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The current method works on normal zones, for zones higher than 48.5N or 48.5S, there is no real night in some periods of the year, hence, the calculation of Fajr and Ishaa is not possible using the same criterions.
I implemented some alternative methods for high latitude places in the Emacs package Awqat.el, I will try to port them to Python asap. The Moonlighting Committee Worldwide method seems to be more adapted to these zones, other methods (Midnight, One-seventh of night, and 1/60th twilight angle) need to be activated manually during the abnormal period.
The current method works on normal zones, for zones higher than 48.5N or 48.5S, there is no real night in some periods of the year, hence, the calculation of Fajr and Ishaa is not possible using the same criterions.
See Muneer, Tariq, The Islamic Prayer Times - Computational Philosophy with Particular Reference to the Lack of Twilight Cessation at Higher Latitudes
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