerticalProfileOp
	Computes vertical profiles of reflectivity (DBZH), including raw and polarized reflectivity. More...

class	VerticalWindProfileOp
	Computes vertical profiles of reflectivity (DBZH), including raw and polarized reflectivity. More...

class	VolumeOp
	Base class for radar data processors. More...

class	VolumeTraversalOp
	Class designed for "sequential" "parallel" processing of Sweeps. More...

class	RadarDataFunctor
	Checks `nodata` and `undetect` before calling the functor. More...

class	RadarFunctorBase

class	RadarFunctorOp
	Convenience (abbreviation) More...

class	RadarWindowCore

class	RadarWindowConfig

class	SlidingRadarWindow
	A two-dimensional image processing window that handles the special ODIM codes and scales the result. Template parameter for drain::SlidingWindowOpT. More...

class	RadarWindowAvg

class	RadarWindowSoftMax

class	RadarWindowStdDev
	Sliding window for computing standard deviation of scalar quantities. More...

class	PolarSegmentProber
	Computes in polar coordinates. More...

class	Beam

class	Composite
	Cartesian composite (mosaic) of data from several radars. More...

class	Coordinates
	Simple spherical coordinate computation. Does not handle projections, but earth coords. More...

class	DopplerWindow

class	DopplerAverageWindow

class	DopplerAverageWindow2
	Smoothens Doppler field, providing quality computed as eccentricity. More...

class	DopplerDevWindow

class	DopplerEccentricityWindow
	Computes eccentrity of Doppler speeds mapped on a Nyquist-normalized unit window. More...

class	DopplerInversionConfig

class	DopplerInversionMoments

class	DopplerInversionWindow

class	DopplerInversionWindowWeighted

class	Geometry

class	PolarSector

class	PolarSmoother

class	GaussianStripeVertPolarWeighted

class	Precip

class	SingleParamPrecip

class	DoubleParamPrecip

class	PrecipZ

class	PrecipZrain

class	PrecipZsnow

class	PrecipKDP

class	PrecipZZDR

class	PrecipKDPZDR

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

class	RadarDataPicker
	Base class for utilities traversing radar data with Sampler. More...

class	PolarDataPicker

class	CartesianDataPicker

class	RadarProj4

class	RadarProj

struct	Equatorial

struct	Geographical

struct	Horizontal

class	Sun

Typedefs
typedef SrcType< ODIM const >	BasicSrc
	Read-only data (supports top-level ODIM properties only)

typedef SrcType< PolarODIM const >	PolarSrc
	Read-only data in polar coordinates.

typedef SrcType< CartesianODIM const >	CartesianSrc
	Read-only data in Cartesian coordinates.

typedef DstType< ODIM >	BasicDst

typedef DstType< PolarODIM >	PolarDst
	Writable data in polar coordinates.

typedef DstType< CartesianODIM >	CartesianDst
	Writable data in Cartesian coordinates.

typedef DstType< RhiODIM >	RhiDst
	Writable data in vertical coordinates, with (pseudo) RHI metadata.

typedef DstType< VerticalProfileODIM >	VprDst
	Writable data in vertical coordinates, with profile metadata.

typedef drain::Path< ODIMPathElem,'/', true, false, true >	ODIMPath

typedef std::list< ODIMPath >	ODIMPathList

typedef std::vector< ODIMPathElem >	ODIMPathElemSeq

typedef std::map< std::string, ODIMPathElem >	ODIMPathElemMap

typedef drain::CommandInstaller< 'a', AnDReSection >	AnDReInstaller
	Keep combined OBSOLETE?

Functions
template<typename DT >
std::ostream &	operator<< (std::ostream &ostr, const PlainData< DT > &d)

template<class DT , ODIMPathElem::group_t G>
std::ostream &	operator<< (std::ostream &ostr, const DataGroup< DT, G > &d)

template<typename DT >
std::ostream &	operator<< (std::ostream &ostr, const Data< DT > &d)

template<typename DT >
std::ostream &	operator<< (std::ostream &ostr, const DataSet< DT > &d)
	Dumps quantities and geometry.

std::ostream &	operator<< (std::ostream &ostr, const DataCoder &coder)

std::ostream &	operator<< (std::ostream &ostr, const DataSelector &selector)

std::ostream &	operator<< (std::ostream &ostr, const DataOrder &order)

std::ostream &	operator<< (std::ostream &ostr, const ODIM &odim)

bool	operator== (const ODIMPathElem &e1, const ODIMPathElem &e2)

bool	operator< (const ODIMPathElem &e1, const ODIMPathElem &e2)
	Important!

