"Clarke 1866" { 1 6378206.4 6356583.8 "Clarke 1866" 0 0 0 0 0 0 0 "American Samoa 1962" -115 118 426 0 0 0 0 "Bermuda 1957" parametric -73 213 296 0 0 0 0 "Cape Canaveral" -2 151 181 0 0 0 0 "Guam 1963" -100 -248 259 0 0 0 0 "Jamaica 1969" -69 -207 -389 0 0 0 0 "L. C. 5 Astro 1961" 42 124 147 0 0 0 0 "Luzon" -133 -77 -51 0 0 0 0 "Luzon (Mindanao)" -133 -79 -72 0 0 0 0 "NAD27" grid "nadcon.dat" "NAD27 (CONUS)" -8 160 176 0 0 0 0 "NAD27 (East CONUS)" -9 161 179 0 0 0 0 "NAD27 (West CONUS)" -8 159 175 0 0 0 0 "NAD27 (Alaska)" -5 135 172 0 0 0 0 "NAD27 (Aleutian E)" -2 152 149 0 0 0 0 /* Aleutian Islands east of 180 deg. */ "NAD27 (Aleutian W)" 2 204 105 0 0 0 0 /* Aleutian Islands west of 180 deg. */ "NAD27 (Bahamas)" -4 154 178 0 0 0 0 "NAD27 (San Salvador Island)" 1 140 165 0 0 0 0 "NAD27 (Canada)" -10 158 187 0 0 0 0 "NAD83 (Canada) (NTv2)" SURFACE BASEDATUM="NAD27 (Canada)" { RASTER RESAMPLE = "Bilinear" LATITUDE = "NTV2_0.GSB" LONGITUDE = "NTV2_0.GSB" GRIDBASEDATUM = "FROMDATUM" } DESCRIPTION="Natural Resources Canada, Geodetic Survey Division" "NAD27 (Canada_AB)" -7 162 188 0 0 0 0 "NAD27 (Canada_MO)" -9 157 184 0 0 0 0 "NAD27 (Canada_NNNQ)" -22 160 190 0 0 0 0 "NAD27 (Canada_NS)" 4 159 188 0 0 0 0 "NAD27 (Yukon)" -7 139 181 0 0 0 0 "NAD27 (East Central America)" -3 142 183 0 0 0 0 "NAD27 (West Central America)" 0 125 194 0 0 0 0 "NAD27 (Canal Zone)" 0 125 201 0 0 0 0 "NAD27 (Cuba)" -9 152 178 0 0 0 0 "NAD27 (Cuba-2)" -4.2 135.4 181.9 0 0 0 0 "NAD27 (Greenland)" 11 114 195 0 0 0 0 "NAD27 (Mexico)" -12 130 190 0 0 0 0 "Old Hawaiian" 61 -285 -181 0 0 0 0 "Old Hawaiian (Hawaii)" 89 -279 -183 0 0 0 0 "Old Hawaiian (Kauai)" 45 -290 -172 0 0 0 0 "Old Hawaiian (Maui)" 65 -290 -190 0 0 0 0 "Old Hawaiian (Oahu)" 58 -283 -182 0 0 0 0 "Puerto Rico" 11 72 -101 0 0 0 0 "NAD27 (Alaska) (MRE) Geoid" SURFACE /* BASEDATUM="Clarke 1866", It is default to Spheroid, this the name of the base datum */ { REGRESSION -90 0 90 360 /* this the bounding box in latitude longitude in decimal degrees */ 0.104719750 -6.492624500 0.104719750 -21.781708000 /* this A B C D, V = A*v + B, U = C*u + D, v is longitude and u is latitude */ LATITUDE={ } /* nothing for latitude regression surface , CAN BE OMITTED */ LONGITUDE = { } /* nothing for longitude regression surface, CAN BE OMITTED */ HEIGHT = { /* Terms height regression result in meters the result is sum of all the terms */ /* The first item for V exponent, second item for U exponent, and third item for coefficient */ 0 0 1.341 /* 1.341 x V^0 x U^0 i.e. 1.341 */ 0 1 12.556 /* 12.556 x V^0 x U^1 i.e. 12.556U */ 1 0 8.458 0 2 3.742 1 1 19.896 2 0 4.249 0 3 -12.714 1 2 -4.746 2 1 -4.964 3 0 0.222 1 3 -45.166 2 2 -13.051 3 1 -6.197 4 0 -4.378 4 1 1.472 0 6 -45.658 1 5 25.253 2 4 23.419 3 3 9.917 6 0 1.050 2 5 10.540 8 0 -0.072 0 9 37.757 2 9 -10.093 4 7 -5.382 5 7 -1.081 6 8 -1.072 /* -1.072 x V^6 x U^8 */ } } DESCRIPTION="NAD 27 (Alaska) (MRE) Geoid, from Defense Mapping Agency technical report 8350.2 (DMA TR 8350.2)" "NAD27 (Canada) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.052359880 -3.141592800 0.052359880 -13.613568800 HEIGHT = { 0 0 -15.483 0 1 -12.184 1 0 -12.497 0 2 50.396 1 1 19.823 2 0 2.083 1 2 32.462 2 1 14.999 3 0 4.955 2 2 -48.440 3 1 -18.312 4 0 5.671 0 6 -98.935 2 4 138.270 3 3 48.225 4 2 7.353 5 1 3.978 6 0 -1.770 2 5 189.722 3 4 71.967 7 0 -0.050 5 3 13.539 7 1 -0.230 8 0 0.165 0 9 -90.371 5 4 -4.118 4 6 56.145 7 3 -6.084 9 1 0.023 8 4 -2.707 6 8 -25.209 8 8 4.363 9 9 -0.059 } } DESCRIPTION = "NAD27 (Canada) (MRE) Geoid, from DMA TR 8350.2" "NAD27 (Caribbean) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.104719750 -2.094395000 0.104719750 -29.635689250 HEIGHT = { 0 0 15.540 0 1 -33.562 1 0 -29.561 0 2 10.844 2 0 -29.206 1 2 -12.738 2 1 12.876 3 0 22.374 3 1 11.968 4 0 29.126 4 1 -20.412 5 0 -23.363 9 0 0.596 9 1 1.696 9 2 4.409 9 3 4.156 9 9 -1.268 } } DESCRIPTION = "NAD 27 (Caribbean) (MRE) Geoid, from DMA TR 8350.2" "NAD27 (Mexico, Central America) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.052359880 -1.047197600 0.052359880 -15.184365200 HEIGHT = { 0 0 103.590 0 1 447.056 1 0 219.294 0 2 144.208 1 1 1094.743 2 0 115.742 2 1 643.644 4 1 -68.937 5 0 5.048 0 6 1942.556 1 5 -1357.412 2 4 -1064.155 2 5 -618.937 0 8 -851.672 2 6 2044.548 5 3 -57.758 1 8 3132.887 2 7 -1147.053 8 1 1.466 1 9 -1303.291 8 2 -2.443 } } DESCRIPTION = "NAD 27 (Mexico, Central America) (MRE) Geoid, from DMA TR 8350.2" "Puerto Rico (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.523598770 -9.424777860 0.523598770 -154.461637150 HEIGHT = { 0 0 -0.194 1 0 -2.762 0 2 -30.142 2 0 -1.474 3 0 -0.072 0 9 37.623 } } DESCRIPTION = "Puerto Rico Datum (Puerto Rico and the Virgin Islands) (MRE) Geoid, from DMA TR 8350.2" "Old Hawaiian (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.418879020 -8.796459420 0.418879020 -84.613562040 HEIGHT = { 0 0 -5.840 0 1 20.184 1 0 -8.681 0 2 -22.513 1 1 -17.363 2 1 -16.119 3 0 -3.872 3 1 -14.717 6 0 -4.638 7 5 62.078 9 6 44.025 } } DESCRIPTION = "Old Hawaiian Datum (Hawaii- Kauai. Maul. and Oahu Islands) (MRE) Geoid, from DMA TR 8350.2" "Luzon (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.209439510 -2.513274120 0.209439510 -25.551620220 HEIGHT = { 0 0 -0.695 1 0 3.074 1 1 -10.266 1 2 -14.213 2 1 -26.432 3 0 -14.482 0 4 0.637 3 2 25.562 2 4 0.931 3 3 67.489 7 0 -55.578 4 4 57.233 5 4 -26.880 9 0 37.093 1 9 0.399 } } DESCRIPTION = "Luzon Datum (The Philinninps (Except Mindanao Island)) (MRE) Geoid, from DMA TR 8350.2" "Guam 1963 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 1.570796310 -20.420352030 1.570796310 -226.194668640 HEIGHT = { 0 0 -7.142 0 1 8.306 1 0 -0.567 0 2 7.076 1 3 -7.234 5 0 -0.141 1 9 0.014 9 3 0.003 } } DESCRIPTION = "Guam Datum 1963 (Guam Island) (MRE) Geoid, from DMA TR 8350.2" "Cape Canaveral (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.104719750 -2.827433250 0.104719750 -29.321530000 HEIGHT = { 0 0 2.189 0 1 -18.460 1 0 -20.413 2 0 -37.345 1 3 -458.888 } } DESCRIPTION = "Cape Canaveral Datum (MRE) Geoid, from DMA TR 8350.2" "NAD27 (CONUS) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.052359880 -1.937315560 0.052359880 -13.875368200 HEIGHT = { 0 0 5.068 0 1 -11.570 1 0 -8.574 0 2 27.839 1 1 -51.911 2 0 29.496 0 3 28.343 2 1 24.481 3 0 11.424 1 3 132.550 2 2 -110.232 3 1 41.018 4 0 -64.953 2 3 -128.293 4 1 51.241 5 0 -4.326 2 4 104.097 3 3 -128.031 4 2 110.694 6 0 36.330 1 6 243.149 5 2 -15.790 6 1 -38.043 6 2 -40.277 7 1 2.746 8 0 -7.321 0 9 -394.404 1 8 -927.540 5 4 63.390 8 1 10.626 9 1 -0.520 4 8 -117.207 8 5 16.352 } } DESCRIPTION = "NAD27 (CONUS) (MRE) Geoid, from DMA TR 8350.2" } "Clarke 1880" { 2 6378249.145 6356514.86955 "Clarke 1880" 0 0 0 0 0 0 0 "Abidjan 1987" -124.76 53 466.79 0 0 0 0 "Adindan" -166 -15 204 0 0 0 0 "Adindan (Burkina Faso)" -118 -14 218 0 0 0 0 "Adindan (Cameroon)" -134 -2 210 0 0 0 0 "Adindan (Ethiopia)" -165 -11 206 0 0 0 0 "Adindan (Mali)" -123 -20 220 0 0 0 0 "Adindan (Senegal)" -128 -18 224 0 0 0 0 "Adindan (Sudan)" -161 -14 205 0 0 0 0 "Antigua 1943" -255 -15 71 0 0 0 0 "Antigua Island Astro 1943" -270 13 62 0 0 0 0 /* Note that ESRI uses Clarke 1880 Arc, but LGGM and DatumPro use Clarke 1880 (Clarke 1880 RGS) for these Arc 1950 datums*/ "Arc 1950" -143 -90 -294 0 0 0 0 "Arc 1950 (Botswana)" -138 -105 -289 0 0 0 0 "Arc 1950 (Burundi)" -153 -5 -292 0 0 0 0 "Arc 1950 (Lesotho)" -125 -108 -295 0 0 0 0 "Arc 1950 (Malawi)" -161 -73 -317 0 0 0 0 "Arc 1950 (Swaziland)" -134 -105 -295 0 0 0 0 "Arc 1950 (Zaire)" -169 -19 -278 0 0 0 0 "Arc 1950 (Zambia)" -147 -74 -283 0 0 0 0 "Arc 1950 (Zimbabwe)" -142 -96 -293 0 0 0 0 "Arc 1960" -160 -6 -302 0 0 0 0 "Arc 1960 (Kenya)" -157 -2 -299 0 0 0 0 "Arc 1960 (Tanzania)" -175 -23 -303 0 0 0 0 "Ayabelle Lighthouse" -79 -129 145 0 0 0 0 "Camacupa (Angola-1)" -42.01 -332.21 -229.75 0 0 0 0 /* offshore block 5 */ "Camacupa (Angola-2)" -40 -354 -224 0 0 0 0 /* offshore block 2 */ "Camacupa (Angola-3)" -37.2 -370.6 -224 0 0 -2.685868e-06 2.19e-07 /* offshore blocks 1 and 16 */ "Camacupa (Angola-4)" -41.8 -342.2 -228.2 0 0 0 0 /* offshore blocks 7 and 8 Note: This definition agrees with EPSG/DatumPro. ESRI definition is different than ours. */ "Camacupa (Angola-5)" -55.5 -348 -229.2 0 0 0 0 /* offshore block 3 */ "Camacupa (Angola-6)" -43 -337 -233 0 0 0 0 /* offshore block 7 */ "Camacupa (Angola-7)" -48 -345 -231 0 0 0 0 /* offshore block 3,7,15 and 17 */ "Camacupa (Angola-8)" -48.6 -345.1 -230.8 0 0 0 0 /* offshore block 2(December 1992 and 1994 */ "Camacupa (Angola-9)" -41.057 -374.564 -226.287 0 0 -2.685868e-06 2.19e-07 /*offshore blocks 1,16 and 18*/ "Camacupa (Angola-10)" -50.9 -347.6 -231 0 0 0 0 /* offshore blocks 2,3,17 and 31-33 */ "Cape" -136 -108 -292 0 0 0 0 "Carthage" -263 6 431 0 0 0 0 "Dabola" -83 37 124 0 0 0 0 "Dominica 1945" 725 685 536 0 0 0 0 "Fahud" -346 -1 224 0 0 0 0 "Fahud - 2" -333.102 -11.02 230.69 0 0 -2.685868e-06 2.19e-07 "FD 1958" -241.54 -163.64 396.06 0 0 0 0 "Fort Thomas 1955" -7 215 225 0 0 0 0 "Grenada 1953" 72 213.7 93 0 0 0 0 "Leigon" -130 29 364 0 0 0 0 "Liberia 1964" -90 40 88 0 0 0 0 "Locodjo 1965" -125 53 467 0 0 0 0 "M'Poraloko" -74 -130 42 0 0 0 0 "Mahe 1971" 41 -220 -134 0 0 0 0 "Manoca" -70.9 -151.8 -41.4 0 0 0 0 "Minna (Cameroon)" -81 -84 115 0 0 0 0 "Minna (Nigeria)" -92 -93 122 0 0 0 0 "Minna (Nigeria - south)" -111.92 -87.85 114.5 -9.090257e-06 -9.793236e-07 -1.061742e-06 3.200e-08 "Montserrat Island Astro 1958" 174 359 365 0 0 0 0 "Nahrwan (Oman)" -247 -148 369 0 0 0 0 "Nahrwan (Saudi Arabia)" -243 -192 477 0 0 0 0 "Nahrwan (United Arab Emirates)" -249 -156 381 0 0 0 0 "Nahrwan (UAE - Abu Dhabi, Abu al Bu Khoosh)" -245 -153.9 382.8 0 0 0 0 "Nahrwan (Quatar - onshore)" -250.2 -153.09 391.7 0 0 0 0 "Nord Sahara 1959" -186 -93 310 0 0 0 0 "Nord Sahara 1959-3" -156 -87.2 287.8 0 0 -3.946383e-06 -3.800e-07 "Oman" -346 -1 224 0 0 0 0 "PDO 1993" -180.624 -225.516 173.919 3.926991e-06 9.201764e-06 -4.041407e-05 1.671e-05 "PDO 1993-3" -191.808 -250.512 167.861 3.839724e-06 8.013970e-06 -4.149035e-05 2.070e-05 "Point 58" -106 -129 165 0 0 0 0 "Pointe Noire 1948" -148 51 -291 0 0 0 0 "Sierra Leone 1968" -88 4 101 0 0 0 0 /* Note: This definition agrees with POSC and NIMA. ESRI has -101 for z. */ "St. Kitts 1955" 9 183 236 0 0 0 0 "St. Lucia 1955" -149 128 296 0 0 0 0 "Viti Levu 1916" 51 391 -36 0 0 0 0 "Voirol 1960" -123 -206 219 0 0 0 0 "Liberia 1964 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.523598770 -3.665191390 0.523598770 -183.259569500 HEIGHT = { 0 0 5.209 0 1 3.083 1 0 1.475 1 1 -1.843 1 2 3.082 2 1 2.535 0 4 -0.808 4 0 -6.030 6 0 5.962 7 0 -2.337 1 9 0.147 } } DESCRIPTION = "Liberia Datum 1964 (Liberia) (MRE) Geoid, from DMA TR 8350.2" "Merchich (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.209439510 -6.702064320 0.209439510 -73.932147030 HEIGHT = { 0 0 2.782 0 1 18.296 1 0 -3.669 0 2 -36.995 1 1 16.412 2 0 -8.586 0 4 27.435 3 1 7.039 0 7 39.471 0 9 -34.612 9 0 -0.388 8 2 -4.892 9 1 1.962 } } DESCRIPTION = "Merchich Datum (Morocco) (MRE) Geoid, from DMA TR 8350.2" "Minna (Nigeria) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.157079630 -1.570796300 0.157079630 -1.256637040 HEIGHT = { 0 0 2.267 0 1 -5.296 1 0 5.310 2 0 -4.288 2 2 12.235 8 2 -16.204 8 4 -97.314 } }DESCRIPTION = "Minna Datum (Nigeria) (MRE) Geoid, from DMA TR 8350.2" "Nahrwan (Oman, United Arab Emirates) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.418879020 -9.634217460 0.418879020 -23.876104140 HEIGHT = { 0 0 7.464 0 1 -3.286 1 0 -3.024 0 2 -3.994 2 0 -4.720 0 3 -2.019 3 0 -1.613 } } DESCRIPTION = "Nahrwan Datum (Masirah Island (Oman) and United Arab Emirates only) (MRE) Geoid, from DMA TR 8350.2" "Oman (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.314159260 -6.597344460 0.314159260 -17.592918560 HEIGHT = { 0 0 -1.620 0 1 0.915 1 0 -15.730 0 2 3.532 1 1 5.837 6 0 -2.690 3 4 -6.381 1 8 -0.511 2 8 -2.035 } } DESCRIPTION = "Oman Datum (Oman) (MRE) Geoid, from DMA TR 8350.2" "Adindan (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.104719750 -1.466076500 0.104719750 -3.351032000 HEIGHT = { 0 0 -1.412 0 1 -2.891 1 0 -13.987 0 2 8.733 3 0 -4.984 2 2 -4.455 3 1 -6.225 4 0 -1.678 1 4 -4.948 3 3 15.649 6 3 -2.853 3 9 -8.902 9 3 0.096 5 9 1.257 } } DESCRIPTION = "Adindan Datum (MRE) Geoid, from DMA TR 8350.2" "Arc 1950 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.157079630 3.455751860 0.157079630 -4.241150010 HEIGHT = { 0 0 0.709 0 1 -3.012 1 0 -4.491 0 2 1.982 1 1 -1.416 2 0 -5.672 2 1 2.088 3 0 -2.756 1 3 -4.227 2 2 2.422 4 1 0.551 1 5 2.477 6 0 0.672 4 3 -0.817 1 7 -0.288 } } DESCRIPTION = "Arc Datum 1950 (MRE) Geoid, from DMA TR 8350.2" "Arc 1960 (MRE) Geoid" SURFACE BASEDATUM = "Clarke 1880" { REGRESSION -90 0 90 360 0.104719750 0.314159250 0.104719750 -3.769911000 HEIGHT = { 0 0 -7.950 0 1 54.394 1 0 -30.515 0 2 6.331 2 0 -42.433 0 3 -9.206 2 1 -24.156 2 2 93.603 0 6 75.107 7 0 81.282 0 8 -93.656 8 0 447.685 1 8 58.844 5 4 3078.922 9 1 -971.193 3 8 -700.255 7 4 -8149.817 3 9 448.607 4 8 -1170.336 } } DESCRIPTION = "Arc Datum 1960 (MRE) Geoid, from DMA TR 8350.2" "Cape (MRE) Geoid" SURFACE BASEDATUM = "Clarke 1880" { REGRESSION -90 0 90 360 0.104719750 2.932153000 0.104719750 -2.722713500 HEIGHT = { 0 0 7.444 0 1 -3.534 0 2 -22.388 2 0 -8.247 3 0 -8.640 6 0 -9.225 0 8 58.758 } } DESCRIPTION = "Cape Datum (MRE) Geoid, from DMA TR 8350.2" "Carthage (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.209439510 -7.330382850 0.209439510 -1.884955590 HEIGHT = { 0 0 3.276 0 1 2.125 1 0 -3.665 1 1 -9.202 0 3 -7.095 } } DESCRIPTION = "Carthage Datum (Tunisia) (MRE) Geoid, from DMA TR 8350.2" } "Bessel" { 3 6377397.155 6356078.96284 "Bessel" 0 0 0 0 0 0 0 "Amersfoort-1" 593.16 26.15 478.54 6.3239e-06 5.008e-07 5.5487e-06 4.0775e-06 "Batavia" -377 681 -50 0 0 0 0 "RT90 Sweden RR92" 419.3836 99.3335 591.3451 -4.12280222e-06 -8.8104075217e-06 3.8117205465e-05 -0.99496e-06 "Bukit Rimpah" -384 664 -48 0 0 0 0 "CH1903-1" 660.077 13.551 369.344 3.902750e-06 2.802223e-06 4.615426E-06 5.66e-06 "CH1903-2" 674.374 15.056 405.346 0 0 0 0 "Datum Lisboa Bessel-1" 508.088 -191.042 565.223 0 0 0 0 "Datum Lisboa Bessel-2" 631.392 -66.551 481.442 -5.284469e-06 2.154997e-05 2.175359e-05 -4.43e-06 "Djakarta (Batavia)" -377 681 -50 0 0 0 0 "Gunung Segara" -403 684 41 0 0 0 0 "Massawa" 639 405 60 0 0 0 0 "Tokyo" -148 507 685 0 0 0 0 "Tokyo_Japan" -147.54 507.26 680.47 0 0 0 0 "Tokyo (Korea)" -146 507 687 0 0 0 0 "Tokyo (Okinawa)" -158 507 676 0 0 0 0 "Tokyo (South Korea)" -147 506 687 0 0 0 0 "MGI" 682 -203 480 0 0 0 0 "MGI-2" 577.326 90.129 463.919 -2.490293e-05 -7.147123e-06 -2.568079e-05 2.423e-06 "MGI-3" 577.326 90.129 463.919 -2.490488e-05 -7.146154e-06 -2.568058e-05 2.423e-06 "MGI Ferro" 682 -203 480 0 0 0 0 "MGI (Hermannskogel)" 575 93 466 -2.521e-05 -7.757e-06 -2.4725e-05 2.5e-06 "DE_DHDN (North) to ETRS89" 590.5 69.5 411.6 3.859e-06 2.521e-07 1.746e-05 8.30e-06 /* source of "DE_DHDN (North) to ETRS89" is http://crs.ifag.de/country_select.php?country=DE (january 2003) */ "DE_DHDN (Middle) to ETRS89" 584.8 67.0 400.3 -5.090e-07 -6.303e-08 1.153e-05 10.29e-06 /* source of "DE_DHDN (Middle) to ETRS89" is http://crs.ifag.de/country_select.php?country=DE (january 2003) */ "DE_DHDN (South) to ETRS89" 597.1 71.4 412.1 -4.334e-06 -3.297e-07 7.578e-06 7.58e-06 /* source of "DE_DHDN (South) to ETRS89" is http://crs.ifag.de/country_select.php?country=DE (january 2003) */ "DE_DHDN (whole country, 1995) to ETRS89" 582.0 105.0 414.0 -5.042e-06 -1.697e-06 1.493e-05 8.3e-06 /* source of "DE_DHDN (whole country, 1995) to ETRS89" is http://crs.ifag.de/country_select.php?country=DE (january 2003) */ "DE_DHDN (whole country, 2001) to ETRS89" 598.1 73.7 418.2 -9.793e-07 -2.182e-07 1.190e-05 6.7e-06 /* source of "DE_DHDN (whole country, 2001) to ETRS89" is http://crs.ifag.de/country_select.php?country=DE (january 2003) */ "DE_PD/83 to ETRS89" 599.4 72.4 419.2 3.054e-07 1.066e-07 1.320e-05 6.46e-06 /* source of "DE_PD/83 to ETRS89" is http://crs.ifag.de/country_select.php?country=DE (january 2003) */ "DE_RD/83 to ETRS89" 612.4 77.0 440.2 2.618e-07 -2.763e-07 1.356e-05 2.55e-06 /* source of "DE_RD/83 to ETRS89" is http://crs.ifag.de/country_select.php?country=DE (january 2003) */ "DE_40/83 to ETRS89" 534.70634 -3.3442 484.97274 1.141e-05 -1.406e-05 7.903e-06 5.76807e-06 /* "DE_40/83 to ETRS89" provided by LGB Brandenburg, Postfach 60 10 62, 14410 Potsdam, Germany (may 2002) */ /* "Potsdam" 582.0 105.0 414.0 1.4932e-05 -1.696e-06 -5.042e-06 8.3e-06 the above parameter set corrected by the parameter set below */ "Potsdam" 582.0 105.0 414.0 -5.042e-06 -1.697e-06 1.493e-05 8.3e-06 "Potsdam (Rauenberg)" 585.663 86.978 409.184 -2.541e-06 -0.751e-06 1.3679e-05 8.7771e-06 "CH1903 (Bern)" 660.08 13.55 369.34 4.615e-06 2.802e-06 3.902e-06 5.66e-06 "CH1903+ (L+T1997)" 674.374 15.056 405.346 0 0 0 0 "ETHZ Austria" 566.43 84.3715 478.8 2.1519e-05 9.267e-06 1.6634e-05 2.72e-06 "ETHZ Germany" 580.00 80.9016 399.8 1.696e-06 -4.84e-07 1.467e-05 1.134e-05 "ETHZ Switzerland" 670.507 35.8288 373.801 -2.76e-07 3.581e-06 2.844e-06 4.86e-06 "S-JTSK" 570.8 85.7 462.8 -2.4231e-05 -7.69399e-06 -2.55060e-05 3.56e-06 "S-JTSK to ETRS89 (Czech Republic)" 570.8 85.7 462.8 -2.4231e-05 -7.69399e-06 -2.55060e-05 3.56e-06 "S-JTSK (Czech Republic)" 570.8 85.7 462.8 -2.4231e-05 -7.69399e-06 -2.55060e-05 3.56e-06 "S-JTSK to ETRS89 (Slovakia/Slovak Republic)" 559.0 68.7 451.5 -3.83972e-05 -1.97465e-05 -2.06094e-05 5.71e-06 "S-JTSK (Slovakia/Slovak Republic)" 559.0 68.7 451.5 -3.83972e-05 -1.97465e-05 -2.06094e-05 5.71e-06 "Samboja" -404.78 -685.68 -45.47 0 0 0 0 "Tokyo (MRE) Geoid" SURFACE BASEDATUM = "Bessel" { REGRESSION -90 0 90 360 0.157079630 -5.497787050 0.157079630 -21.205750050 HEIGHT = { 0 0 19.004 0 1 -37.468 1 0 31.786 1 1 3.470 0 3 -4.018 2 1 1.326 3 0 -8.480 1 3 -3.724 2 2 7.243 4 0 -4.923 2 9 0.293 6 5 -0.225 9 2 0.200 } } DESCRIPTION = "Tokyo Datum (TD) (MRE) Geoid, from DMA TR 8350.2" "Djakarta (Sumatra) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.157079630 0.000000000 0.157079630 -15.707963000 HEIGHT = { 0 0 -4.076 0 1 6.557 0 2 -6.697 0 3 7.434 3 0 25.293 1 3 -16.419 5 0 -16.539 0 6 -7.800 } } DESCRIPTION = "Djakarta Datum (Sumatra) (MRE) Geoid, from DMA TR 8350.2" } "New International 1967" { 4 6378157.5 6356772.2 "New International 1967" 0 0 0 0 0 0 0 } "International 1909" { 5 6378388.0 6356911.94613 "International 1909" 0 0 0 0 0 0 0 "Ain el Abd 1970 (Bahrain)" -150 -251 -2 0 0 0 0 "Ain el Abd 1970 (Saudi Arabia)" -143 -236 7 0 0 0 0 "Aratu (Brazil - Campos; Espirito Santo and Santos basins)" -158 315 -148 0 0 0 0 "Aratu (Brazil - Tucano basin north)" -139.62 290.53 -150.29 0 0 0 0 "Aratu (Brazil - Tucano basin central)" -141.15 293.44 -150.56 0 0 0 0 "Aratu (Brazil - Tucano basin south)" -142.48 296.03 -149.74 0 0 0 0 "Ascension Island 1958" -191 103 51 0 0 0 0 "Astro Beacon E 1945" 145 75 -272 0 0 0 0 "Astro DOS 71/4" -320 550 -494 0 0 0 0 "Astro Tern Island (FRIG) 1961" 114 -116 -333 0 0 0 0 "Astronomical Station 1952" 124 -234 -25 0 0 0 0 "Bellevue (IGN)" -127 -769 472 0 0 0 0 "Bissau" -173 253 27 0 0 0 0 "Belge 1972-1" -99.059 53.322 -112.486 -2.031369e-06 4.023954e-06 -9.138738e-06 -1.0e-06 "Belge 1972-2" -125.8 79.9 -100.5 0 0 0 0 "Bogota" 307 304 -318 0 0 0 0 "Bogota Observatory" 307 304 -318 0 0 0 0 "Bogota 1975" 304.5 306.5 -318.1 0 0 0 0 "Camp Area Astro" -104 -129 239 0 0 0 0 "Campo Inchauspe" -148 136 90 0 0 0 0 "Campo Inchauspe (Neuquen province - Chos Malal area)" -154.5 150.7 100.4 0 0 0 0 "Canton Astro 1966" 298 -304 -375 0 0 0 0 "Chatham Island Astro 1971" 175 -38 113 0 0 0 0 "Chos Malal 1914" 5.5 176.7 141.4 0 0 0 0 "Chua Astro" -134 229 -29 0 0 0 0 "Corrego Alegre" -206 172 -6 0 0 0 0 "Datum Lisboa Hayford-1" -304.046 -60.576 103.64 0 0 0 0 "Datum Lisboa Hayford-2" -288.885 -91.744 126.244 8.193351e-06 -1.987736e-06 1.018109e-06 -4.6e-06 "Datum 73" -231 102.6 29.8 -2.9816e-06 9.59931e-07 -4.27121e-06 1.79e-06 "DOS 1968" 230 -199 -752 0 0 0 0 "Easter Island 1967" 211 147 111 0 0 0 0 /* "ED 1950-1" -87 -98 -121 0 0 0 0 "ED 1950-2" -87 -96 -120 0 0 0 0 "ED 1950-3" -103 -106 -141 0 0 0 0 "ED 1950-4" -104 -101 -140 0 0 0 0 "ED 1950-5" -130 -117 -151 0 0 0 0 "ED 1950-6" -86 -96 -120 0 0 0 0 "ED 1950-7" -87 -95 -120 0 0 0 0 "ED 1950-8" -84 -95 -130 0 0 0 0 "ED 1950-9" -117 -132 -164 0 0 0 0 "ED 1950-10" -97 -103 -120 0 0 0 0 "ED 1950-11" -97 -88 -135 0 0 0 0 "ED 1950-12" -107 -88 -149 0 0 0 0 "ED 1950-13" -84 -107 -120 0 0 0 0 */ "ED 1950-16" -112 -77 -145 0 0 0 0 "ED 1950-17" -84 -97 -117 0 0 0 0 "ED 1950-18" -89.5 -93.8 -123.1 0 0 7.563093e-07 1.2e-06 "ED 1950-19" -86 -92.2 -127.5 0 0 0 0 "ED 1950-23" -116.641 -56.931 -110.559 -4.329386e-06 -4.465134e-06 4.445741e-06 -3.52e-06 "ED 1950-24" -90.365 -101.13 -123.384 -1.614430e-06 -3.733065e-07 -4.334234e-06 1.994e-06 "ED 1950(ED77)" -110.33 -97.73 -119.85 -1.659517e-06 -5.640322e-06 -1.316269e-06 6.3e-08 "ED 1950-PT3" -86.277 -108.879 -120.181 0 0 0 0 "ED 1950-PT7" -68.863 -134.888 -111.49 2.569513e-06 6.787392e-07 -2.763438e-06 -3.4e-06 "ED 1987-1" -82.981 -99.719 -110.709 5.076e-07 -1.503e-07 -3.898e-07 -3.14e-07 "European 1950" -87 -98 -121 0 0 0 0 /* same as ED 1950-1 */ "European 1950 (Cyprus)" -104 -101 -140 0 0 0 0 /* same as ED 1950-4 */ "European 1950 (Egypt)" -130 -117 -151 0 0 0 0 /* same as ED 1950-5 */ "European 1950 (Finland, Norway)" -87 -95 -120 0 0 0 0 /* same as ED 1950-7 */ "European 1950 (Greece)" -84 -95 -130 0 0 0 0 /* same as ED 1950-8 */ "European 1950 (Iran)" -117 -132 -164 0 0 0 0 /* same as ED 1950-9 */ "European 1950 (Malta)" -107 -88 -149 0 0 0 0 /* same as ED 1950-12 */ "European 1950 (Middle East)" -103 -106 -141 0 0 0 0 /* same as ED 1950-3 */ "European 1950 (Portugal, Spain)" -84 -107 -120 0 0 0 0 /* same as ED 1950-13 */ "European 1950 (Sardinia)" -97 -103 -120 0 0 0 0 /* same as ED 1950-10 */ "European 1950 (Sicily)" -97 -88 -135 0 0 0 0 /* same as ED 1950-11 */ "European 1950 (UK, Ireland)" -86 -96 -120 0 0 0 0 /* same as ED 1950-6 */ "European 1950 (West Europe)" -87 -96 -120 0 0 0 0 /* same as ED 1950-2 */ "European 1979" -86 -98 -119 0 0 0 0 "Finnish KKJ" -89.6 -104.6 -118.2 -2.03621e-05 -9.69627e-07 -4.363322e-06 1.1e-06 "GUX 1 Astro" 252 -209 -751 0 0 0 0 "Gan 1970" -133 -321 50 0 0 0 0 "Geodetic Datum 1949" 84 -22 209 0 0 0 0 "Graciosa Base SW 1948" -104 167 -38 0 0 0 0 "Graciosa Base SW 1948-1" -106.226 166.366 -37.893 0 0 0 0 "Graciosa Base SW 1948-2" -103.088 162.481 -28.276 -8.241833e-07 -3.878509e-07 -8.241833e-07 -1.5e-06 "Herat North" -333 -222 114 0 0 0 0 "Hito XVIII 1963" 18.38 192.45 96.82 -2.714957e-07 6.884354e-07 9.696274e-07 -1.300e-09 "Hjorsey 1955" -73 46 -86 0 0 0 0 "Hong Kong 1963" -156 -271 -189 0 0 0 0 "Hu-Tzu-Shan" -637 -549 -203 0 0 0 0 "ISTS 061 Astro 1968" -794 119 -298 0 0 0 0 "ISTS 073 Astro 1969" 208 -435 -229 0 0 0 0 "Johnston Island 1961" 189 -79 -202 0 0 0 0 "Kerguelen Island 1949" 145 -187 103 0 0 0 0 "Kusaie Astro 1951" 647 1777 -1124 0 0 0 0 "La Canoa" -273.5 110.6 -357.9 0 0 0 0 "Malongo 1987-1" -252.95 -4.11 -96.38 0 0 0 0 "Malongo 1987-2" -254.1 -5.4 -100.3 0 0 0 0 "Mhast" -252.95 -4.11 -96.38 0 0 0 0 "Midway Astro 1961" 912 -58 1227 0 0 0 0 "Monte Mario" -225 -65 9 0 0 0 0 "Monte Mario - Rome" -225 -65 9 0 0 0 0 "Naparima BWI" -10 375 165 0 0 0 0 "Naparima 1955-2" -0.465 372.095 171.736 0 0 0 0 "Naparima 1955-3" -2 374 172 0 0 0 0 "Naparima 1972" -10 375 165 0 0 0 0 "Naparima 1972-2" -0.465 372.095 171.736 0 0 0 0 "Naparima 1972-3" -2 374 172 0 0 0 0 "NZGD 1949" 84 -22 209 0 0 0 0 "NZGD 1949-2" 59.47 -5.04 187.44 -2.278624e-06 4.848137e-07 -4.964492e-06 -4.599e-06 "Observatorio Metereo. 