Python Implementation of the CDX Interface

Files
file	FiguresGenerator.py
file	ReadContinuousDelayFile.py
file	ReadContinuousDelayFile.py
file	WriteContinuousDelayFile.py
file	setup.py
	File for the installation of the Python version of the CDX library.

Classes
class	cdx.FiguresGenerator.FiguresGenerator
	Class which provides functionality to generate plots such as channel impulse responses, power over time, or the delay spread. More...
class	cdx.ReadContinuousDelayFile.ReadContinuousDelayFile
	Class that provides functions to read from a continuous-delay CDX file. More...
class	cdx.ReadDiscreteDelayFile.ReadDiscreteDelayFile
class	cdx.WriteContinuousDelayFile.WriteContinuousDelayFile

Functions
def	cdx.FiguresGenerator.main ()
def	setup.read (fname)

Variables
dictionary	cdx.FiguresGenerator.component_colors_t = {0: 'r', 1: 'k', 2: 'b', 3: 'g', 4: 'y'}
	cdx.ReadContinuousDelayFile.cir_dtype
	cdx.ReadDiscreteDelayFile.cir_dtype
	cdx.WriteContinuousDelayFile.cir_dtype
	cdx.WriteContinuousDelayFile.vlen_string_dtype = h5py.special_dtype(vlen=bytes)
	cdx.WriteContinuousDelayFile.component_types_dtype = np.dtype([ ('id', np.uint16), ('name', vlen_string_dtype) ])

Detailed Description

Variable Documentation

cir_dtype [1/3]

cdx.WriteContinuousDelayFile.cir_dtype

Initial value:

=  np.dtype([('type', np.uint16), ('id', np.uint64), ('delay', np.float64),
                      ('real', np.float64), ('imag', np.float64)])

cir_dtype [2/3]

cdx.ReadDiscreteDelayFile.cir_dtype

Initial value:

=  np.dtype([('type', np.uint16), ('id', np.uint64), ('delay', np.float64),
                      ('real', np.float64), ('imag', np.float64)])

cir_dtype [3/3]

cdx.ReadContinuousDelayFile.cir_dtype

Initial value:

=  np.dtype([('type', np.uint16), ('id', np.uint64), ('delay', np.float64),
                      ('real', np.float64), ('imag', np.float64)])