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geocentric-topocentric-conversion-test.cc
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1/*
2 * Copyright (c) 2024 University of Padova
3 *
4 * SPDX-License-Identifier: GPL-2.0-only
5 *
6 * Author: Matteo Pagin <mattpagg@gmail.com>
7 */
8
9#include <ns3/angles.h>
10#include <ns3/geographic-positions.h>
11#include <ns3/log.h>
12#include <ns3/test.h>
13
14NS_LOG_COMPONENT_DEFINE("GeocentricTopocentricConversionTest");
15
16namespace
17{
18
19/// Test tolerance with respect to the expected values, in meters
20constexpr double TOLERANCE_M = 5;
21/// Test tolerance with respect to the expected values, in degrees
22constexpr double TOLERANCE_DEG = 5e-3;
23
24/**
25 * Reference point 1 for geocentric <--> topocentric conversion.
26 * In particular, this points is used for the example conversion of
27 * Sec. 4.1.3. of "IOGP Publication 373-7-2 – Geomatics Guidance
28 * Note number 7, part 2 – September 2019".
29 */
30const ns3::Vector REFP_1_COORD{55.0, 5.0, 200.0};
31
32/**
33 * Table of <longitude (deg), latitude (deg), altitude (m)> coordinates, obtained as the
34 * cartesian product of the longitude values
35 * (2.1295495 0.0 30.0 60.0 90.0 120.0 150.0 180.0), latitude values
36 * (53.80939444 0.0 20.0 40.0 60.0 80.0) and altitude values
37 * (73.0 500.0 1000.0).
38 * The first coordinate, i.e., (2.1295495, 53.80939444, 73.0) corresponds to that of the
39 * example provided in Sec. 4.1.3. of "IOGP Publication 373-7-2 – Geomatics Guidance
40 * Note number 7, part 2 – September 2019".
41 * This set of coordinates is, in principle, independent from the reference point.
42 */
43const std::vector<ns3::Vector> TEST_COORD = {
44 {53.809394, 2.129549, 73.000000}, {53.809394, 2.129549, 500.000000},
45 {53.809394, 2.129549, 1000.000000}, {0.000000, 2.129549, 73.000000},
46 {0.000000, 2.129549, 500.000000}, {0.000000, 2.129549, 1000.000000},
47 {20.000000, 2.129549, 73.000000}, {20.000000, 2.129549, 500.000000},
48 {20.000000, 2.129549, 1000.000000}, {40.000000, 2.129549, 73.000000},
49 {40.000000, 2.129549, 500.000000}, {40.000000, 2.129549, 1000.000000},
50 {60.000000, 2.129549, 73.000000}, {60.000000, 2.129549, 500.000000},
51 {60.000000, 2.129549, 1000.000000}, {80.000000, 2.129549, 73.000000},
52 {80.000000, 2.129549, 500.000000}, {80.000000, 2.129549, 1000.000000},
53 {53.809394, 0.000000, 73.000000}, {53.809394, 0.000000, 500.000000},
54 {53.809394, 0.000000, 1000.000000}, {0.000000, 0.000000, 73.000000},
55 {0.000000, 0.000000, 500.000000}, {0.000000, 0.000000, 1000.000000},
56 {20.000000, 0.000000, 73.000000}, {20.000000, 0.000000, 500.000000},
57 {20.000000, 0.000000, 1000.000000}, {40.000000, 0.000000, 73.000000},
58 {40.000000, 0.000000, 500.000000}, {40.000000, 0.000000, 1000.000000},
59 {60.000000, 0.000000, 73.000000}, {60.000000, 0.000000, 500.000000},
60 {60.000000, 0.000000, 1000.000000}, {80.000000, 0.000000, 73.000000},
61 {80.000000, 0.000000, 500.000000}, {80.000000, 0.000000, 1000.000000},
62 {53.809394, 30.000000, 73.000000}, {53.809394, 30.000000, 500.000000},
63 {53.809394, 30.000000, 1000.000000}, {0.000000, 30.000000, 73.000000},
64 {0.000000, 30.000000, 500.000000}, {0.000000, 30.000000, 1000.000000},
65 {20.000000, 30.000000, 73.000000}, {20.000000, 30.000000, 500.000000},
66 {20.000000, 30.000000, 1000.000000}, {40.000000, 30.000000, 73.000000},
67 {40.000000, 30.000000, 500.000000}, {40.000000, 30.000000, 1000.000000},
68 {60.000000, 30.000000, 73.000000}, {60.000000, 30.000000, 500.000000},
69 {60.000000, 30.000000, 1000.000000}, {80.000000, 30.000000, 73.000000},
70 {80.000000, 30.000000, 500.000000}, {80.000000, 30.000000, 1000.000000},
71 {53.809394, 60.000000, 73.000000}, {53.809394, 60.000000, 500.000000},
72 {53.809394, 60.000000, 1000.000000}, {0.000000, 60.000000, 73.000000},
73 {0.000000, 60.000000, 500.000000}, {0.000000, 60.000000, 1000.000000},
74 {20.000000, 60.000000, 73.000000}, {20.000000, 60.000000, 500.000000},
75 {20.000000, 60.000000, 1000.000000}, {40.000000, 60.000000, 73.000000},
76 {40.000000, 60.000000, 500.000000}, {40.000000, 60.000000, 1000.000000},
77 {60.000000, 60.000000, 73.000000}, {60.000000, 60.000000, 500.000000},
78 {60.000000, 60.000000, 1000.000000}, {80.000000, 60.000000, 73.000000},
79 {80.000000, 60.000000, 500.000000}, {80.000000, 60.000000, 1000.000000},
80 {53.809394, 90.000000, 73.000000}, {53.809394, 90.000000, 500.000000},
81 {53.809394, 90.000000, 1000.000000}, {0.000000, 90.000000, 73.000000},
