require 'rspec' require 'tempfile' $: << File::join(File::dirname(__FILE__), '..', 'build_SWIG') require 'GPS.so' describe 'GPS solver' do let(:input){{ :rinex_nav => Tempfile::open{|f| if true then f.write(<<-__RINEX_NAV_TEXT__) 2.10 N: GPS NAV DATA RINEX VERSION / TYPE teqc 2013Mar15 BKG Frankfurt 20150617 00:16:14UTCPGM / RUN BY / DATE Linux 2.4.21-27.ELsmp|Opteron|gcc -static|Linux x86_64|=+ COMMENT 2.10 N: GPS NAV DATA COMMENT teqc 2008Feb15 20150617 00:10:22UTCCOMMENT Linux 2.4.20-8|Pentium IV|gcc -static|Linux|486/DX+ COMMENT 1.3970D-08 2.2352D-08 -1.1921D-07 -1.1921D-07 ION ALPHA 1.1059D+05 1.6384D+05 -6.5536D+04 -5.2429D+05 ION BETA 3.725290298462D-09 1.509903313490D-14 319488 1849 DELTA-UTC: A0,A1,T,W 16 LEAP SECONDS Concatenated RINEX files (28/) COMMENT Original file name: brdc1670.15n COMMENT END OF HEADER 31 15 6 16 0 0 0.0 3.128303214908D-04-1.136868377216D-12 0.000000000000D+00 7.800000000000D+01 1.292812500000D+02 4.074098273975D-09 1.410690806649D+00 6.768852472305D-06 8.027532137930D-03 4.271045327187D-06 5.153535821915D+03 1.728000000000D+05 9.872019290924D-08 8.650894583569D-01 8.940696716309D-08 9.750288799237D-01 3.013750000000D+02-5.268559212524D-01-8.036049019412D-09 3.664438352852D-10 1.000000000000D+00 1.849000000000D+03 0.000000000000D+00 2.000000000000D+00 0.000000000000D+00-1.350417733192D-08 7.800000000000D+01 1.663560000000D+05 4.000000000000D+00 24 15 6 16 0 0 0.0-4.998780786991D-05-5.684341886081D-13 0.000000000000D+00 9.000000000000D+01 1.401250000000D+02 4.642336229081D-09 2.380519254182D+00 7.258728146553D-06 3.228595596738D-03 3.971159458160D-06 5.153673912048D+03 1.728000000000D+05-2.980232238770D-08 8.160388274984D-01-1.490116119385D-08 9.533772739559D-01 2.969375000000D+02 3.612098431884D-01-8.379634759709D-09 4.025167664390D-10 1.000000000000D+00 1.849000000000D+03 0.000000000000D+00 2.900000000000D+00 0.000000000000D+00 2.328306436539D-09 9.000000000000D+01 1.656600000000D+05 4.000000000000D+00 12 15 6 16 0 0 0.0 3.018006682396D-04 3.183231456205D-12 0.000000000000D+00 9.000000000000D+01-8.984375000000D+01 4.146244136282D-09 1.019955493515D+00 -4.906207323074D-06 5.596161005087D-03 2.166256308556D-06 5.153664655685D+03 1.728000000000D+05-3.352761268616D-08 1.926955253672D+00 9.685754776001D-08 9.895896897770D-01 3.531562500000D+02 6.166481681571D-01-8.222842514396D-09 -2.525105180766D-10 1.000000000000D+00 1.849000000000D+03 0.000000000000D+00 2.000000000000D+00 0.000000000000D+00-1.210719347000D-08 9.000000000000D+01 1.708800000000D+05 4.000000000000D+00 25 15 6 16 0 0 0.0-2.291053533554D-06-4.206412995700D-12 0.000000000000D+00 4.300000000000D+01-8.231250000000D+01 4.456614188797D-09 3.514302168106D-01 -4.393979907036D-06 4.659408819862D-03 1.480802893639D-06 5.153666315079D+03 1.728000000000D+05 0.000000000000D+00 1.880081553172D+00 1.080334186554D-07 9.780612252959D-01 3.641250000000D+02 7.406192694225D-01-8.389992700586D-09 -1.742929689463D-10 1.000000000000D+00 1.849000000000D+03 