The arguments that should be passed on to a composite generator. More...

#include "compositearguments.h"
#include "composite_utils.h"
#include "odim_source.h"
#include "rave_attribute.h"
#include "rave_datetime.h"
#include "rave_debug.h"
#include "rave_alloc.h"
#include "rave_list.h"
#include "rave_object.h"
#include "rave_types.h"
#include "rave_value.h"
#include "raveobject_hashtable.h"
#include "raveobject_list.h"
#include <string.h>
#include <strings.h>
#include <stdio.h>

Classes
struct	_CompositeArguments_t
	Represents the area. More...

struct	ProductTypeMapping_t
	Mapping between a product string and the Rave_ProductType which is a mapping to ODIM. More...

struct	CompositeArgumentParameter_t
	Structure for keeping track on parameters that should be composited. More...

struct	CompositeArgumentObjectEntry_t
	The object entry that is stored inside the arguments. More...

Typedefs
typedef struct ProductTypeMapping_t	ProductTypeMapping_t
	Mapping between a product string and the Rave_ProductType which is a mapping to ODIM.

typedef struct CompositeArgumentParameter_t	CompositeArgumentParameter_t
	Structure for keeping track on parameters that should be composited.

typedef struct CompositeArgumentObjectEntry_t	CompositeArgumentObjectEntry_t
	The object entry that is stored inside the arguments.

Functions
const char *	CompositeArguments_productToString (Rave_CompositingProduct product)
	Converts a method into a string.

Rave_CompositingProduct	CompositeArguments_stringToProduct (const char *product)
	Converts a string into a product.

int	CompositeArguments_setProduct (CompositeArguments_t args, const char product)
	Sets the compositing method to use when creating the composite.

const char *	CompositeArguments_getProduct (CompositeArguments_t *args)
	Returns the compositing product.

Rave_CompositingProduct	CompositeArguments_getCompositingProduct (CompositeArguments_t *args)
	If the product could be translated to a compositing product, this will be returned.

Rave_ProductType	CompositeArguments_getProductType (CompositeArguments_t *args)
	In some cases it is possible to translate a Rave_CompositingProduct into a Rave_ProductType.

int	CompositeArguments_setArea (CompositeArguments_t args, Area_t area)
	Sets the area to use when creating the composite.

Area_t *	CompositeArguments_getArea (CompositeArguments_t *args)
	Returns the area.

int	CompositeArguments_setTime (CompositeArguments_t args, const char value)
	Sets the nominal time.

const char *	CompositeArguments_getTime (CompositeArguments_t *args)
	Returns the nominal time.

int	CompositeArguments_setDate (CompositeArguments_t args, const char value)
	Sets the nominal date.

const char *	CompositeArguments_getDate (CompositeArguments_t *args)
	Returns the nominal date.

void	CompositeArguments_setHeight (CompositeArguments_t *args, double height)
	Sets the height that should be used when generating a composite.

double	CompositeArguments_getHeight (CompositeArguments_t *args)
	Returns the height that is used for composite generation.

void	CompositeArguments_setElevationAngle (CompositeArguments_t *args, double angle)
	Sets the elevation angle that should be used when generating a composite as PPI.

double	CompositeArguments_getElevationAngle (CompositeArguments_t *args)
	Returns the elevation angle that is used for composite generation.

void	CompositeArguments_setRange (CompositeArguments_t *args, double range)
	Sets the range that should be used when generating the Pseudo MAX.

double	CompositeArguments_getRange (CompositeArguments_t *args)
	Returns the range in meters.

int	CompositeArguments_setStrategy (CompositeArguments_t args, const char strategy)
	Sets the strategy id.

const char *	CompositeArguments_getStrategy (CompositeArguments_t *args)
	Returns the strategy.

int	CompositeArguments_addArgument (CompositeArguments_t args, RaveAttribute_t argument)
	Adds a rave attriargumentbute to the composite arguments.

void	CompositeArguments_removeArgument (CompositeArguments_t args, const char name)
	Removes the rave argument that is named accordingly.