82 {0.000000, 90.000000, 500.000000}, {0.000000, 90.000000, 1000.000000},
83 {20.000000, 90.000000, 73.000000}, {20.000000, 90.000000, 500.000000},
84 {20.000000, 90.000000, 1000.000000}, {40.000000, 90.000000, 73.000000},
85 {40.000000, 90.000000, 500.000000}, {40.000000, 90.000000, 1000.000000},
86 {60.000000, 90.000000, 73.000000}, {60.000000, 90.000000, 500.000000},
87 {60.000000, 90.000000, 1000.000000}, {80.000000, 90.000000, 73.000000},
88 {80.000000, 90.000000, 500.000000}, {80.000000, 90.000000, 1000.000000},
89 {53.809394, 120.000000, 73.000000}, {53.809394, 120.000000, 500.000000},
90 {53.809394, 120.000000, 1000.000000}, {0.000000, 120.000000, 73.000000},
91 {0.000000, 120.000000, 500.000000}, {0.000000, 120.000000, 1000.000000},
92 {20.000000, 120.000000, 73.000000}, {20.000000, 120.000000, 500.000000},
93 {20.000000, 120.000000, 1000.000000}, {40.000000, 120.000000, 73.000000},
94 {40.000000, 120.000000, 500.000000}, {40.000000, 120.000000, 1000.000000},
95 {60.000000, 120.000000, 73.000000}, {60.000000, 120.000000, 500.000000},
96 {60.000000, 120.000000, 1000.000000}, {80.000000, 120.000000, 73.000000},
97 {80.000000, 120.000000, 500.000000}, {80.000000, 120.000000, 1000.000000},
98 {53.809394, 150.000000, 73.000000}, {53.809394, 150.000000, 500.000000},
99 {53.809394, 150.000000, 1000.000000}, {0.000000, 150.000000, 73.000000},
100 {0.000000, 150.000000, 500.000000}, {0.000000, 150.000000, 1000.000000},
101 {20.000000, 150.000000, 73.000000}, {20.000000, 150.000000, 500.000000},
102 {20.000000, 150.000000, 1000.000000}, {40.000000, 150.000000, 73.000000},
103 {40.000000, 150.000000, 500.000000}, {40.000000, 150.000000, 1000.000000},
104 {60.000000, 150.000000, 73.000000}, {60.000000, 150.000000, 500.000000},
105 {60.000000, 150.000000, 1000.000000}, {80.000000, 150.000000, 73.000000},
106 {80.000000, 150.000000, 500.000000}, {80.000000, 150.000000, 1000.000000},
107 {53.809394, 180.000000, 73.000000}, {53.809394, 180.000000, 500.000000},
108 {53.809394, 180.000000, 1000.000000}, {0.000000, 180.000000, 73.000000},
109 {0.000000, 180.000000, 500.000000}, {0.000000, 180.000000, 1000.000000},
110 {20.000000, 180.000000, 73.000000}, {20.000000, 180.000000, 500.000000},
111 {20.000000, 180.000000, 1000.000000}, {40.000000, 180.000000, 73.000000},
112 {40.000000, 180.000000, 500.000000}, {40.000000, 180.000000, 1000.000000},
113 {60.000000, 180.000000, 73.000000}, {60.000000, 180.000000, 500.000000},
114 {60.000000, 180.000000, 1000.000000}, {80.000000, 180.000000, 73.000000},
115 {80.000000, 180.000000, 500.000000}, {80.000000, 180.000000, 1000.000000}};
116
117/**
118 * Table of expected geocentric coordinates <U, V, W> (meters) for spheroid type SPHERE
119 * and reference point 1
120 */
121const std::vector<ns3::Vector> SPHERE_REFP_1 = {
122 {-188390.250, -128514.834, -4209.801}, {-188402.876, -128523.447, -3783.074},
123 {-188417.661, -128533.533, -3283.395}, {-319049.537, -5212326.981, -2721486.356},
124 {-319070.921, -5212676.320, -2721241.747}, {-319095.960, -5213085.382, -2720955.318},
125 {-299808.496, -3648142.487, -1156630.460}, {-299828.590, -3648386.992, -1156280.970},
126 {-299852.118, -3648673.297, -1155871.733}, {-244406.125, -1643938.169, -220728.246},
127 {-244422.506, -1644048.348, -220316.032}, {-244441.687, -1644177.364, -219833.344},
128 {-159524.769, 558549.355, -26663.336}, {-159535.460, 558586.790, -26238.115},
129 {-159547.980, 558630.625, -25740.197}, {-55402.371, 2693667.583, -597842.821},
130 {-55406.084, 2693848.117, -597455.881}, {-55410.432, 2694059.516, -597002.790},
131 {-327875.291, -120654.830, -9713.435}, {-327897.266, -120662.917, -9287.077},
132 {-327922.997, -120672.386, -8787.830}, {-555275.338, -5199015.620, -2730807.072},
133 {-555312.553, -5199364.067, -2730563.087}, {-555356.131, -5199772.084, -2730277.390},
134 {-521788.138, -3635633.899, -1165389.067}, {-521823.109, -3635877.566, -1165040.165},
135 {-521864.059, -3636162.889, -1164631.614}, {-425365.587, -1633741.074, -227868.329},
136 {-425394.096, -1633850.571, -227456.592}, {-425427.478, -1633978.786, -226974.465},
137 {-277637.669, 565205.035, -31323.694}, {-277656.277, 565242.916, -30898.785},
138 {-277678.066, 565287.274, -30401.233}, {-96422.551, 2695979.077, -599461.346},
139 {-96429.013, 2696159.766, -599074.515}, {-96436.580, 2696371.345, -598621.550},
140 {1589867.531, 156341.271, -203668.193}, {1589974.086, 156351.749, -203254.835},
141 {1590098.859, 156364.019, -202770.808}, {2692530.529, -4729907.065, -3059280.418},
