Module sig

Signals, represented implicitly, with plotting and combinations.

Classes
	Signal Represent infinite signals.
	CosineSignal Primitive family of sinusoidal signals.
	UnitSampleSignal Primitive unit sample signal has value 1 at time 0 and value 0 elsewhere.
	ConstantSignal Primitive constant sample signal.
	SummedSignal Sum of two signals
	ScaledSignal Signal multiplied everywhere by a constant
	R Signal delayed by one time step, so that `R(S).sample(n+1) = S.sample(n)`
	Rn Signal delayed by several time steps
	FilteredSignal Signal filtered by a function, applied to a fixed-sized window of previous values
	StepSignal Signal that has value 1 for all n >= 0, and value 0 otherwise.
	ListSignal Signal defined with a specific list of sample values, from 0 to some fixed length; It has value 0 elsewhere.
	ListSignalSampled Signal defined with a specific list of sample values, from 0 to some fixed length; It has the last value past the end and the first value before the start.

Functions

gaps(data)
Return a list of the gap sizes, given a list of numbers.

polyR(s, p)
Returns: New signal that is s transformed by p interpreted as a polynomial in R.

meanFiltered(s, k)
Returns: s filtered with a mean filter of size k

listMean(vals)
Returns: mean of vals

makeSignalFromPickle(pathName)
Returns: ListSignal with data read in from pathname.

Variables
	graphwidth = `570`
	graphheight = `300`
	us = `UnitSampleSignal()` Unit sample signal instance
	cubicinterpolation = `False`
	__package__ = `None`

Function Details

Return a list of the gap sizes, given a list of numbers. (If input is length n, result is length n-1)

Parameters:

Returns:

New signal that is s transformed by p interpreted as a polynomial in R.

Parameters:

Returns:

s filtered with a mean filter of size k

Parameters:

Returns:

mean of vals

Parameters:

Returns:

ListSignal with data read in from pathname. That path must contain a pickled list of numbers.