Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

NLib
Nacqva_featuremap_generator
CParserException
CInitializerException
CGeneratorException
Cacqva_static_item
Cacqva_coordinate_item
Cacqva_static_source
Cacqva_featuremap_generator
Nalgorithm_runner
Calgorithm_job	Job that supports the wanted priority handling that we want from the PriorityQueue All jobs that has algorithm_id in the arguments will get priority = 0 instead of priority 1 After that, the date and time are compared
Calgorithm_runner	Wrapper around the multiprocessing pool used for generating products Since we want to avoid processing old jobs before newer jobs we have to prioritize the jobs and make sure that we are not draining computer resources on irrelevant jobs
Narea
CAREA
Narea_registry
Carea_registry	Area registry wrapper
NBaltradFrame
CBaltradFrame
NBaltradMessageXML
CBltXMLElement	Element
CBltXML	Base element
Ncompositegenerator
CGenerator
Ncompositing
Ccompositing	Compositing class instance
Ncompute_pia
CPIAHitschfeldBordan
Nfm12_importer
Cfm12_importer
Ngadjust
Ngra
Cgra_coefficient
Cgra	Gauge-Radar Analysis class
Ngrapoint
Cgrapoint	Represents one point to be used in the gra adjustment
Nobsmatcher
Cobsmatcher	Class for extracting relevant observations that are covered by the provided area
Nodc_hac
CHAC
Nodc_hac_quality_plugin
Codc_hac_increment_plugin
Codc_hac_filter_plugin
Nodim_source
CODIM_Source
Npcs
Cinterface
Cusgs
Npolar_merger
Cpolar_merger	Helps with merging scans or volumes containing different parameters but where date/time & source matches
NProj
CProj	Projection class
Nqitotal_options
Cqifield_information	Relation between a name (how/task quality field name) and a weight
Cqitotal_site_information	Information on what quality fields that should be used for generating the qi-total field
Nradar
CRADAR
Nrave
CRAVE
Nrave_area
CAREA	Area object
Nrave_bdb
Crave_bdb
Nrave_daemon
CDaemon	A generic daemon class
Nrave_dealias_quality_plugin
Cdealias_plugin
Nrave_distance_quality_plugin
Crave_distance_quality_plugin
Nrave_dom
Cwmo_station	Defining a wmo station
Cobservation
Cmelting_layer
Nrave_dom_db
Crave_db	Class for connecting with the database
Nrave_fm12
Cfm12_base_info
Cfm12_obs
Cfm12_parser	The parser of the fm12 synop data
Nrave_height_quality_plugin
Crave_height_quality_plugin
Nrave_info
CINFO
Nrave_loader
Crave_loader
Nrave_mppool
CNonDaemonProcess	Inherit Process
CNonDaemonContext
CRavePool	We sub-class multiprocessing.pool.Pool instead of multiprocessing.Pool because the latter is only a wrapper function, not a proper class
Nrave_overshooting_quality_plugin
Crave_overshooting_quality_plugin
Nrave_pgf
CRavePGF	The product generation framework class containing the product generation functionality
Nrave_pgf_logger
CLogRecordStreamHandler	Handler for a streaming logging request
CLogRecordSocketReceiver	Simple TCP socket-based logging receiver suitable for testing, and maybe a little more
Crave_pgf_logger_server
Nrave_pgf_qtools
CPGF_JobQueue_isFull_Error	Job queue Exception
CPGF_JobQueue	Queue object based on a dictionary
Nrave_pgf_quality_registry_mgr
Crave_pgf_quality_registry_mgr_element
Crave_pgf_quality_registry_mgr
Nrave_pgf_registry
CPGF_Registry	Registry containing product generation algorithm information
Nrave_pia_quality_plugin
Crave_pia_quality_plugin
Nrave_projection
Cinterface	Object for interfacing with PROJ.4
Cusgs	PROJ 4.7.0 and higher interface (requires Proj.py, _proj.so)
Nrave_qitotal_quality_plugin
Crave_qitotal_quality_plugin
Crave_qitotal_quality_minimum
