cr.wavelets.ContinuousWavelet

class cr.wavelets.ContinuousWavelet(support_width: int = -1, symmetry: cr.wavelets._src.wavelet.SYMMETRY = <SYMMETRY.UNKNOWN: -1>, orthogonal: bool = False, biorthogonal: bool = False, compact_support: bool = False, name: str = '', family_name: str = '', short_name: str = '', lower_bound: float = 0, upper_bound: float = 0, complex_cwt: bool = False, center_frequency: float = -1.0, bandwidth_frequency: float = -1.0, fbsp_order: int = 0, functions: Optional[cr.wavelets._src.cont_wavelets.WaveletFunctions] = None)

Represents information about a continuous wavelet

__init__()

Initialize self. See help(type(self)) for accurate signature.

Methods

__init__()	Initialize self.
count(value, /)	Return number of occurrences of value.
index(value[, start, stop])	Return first index of value.
wavefun([level, length])	Returns the wavelet function for the wavelet

Attributes

bandwidth_frequency	bandwidth of the wavelet
biorthogonal	Indicates if the wavelet is biorthogonal
center_frequency	center frequency of the wavelet
compact_support	Indicates if the wavelet has compact support
complex_cwt	flag indicating if the wavelet is complex or real
domain	Returns the time domain of the wavelet
family_name	Name of the wavelet family
fbsp_order	Alias for field number 13
functions	Functions associated with the wavelet
lower_bound	time window lower bound for computing the wavelet function
name	Name of the wavelet
orthogonal	Indicates if the wavelet is orthogonal
short_name	Short name of the wavelet family
support_width	Length of the support for finite support wavelets
symmetry	Indicates the kind of symmetry inside the wavelet
upper_bound	time window upper bound for computing the wavelet function