Switching to my linux box

julia/src/constants.jl

@@ -32,13 +32,13 @@ export μs, G, GMs, μ, rs, as, es, AU
     return μ(GMs[primary]/G, GMs[secondary]/G)
   end
 
-  GMs = Dict(
+  const GMs = Dict(
   "Sun" => 132712440041.93938,
   "Earth" => 398600.435436,
   "Moon" => 4902.800066)
 
 # Radii
-  rs = Dict(
+  const rs = Dict(
   "Sun" => 696000.,
   "Mercury" => 2439.,
   "Venus" => 6052.,
@@ -52,7 +52,7 @@ export μs, G, GMs, μ, rs, as, es, AU
   "Pluto" => 1151.)
 
 # Semi Major Axes
-  as = Dict(
+  const as = Dict(
   "Mercury" => 57909083.,
   "Venus" => 108208601.,
   "Earth" => 149598023.,
@@ -65,12 +65,12 @@ export μs, G, GMs, μ, rs, as, es, AU
   "Pluto" => 5915799000.)
 
 # Eccentricities
-  es = Dict(
+  const es = Dict(
   "Earth" => 0.016708617,
   "Moon" => 0.0549)
 
 # J2 for basic oblateness
-  j2s = Dict(
+  const j2s = Dict(
   "Mercury" => 0.00006,
   "Venus" => 0.000027,
   "Earth" => 0.0010826269,
@@ -83,7 +83,7 @@ export μs, G, GMs, μ, rs, as, es, AU
   "Pluto" => 0.)
 
 # These are just the colors for plots
-  p_colors = Dict(
+  const p_colors = Dict(
   "Sun" => :Electric,
   "Mercury" => :heat,
   "Venus" => :turbid,
@@ -96,5 +96,19 @@ export μs, G, GMs, μ, rs, as, es, AU
   "Neptune" => :ice,
   "Pluto" => :matter)
 
-  AU = 149597870.691 #km
-  init_STM = vec(Matrix{Float64}(I,6,6))
+  const ids = Dict(
+    "Sun" => 10,
+    "Mercury" => 1,
+    "Venus" => 2,
+    "Earth" => 399,
+    "Moon" => 301,
+    "Mars" => 4,
+    "Jupiter" => 5,
+    "Saturn" => 6,
+    "Uranus" => 7,
+    "Neptune" => 8,
+    "Pluto" => 9,
+  )
+
+  const AU = 149597870.691 #km
+  const init_STM = vec(Matrix{Float64}(I,6,6))