Crave_qitotal_quality_additive
Crave_qitotal_quality_multiplicative
Nrave_ql
Cql
Nrave_quality_chain_plugin
Crave_quality_chain_plugin
Nrave_quality_chain_registry
Clink
Cchain
Crave_quality_chain_registry
Nrave_quality_plugin
Crave_quality_plugin
Nrave_radarindex_quality_plugin
Crave_radarindex_quality_plugin
Crave_elevationindex_quality_plugin
Nrave_radvol_quality_plugin
Cradvol_att_plugin
Cradvol_broad_plugin
Cradvol_nmet_plugin
Cradvol_speck_plugin
Cradvol_spike_plugin
Nrave_radvol_realtime
Coptions	Generic object used to organize options and argument values to radvol
Nrave_scansun_quality_plugin
Cscansun_quality_plugin
Nrave_tile_registry
Ctiledef
Nrave_win_colors
Ccolor_map
Cslope_map
Cdiscrete_raw_slope
Cdiscrete_dbz_slope
Cwind_profile
Cradial_wind_velocity
Caccumulated_mm
Nrave_wmo_flatfile
Crave_wmo_flatfile	Used to parse the WMO provided flatfile containing all synop stations
Nrave_xml
Cxmlmap
Nrave_zdiff_quality_plugin
Crave_zdiff_quality_plugin
Ntiled_compositing
Ctiled_area_definition	The basic area definition that should be transfered to the tiling compositing instance
Cmulti_composite_arguments	The argument wrapper so that the arguments can be transfered to the composite generator taking care of the tile
Ctiled_compositing	The actual compositing instance forwarding requests to the tilers
C_Acqva_t	Represents the cartesian product
C_AcqvaCompositeGeneratorFactory_t	The Acqva Composite Generator Factory
C_AcqvaFeatureMap_t
C_AcqvaFeatureMapElevation_t
C_AcqvaFeatureMapField_t
C_Area_t	Represents the area
C_AreaRegistry_t	Represents the registry
C_BitmapGenerator_t	Represents the functionality for creating bitmaps
C_Cartesian_t	Represents the cartesian product
C_CartesianCfIO_t	Represents the adaptor
C_CartesianComposite_t	Represents the cartesian composite generator
C_CartesianOdimIO_t	Represents the adaptor
C_CartesianParam_t	Represents the cartesian field product
C_CartesianVolume_t	Represents the cartesian volume
C_Composite_t	Represents the cartesian product
C_CompositeAlgorithm_t	The basic composite algorithm that can be cast into a subclassed processor
C_CompositeArguments_t	Represents the area
C_CompositeEngine_t	Represents the cartesian product
C_CompositeEngineOvershootingQcHandler_t	The QC overshooting handler when generating poo fields
C_CompositeEngineQcHandler_t	CompositeEngineQcHandler
C_CompositeFactoryManager_t	Represents the composite manager product
C_CompositeFilter_t	Represents the area
C_CompositeGenerator_t	Represents the cartesian product
C_CompositeGeneratorFactory_t	The basic composite algorithm that can be cast into a subclassed processor
C_DetectionRange_t	Represents the detection range generator
C_FileObject_t	Represents the file object
C_FileObjectOdimIO_t	The Polar ODIM IO adaptor
C_heapobject	Heap structure when allocating rave objects
C_LazyDataset_t	Represents one lazy dataset
C_LazyNodeListReader_t	Represents the lazy nodelist loader
C_LegacyCompositeGeneratorFactory_t	The Legacy composite generator factory
C_NearestCompositeGeneratorFactory_t	Nearest composite generator factory that can handle PPI, CAPPI, PCAPPI, MAX and PMAX using nearest neighbour
C_OdimSource_t	Represents the area
C_OdimSources_t	Represents the odim sources registry
C_PolarNavigator_t	Represents one polar navigator
C_PolarOdimIO_t	The Polar ODIM IO adaptor
C_PolarScan_t	Represents one scan in a volume
C_PolarScanParam_t	Represents one param in a scan
C_PolarVolume_t	Represents a volume
C_PooCompositeAlgorithm_t	Represents the cartesian product
