unit test to show how atmospheric correction varies with the angle of incidence

atmospheric-deviation.csv

+angle,correction
+0.0,0
+0.01,0
+0.02,0
+0.03,0
+0.04,0
+0.05,0
+0.060000000000000005,0
+0.07,0
+0.08,0
+0.09,0
+0.09999999999999999,0
+0.10999999999999999,0
+0.11999999999999998,0
+0.12999999999999998,0
+0.13999999999999999,0
+0.15,0
+0.16,1
+0.17,1
+0.18000000000000002,1
+0.19000000000000003,1
+0.20000000000000004,1
+0.21000000000000005,1
+0.22000000000000006,1
+0.23000000000000007,1
+0.24000000000000007,1
+0.25000000000000006,1
+0.26000000000000006,1
+0.2700000000000001,1
+0.2800000000000001,1
+0.2900000000000001,1
+0.3000000000000001,1
+0.3100000000000001,1
+0.3200000000000001,1
+0.3300000000000001,1
+0.34000000000000014,1
+0.35000000000000014,1
+0.36000000000000015,1
+0.37000000000000016,1
+0.38000000000000017,2
+0.3900000000000002,2

atmospheric-deviation.gp

+# gnuplot script file for plotting bandwidth over time
+#!/usr/bin/gnuplot
+
+
+set terminal pdf  size 3,2
+set output 'atmospheric-deviation.pdf'
+set grid
+
+set title "Atmospheric Correction"
+set xlabel "angle (radians)"
+set ylabel "correction (meters)"
+
+plot "atmospheric-deviation.csv" using 1:0 with lines title ""