std::ostream &	operator<< (std::ostream &ostr, const ODIMPathElem &p)

bool	operator!= (const ODIMPathElem &e1, const ODIMPathElem &e2)

std::istream &	operator>> (std::istream &istr, ODIMPathElem &p)

std::ostream &	operator<< (std::ostream &ostr, const ODIMPathElem2 &elem)

std::ostream &	operator<< (std::ostream &ostr, const ODIMPathElemMatcher &p)

std::ostream &	operator<< (std::ostream &ostr, const ODIMNodeValidator &v)

std::ostream &	operator<< (std::ostream &ostr, const Quantity &q)

QuantityMap &	getQuantityMap ()

std::ostream &	operator<< (std::ostream &ostr, const QuantityMap &map)

std::ostream &	operator<< (std::ostream &ostr, const QuantityMatcher &m)

std::ostream &	operator<< (std::ostream &ostr, const QuantitySelector &selector)

void	prepareBBox (const Composite &composite, const drain::BBox &cropGeo, drain::Rectangle< int > cropImage)

std::string	quoted (const ODIMPath &path)

void	writeGroupToDot (std::ostream &ostr, const Hi5Tree &group, int &index, ODIMPathElem::group_t selector, const ODIMPath &path=ODIMPath())

template<class P >
void	sampleData (const typename P::dataset_t &dataset, const Sampler &sampler, const std::string &format, std::ostream &ostr)

const std::string &	getTextClass (const std::string key)

TreeSVG &	getTextElem (const TreeSVG &frame, TreeSVG &current, const std::string key)

int	process (int argc, const char **argv)

RackResources &	getResources ()
	Default instance.

std::ostream &	operator<< (std::ostream &ostr, const rack::ProductBase &op)

template<class T >
double	dbzToZ (const T &dBZ)

template<class T >
double	zToDbz (const T &Z)

template<class OD >
std::ostream &	operator<< (std::ostream &ostr, const RadarDataPicker< OD > &p)

Variables
ODIMPathElem	odimROOT (ODIMPathElem::ROOT)

ODIMPathElem	odimWHERE (ODIMPathElem::WHERE)

ODIMPathElem	odimWHAT (ODIMPathElem::WHAT)

ODIMPathElem	odimARRAY (ODIMPathElem::ARRAY)

const drain::RegExp	textFileExtension (".*\\.(txt)$", REG_EXTENDED\|REG_ICASE)
	Syntax for recognising hdf5 files. More...

const drain::RegExp	arrayFileExtension (".*\\.(mat)$", REG_EXTENDED\|REG_ICASE)
	Syntax for recognising numeric array files (in plain text format anyway).

const drain::RegExp	sampleFileExtension (".*\\.(dat)$", REG_EXTENDED\|REG_ICASE)
	Syntax for sparsely resampled data.

const drain::RegExp	dotFileExtension (".*\\.(dot)$", REG_EXTENDED\|REG_ICASE)
	Syntax for recognising Graphviz DOT files.

const drain::RegExp	h5FileExtension
	Syntax for recognising hdf5 files.

const int	EARTH_RADIUSi = 6371000
	Approximated radius of Earth, integer.

const double	EARTH_RADIUS = static_cast<double>(EARTH_RADIUSi)
	Approximated radius of Earth, integer.

const double	EARTH_RADIUS_43 = EARTH_RADIUS * 4.0 / 3.0
	The standard 4/3 radius applied in radar to compensate the decreasing density of the atmosphere.

const int	earthRadiusMI = 6371000

const int	earthRadius43MI = (earthRadiusMI * 4) / 3

const float	earthRadius43MF = static_cast<float>(earthRadiusMI) * 4.0 / 3.0

const drain::image::CoordinatePolicy	polarLeftCoords (drain::image::EdgePolicy::POLAR, drain::image::EdgePolicy::WRAP, drain::image::EdgePolicy::LIMIT, drain::image::EdgePolicy::WRAP)
	Standard (?) orientation of polar coords in radar data.

const drain::image::CoordinatePolicy	limitCoords (drain::image::EdgePolicy::LIMIT, drain::image::EdgePolicy::LIMIT, drain::image::EdgePolicy::LIMIT, drain::image::EdgePolicy::LIMIT)
	Default coordinate policy; no wrapping or mirroring at edges.

Detailed Description

This file is part of AnoRack, radar data processing utilities for C++.

