Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 1234]
| ►NLib | |
| C_Acqva_t | Represents the cartesian product |
| C_AcqvaCompositeGeneratorFactory_t | The Acqva Composite Generator Factory |
| 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_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_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 |
| 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 |
| CPyGra | A gra coefficient applier |
| CPyLazyNodeListReader | The LazyNodeListReader |
| CPyOdimSource | A odim source |
| CPyOdimSources | A cartesian product |
| 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_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 |
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