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Aerial Triangulation Report (3D Conformal - 7 parameters)
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no of model : 20
no of tie points : 91
no of meas tie pts : 178
no of horz gcp : 10
no of vert gcp : 13
no of obs equation : 567
no of unknown : 413
Redundant : 154
No of iteration : 2
SD of unit weight : 0.375
Model coordinates measurement
-----------------------------
Model no : 1
pt no x y z sd
5281 0.000 0.000 183.264 0.060
5282 85.838 0.000 183.264 0.060
120 5.989 -4.715 29.172 0.060
117 3.626 47.782 28.588 0.060
128 83.932 75.779 29.483 0.060
2 57.689 69.121 29.656 0.060
121 83.943 -0.685 30.102 0.060
126 88.555 -81.968 30.554 0.060
5 -19.259 -83.873 29.562 0.060
125 29.864 -86.788 30.499 0.060
Model no : 2
pt no x y z sd
5220 0.000 0.000 183.264 0.060
5221 85.916 0.000 183.264 0.060
142 2.600 1.041 29.114 0.060
136 1.125 67.737 28.285 0.060
146 -0.266 -76.869 28.608 0.060
147 86.957 -83.435 27.732 0.060
143 90.039 -0.665 30.094 0.060
137 100.431 53.983 29.769 0.060
Model no : 3
pt no x y z sd
5219 0.000 0.000 183.264 0.060
5220 80.907 0.000 183.264 0.060
6 -28.826 51.616 29.830 0.060
135 -7.018 72.793 29.677 0.060
141 2.606 -5.498 31.279 0.060
145 4.775 -82.056 31.838 0.060
146 79.986 -78.590 33.456 0.060
142 83.299 -2.304 32.292 0.060
136 82.287 62.987 30.066 0.060
Model no : 4
pt no x y z sd
5279 0.000 0.000 183.264 0.060
5280 89.399 0.000 183.264 0.060
123 -0.485 -91.353 33.487 0.060
118 10.778 0.605 31.693 0.060
115 16.689 40.254 31.650 0.060
116 104.597 44.042 31.644 0.060
119 94.016 1.918 31.952 0.060
124 84.337 -77.442 32.157 0.060
Model no : 5
pt no x y z sd
5218 0.000 0.000 183.264 0.060
5219 82.004 0.000 183.264 0.060
141 84.361 -5.204 30.744 0.060
145 85.746 -82.036 31.153 0.060
144 2.519 -83.071 32.329 0.060
140 0.211 5.705 30.532 0.060
4 12.933 -71.372 32.093 0.060
134 -21.408 57.276 30.203 0.060
6 53.410 52.438 29.442 0.060
135 75.520 73.466 29.293 0.060
Model no : 6
pt no x y z sd
5187 0.000 0.000 183.264 0.060
5186 91.492 0.000 183.264 0.060
132 -5.018 4.118 30.480 0.060
137 1.095 -87.316 32.618 0.060
127 93.600 83.019 31.992 0.060
139 -9.859 88.103 30.499 0.060
133 86.640 2.606 32.300 0.060
138 94.643 -81.505 30.335 0.060
Model no : 7
pt no x y z sd
5188 0.000 0.000 183.264 0.060
5187 93.724 0.000 183.264 0.060
131 4.824 2.905 28.658 0.060
125 -1.254 92.403 29.669 0.060
126 57.468 98.972 29.469 0.060
136 -4.479 -78.721 29.116 0.060
137 94.181 -87.684 30.510 0.060
132 88.281 4.826 28.782 0.060
Model no : 8
pt no x y z sd
5190 0.000 0.000 183.264 0.060
5189 90.529 0.000 183.264 0.060
129 -2.786 0.440 29.290 0.060
123 -18.991 84.973 28.708 0.060
124 68.288 98.481 27.376 0.060