142 {2692710.987, -4730224.072, -3059058.447}, {2692922.296, -4730595.274, -3058798.529},
143 {2530151.069, -3194816.053, -1474053.046}, {2530320.644, -3195030.175, -1473724.831},
144 {2530519.210, -3195280.903, -1473340.505}, {2062598.050, -1274383.073, -479493.510},
145 {2062736.288, -1274468.485, -479098.638}, {2062898.161, -1274568.498, -478636.259},
146 {1346265.264, 799759.313, -195560.367}, {1346355.493, 799812.914, -195146.465},
147 {1346461.148, 799875.679, -194661.803}, {467553.020, 2777438.922, -656500.144},
148 {467584.356, 2777625.071, -656117.136}, {467621.049, 2777843.044, -655668.648},
149 {3081606.632, 1181688.408, -921623.987}, {3081813.166, 1181767.607, -921258.748},
150 {3082055.010, 1181860.345, -920831.067}, {5218875.015, -2993423.733, -4275179.137},
151 {5219224.793, -2993624.357, -4275038.659}, {5219634.369, -2993859.280, -4274874.164},
152 {4904138.340, -1563055.479, -2616624.101}, {4904467.024, -1563160.237, -2616372.463},
153 {4904851.900, -1563282.906, -2616077.805}, {3997890.204, 55840.334, -1410925.968},
154 {3998158.150, 55844.077, -1410593.522}, {3998471.903, 55848.459, -1410204.241},
155 {2609437.507, 1668000.979, -803509.727}, {2609612.396, 1668112.771, -803136.571},
156 {2609817.184, 1668243.676, -802699.620}, {906248.136, 3078976.088, -867638.741},
157 {906308.874, 3079182.447, -867269.883}, {906379.996, 3079424.084, -866837.965},
158 {3747631.724, 2680645.643, -1971205.143}, {3747882.897, 2680825.304, -1970910.248},
159 {3748177.010, 2681035.681, -1970564.938}, {6346826.155, -454854.928, -6052704.150},
160 {6347251.530, -454885.413, -6052682.805}, {6347749.628, -454921.110, -6052657.809},
161 {5964065.703, 822418.894, -4286951.239}, {5964465.425, 822474.014, -4286811.549},
162 {5964933.484, 822538.557, -4286647.978}, {4861950.908, 2000496.861, -2772589.126},
163 {4862276.764, 2000630.937, -2772347.942}, {4862658.329, 2000787.936, -2772065.524},
164 {3173413.078, 2937285.381, -1692272.233}, {3173625.765, 2937482.243, -1691958.644},
165 {3173874.814, 2937712.761, -1691591.443}, {1102114.796, 3519793.935, -1176302.720},
166 {1102188.661, 3520029.838, -1175954.550}, {1102275.155, 3520306.070, -1175546.856},
167 {3409481.922, 4251568.596, -3071177.236}, {3409710.432, 4251853.543, -3070956.063},
168 {3409978.007, 4252187.205, -3070697.079}, {5774150.353, 2205591.887, -7915569.065},
169 {5774537.346, 2205739.710, -7915672.572}, {5774990.500, 2205912.804, -7915793.774},
170 {5425926.478, 3322421.135, -6037471.653}, {5426290.133, 3322643.809, -6037449.286},
171 {5426715.958, 3322904.552, -6037423.096}, {4423255.791, 4038517.360, -4199626.443},
172 {4423552.246, 4038788.028, -4199480.900}, {4423899.382, 4039104.970, -4199310.476},
173 {2887075.176, 4267508.789, -2623704.691}, {2887268.673, 4267794.805, -2623453.527},
174 {2887495.250, 4268129.718, -2623159.425}, {1002670.686, 3981775.676, -1499785.818},
175 {1002737.887, 3982042.542, -1499459.328}, {1002816.576, 3982355.031, -1499077.021},
176 {2157764.193, 5473529.730, -3926803.634}, {2157908.810, 5473896.575, -3926639.806},
177 {2158078.151, 5474326.136, -3926447.971}, {3654295.626, 4275052.137, -9364620.733},
178 {3654540.543, 4275338.659, -9364821.357}, {3654827.332, 4275674.164, -9365056.280},
179 {3433914.634, 5267077.661, -7399134.812}, {3434144.781, 5267430.669, -7399203.706},
180 {3434414.274, 5267844.028, -7399284.378}, {2799352.858, 5623815.885, -5309664.420},
181 {2799540.475, 5624192.802, -5309593.275}, {2799760.168, 5624634.158, -5309509.966},
182 {1827147.813, 5302238.914, -3348230.524}, {1827270.272, 5302594.279, -3348027.920},
183 {1827413.666, 5303010.398, -3347790.678}, {634561.776, 4341133.678, -1751411.000},
184 {634604.306, 4341424.628, -1751101.374}, {634654.106, 4341765.319, -1750738.814},
185 {327875.291, 6019105.546, -4308819.933}, {327897.266, 6019508.957, -4308681.709},
186 {327922.997, 6019981.334, -4308519.854}, {555275.338, 5199015.620, -10011586.928},
187 {555312.553, 5199364.067, -10011830.913}, {555356.131, 5199772.084, -10012116.610},
188 {521788.138, 6135319.327, -8007084.172}, {521823.109, 6135730.527, -8007193.812},
189 {521864.059, 6136212.025, -8007322.196}, {425365.587, 6331612.976, -5805269.279},
190 {425394.096, 6332037.331, -5805231.350}, {425427.478, 6332534.235, -5805186.936},
191 {277637.669, 5764220.655, -3671713.622}, {277656.277, 5764606.983, -3671532.698},
192 {277678.066, 5765059.358, -3671320.843}, {96422.551, 4501578.253, -1863755.500},
193 {96429.013, 4501879.956, -1863453.404}, {96436.580, 4502233.239, -1863099.661}};