0.000000000000D+00 2.000000000000D+00 0.000000000000D+00 5.587935447693D-09 4.300000000000D+01 1.728000000000D+05 18 15 6 15 23 59 44.0 4.096841439605D-04 2.955857780762D-12 0.000000000000D+00 0.000000000000D+00-2.200000000000D+01 5.964177003340D-09-4.658085121885D-01 -1.063570380211D-06 1.631921075750D-02 5.243346095085D-06 5.153597631454D+03 1.727840000000D+05-9.499490261078D-08-1.282443549024D+00 1.769512891769D-07 9.246030417022D-01 2.601875000000D+02-1.955724914307D+00-8.981445541829D-09 -4.760912596834D-10 1.000000000000D+00 1.849000000000D+03 0.000000000000D+00 2.000000000000D+00 0.000000000000D+00-1.117587089539D-08 0.000000000000D+00 1.696560000000D+05 4.000000000000D+00 29 15 6 16 0 0 0.0 6.168931722641D-04 2.273736754432D-12 0.000000000000D+00 7.300000000000D+01-1.041875000000D+02 4.061597753278D-09 5.907941646969D-01 -5.280598998070D-06 1.195417135023D-03 1.201778650284D-05 5.153755130768D+03 1.728000000000D+05 9.313225746155D-09 2.981267878597D+00-1.303851604462D-08 9.739471617229D-01 1.573125000000D+02-5.419126340021D-01-7.659961925303D-09 2.107230631757D-10 1.000000000000D+00 1.849000000000D+03 0.000000000000D+00 2.000000000000D+00 0.000000000000D+00-9.778887033463D-09 7.300000000000D+01 1.656180000000D+05 4.000000000000D+00 __RINEX_NAV_TEXT__ else # equivalent open(File::join(File::dirname(__FILE__), "..", "..", "test_log", "brdc1670.15n"), 'r'){|io| while (str = io.readline) f.puts("%-80s"%[str.chomp]) break if str =~ /END OF HEADER/ end while !io.eof? entry = 8.times.collect{io.readline} next unless entry[0] =~ /^([ \d]\d) / prn = $1.to_i next unless entry[6] =~ /(\d\.\d{12})D([+-]\d{2})\s*$/ iode = ($1.to_f * (10 ** $2.to_i)).to_i next unless [[12, 90], [18, 0], [24, 90], [25, 43], [29, 73], [31, 78]] \ .include?([prn, iode]) entry.each{|str| f.print("%-80s\n"%[str.chomp]) } end } end f.path }, :measurement => proc{ l1p = GPS::Measurement::L1_PSEUDORANGE l1d = GPS::Measurement::L1_RANGE_RATE { 12 => {l1p => 23707858.8131, l1d => -466.953123206}, 18 => {l1p => 25319310.9754, l1d => -453.797772239}, 24 => {l1p => 25683081.3903, l1d => -579.768048832}, 25 => {l1p => 21551698.5927, l1d => -847.86674626}, 29 => {l1p => 23637198.3968, l1d => -1560.30646593}, 31 => {l1p => 23707474.1231, l1d => -1423.67588761}, } }.call, :rinex_obs => Tempfile::open{|f| if true then f.write(<<-__RINEX_OBS_TEXT__) 2.11 OBSERVATION DATA M (MIXED) RINEX VERSION / TYPE BINEX2RINEX 1.00 GSI, JAPAN 20150617 18:30:58UTCPGM / RUN BY / DATE 0228 MARKER NAME GSI, JAPAN GEOSPATIAL INFORMATION AUTHORITY OF JAPAOBSERVER / AGENCY 00000 TRIMBLE NETR9 4.93,26/NOV/2014 REC # / TYPE / VERS TRM59800.80 GSI ANT # / TYPE -3952590.4754 3360273.8926 3697987.2632 APPROX POSITION XYZ 0.0000 0.0000 0.0000 ANTENNA: DELTA H/E/N 1 1 WAVELENGTH FACT L1/2 6 L1 C1 L2 P2 S1 S2 # / TYPES OF OBSERV 2015 6 16 0 0 0.0000000 GPS TIME OF FIRST OBS 30.000 INTERVAL 16 LEAP SECONDS smtt on - smooth time tag (ms jumps in phase and range) COMMENT END OF HEADER 15 6 16 0 0 0.0000000 0 