C_Projection_t	Represents one projection
C_ProjectionPipeline_t	Represents one projection
C_ProjectionRegistry_t	Represents the registry
C_RadarDefinition_t	Represents the area
C_Radvol_params_t	Represents argument parameters for Radvol's algorithms
C_Radvol_t	Represents the Radvol
C_RadvolAtt_t	Represents the RadvolAtt algorithm
C_RadvolBroad_t	Represents the RadvolBroad algorithm
C_RadvolNmet_t	Represents the RadvolNmet algorithm
C_RadvolSpeck_t	Represents the RadvolSpeck algorithm
C_RadvolSpike_t	Represents the RadvolSpike algorithm
C_RaveAcrr_t	Represents the acrr generator
C_RaveAttribute_t	Represents one scan in a volume
C_RaveAttributeTable_t	Represents one scan in a volume
C_RaveBufrIO_t	Defines the structure for the RaveIO in a volume
C_RaveData2D_t	Represents a date time instance
C_RaveDateTime_t	Represents a date time instance
C_RaveField_t	Represents the cartesian volume
C_RaveGra_t	Represents the gra applier
C_RaveIO_t	Defines the structure for the RaveIO in a volume
C_RaveIOCache_t	Defines the structure for the RaveIOCache
C_RaveLegend_t	Represents one scan in a volume
C_RaveList_t	Represents a list
C_raveobject	The basic raveobject that contains the header information for all rave objects
C_RaveObjectHashTable_t	Represents a hash table
C_RaveObjectList_t	Represents a list
C_raveobjecttype	The rave object type definition
C_RavePIA_t	Represents the gra applier
C_RaveProperties_t	Represents the registry
C_RaveQITotal_t	Represents the QI total generator
C_RaveValue_t	Represents one scan in a volume
C_SimpleXmlNode_t	Represents a node
C_Transform_t	Represents one transformator
C_VerticalProfile_t	Represents one vertical profile
C_VpOdimIO_t	The Vertical Profile ODIM IO adaptor
CAcqvaCompositeRadarItem	Keeps track of what object has what radar index value
CAcqvaCompositeValuePosition_t	Structure for holding information regarding a specific position and values connected with it
CAcqvaCompositeValues_t	Structure for keeping track on values / parameter
CAcqvaCompositingParameter_t	Structure for keeping track on parameters that should be composited
CCartesianOdimArg	Class for handling Cartesian ODIM I/O-handling
CCompositeArgumentObjectEntry_t	The object entry that is stored inside the arguments
CCompositeArgumentParameter_t	Structure for keeping track on parameters that should be composited
CCompositeEngineObjectBinding_t	Binding for associating rave objects with pipelines, sources and other miscellaneous information
CCompositeEnginePolarValueFunction_t	The class definition
CCompositeEngineRadarData_t	Contains information required when determining what data point to use
CCompositeFactoryEntry_t	The object entry that is stored inside the arguments
CCompositeQualityFlagDefinition_t	Can be used to define if a quality flag requires different gain/offset or datatype than the default values which are: UCHAR, offset=0.0 and gain = 255/UCHAR_MAX
CCompositeQualityFlagSettings_t	Settings if there is a which to create an array of settings from which to create quality flag definitions
CCompositeRadarItem	Keeps track of polar object and radar index value
CCompositeRaveObjectBinding_t	Utility class that helps out keeping a polar object associated with other objects like a projection pipeline
CCompositeUtilValue_t	This structure can be used to keep track of what value that should be used when calculating what value to be used for a position
CCompositeValuePosition_t	Structure for holding information regarding a specific position and values connected with it