130 85.227 -1.805 28.086 0.060
6 69.143 -93.970 29.202 0.060
134 -6.366 -90.055 29.879 0.060
135 91.163 -72.475 29.104 0.060
Model no : 9
pt no x y z sd
5189 0.000 0.000 183.264 0.060
5188 98.370 0.000 183.264 0.060
130 -5.474 -2.115 29.422 0.060
135 2.120 -72.036 30.478 0.060
5 50.640 93.204 29.129 0.060
125 99.675 90.536 29.745 0.060
131 103.342 1.418 29.575 0.060
136 91.927 -79.424 30.763 0.060
Model no : 10
pt no x y z sd
5278 0.000 0.000 183.264 0.060
5279 90.333 0.000 183.264 0.060
114 1.795 4.263 31.398 0.060
7 5.395 39.249 31.445 0.060
115 106.727 41.928 31.768 0.060
118 100.727 2.223 31.400 0.060
123 89.281 -89.897 32.242 0.060
122 0.173 -90.443 31.148 0.060
148 2.620 81.996 31.694 0.060
Model no : 11
pt no x y z sd
5206 0.000 0.000 183.264 0.060
5207 86.032 0.000 183.264 0.060
102 1.095 100.113 30.651 0.060
12 5.250 43.229 30.345 0.060
1 -7.093 -110.447 32.202 0.060
108 2.359 -90.301 31.791 0.060
109 88.090 -87.894 32.055 0.060
106 84.322 7.959 31.693 0.060
103 87.630 96.848 30.528 0.060
Model no : 12
pt no x y z sd
5235 0.000 0.000 183.264 0.060
5234 86.120 0.000 183.264 0.060
116 6.947 -88.836 31.206 0.060
112 0.857 -1.590 30.696 0.060
107 -12.602 75.442 30.956 0.060
1 71.427 53.605 32.761 0.060
108 81.310 73.571 32.251 0.060
113 84.779 -1.662 32.365 0.060
117 84.849 -87.463 31.767 0.060
Model no : 13
pt no x y z sd
5280 0.000 0.000 183.264 0.060
5281 89.607 0.000 183.264 0.060
119 4.651 1.831 31.581 0.060
116 14.967 44.106 31.250 0.060
117 92.721 47.108 31.447 0.060
120 94.771 -4.425 31.977 0.060
5 69.582 -82.002 32.383 0.060
124 -4.524 -77.783 31.895 0.060
Model no : 14
pt no x y z sd
5236 0.000 0.000 183.264 0.060
5235 84.487 0.000 183.264 0.060
149 2.018 93.845 30.384 0.060
9 -6.796 72.080 30.204 0.060
111 -0.022 1.117 30.348 0.060
115 1.780 -90.767 31.130 0.060
116 90.089 -88.665 31.035 0.060
112 84.496 -1.383 30.638 0.060
107 71.483 75.760 31.063 0.060
Model no : 15
pt no x y z sd
5237 0.000 0.000 183.264 0.060
5236 85.221 0.000 183.264 0.060
111 85.243 1.971 29.033 0.060
115 87.766 -90.708 29.299 0.060
7 -14.696 -92.406 28.836 0.060
148 -17.067 -49.186 28.922 0.060
110 1.295 2.876 28.983 0.060
8 0.971 77.196 29.228 0.060
149 86.596 95.514 29.568 0.060
9 77.866 73.494 29.271 0.060
Model no : 16
pt no x y z sd
5203 0.000 0.000 183.264 0.060
5204 87.789 0.000 183.264 0.060
10 15.715 14.996 29.718 0.060
100 5.326 94.237 31.064 0.060
11 102.225 98.835 30.006 0.060
104 86.879 -3.254 30.901 0.060
149 102.057 -73.840 29.639 0.060
99 93.715 -95.950 29.261 0.060
8 17.202 -93.498 29.243 0.060
Model no : 17
pt no x y z sd
5204 0.000 0.000 183.264 0.060
5205 87.449 0.000 183.264 0.060
11 14.390 96.707 30.988 0.060
104 -0.908 -4.257 32.511 0.060
149 14.036 -74.150 31.732 0.060
