def phase_corrected(self):
"""
Try to ammend the spherical wave front curvature.
"""
if self.phase_correct:
print("Double phase correcting")
phase = (self.phase - get_fitted_paraboloid(self.phase)) % tau
phase = (phase - get_fitted_paraboloid(phase)) % tau
wrapped, phase = align_phase(phase)
return phase
else:
return self.phase
def phase_corrected(self):
"""
Try to ammend the spherical wave front curvature.
"""
if self.phase_correct:
print("Double phase correcting")
phase = (self.phase - get_fitted_paraboloid(self.phase)) % tau
phase = (phase - get_fitted_paraboloid(phase)) % tau
wrapped, phase = align_phase(phase)
return phase
else:
return self.phase
def get_partial_phase(max_value):
mask = spectrum >= max_value
masked = spectrum * mask
phase = get_phase(get_shifted_idft(masked))
paraboloid = get_fitted_paraboloid(phase)
phase -= paraboloid
return paraboloid, phase % tau
def get_partial_phase(max_value):
mask = spectrum >= max_value
masked = spectrum * mask
phase = get_phase(get_shifted_idft(masked))
paraboloid = get_fitted_paraboloid(phase)
phase -= paraboloid
return paraboloid, phase % tau