RaveAttribute_t *	CompositeArguments_getArgument (CompositeArguments_t args, const char name)
	Returns the rave argument that is named accordingly.

int	CompositeArguments_hasArgument (CompositeArguments_t args, const char name)
	Returns if there is a rave argument that is named accordingly.

int	CompositeArguments_addParameter (CompositeArguments_t args, const char quantity, double gain, double offset, RaveDataType datatype, double nodata, double undetect)
	Adds a parameter to be processed.

int	CompositeArguments_hasParameter (CompositeArguments_t args, const char parameter)
	Returns if this composite generator is going to process specified parameter.

int	CompositeArguments_getParameter (CompositeArguments_t args, const char parameter, double gain, double offset, RaveDataType datatype, double nodata, double *undetect)
	Returns the parameter at specified index.

int	CompositeArguments_getParameterCount (CompositeArguments_t *args)
	Returns the number of parameters to be processed.

const char *	CompositeArguments_getParameterAtIndex (CompositeArguments_t args, int index, double gain, double offset, RaveDataType datatype, double nodata, double undetect)
	Returns the parameter at specified index.

const char *	CompositeArguments_getParameterName (CompositeArguments_t *args, int index)
	Returns the parameter name at specified index.

int	CompositeArguments_addObject (CompositeArguments_t args, RaveCoreObject object)
	Adds a rave object to the arguments.

int	CompositeArguments_getNumberOfObjects (CompositeArguments_t *args)
	Returns the number of objects.

RaveCoreObject *	CompositeArguments_getObject (CompositeArguments_t *args, int index)
	Returns the object at specified index.

RaveObjectList_t *	CompositeArguments_getObjects (CompositeArguments_t *args)
	param[in] args - self

int	CompositeArguments_setQIFieldName (CompositeArguments_t args, const char fieldname)
	If a quality field based algorithm is implemented, this field can be set to indicate what field to use.

const char *	CompositeArguments_getQIFieldName (CompositeArguments_t *args)
	Returns the name of the field to use when implementing a quality based compositing.

int	CompositeArguments_addQualityFlag (CompositeArguments_t args, const char flag)
	Adds a quality flag that should be generated during processing.

int	CompositeArguments_setQualityFlags (CompositeArguments_t args, const char flags[], int nrflags)
	Sets the quality flags that should be used.

int	CompositeArguments_getNumberOfQualityFlags (CompositeArguments_t *args)
	Returns the number of quality flags.

const char *	CompositeArguments_getQualityFlagAt (CompositeArguments_t *args, int index)
	Returns the name of the quality flag at specified position.

int	CompositeArguments_removeQualityFlag (CompositeArguments_t args, const char flag)
	Removes the quality flag with provided name.

int	CompositeArguments_removeQualityFlagAt (CompositeArguments_t *args, int index)
	Removes the quality flag at specified index.

RaveList_t *	CompositeArguments_getQualityFlags (CompositeArguments_t *args)
	Returns a full list of all set quality flags.

int	CompositeArguments_hasQualityFlag (CompositeArguments_t args, const char name)

int	CompositeArguments_createRadarIndexMapping (CompositeArguments_t args, OdimSources_t sources)
	Creates the radar index mapping from the objects and the sources.

RaveObjectHashTable_t *	CompositeArguments_getRadarIndexMapping (CompositeArguments_t *args)
	Returns the radar index mapping.

int	CompositeArguments_updateRadarIndexMapping (CompositeArguments_t args, RaveObjectHashTable_t mapping, OdimSources_t *sources)
	Updates the radar index mapping.

RaveList_t *	CompositeArguments_getRadarIndexKeys (CompositeArguments_t *args)
	Returns the registered radar indexes.

int	CompositeArguments_getRadarIndexValue (CompositeArguments_t args, const char key)
	Returns the index for the specified key.

int	CompositeArguments_createRadarIndex (CompositeArguments_t args, const char key)
	Creates a radar index value for the specified key.

int	CompositeArguments_getObjectRadarIndexValue (CompositeArguments_t *args, int index)
	Returns the objects radar index at specified index.

Variables
RaveCoreObjectType	CompositeArgumentObjectEntry_TYPE
	A composite argument object entry that that keeps track of added objects.

RaveCoreObjectType	CompositeArguments_TYPE
	Type definition to use when creating a rave object.

