Package swellsep

Functions
def	transform_callback
	create a transfrom [[ PC ], [ W ]] Where PC is the weighted cosine transfrom and W is the wavelt transfrom.
def	recovery_callback
	do the weighted cosine transfrom and wavelet transform as a block diagonal so they are not summed together.
def	result_callback
	sets the first and second targets estimated swell noise and and the signal respectivley
Variables
	PC = None
	W = None
tuple	l1swell_sep = l1_min.copy()
	this is the l1swell_sep problem.

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Function Documentation

def swellsep.recovery_callback	(		target,
			source,
			env,
			space
	)

do the weighted cosine transfrom and wavelet transform as a block diagonal so they are not summed together.

Definition at line 49 of file swellsep.py.

def swellsep.result_callback	(		target,
			source,
			env,
			result
	)

sets the first and second targets estimated swell noise and and the signal respectivley

Definition at line 62 of file swellsep.py.

def swellsep.transform_callback	(		target,
			source,
			env,
			space
	)

create a transfrom [[ PC ], [ W ]] Where PC is the weighted cosine transfrom and W is the wavelt transfrom.

Definition at line 23 of file swellsep.py.

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Variable Documentation

l1swell_sep = l1_min.copy()

this is the l1swell_sep problem.

It is a python dictionary copied from the l1_min problem with the added transform_callback recovery_callback and result_callback. Also has extra default solver parameters.

Definition at line 70 of file swellsep.py.

PC = None

Definition at line 12 of file swellsep.py.

W = None

Definition at line 13 of file swellsep.py.