tracking¶
Basis for developing a scheduler for tracking multiple space objects.
Module summary¶
Classes
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Contents¶
PriorityTracking
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class
sorts.scheduler.tracking.PriorityTracking(radar, space_objects, end_time, epoch, timeslice, allocation, **kwargs)[source] Bases:
sorts.scheduler.tracking.Tracking#TODO: Docstring
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calculate_observation(txrx_pass, t, generator, **kwargs) Takes a pass over a tx-rx pair and the corresponding evaluated times and generator that returns radar instances to generate a set of observed data.
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generate_schedule(t, generator) Takes times and a corresponding generator that returns radar instances to generate a radar schedule.
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get_controllers() #TODO: Docstring
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get_passes(ind) #TODO: Docstring
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observe_passes(passes, **kwargs) #TODO: Docstring
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schedule(**kwargs) #TODO: Docstring
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set_measurements()[source] #TODO: Docstring
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update() Update the scheduler information.
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Tracking
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class
sorts.scheduler.tracking.Tracking(radar, space_objects, end_time, epoch, start_time=0.0, controller=<class 'sorts.controller.tracker.Tracker'>, controller_args={'return_copy': True}, max_dpos=1000.0, max_samp=30.0, profiler=None, logger=None, use_pass_states=True, calculate_max_snr=False, collect_passes=False)[source] Bases:
sorts.scheduler.scheduler.Scheduler#TODO: Docstring
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calculate_observation(txrx_pass, t, generator, **kwargs) Takes a pass over a tx-rx pair and the corresponding evaluated times and generator that returns radar instances to generate a set of observed data.
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generate_schedule(t, generator) Takes times and a corresponding generator that returns radar instances to generate a radar schedule.
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get_controllers()[source] #TODO: Docstring
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get_passes(ind)[source] #TODO: Docstring
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observe_passes(passes, **kwargs) #TODO: Docstring
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schedule(**kwargs) #TODO: Docstring
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abstract
set_measurements(*args, **kwargs)[source] #TODO: Docstring
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update()[source] Update the scheduler information.
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