def calculate(processor,
interp_multiplier,
ignore_calib,
plot_fkt,
correction_factor=1):
x, y, laser_x, laser_y = processor.get_data(interp_multiplier)
calibrator = Calibrator(laser_x, laser_y, interp_multiplier, plot_fkt)
delta, dt_max = calibrator.get_calibration(x)
print(len(x))
if not ignore_calib:
_x = x + delta
x = np.linspace(_x[0], _x[-1], len(_x))
y = Utils.interpolate(x, _x, y)
x = x * correction_factor
# t in seconds
t = x * dt_max
dt = t[1] - t[0]
t_max = len(t)
print(len(t))
print(1 / t_max)
l, y_trans = FourierTransformer().transform(y, dt, t_max)
# / y_trans = list(reversed(y_trans))
return l, y_trans
