Ptrskay3/PySprint

## IFFT the interferogram
# ifg.ifft(usenifft=False)

## Setup a Gaussian window
# ifg.window(center, fwhm, window_order=6, plot=True)


## Apply the window
# ifg.apply_window()


## FFT back to frequency domain
# ifg.fft()


## Calculate immediately
# ifg.calculate(reference_point, order, show_graph=True)

# OR

## Build the phase only
# phase = ifg.build_phase()

## Preprocess the phase optionally
# phase.slice(start, stop)

## Fit the phase
# phase.fit(reference_point, order)

## Plot the fitting and errors optionally
# phase.plot()
# phase.errorplot()

# OR

## Using fully automated evaluation with immediate calculate
# ifg.autorun(reference_point, order)

# OR

## Using fully automated evaluation only with phase retrieval
# phase = ifg.autorun()