Detailed Description

The arguments that should be passed on to a composite generator.

Author: Anders Henja (Swedish Meteorological and Hydrological Institute, SMHI)

Date: 2024-10-14

Typedef Documentation

◆ CompositeArgumentObjectEntry_t

typedef struct CompositeArgumentObjectEntry_t CompositeArgumentObjectEntry_t

The object entry that is stored inside the arguments.

◆ CompositeArgumentParameter_t

typedef struct CompositeArgumentParameter_t CompositeArgumentParameter_t

Structure for keeping track on parameters that should be composited.

◆ ProductTypeMapping_t

typedef struct ProductTypeMapping_t ProductTypeMapping_t

Mapping between a product string and the Rave_ProductType which is a mapping to ODIM.

Function Documentation

◆ CompositeArguments_addArgument()

int CompositeArguments_addArgument	(	CompositeArguments_t *	args,
		RaveAttribute_t *	argument )

Adds a rave attriargumentbute to the composite arguments.

instead.

Parameters

[in]	args	- self
[in]	argument	- the argument

Returns: 1 on success otherwise 0

◆ CompositeArguments_addObject()

int CompositeArguments_addObject	(	CompositeArguments_t *	args,
		RaveCoreObject *	object )

Adds a rave object to the arguments.

Parameters

[in]	args	- self
[in]	object	- a rave object.

Returns: 1 on success, otherwise 0

◆ CompositeArguments_addParameter()

int CompositeArguments_addParameter	(	CompositeArguments_t *	args,
		const char *	quantity,
		double	gain,
		double	offset,
		RaveDataType	datatype,
		double	nodata,
		double	undetect )

Adds a parameter to be processed.

Parameters

[in]	args	- self
[in]	quantity	- the parameter quantity
[in]	gain	- the gain to be used for the parameter
[in]	offset	- the offset to be used for the parameter
[in]	datatype	- the type of data RaveDataType
[in]	nodata	- the nodata value to use
[in]	undetect	- the undetect value to use

Returns: 1 on success

◆ CompositeArguments_addQualityFlag()

int CompositeArguments_addQualityFlag	(	CompositeArguments_t *	args,
		const char *	flag )

Adds a quality flag that should be generated during processing.

Parameters

[in]	args	- self
[in]	flag	- the quality flag that should be passed on

Returns: 1 on success, otherwise 0

◆ CompositeArguments_createRadarIndex()

int CompositeArguments_createRadarIndex	(	CompositeArguments_t *	args,
		const char *	key )

Creates a radar index value for the specified key.

If there already is a key the currently set index will be returned.

Parameters

[in]	args	- self
[in]	key	- the key

Returns: the index value created or the existing value for the key or 0 on failure.

◆ CompositeArguments_createRadarIndexMapping()

int CompositeArguments_createRadarIndexMapping	(	CompositeArguments_t *	args,
		OdimSources_t *	sources )

Creates the radar index mapping from the objects and the sources.

If no sources instance a best effort will be done creating the index mapping.

Parameters

[in]	args	- self
[in]	sources	- the odim sources

Returns: 1 on success, otherwise 0

◆ CompositeArguments_getArea()

Area_t * CompositeArguments_getArea ( CompositeArguments_t * args )

Returns the area.

Parameters

[in] args - self

Returns: the area

◆ CompositeArguments_getArgument()

RaveAttribute_t * CompositeArguments_getArgument	(	CompositeArguments_t *	args,
		const char *	name )

Returns the rave argument that is named accordingly.

Parameters

[in]	args	- self
[in]	name	- the name of the argument

Returns: the attribute if found otherwise NULL

◆ CompositeArguments_getCompositingProduct()

Rave_CompositingProduct CompositeArguments_getCompositingProduct ( CompositeArguments_t * args )

If the product could be translated to a compositing product, this will be returned.

Parameters

[in] args - self

Returns: the compositing product

◆ CompositeArguments_getDate()

const char * CompositeArguments_getDate ( CompositeArguments_t * args )

Returns the nominal date.

