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For people who have their antenna inside mostly facing East or West or without good line of sight, you can avoid recording useless noise from passes happening outside your antenna azimuth range by modifying autowx2_functions.py :
def genPassTable(satellites, qth, howmany=20):
...
if not time.time() > transit.start + transit.duration() - skipLast - 1: # esttimate the end of the transit, minus last 10 seconds
if int(transit.peak()['elevation']) >= minElev:
if int(transit.peak()['azimuth']) not in range(220,320):
passTable[transit.start] = [satellite, int(transit.start + skipFirst), int(transit.duration() - skipFirst - skipLast),int(transit.peak()['elevation']), int(transit.peak()['azimuth']), priority]
...
In my case, the antenna roughly faces East, meaning West passes are always bad.
Adding the if int(transit.peak()['azimuth']) not in range(220,320) avoid passes peaking between NorthWest and SouthWest.
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For people who have their antenna inside mostly facing East or West or without good line of sight, you can avoid recording useless noise from passes happening outside your antenna azimuth range by modifying autowx2_functions.py :
In my case, the antenna roughly faces East, meaning West passes are always bad.
Adding the if int(transit.peak()['azimuth']) not in range(220,320) avoid passes peaking between NorthWest and SouthWest.
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