Calculate Radial Kepler Equation using Julia
Below is a compact, self‑contained Julia implementation of the radial form of Kepler’s equation for an elliptic orbit.It solves for the true anomaly f (the angle measured from periapsis to the current radius vector) given the orbital…
Orbital Mechanics Angles in Julia
I am starting to get more into orbital dynamics. As a result, Julia is a new programming language that is rising in adaptation. I decided to port a Python version of an orbital dynamics library into Julia. Over the next few weeks, I would like to write…
Getting Started with AstroNN.
I found a neat library for Astronomy datasets. AstroNN Is a collection of Keras-driven neural networks for astronomy data. Getting Started Install AstroNN pip install astroNN matplotlib sklearn Create a Jupyter notebook jupyter notebook Paste the…
Getting TensorFlow install on Apple M1
I am getting started into Astroomy datasets. One of the first things I wanted to do is get adjusted and acquainted with TensorFlow. Since I have an Apple M1, I wanted to get tensorflow installed and using the integrated libraries so when the datasets are…
Open Source Astronomy Packages
Below is a list of open source software packages and their descriptions Package specific information aa56 Computes the orbital positions of planetary bodies Version : 5.4 Author(s) : Stephen L. Moshier (moshier@na-net.ornl.gov) License : Free Website :…
Astronomy Querying for Space Objects
Introducing a new way to query for space objects. Metabase now has 1.5+ million objects to query. Metabase offers a lot of AI insights. Im hoping itll be easier to query and find new things. I plan on keeping adding more as time goes on. Goto Contact and…