1939" -425 -169 81 0 0 0 0 "Observatorio Metereo. 1939 (Grupo Ocidental)" -422.651 -172.995 84.020 0 0 0 0 /* Source: http://www.igeo.pt */ "PSAD56" -288 175 -376 0 0 0 0 "PSAD56 (Bolivia)" -270 188 -388 0 0 0 0 "PSAD56 (Bolivia - Madidi)" -259.73 173.12 -398.27 0 0 0 0 "PSAD56 (Bolivia - Block 20)" -307.7 265.3 -363.5 0 0 0 0 "PSAD56 (Colombia)" -282 169 -371 0 0 0 0 "PSAD56 (Ecuador)" -278 171 -367 0 0 0 0 "PSAD56 (Guyana)" -298 159 -369 0 0 0 0 "PSAD56 (North Chile)" -270 183 -390 0 0 0 0 "PSAD56 (Peru)" -279 175 -379 0 0 0 0 "PSAD56 (South Chile)" -305 243 -442 0 0 0 0 "PSAD56 (Venezuela)" -295 173 -371 0 0 0 0 "Pico de las Nieves" -307 -92 127 0 0 0 0 "Pitcairn Astro 1967" 185 165 42 0 0 0 0 "Porto Santo 1936" -499 -249 314 0 0 0 0 "Porto Santo 1936-1" -502.862 -247.438 312.724 0 0 0 0 "Porto Santo 1936-2" -210.502 -66.902 -48.476 -1.01520e-05 7.30469e-05 2.82016e-05 4.85e-07 "Provisional S. Chilean 1963" 16 196 93 0 0 0 0 "Qatar National" -128 -283 22 0 0 0 0 "Qatar 1974 (offshore)" -128.16 -282.42 21.93 0 0 0 0 "Qatar 1974 (onshore)" -128.033 -283.697 21.052 0 0 0 0 "Qornoq" 164 138 -189 0 0 0 0 "Rassadiran" -133.63 -157.5 -158.62 0 0 0 0 "Reunion" 94 -948 -1262 0 0 0 0 "Rome 1940" -225 -65 9 0 0 0 0 "Santo (DOS) 1965" 170 42 84 0 0 0 0 "Sao Braz" -203 141 53 0 0 0 0 "Sao Braz-1" -204.619 140.176 55.226 0 0 0 0 "Sao Braz-2" -208.719 129.685 52.092 9.696274e-07 4.848137e-08 -1.599885e-06 2.000e-07 "Sapper Hill 1943" -355 21 72 0 0 0 0 "Selvagem Grande" -289 -124 60 0 0 0 0 "Tananarive Observatory 1925" -189 -242 -91 0 0 0 0 "Tananarive 1925 Paris" -189 -242 -91 0 0 0 0 "Tristan Astro 1968" -632 438 -609 0 0 0 0 "Wake Island Astro 1952" 276 -57 149 0 0 0 0 "Yacare" -155 171 37 0 0 0 0 "Zanderij" -265 120 -358 0 0 0 0 "Chua Astro (MRE) Geoid" SURFACE BASEDATUM = "International 1909" { REGRESSION -90 0 90 360 0.157079630 3.926990750 0.157079630 -47.438048260 HEIGHT = { 0 0 5.854 0 1 7.619 1 0 -14.749 2 0 -5.111 0 9 -1.730 } } DESCRIPTION = "Chua Astro Datum (Paraguay) (MRE) Geoid, from DMA TR 8350.2" "Corrego Alegre (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.052359880 0.785398200 0.052359880 -16.231562800 HEIGHT = { 0 0 -3.024 0 1 -22.248 0 2 -5.045 1 1 18.091 2 0 55.880 0 3 22.239 2 1 19.927 3 0 -64.427 2 4 -377.616 3 3 180.395 5 2 242.541 0 9 -8.698 4 8 8122.948 9 9 -141269.020 } } DESCRIPTION = "Corrego Alegre Datum (Brazil) (MRE) Geoid, from DMA TR 8350.2" "European 1950 (UK, Ireland) (MRE) Geoid" SURFACE { REGRESSION -90 -180 90 180 0.104719750 -5.654866500 0.104719750 0.000000000 HEIGHT = { 0 0 0.695 0 1 13.023 1 0 -7.961 1 1 -12.715 2 0 15.997 3 0 42.321 4 0 19.513 2 3 -102.636 2 4 -75.046 3 5 -512.671 9 0 -0.996 } }DESCRIPTION = "European 1950 (United Kingdom (UK)/Ireland) (MRE) Geoid, from DMA TR 8350.2" "European 1950 (UK only) (MRE) Geoid" SURFACE { REGRESSION -90 -180 90 180 0.104719750 -5.654866500 0.104719750 0.000000000 HEIGHT = { 0 0 1.115 0 1 12.154 1 0 -8.575 0 2 -3.183 1 1 -17.908 1 3 41.262 5 0 27.707 0 9 81.058 9 0 -30.843 } } DESCRIPTION = "European 1950 (United Kingdom (UK) only) (MRE) Geoid, from DMA TR 8350.2" "Zanderij (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.523598770 -2.617993850 0.523598770 -159.697624850 HEIGHT = { 0 0 -0.781 0 1 7.775 1 0 3.048 0 2 2.838 1 1 2.604 2 0 3.077 0 3 1.509 2 1 1.997 3 0 0.833 1 4 1.105 1 5 0.435 } } DESCRIPTION = "Zanderij Datum (Surinam) (MRE) Geoid, from DMA TR 8350.2" "European 1950 (Cyprus) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.785398160 -27.488935600 0.785398160 -25.918139280 HEIGHT = { 0 0 -0.603 0 1 12.824 1 0 4.129 1 1 2.610 2 0 -7.982 2 1 -7.782 3 0 5.369 4 1 3.152 7 0 -2.620 7 1 -0.525 8 0 1.311 } } DESCRIPTION = "ED 50 (Cyprus) (MRE) Geoid, from DMA TR 8350.2" "European 1950 (Egypt) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.104719750 -2.827433250 0.104719750 -3.141592500 HEIGHT = { 0 0 3.430 0 1 25.637 0 2 -28.124 2 1 26.119 3 0 -8.527 1 3 62.197 3 2 58.308 2 4 158.076 1 6 311.812 0 9 -190.887 } } DESCRIPTION = "ED 50 (Egypt) (MRE) Geoid, from DMA TR 8350.2" "European 1950 (Iran) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.157079630 -5.026548160 0.157079630 -8.639379650 HEIGHT = { 0 0 2.542 0 1 27.445 1 0 -4.130 0 2 -44.806 1 1 -37.257 0 3 -4.420 1 2 7.351 2 1 12.279 0 4 25.763 1 3 33.240 2 2 42.862 3 1 12.777 4 0 -12.630 2 3 -31.975 3 2 -28.888 5 0 -2.519 2 4 -9.664 0 7 -3.528 1 6 -13.384 6 1 -5.561 0 8 -2.412 8 0 2.833 9 0 1.026 9 2 -0.241 } } DESCRIPTION = "ED 50 (Iran) (MRE) Geoid, from DMA TR 8350.2" "Geodetic Datum 1949 (New Zealand) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.157079630 6.440264830 0.157079630 -27.174775990 HEIGHT = { 0 0 3.741 0 1 -2.600 1 1 18.891 2 0 -16.708 3 1 -12.433 0 7 1.752 6 1 -117.099 7 0 62.388 5 4 50.312 } } DESCRIPTION = "Geodetic Datum 1949 (New Zealand) (MRE) Geoid, from DMA TR 8350.2" "European 1950 (West Europe) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.052359880 -2.722713760 0.052359880 -0.523598800 HEIGHT = { 0 0 6.243 0 1 -7.665 1 0 12.177 0 2 12.886 1 1 -15.822 2 0 -28.812 0 3 276.220 1 2 -26.228 3 0 -29.689 0 4 -77.289 3 1 -64.583 4 0 40.908 0 5 -971.154 4 1 136.704 3 3 169.545 6 0 14.103 0 7 1495.212 4 3 -585.474 0 8 78.974 6 2 -83.519 0 9 -805.496 5 4 435.717 4 7 -496.171 5 6 -13.104 6 6 -493.747 5 9 -211.226 7 7 675.597 6 9 -255.127 8 9 -193.052 } } DESCRIPTION = "European 1950 (West Europe) (MRE) Geoid, from DMA TR 8350.2" "Qatar National (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 1.047197540 -26.179938500 1.047197540 -53.407074540 HEIGHT = { 0 0 0.224 0 1 -0.395 1 0 -0.455 2 0 0.186 0 4 -0.124 2 2 1.909 3 1 0.671 3 2 -0.474 8 7 -4.852 } } DESCRIPTION = "Qatar National Datum (Qatar) (MRE) Geoid, from DMA TR 8350.2" "Southwest Base Datum (Azores) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.523598770 -19.896753260 0.523598770 -173.834791640 HEIGHT = { 0 0 -2.321 0 1 5.039 } } DESCRIPTION = "Southwest Base Datum (Azores) (MRE) Geoid, from DMA TR 8350.2" "Provisional S. American 1956 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.104719750 0.523598750 0.104719750 -30.368727500 HEIGHT = { 0 0 -7.203 0 1 31.131 1 0 18.762 0 2 15.566 1 1 -11.261 2 0 -50.515 0 3 8.936 1 2 10.403 2 1 43.067 0 4 -11.624 1 3 -8.754 4 0 84.802 0 5 -1.296 2 3 12.535 0 6 1.427 1 5 -1.572 6 0 -75.550 1 6 2.753 3 4 -41.523 4 3 -56.983 3 5 11.012 7 1 7.888 8 0 18.358 4 5 -4.118 5 4 60.552 6 5 7.512 9 2 -3.866 7 6 -12.122 5 9 -0.007 6 9 0.073 9 8 0.894 } } DESCRIPTION = "Provisional South American Datum 1956 (Bolivia, Chile, Colombia, Ecuador, Guyana, Peru, Venezuela) (MRE) Geoid, , from DMA TR 8350.2" "Hjorsey 1955 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.209439510 -13.404128640 0.209439510 -71.418872910 HEIGHT = { 0 0 2.466 0 1 11.998 1 0 -2.023 0 2 -24.189 1 1 2.547 2 0 -2.637 } } DESCRIPTION = "Hjorsey Datum 1955 (Iceland) (MRE) Geoid, from DMA TR 8350.2" "Bogota Observatory (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.157079630 -0.942477780 0.157079630 -44.924774180 HEIGHT = { 0 0 1.218 0 1 16.490 1 0 -45.270 0 2 -11.867 1 1 4.754 2 0 -31.201 2 1 -38.149 2 2 73.546 4 0 17.376 3 2 -250.666 4 1 148.291 2 4 -67.631 5 1 -132.899 1 6 8.365 3 4 136.574 5 4 554.970 8 6 677.533 9 7 2372.651 } } DESCRIPTION = "Hjorsey 1955 (MRE) Geoid, from DMA TR 8350.2" "Campo Inchauspe (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.157079630 5.497787050 0.157079630 -46.495570480 HEIGHT = { 0 0 0.785 0 1 0.892 1 0 -4.421 0 2 1.539 1 1 -10.975 2 0 8.042 2 1 -3.630 3 0 4.344 3 1 9.418 4 0 -6.460 4 2 -2.356 0 8 -0.016 0 9 -0.006 5 7 0.047 5 8 0.016 } } DESCRIPTION = "Campo Inchauspe Datum (MRE) Geoid, from DMA TR 8350.2" "Canton Astro 1966 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 1.570796310 4.712388930 1.570796310 -295.309706280 HEIGHT = { 0 0 3.255 0 1 3.851 1 0 -4.266 } } DESCRIPTION = "Canton Astro Datum 1966 (MRE) Geoid, from DMA TR 8350.2" } "WGS 72" { 6 6378135.0 6356750.519915 "WGS 72" 0 0 4.5 0 0 -2.686e-06 2.2e-07 "WGS 72-2" 0 0 4.5 0 0 -2.685868e-06 2.19e-07 "WGS 72 (SOCET SET)" 0 0 0 0 0 0 0 } "Everest" { 7 6377276.3452 6356075.4133 "Everest" 0 0 0 0 0 0 0 "Indian (Bangladesh)" 282 726 254 0 0 0 0 "Indian 1954" 218 816 297 0 0 0 0 "Indian 1960-1" 199 931 318.9 0 0 -3.946383e-06 -3.8e-07 "Indian 1960-2" 198 881 317 0 0 0 0 "Indian 1960-3" 182 915 344 0 0 0 0 "Indian 1975" 209 818 290 0 0 0 0 "Indian 1975-2" 210 814 289 0 0 0 0 "Indian 1975-3" 204.64 834.74 293.8 0 0 0 0 "Kalianpur 1937-1" 282 726 254 0 0 0 0 "Kalianpur 1937-2" 214 804 268 0 0 0 0 "Kandawala" -97 787 86 0 0 0 0 "Indian Datum (Thailand, Vietnam) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.209439510 -2.722713630 0.209439510 -21.572269530 HEIGHT = { 0 0 15.683 0 1 -25.498 1 0 46.169 0 2 2.542 1 1 -2.917 2 0 4.895 3 0 1.102 0 4 0.543 2 2 0.376 4 0 -0.641 9 0 -0.040 } } DESCRIPTION = "Indian Datum (Thailand and Vietnam only) (MRE) Geoid, from DMA TR 8350.2" "Kandawala (Sri Lanka) (MRE) Geoid" SURFACE BASEDATUM = "Everest" { REGRESSION -90 0 90 360 0.523598770 -3.665191390 0.523598770 -41.887901600 HEIGHT = { 0 0 -0.979 0 1 1.853 0 2 -3.443 0 3 2.523 1 2 -5.423 3 0 -5.278 3 4 3.965 2 7 -0.899 9 2 5.225 0 7 -0.58513 } } DESCRIPTION = "Kandawala Datum (Sri Lanka) (MRE) Geoid, from DMA TR 8350.2" "Timbalai 1948 (Brunei and East Malaysia) (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.209439510 -0.837758040 0.209439510 -23.876104140 HEIGHT = { 0 0 -1.703 0 1 -6.806 1 0 -7.143 0 3 18.663 3 1 23.300 0 5 -13.211 1 4 -10.642 5 0 -1.909 5 3 -36.586 7 3 -28.381 } } DESCRIPTION = "Timbalai 1948 (Brunei and East Malaysia) (MRE) Geoid, from DMA TR 8350.2" } "WGS 66" { 8 6378145.0 6356759.769356 "NWL9D" 0 0 4.5 0 0 -3.946e-06 -6.0e-07 } "GRS 1980" { 9 6378137.0 6356752.31414 "GRS 1980" 0 0 0 0 0 0 0 "CHTRF 1995" 0 0 0 0 0 0 0 "NZGD 2000" 0 0 0 0 0 0 0 "NAD83" grid "nadcon.dat" "NAD83 (DMA)" 0 0 0 0 0 0 0 /************************************************************************************************* ** The following 4 datum names have been adopted from DatumPro V3.01; not verified from other sources **************************************************************************************************/ "NAD83 (CSRS-1)" 0 0 0 0 0 0 0 "NAD83 (CSRS-2)" -0.991 1.9072 0.5129 -1.25033e-07 -4.678500e-08 -5.652900e-08 0.0e+00 "NAD83 (HARN-1)" 0 0 0 0 0 0 0 "NAD83 (HARN-2)" -0.9738 1.9453 0.5486 -1.335700e-07 -4.871999e-08 -5.506999e-08 0.0e+00 "NAD83 (Alaska)" 0 0 0 0 0 0 0 "NAD83 (Aleutian Islands)" -2 0 4 0 0 0 0 "NAD83 (Canada)" 0 0 0 0 0 0 0 "MAY76 (Canada) (NTv2)" SURFACE BASEDATUM="NAD83 (Canada)" { RASTER RESAMPLE = "Bilinear" LATITUDE = "MAY76V20.GSB" LONGITUDE = "MAY76V20.GSB" GRIDBASEDATUM = "TODATUM" } DESCRIPTION="Natural Resources Canada, Geodetic Survey Division" "NAD83 (CONUS)" 0 0 0 0 0 0 0 "NAD83 (Hawaii)" 1 1 -1 0 0 0 0 "NAD83 (Mexico and Central America)" 0 0 0 0 0 0 0 "HARN" grid "hpgn.dat" "GDA94" -16.237 3.51 9.939 1.4157e-06 2.1477e-06 1.3429e-06 1.91e-07 /* Note about GDA94: The source for these paramaters is unknown. Other sources indicate these parameters should all be 0. */ "GDA94-ICSM" 0 0 0 0 0 0 0 "AGD66 (NTv2)" SURFACE BASEDATUM="GRS 1980" { RASTER RESAMPLE = "Bilinear" LATITUDE = "A66_National_13.09.01.gsb" LONGITUDE = "A66_National_13.09.01.gsb" GRIDBASEDATUM = "TODATUM" } DESCRIPTION="Australian Geodetic Datum AGD66" "AGD84 (NTv2)" SURFACE BASEDATUM="GRS 1980" { RASTER RESAMPLE = "Bilinear" LATITUDE = "National_84_02.07.01.gsb" LONGITUDE = "National_84_02.07.01.gsb" GRIDBASEDATUM = "TODATUM" } DESCRIPTION="Australian Geodetic Datum AGD84" "GGRS 1987" -199.87 74.79 246.62 0 0 0 0 "EGSA87" -199.799 74.281 246.454 -8.678e-08 2.424e-09 3.248e-08 -1.7e-08 "JGD2000" 0 0 0 0 0 0 0 "IRENET95" 0 0 0 0 0 0 0 /* "JGD2000 (GEOID2000)" SURFACE BASEDATUM = "GRS 1980" { RASTER RESAMPLE = "Bilinear" NODATA = 999.0 HEIGHT = "gsigeome_v31.bin" } DESCRIPTION = "From source: http://www.gsi.go.jp/" */ "Estonia 1992" 0.055 -0.541 -0.185 -8.872090e-08 1.454441e-09 3.393696e-08 -1.400e-08 "LKS 1994" 0 0 0 0 0 0 0 "POSGAR" 0 0 0 0 0 0 0 "SIRGAS" 0 0 0 0 0 0 0 } "Airy" { 10 6377563.396 6356256.91 "Airy" 0 0 0 0 0 0 0 "Ord. Survey G. Britain 1936" 375 -111 431 0 0 0 0 "Ord. Survey G. Britain 1936 (England)" 371 -112 434 0 0 0 0 "Ord. Survey G. Britain 1936 (England, Wales)" 371 -111 434 0 0 0 0 "Ord. Survey G. Britain 1936 (Scotland, Shetland)" 384 -111 425 0 0 0 0 "Ord. Survey G. Britain 1936 (Wales)" 370 -108 434 0 0 0 0 "Ord. Survey G. Britain 1936 (Petroleum)" 446.448 -125.157 542.06 -7.272205e-07 -1.197490e-06 -4.082131e-06 -2.049E-05 "ETHZ United Kingdom" 370.3 -111.059 435.67 0 0 -2.686e-06 2.2e-07 "Ord. Survey G. Britain 1936 (UK) (MRE) Geoid" SURFACE BASEDATUM = "Airy" { REGRESSION -90 -180 90 180 0.157079630 -8.482300020 0.157079630 0.000000000 HEIGHT = { 0 0 -1.313 0 1 -4.647 1 0 -4.879 1 1 -6.705 2 0 2.492 0 4 5.422 4 0 -2.836 2 3 -5.209 } } DESCRIPTION = "Ordnance Survey of Great Britain 1936 Datum (United Kingdom) (MRE) Geoid, from DMA TR 8350.2" } "Modified Everest" { 11 6377304.063 6356103.039 "Modified Everest" 0 0 0 0 0 0 0 "Kertau 1948" -11 851 5 0 0 0 0 "Kertau 1948 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.418879020 -1.256637060 0.418879020 -42.725660040 HEIGHT = { 0 0 -3.833 0 1 -2.701 1 0 17.861 0 2 0.386 2 0 0.980 3 0 -0.793 3 1 -2.390 4 2 -1.455 } } DESCRIPTION = "Kertau Datum 1948 (West Malaysia and Singapore) (MRE) Geoid, from DMA TR 8350.2" } "Modified Airy" { 12 6377341.89 6356036.143 "Modified Airy" 0 0 0 0 0 0 0 } "Walbeck" { 13 6376896.0 6355834.8467 "Walbeck" 0 0 0 0 0 0 0 } "Southeast Asia" { 14 6378155.0 6356773.3205 "Southeast Asia" 0 0 0 0 0 0 0 } "Australian National" { 15 6378160.0 6356774.719 "Australian National" 0 0 0 0 0 0 0 "Anna 1 Astro 1965" -491 -22 435 0 0 0 0 "Australian Geodetic 1966" -133 -48 148 0 0 0 0 "Australian Geodetic 1984" -134 -48 149 0 0 0 0 "Australian Geodetic 1966-ICSM" -127.8 -52.3 152.9 0 0 0 0 "Australian Geodetic 1984-ICSM" -117.763 -51.510 139.061 -1.4157e-06 -2.1477e-06 -1.3429e-06 -0.191e-07 "Australian Geodetic 1984-2" -116 -50.47 141.69 -1.11507e-06 -1.89077e-06 -1.66776e-06 9.83e-08 "Australian Geodetic 1966 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.052359880 1.413716760 0.052359880 -7.016223920 HEIGHT = { 0 0 -4.258 0 1 2.740 0 2 70.479 1 1 -34.946 2 0 12.676 1 2 24.680 0 4 -348.586 2 2 -14.488 3 1 122.302 0 5 37.035 4 1 -17.307 5 0 -6.704 0 6 645.556 3 3 -80.304 5 1 -108.866 0 7 -19.475 3 4 -271.301 0 8 -430.089 8 0 -5.561 2 8 97.772 4 6 449.462 8 2 -69.354 4 7 -692.991 9 3 265.504 5 9 1311.842 } } DESCRIPTION = "Australian Geodetic 1966 (MRE) Geoid, from DMA TR 8350.2" "Australian Geodetic 1984 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.052359880 1.413716760 0.052359880 -7.016223920 HEIGHT = { 0 0 -4.155 0 1 3.939 1 0 14.693 0 2 65.144 1 1 -18.651 2 0 10.460 3 0 -120.684 0 4 -267.125 3 1 39.025 1 4 -74.039 4 1 -26.446 5 0 301.719 0 6 445.176 5 1 -33.732 6 0 16.358 3 4 384.399 7 0 -312.773 0 8 -257.076 3 5 -122.384 6 2 -117.856 8 0 -18.365 5 4 -502.439 8 1 9.820 9 0 110.502 1 9 54.807 7 5 915.970 8 7 -3661.876 9 9 3579.951 } } DESCRIPTION = "Australian Geodetic 1984 (MRE) Geoid, from DMA TR 8350.2" } "Krasovsky" { 16 6378245.0 6356863.0188 "Krasovsky" 0 0 0 0 0 0 0 "Afgooye" -43 -163 45 0 0 0 0 "Hanoi 1972" -17.51 -108.32 -62.39 0 0 0 0 "DE_42/83 to ETRS89" 24.9 -126.4 -93.2 3.054e-07 1.197e-06 1.988e-07 1.01e-06 /* source of "DE_42/83 to ETRS89" is http://crs.ifag.de/country_select.php?country=DE (january 2003) */ "System 42/83 (Pulkow)" 24 -123 -94 -9.69e-07 1.212e-06 6.3e-07 1.1e-06 "Pulkovo 1942" 27 -135 -84.5 0 0 -2.686e-06 2.263e-07 "Pulkovo 1942-1 (Russia)" 28 -130 -95 0 0 0 0 "Pulkovo 1942-3 (Hungary)" 28 -121 -77 0 0 0 0 "Pulkovo 1942-4 (Poland)" 23 -124 -82 0 0 0 0 "Pulkovo 1942-5 (Czech Republic)" 26 -121 -78 0 0 0 0 "Pulkovo 1942-6 (Latvia)" 24 -124 -82 0 0 0 0 "Pulkovo 1942-7 (Kazakstan)" 15 -130 -84 0 0 0 0 "Pulkovo 1942-8 (Albania)" 24 -130 92 0 0 0 0 "Pulkovo 1942-9 (Romania)" 28 -121 -77 0 0 0 0 "Pulkovo 1942-10 (Kazakstan-Caspian Sea)" 43.822 -108.842 -119.585 -7.05404e-06 3.68943e-06 -3.57308e-06 5.49e-07 /* Source:EPSG */ "Pulkovo 1942-12 (Estonia)" 21.58719 -97.54127 -60.92546 -4.914944e-06 -2.817592e-06 -1.138343e-06 -4.612e-06 } "Hough" { 17 6378270.0 6356794.343479 "Hough" 0 0 0 0 0 0 0 "Wake-Eniwetok 1960" 102 52 -38 0 0 0 0 "Wake-Eniwetok 1960 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 2.094395070 -18.849555630 2.094395070 -349.763976690 HEIGHT = { 0 0 -4.879 0 1 0.201 1 1 -0.096 4 0 -0.041 0 6 -1.233 4 2 0.017 0 8 0.532 3 6 0.365 6 8 -0.009 } } DESCRIPTION = "Wake-Eniwetok Datum 1960 (Kwajalein Atoll Area Only) (MRE) Geoid, from DMA TR 8350.2" } "Mercury 1960" { 18 6378166.0 6356784.283666 "Mercury 1960" 0 0 0 0 0 0 0 } "Modified Mercury 1968" { 19 6378150.0 6356768.337303 "Modified Mercury 1968" 0 0 0 0 0 0 0 } "Sphere of Radius 6370997m" { 20 6370997.0 6370997.0 "Sphere of Radius 6370997m" 0 0 0 0 0 0 0 } "WGS 84" { 21 6378137.0 6356752.31424517929 "WGS 84" 0 0 0 0 0 0 0 "ETRF 1989" 0 0 0 0 0 0 0 "Hartebeesthoek 1994" 0 0 0 0 0 0 0 "BTS87" 0.071 -0.509 -0.166 -8.678e-08 2.424e-09 3.248e-08 -1.7e-08 "Korean 1995" 0 0 0 0 0 0 0 "Moznet" 0 0 0 0 0 0 0 "Yemen NGN 1996" 0 0 0 0 0 0 0 /************************************************************************ The following 17 datums are defined according to VDatum package by Dennis Milbert Ph.D.-- Dennis.Milbert@noaa.gov Chief Geodesist, National Geodetic Survey, NOAA *************************************************************************/ "NAD 83 (86)" 0.0 0.0 0.0 0.0 0.0 0.0 0.0 "WGS 84(G873)" 0.9910 -1.9072 -0.5129 1.25033e-7 4.6785e-8 5.6529e-8 0.0 "WGS 84(G730)" 0.9830 -1.9092 -0.5049 1.25033e-7 4.6785e-8 5.6529e-8 8.0e-10 "WGS 84(orig)" 0.0 0.0 0.0 0.0 0.0 0.0 0.0 /* "WGS 72" 0.0 0.0 4.5 0.0 0.0 -2.685868e-6 2.263e-7 */ "ITRF97" 0.9889 -1.9074 -0.50295 1.256374e-7 4.5701e-8 5.6235e-8 -0.93496e-9 "ITRF96" 0.9910 -1.9072 -0.5129 1.25033e-7 4.6785e-8 5.6529e-8 0.0 "ITRF94" 0.9910 -1.9072 -0.5129 1.25033e-7 4.6785e-8 5.6529e-8 0.0 "ITRF93" 0.9850 -1.9022 -0.4979 1.23142e-7 5.06635e-8 5.18748e-8 -4.0e-10 "ITRF92" 0.9830 -1.9092 -0.5049 1.25033e-7 4.6785e-8 5.6529e-8 8.0e-10 "ITRF91" 0.9710 -1.9232 -0.4989 1.25033e-7 4.6785e-8 5.6529e-8 -6.0e-10 "ITRF90" 0.9730 -1.9192 -0.4829 1.25033e-7 4.6785e-8 5.6529e-8 -9.0e-10 "ITRF89" 0.9680 -1.9432 -0.4449 1.25033e-7 4.6785e-8 5.6529e-8 -4.3e-9 "ITRF88" 0.9730 -1.9072 -0.4209 1.2552e-7 4.6785e-8 5.6529e-8 -7.4e-9 "SIO/MIT 92" 0.9710 -1.9232 -0.4989 1.25033e-7 4.6785e-8 5.6529e-8 -6.0e-10 "NEOS 90" 0.9730 -1.9192 -0.4829 1.25033e-7 4.6785e-8 5.6529e-8 -9.0e-10 "PNEOS 90" 0.9730 -1.9192 -0.4829 1.25033e-7 4.6785e-8 5.6529e-8 -9.0e-10 /*************************************************************************************** What is the new format for the data files? The new file format grid file GEOID99: A 44 byte header followed by "nla" rows of data, each row being "nlo" elements long, each element being a 4 byte floating point number. The format chosen is known in FORTRAN lingo as "direct access binary". The exact ordering of the bytes is mapped below: Bytes Data Variab Variable Type Name Description 1- 8 real*8 glamn Southermost Latitude of grid (decimal degrees) 9-16 real*8 glomn Westernmost Longitude of grid (decimal degrees) 17-24 real*8 dla Latitude spacing of grid (decimal degrees) 25-32 real*8 dlo Longitude spacing of grid (decimal degrees) 33-36 int*4 nla Number of rows of grid 37-40 int*4 nlo Number of columns of grid 41-44 int*4 ikind Set to "1", meaning the gridded data is "real*4" 45-48 real*4 data(1,1) Gridded value at element 1,1 (Southwest corner) . . . The rest of the file continues as 4 byte real values, filling in first the south row (data(1,nlo) being the last variable in the south row), and then proceeding northward. The total number of bytes in a "*.bin" file is: 44 + 4*nla*nlo The actual numbers of rows (nla) and columns (nlo) for each sub-grid is the same within each region but varies between regions: REGION ROWS COLUMNS (nla) (nlo) Conterminous United States 1081 1141 ==> merged 8 files into one 2041 rows by 4201 columns Alaska 721 1921 ==> merged 4 files into one 1381 rows by 3721 columns Hawaii 361 421 Puerto Rico and the Virgin Islands 361 301 ***************************************************************************************/ "NAVD 88 (CONTUS) (GEOID99)" /* Datum Name */ SURFACE /* type of surface datum */ BASEDATUM = "ITRF97" /* Base datum name, a surface datum is defined based on another datum either surface datum or non-surface datum */ { RASTER RESAMPLE = "Bilinear" /* using bilinear resampling method, noDataValue is nothing */ HEIGHT = "geoid99contus.bin" /* height surface */ } DESCRIPTION = "From source: http://www.ngs.noaa.gov/GEOID/GEOID99, merged from the original data files" "NAVD 88 (Alaska) (GEOID99)" SURFACE BASEDATUM = "ITRF97" { RASTER RESAMPLE = "Bilinear" /* using bilinear resampling method, noDataValue is nothing */ HEIGHT = "geoid99alaska.bin" /* height surface */ } DESCRIPTION = "From source: http://www.ngs.noaa.gov/GEOID/GEOID99, merged from the original data files" "NAVD 88 (Hawaii) (GEOID99)" SURFACE BASEDATUM = "ITRF97" { RASTER RESAMPLE = "Bilinear" /* using bilinear resampling method, noDataValue is nothing */ HEIGHT = "geoid99hawaii.bin" /* height surface, same as g1999h01.bin for PC */ } DESCRIPTION = "From source: http://www.ngs.noaa.gov/GEOID/GEOID99" "NAVD 88 (Puerto Rico) (GEOID99)" SURFACE BASEDATUM = "ITRF97" { RASTER RESAMPLE = "Bilinear" /* using bilinear resampling method, noDataValue is nothing */ HEIGHT = "geoid99puertorico.bin" /* height surface, same as g1999p01.bin for PC */ } DESCRIPTION = "From source: http://www.ngs.noaa.gov/GEOID/GEOID99" "World Wide 15-Minute Geoid Height (EGM96)" SURFACE BASEDATUM = "WGS 84" { RASTER RESAMPLE = "Bilinear" /* using bilinear resampling method, noDataValue is nothing */ HEIGHT = "egm96ww15mgh.bin" /* height surface */ } DESCRIPTION = "From source: http://www.nima.mil/pub/gg/wgs-84/egm96.html" "Australian Geodetic 1966 (MRE)" SURFACE BASEDATUM = "WGS 84" { REGRESSION -90 0 90 360 0.052359880 1.413716760 0.052359880 -7.016223920 LATITUDE = { /* for latitude shift surface, the result is in decimal seconds*/ 0 0 5.19238 0 1 0.12666 1 0 0.52309 0 2 -0.42069 1 1 -0.39326 1 2 0.93484 2 1 0.44249 3 1 -0.30074 0 5 1.00092 6 0 -0.07565 0 9 -1.42988 5 4 -16.06639 9 0 0.07428 9 1 0.24256 7 6 38.27946 8 7 -62.06403 8 9 89.19184 } LONGITUDE = { /* for longitude shift surface, the result is in decimal seconds*/ 0 0 4.69250 0 1 -0.87138 1 0 -0.50104 1 1 0.12678 2 0 -0.23076 1 2 -0.61098 3 0 -0.38064 0 6 2.89189 5 2 5.26013 0 8 -2.97897 5 3 5.43221 6 2 -3.40748 8 0 0.07772 1 8 1.08514 8 1 0.71516 9 0 0.20185 8 2 5.18012 8 3 -1.72907 9 2 -1.24329 } HEIGHT = { /* for height shift surface, the result is in meters */ 0 0 6.953 0 1 54.753 1 0 38.295 0 2 15.913 1 1 12.922 2 0 -2.616 0 3 -24.663 1 2 -13.250 2 3 105.716 3 3 -467.812 1 7 79.981 4 4 -1225.777 5 3 2184.222 6 2 353.713 5 4 1026.749 7 2 -228.175 8 1 -20.283 6 4 1202.073 7 3 -3578.264 8 2 -513.229 9 1 -12.141 6 5 -1407.128 4 8 522.507 9 3 1519.599 9 6 -6318.177 } } DESCRIPTION = "Australian Geodetic 1966 (MRE), from DMA TR 8350.2" /* any comments for this datum definition */ "Australian Geodetic 1984 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.052359880 1.413716760 0.052359880 -7.016223920 LATITUDE = { 0 0 5.20604 0 1 0.25225 1 0 0.58528 0 2 -0.41584 1 1 -0.38620 2 0 -0.06820 1 2 0.38699 2 1 0.07934 0 4 0.37714 1 4 -0.52913 7 0 0.38095 6 2 0.68776 8 0 -0.03785 0 9 -0.17891 7 2 -4.84581 9 0 -0.35777 9 2 4.23859 } LONGITUDE = { 0 0 4.67877 0 1 -0.73036 1 0 -0.57942 0 2 0.28840 0 3 0.10194 2 1 -0.27814 3 0 -0.13598 3 1 0.3467 4 0 -0.46107 3 2 1.29432 4 1 0.17996 5 2 -1.13008 0 8 -0.46832 8 0 0.30676 0 9 0.31948 9 0 0.16735 9 3 -1.19443 } HEIGHT = { 0 0 7.083 0 1 55.757 1 0 36.306 0 2 21.288 1 1 15.111 2 0 -3.814 0 3 -34.056 3 0 3.325 2 2 -18.113 2 3 54.055 1 6 -201.077 5 2 -34.759 6 1 -30.667 2 6 -167.018 1 8 333.184 8 1 20.740 9 0 -3.650 7 3 -662.590 9 3 546.536 } } DESCRIPTION = "Australian Geodetic 1984 (MRE), from DMA TR 8350.2" "Corrego Alegre (MRE)" SURFACE { REGRESSION -90 0 90 360 0.052359880 0.785398200 0.052359880 -16.231562800 LATITUDE = { 0 0 -0.84315 0 1 0.74089 1 0 -0.21968 0 2 -0.98875 1 1 0.89883 0 3 0.42853 0 4 2.73442 1 3 -0.34750 3 2 4.69235 0 6 -1.87277 1 5 11.06672 3 3 -46.24841 0 7 -0.92268 1 7 -14.26289 5 5 334.33740 2 9 -15.68277 8 8 -2428.8586 } LONGITUDE = { 0 0 -1.46053 0 1 0.63715 1 0 2.24996 1 1 -5.66052 2 0 2.22589 0 3 -0.34504 1 2 -8.54151 0 4 0.87138 1 3 43.40004 3 1 4.35977 1 4 8.17101 3 2 16.24298 4 1 19.969 5 0 -8.75655 1 5 -125.35753 4 3 -127.41019 0 8 -0.61047 1 7 138.76072 4 5 122.04261 1 9 -51.86666 3 9 45.67574 } HEIGHT = { 0 0 -8.765 0 1 -9.454 1 0 -7.325 1 2 21.798 2 1 17.921 0 4 -2.168 2 2 -34.514 0 5 5.573 1 4 -18.770 2 8 90.838 } } DESCRIPTION = "Corrego Alegre (MRE), from DMA TR 8350.2" "European 1950 (West Europe) (MRE)" SURFACE { REGRESSION -90 -180 90 180 0.052359880 -2.722713760 0.052359880 -0.523598800 LATITUDE = { 0 0 -2.65261 0 1 2.06392 1 0 0.77921 0 2 0.26743 1 1 0.10706 0 3 0.76407 1 2 -0.9543 0 4 0.17197 1 4 1.04974 2 5 -0.22899 8 0 -0.05401 0 9 -0.78909 7 2 -0.10572 9 1 0.05283 9 3 0.02445 } LONGITUDE = { 0 0 -4.13447 0 1 -1.50572 1 0 1.94075 0 2 -1.376 1 1 1.98425 2 0 0.30068 0 3 -2.31939 0 4 -1.70401 3 1 -5.48711 0 5 7.41956 3 2 -1.61351 4 1 5.92923 5 0 -1.97974 0 6 1.57701 3 3 -6.52522 4 2 16.85976 5 1 -1.79701 0 7 -3.08344 1 6 -14.32516 4 4 4.49096 1 8 9.9875 2 7 7.80215 7 2 -2.26917 9 0 0.16438 6 4 -17.45428 2 9 -8.25844 3 8 5.28734 7 5 8.87141 4 9 -3.48015 9 4 0.71041 } HEIGHT = { 0 0 36.393 0 1 -28.239 1 0 -16.575 0 2 12.889 1 1 9.678 2 0 2.497 0 3 6.850 0 4 -5.219 4 1 -2.765 5 2 7.029 2 6 -5.205 9 1 -0.938 } } DESCRIPTION = "European 1950 (West Europe) (MRE), from DMA TR 8350.2" "NAD27 (Canada) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.052359880 -3.141592800 0.052359880 -13.613568800 LATITUDE = { 0 0 0.79395 0 1 2.29199 1 0 0.27589 0 2 -1.76644 1 1 0.47743 2 0 0.08421 0 3 -6.03894 1 2 -3.55747 2 1 -1.81118 3 0 -0.20307 0 4 7.75815 1 3 -3.1017 2 2 3.59363 3 1 -1.31086 4 0 -0.45916 0 5 14.27239 1 4 3.28815 3 2 1.35742 4 1 1.75323 5 0 0.44999 2 4 -19.02041 4 2 -1.01631 5 1 1.47331 6 0 0.15181 5 2 0.41614 6 1 -0.8092 7 0 -0.18177 4 4 5.19854 7 1 -0.48837 8 0 -0.01473 0 9 -2.26448 7 2 -0.46457 8 1 0.11259 9 0 0.02067 2 8 47.64961 9 1 0.04828 2 9 36.38963 7 4 0.06991 8 3 0.08456 9 2 0.09113 5 7 5.93797 6 7 -2.36261 8 5 0.09575 } LONGITUDE = { 0 0 -1.36099 1 0 3.61796 0 2 -3.97703 1 1 3.09705 2 0 -1.15866 0 3 -13.28954 1 2 -3.15795 2 1 0.68405 3 0 -0.50303 1 3 -8.812 2 2 -2.17587 3 1 -1.49513 4 0 0.847 0 5 31.42448 2 3 -14.67474 4 1 0.6564 0 6 17.55842 2 4 6.87058 6 0 -0.21565 2 5 62.18139 4 3 1.78687 5 2 2.74517 6 1 -0.30085 7 0 0.046 2 6 63.52702 3 5 7.83682 5 3 9.59444 8 0 0.0148 5 4 10.51228 7 2 -1.42398 9 0 -0.00834 3 7 5.23485 7 3 -3.18129 2 9 8.45704 7 4 -2.29333 9 2 0.14465 9 3 0.29701 9 4 0.17655 } HEIGHT = { 0 0 -26.806 0 1 9.266 1 0 -5.857 0 2 14.794 1 1 3.497 2 0 9.600 2 1 -7.664 2 2 -40.040 4 0 -3.439 3 2 14.592 1 5 -23.902 2 4 15.246 4 2 18.445 6 0 0.770 1 6 -130.424 5 2 -11.874 1 7 -100.769 6 2 -3.165 7 1 -0.182 8 0 -0.066 7 2 2.404 8 1 0.073 9 2 -0.074 } } DESCRIPTION = "NAD27 (Canada) (MRE), from DMA TR 8350.2" "NAD27 (CONUS) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.052359880 -1.937315560 0.052359880 -13.875368200 LATITUDE = { 0 0 0.16984 0 1 -0.76173 1 0 0.09585 0 2 1.09919 0 3 -4.57801 1 2 -1.13239 3 0 0.49831 1 3 -0.98399 3 1 0.12415 4 0 0.1145 0 5 27.05396 1 4 2.03449 3 2 0.73357 5 0 -0.37548 6 0 -0.14197 0 7 -59.96555 3 6 0.07439 0 8 -4.76082 8 0 0.03385 0 9 49.0432 3 6 -1.30575 9 3 -0.07653 9 4 0.08646 } LONGITUDE = { 0 0 -0.88437 1 0 2.05061 0 2 0.26361 1 1 -0.76804 2 0 0.13374 0 3 -1.31974 1 2 -0.52162 2 1 -1.05853 2 2 -0.49211 3 1 2.17204 4 0 -0.06004 1 4 0.30139 4 1 1.88585 5 1 -0.81162 6 0 -0.05183 6 1 -0.96723 5 3 -0.12948 0 9 3.41827 1 8 -0.44507 8 1 0.18882 9 0 -0.01444 9 1 0.04794 3 9 -0.59013 } HEIGHT = { 0 0 -36.526 0 1 3.900 1 0 -4.723 0 2 -21.553 1 1 7.294 2 0 8.886 1 2 -8.440 2 1 -2.930 0 4 56.937 1 3 -58.756 4 0 -4.061 1 4 4.447 3 2 4.903 0 6 -55.873 1 5 212.005 6 0 3.081 1 7 -254.511 8 0 -0.756 1 8 30.654 9 1 -0.122 } } DESCRIPTION = "NAD27 (CONUS) (MRE), from DMA TR 8350.2" "SAD69 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.052359880 1.047197600 0.052359880 -15.707964000 LATITUDE = { 0 0 -1.67504 0 1 -0.05209 1 0 0.25158 0 2 1.10149 1 1 0.24913 1 2 -1.00937 3 0 -0.74977 0 4 -1.5409 4 0 0.14474 0 5 0.47866 2 3 0.36278 4 1 -1.29942 5 0 0.3041 0 6 0.87669 1 5 -0.2795 0 7 -0.46367 3 4 4.31466 5 2 2.09523 6 1 0.85556 0 8 -0.17897 7 1 -0.57205 0 9 0.12327 3 6 -0.85033 5 4 -4.86117 1 9 0.06085 8 3 -0.21518 7 5 0.31053 5 8 -0.09228 5 9 -0.22996 9 6 0.58774 7 9 0.87562 9 8 0.39001 9 9 -0.81697 } LONGITUDE = { 0 0 -1.77967 0 1 0.40405 1 0 0.50268 0 2 -0.05387 1 1 -0.12837 1 2 -0.54687 3 0 -0.17056 1 3 -0.144 1 5 0.11351 3 3 -0.62692 0 8 -0.0175 5 3 1.18616 0 9 0.01305 3 7 1.0136 3 8 -0.29059 5 6 5.1237 5 7 -5.09561 7 6 -5.27168 7 7 4.04265 7 8 -1.6271 7 9 1.68899 9 8 2.07213 9 9 -1.76074 } HEIGHT = { 0 0 9.570 0 1 -6.834 1 0 -30.016 0 2 -4.015 1 1 -20.812 0 3 -21.963 1 2 16.430 2 1 18.938 3 0 64.770 1 3 54.885 3 1 -42.988 0 5 16.338 1 4 -15.557 3 2 -20.455 4 1 -27.201 5 0 -83.152 0 6 0.520 1 5 -40.493 5 1 101.490 0 7 -3.423 7 0 32.506 1 7 20.338 7 1 -42.081 1 8 1.670 6 3 23.697 7 2 17.596 1 9 -4.342 7 3 -42.782 5 6 5.778 4 8 -1.734 8 5 -6.902 9 5 16.305 7 8 -4.599 } } DESCRIPTION = "SAD69 (MRE)" "European 1950 (UK, Ireland) (MRE)" SURFACE { REGRESSION -90 -180 90 180 0.104719750 -5.654866500 0.104719750 0.000000000 LATITUDE = { 0 0 -2.85283 0 1 1.03873 1 0 0.37255 0 2 0.37918 2 0 -0.08366 2 2 2.79510 1 4 3.95456 3 2 3.25139 9 2 -2.24817 } LONGITUDE = { 0 0 -5.27853 0 1 -1.18834 1 0 0.74334 0 2 -0.73180 1 2 -0.79053 9 0 -0.17149 2 8 95.11569 6 4 -15.47503 } HEIGHT = { 0 0 45.252 0 1 -9.464 1 0 -7.532 0 2 -4.551 1 1 13.000 1 2 6.317 2 3 65.157 } } DESCRIPTION = "European 1950 (UK, Ireland) (MRE), from DMA TR 8350.2" "European 1950 (UK only) (MRE)" SURFACE { REGRESSION -90 -180 90 180 0.104719750 -5.654866500 0.104719750 0.000000000 LATITUDE = { 0 0 -2.85015 0 1 0.92725 1 0 0.28642 1 3 -7.65303 2 3 -7.96754 0 6 1.74155 1 5 14.59802 5 2 2.56074 7 8 -638.59010 } LONGITUDE = { 0 0 -5.27005 0 1 -1.18558 1 0 0.85411 0 2 -0.85857 1 2 -1.86437 5 4 43.65251 9 0 -2.52387 2 8 92.91554 } HEIGHT = { 0 0 45.473 0 1 -9.046 1 0 -4.695 0 2 -7.034 1 1 13.533 1 2 -13.235 2 3 52.433 } } DESCRIPTION = "European 1950 (UK, Ireland) (MRE), from DMA TR 8350.2" "Tokyo (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 -5.497787050 0.157079630 -21.205750050 LATITUDE = { 0 0 11.42838 0 1 0.38110 1 0 0.66055 0 2 -2.85156 0 3 -7.90920 1 2 2.66055 2 1 -1.44720 3 0 -0.55880 0 4 17.02465 1 3 -13.83455 3 1 2.24425 0 5 4.26478 1 4 10.19286 2 3 -12.27058 4 1 1.72169 0 6 -10.70332 2 4 9.42547 3 3 -0.04957 0 7 -1.63710 3 4 -3.31782 4 3 5.58416 0 8 2.17642 4 4 -3.44749 8 0 -0.18249 7 2 -0.40958 9 0 -0.08997 7 3 0.75251 8 2 -0.14797 5 9 -0.00866 } LONGITUDE = { 0 0 -9.41485 1 0 -4.14394 1 1 -0.20672 2 0 -1.37944 0 3 -1.23235 1 2 -0.83040 3 0 5.62308 4 0 1.80683 5 0 -4.51075 0 6 0.09944 6 0 -0.91183 0 7 0.90813 5 2 0.28770 7 0 1.48962 8 0 0.16266 0 9 -0.27918 9 0 -0.16036 8 5 -0.03918 8 7 0.01027 } HEIGHT = { 0 0 17.498 0 1 -5.767 1 0 -30.032 0 2 93.585 1 1 -23.478 1 2 20.307 2 1 11.444 3 0 12.581 0 4 -235.503 1 3 48.615 0 5 76.860 5 0 -2.569 0 6 170.295 1 5 -39.287 0 7 -73.837 4 3 -11.695 0 8 -38.249 1 7 9.382 0 9 18.230 5 4 3.445 9 1 0.329 9 3 -0.147 } } DESCRIPTION = "Tokyo (MRE), from DMA TR 8350.2" "Adindan (MRE)" SURFACE { REGRESSION -90 0 90 360 0.104719750 -1.466076500 0.104719750 -3.351032000 LATITUDE = { 0 0 2.30939 0 1 -2.70532 2 0 -0.17616 1 1 -0.67784 2 1 2.14942 1 3 -6.21315 4 0 0.11956 2 3 -2.65405 0 6 0.44562 1 5 8.77907 3 3 4.61321 4 2 0.70866 2 6 1.15691 2 7 6.39994 3 6 4.95968 5 4 -3.17763 4 6 3.41973 7 4 2.24544 3 9 -11.02072 4 8 -9.13270 9 4 -0.40499 } LONGITUDE = { 0 0 2.46978 1 0 0.82797 0 2 0.10716 1 1 -0.10258 2 0 0.12861 1 2 -0.46939 1 3 -0.22576 5 0 -0.04250 4 2 -0.40529 8 3 -0.20142 9 3 0.08317 } HEIGHT = { 0 0 2.337 0 1 6.056 1 0 9.628 0 2 -7.824 0 3 30.221 1 2 -4.046 2 1 -5.632 0 5 -25.258 3 2 -9.483 1 5 -5.105 2 4 21.890 2 5 -37.142 3 5 17.646 2 9 27.471 } } DESCRIPTION = "Adindan (MRE), from DMA TR 8350.2" "Arc 1950 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 3.455751860 0.157079630 -4.241150010 LATITUDE = { 0 0 -2.90105 0 1 -1.41963 1 0 -0.07116 0 2 0.41503 1 1 -0.48095 2 0 -0.37682 1 2 -0.43296 2 1 -0.59626 0 4 -0.41464 2 2 0.06665 3 1 0.86933 2 3 0.38753 4 1 0.32332 5 0 -0.09534 0 6 0.10867 2 4 -0.04367 5 1 -0.56953 4 3 -0.16240 0 8 -0.00776 1 7 0.00726 2 8 -0.00485 6 4 0.04105 9 1 0.05398 } LONGITUDE = { 0 0 -1.01486 0 1 0.14107 1 0 0.85408 0 2 0.21169 1 1 0.25056 2 0 -0.10768 0 3 0.46444 1 2 -0.31266 2 1 -0.20193 2 2 0.18042 4 0 0.11677 0 5 -0.12972 1 4 0.11348 2 3 -0.02386 5 0 -0.15945 1 6 -0.01031 6 1 0.05005 4 4 -0.02366 0 9 0.00192 } HEIGHT = { 0 0 13.579 0 1 -11.898 0 2 2.606 1 1 -4.757 2 0 6.771 3 0 -1.794 2 2 -7.273 3 1 4.633 4 0 -5.660 2 3 1.941 3 2 -0.944 4 1 4.462 0 9 -0.009 } } DESCRIPTION = "Arc 1950 (MRE), from DMA TR 8350.2" "Arc 1960 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.104719750 0.314159250 0.104719750 -3.769911000 LATITUDE = { 0 0 -8.75971 0 1 -2.42934 1 0 -0.47525 0 2 -1.70734 2 0 -0.21247 0 3 0.94299 0 4 -4.82318 1 3 -0.48322 2 2 2.24563 3 1 10.41787 0 6 19.09009 5 2 -11.89529 0 8 -14.08796 8 1 19.61428 9 1 -55.57920 2 9 12.62838 4 7 -189.54308 3 9 -82.59136 4 9 413.75352 } LONGITUDE = { 0 0 2.88994 0 1 0.23890 1 0 0.74278 0 2 -0.59971 1 1 -0.59553 1 2 0.76985 2 1 1.08910 3 0 1.11164 1 4 -2.76334 0 6 -1.58354 2 4 4.50776 5 1 -4.69780 6 0 -0.78364 0 8 2.39396 9 0 -18.34020 } HEIGHT = { 0 0 -4.706 0 1 -48.308 1 0 15.189 0 2 -41.560 1 1 10.967 2 0 -4.423 0 3 21.834 2 1 140.872 0 5 14.126 3 2 -817.014 4 1 -263.676 0 6 41.387 2 4 517.996 5 2 2398.411 2 7 271.110 6 3 -2705.340 3 7 -972.194 4 8 -5016.963 7 8 21175.898 } } DESCRIPTION = "Arc 1960 (MRE), from DMA TR 8350.2" "Bellevue (IGN) (MRE)" SURFACE { REGRESSION -90 0 90 360 1.570796310 28.274333580 1.570796310 -265.464576390 LATITUDE = { 0 0 16.12246 6 0 -0.03550 } LONGITUDE = { 0 0 26.36897 9 9 -26.40849 } HEIGHT = { 0 0 68.606 3 5 -10.688 } } DESCRIPTION = "Bellevue (IGN) (MRE), from DMA TR 8350.2" "Bermuda Datum 1957 (MRE)" SURFACE { REGRESSION -90 0 90 360 3.665191410 -117.286125120 3.665191410 -1081.231465950 LATITUDE = { 0 0 6.29809 0 1 -2.78250 0 2 1.42629 0 9 -0.00394 } LONGITUDE = { 0 0 0.92185 1 0 -0.76776 2 0 1.65926 3 0 -0.81073 9 0 0.00367 } HEIGHT = { 0 0 -30.797 0 1 -1.853 1 0 145.113 2 0 -336.079 3 0 181.174 0 9 0.012 9 0 -1.008 9 8 0.003 9 9 -0.002 } } DESCRIPTION = "Bermuda Datum 1957 (MRE), from DMA TR 8350.2" "Bogota Observatory (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 -0.942477780 0.157079630 -44.924774180 LATITUDE = { 0 0 -10.20547 0 1 -0.04536 1 0 -0.32067 1 1 0.28431 1 2 0.16880 2 1 0.90592 3 0 0.61577 3 1 -2.32975 4 0 -0.25607 4 2 2.13800 5 2 -4.60849 } LONGITUDE = { 0 0 12.33779 0 1 -0.10858 1 0 0.54020 0 2 0.15784 2 0 -1.29192 0 3 0.21029 3 0 -0.53682 4 0 2.18555 3 2 0.46590 5 0 -0.75178 6 1 5.08165 8 2 7.79816 } HEIGHT = { 0 0 10.043 0 1 -43.824 1 0 19.329 1 1 14.074 2 0 71.105 0 3 36.197 1 2 -48.258 3 0 170.437 1 3 -39.291 4 0 -525.555 0 5 -8.762 3 2 145.878 5 0 -503.109 6 0 810.751 8 3 1013.581 } } DESCRIPTION = "Bogota Observatory Datum (MRE), from DMA TR 8350.2" "Campo Inchauspe (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 5.497787050 0.157079630 -46.495570480 LATITUDE = { 0 0 1.67470 0 1 0.52924 1 0 -0.17100 0 2 0.18962 1 1 0.04216 2 1 0.19709 0 4 -0.22037 2 2 -0.15483 4 1 -0.24506 5 0 -0.05675 0 6 0.06674 5 1 0.01701 0 7 -0.00202 7 0 0.08625 0 8 -0.00628 4 8 0.00172 6 9 0.00036 } LONGITUDE = { 0 0 -2.93117 0 1 0.18225 1 0 0.69396 0 2 -0.04403 2 0 0.07955 3 0 1.48605 0 4 -0.00499 1 4 -0.02180 3 2 -0.29575 4 1 0.20377 5 0 -2.47151 4 3 0.09073 7 0 1.33556 5 3 0.01575 9 0 -0.26842 } HEIGHT = { 0 0 17.004 0 1 8.380 1 0 -7.968 1 1 1.795 0 3 -2.289 1 2 6.660 2 1 -3.283 3 0 3.235 0 4 0.418 1 3 -2.475 3 2 -4.829 0 7 0.010 5 2 0.011 4 4 0.602 7 2 2.724 7 4 0.215 9 2 -1.159 } } DESCRIPTION = "Campo Inchauspe Datum (MRE), from DMA TR 8350.2" "Canton Astro 1966 (MRE)" SURFACE { REGRESSION -90 0 90 360 1.570796310 4.712388930 1.570796310 -295.309706280 LATITUDE = { 0 0 -12.36756 6 2 0.35103 } LONGITUDE = { 0 0 11.07250 1 0 0.11654 } HEIGHT = { 0 0 17.689 0 1 -4.578 7 1 -3.911 } } DESCRIPTION = "Canton Astro Datum 1966 (MRE), from DMA TR 8350.2" "Cape (MRE)" SURFACE { REGRESSION -90 0 90 360 0.104719750 2.932153000 0.104719750 -2.722713500 LATITUDE = { 0 0 -1.47191 0 1 -0.82976 1 0 -0.77153 0 3 -1.08380 2 1 0.69870 3 0 0.85794 0 5 -8.05489 0 6 -6.08125 6 0 0.44971 2 5 -16.35098 1 8 101.23469 } LONGITUDE = { 0 0 -1.41127 0 1 0.35645 1 0 0.77969 2 0 0.48733 1 2 -0.41143 2 2 -2.36026 0 5 4.00369 1 4 -5.59891 0 8 21.62355 3 5 -114.94636 6 8 1521.92420 } HEIGHT = { 0 0 23.339 0 1 -3.590 1 0 -4.129 0 3 -10.628 1 2 -2.554 3 0 3.724 0 4 -21.394 6 0 1.696 5 9 2610.177 } } DESCRIPTION = "Cape Datum (MRE), from DMA TR 8350.2" "Cape Canaveral (MRE)" SURFACE { REGRESSION -90 0 90 360 0.104719750 -2.827433250 0.104719750 -29.321530000 LATITUDE = { 0 0 1.16421 0 1 -1.08512 1 0 0.13663 2 1 4.91857 3 0 3.12400 0 5 124.43651 9 0 -387.46848 } LONGITUDE = { 0 0 0.86515 0 1 -0.20467 1 0 0.40432 2 0 1.21195 9 0 -317.68323 } HEIGHT = { 0 0 -29.579 0 1 3.968 2 1 -74.289 4 0 74.086 9 1 39588.838 } } DESCRIPTION = "Cape Canaveral Datum (MRE), from DMA TR 8350.2" "Carthage (MRE)" SURFACE { REGRESSION -90 0 90 360 0.209439510 -7.330382850 0.209439510 -1.884955590 LATITUDE = { 0 0 5.62302 1 0 0.97026 0 2 -0.30964 1 1 -4.50523 0 3 -0.45229 1 2 -1.72821 3 0 -8.79206 1 3 11.31713 1 4 7.11384 4 1 -19.74569 4 2 38.84103 5 1 95.47870 9 0 282.34348 } LONGITUDE = { 0 0 1.75559 0 1 0.96288 1 0 0.46232 0 2 0.98581 1 1 0.23217 2 0 1.72414 0 3 -2.04345 0 4 -2.05410 3 5 18.63465 8 0 -122.61534 } HEIGHT = { 0 0 31.477 0 1 10.815 1 0 2.921 0 2 12.107 2 0 7.567 0 3 -18.692 0 4 -20.265 3 1 74.574 8 1 -2077.760 } } DESCRIPTION = "Carthage Datum (Tunisia) (MRE), from DMA TR 8350.2" "Chatham Island Astro 1971 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 6.911503720 0.157079630 -28.745572290 LATITUDE = { 0 0 1.70498 5 0 2115.19930 } LONGITUDE = { 0 0 2.11344 1 0 0.92449 } HEIGHT = { 0 0 6.412 1 0 -25.629 } } DESCRIPTION = "Chatham Datum 1971 (Chatham Island) (MRE), from DMA TR 8350.2" "Chua Astro (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 3.926990750 0.157079630 -47.438048260 LATITUDE = { 0 0 -2.21781 0 1 0.54448 1 0 -0.16463 0 2 -0.47450 1 1 -0.49228 6 3 -9.12731 } LONGITUDE = { 0 0 0.28682 1 0 0.70405 1 1 -2.88525 2 1 -4.82907 3 1 39.41621 4 0 2.93416 5 1 -92.33439 0 7 -0.49038 9 2 180.05225 5 8 -125.64645 } HEIGHT = { 0 0 9.322 0 1 6.031 1 0 0.414 0 2 -37.127 1 1 -30.453 2 0 -10.042 1 2 76.251 3 0 4.806 0 4 35.515 2 2 89.644 5 0 3.270 } } DESCRIPTION = "Chua Astro Datum (Paraguay) (MRE), from DMA TR 8350.2" "Djakarta (Sumatra) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 0.000000000 0.157079630 -15.707963000 LATITUDE = { 0 0 -1.66114 0 1 -2.10884 1 0 0.20931 1 1 0.54056 0 3 1.43422 1 2 1.35169 1 4 0.47553 4 2 1.89489 0 9 0.41506 9 4 -3.02864 } LONGITUDE = { 0 0 8.15798 0 1 0.52103 1 0 -0.20776 0 2 0.49247 0 3 0.31892 1 2 -1.26810 3 0 -0.74453 0 5 0.94524 0 6 -2.42459 1 7 -1.51501 9 6 4.34916 } HEIGHT = { 0 0 -5.198 0 1 -12.267 1 0 2.855 0 2 -12.562 1 2 18.596 3 0 6.077 0 4 19.700 1 8 9.834 8 6 -52.945 } } DESCRIPTION = "Djakarta Datum (Sumatra) (MRE), from DMA TR 8350.2" "European 1950 (Cyprus) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.785398160 -27.488935600 0.785398160 -25.918139280 LATITUDE = { 0 0 -3.84288 0 1 0.09188 1 0 0.03581 1 1 -0.07481 } LONGITUDE = { 0 0 -1.10294 0 1 -0.04240 1 0 0.12748 2 1 -0.32783 3 1 0.51023 7 0 -0.01600 9 3 -0.1718 } HEIGHT = { 0 0 24.430 0 1 -5.719 1 0 0.0778 0 2 5.631 1 1 -23.892 1 2 18.980 3 0 -0.988 1 3 106.027 1 4 -42.824 2 9 -323.655 9 4 2.261 } } DESCRIPTION = "ED 50 (Cyprus) (MRE), from DMA TR 8350.2" "European 1950 (Egypt) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.104719750 -2.827433250 0.104719750 -3.141592500 LATITUDE = { 0 0 -4.26321 0 1 0.53413 1 0 -0.25545 0 2 0.22185 1 1 -0.94305 2 0 0.32199 1 3 1.45564 0 7 -5.32845 4 3 -27.06979 4 4 -17.61168 4 5 50.14314 } LONGITUDE = { 0 0 -1.43240 1 0 2.03143 0 2 0.83784 1 1 -0.18148 2 0 2.45164 1 2 -2.19685 3 0 -17.28492 2 2 -18.37881 4 0 -4.37317 5 0 58.86054 4 2 37.96406 3 4 16.79416 7 0 -64.07183 2 8 67.58848 } HEIGHT = { 0 0 7.841 0 1 -8.571 1 0 6.308 0 2 9.597 1 1 -48.792 2 0 12.857 0 3 -35.858 1 2 19.847 3 0 -19.243 4 0 -32.325 0 5 132.326 1 5 335.520 9 1 1620.894 9 3 -3902.371 } } DESCRIPTION = "ED 50 (Egypt) (MRE), from DMA TR 8350.2" "European 1950 (Iran) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 -5.026548160 0.157079630 -8.639379650 LATITUDE = { 0 0 -4.14386 0 1 0.35424 1 1 0.09268 0 3 0.74969 3 0 -0.28888 3 1 0.10130 0 5 -0.84113 1 4 -0.11329 5 0 0.08632 3 3 -0.18535 0 7 0.18609 5 2 0.22312 7 1 -0.05310 8 3 0.05686 9 3 0.02849 } LONGITUDE = { 0 0 0.12417 0 1 0.43410 1 0 0.65033 0 2 3.66512 1 1 0.26615 2 0 0.34660 0 3 -0.79178 1 2 -1.13677 2 1 -0.70829 0 4 -7.82858 3 1 -0.20007 4 0 -0.12099 1 4 3.67528 2 3 2.06675 0 6 7.24212 1 5 0.61665 3 3 -0.75923 4 2 -0.75831 0 7 0.19255 1 6 -3.20687 6 1 0.08964 0 8 -2.27832 4 4 -0.00669 2 7 -1.78975 3 9 -0.26966 } HEIGHT = { 0 0 -5.287 0 1 -19.726 1 0 3.664 1 1 13.034 0 3 24.858 1 2 -5.856 0 4 -12.079 2 2 -18.577 3 1 -3.275 0 5 -15.804 2 3 8.058 5 0 -1.694 0 6 10.972 4 2 10.770 8 0 -0.462 6 3 -3.976 9 3 -0.358 } } DESCRIPTION = "ED 50 (Iran) (MRE), from DMA TR 8350.2" "Geodetic Datum 1949 (New Zealand) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 6.440264830 0.157079630 -27.174775990 LATITUDE = { 0 0 6.18012 0 1 0.18236 1 0 0.10785 1 1 -0.15566 0 3 1.36545 2 1 -0.44813 3 0 0.16518 0 5 -1.66408 0 9 0.44854 } LONGITUDE = { 0 0 0.55131 0 1 0.18193 1 0 0.29501 1 1 -0.36522 0 3 -0.12613 2 2 -1.13550 3 3 3.31705 6 9 3.40098 } HEIGHT = { 0 0 8.630 0 1 13.910 1 0 7.007 2 0 3.463 0 3 20.507 1 2 -16.813 1 6 -20.530 0 9 -11.602 3 9 -28.424 } } DESCRIPTION = "Geodetic Datum 1949 (New Zealand) (MRE), from DMA TR 8350.2" "Guam 1963 (MRE)" SURFACE { REGRESSION -90 0 90 360 1.570796310 -20.420352030 1.570796310 -226.194668640 LATITUDE = { 0 0 5.17587 4 1 0.22868 5 4 -0.47793 9 0 0.00015 7 5 -0.07930 8 8 0.38348 9 9 -0.14079 } LONGITUDE = { 0 0 8.74222 0 1 -3.34020 0 2 8.74187 0 3 -6.34324 0 5 0.85495 } HEIGHT = { 0 0 52.110 1 0 5.279 3 0 -0.855 7 1 0.114 9 2 -0.023 } } DESCRIPTION = "Guam Datum 1963 (Guam Island) (MRE), from DMA TR 8350.2" "Hjorsey 1955 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.209439510 -13.404128640 0.209439510 -71.418872910 LATITUDE = { 0 0 -1.10314 0 1 0.50569 0 2 0.61317 0 5 -7.18436 1 9 -23.54798 8 2 -0.13673 } LONGITUDE = { 0 0 1.41076 1 0 0.72408 0 2 1.34450 3 0 -0.28168 0 6 -12.78896 3 6 -10.20299 } HEIGHT = { 0 0 61.924 0 1 -5.697 0 2 63.712 1 1 -8.224 2 0 -1.524 0 3 144.810 0 4 -420.492 5 4 87.768 } } DESCRIPTION = "Hjorsey Datum 1955 (Iceland) (MRE), from DMA TR 8350.2" "Indian Datum (Thailand, Vietnam) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.209439510 -2.722713630 0.209439510 -21.572269530 LATITUDE = { 0 0 6.30669 0 1 -0.41180 1 0 0.45552 0 2 -0.96595 1 1 0.31697 2 0 -0.48167 0 3 -0.09791 3 0 -6.60932 0 4 0.40350 1 3 -0.14233 2 3 0.60845 5 0 19.25057 0 7 0.05826 2 5 -0.82453 3 4 1.51908 7 0 -19.45903 3 5 -0.45581 4 4 2.02975 9 0 6.24026 7 6 0.26237 } LONGITUDE = { 0 0 -12.88589 0 1 -0.80318 1 0 -1.64008 0 2 -0.16164 1 1 -1.58754 2 0 2.00136 0 3 0.57130 1 3 0.62091 4 0 -10.96520 0 5 -0.13892 1 4 0.09699 5 0 0.25365 1 5 0.24101 2 4 0.57246 5 1 0.54428 6 0 11.95528 4 3 0.51469 8 0 -3.80343 3 6 0.16968 2 9 0.07936 5 9 0.05200 } HEIGHT = { 0 0 -29.391 1 0 -15.922 0 2 14.787 1 1 -13.320 0 3 1.015 2 1 2.266 3 0 -8.544 0 4 -13.228 4 0 -6.601 3 2 -14.879 0 6 4.036 1 5 1.916 3 4 11.199 7 0 6.068 4 4 3.470 } } DESCRIPTION = "Indian Datum (Thailand and Vietnam only) (MRE), from DMA TR 8350.2" "Ireland 1965 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.209439510 -11.100294030 0.209439510 -74.141586540 LATITUDE = { 0 0 1.01297 0 1 -1.55326 0 2 -0.83565 1 1 3.45237 0 3 10.42033 3 1 -4.52518 4 8 1260.47570 } LONGITUDE = { 0 0 -3.62716 1 0 1.11402 0 2 1.73255 2 0 32.41814 1 2 -9.39322 2 1 -0.66537 3 0 102.63359 4 0 132.39954 1 4 210.32656 5 0 61.75430 0 8 1116.76600 2 6 939.22583 7 6 767.75304 } HEIGHT = { 0 0 51.881 0 1 1.772 1 0 -2.238 1 1 2.177 5 0 1.410 } } DESCRIPTION = "Ireland Datum 1965 (Ireland) (MRE), from DMA TR 8350.2" "Kandawala (Sri Lanka) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.523598770 -3.665191390 0.523598770 -41.887901600 LATITUDE = { 0 0 1.21983 0 1 -0.45486 2 0 -0.07532 6 0 0.05193 } LONGITUDE = { 0 0 7.57891 0 1 0.07158 1 0 -0.84390 0 2 -0.03457 2 1 -0.09152 1 9 0.01253 } HEIGHT = { 0 0 -94.499 0 1 1.087 1 0 7.514 0 2 -0.094 2 1 0.956 2 2 -0.272 8 1 -42.147 9 0 -0.177 9 1 49.565 } } DESCRIPTION = "Kandawala Datum (Sri Lanka) (MRE), from DMA TR 8350.2" "Kertau 1948 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.418879020 -1.256637060 0.418879020 -42.725660040 LATITUDE = { 0 0 -0.72690 0 1 -0.41117 1 0 0.15112 2 0 0.12332 0 3 -0.05560 1 9 -0.00966 9 4 -0.60881 9 5 0.97603 } LONGITUDE = { 0 0 -5.42037 0 1 0.14298 1 0 -1.17613 0 2 -0.20661 3 0 1.27718 1 4 0.42230 2 3 0.63147 1 5 -0.20582 5 2 -0.69876 8 0 -0.54175 9 1 -0.64231 9 4 0.82187 } HEIGHT = { 0 0 1.527 1 0 -3.043 0 2 -4.561 0 3 2.444 2 3 1.298 8 6 12.411 } } DESCRIPTION = "Kertau Datum 1948 (West Malaysia and Singapore) (MRE), from DMA TR 8350.2" "Liberia 1964 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.523598770 -3.665191390 0.523598770 -183.259569500 LATITUDE = { 0 0 0.51236 0 1 -0.50199 0 2 0.19599 0 4 -0.78118 0 5 -1.40415 0 7 1.14578 0 8 0.48817 } LONGITUDE = { 0 0 0.83381 1 0 0.12109 0 2 -1.15747 0 4 4.17464 0 6 -2.87835 6 0 -0.00347 0 7 0.75462 0 9 -0.66246 } HEIGHT = { 0 0 22.686 0 3 1.214 3 0 0.730 0 4 2.651 0 6 -2.772 8 0 -0.041 0 9 -0.497 } } DESCRIPTION = "Liberia Datum 1964 (Liberia) (MRE), from DMA TR 8350.2" "Luzon (MRE)" SURFACE { REGRESSION -90 0 90 360 0.209439510 -2.513274120 0.209439510 -25.551620220 LATITUDE = { 0 0 -4.81355 0 1 -0.59913 1 0 -0.09937 0 2 -0.51911 2 0 0.28771 1 2 0.44253 0 4 0.22569 4 1 0.47409 2 5 -0.89246 2 6 -0.70372 0 9 0.00860 } LONGITUDE = { 0 0 5.10770 0 1 -0.29185 1 0 0.04185 2 0 0.48103 0 3 0.23972 1 3 -0.12251 2 2 -2.57709 4 4 14.91383 5 3 17.78653 0 9 -0.00540 7 3 -9.52315 5 6 -4.72388 } HEIGHT = { 0 0 51.075 1 0 6.883 0 2 -0.885 1 1 -42.832 2 0 -0.681 0 3 -15.610 1 3 45.350 3 1 108.705 0 5 5.666 2 3 -4.855 4 1 -65.708 1 5 -12.935 8 2 896.300 9 2 -836.997 } } DESCRIPTION = "Luzon Datum (The Philinninps (Except Mindanao Island)) (MRE), from DMA TR 8350.2" "Merchich (MRE)" SURFACE { REGRESSION -90 0 90 360 0.209439510 -6.702064320 0.209439510 -73.932147030 LATITUDE = { 0 0 -9.15842 0 1 -0.69580 1 0 -0.45597 1 1 0.26095 3 0 0.09490 2 2 -0.21306 0 8 0.26479 1 8 1.37933 2 7 -0.58879 } LONGITUDE = { 0 0 5.70056 0 1 0.19659 0 2 0.05914 1 1 -0.09782 3 1 -0.66866 1 4 -0.42469 5 1 0.38831 0 9 0.10930 7 5 0.84666 7 6 0.67921 9 4 0.14063 } HEIGHT = { 0 0 47.063 0 1 -7.758 0 2 5.293 1 1 19.518 0 3 4.735 0 4 -10.062 3 1 -29.573 2 3 -7.921 5 1 8.701 } } DESCRIPTION = "Merchich Datum (Morocco) (MRE), from DMA TR 8350.2" "Minna (Nigeria) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 -1.570796300 0.157079630 -1.256637040 LATITUDE = { 0 0 0.49461 0 1 -0.69094 1 0 0.39940 0 3 -7.44709 1 2 -1.82129 2 1 -2.92752 1 3 5.70789 2 2 -2.10838 3 1 -6.88780 0 5 14.35602 4 1 5.10389 0 6 6.18524 5 1 8.62320 2 7 48.52705 9 0 -0.49769 8 4 -11.39331 } LONGITUDE = { 0 0 -2.624356 0 1 -0.21876 1 0 0.43678 1 1 0.35068 1 2 -1.53864 3 1 -0.46268 1 4 2.20240 5 0 -0.11456 4 3 1.59485 } HEIGHT = { 0 0 20.013 0 1 2.098 1 0 -11.691 1 2 47.983 1 4 -60.195 3 2 -21.214 5 0 8.642 1 5 -12.588 8 2 -27.760 } } DESCRIPTION = "Minna Datum (Nigeria) (MRE), from DMA TR 8350.2" "Nahrwan (Oman, United Arab Emirates) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.418879020 -9.634217460 0.418879020 -23.876104140 LATITUDE = { 0 0 6.38908 0 1 -0.53788 0 2 0.04816 1 2 -0.14476 3 0 -0.16987 4 3 0.53171 0 9 -0.01410 9 0 0.04281 9 8 0.44507 } LONGITUDE = { 0 0 4.40107 0 1 0.12321 1 0 0.36418 3 1 0.06577 2 3 -0.10987 5 2 0.27991 8 1 0.04889 2 9 -0.04749 8 9 0.25424 } HEIGHT = { 0 0 -36.488 0 1 6.910 1 0 4.728 2 0 0.264 0 3 10.160 1 2 0.739 0 5 -13.461 0 6 -0.170 0 9 3.090 9 8 -0.774 9 9 -0.473 } } DESCRIPTION = "Nahrwan Datum (Masirah Island (Oman) and United Arab Emirates only) (MRE), from DMA TR 8350.2" "NAD 27 (Alaska) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.104719750 -6.492624500 0.104719750 -21.781708000 LATITUDE = { 0 0 -2.08611 0 1 0.59833 1 0 0.52967 0 2 0.23473 1 1 0.23563 2 1 0.28672 3 0 0.27573 0 4 0.19561 1 3 -0.15184 2 2 -0.21241 4 0 0.04891 4 1 -0.18860 5 0 -0.17032 5 1 -0.05741 5 2 -0.04292 7 0 0.02097 6 2 -0.01487 8 0 -0.00384 0 9 -0.18402 7 3 -0.00188 } LONGITUDE = { 0 0 -8.19369 0 1 -1.56665 1 0 0.73861 0 2 -3.10809 1 1 -0.35323 2 0 -0.06926 2 1 -0.68114 3 0 -0.32398 0 4 0.74679 1 3 0.43200 2 2 4.24388 3 1 0.14065 3 2 -0.30990 5 0 0.11365 2 4 -1.48566 4 2 -1.96501 1 6 2.04229 2 5 -0.48255 6 1 0.09847 6 2 0.49313 1 8 -1.00218 8 2 -0.02809 9 5 0.00054 } HEIGHT = { 0 0 8.352 0 1 -13.742 1 0 -8.268 2 0 0.900 0 3 5.340 2 1 2.960 3 0 -2.016 1 3 5.087 3 1 1.437 5 0 0.951 4 3 -2.461 0 8 -1.560 1 7 -1.980 3 5 -0.205 8 1 0.094 2 8 -2.885 9 1 -0.011 } } DESCRIPTION = "NAD 27 (Alaska) (MRE), from DMA TR 8350.2" "NAD 27 (Caribbean) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.104719750 -2.094395000 0.104719750 -29.635689250 LATITUDE = { 0 0 2.18504 0 1 -2.43432 1 0 -0.43566 0 2 -5.51944 1 1 -0.27046 0 3 12.61954 1 2 -2.88156 2 1 1.67846 3 0 0.95009 0 4 31.98970 1 3 -13.72449 2 2 -6.90489 4 0 -0.41847 0 5 -47.35821 3 2 6.14556 0 6 -43.90069 1 5 74.23430 4 2 7.40175 6 0 0.00881 0 7 42.60766 5 2 -4.43185 0 8 18.21904 1 7 -77.96877 7 1 -0.05853 2 8 9.22708 7 3 0.09311 2 9 20.04825 9 4 0.06618 } LONGITUDE = { 0 0 0.94649 0 1 0.14781 1 0 0.62356 0 2 0.07604 1 1 -0.64115 1 2 -0.67051 3 0 0.86816 1 3 0.46311 1 4 0.59579 5 0 -2.03251 6 0 1.69755 8 0 -0.41475 9 0 0.10863 } HEIGHT = { 0 0 -39.801 0 1 6.864 1 0 2.477 0 2 43.076 2 0 2.867 0 4 -171.105 0 6 230.032 7 0 -0.058 0 8 -95.522 } } DESCRIPTION = "NAD 27 (Caribbean) (MRE), from DMA TR 8350.2" "NAD 27 (Mexico, Central America) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.052359880 -1.047197600 0.052359880 -15.184365200 LATITUDE = { 0 0 0.67775 0 1 10.02259 1 0 -18.72391 0 2 12.66341 2 0 -32.47686 0 3 -52.70768 2 1 -13.86527 3 0 -16.82734 1 3 -59.54646 0 5 120.64887 3 2 7.23362 1 5 95.89131 5 1 -2.89651 6 0 -1.23778 0 8 70.19213 6 2 0.84596 8 0 0.14848 6 3 -3.83786 9 1 0.10405 3 8 30.09795 6 6 12.93585 9 3 -0.58747 9 4 0.74850 7 8 6.32462 9 6 -0.12736 9 9 -0.59993 } LONGITUDE = { 0 0 -0.33643 1 0 -3.11777 0 2 -5.16881 2 0 -3.17318 0 3 -34.59331 2 1 0.97215 3 0 -0.58180 0 5 223.78114 0 6 358.07266 0 7 270.68064 1 6 -87.99549 6 1 -0.09789 1 7 636.41982 2 6 -729.91514 5 3 -0.60122 3 6 -375.38863 5 4 -6.97538 9 0 -0.00138 1 9 -363.45977 2 8 50.19955 6 5 -12.01575 9 6 -0.43140 9 9 0.43907 } HEIGHT = { 0 0 -20.013 0 1 12.815 1 0 -8.084 1 2 74.122 2 2 39.523 1 4 -23.158 0 6 194.444 1 5 36.797 5 1 0.181 0 8 -292.155 5 5 3.749 6 8 2.537 } } DESCRIPTION = "NAD 27 (Mexico, Central America) (MRE), from DMA TR 8350.2" "Old Egyptian (MRE)" SURFACE { REGRESSION -90 0 90 360 0.157079630 -4.241150010 0.157079630 -4.712388900 LATITUDE = { 0 0 0.47505 0 1 0.40361 1 0 -0.33767 1 1 -0.47316 2 0 0.14675 0 3 0.53103 0 5 -0.91154 4 3 -1.80678 8 2 -0.93280 6 9 3.45171 9 7 2.48260 } LONGITUDE = { 0 0 5.81106 0 1 0.30856 1 0 0.30619 1 1 -0.09563 2 0 0.33431 3 0 -0.37812 2 2 -0.11075 0 5 -0.19767 2 3 -0.87801 6 0 -0.40334 4 7 1.50782 } HEIGHT = { 0 0 6.689 1 0 14.900 0 2 5.562 1 1 -7.102 2 1 -7.972 0 5 3.923 1 8 -15.171 9 0 -12.559 8 6 -24.444 } } DESCRIPTION = "Old Egyptian (Egypt) (MRE), from DMA TR 8350.2" "Old Hawaiian (MRE)" SURFACE { REGRESSION -90 0 90 360 0.418879020 -8.796459420 0.418879020 -84.613562040 LATITUDE = { 0 0 -11.37720 1 0 -0.14634 2 0 -0.12247 2 1 -0.73184 2 2 1.11437 3 1 -1.01133 5 3 4.16524 7 5 -3.15868 9 8 -0.93803 } LONGITUDE = { 0 0 9.86069 1 0 -0.06272 1 1 -0.19525 2 0 0.68017 0 3 0.00368 1 2 -0.26472 4 0 -0.90367 5 0 0.43038 6 9 -0.05705 } HEIGHT = { 0 0 19.743 0 1 -6.792 1 0 14.315 2 0 -2.336 3 1 -10.929 4 1 8.248 6 9 2.176 } } DESCRIPTION = "Old Hawaiian Datum (Hawaii- Kauai. Maul. and Oahu Islands) (MRE), from DMA TR 8350.2" "Oman (MRE)" SURFACE { REGRESSION -90 0 90 360 0.314159260 -6.597344460 0.314159260 -17.592918560 LATITUDE = { 0 0 1.40340 0 1 -0.52482 1 0 -0.39298 0 2 0.06350 3 0 0.43668 4 0 -0.24373 0 5 0.02444 2 4 0.25173 1 8 0.02988 6 3 -0.12828 7 4 0.17909 } LONGITUDE = { 0 0 9.99946 0 1 0.23141 1 0 0.27637 0 2 -0.15426 1 1 0.05592 1 2 -0.06719 2 1 0.17487 3 0 -0.10007 0 4 0.03666 9 4 -0.10515 } HEIGHT = { 0 0 -29.424 0 1 4.112 1 0 11.687 0 2 -9.535 2 1 7.6448 3 0 -11.213 0 4 2.756 4 0 3.699 2 3 -13.803 4 3 37.182 7 4 -22.258 } } DESCRIPTION = "Oman Datum (Oman) (MRE), from DMA TR 8350.2" "Ord. Survey G. Britain 1936 (UK) (MRE)" SURFACE { REGRESSION -90 -180 90 180 0.157079630 -8.482300020 0.157079630 0.000000000 LATITUDE = { 0 0 0.86569 0 1 -2.84325 1 0 0.42841 0 2 -0.38129 2 0 0.10976 0 3 0.94422 1 2 0.48727 1 3 2.60383 2 2 0.45210 1 5 -4.67120 1 8 5.92805 5 4 -1.57065 2 9 9.93871 9 7 4.46776 } LONGITUDE = { 0 0 -6.33331 0 1 -1.37857 1 0 -3.08334 1 1 -2.36779 2 0 -0.31544 1 2 0.16916 2 1 -3.30597 2 2 -0.89564 3 1 -2.20892 2 8 10.50912 2 9 -14.75340 } HEIGHT = { 0 0 48.125 0 1 6.154 1 0 -3.952 0 2 -13.733 1 1 7.185 0 4 18.661 0 5 -12.149 3 3 -25.508 6 7 -60.708 } } DESCRIPTION = "Ordnance Survey of Great Britain 1936 Datum (United Kingdom) (MRE), from DMA TR 8350.2" "Provisional S. American 1956 (MRE)" SURFACE { REGRESSION -90 0 90 360 0.104719750 0.523598750 0.104719750 -30.368727500 LATITUDE = { 0 0 -12.04886 0 1 0.53593 0 2 -0.77151 1 1 0.22777 2 0 0.80832 3 0 0.22515 0 4 0.60656 4 0 -1.45756 1 4 -0.04241 0 6 -0.19135 2 4 0.05461 3 3 0.14627 6 0 0.73219 0 7 -0.01691 5 2 -1.42463 0 8 0.02264 0 9 0.00447 5 4 1.84039 2 8 -0.00913 3 8 0.05740 5 6 -1.03610 9 2 -0.10195 9 4 0.10483 7 7 -0.04520 7 8 0.19591 8 9 0.01040 9 8 -0.06467 } LONGITUDE = { 0 0 -7.21832 0 1 0.45226 1 0 0.86445 0 2 0.71206 2 0 0.25898 0 3 -0.74778 1 2 0.78582 2 1 -0.19004 0 4 -0.34575 3 1 -0.49115 0 5 0.28299 1 4 -0.38667 0 6 0.05364 6 0 -0.07100 0 7 -0.03680 1 6 0.04457 7 1 0.50006 2 7 0.02585 3 6 0.04348 7 2 -0.44328 8 1 -0.09531 8 4 0.17935 9 5 -0.17785 9 6 0.08942 9 7 0.13445 9 8 -0.05018 9 9 -0.03301 } HEIGHT = { 0 0 39.322 0 1 -192.920 1 0 -26.628 