194
195/**
196 * Table of expected geocentric coordinates <U, V, W> (meters) for spheroid type GRS80
197 * and reference point 1
198 */
199const std::vector<ns3::Vector> GRS80_REFP_1 = {
200 {-189013.904, -128642.088, -4220.173}, {-189026.530, -128650.701, -3793.446},
201 {-189041.315, -128660.787, -3293.767}, {-319407.093, -5198061.834, -2710194.751},
202 {-319428.477, -5198411.173, -2709950.141}, {-319453.515, -5198820.235, -2709663.713},
203 {-300262.077, -3641934.701, -1153507.066}, {-300282.171, -3642179.206, -1153157.577},
204 {-300305.699, -3642465.511, -1152748.339}, {-245019.116, -1643718.675, -220614.182},
205 {-245035.496, -1643828.854, -220201.967}, {-245054.677, -1643957.870, -219719.280},
206 {-160105.977, 559428.176, -26712.769}, {-160116.668, 559465.611, -26287.548},
207 {-160129.188, 559509.446, -25789.630}, {-55645.391, 2701392.816, -599873.698},
208 {-55649.104, 2701573.351, -599486.758}, {-55653.452, 2701784.749, -599033.667},
209 {-328960.701, -120756.064, -9742.026}, {-328982.676, -120764.150, -9315.669},
210 {-329008.407, -120773.619, -8816.421}, {-555897.630, -5184735.555, -2719525.912},
211 {-555934.845, -5185084.002, -2719281.927}, {-555978.423, -5185492.019, -2718996.230},
212 {-522577.552, -3629407.189, -1162278.924}, {-522612.523, -3629650.855, -1161930.022},
213 {-522653.473, -3629936.179, -1161521.471}, {-426432.439, -1633496.005, -227772.172},
214 {-426460.948, -1633605.501, -227360.436}, {-426494.330, -1633733.717, -226878.309},
215 {-278649.206, 566108.106, -31390.106}, {-278667.814, 566145.987, -30965.197},
216 {-278689.603, 566190.344, -30467.646}, {-96845.504, 2703714.449, -601499.323},
217 {-96851.967, 2703895.138, -601112.492}, {-96859.534, 2704106.718, -600659.527},
218 {1595130.685, 157157.015, -204338.859}, {1595237.241, 157167.493, -203925.501},
219 {1595362.013, 157179.763, -203441.475}, {2695548.023, -4715101.275, -3048367.375},
220 {2695728.481, -4715418.281, -3048145.405}, {2695939.790, -4715789.483, -3047885.487},
221 {2533978.941, -3187922.428, -1471409.882}, {2534148.516, -3188136.550, -1471081.667},
222 {2534347.082, -3188387.278, -1470697.340}, {2067771.215, -1273236.705, -480028.450},
223 {2067909.453, -1273322.116, -479633.578}, {2068071.326, -1273422.129, -479171.199},
224 {1351170.209, 801516.952, -196225.155}, {1351260.438, 801570.553, -195811.253},
225 {1351366.092, 801633.318, -195326.590}, {469603.923, 2785531.615, -658788.320},
226 {469635.260, 2785717.764, -658405.311}, {469671.953, 2785935.737, -657956.823},
227 {3091808.092, 1185898.498, -924671.400}, {3092014.626, 1185977.696, -924306.160},
228 {3092256.470, 1186070.435, -923878.479}, {5224723.760, -2976671.881, -4265628.741},
229 {5225073.538, -2976872.506, -4265488.263}, {5225483.114, -2977107.429, -4265323.768},
230 {4911557.823, -1553693.159, -2615709.535}, {4911886.507, -1553797.918, -2615457.897},
231 {4912271.382, -1553920.586, -2615163.239}, {4007917.241, 60323.012, -1413797.017},
232 {4008185.186, 60326.755, -1413464.571}, {4008498.940, 60331.137, -1413075.290},
233 {2618944.657, 1672921.945, -806389.500}, {2619119.546, 1673033.737, -806016.344},
234 {2619324.334, 1673164.641, -805579.393}, {910223.359, 3088391.463, -870853.068},
235 {910284.098, 3088597.821, -870484.210}, {910355.220, 3088839.459, -870052.292},
236 {3760038.018, 2689817.934, -1977727.126}, {3760289.190, 2689997.596, -1977432.231},
237 {3760583.303, 2690207.972, -1977086.921}, {6353938.985, -435258.126, -6045145.811},
238 {6354364.360, -435288.611, -6045124.465}, {6354862.458, -435324.308, -6045099.469},
239 {5973088.753, 835390.203, -4288563.715}, {5973488.475, 835445.323, -4288424.025},
240 {5973956.533, 835509.867, -4288260.454}, {4874145.079, 2009856.896, -2778875.338},
241 {4874470.935, 2009990.973, -2778634.153}, {4874852.500, 2010147.972, -2778351.735},
242 {3184975.000, 2946830.821, -1698390.098}, {3185187.687, 2947027.683, -1698076.509},
243 {3185436.736, 2947258.201, -1697709.308}, {1106949.181, 3531142.941, -1180870.991},
244 {1107023.047, 3531378.844, -1180522.820}, {1107109.540, 3531655.076, -1180115.126},
245 {3420768.793, 4265941.326, -3081340.607}, {3420997.302, 4266226.274, -3081119.434},
246 {3421264.877, 4266559.936, -3080860.449}, {5780621.390, 2228170.228, -7910098.421},
247 {5781008.384, 2228318.050, -7910201.928}, {5781461.538, 2228491.145, -7910323.130},
248 {5434135.375, 3339174.703, -6041732.496}, {5434499.030, 3339397.377, -6041710.129},
249 {5434924.855, 3339658.120, -6041683.938}, {4434349.680, 4052988.918, -4209491.781},
