Name		Name	Last commit message	Last commit date
Background.jpg		Background.jpg
BlueButton.jpg		BlueButton.jpg
Define_Space.m		Define_Space.m
Final_Model.pdf		Final_Model.pdf
Final_Model.tex		Final_Model.tex
Final_main.m		Final_main.m
GUI.fig		GUI.fig
GUI.m		GUI.m
Laplace_Solver.m		Laplace_Solver.m
OrangeButton.jpg		OrangeButton.jpg
PurpleButton.jpg		PurpleButton.jpg
README.md		README.md
RedButton.jpg		RedButton.jpg
VioletButton.jpg		VioletButton.jpg
bodies2odein.m		bodies2odein.m
draw_circle.m		draw_circle.m
draw_grid.m		draw_grid.m
draw_radius.m		draw_radius.m
draw_rectangle.m		draw_rectangle.m
find_closest_bodies.m		find_closest_bodies.m
generate_bodies.m		generate_bodies.m
generate_circle_mask.m		generate_circle_mask.m
interp_point.m		interp_point.m
interpolate_field.m		interpolate_field.m
just_before.m		just_before.m
meta_motion.m		meta_motion.m
msum.m		msum.m
particle_motion.m		particle_motion.m
populate_grid.m		populate_grid.m
run_metamotion.m		run_metamotion.m
test_exist.m		test_exist.m
test_function_scope.m		test_function_scope.m
test_interpolate_field.m		test_interpolate_field.m
update_bodies_with_ode.m		update_bodies_with_ode.m

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How to run program

Open and run "GUI.m" in MATLAB.

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An educational game written in MATLAB which simulates an n-body system of fixed electrical potentials.

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