Created on: Mar 7, 2011 Author: mpeura

This file is part of Rack.

Rack is free software: you can redistribute it and/or modify it under the terms of the GNU Lesser Public License as published by the Free Software Foundation, either version 3 of the License, or any later version.

Rack is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser Public License for more details.

You should have received a copy of the GNU General Public License along with Rack. If not, see http://www.gnu.org/licenses/.

Version 8.7.3

Fix: Composite extract (internal variables)

Version 8.7.2

Fix: SourceODIM
Fix: VariableT<>::operator==(const char *s)

Version 8.7.1

Variable comparisons

Version 8.7

Extensive documentation for drain::VariableT - drain::Variable, drain::FlexibleVariable and drain::Reference .
Fixed (Flexible)Variable assignment bug
DRAIN_TYPENAME(type) macro

Version 8.6.1

Added special arg 'empty' for –delete , as other –delete commands may leave empty data groups
Fixed basedir creation of html output

Version 8.6

pEchoTop2

Version 8.5

Redesigned (separated) VariableBase and VariableInitialiser
Logger ctr with variadic parameters

Version 8.4.1

Drain core classes directly at /drain
Refactored Variable, Reference and FlexibleVariable
#ifndef NDEBUG applied (from <cassert> )

Version 8.4

Revised Variable, Reference and FlexibleVariable
Tentative ODIM version switch support
EchoTop2

Version 8.3.1 –outputConf tif: <- default compliancy=EPSG:STRICT

Version 8.3.1 Version 8.3 – SVG title formatting, like ${what:starttime|:2:4}

Version 8.2.2 – CodeCheck: (self-assignment) cert-oop54-cpp

Version 8.2.1 – SVG title formatting, like ${what:starttime|:2:4} – pCappi back to PRF any

Version 8.2 – output variable formatting: 2.7182818... -> ${e|%4.2f} ${e|%06.2f} ${e|:6:2} – HTML output

Version 8.17 – enhanced SVG output

Version 8.16.1 – Fixed /what:EPSG -> /where:EPSG

Version 8.16 – enhanced SVG output – nonstandard /how:EPSG -> /where:EPSG

Version 8.15 – SVG output by extension (.svg).

Version 8.14 – QuantityMatcher: period '.' added to regExp-recognising-regExp: "^.?*[]()$"

Version 8.13 – Streamlined XML/SVG/HTML classes

Version 8.13 – Fixed SegmentProber POLAR bug

Version 8.12 – SVG output panel: –outputConf svg[:<params>] –outputFile <basename>.svg

Version 8.11 – Fixed SVG GROUP bug

Version 8.1 – Program output tracking – SVG, XML development

Version 8.0 – Revised quantity selection: list of strings/regExps.

Version 7.9 – Palette aliases, like DBZH->DBZ, DBHV->DBZ, TH->DBZ, TV-> ... – Fixed PGM 16bit read/write bugs – DataSelector supports list and regexp: –selectQuantity 'DBZH,DBZV,TH,^DBZH.*$'

Version 7.83 – Revised ODIMElement, ODIMElementMatcher, DataSelector, QuantitySelector

Version 7.81 – Further revised/simplified DataSelector

Version 7.8 – Revised DataSelector: #selectPaths() – New functionality: selective read –inputSelect – Log: adjustable sublevels: accept<LOG_DEBUG>(...) , fail<LOG_INFO>(...) – Revised definitions: Variable, ReferenceVariable, FlexibleVariable – Image processing: keys instead of numeric indices – Check rscale, nbins, nrays in compositing

Version 7.79 – DistanceTransform: literal keywords: "4-CONNECTED", "8-CONNECTED", "16-CONNECTED",

Version 7.78 – Logger: added op(), enabling log(level)(args...) – Palette: fixed file search – Input: adjustable error level

Version 7.77 – Logger arg order – Fixed conversion bug

Version 7.76 – Bug fix: QualityCombiner

Version 7.75 – Revised AnDRe class code assignment

Version 7.74 Version 7.73 – Palette tuning

Version 7.73 – Revised drain::Path design (variadic templates)

Version 7.71 – Revised DotGraph output – Revised & fixed combining of input quality fields

Version 7.7 – Revised & fixed combining of input quality fields

Version 7.62 – Default palettes for the most common quantities (DBZH, VRAD, ...) are included directly as C++ code, from ./palette

Version 7.61 – Bug fix: qualityCombiner

Version 7.6 – Palette supports initializer_list

Version 7.53 – cBoxTest uses AEQD as default projection

Version 7.52 – Added Cropping BBOX parameter to –cExtract – Fixed cCreateTile (clear composite)

Version 7.51 – More support for EPSG in saving composites in GeoTIFF.