250 {4434646.134, 4053259.586, -4209346.239}, {4434993.270, 4053576.528, -4209175.814},
251 {2897593.863, 4281900.727, -2633216.110}, {2897787.360, 4282186.743, -2632964.947},
252 {2898013.937, 4282521.656, -2632670.844}, {1007068.864, 3995151.148, -1505773.035},
253 {1007136.064, 3995418.013, -1505446.544}, {1007214.754, 3995730.502, -1505064.237},
254 {2164907.333, 5491947.684, -3939799.500}, {2165051.950, 5492314.529, -3939635.673},
255 {2165221.290, 5492744.090, -3939443.837}, {3658390.962, 4299949.703, -9360774.028},
256 {3658635.879, 4300236.225, -9360974.652}, {3658922.667, 4300571.730, -9361209.575},
257 {3439109.812, 5286773.305, -7405455.718}, {3439339.959, 5287126.313, -7405524.612},
258 {3439609.452, 5287539.672, -7405605.284}, {2806373.864, 5642263.501, -5322313.825},
259 {2806561.482, 5642640.419, -5322242.679}, {2806781.174, 5643081.775, -5322159.370},
260 {1833804.791, 5320400.758, -3360381.660}, {1833927.250, 5320756.123, -3360179.056},
261 {1834070.644, 5321172.242, -3359941.814}, {637345.258, 4356085.459, -1758501.961},
262 {637387.787, 4356376.410, -1758192.335}, {637437.587, 4356717.101, -1757829.775},
263 {328960.701, 6039329.594, -4323080.440}, {328982.676, 6039733.004, -4322942.215},
264 {329008.407, 6040205.382, -4322780.361}, {555897.630, 5224948.663, -10008465.272},
265 {555934.845, 5225297.110, -10008709.257}, {555978.423, 5225705.128, -10008994.954},
266 {522577.552, 6156328.536, -8014324.846}, {522612.523, 6156739.736, -8014434.486},
267 {522653.473, 6157221.234, -8014562.870}, {426432.439, 6351835.806, -5819161.701},
268 {426460.948, 6352260.161, -5819123.772}, {426494.330, 6352757.065, -5819079.358},
269 {278649.206, 5784065.670, -3685043.327}, {278667.814, 5784451.998, -3684862.403},
270 {278689.603, 5784904.373, -3684650.548}, {96845.504, 4517233.818, -1871339.256},
271 {96851.967, 4517535.522, -1871037.160}, {96859.534, 4517888.805, -1870683.417}};
272
273/**
274 * Table of expected geocentric coordinates <U, V, W> (meters) for spheroid type WGS84
275 * and reference point 1
276 */
277const std::vector<ns3::Vector> WGS_84_REFP_1 = {
278 {-189013.904, -128642.088, -4220.173}, {-189026.530, -128650.701, -3793.446},
279 {-189041.315, -128660.787, -3293.767}, {-319407.093, -5198061.834, -2710194.751},
280 {-319428.477, -5198411.173, -2709950.141}, {-319453.515, -5198820.235, -2709663.713},
281 {-300262.077, -3641934.701, -1153507.066}, {-300282.171, -3642179.206, -1153157.577},
282 {-300305.699, -3642465.511, -1152748.339}, {-245019.116, -1643718.675, -220614.182},
283 {-245035.496, -1643828.854, -220201.967}, {-245054.677, -1643957.870, -219719.280},
284 {-160105.977, 559428.176, -26712.769}, {-160116.668, 559465.611, -26287.548},
285 {-160129.188, 559509.446, -25789.630}, {-55645.391, 2701392.816, -599873.698},
286 {-55649.104, 2701573.351, -599486.758}, {-55653.452, 2701784.749, -599033.667},
287 {-328960.701, -120756.064, -9742.026}, {-328982.676, -120764.150, -9315.669},
288 {-329008.407, -120773.619, -8816.421}, {-555897.630, -5184735.555, -2719525.912},
289 {-555934.845, -5185084.002, -2719281.927}, {-555978.423, -5185492.019, -2718996.230},
290 {-522577.552, -3629407.189, -1162278.924}, {-522612.523, -3629650.855, -1161930.022},
291 {-522653.473, -3629936.179, -1161521.471}, {-426432.439, -1633496.005, -227772.172},
292 {-426460.948, -1633605.501, -227360.436}, {-426494.330, -1633733.717, -226878.309},
293 {-278649.206, 566108.106, -31390.106}, {-278667.814, 566145.987, -30965.197},
294 {-278689.603, 566190.344, -30467.646}, {-96845.504, 2703714.449, -601499.323},
295 {-96851.967, 2703895.138, -601112.492}, {-96859.534, 2704106.718, -600659.527},
296 {1595130.685, 157157.015, -204338.859}, {1595237.241, 157167.493, -203925.501},
297 {1595362.013, 157179.763, -203441.475}, {2695548.023, -4715101.275, -3048367.375},
298 {2695728.481, -4715418.282, -3048145.405}, {2695939.790, -4715789.483, -3047885.487},
299 {2533978.941, -3187922.428, -1471409.882}, {2534148.516, -3188136.550, -1471081.667},
300 {2534347.082, -3188387.278, -1470697.340}, {2067771.214, -1273236.705, -480028.450},
301 {2067909.453, -1273322.116, -479633.578}, {2068071.326, -1273422.129, -479171.199},
302 {1351170.209, 801516.952, -196225.155}, {1351260.438, 801570.553, -195811.253},
303 {1351366.092, 801633.318, -195326.590}, {469603.923, 2785531.615, -658788.320},
304 {469635.260, 2785717.764, -658405.311}, {469671.953, 2785935.737, -657956.823},
305 {3091808.092, 1185898.498, -924671.400}, {3092014.626, 1185977.696, -924306.160},