13R04R14G22G18G25G14R03G12R13G29R23R24 0.000000000 G26 107962537.996 8 20161244.813 83970896.187 7 20161248.340 53.100 45.700 108292688.703 7 20315410.305 84227597.491 6 20315417.836 44.900 38.600 120164532.762 7 22866559.250 93634735.08845 22866565.0164 44.800 31.9004 127657315.100 5 24292417.195 99473356.27642 24292426.4844 33.000 16.9004 107108718.011 8 20382088.883 83461307.35447 20382098.2114 52.700 44.8004 106665594.451 8 20297781.844 83116060.16147 20297788.3284 48.500 43.6004 112247722.253 8 20968815.328 87303792.973 7 20968819.930 48.200 43.900 119180856.024 7 22679363.352 92868240.86845 22679370.8554 46.000 34.4004 113219403.456 7 21202362.125 88059583.077 7 21202366.582 43.300 42.600 116573807.952 8 22183256.359 90836814.38846 22183263.8554 48.000 37.2004 118068213.681 8 22071607.477 91830908.595 5 22071616.434 48.300 34.300 122821571.168 6 22968227.047 95527813.562 5 22968231.008 41.000 33.400 126887720.863 7 24145939.008 98873654.81144 24145951.6954 42.000 24.8004 15 6 16 0 0 30.0000000 0 13R04R14G22G18G25G14R03G12R13G29R23R24 0.000000000 G26 107953906.562 8 20159632.578 83964182.831 7 20159636.547 52.900 45.500 108275524.990 7 20312191.531 84214247.928 6 20312198.477 46.000 37.900 120243117.022 7 22881512.617 93695969.52045 22881519.3444 43.200 30.0004 127752623.271 5 24310554.234 99547622.25842 24310562.6254 34.300 14.8004 107148475.172 8 20389654.469 83492286.95147 20389663.6914 53.000 44.7004 106649633.973 8 20294744.781 83103623.41147 20294751.4144 49.800 44.5004 112354437.822 8 20988750.797 87386793.909 7 20988756.371 48.000 44.200 119276901.051 7 22697639.727 92943081.07945 22697647.7704 47.500 34.6004 113277695.919 7 21213278.297 88104921.616 7 21213283.438 43.800 42.700 116499708.794 8 22169155.719 90779074.87246 22169163.7704 48.500 37.6004 118027431.830 8 22063984.773 91799189.430 5 22063991.707 49.300 35.100 122710898.974 6 22947531.234 95441735.252 5 22947536.609 40.900 33.600 126789541.785 6 24127256.484 98797151.68444 24127268.9224 41.900 25.3004 15 6 16 0 1 0.0000000 0 13R04R14G22G18G25G14R03G12R13G29R23R24 0.000000000 G26 107946098.362 8 20158174.969 83958109.762 7 20158178.289 53.200 44.900 108258590.494 7 20309014.148 84201076.653 6 20309021.145 46.000 38.700 120321906.821 7 22896506.344 93757364.10145 22896512.2934 44.600 30.2004 127847866.993 6 24328677.648 99621838.11742 24328687.3954 37.300 16.9004 107188670.264 8 20397303.531 83523607.79247 20397312.3054 53.700 44.3004 106634143.554 8 20291797.133 83091552.94947 20291803.6724 49.900 44.0004 112461605.174 7 21008771.203 87470146.236 7 21008775.176 47.500 43.900 119373111.958 8 22715948.289 93018050.54445 22715955.9534 48.100 34.1004 113336078.148 7 21224212.609 88150329.998 7 21224216.957 43.000 42.500 116425964.067 7 22155122.617 90721611.48746 22155131.1914 46.200 37.6004 117987330.119 7 22056486.641 91767999.260 5 22056494.809 46.900 34.500 122600398.977 6 22926865.672 95355790.881 5 22926871.977 39.700 32.500 126691542.694 6 24108607.188 