API Response Details ===================== The API response is a JSON object with the following fields: .. list-table:: :header-rows: 1 * - Field Name - Description * - altitude_deg - Satellite position altitude in degrees at the given time and location * - azimuth_deg - Satellite position azimuth in degrees at the given time and location * - catalog_id - NORAD ID of the satellite * - data_source - Source for the TLE data used to generate this satellite position (either Celestrak or Space-Track * - ddec_deg_per_sec - Change in declination in degrees per second * - declination_deg - Position (declination) of the satellite in degrees at the given time and location * - dra_cosdec_deg_per_sec - Change in right ascension in degrees per second * - illuminated - Whether the satellite is illuminated at the given time and location * - julian_date - The time corresponding to the given position prediction, in Julian Date format, in the UTC time standard. * - name - Name of the satellite (either specified by the user, or the one associated with the given NORAD ID and TLE data) * - observer_gcrs_km - Position vector for the observer (Geocentric Celestial Reference System (GCRS), relative to Earth's center) * - phase_angle_deg - The angle between the satellite, the observer, and the sun in degrees * - sat_altitude_km - Altitude of the satellite above the Earth's surface in kilometers * - solar_elevation_deg - Elevation angle of the sun above/below the observer's horizon in degrees * - solar_azimuth_deg - Azimuth angle of the sun relative to the observer's north in degrees * - range_km - Distance to the satellite in kilometers * - range_rate_km_per_sec - Velocity of the satellite in kilometers per second * - right_ascension_deg - Position (right ascension) of the satellite in degrees at the given time and location * - satellite_gcrs_km - Position vector for the satellite (Geocentric Celestial Reference System (GCRS), relative to Earth's center) * - tle_date - Date that the TLE used to calculate the satellite position was collected from the specified data source (UTC timezone) * - international_designator - International Designator for the satellite (COSPAR ID) * - tle_epoch - Date that the TLE used to calculate the satellite position was created/valid for (UTC timezone) The API response is structured as follows: - ``count``: The number of satellite positions returned - ``data``: A list of lists, where each inner list contains the data for a single satellite position - ``fields``: A list of field names corresponding to the data in each inner list - ``source``: The source of the satellite position data (IAU CPS SatChecker) - ``version``: The version of the API used to generate the response Example Response ------------------ .. sourcecode:: json { "count": 2, "data": [ [ "STARLINK-1600", 46161, 2460000.1, [ 3836.22060173358, -2134.4616817587225, 5392.8275939209025 ], 43.04367601, 18.61796683, "2024-02-06 00:12:42 UTC", 0.01019244, -0.05070574, -9.80971258, 55.15478731, 4095.040926, 6.284422480176, 109.24612786, true, "spacetrack", [ 1000.0449064409289, -4783.283201527772, 4085.4591803267244 ], "2020-057AW" ], [ "STARLINK-1600", 46161, 2460000.2, [ -3690.0978606869476, 2311.525710926265, -5439.347123444699 ], 142.61268228, -45.94348489, "2024-02-06 00:12:42 UTC", 0.03354248, 0.00663582, -83.13771687, 208.61161584, 13245.443279, -0.265606961557, 56.98343683, true, "spacetrack", [ 3628.0577317280786, -3281.0604185873253, 4079.547075333211 ], "2020-057AW", "2024-02-06 00:12:42 UTC" ] ], "fields": [ "name", "catalog_id", "satellite_gcrs_km", "right_ascension_deg", "declination_deg", "tle_date", "dra_cosdec_deg_per_sec", "ddec_deg_per_sec", "altitude_deg", "azimuth_deg", "range_km", "range_rate_km_per_sec", "phase_angle_deg", "illuminated", "data_source", "observer_gcrs_km", "international_designator", "tle_epoch" ], "source": "IAU CPS SatChecker", "version": "1.X.x" }