API Reference¶
Modules¶
Constants used by SORTS from various sources. |
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Correlate measurement time series with a population of objects to find the best match. |
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Functions that concern dates and times. |
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Coordinate frame transformations and related functions. |
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Miscellaneous functions |
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Interpolation functions. |
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Encapsulates a fundamental component of tracking space objects: a pass over a geographic location. |
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Sets up a logging framework that can be imported and used anywhere. |
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This module is used to define the radar network configuration. |
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Contains all helper functions to automate parallelization with MPI, handle caching and stepping of simulations. |
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Defines a space object. |
Sub-packages¶
propagator¶
A parent class used for interfacing any propagator. |
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Wrapper for the Orekit propagator |
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rapper for the SGP4 propagator |
population¶
Defines a population of space objects in the form of a class. |
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Defines function for reading the MASTER catalog files. |
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TLE list loading to population |
controller¶
This module is used to define the radar controller |
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#TODO |
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#TODO |
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#TODO |
scheduler¶
Scheduler base class. |
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Provides a static list of controllers, simplest scheduler. |
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Basis for developing a scheduler for tracking multiple space objects. |
errors¶
Errors |
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Ionospheric radio propagation effects studied using ray-tracing. |
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Errors |
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Monte-Carlo sampling of errors due to atmospheric drag force uncertainty. |
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Estimating orbit determination errors |
io¶
Simple CCSDS TDM/OEM file writer. |
plotting¶
General plotting functions |
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Radar configuration plot functions |
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Radar scan plot functions |
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Tracking plot functions |
radar¶
This module is used to define the radar system |
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Defines an antenna’s or entire radar system’s radiation pattern, also defines physical antennas for RX and TX. |
scans¶
Defines what a radar observation schema is in the form of a class. |
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