306 {3092256.470, 1186070.435, -923878.479}, {5224723.760, -2976671.881, -4265628.741},
307 {5225073.538, -2976872.506, -4265488.263}, {5225483.114, -2977107.429, -4265323.768},
308 {4911557.823, -1553693.160, -2615709.535}, {4911886.507, -1553797.918, -2615457.897},
309 {4912271.382, -1553920.586, -2615163.239}, {4007917.241, 60323.012, -1413797.016},
310 {4008185.186, 60326.755, -1413464.571}, {4008498.940, 60331.137, -1413075.290},
311 {2618944.657, 1672921.945, -806389.500}, {2619119.546, 1673033.737, -806016.344},
312 {2619324.334, 1673164.641, -805579.393}, {910223.359, 3088391.463, -870853.068},
313 {910284.098, 3088597.821, -870484.210}, {910355.220, 3088839.459, -870052.292},
314 {3760038.017, 2689817.934, -1977727.126}, {3760289.190, 2689997.596, -1977432.231},
315 {3760583.303, 2690207.972, -1977086.921}, {6353938.985, -435258.126, -6045145.811},
316 {6354364.360, -435288.611, -6045124.465}, {6354862.458, -435324.308, -6045099.470},
317 {5973088.753, 835390.203, -4288563.715}, {5973488.475, 835445.323, -4288424.025},
318 {5973956.533, 835509.867, -4288260.454}, {4874145.079, 2009856.896, -2778875.338},
319 {4874470.935, 2009990.973, -2778634.153}, {4874852.500, 2010147.972, -2778351.735},
320 {3184975.000, 2946830.821, -1698390.098}, {3185187.687, 2947027.683, -1698076.509},
321 {3185436.736, 2947258.201, -1697709.308}, {1106949.181, 3531142.941, -1180870.990},
322 {1107023.047, 3531378.843, -1180522.820}, {1107109.540, 3531655.076, -1180115.126},
323 {3420768.793, 4265941.326, -3081340.607}, {3420997.302, 4266226.274, -3081119.434},
324 {3421264.877, 4266559.936, -3080860.449}, {5780621.390, 2228170.228, -7910098.421},
325 {5781008.384, 2228318.050, -7910201.928}, {5781461.538, 2228491.145, -7910323.130},
326 {5434135.375, 3339174.703, -6041732.496}, {5434499.030, 3339397.377, -6041710.129},
327 {5434924.855, 3339658.120, -6041683.938}, {4434349.679, 4052988.918, -4209491.781},
328 {4434646.134, 4053259.586, -4209346.239}, {4434993.270, 4053576.528, -4209175.814},
329 {2897593.863, 4281900.727, -2633216.110}, {2897787.360, 4282186.743, -2632964.947},
330 {2898013.937, 4282521.656, -2632670.844}, {1007068.864, 3995151.148, -1505773.035},
331 {1007136.064, 3995418.013, -1505446.544}, {1007214.754, 3995730.502, -1505064.237},
332 {2164907.333, 5491947.684, -3939799.500}, {2165051.950, 5492314.529, -3939635.673},
333 {2165221.290, 5492744.090, -3939443.837}, {3658390.962, 4299949.703, -9360774.028},
334 {3658635.879, 4300236.225, -9360974.652}, {3658922.667, 4300571.730, -9361209.575},
335 {3439109.812, 5286773.305, -7405455.718}, {3439339.959, 5287126.313, -7405524.612},
336 {3439609.452, 5287539.672, -7405605.284}, {2806373.864, 5642263.501, -5322313.825},
337 {2806561.482, 5642640.419, -5322242.679}, {2806781.174, 5643081.775, -5322159.370},
338 {1833804.791, 5320400.758, -3360381.660}, {1833927.250, 5320756.123, -3360179.056},
339 {1834070.644, 5321172.242, -3359941.814}, {637345.258, 4356085.459, -1758501.961},
340 {637387.787, 4356376.410, -1758192.335}, {637437.587, 4356717.101, -1757829.775},
341 {328960.701, 6039329.593, -4323080.439}, {328982.676, 6039733.004, -4322942.215},
342 {329008.407, 6040205.382, -4322780.361}, {555897.630, 5224948.663, -10008465.272},
343 {555934.845, 5225297.110, -10008709.257}, {555978.423, 5225705.128, -10008994.954},
344 {522577.552, 6156328.536, -8014324.846}, {522612.523, 6156739.736, -8014434.486},
345 {522653.473, 6157221.234, -8014562.870}, {426432.439, 6351835.806, -5819161.701},
346 {426460.948, 6352260.161, -5819123.772}, {426494.330, 6352757.065, -5819079.358},
347 {278649.206, 5784065.670, -3685043.327}, {278667.814, 5784451.998, -3684862.403},
348 {278689.603, 5784904.373, -3684650.548}, {96845.504, 4517233.818, -1871339.256},
349 {96851.967, 4517535.522, -1871037.160}, {96859.534, 4517888.805, -1870683.417}};
350} // namespace
351
352using namespace ns3;
353
354/**
355 * @ingroup mobility-test
356 *
357 * @brief Geographic to/from Topocentric Test Case
358 *
359 * This test verifies the accuracy of the GeographicToTopocentricCoordinates and
360 * TopocentricToGeographicCoordinates methods in the GeographicPositions class,
361 * which convert geocentric (topocentric) coordinates to topocentric (geocentric)
362 * coordinates, respectively. In "IOGP Publication 373-7-2 – Geomatics Guidance Note number 7, part
363 * 2 – September 2019", the two operations are also referred to as EPSG Dataset coordinate operation
364 * method code 9837.
