Getting pretty close on Section 5

julia/make_plots.jl

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+using Thesis
+using PlotlyJS: savefig
+
+a = ∛(Sun.μ * ( year/2π )^2 )
+start = [ oe_to_xyz([ a, 0., 0., 0., 0., 0.5 ], Sun.μ); 10_000. ]
+path = Thesis.prop(zeros(100,3), start, bepi, year)[1]
+p = Thesis.plot([path],
+                colors=["#0FF"],
+                title="Single LaGuerre-Conway-Propagated Orbit")
+savefig(p, "LaTeX/fig/laguerre_plot.png")
+
+t = 5year
+spiral_sc = Sc("test", 1000., 2000., 0.0005, 50, 0.9)
+start = [ oe_to_xyz([ 0.7a, 0.05, 0.1, 0., 0., 0.5 ], Sun.μ); 100_000. ]
+spiral_thrust = spiral(0.2, 100_000, start, spiral_sc, t)
+spiral_path = Thesis.prop(spiral_thrust, start, spiral_sc, t)[1]
+p = Thesis.plot([spiral_path],
+                colors=["#0FF"],
+                title="Spiral Orbit")
+savefig(p, "LaTeX/fig/spiral_plot.png")