API is currently under active development. Feel free to experiment, but let K5EM know if you want to use the api for an integration.
?json=trueto get json results instead of rendered pages or images.
Satellites must match the satellite name from nasabare.txt e.g.
Lists of Satellites, separated by commas with no spaces, are allowed for pass and overlap list pages e.g.
Locations can be 4-12 character maidenhead grid squares for example:
DM04uq32ab12, or alternatively a lat,lon pair such as
Extended Locations can (optionally) also include the WGS-84 altitude above mean sea level for the location in kilometers and (optionally) the horizon
in degrees of the location. This is most useful when planning challenging matches where the observers may be on a high hill or mountain (such as the Haleakela volcano in Maui)
where the elevation can impact pass times, and when passes below the normal horizon are possible due to both the elevation of the observer and atmospheric refraction. In these cases
negative elevations down to a few degress can help to identify passes which might be possible.
For example, the following locations represent a lat,lon,altitude,elevation setup and a grid,altitude,elevation setup for two locations. The ground altitude of the location in meters has been found using Google Earth and entered in kilometers for the most accurate results.
Times are ISO 8601 standard date format entered in the URL bar when searching for passes at a specific time. Both past and future times are supported, but note that today's keplarian
elements are used, so passes for some low altitude and high drag satellites such as the ISS may not be accurate too far in the past or future. Other satellties in higher orbits
can be reliably predicted within a few minutes even months into the past or future. Note: UTC offsets are not currently supported
search_start_timeis an ISO-8601 encoded time string and duration_hrs defaults to 24. Requests for durations longer than 72 hours may not return.
pass_start_timemust fall within one hour of the pass start (but not after the start of pass) to find the pass.