98720788.84544 24108620.5234 41.700 24.8004 __RINEX_OBS_TEXT__ else # equivalent # GEONET Setagaya from https://terras.gsi.go.jp/data_service.php#11/35.663712/139.630394 open(File::join(File::dirname(__FILE__), "..", "..", "test_log", "02281670.15o"), 'r'){|io| 99.times{|i| break unless str = io.readline f.write(str) } } end f.path }, :sp3 => Tempfile::open{|f| f.write(<<-__SP3_TEXT__) #cP2015 6 16 0 0 0.00000000 96 ORBIT IGb08 HLM IGS ## 1849 172800.00000000 900.00000000 57189 0.0000000000000 + 32 G01G02G03G04G05G06G07G08G09G10G11G12G13G14G15G16G17 + G18G19G20G21G22G23G24G25G26G27G28G29G30G31G32 0 0 + 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ++ 2 2 2 2 2 2 2 0 2 2 2 3 2 2 2 2 2 ++ 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 0 0 ++ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ++ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ++ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 %c G cc GPS ccc cccc cccc cccc cccc ccccc ccccc ccccc ccccc %c cc cc ccc ccc cccc cccc cccc cccc ccccc ccccc ccccc ccccc %f 1.2500000 1.025000000 0.00000000000 0.000000000000000 %f 0.0000000 0.000000000 0.00000000000 0.000000000000000 %i 0 0 0 0 0 0 0 0 0 %i 0 0 0 0 0 0 0 0 0 /* FINAL ORBIT COMBINATION FROM WEIGHTED AVERAGE OF: /* cod emr esa gfz grg jpl mit ngs sio /* REFERENCED TO IGS TIME (IGST) AND TO WEIGHTED MEAN POLE: /* PCV:IGS08_1848 OL/AL:FES2004 NONE Y ORB:CMB CLK:CMB * 2015 6 16 0 0 0.00000000 PG01 21477.204419 11282.581331 10982.666329 -4.224052 10 9 5 88 PG02 -12947.386225 -21737.519960 9157.412040 572.334531 11 9 9 92 PG03 15091.272344 2635.335027 21713.458097 350.710803 5 7 5 106 PG04 19856.311038 17713.928768 1945.134852 -19.579715 8 4 7 110 PG05 -5028.958918 -21535.647757 -14619.836324 -228.975511 6 6 8 130 PG06 43.183960 -18726.862044 18839.608728 185.417169 9 5 7 118 PG07 17287.852835 -1614.468072 -20102.036060 468.894353 7 6 9 116 PG08 -7526.428030 25336.071960 -245.225055 999999.999999 PG09 25592.191216 -7119.852791 -684.470086 -170.790925 11 4 5 85 PG10 8847.115692 -24659.480635 2225.055266 -179.067962 9 6 9 88 PG11 24364.312740 10558.140769 1439.121385 -585.254884 12 9 7 95 PG12 -13123.844385 -6477.031146 22071.429026 301.796773 8 9 10 93 PG13 -9339.292125 -13217.275814 -21176.552360 -123.730302 9 9 8 122 PG14 -14836.144028 14380.662771 16842.481371 55.763000 11 5 8 126 PG15 -20449.064495 -6178.529584 -16069.113276 -255.187297 9 9 9 125 PG16 2754.103102 21634.705923 -14967.352446 -118.509573 7 9 5 100 PG17 14291.286810 -14775.679540 16998.771557 -176.046900 8 5 7 115 PG18 -14912.214427 16679.406498 -13581.838805 409.684054 10 7 9 95 PG19 18186.236969 9260.919982 -17444.978749 -513.455728 8 7 9 109 PG20 -13708.481723 -10140.408823 -20549.806986 329.972500 8 9 6 117 PG21 -16310.214424 4505.474102 -19851.246022 -455.613502 9 7 5 121 PG22 -9140.171474 24554.172420 -3496.039791 361.363708 8 5 8 126 PG23 25005.294805 917.699796 9692.016699 -115.088944 9 8 7 104 PG24 -21619.917392 -13093.113260 8361.648626 -49.986148 