Parameters

[in] args - self

Returns: the nominal time (or NULL if there is none)

◆ CompositeArguments_getElevationAngle()

double CompositeArguments_getElevationAngle ( CompositeArguments_t * args )

Returns the elevation angle that is used for composite generation.

Parameters

[in] args - self

Returns: the elevation angle in radians

◆ CompositeArguments_getHeight()

double CompositeArguments_getHeight ( CompositeArguments_t * args )

Returns the height that is used for composite generation.

Parameters

[in] args - self

Returns: the height

◆ CompositeArguments_getNumberOfObjects()

int CompositeArguments_getNumberOfObjects ( CompositeArguments_t * args )

Returns the number of objects.

Parameters

[in] args - self

Returns: number of objects

◆ CompositeArguments_getNumberOfQualityFlags()

int CompositeArguments_getNumberOfQualityFlags ( CompositeArguments_t * args )

Returns the number of quality flags.

Parameters

[in] args - self

Returns: number of quality flags

◆ CompositeArguments_getObject()

RaveCoreObject * CompositeArguments_getObject	(	CompositeArguments_t *	args,
		int	index )

Returns the object at specified index.

Parameters

[in]	args	- self
[in]	index	- position in list of objects

Returns: the found object or NULL if not valid index

◆ CompositeArguments_getObjectRadarIndexValue()

int CompositeArguments_getObjectRadarIndexValue	(	CompositeArguments_t *	args,
		int	index )

Returns the objects radar index at specified index.

Requires that radar mapping has been applied and that there exists some sort of mapping.

Parameters

[in]	args	- self
[in]	index	-position in list of objects

Returns: the radar index or 0 on failure

◆ CompositeArguments_getObjects()

RaveObjectList_t * CompositeArguments_getObjects ( CompositeArguments_t * args )

param[in] args - self

Returns: the list of objects

◆ CompositeArguments_getParameter()

int CompositeArguments_getParameter	(	CompositeArguments_t *	args,
		const char *	parameter,
		double *	gain,
		double *	offset,
		RaveDataType *	datatype,
		double *	nodata,
		double *	undetect )

Returns the parameter at specified index.

Parameters

[in]	args	- self
[in]	parameter	- the name of the parameter
[out]	gain	- the gain to be used for the parameter (MAY BE NULL)
[out]	offset	- the offset to be used for the parameter (MAY BE NULL)
[out]	datatype	- the datatype to be used for the parameter (MAY BE NULL)
[out]	nodata	- the nodata to be used for the parameter (MAY BE NULL)
[out]	undetect	- the undetect to be used for the parameter (MAY BE NULL)

Returns: 1 if parameter found, otherwise 0

◆ CompositeArguments_getParameterAtIndex()

const char * CompositeArguments_getParameterAtIndex	(	CompositeArguments_t *	args,
		int	index,
		double *	gain,
		double *	offset,
		RaveDataType *	datatype,
		double *	nodata,
		double *	undetect )

Returns the parameter at specified index.

Parameters

[in]	args	- self
[in]	index	- the index
[out]	gain	- the gain to be used for the parameter (MAY BE NULL)
[out]	offset	- the offset to be used for the parameter (MAY BE NULL)
[out]	datatype	- the datatype to be used for the parameter (MAY BE NULL)
[out]	nodata	- the nodata to be used for the parameter (MAY BE NULL)
[out]	undetect	- the undetect to be used for the parameter (MAY BE NULL)

Returns: the parameter name, NULL otherwise

◆ CompositeArguments_getParameterCount()

int CompositeArguments_getParameterCount ( CompositeArguments_t * args )

Returns the number of parameters to be processed.

Parameters

[in] args - self

Returns: the number of parameters

◆ CompositeArguments_getParameterName()

const char * CompositeArguments_getParameterName	(	CompositeArguments_t *	args,
		int	index )

Returns the parameter name at specified index.

Parameters

[in]	args	- self
[in]	index	- the index

Returns: the parameter name if found, NULL otherwise

◆ CompositeArguments_getProduct()

const char * CompositeArguments_getProduct ( CompositeArguments_t * args )

Returns the compositing product.

