Astrodynamics library in Julia
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Updated
Jul 9, 2023 - Julia
Astrodynamics library in Julia
This code allows for the 3D visualization of orbits, taking into account the orbital inclination of the object under study. As an example, the illustration of the orbit was created considering the asteroid 153P/Ikeya-Zhang.
A CALCEPH wrapper for the JSMD ecosystem.
Astrodynamical states representations and transformations.
Repository all the useful scripts performed on Carlos' MSc thesis
Content presented at JuliaCon!
An interface package for the JSMD ecosystem
Julia wrapper to my Fortran (legacy) implementation of Newcomb's Tables of the Sun.
Python Restricted Astronomy and Astrodynamics
A collection of MATLAB scripts for determining interplanetary trajectories.
ESA Intepolation Files made easy.
Webapp to visualise asteroid trajectories
This project has codes available for construction of lyapunov orbit and their invariant manifolds, and hence finding the intitial conditions for certain trajectories in non-dimensionalized 3 body problem. This projects is carried out to better understand the three-body dynamics.
C++ utilities for parsing and interpolating space data releases.
Final project for University of Colorado ASEN5044: Statistical Estimation of Dynamical Systems. MATLAB scripts analyze and estimate the movement of an orbiter of the asteroid Bennu using optical data from the orbiter's camera.
Simple equation solver written in Rust, built for solving some homework-style problems in orbital mechanics
Cosmic scale n-body and expansion-of-the-universe simulator.
Pork-Chop plot for Lambert's Problem of a Earth-Mars mission
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