99 5.751 -96.011 31.512 0.060
107 83.368 -90.461 32.509 0.060
105 88.693 -2.342 31.585 0.060
101 88.719 81.508 30.861 0.060
Model no : 18
pt no x y z sd
5205 0.000 0.000 183.264 0.060
5206 87.631 0.000 183.264 0.060
101 1.219 82.695 30.050 0.060
105 1.174 -1.763 30.482 0.060
107 -4.204 -90.547 31.045 0.060
108 89.804 -90.747 31.827 0.060
1 80.314 -110.903 32.279 0.060
12 92.917 42.920 30.125 0.060
102 88.845 99.851 30.310 0.060
Model no : 19
pt no x y z sd
5234 0.000 0.000 183.264 0.060
5233 90.072 0.000 183.264 0.060
1 -16.532 54.914 29.702 0.060
109 80.931 77.243 29.352 0.060
152 85.485 0.387 28.992 0.060
128 79.989 -61.975 28.908 0.060
2 53.545 -68.331 29.217 0.060
117 -1.024 -89.008 28.313 0.060
113 -2.194 -1.377 29.089 0.060
108 -6.698 75.443 29.167 0.060
Model no : 20
pt no x y z sd
5221 0.000 0.000 183.264 0.060
5222 85.009 0.000 183.264 0.060
150 85.663 -3.151 29.508 0.060
151 83.911 -80.076 29.777 0.060
147 0.886 -83.910 31.362 0.060
3 52.013 -75.740 30.929 0.060
143 3.952 -2.507 32.716 0.060
137 14.190 51.196 31.742 0.060
138 108.512 52.323 29.377 0.060
Horzontal ground control coordinates
------------------------------------
pt no x y sd
1 519898.940 6383552.900 0.100
2 523315.010 6384439.300 0.100
3 535181.650 6383715.140 0.100
4 533254.000 6376835.320 0.100
5 526469.420 6381542.240 0.100
6 530488.230 6378564.820 0.100
7 521900.170 6376364.040 0.100
8 517865.880 6377812.070 0.100
11 513740.170 6381186.920 0.100
12 516216.450 6384903.280 0.100
Vertical ground control elevation
---------------------------------
pt no z sd
1 370.980 0.100
2 360.180 0.100
3 370.180 0.100
4 383.780 0.100
5 344.300 0.100
6 339.960 0.100
7 311.610 0.100
8 305.920 0.100
9 308.560 0.100
10 303.270 0.100
11 300.240 0.100
12 305.430 0.100
99 308.560 0.100
Residual - Tie points
---------------------
Model no : 1
pt no vx vy vz
5281 -0.254 -0.078 0.076
5282 -0.000 -0.000 0.000
120 0.035 -0.048 -0.052
117 -0.175 -0.114 0.536
128 0.239 0.056 -0.045
2 0.177 -0.327 -0.193
121 -0.000 -0.000 -0.000
126 0.007 0.413 -0.394
5 -0.660 0.277 -0.486
125 0.630 -0.179 0.558
Model no : 2
pt no vx vy vz
5220 0.075 -0.135 -0.035
5221 0.210 0.024 0.111
142 0.128 0.051 0.025
136 0.058 0.094 -0.167
146 0.045 0.050 0.209
147 -0.229 -0.192 0.147
143 -0.065 -0.042 -0.149
137 -0.222 0.151 -0.140
Model no : 3
pt no vx vy vz
5219 -0.290 -0.086 0.057
5220 -0.075 0.135 0.035
6 0.195 0.230 0.132
135 0.076 0.007 0.092
141 0.075 0.031 -0.078
145 0.203 -0.140 -0.179
146 -0.045 -0.050 -0.209
142 -0.128 -0.051 -0.025
136 -0.012 -0.077 0.174
Model no : 4
pt no vx vy vz
5279 -0.187 -0.227 0.102
5280 0.019 0.347 -0.271
123 0.038 -0.076 -0.086
118 0.058 -0.010 -0.108
115 -0.013 0.017 0.021
116 0.064 -0.059 0.203