Version 7.5 – Revised build.sh and make.sh

Version 7.41 – Image processing result quantity: ${what:quantity}|${cmdKey}(${cmdArgs} (esp. for iResize & palette) – Proj 7 compatibility

Version 7.4 – Proj 6.3.1

Version 7.32 – Extended EPSG handling for selected codes (now 3067)

Version 7.31 – Revised EPSG vs Proj.4 projstr handling – Revised TIFFTAG_IMAGEDESCRIPTION, example: COMP:DBZH:PCAPPI(1500,true,1,0,WAVG:1:8:-40):elangles(0.3,0.7,1.5,3,5,9,2,7,11,15,25,45,0.4)

Version 7.3 – GeoTIFF EPSG support: plainEPSG output option – GeoTIFF EPSG:3067 support

Version 7.22 – Changed –iResize adjusts ODIM (rscale, startaz, ...)

Version 7.21 – Changed –iResize encoding quantity syntax – Fixed –iResize path selector

Version 7.20 – Fixed scripted volume append bug

Version 7.2 – Fixed –convert

Version 7.1 – Separate JSONtree class removed – execFile JSON fix

Version 7.0 – Revised JSON classes – execFile JSON support

Version 6.83 – Revised Flagger/Flags design with enum support – dualPRF selector redesigned

Version 6.82 – Checks unknown single char instructions, ie. other than [, /, or ] .

Version 6.81 Version 6.8 – DataSelector: added order: MIN|MAX:DATA|ELANGLE|TIME

Version 6.7 – Bug fix: cReset

Version 6.6 – Thread support for / small / commands /

Version 6.51 – Strip single and double quotes in scripting – Added inputFileBasename to status

Version 6.5 – More GeoTiff resiliency in metadata errors – Caster support for std::vector suppressed (resizing may change pointer address)

Version 6.49 – Bug fix: H5Aread / variable-length strings

Version 6.48 – aGapFill to use low-quality instead of 'nodata' (which required aRemover ) – aGapFillRec fix – Bug fix: Frame2D template parameter

Version 6.47 – Bug fix: handling empty geoTiff compression parameter

Version 6.46 – Bug fix: recognition of Metric coords (ie. large values) based on any coord exceeding.

Version 6.45 – Added "pseudo" region to pCappi – Bug fix: command section bug affecting –help – Bug fix: Histogram resize/rescale

Version 6.44 – aCCor also writes TH-DBHZ as quantity "TH_DBZH"

Version 6.43 – Bug fix: PGM 16 bit write – Developed further: file extension support

Version 6.42 – TIFF & GeoTIFF re-organized

Version 6.41 – Logger field width, precision – StringBuilder, StreamBuilder – Bug fix: PaletteOp precision

Version 6.4 – Data Selector: dualPRF

Version 6.35 – CAPPI: from polynomial to Gaussian beam modelling

Version 6.34 – Bug fix: Hi5 read string

Version 6.33 – Bug fix: ctx.statusFlags DATA_ERROR cleared upon new file read

Version 6.32 – select elangleMin,elangleMax removed

Version 6.31 – Status formatting

Version 6.30 – Redesign: Logger calls with variadic templates – Accumulator detached from AccumulationMethod

Version 6.29 – paletteRefine can (and should) be given before applying –palette.

Version 6.26 – Added VRAD-VRADH flexibility to Doppler products

Version 6.25 – Image geometry accepts (area, channels, alphachannels) – Palette cmd preserves alpha channel (by copying it)

Version 6.24 – Restored –execScript (yet not often needed) – Bug fix in CommandInstaller, cmd section assignment -> logical OR

Version 6.23 – Bug fix in where:lat, where:lon (originated from SmartMapTools)

Version 6.22 – Bug fix in –cBBox and –cProj order problem

Version 6.21 – how:angles listed in Cartesian products (ODIM 2.3), also in polar products. – fixed VRAD/VRADH problem in pDopplerAvg

Version 6.2 – Revised logic in selecting (quality) data for image processing operators( -h imageOps )

Version 6.0 – Revised program core (drain::CommandBank, drain::Program, drain::Script) – Parallel processing by OpenMP, introducing '[' and ']' on command line – Revised anomaly detection and removal – Migration to C++11 standard started