Returns: the compositing product

◆ CompositeArguments_getProductType()

Rave_ProductType CompositeArguments_getProductType ( CompositeArguments_t * args )

In some cases it is possible to translate a Rave_CompositingProduct into a Rave_ProductType.

If it is possible, then the product type is returned, otherwise UNDEFINED is returned.

Parameters

[in] args - self

Returns: the Product Type

◆ CompositeArguments_getQIFieldName()

const char * CompositeArguments_getQIFieldName ( CompositeArguments_t * args )

Returns the name of the field to use when implementing a quality based compositing.

Parameters

[in] args - self

Returns: the quality field name or NULL

◆ CompositeArguments_getQualityFlagAt()

const char * CompositeArguments_getQualityFlagAt	(	CompositeArguments_t *	args,
		int	index )

Returns the name of the quality flag at specified position.

Parameters

[in]	args	- self
[in]	index	- index of quality flag

Returns: quality flag on success, otherwise NULL

◆ CompositeArguments_getQualityFlags()

RaveList_t * CompositeArguments_getQualityFlags ( CompositeArguments_t * args )

Returns a full list of all set quality flags.

Remember to call RaveList_freeAndDestroy

Parameters

[in] args - self

Returns: a rave list of strings defining the quality flags

◆ CompositeArguments_getRadarIndexKeys()

RaveList_t * CompositeArguments_getRadarIndexKeys ( CompositeArguments_t * args )

Returns the registered radar indexes.

Parameters

[in] args - self

Returns: a list of keys

◆ CompositeArguments_getRadarIndexMapping()

RaveObjectHashTable_t * CompositeArguments_getRadarIndexMapping ( CompositeArguments_t * args )

Returns the radar index mapping.

Parameters

[in] args - self

Returns: the radar index mapping

◆ CompositeArguments_getRadarIndexValue()

int CompositeArguments_getRadarIndexValue	(	CompositeArguments_t *	args,
		const char *	key )

Returns the index for the specified key.

Parameters

[in]	args	- self
[in]	key	- the key

Returns: the radar index (1..N). Will return 1 if not found

◆ CompositeArguments_getRange()

double CompositeArguments_getRange ( CompositeArguments_t * args )

Returns the range in meters.

Parameters

[in] args - self

Returns: the range in meters

◆ CompositeArguments_getStrategy()

const char * CompositeArguments_getStrategy ( CompositeArguments_t * args )

Returns the strategy.

Parameters

[in] args - self

Returns: the strategy or NULL

◆ CompositeArguments_getTime()

const char * CompositeArguments_getTime ( CompositeArguments_t * args )

Returns the nominal time.

Parameters

[in] args - self

Returns: the nominal time (or NULL if there is none)

◆ CompositeArguments_hasArgument()

int CompositeArguments_hasArgument	(	CompositeArguments_t *	args,
		const char *	name )

Returns if there is a rave argument that is named accordingly.

Parameters

[in]	args	- self
[in]	name	- the name of the argument

Returns: if argument exists or not

◆ CompositeArguments_hasParameter()

int CompositeArguments_hasParameter	(	CompositeArguments_t *	args,
		const char *	quantity )

Returns if this composite generator is going to process specified parameter.

Parameters

[in]	args	- self
[in]	quantity	- the parameter quantity

Returns: 1 if yes otherwise 0

◆ CompositeArguments_hasQualityFlag()

int CompositeArguments_hasQualityFlag	(	CompositeArguments_t *	args,
		const char *	name )

Parameters

[in]	args	- self
[in]	name	- the name of the quality flag

Returns: 1 if the list of quality flags contains the specified name otherwise 0

◆ CompositeArguments_productToString()

const char * CompositeArguments_productToString ( Rave_CompositingProduct product )

Converts a method into a string.

Parameters

[in] product - the Rave_CompositingProduct

Returns: a const char defining the product

◆ CompositeArguments_removeArgument()

void CompositeArguments_removeArgument	(	CompositeArguments_t *	args,
		const char *	name )

Removes the rave argument that is named accordingly.

Parameters

[in]	args	- self
[in]	name	- the name of the argument

◆ CompositeArguments_removeQualityFlag()

int CompositeArguments_removeQualityFlag	(	CompositeArguments_t *	args,
		const char *	flag )

Removes the quality flag with provided name.