119 0.035 -0.108 0.282
124 -0.013 0.117 -0.143
Model no : 5
pt no vx vy vz
5218 -0.000 -0.000 -0.000
5219 0.290 0.086 -0.057
141 -0.075 -0.031 0.078
145 -0.203 0.140 0.179
144 -0.000 0.000 0.000
140 0.000 0.000 0.000
4 0.174 -0.314 0.080
134 0.021 0.246 -0.312
6 0.020 -0.033 0.187
135 -0.227 -0.094 -0.154
Model no : 6
pt no vx vy vz
5187 0.089 0.045 0.067
5186 -0.000 0.000 0.000
132 -0.158 -0.122 -0.189
137 0.023 0.257 0.012
127 0.000 0.000 0.000
139 -0.000 -0.000 0.000
133 0.000 0.000 0.000
138 0.045 -0.181 0.109
Model no : 7
pt no vx vy vz
5188 -0.390 0.312 0.089
5187 -0.089 -0.045 -0.067
131 0.029 0.110 -0.124
125 -0.120 0.062 0.021
126 -0.007 -0.413 0.394
136 0.267 0.178 -0.315
137 0.152 -0.326 -0.186
132 0.158 0.122 0.189
Model no : 8
pt no vx vy vz
5190 0.000 -0.000 -0.000
5189 0.133 -0.162 0.066
129 -0.000 -0.000 0.000
123 0.391 0.160 -0.017
124 -0.222 0.187 -0.132
130 -0.234 -0.163 -0.094
6 0.233 0.061 -0.278
134 -0.021 -0.246 0.312
135 -0.280 0.163 0.144
Model no : 9
pt no vx vy vz
5189 -0.133 0.162 -0.066
5188 0.390 -0.312 -0.089
130 0.234 0.163 0.094
135 0.431 -0.076 -0.082
5 -0.070 0.252 0.290
125 -0.511 0.117 -0.579
131 -0.029 -0.110 0.124
136 -0.313 -0.196 0.307
Model no : 10
pt no vx vy vz
5278 -0.000 0.000 0.000
5279 0.187 0.227 -0.102
114 0.000 0.000 0.000
7 0.965 -0.516 -0.281
115 0.166 0.171 0.296
118 -0.058 0.010 0.108
123 -0.429 -0.084 0.103
122 -0.000 0.000 -0.000
148 -0.832 0.192 -0.123
Model no : 11
pt no vx vy vz
5206 0.261 0.009 -0.176
5207 0.000 0.000 0.000
102 0.147 0.620 -0.106
12 -0.560 -0.927 -0.007
1 0.106 0.245 0.076
108 -0.189 -0.023 0.061
109 0.236 0.075 0.152
106 -0.000 0.000 0.000
103 0.000 -0.000 -0.000
Model no : 12
pt no vx vy vz
5235 -0.210 0.275 0.348
5234 -0.206 0.010 -0.060
116 0.365 0.195 -0.503
112 -0.015 0.344 -0.000
107 -0.097 0.309 -0.185
1 0.226 -0.460 0.137
108 -0.129 -0.204 0.237
113 -0.055 -0.171 0.217
117 0.120 -0.298 -0.189
Model no : 13
pt no vx vy vz
5280 -0.019 -0.347 0.271
5281 0.254 0.078 -0.076
119 -0.035 0.108 -0.282
116 0.282 0.128 0.012
117 0.120 0.066 -0.338
120 -0.035 0.048 0.052
5 -0.801 0.222 0.086
124 0.235 -0.304 0.276
Model no : 14
pt no vx vy vz
5236 0.058 0.006 0.682
5235 0.210 -0.275 -0.348
149 -0.533 0.129 -0.180
9 -0.107 0.341 0.194
111 0.319 0.347 -0.224
115 0.627 0.253 -0.062
116 -0.711 -0.264 0.288
112 0.015 -0.344 0.000
107 0.122 -0.194 -0.352
Model no : 15
pt no vx vy vz
5237 0.000 0.000 0.000
5236 -0.058 -0.006 -0.682
111 -0.319 -0.347 0.224
115 -0.780 -0.441 -0.254
7 1.676 -0.270 0.317
148 0.832 -0.192 0.123
110 -0.000 -0.000 -0.000
8 -1.413 2.095 -0.544
149 -0.045 -0.499 0.120
9 0.107 -0.341 0.696
Model no : 16
pt no vx vy vz
5203 0.000 -0.000 -0.000
5204 0.515 -0.351 -0.014