365 *
366 * To this end, the values generated using the above methods are compared with the coordinates
367 * obtained using PROJ coordinate conversion utilities
368 * (https://proj.org/en/latest/operations/conversions/topocentric.html), for both sphere, GRS80 and
369 * WGS84 ellipsoid models. For instance, the coordinate (long, lat, alt) has been first
370 * converted to the topocentric coordinate system with reference point in (LONG_0, LAT_0, ALT_0)
371 * with the command echo $long $lat $alt | cct -d 3 +proj=pipeline +ellps=$ellps +step +proj=cart
372 * +step +proj=topocentric +lon_0=$LONG_0 +lat_0=$LAT_0 +h_0=$ALT_0. Then, the value obtained via
373 * PROJ is used to check both the forward (geo -> topo) and reverse (topo -> geo) conversion
374 */
376{
377 public:
378 /**
379 * @brief Constructor
380 *
381 * @param posToConvert a vector of positions to convert in geocentric coordinates, i.e.,
382 * represented as a vector (latitude (deg), longitude (deg), altitude (m))
383 * @param refPoint the reference point, in geocentric coordinates, i.e., represented as a
384 * vector (latitude (deg), longitude (deg), altitude (m))
385 * @param expectedTopoCoord a vector of the corresponding expected topocentric coordinates,
386 * i.e., represented as (U (m), V (m), W (m)) with respect to the provided reference point
387 * @param sphereType spheroid type
388 */
389 GeoToAndFromTopocentricTestCase(const std::vector<Vector> posToConvert,
390 Vector refPoint,
391 const std::vector<Vector> expectedTopoCoord,
393
394 private:
395 void DoRun() override;
396
397 /**
398 * @brief Test the forward and backward conversion for geocentric to topocentric coordinates
399 * for a given reference point
400 *
401 * @param posToConvert the position to convert, in geocentric coordinates, i.e., represented as
402 * a vector (latitude (deg), longitude (deg), altitude (m))
403 * @param refPoint the reference point, in geocentric coordinates, i.e., represented as a
404 * vector (latitude (deg), longitude (deg), altitude (m))
405 * @param expectedTopoCoord the expected corresponding topocentric coordinates, i.e.,
406 * represented as (U (m), V (m), W (m)) with respect to the provided reference point
407 * @param sphereType spheroid type
408 */
409 void TestReferencePoint(Vector posToConvert,
410 Vector refPoint,
411 Vector expectedTopoCoord,
413
414 /**
415 * Manually check the test condition, i.e. equality between the expected
416 * and the obtained values, up to a given tolerance.
417 * @param actual the obtained test value
418 * @param limit the expected test value
419 * @param tol the tolerance error
420 * @param coord the string to display to describe the value
421 * @return whether the provided values satisfy the equality condition
422 */
423 bool CheckTestPass(double actual, double limit, double tol, std::string coord);
424
425 /// The position to convert, in geocentric coordinates, i.e.,
426 /// represented as a vector (latitude (deg), longitude (deg)///< altitude (m))
427 const std::vector<Vector> m_posToConvertGeoCoord;
428
429 /// The reference point, in geocentric coordinates, i.e., represented
430 /// as a vector (latitude (deg), longitude (deg), altitude (m))
432
433 /// The expected corresponding topocentric coordinates, i.e.,
434 /// represented as (U (m), V (m), W (m)) with respect to the
435 /// provided reference point
436 const std::vector<Vector> m_expectedTopoCoord;
437
439};
440
442 const std::vector<Vector> posToConvert,
443 Vector refPoint,
444 const std::vector<Vector> expectedTopoCoord,
446 : TestCase("Creating GeoToAndFromTopocentricTestCase"),
447 m_posToConvertGeoCoord(posToConvert),
448 m_refPointGeoCoord(refPoint),
449 m_expectedTopoCoord(expectedTopoCoord),
450 m_sphereType(sphereType)
451{
452}
453
454void
456 Vector posToConvert,
457 Vector refPoint,
458 Vector expectedTopoCoord,
460{
461 // Check forward conversion from geocentric to topocentric
462 Vector topoForwardConv =
463 GeographicPositions::GeographicToTopocentricCoordinates(posToConvert, refPoint, sphereType);
464
465 bool passGeoToTopo = (CheckTestPass(topoForwardConv.x, expectedTopoCoord.x, TOLERANCE_M, "U") &&
466 CheckTestPass(topoForwardConv.y, expectedTopoCoord.y, TOLERANCE_M, "V") &&
467 CheckTestPass(topoForwardConv.z, expectedTopoCoord.z, TOLERANCE_M, "W"));
468
469 // Check reverse conversion from topocentric to geocentric
470 Vector geoReverseConv = GeographicPositions::TopocentricToGeographicCoordinates(topoForwardConv,
471 refPoint,
472 sphereType);
473 geoReverseConv.x = WrapTo360(geoReverseConv.x);
474 geoReverseConv.y = WrapTo360(geoReverseConv.y);
475
476 bool passTopoToGeo = (CheckTestPass(geoReverseConv.x, posToConvert.x, TOLERANCE_DEG, "LAT") &&
477 CheckTestPass(geoReverseConv.y, posToConvert.y, TOLERANCE_DEG, "LONG") &&
478 CheckTestPass(geoReverseConv.z, posToConvert.z, TOLERANCE_M, "ALT"));
479
480 std::string geoToTopoMsg = passGeoToTopo ? "PASS" : "FAIL";
481 std::string topoToGeoMsg = passTopoToGeo ? "PASS" : "FAIL";
482
483 std::cout << geoToTopoMsg << " geocentric->topocentric for spheroid " << sphereType << " pos "