CCompositeValues_t	Structure for keeping track on values / parameter
CCompositeValuesVector_t	How many values for interpolation
CCompositingParameter_t	Structure for keeping track on parameters that should be composited
CElevation_t	Represents an elevation
CInterpolationMethodMapping_t
COdimIoUtilityArg	Struct that can be used when passing around objects and associated nodelist between the writing and loading functions
COdimVersionToStrTypeMap	Type for keeping mapping
CPolarNavigationInfo	Provides user with navigation information
CPolarObservation
CPolarObservationLinkedList	Linked list version of the PolarObservation
CPosition	Position object used for navigation
CProductTypeMapping_t	Mapping between a product string and the Rave_ProductType which is a mapping to ODIM
CProj4DefIdToWktIdMapping	Mapping between a proj.4 definition id and a wkt id
CPyAcqva	A composite generator
CPyAcqvaFeatureMap	A feature map
CPyAcqvaFeatureMapElevation
CPyAcqvaFeatureMapField
CPyAcrr	A cartesian product
CPyArea	A cartesian product
CPyAreaRegistry	A cartesian product
CPyBitmapGenerator	The definition
CPyCartesian	A cartesian product
CPyCartesianComposite	A cartesian product
CPyCartesianParam	A cartesian product
CPyCartesianVolume	The cartesian volume object
CPyComposite	A composite generator
CPyCompositeAlgorithm	The poo composite algorithm instance
CPyCompositeArguments	A composite argument structure
CPyCompositeFactoryManager	A composite generator
CPyCompositeFilter	A composite argument structure
CPyCompositeGenerator	A composite generator
CPyCompositeGeneratorFactory	The poo composite algorithm instance
CPyDetectionRange	A detection range generator
CPyFileObject	A pia
CPyGra	A gra coefficient applier
CPyLazyNodeListReader	The LazyNodeListReader
CPyOdimSource	A odim source
CPyOdimSources	A cartesian product
CPyPia	A pia
CPyPolarNavigationInfo	A cartesian product
CPyPolarNavigator	A polar navigator
CPyPolarScan	A polar scan
CPyPolarScanParam	A polar scan param
CPyPolarVolume	The polar volume object
CPyProjection	A projection
CPyProjectionPipeline	A projection
CPyProjectionRegistry	A projection registry
CPyQITotal	A qi total object
CPyRadarDefinition	A radar definition
CPyRaveAttributeTable	A rave attribute table
CPyRaveData2D	The rave field object
CPyRaveField	The rave field object
CPyRaveIO	The RaveIO
CPyRaveIOCache	The RaveIOCache
CPyRaveLegend	The rave field object
CPyRaveObjectDebugging	Debugger struct to be used in rave python modules
CPyRaveProperties	A cartesian product
CPyRaveValue	A cartesian product
CPyTransform	The transformator
CPyVerticalProfile	A generic vertical profile
CQuantityNodataUndetectMapping	Mapping between quantities in ODIM and the definition used by CF
CRaveHash_bucket
CRaveHeap_t	A linked list where each entry corresponds to one allocation
CRaveHeapEntry_t	Keeps track on one allocation
CRaveIO_DataTypeMapping	Mapping between a data type and the corresponding string
CRaveIO_ObjectTypeMapping	Mapping between a object type and the corresponding string
CRavePolarField	Defines one field in a volume
CRavePolarVolume	Defines one polar volume
CRaveToHlhdfTypeMap	Mapping between hlhdf format and rave data type
CRaveTransform2D	Data structure when working with 2D projections
CRaveTypes_ProductMapping	Mapping between a product type and the corresponding string
CRaveWeight2D	Weight for one item
CRaveWktMappingFunction	Mapping containing a wkt mapping function
Crvals
Cscanmeta
CSimpleXmlNodeUserData_t
CTransformWeight	All weights that should be used for calculating a value of a position