10 -0.000 0.000 -0.160
100 -0.000 0.000 0.000
11 -0.526 0.122 -0.476
104 0.229 -0.282 0.163
149 0.218 0.097 0.195
99 0.100 -0.005 -0.232
8 -0.536 0.419 0.524
Model no : 17
pt no vx vy vz
5204 -0.515 0.351 0.014
5205 0.245 -0.066 0.301
11 -0.098 0.900 0.301
104 -0.229 0.282 -0.163
149 0.360 0.273 -0.135
99 -0.100 0.005 -0.396
107 0.487 0.207 0.345
105 0.205 -0.573 -0.310
101 -0.355 -1.379 0.042
Model no : 18
pt no vx vy vz
5205 -0.245 0.066 -0.301
5206 -0.261 -0.009 0.176
101 0.355 1.379 -0.042
105 -0.205 0.573 0.310
107 -0.512 -0.322 0.191
108 0.624 0.040 -0.320
1 1.286 0.431 -0.392
12 -0.896 -1.539 0.272
102 -0.147 -0.620 0.106
Model no : 19
pt no vx vy vz
5234 0.206 -0.010 0.060
5233 0.000 -0.000 -0.000
1 0.223 -0.007 -0.021
109 -0.236 -0.075 -0.152
152 0.000 -0.000 -0.000
128 -0.239 -0.056 0.045
2 0.362 -0.555 0.270
117 -0.065 0.346 -0.009
113 0.055 0.171 -0.217
108 -0.306 0.186 0.023
Model no : 20
pt no vx vy vz
5221 -0.210 -0.024 -0.111
5222 0.000 -0.000 -0.000
150 -0.000 0.000 0.000
151 0.000 0.000 0.000
147 0.229 0.192 -0.147
3 -0.084 -0.309 -0.097
143 0.065 0.042 0.149
137 0.046 -0.082 0.314
138 -0.045 0.181 -0.109
Residual - Horizontal ground control points
-------------------------------------------
pt no vx vy
1 0.008 0.001
2 0.002 -0.004
3 -0.000 -0.001
4 0.001 -0.001
5 -0.007 0.003
6 0.002 0.001
7 0.012 -0.003
8 -0.009 0.011
11 -0.003 0.004
12 -0.006 -0.011
Residual - verical ground control points
----------------------------------------
pt no vz
1 -0.001
2 0.000
3 -0.000
4 0.000
5 -0.000
6 0.000
7 0.000
8 -0.000
9 0.004
10 -0.001
11 -0.001
12 0.001
99 -0.003
Transformation parameters
-------------------------
Model no scale omega(deg) phe(deg) kappa(deg) Cx Cy Cz
1 25.0030952383 -0.1308427876 0.3713102171 74.1346849528 524578.443 6382577.344 -385.458
2 24.6123581396 -0.2356533579 -0.7073044421 75.1006024839 532524.299 6380881.677 -325.977
3 25.1292856693 0.1325131206 0.4937280177 75.4827508637 531919.155 6378942.923 -420.999
4 25.5251327061 0.0843710402 0.1754719350 74.8211223283 523384.204 6378194.692 -484.629
5 25.0417112751 0.1713043230 0.3625459542 76.0812098726 531436.423 6376952.941 -407.968
6 25.1886031450 0.0260751355 0.2379618814 72.2530659842 529760.632 6384259.602 -425.002
7 24.9031351260 0.0925070215 -0.0405224376 72.4104135177 529077.519 6382039.888 -376.945
8 24.8398370131 0.0863351804 0.4306291292 75.3473710551 527790.349 6377494.757 -367.046
9 25.0515418740 0.2005431118 0.4629101725 73.9341559560 528356.021 6379679.885 -406.928
10 25.4750935861 0.0653711751 -0.4529345575 74.9203460185 522837.136 6375971.593 -482.809
11 25.4443219557 -0.0085622052 -0.2827923110 74.4748327353 517243.726 6384479.109 -461.557