Parameters

[in]	args	- self
[in]	flag	- the quality flag that should be removed

Returns: 1 on success, otherwise 0

◆ CompositeArguments_removeQualityFlagAt()

int CompositeArguments_removeQualityFlagAt	(	CompositeArguments_t *	args,
		int	index )

Removes the quality flag at specified index.

Parameters

[in]	args	- self
[in]	index	- the index

Returns: 1 on success, otherwise 0

◆ CompositeArguments_setArea()

int CompositeArguments_setArea	(	CompositeArguments_t *	args,
		Area_t *	area )

Sets the area to use when creating the composite.

Parameters

[in]	args	- self
[in]	area	- the area

Returns: 1 on success otherwise 0

◆ CompositeArguments_setDate()

int CompositeArguments_setDate	(	CompositeArguments_t *	args,
		const char *	value )

Sets the nominal date.

Parameters

[in]	args	- self
[in]	value	- the date in the format YYYYMMDD

Returns: 1 on success, otherwise 0

◆ CompositeArguments_setElevationAngle()

void CompositeArguments_setElevationAngle	(	CompositeArguments_t *	args,
		double	angle )

Sets the elevation angle that should be used when generating a composite as PPI.

Parameters

[in]	args	- self
[in]	angle	- the angle in radians

◆ CompositeArguments_setHeight()

void CompositeArguments_setHeight	(	CompositeArguments_t *	args,
		double	height )

Sets the height that should be used when generating a composite.

Parameters

[in]	args	- self
[in]	height	- the height

◆ CompositeArguments_setProduct()

int CompositeArguments_setProduct	(	CompositeArguments_t *	args,
		const char *	product )

Sets the compositing method to use when creating the composite.

Note, this should be set as a const char since a plugin might be able to provide support for a non-predefined method.

Each method will have it's own requirements and as such it is up to the plugin to validate and allow for the combination.

Height/Elevation angle and range are used in combination with the products. PPI requires elevation angle CAPPI, PCAPPI and PMAX requires height above sea level PMAX also requires range in meters

Parameters

[in]	args	- self
[in]	product	- the method to use

Returns: 1 on success otherwise 0

◆ CompositeArguments_setQIFieldName()

int CompositeArguments_setQIFieldName	(	CompositeArguments_t *	args,
		const char *	fieldname )

If a quality field based algorithm is implemented, this field can be set to indicate what field to use.

If not enough it is also possible to use arguments.

Parameters

[in]	args	- self
[in]	fieldname	- name of quality field to use

Returns: 1 if possible to set, otherwise 0

◆ CompositeArguments_setQualityFlags()

int CompositeArguments_setQualityFlags	(	CompositeArguments_t *	args,
		const char *	flags[],
		int	nrflags )

Sets the quality flags that should be used.

Parameters

[in]	args	- self
[in]	flags	- an array of quality flags
[in]	nrflags	- number of flags

Returns: 1 on success otherwise 0

◆ CompositeArguments_setRange()

void CompositeArguments_setRange	(	CompositeArguments_t *	args,
		double	range )

Sets the range that should be used when generating the Pseudo MAX.

This range is the limit in meters for when the vertical max should be used. When outside this range, the PCAPPI value is used instead.

Parameters

[in]	args	- self
[in]	range	- the range in meters

◆ CompositeArguments_setStrategy()

int CompositeArguments_setStrategy	(	CompositeArguments_t *	args,
		const char *	strategy )

Sets the strategy id.

Will help when determining which plugin/factory to use for product generation.

Parameters

[in]	args	- self
[in]	strategy	- the strategy id

Returns: 1 on success, otherwise 0

◆ CompositeArguments_setTime()

int CompositeArguments_setTime	(	CompositeArguments_t *	args,
		const char *	value )

Sets the nominal time.

Parameters

[in]	args	- self
[in]	value	- the time in the format HHmmss

Returns: 1 on success, otherwise 0

◆ CompositeArguments_stringToProduct()

Rave_CompositingProduct CompositeArguments_stringToProduct ( const char * product )

Converts a string into a product.