Version 5.63

–setODIM: support indexed search, like: –/dataset1:5/data3/what:quanity=DBZH

Version 5.62

Sample command: iRange,jRange => i,j to support sampling a single position
PGM comment override option

Version 5.61

More support for ODIM 2.3: what:source WIGOS

Version 5.6

Initial tests for parallel computation (openmp)
ReferenceMap supports copying references, if a common struct applied

Version 5.5

IDE update (Eclipse Embedded C/C++ plugin)
$CCFLAGS and $LDFLAGS redesigned in configure.sh and build.sh

Version 5.45

Output format confs generalized: –outputConf (replaced –outputTiffConf)
Plain numeric EPSG codes recognized in –cProj

, some (4236, 3067) also predefined for portability

GeoFrame refactored (Metric => Native)

Version 5.44

GeoTIFF: Compression added, with new –outputTiffConf <tilewidth>,<tileheight>,<compression>
Recognition of metric bbox in –cBBox

Version 5.43

Append sweeps: accept –inputPrefix

Version 5.42

ODIM Validator

Version 5.4

geometry.{width,height} replaces {nbins,nrays} in PolarODIM and {xsize,ysize} in CartesianODIM
EncodingODIM uses ValueScaling as base class

Version 5.31

Source NOD in tiled compositing
BBOX vector output (where::BBOX was through string conv)
GeoTIFF output: GDAL metadata

Version 5.29

Distance transforms using dynamic DistanceElement's
FillArray bug

Version 5.28

Sweep indexing also by timestamp

Version 5.08

Palette read (JSON and TXT)

Version 5.07

Log msg of NOTE and INFO simplified
Image selection fixed

Version 5.06

JSON palette support
bool Variable read and write for true/false as well (not only zero/nonzero)

Version 5.05

Data Selector path RegExp deprecation
JSON outputs

Todo:

clear proj def in accumula

Typedef Documentation

◆ ODIMPathElemMap

typedef std::map<std::string,ODIMPathElem> ODIMPathElemMap

Applicable for timestamp based sorting of DATASET groups and quantity based DATA/quality groups

Function Documentation

◆ dbzToZ()

double rack::dbzToZ ( const T & dBZ )

inline

Converts Z from logarithmic to linear scale.

$Z = 10^{dBZ/10}$

◆ getTextElem()

TreeSVG& rack::getTextElem	(	const TreeSVG &	frame,
		TreeSVG &	current,
		const std::string	key
	)

Parameters

frame - IMAGE or RECT inside which the text will be aligned

◆ operator<<()

std::ostream& rack::operator<<	(	std::ostream &	ostr,
		const PlainData< DT > &	d
	)

inline

Template Parameters

DT	- data type (PolarSrc, PolarDst, CartesianSrc, CartesianDst, ...)

◆ process()

int process	(	int	argc,
		const char **	argv
	)

Main program - renamed to facilitate calls from outside, esp. JNI calls. The standard main() will call this directly.

If a plain argument <arg> is given, forward it to this command. Equivalent to –inputFile <arg> .

If command is not found, it is redirected to this command. –setODIM <arg> which checks if it starts with a leading slash

◆ writeGroupToDot()

void rack::writeGroupToDot	(	std::ostream &	ostr,
		const Hi5Tree &	group,
		int &	index,
		ODIMPathElem::group_t	selector,
		const ODIMPath &	path = `ODIMPath()`
	)

Draw rank fixer [style=invis]

Draw egdes

Draw rank fixer

Draw edge

◆ zToDbz()

double rack::zToDbz ( const T & Z )

inline

Converts Z from logarithmic to linear scale.

$dBZ = 10\log_{10}Z = 10 \ln Z / \ln 10$

Variable Documentation

◆ textFileExtension

const drain::RegExp textFileExtension	(	".*\\.(txt)$"	,
		REG_EXTENDED\|	REG_ICASE
	)

Syntax for recognising hdf5 files.

Syntax for recognising GeoTIFF files.

Syntax for recognising text files.

Syntax for recognising Portable Networks Image image file. Syntax for recognising PNM (PGM,PPM) image file. Syntax for recognising text files.

Classes

Typedefs

Functions

Variables

Detailed Description

Typedef Documentation

◆ ODIMPathElemMap

Function Documentation

◆ dbzToZ()

◆ getTextElem()

◆ operator<<()

◆ process()

◆ writeGroupToDot()

◆ zToDbz()

Variable Documentation

◆ textFileExtension