Simulation of a Molniya orbit position, velocity, attitude states (quaternions, angular velocities, euler angles), 3D trajectory and groundtracks (latitude / longitude coordinates) all in one figure! There is also a sneak peek of the Python scripts I used to create this.
I finally updated the animations classes I have by creating an abstract Animator class with virtual methods (class methods that can be overridden by classes that inherit from Animator). This way, sub-classes only need to define 1. what data they need (load_data() method) and 2. how to create one image of the gif (create_frame() method).
I've been meaning to make that update for a while and now that its done I feel a lot more prepared to start making a new series on how to create these animations.
Links to the Space Engineering Podcast (YouTube, Spotify, Google Podcasts, SimpleCast):
[ Ссылка ]
[ Ссылка ]
[ Ссылка ]
[ Ссылка ]
Link to Orbital Mechanics with Python video series:
[ Ссылка ]
Link to Spacecraft Attitude Control with Python video series:
[ Ссылка ]
Link a Mecánica Orbital con Python (videos en Español):
[ Ссылка ]
Link to Numerical Methods with Python video series:
[ Ссылка ]
#orbitalmechanics #astrodynamics #simulations
Spacecraft Orbit, Attitude, and Groundtracks Simulation
Теги
orbital mechanicsorbital mechanics 101orbital mechanics lectureorbital mechanics explainedorbital mechanics courseorbital mechanics pythonorbital dynamicsorbital dynamics for dummiesorbital dynamics part 1python tutorialpython programmingpython for beginnerspython orbit simulationpython orbital mechanicspython orbit animationpython orbitspython satellite orbit simulationorbital mechanics with pythonastrodynamicsattitude controlquaternions