12 25.4306991989 -0.1639049112 0.2013428450 75.6296313411 520765.981 6381452.118 -459.065
13 25.4702645071 0.0967178658 0.2243872910 74.4282014764 523977.693 6380397.301 -472.603
14 25.4171932118 0.1203193887 0.0532144043 75.9577075890 520257.406 6379391.434 -461.212
15 25.1873610815 0.0128866524 -0.2377131112 75.5172185105 519743.958 6377304.396 -423.123
16 25.3460978737 -0.0544413274 -0.3168330801 74.5671274323 515469.086 6378022.129 -448.213
17 25.6148717006 0.0497764288 0.0545890051 74.6217217676 516030.010 6380176.202 -496.274
18 25.4234348750 0.0345883852 -0.1700344464 74.5854094009 516641.845 6382334.863 -460.465
19 24.8928633121 0.1121585914 0.0028380799 74.9141787190 521326.099 6383595.913 -368.397
20 25.0348761364 -0.0158249781 -0.0448955738 75.1369523944 533015.462 6382942.422 -405.705
Adjusted coordinate
-------------------
pt no x y z type-no
1 519898.948 6383552.901 370.979 TP-4
2 523315.012 6384439.296 360.180 HV-2
3 535181.650 6383715.139 370.180 HV-1
4 533254.001 6376835.319 383.780 HV-1
5 526469.413 6381542.243 344.300 HV-3
6 530488.232 6378564.821 339.960 HV-3
7 521900.182 6376364.037 311.610 HV-2
8 517865.871 6377812.081 305.920 HV-2
9 518438.991 6379666.434 308.564 V-2
10 515204.534 6378507.940 303.269 V-1
11 513740.167 6381186.924 300.239 HV-2
12 516216.444 6384903.269 305.431 HV-2
99 518441.199 6379665.349 308.557 V-2
100 513198.273 6378788.603 325.865 TP-1
101 514620.706 6382921.722 297.912 TP-2
102 514792.853 6385187.266 306.251 TP-2
103 515462.396 6387287.136 306.005 TP-1
104 516130.002 6380123.854 336.515 TP-2
105 516690.893 6382350.682 314.341 TP-2
106 517618.891 6386600.667 346.395 TP-1
107 518830.803 6381619.790 334.680 TP-4
108 519469.775 6383922.095 358.362 TP-4
109 519994.169 6386040.167 367.262 TP-2
110 519678.950 6377353.930 306.630 TP-1
111 520230.125 6379395.813 310.410 TP-2
112 520813.318 6381465.083 321.359 TP-2
113 521344.961 6383532.671 355.805 TP-2
114 522737.851 6376043.088 316.380 TP-1
115 522506.591 6378873.639 326.913 TP-4
116 523000.714 6381064.613 328.290 TP-4
117 523458.870 6382992.916 335.119 TP-4
118 523443.752 6378463.065 324.664 TP-2
119 523967.755 6380522.468 332.313 TP-2
120 524737.466 6382690.866 342.712 TP-2
121 525173.556 6384593.250 358.743 TP-1
122 525056.644 6375375.499 327.581 TP-1
123 525633.980 6377571.030 362.414 TP-3
124 525858.127 6379753.417 331.050 TP-3
125 526874.143 6382704.259 361.401 TP-3
126 527160.014 6384148.165 358.580 TP-2
127 528491.013 6387142.095 387.424 TP-1
128 523334.171 6385115.572 354.037 TP-2
129 527767.738 6377429.472 360.606 TP-1
130 528374.706 6379530.705 329.398 TP-2
131 529044.328 6382175.003 337.048 TP-2
132 529626.662 6384170.610 343.458 TP-2
133 530366.694 6386357.729 387.035 TP-1
134 529920.088 6376775.067 357.761 TP-2