Parameters

[in] product - the string

Returns: the Rave_CompositingProduct or Rave_CompositingProduct_UNDEFINED if not possible to translate

◆ CompositeArguments_updateRadarIndexMapping()

int CompositeArguments_updateRadarIndexMapping	(	CompositeArguments_t *	args,
		RaveObjectHashTable_t *	mapping,
		OdimSources_t *	sources )

Updates the radar index mapping.

Parameters

[in]	args	- self
[in]	mapping	- the mapping.
[in]	sources	- the odim sources.

Returns: 1 on success otherwise 0

Variable Documentation

◆ CompositeArgumentObjectEntry_TYPE

RaveCoreObjectType CompositeArgumentObjectEntry_TYPE

Initial value:

= {
    "CompositeArgumentObjectEntry",
    sizeof(CompositeArgumentObjectEntry_t),
    CompositeArgumentObjectEntry_constructor,
    CompositeArgumentObjectEntry_destructor,
    CompositeArgumentObjectEntry_copyconstructor
}

A composite argument object entry that that keeps track of added objects.

◆ CompositeArguments_TYPE

RaveCoreObjectType CompositeArguments_TYPE

Initial value:

= {
    "CompositeArguments",
    sizeof(CompositeArguments_t),
    CompositeArguments_constructor,
    CompositeArguments_destructor,
    CompositeArguments_copyconstructor
}

Type definition to use when creating a rave object.

Classes

Typedefs

Functions

Variables

Detailed Description

Typedef Documentation

◆ CompositeArgumentObjectEntry_t

◆ CompositeArgumentParameter_t

◆ ProductTypeMapping_t

Function Documentation

◆ CompositeArguments_addArgument()

◆ CompositeArguments_addObject()

◆ CompositeArguments_addParameter()

◆ CompositeArguments_addQualityFlag()

◆ CompositeArguments_createRadarIndex()

◆ CompositeArguments_createRadarIndexMapping()

◆ CompositeArguments_getArea()

◆ CompositeArguments_getArgument()

◆ CompositeArguments_getCompositingProduct()

◆ CompositeArguments_getDate()

◆ CompositeArguments_getElevationAngle()

◆ CompositeArguments_getHeight()

◆ CompositeArguments_getNumberOfObjects()

◆ CompositeArguments_getNumberOfQualityFlags()

◆ CompositeArguments_getObject()

◆ CompositeArguments_getObjectRadarIndexValue()

◆ CompositeArguments_getObjects()

◆ CompositeArguments_getParameter()

◆ CompositeArguments_getParameterAtIndex()

◆ CompositeArguments_getParameterCount()

◆ CompositeArguments_getParameterName()

◆ CompositeArguments_getProduct()

◆ CompositeArguments_getProductType()

◆ CompositeArguments_getQIFieldName()

◆ CompositeArguments_getQualityFlagAt()

◆ CompositeArguments_getQualityFlags()

◆ CompositeArguments_getRadarIndexKeys()

◆ CompositeArguments_getRadarIndexMapping()

◆ CompositeArguments_getRadarIndexValue()

◆ CompositeArguments_getRange()

◆ CompositeArguments_getStrategy()

◆ CompositeArguments_getTime()

◆ CompositeArguments_hasArgument()

◆ CompositeArguments_hasParameter()

◆ CompositeArguments_hasQualityFlag()

◆ CompositeArguments_productToString()

◆ CompositeArguments_removeArgument()

◆ CompositeArguments_removeQualityFlag()

◆ CompositeArguments_removeQualityFlagAt()

◆ CompositeArguments_setArea()

◆ CompositeArguments_setDate()

◆ CompositeArguments_setElevationAngle()

◆ CompositeArguments_setHeight()

◆ CompositeArguments_setProduct()

◆ CompositeArguments_setQIFieldName()

◆ CompositeArguments_setQualityFlags()

◆ CompositeArguments_setRange()

◆ CompositeArguments_setStrategy()

◆ CompositeArguments_setTime()

◆ CompositeArguments_stringToProduct()

◆ CompositeArguments_updateRadarIndexMapping()

Variable Documentation

◆ CompositeArgumentObjectEntry_TYPE

◆ CompositeArguments_TYPE