The argument wrapper so that the arguments can be transfered to the composite generator taking care of the tile. More...

Inheritance diagram for Lib.tiled_compositing.multi_composite_arguments:

Public Attributes
float	xscale = 2000.0
float	yscale = 2000.0
list	detectors = []
	detector_arguments = None
list	filenames = []
bool	ignore_malfunc = False
	prodpar = None
	product = _rave.Rave_ProductType_PCAPPI
str	prodstr = "PCAPPI"
float	height = 1000.0
float	elangle = 0.0
float	range = 200000.0
	selection_method = _pycomposite.SelectionMethod_NEAREST
	interpolation_method = _pycomposite.InterpolationMethod_NEAREST
	qitotal_field = None
bool	applygra = False
	gra_id = None
float	zr_A = 200.0
float	zr_b = 1.6
bool	applygapfilling = False
bool	applyctfilter = False
str	quantity = "DBZH"
	gain = GAIN
	offset = OFFSET
float	minvalue = -30.0
bool	reprocess_quality_field = False
	area_definition = None
bool	verbose = False
bool	dump = False
	dumppath = None
dict	radar_index_mapping = {}
bool	use_legacy_compositing = True
	strategy = None
	properties_file = COMPOSITE_GENERATOR_PROPERTY_FILE

Detailed Description

The argument wrapper so that the arguments can be transfered to the composite generator taking care of the tile.

Constructor & Destructor Documentation

Lib.tiled_compositing.multi_composite_arguments.__init__ ( self )

Constructor.

Lib.tiled_compositing.multi_composite_arguments.generate	(	self,
		dd,
		dt,
		tid )

Generate function.

Basically same as calling compositing.generate but the pyarea is created from the area definition.

Parameters

dd	date
dt	time
tid	the area identifier (only used for identification purpose, actual area is taken from the area_definition)

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