SatelliteToolbox.jl
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JuliaSpace
A toolbox for satellite analysis written in julia language.
The algorithm that computes in which zone the satellite is (sunlight, penumbra, and umbra) assumes that the Earth is a sphere with the Equatorial radius. It will be more precise...
We need a fast algorithm to compute the position of the planets so that we can use in a numerical orbit propagator.
Not really an issue, but I have code in native Julia for the sun position at given geodetic coordinates and time, returning zenith angle and azimuth. We use this to...
The API functions that transform the reference frame of state vectors `svECEFtoECEF`, `sECEFtoECI`, `sECItoECEF`, and `sECItoECI` do not have documentation yet.
The [EarthOrientation.jl](]https://github.com/JuliaAstro/EarthOrientation.jl) package already provide the feature to download and interpolate data from IERS. I need to test if the performance is equal or better and then drop the functions...
Hi, Congrats on the nice package, there is a lot of really great stuff in here! Have you considered moving things into smaller, dedicated packages? For instance, just from a...
Hi @ronisbr! Is it possible to change the central body in `SatelliteToolboxPropagators`? For my understanding, at the moment it is possible to play with the gravitational parameters passed to `Propagators.init`,...
[Zygote](https://github.com/FluxML/Zygote.jl) is the most used Automatic Differentiation tool and it doesn't support static arrays due to their use for mutations [^1]. `DCM` and `Quaternion` structures used in frame conversion code,...
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A toolbox for satellite analysis written in julia language.