1 1 -151.702 0 3 245.467 2 1 158.0568 0 4 -3.514 1 3 330.660 3 1 56.517 4 0 -46.597 0 5 -149.686 2 3 -72.168 4 1 -195.728 1 5 -315.032 2 4 -122.158 4 2 105.550 5 1 -31.836 6 0 29.180 0 7 32.957 3 4 -28.622 6 1 73.984 0 8 0.118 1 7 128.458 2 6 78.361 4 4 45.311 7 1 5.057 0 9 -1.737 1 8 1.030 1 9 -19.173 2 8 -15.269 3 7 4.161 8 2 -23.813 2 9 1.458 9 4 -2.959 6 8 -2.432 8 9 -3.089 9 9 2.797 } } DESCRIPTION = "Provisional South American Datum 1956 (Bolivia, Chile, Colombia, Ecuador, Guyana, Peru, Venezuela) (MRE), from DMA TR 8350.2" "Puerto Rico (MRE)" SURFACE { REGRESSION -90 0 90 360 0.523598770 -9.424777860 0.523598770 -154.461637150 LATITUDE = { 0 0 -7.07242 0 1 -0.35983 1 0 0.09560 0 3 1.16795 } LONGITUDE = { 0 0 1.40909 1 0 -0.07164 1 1 -0.07947 2 0 -0.10747 } HEIGHT = { 0 0 -42.510 2 0 -2.649 } } DESCRIPTION = "Puerto Rico Datum (Puerto Rico and the Virgin Islands) (MRE), from DMA TR 8350.2" "Qatar National (MRE)" SURFACE { REGRESSION -90 0 90 360 1.047197540 -26.179938500 1.047197540 -53.407074540 LATITUDE = { 0 0 2.487363 0 1 0.08786 0 2 0.14283 1 1 0.04380 2 0 0.07142 2 1 -0.08879 0 5 -0.11089 4 3 -0.06321 0 9 0.01669 } LONGITUDE = { 0 0 -2.80439 1 0 0.10489 2 0 0.02697 2 2 -1.10721 3 2 2.88786 1 5 -0.06281 6 3 -2.59921 } HEIGHT = { 0 0 -28.376 0 1 2.381 0 2 -1.126 2 0 3.095 3 3 -4.112 7 0 -13.156 0 8 -2.048 0 9 1.618 8 1 18.689 } } DESCRIPTION = "Qatar National Datum (Qatar) (MRE), from DMA TR 8350.2" "Southwest Base Datum (Azores) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.523598770 -19.896753260 0.523598770 -173.834791640 LATITUDE = { 0 0 -0.40996 0 3 0.09162 } LONGITUDE = { 0 0 4.06520 1 0 0.10550 1 1 0.99687 2 4 -44.30616 3 3 -15.85175 4 7 3905.50820 } HEIGHT = { 0 0 58.268 1 0 1.325 } } DESCRIPTION = "Southwest Base Datum (Azores) (MRE), from DMA TR 8350.2" "Timbalai 1948 (Brunei and East Malaysia) (MRE)" SURFACE { REGRESSION -90 0 90 360 0.209439510 -0.837758040 0.209439510 -23.876104140 LATITUDE = { 0 0 -2.82946 0 1 -0.82553 1 0 -0.48000 1 1 0.85905 3 0 0.29818 2 2 -0.89297 4 0 -1.23097 6 0 4.44707 1 7 -59.09713 8 0 -3.02239 0 9 7.38294 1 9 123.99897 } LONGITUDE = { 0 0 11.11187 0 1 -0.82451 1 0 -0.67430 1 2 -5.29900 2 1 4.63827 3 0 -2.73892 1 4 7.29643 4 1 -2.74536 4 4 4.19205 9 0 1.54402 9 2 1.74379 4 9 64.65940 } HEIGHT = { 0 0 48.403 0 1 4.382 1 0 8.894 1 1 -5.748 2 0 1.434 0 3 13.311 3 0 23.561 2 2 -13.367 1 8 -289.515 5 4 -57.320 9 0 -14.505 } } DESCRIPTION = "Timbalai Datum 1948 (Brunei and East Malaysia) (MRE), from DMA TR 8350.2" "Wake-Eniwetok 1960 (MRE)" SURFACE { REGRESSION -90 0 90 360 2.094395070 -18.849555630 2.094395070 -349.763976690 LATITUDE = { 0 0 -1.71428 0 1 -0.01849 0 6 -0.32131 0 8 0.30272 } LONGITUDE = { 0 0 -2.40312 0 1 0.06671 1 0 0.03496 0 2 0.17594 1 1 -0.02463 2 0 -0.05576 3 0 0.01897 2 2 -0.00955 0 8 -0.10109 } HEIGHT = { 0 0 39.951 0 1 0.350 0 2 -5.739 4 0 -0.100 0 6 3.308 9 2 0.002 } } DESCRIPTION = "Wake-Eniwetok Datum 1960 (Kwajalein Atoll Area Only) (MRE), from DMA TR 8350.2" "Zanderij Datum (MRE)" SURFACE { REGRESSION -90 0 90 360 0.523598770 -2.617993850 0.523598770 -159.697624850 LATITUDE = { 0 0 -11.40903 1 0 0.18148 1 1 0.11629 2 0 0.06522 6 3 0.00987 } LONGITUDE = { 0 0 -4.80576 0 1 -0.24217 1 0 0.20528 1 1 0.13820 0 3 0.24352 0 4 0.09556 9 0 -0.00241 9 1 -0.00355 } HEIGHT = { 0 0 -31.821 0 1 -5.132 1 0 -2.917 0 2 9.090 2 0 -1.381 0 3 -7.953 2 1 2.007 0 8 -32.124 0 9 -19.573 } } DESCRIPTION = "Zanderij Datum (Surinam) (MRE), from DMA TR 8350.2" "Constant Surface Sample (100m from WGS 84)" SURFACE BASEDATUM = "WGS 84" { CONSTANT -90 0 90 360 /* Bounding box in latitude longitude */ 0.0 /* no shift for latitude */ 0.0 /* no shift for longitude */ 100.0 /* +100 meters shift from WGS 84 */ } DESCRIPTION = "This is just an example for constant surface datum, for test only " } "Helmert" { 22 6378200.0 6356818.16962789092 "Helmert" 0 0 0 0 0 0 0 "Old Egyptian 1907" -130 110 -13 0 0 0 0 "Old Egyptian 1907-3" -146.21 112.63 4.05 0 0 0 0 "Old Egyptian (MRE) Geoid" SURFACE BASEDATUM = "Helmert" { REGRESSION -90 0 90 360 0.157079630 -4.241150010 0.157079630 -4.712388900 HEIGHT = { 0 0 8.147 1 0 -21.055 0 2 -12.690 1 1 6.005 0 3 11.487 1 2 9.724 2 1 10.950 2 3 -11.207 2 4 64.862 0 7 -102.153 2 6 -78.986 0 9 105.675 } } DESCRIPTION = "Old Egyptian Datum (Egypt) (MRE) Geoid, from DMA TR 8350.2" } "Sphere of Nominal Radius of Earth" { 23 6370997.0 6370997.0 "Sphere of Nominal Radius of Earth" 0 0 0 0 0 0 0 } "Airy Modified 1849" { 24 6377340.189 6356034.4479 "Airy Modified 1849" 0 0 0 0 0 0 0 "Ireland 1965" 506 -122 611 0 0 0 0 /* ESRI: "TM65" */ "Ireland 1965 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.209439510 -11.100294030 0.209439510 -74.141586540 HEIGHT = { 0 0 2.181 3 0 -1.308 3 3 37.000 } } DESCRIPTION = "Ireland Datum 1965 (Ireland) (MRE) Geoid, from DMA TR 8350.2" } "Bessel (Namibia)" { 25 6377483.865 6356165.383 "Bessel (Namibia)" 0 0 0 0 0 0 0 "Schwarzeck" 616 97 -251 0 0 0 0 "Schwarzeck-2" 615.64 102.08 -255.81 0 0 0 0 } "Everest 1956" { 26 6377301.243 6356100.2284 "Everest 1956" 0 0 0 0 0 0 0 "Indian (India, Nepal)" 295 736 257 0 0 0 0 } "Everest 1969" { 27 6377295.664 6356094.6679 "Everest 1969" 0 0 0 0 0 0 0 } "Everest (Sabah & Sarawak)" { 28 6377298.556 6356097.5503 "Everest (Sabah & Sarawak)" 0 0 0 0 0 0 0 "Timbalai 1948" -679 669 -48 0 0 0 0 "Timbalai 1948-2" -678 670 -48 0 0 0 0 "Timbalai 1948-3" -726.282 703.611 -48.999 0 0 0 0 } "Fischer 1960" { 29 6378166.0 6356784.2836 "Fischer 1960" 0 0 0 0 0 0 0 } "Modified Fischer 1960" { 30 6378155.0 6356773.3205 "Modified Fischer 1960" 0 0 0 0 0 0 0 "South Asia" 7 -10 -26 0 0 0 0 } "Fischer 1968" { 31 6378150.0 6356768.3372 "Fischer 1968" 0 0 0 0 0 0 0 } "SGS 85" { 32 6378136.0 6356751.3016 "SGS 85" 3 9 -9 0 0 0 0 } "South American 1969" { 33 6378160.0 6356774.7192 "South American 1969" 0 0 0 0 0 0 0 "SAD69" -57 1 -41 0 0 0 0 "SAD69 (Argentina)" -62 -1 -37 0 0 0 0 "SAD69 (Baltra, Galapagos)" -47 27 -42 0 0 0 0 "SAD69 (Bolivia)" -61 2 -48 0 0 0 0 "SAD69 (Brazil)" -60 -2 -41 0 0 0 0 "SAD69 (Chile)" -75 -1 -44 0 0 0 0 "SAD69 (Colombia)" -44 6 -36 0 0 0 0 "SAD69 (Ecuador)" -48 3 -44 0 0 0 0 "SAD69 (Guyana)" -53 3 -47 0 0 0 0 "SAD69 (Paraguay)" -61 2 -33 0 0 0 0 "SAD69 (Peru)" -58 0 -44 0 0 0 0 "SAD69 (Trinidad, Tobago)" -45 12 -33 0 0 0 0 "SAD69 (Venezuela)" -45 8 -33 0 0 0 0 "SAD69 (MRE) Geoid" SURFACE { REGRESSION -90 0 90 360 0.052359880 1.047197600 0.052359880 -15.707964000 HEIGHT = { 0 0 15.895 1 0 -53.992 0 2 -66.142 1 1 -43.870 2 0 -9.190 0 3 2.500 1 2 52.410 2 1 47.049 3 0 102.468 0 4 63.393 1 3 119.668 2 2 73.935 3 1 -30.577 4 0 -56.235 2 3 -130.660 3 2 -126.489 4 1 61.258 0 6 -27.268 1 5 -139.477 2 5 34.550 3 4 57.270 0 8 4.265 1 7 51.993 7 1 -12.634 0 9 -0.422 1 8 -0.838 4 5 1.812 1 9 -6.048 7 3 37.272 8 4 -8.841 9 6 -10.368 } } DESCRIPTION = "South American Datum 1969 (SAD 69) (MRE) Geoid, from DMA TR 8350.2" } "Sphere" { 34 6371000.0 6371000.0 "Sphere" 0 0 0 0 0 0 0 } "Clarke 1880 IGN" { 35 6378249.2 6356515.0 "Clarke 1880 IGN" 0 0 0 0 0 0 0 "NTF" -168 -60 320 0.0 0.0 0.0 1e-06 "RGF93_NTF (NTv2)" SURFACE BASEDATUM="NTF" { RASTER RESAMPLE = "Bilinear" LATITUDE = "rgf93_ntf.GSB" LONGITUDE = "rgf93_ntf.GSB" GRIDBASEDATUM = "TODATUM" } DESCRIPTION="http://www.ign.fr/fr/PI/activites/geodesie/rgf93/OUTILS/index.html" "NTF Paris" -84 -97 -117 0 0 0 0 "Carthage (Tunisia)" -263 6 431 0 0 0 0 "Carthage (Tunisia - offshore)" -260.1 5.5 432.2 0 0 0 0 "Conakry 1905" -23 259 -9 0 0 0 0 "Deir ez Zor-2" -177.5 14.1 237.6 0 0 0 0 "Deir ez Zor-3" -175.09 1.218 238.831 2.278624e-07 -9.211460e-08 -3.917295e-06 1.698e-07 "Deir ez Zor-4" -191.77 15.01 235.07 0 0 0 0 "Merchich" 31 146 47 0 0 0 0 "Mporaloko-1" -74 -130 42 0 0 0 0 "Mporaloko-2" -80.7 -132.5 41.1 0 0 0 0 "Voirol 1875" -73 -247 227 0 0 0 0 } "IUGG 1967" { 36 6378160.0 6356774.516 "IUGG 1967" 0 0 0 0 0 0 0 "ETHZ Hungary" 58.3702 -81.3499 -24.43 1.745e-06 2.084e-06 1.047e-06 2.34e-06 } "Clarke 1858" { 38 6378293.0 6356619.0 "Clarke 1858" 0 0 0 0 0 0 0 "Trinidad 1903" -61.702 284.488 472.052 0 0 0 0 } "IAU 1965" { 40 6378160.0 6356775.0 "IAU 1965" 0 0 0 0 0 0 0 } "165" { 45 6378165.0 6356783.0 "165" 0 0 0 0 0 0 0 } "Everest (Malaysia & Singapore 1948)" { 46 6377304.063 6356103.038993 "Everest (Malaysia & Singapore 1948)" 0 0 0 0 0 0 0 } "Everest (Pakistan)" { 47 6377309.613 6356108.570542 "Everest (Pakistan)" 0 0 0 0 0 0 0 } "Hayford" { 48 6378388.0 6356911.946128 "Hayford" 0 0 0 0 0 0 0 } "Indonesian 1974" { 49 6378160.0 6356774.504086 "Indonesian 1974" -24 -15 5 0 0 0 0 } "WGS 60" { 50 6378165.0 6356783.287 "WGS 60" 0 0 0 0 0 0 0 } "NGO" { 51 6377492.0176 6356173.508 "NGO" 319.08 37.81 463.57 -3.0514e-05 6.2553e-06 2.7683e-05 1.0819e-05 } "INTERNATIONAL (Radarsat)" { 52 6378140.0 6356755.0 "INTERNATIONAL (Radarsat)" 0 0 0 0 0 0 0 } "ATS 1977" { 53 6378135.0 6356750.3049 "ATS 1977" 0 0 0 0 0 0 0 } "Bessel Modified" { 54 6377492.018 6356173.50871 "Bessel Modified" 0 0 0 0 0 0 0 "NGO 1948" 319.08 37.81 463.57 -3.052900e-05 6.256000e-06 2.769700e-05 1.082e-05 } "Clarke 1866 Michigan" { 55 6378450.047 6356826.620026 "Clarke 1866 Michigan" 0 0 0 0 0 0 0 } "Clarke 1880 Arc" { 56 6378249.145 6356514.9664 "Clarke 1880 Arc" 0 0 0 0 0 0 0 "Cape-1" -136 -108 -292 0 0 0 0 "Cape-2" -134.73 -110.92 -292.66 0 0 0 0 } "Clarke 1880 Benoit" { 57 6378300.79 6356566.43 "Clarke 1880 Benoit" 0 0 0 0 0 0 0 } "Clarke 1880 SGA" { 58 6378249.2 6356514.99694 "Clarke 1880 SGA" 0 0 0 0 0 0 0 } "Everest 1830" { 59 6377299.36 6356098.351628 "Everest 1830" 0 0 0 0 0 0 0 } "Everest Definition 1975" { 60 6377299.151 6356098.14512 "Everest Definition 1975" 0 0 0 0 0 0 0 "Kalianpur 1975-1" 295 736 257 0 0 0 0 } "GEM 10C" { 61 6378137.0 6356752.31414 "GEM 10C" 0 0 0 0 0 0 0 } "GRS 1967" { 62 6378160.0 6356774.51609 "GRS 1967" 0 0 0 0 0 0 0 } "GRS 1967 Truncated" { 63 6378160.0 6356774.7192 "GRS 1967 Truncated" 0 0 0 0 0 0 0 "SAD 1969 (Mean)" -57 1 -41 0 0 0 0 "SAD 1969 (Argentina)" -62 -1 -37 0 0 0 0 "SAD 1969 (Bolivia)" -61 2 -48 0 0 0 0 "SAD 1969 (Brazil)" -60 -2 -41 0 0 0 0 "SAD 1969 (Chile)" -75 -1 -44 0 0 0 0 "SAD 1969 (Columbia)" -44 6 -36 0 0 0 0 "SAD 1969 (Ecuador)" -48 3 -44 0 0 0 0 "SAD 1969 (Baltra, Galapagos)" -47 26 -42 0 0 0 0 "SAD 1969 (Guyana)" -53 3 -47 0 0 0 0 "SAD 1969 (Paraguay)" -61 2 -33 0 0 0 0 "SAD 1969 (Peru)" -58 0 -44 0 0 0 0 "SAD 1969 (Trinidad & Tobago)" -45 12 -33 0 0 0 0 "SAD 1969 (Venezuela)" -45 8 -33 0 0 0 0 "SAD 1969-14 (Brazil)" -66.87 4.37 -38.52 0 0 0 0 } "International 1967" { 64 6378160.0 6356774.719195 "International 1967" 0 0 0 0 0 0 0 } "NWL 10D" { 65 6378135.0 6356750.520016 "NWL 10D" 0 0 0 0 0 0 0 } "NWL 9D" { 66 6378145.0 6356759.769489 "NWL 9D" 0 0 0 0 0 0 0 } "OSU 86F" { 67 6378136.2 6356751.516672 "OSU 86F" 0 0 0 0 0 0 0 } "OSU 91A" { 68 6378136.3 6356751.616337 "OSU 91A" 0 0 0 0 0 0 0 } "Plessis 1817" { 69 6376523.0 6355862.9332556 "Plessis 1817" 0 0 0 0 0 0 0 } "Sphere ARC INFO" { 70 6370997.0 6370997.0 "Sphere ARC INFO" 0 0 0 0 0 0 0 } "Struve 1860" { 71 6378298.3 6356657.14267 "Struve 1860" 0 0 0 0 0 0 0 } "War Office" { 72 6378300.0 6356751.689189 "War Office" 0 0 0 0 0 0 0 "Accra" -199 32 322 0 0 0 0 } "Everest Definition 1962" { 73 6377301.243 6356100.23017 "Everest Definition 1962" 0 0 0 0 0 0 0 "Kalianpur 1962-1" 283 682 231 0 0 0 0 }