135 530110.532 6379228.964 340.947 TP-4
136 530911.774 6381339.785 348.618 TP-4
137 531867.115 6383614.847 387.552 TP-4
138 532445.688 6385904.138 328.589 TP-2
139 527574.561 6384699.171 352.511 TP-1
140 531303.867 6376990.146 357.574 TP-1
141 532076.013 6378969.840 363.839 TP-2
142 532507.020 6380953.001 390.117 TP-2
143 533100.796 6383022.134 413.232 TP-2
144 533475.838 6376511.394 387.400 TP-1
145 533952.022 6378540.528 360.827 TP-2
146 534342.058 6380391.836 402.440 TP-2
147 535050.698 6382425.043 381.324 TP-2
148 520832.085 6376578.384 309.583 TP-2
149 517957.106 6380018.195 314.699 TP-4
150 533641.229 6384995.201 332.948 TP-1
151 535491.346 6384458.821 341.280 TP-1
152 521870.669 6385651.634 357.295 TP-1
5186 530482.257 6386452.389 4189.203 TP-1
5187 529779.714 6384257.456 4191.054 TP-2
5188 529074.681 6382032.208 4186.807 TP-2
5189 528393.247 6379663.655 4184.006 TP-2
5190 527824.563 6377487.898 4185.068 TP-1
5203 515443.400 6378026.542 4196.741 TP-1
5204 516034.997 6380171.773 4197.991 TP-2
5205 516628.263 6382331.984 4199.015 TP-2
5206 517220.450 6384479.797 4201.591 TP-2
5207 517806.622 6386588.961 4203.991 TP-1
5218 531465.462 6376939.220 4181.164 TP-1
5219 531959.129 6378932.358 4184.054 TP-2
5220 532468.544 6380900.363 4184.236 TP-2
5221 533012.077 6382943.714 4182.396 TP-2
5222 533557.767 6385000.674 4182.144 TP-1
5233 521909.879 6385751.858 4197.769 TP-1
5234 521326.118 6383586.993 4193.499 TP-2
5235 520782.568 6381465.175 4201.071 TP-2
5236 520261.674 6379381.646 4196.150 TP-2
5237 519724.807 6377303.358 4192.773 TP-1
5278 522800.229 6375966.266 4185.710 TP-1
5279 523398.718 6378188.031 4193.080 TP-2
5280 523995.992 6380389.769 4194.866 TP-2
5281 524608.392 6382587.886 4196.525 TP-2
5282 525194.851 6384652.253 4188.084 TP-1
REMARK :-
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TP = tie point H = Horizontal control V = Vertical control HV = Horizontal & Vertocal control
example : TP-2 means a tie point that appears in 2 models
Stop conditions are
1. no of iterations exceeds 20 OR
2. correction to coordinates are less than 0.000 Meters
If a ZERO (0.0000000000) standard deviation is given, a default SD will be used as follows
1. default SD for Model coordinates is 0.060 unit of model coordinate system
2. default SD for Ground coordinates is 0.100 unit of gcp coordinate system
All points measured in a model are treated as tie points, and ground control points are considered as direct observations.
Weight is calculated from the inverse of the variance
A standard deviation of unit weight is a constant factor to which the given SD is supposed to multiply to fit the adjustment model.
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