484 << posToConvert << " reference point " << refPoint << " expected coord "
485 << expectedTopoCoord << " actual " << topoForwardConv << std::endl;
486 std::cout << topoToGeoMsg << " topocentric->geocentric for spheroid " << sphereType << " pos "
487 << topoForwardConv << " reference point " << refPoint << " expected coord "
488 << posToConvert << " actual " << geoReverseConv << std::endl;
489}
490
491void
493{
494 // Loop through test coordinates
495 for (unsigned int i = 0; i < m_posToConvertGeoCoord.size(); i++)
496 {
501 }
502}
503
504bool
506 double limit,
507 double tol,
508 std::string coord)
509{
510 bool pass = ((actual) < (limit) + (tol) && (actual) > (limit) - (tol));
511
513 limit,
514 tol,
515 "Mismatch between expected " + coord + " and actual coordinates");
516
517 return pass;
518}
519
520/**
521 * @ingroup mobility-test
522 *
523 * @brief Geographic cartesian <--> Topocentric conversion test
524 */
530
532 : TestSuite("geographic-topocentric-test", Type::UNIT)
533{
534 NS_LOG_INFO("creating GeoToAndFromTopocentricTestSuite");
535
536 // Test conversion for sphere ellipsoid model
538 REFP_1_COORD, // ref point
539 SPHERE_REFP_1, // expected topo coord
541 TestCase::Duration::QUICK);
542
543 // Test conversion for GRS80 ellipsoid model
545 REFP_1_COORD, // ref point
546 GRS80_REFP_1, // expected topo coord
548 TestCase::Duration::QUICK);
549
550 // Test conversion for WGS84 ellipsoid model
552 REFP_1_COORD, // ref point
553 WGS_84_REFP_1, // expected topo coord
555 TestCase::Duration::QUICK);
556}
557
558/**
559 * @ingroup mobility-test
560 * Static variable for test initialization
561 */
Geographic to/from Topocentric Test Case.
const std::vector< Vector > m_expectedTopoCoord
The expected corresponding topocentric coordinates, i.e., represented as (U (m), V (m),...
GeoToAndFromTopocentricTestCase(const std::vector< Vector > posToConvert, Vector refPoint, const std::vector< Vector > expectedTopoCoord, GeographicPositions::EarthSpheroidType sphereType)
Constructor.
void TestReferencePoint(Vector posToConvert, Vector refPoint, Vector expectedTopoCoord, GeographicPositions::EarthSpheroidType sphereType)
Test the forward and backward conversion for geocentric to topocentric coordinates for a given refere...
void DoRun() override
Implementation to actually run this TestCase.
GeographicPositions::EarthSpheroidType m_sphereType
spheroid type
const std::vector< Vector > m_posToConvertGeoCoord
The position to convert, in geocentric coordinates, i.e., represented as a vector (latitude (deg),...
Vector m_refPointGeoCoord
The reference point, in geocentric coordinates, i.e., represented as a vector (latitude (deg),...
bool CheckTestPass(double actual, double limit, double tol, std::string coord)
Manually check the test condition, i.e.
Geographic cartesian <--> Topocentric conversion test.
EarthSpheroidType
The possible Earth spheroid models. .
static Vector TopocentricToGeographicCoordinates(Vector pos, Vector refPoint, EarthSpheroidType sphType)
Conversion from topocentric to geographic.
static Vector GeographicToTopocentricCoordinates(Vector pos, Vector refPoint, EarthSpheroidType sphType)
Conversion from geographic to topocentric coordinates.
encapsulates test code
Definition test.h:1050
void AddTestCase(TestCase *testCase, Duration duration=Duration::QUICK)
Add an individual child TestCase to this test suite.
Definition test.cc:292
A suite of tests to run.
Definition test.h:1267
Type
Type of test.
Definition test.h:1274
#define NS_LOG_COMPONENT_DEFINE(name)
Define a Log component with a specific name.
Definition log.h:191
#define NS_LOG_INFO(msg)
Use NS_LOG to output a message of level LOG_INFO.
Definition log.h:264
static GeoToAndFromTopocentricTestSuite g_GeoToAndFromTopocentricTestSuite
Static variable for test initialization.
#define NS_TEST_EXPECT_MSG_EQ_TOL(actual, limit, tol, msg)
Test that actual and expected (limit) values are equal to plus or minus some tolerance and report if ...
Definition test.h:500
const std::vector< ns3::Vector > WGS_84_REFP_1
Table of expected geocentric coordinates <U, V, W> (meters) for spheroid type WGS84 and reference poi...
constexpr double TOLERANCE_DEG
Test tolerance with respect to the expected values, in degrees.
const ns3::Vector REFP_1_COORD
Reference point 1 for geocentric <--> topocentric conversion.
const std::vector< ns3::Vector > GRS80_REFP_1
Table of expected geocentric coordinates <U, V, W> (meters) for spheroid type GRS80 and reference poi...
const std::vector< ns3::Vector > SPHERE_REFP_1
Table of expected geocentric coordinates <U, V, W> (meters) for spheroid type SPHERE and reference po...
const std::vector< ns3::Vector > TEST_COORD
Table of <longitude (deg), latitude (deg), altitude (m)> coordinates, obtained as the cartesian produ...
constexpr double TOLERANCE_M
Test tolerance with respect to the expected values, in meters.
Every class exported by the ns3 library is enclosed in the ns3 namespace.
double WrapTo360(double a)
Wrap angle in [0, 360)
Definition angles.cc:64