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The following is a program developed by David Reynolds. This program calculates the trajectories of ballistic objects and objects under thrust. This program takes into account drag, the rotation of the earth, change in gravity, atmospheric properties as a function of height, and change in drag coefficient as a function of mach number.

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David Reynolds

Start Date: February 13, 2021

EGR 115 - Section 15

Assignment: Final Project

AeroMain.m is the main file to run

The following code is avable on github: https://github.com/David-Rey/Aero

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The following is a program developed by David Reynolds. This program calculates the trajectories of ballistic objects and objects under thrust. This program takes into account drag, the rotation of the earth, change in gravity, atmospheric properties as a function of height and change in drag coefficient as a function of mach number.

Programming Techniqes (press 'Ctrl + F' to find faster) SM:___ FILENAME
SM:IF GUIinput
SM:ROP GUIinput
SM:BOP runSimulation
SM:FOR GUIinput
SM:WHILE GUIinput
SM:NEST GUIinput
SM:PDF_CALL AeroMain
SM:PDF_PARAM AeroMain
SM:PDF_RETURN AeroMain
SM:STRING run3DSimulation
SM:REF runSimulation
SM:AUG GUIinput
SM:SEARCH getAtmosphere
SM:RANDGEN generateRandomValues
SM:RANDUSE generateRandomValues
SM:PLOT plotOutput
SM:READ GUIinput
SM:NEWFUN runSimulation
\

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The following is a program developed by David Reynolds. This program calculates the trajectories of ballistic objects and objects under thrust. This program takes into account drag, the rotation of the earth, change in gravity, atmospheric properties as a function of height, and change in drag coefficient as a function of mach number.

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