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Inspired by Orion and the Artemis I mission, this example simulates a lunar mission trajectory in MATLAB® and Simulink®. The example begins shortly after Trans-Lunar Injection (TLI) on November 16 2022, and models Outbound Powered Flyby (OPF), Distant Retrograde Orbit (DRO) insertion and departure, and Return Powered Flyby (RPF).
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Develop Apollo Lunar Module digital autopilot using Simulink ® and Aerospace Blockset™. Featured Examples. Model, simulate, and visualize the motion and dynamics of spacecraft.
Access various visualization methods of the Lunar Module states and autopilot performance in the Visualization area of the model, including Simulink scopes, animation with Simulink 3D Animation™, and a phase plane plot.
If the specified example contains a project, openExample always downloads a new copy of the example, without overwriting previous versions of the example. example openExample( sfile ) downloads the specified supporting file and the example it supports, and then opens the supporting file.
Usage. From MATLAB, open Lunar Module model, apollo50_dap3dof, and live script, apollo50_dap3dofsetup. To interact with the Lunar Module model, vary autopilot settings and Lunar Module initial states in the Commands area.
Lunar Mission Analysis with the Orbit Propagator Block. This example uses: Aerospace Blockset. Mapping Toolbox. This example shows how to compute and visualize access intervals between the Apollo Command and Service module and a rover on the lunar surface.
Here's an easy way to plot the plane using fill3: points=[pointA' pointB' pointC']; % using the data given in the question. fill3(points(1,:),points(2,:),points(3,:),'r')
