celestial objects and orbital paths

I need a physicist to create an algorithm, that takes 2 celestial objects (one is stationary for simplicity) as parameters with mass, global position, velocity and acceleration vectors, and return a path (of max 20-50 points for drawing) of the second celestial body around the stationary (huge difference in mass!).

For simplicity one object is stationary and of course the SOI is a predefined radius! Looking for future cooperation too! I need a lot of performance, so the algorithm must be fast! (should work based on mathematical formulas, no loop iterations, I have tried it!!)

It's just a simple algorithm for the one who knows what he is doing! So no big bids!!!

Thanks in advance!

Skills: Algorithm, Astrophysics, Mathematics, Physics

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Project ID: #16474457

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Hi I am senior PhD student in Physics and a teaching assistant in college. I did some simulation including pendulum for my teaching class. I can derive the equations and visualize the simulations for your project. More

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