Hi Yukio,
I am using the auto scheduler to schedule passes on my own station, I don’t schedule one single satellite, but for you it means you have to create a priorities_file with your satellite in it and use the -f and -P parameters.
Help output:
Automatically schedule observations on a SatNOGS station.
options:
-h, --help show this help message and exit
-s STATION, --station STATION
Ground station ID
-t STARTTIME, --starttime STARTTIME
Start time (YYYY-MM-DDTHH:MM:SS) [default: now + 10 minutes]
-d DURATION, --duration DURATION
Duration to schedule [hours; default: 1.0]
-o MAX_OBSERVATION_DURATION, --max-observation-duration MAX_OBSERVATION_DURATION
Max time for a single observation [minutes; default: 30]
-m MIN_CULMINATION, --min-culmination MIN_CULMINATION
Minimum culmination elevation [degrees; ground station default, minimum: 0, maximum: 90]
-r MIN_RISESET, --min-riseset MIN_RISESET
Minimum rise/set elevation [degrees; ground station default, minimum: 0, maximum: 90]
-z, --horizon Force rise/set elevation to 0 degrees (overrided -r).
-b START_AZIMUTH, --start-azimuth START_AZIMUTH
Start of the azimuth window to observe within. Window goes from startto stop azimuth in a clockwise direction. [degrees;
default: 0, maximum: 360]
-e STOP_AZIMUTH, --stop-azimuth STOP_AZIMUTH
End of the azimuth window to observe within. Window goes from start to stop azimuth in a clockwise direction. [degrees;
default: 360, maximum: 360]
-i [POINTING …], --pointing [POINTING …]
Constrain passes to antenna beam radius (half beamwidth) and pointing direction. Examples: antenna pointing straight up,
30 degree radius: ‘-i 30’, pointing south at horizon: ‘-i 30 180’, pointing west and 45 degrees up: ‘-i 30 270 45’.
[degrees; default: None]
-f, --only-priority Schedule only priority satellites (from -P file)
-w WAIT, --wait WAIT Wait time between consecutive observations (for setup and slewing) [seconds; default: 0, maximum: 3600]
-n, --dryrun Dry run (do not schedule passes)
-P PRIORITIES_FILE, --priorities PRIORITIES_FILE
File with transmitter priorities. Should have columns of the form |NORAD priority UUID| like |43017 0.9
KgazZMKEa74VnquqXLwAvD|. Priority is fractional, one transmitter per line, 1.0 gets maximum priority.
-M MIN_PRIORITY, --min-priority MIN_PRIORITY
Minimum priority. Only schedule passes with a priority higherthan this limit [default: 0.0, maximum: 1.0]
-T, --allow-testing Allow scheduling on stations which are in testing mode [default: False]
–flush-cache Clean the cache and download current transmitters, satellites and TLE.
-l [LOG_LEVEL], --log-level [LOG_LEVEL]
Set the logging output level. [‘CRITICAL’, ‘ERROR’, ‘WARNING’, ‘INFO’, ‘DEBUG’]
–version show program’s version number and exit