9 11 10 115 PG25 -15926.363688 8086.632412 19499.639094 -2.293761 9 7 6 117 PG26 -3444.306835 25822.029845 -5170.649066 28.992311 7 3 5 115 PG27 7030.047838 13625.959589 -21718.367990 -2.586803 9 8 8 112 PG28 12589.599269 -22200.918417 -6564.241144 447.108354 7 6 9 106 PG29 -26145.500336 4393.700952 1101.532432 616.888621 9 5 7 126 PG30 9603.268484 -12222.107844 -21542.569444 -42.995526 7 6 7 110 PG31 2516.152098 20041.355033 17195.270451 312.823331 6 7 9 101 PG32 7816.149081 17455.765714 18623.743215 -124.425901 7 7 6 87 * 2015 6 16 0 15 0.00000000 PG01 22125.898696 12210.710646 8434.382990 -4.223620 10 8 5 92 PG02 -11951.321019 -21155.258586 11604.487814 572.336520 11 8 8 105 PG03 14493.617968 5043.109433 21691.742487 350.717279 5 7 5 110 PG04 19726.940481 17995.510562 -852.233761 -19.581230 8 5 7 100 PG05 -4433.415203 -22986.447296 -12414.534400 -228.971826 6 6 8 129 PG06 1730.013897 -17267.497150 20110.925682 185.424997 8 5 6 117 PG07 18796.845135 34.482430 -18810.071658 468.896277 8 6 9 104 PG08 -7688.377243 25126.780691 2663.720428 999999.999999 PG09 25584.496369 -6843.675160 2162.214539 -170.794879 10 5 5 104 PG10 9066.202161 -24124.908678 5023.880148 -179.068357 9 6 9 95 PG11 24246.405305 10980.607409 -1269.558391 -585.257201 11 8 7 103 PG12 -12391.481603 -8883.994994 21674.458648 301.799930 8 9 9 94 PG13 -6955.547005 -13679.190935 -21805.910302 -123.733389 9 8 7 121 PG14 -16610.996969 14579.862564 14855.386958 55.760359 10 5 7 123 PG15 -18694.826324 -6973.975468 -17769.669719 -255.189168 9 9 9 128 PG16 2129.074463 23092.067912 -12674.278891 -118.505842 7 8 5 111 PG17 16065.480708 -15044.473471 15011.389296 -176.048587 8 5 7 109 PG18 -14804.612202 14891.262012 -15586.058534 409.686464 10 7 9 109 PG19 16206.849722 9737.602172 -19039.158930 -513.456824 6 7 9 112 PG20 -13210.049028 -12362.603203 -19622.713070 329.975853 8 9 6 113 PG21 -17947.302833 2815.947196 -18790.297528 -455.616542 9 6 5 125 PG22 -9371.981345 23899.167229 -6208.337263 361.366953 7 5 8 125 PG23 23895.554890 1459.524021 12116.482481 -115.090983 8 8 6 107 PG24 -22038.737047 -13825.881887 5682.662530 -49.986052 8 10 10 121 PG25 -15459.686294 5814.198097 20659.615093 -2.297478 8 7 6 112 PG26 -3792.792452 26179.536375 -2358.958812 28.990278 7 3 5 103 PG27 4644.915207 14334.491875 -21892.391922 -2.584354 8 8 8 119 PG28 12459.481059 -21209.059613 -9283.872183 447.110302 7 6 9 103 PG29 -25914.740695 4114.379895 3966.925642 616.890669 8 4 7 115 PG30 11269.116559 -10393.315220 -21701.261909 -42.989457 6 6 6 103 PG31 988.656450 18670.855259 18856.340317 312.822220 6 6 9 106 PG32 7038.403242 19337.703519 17057.294350 -124.417256 7 6 6 78 * 2015 6 16 0 30 0.00000000 PG01 22598.904313 12909.166888 5742.253300 -4.223157 9 7 5 97 PG02 -10725.048337 -20460.182827 13859.879905 572.338767 10 7 7 109 PG03 14025.757280 7455.832663 21297.248477 350.723680 5 7 5 111 PG04 19372.515409 18081.570715 -3635.218943 -19.583289 8 6 7 92 PG05 -3955.644181 -24207.804792 -9994.086575 -228.967777 5 5 8 122 PG06 3585.681199 -15817.855899 21036.307779 185.432810 8 5 5 113 PG07 20267.885162 1487.156443 -17195.575383 468.898268 8 6 9 101 PG08 -7796.832888 24603.012536 5526.024667 999999.999999 PG09 25289.984960 -6459.300547 4971.730196 -170.798785 9 5 5 110 PG10 9252.556199 -23290.526219 7733.185245 -179.067844 8 5 8 89 PG11 23867.497297 11295.612872 -3956.648072 -585.259273 10 7 7 98 PG12 -11811.938676 -11261.327882 20902.008631 301.802728 7 8 9 87 PG13 -4553.234371 -14281.604583 -22064.441251 -123.735636 9 8 7 122 PG14 -18145.114411 14810.031014 12614.672755 55.758283 10 6 6 121 PG15 -16819.068235 -7919.955165 -19169.829661 -255.191052 9 8 9 119 PG16 1652.289121 24317.264577 -10159.806075 -118.502129 6 8 5 102 PG17 17597.487698 -15338.435396 12768.046849 -176.050100 8 5 7 110 PG18 -14742.697494 12887.260615 -17309.277093 409.689721 9 6 9 106 PG19 14098.742291 10362.083162 -20315.548205 -513.458037 5 7 8 120 PG20 -12829.771689 -14485.831618 -18362.877776 329.979186 8 8 6 120 PG21 -19547.826731 1300.360022 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2.00 6.40 G02 END OF FREQUENCY END OF ANTENNA START OF ANTENNA BLOCK IIF G24 G065 2012-053A TYPE / SERIAL NO 0 29-JAN-17 METH / BY / # / DATE 0.0 DAZI 0.0 17.0 1.0 ZEN1 / ZEN2 / DZEN 2 # OF FREQUENCIES 2012 10 4 0 0 0.0000000 VALID FROM IGS14_2196 SINEX CODE G01 START OF FREQUENCY 394.00 0.00 1407.10 NORTH / EAST / UP NOAZI 6.10 4.40 2.80 1.30 -0.20 -1.40 -2.80 -3.90 -4.40 -4.40 -3.70 -2.30 -0.20 3.00 5.70 12.40 18.20 23.50 G01 END OF FREQUENCY G02 START OF FREQUENCY 394.00 0.00 1407.10 NORTH / EAST / UP NOAZI 6.10 4.40 2.80 1.30 -0.20 -1.40 -2.80 -3.90 -4.40 -4.40 -3.70 -2.30 -0.20 3.00 5.70 12.40 18.20 23.50 G02 END OF FREQUENCY END OF ANTENNA START OF ANTENNA BLOCK IIF G25 G062 2010-022A TYPE / SERIAL NO 0 29-JAN-17 METH / BY / # / DATE 0.0 DAZI 0.0 17.0 1.0 ZEN1 / ZEN2 / DZEN 2 # OF FREQUENCIES 2010 5 28 0 0 0.0000000 VALID FROM IGS14_2196 SINEX CODE G01 START OF FREQUENCY 394.00 0.00 1517.40 NORTH / EAST / UP NOAZI 6.10 4.40 2.80 1.30 -0.20 -1.40 -2.80 -3.90 -4.40 -4.40 -3.70 -2.30 -0.20 3.00 5.70 12.40 18.20 23.50 G01 END OF FREQUENCY G02 START OF FREQUENCY 394.00 0.00 1517.40 NORTH / EAST / UP NOAZI 6.10 4.40 2.80 1.30 -0.20 -1.40 -2.80 -3.90 -4.40 -4.40 -3.70 -2.30 -0.20 3.00 5.70 12.40 18.20 23.50 G02 END OF FREQUENCY END OF ANTENNA START OF ANTENNA BLOCK IIR-M G29 G057 2007-062A TYPE / SERIAL NO 0 29-JAN-17 METH / BY / # / DATE 0.0 DAZI 0.0 17.0 1.0 ZEN1 / ZEN2 / DZEN 2 # OF FREQUENCIES 2007 12 20 0 0 0.0000000 VALID FROM IGS14_2196 SINEX CODE G01 START OF FREQUENCY 10.90 -4.50 791.80 NORTH / EAST / UP NOAZI 10.70 10.10 8.00 4.60 0.50 -3.80 -7.50 -9.70 -10.30 -9.50 -7.40 -4.10 0.30 6.00 12.10 22.00 30.40 40.60 G01 END OF FREQUENCY G02 START OF FREQUENCY 10.90 -4.50 791.80 NORTH / EAST / UP NOAZI 10.70 10.10 8.00 4.60 0.50 -3.80 -7.50 -9.70 -10.30 -9.50 -7.40 -4.10 0.30 6.00 12.10 22.00 30.40 40.60 G02 END OF FREQUENCY END OF ANTENNA START OF ANTENNA BLOCK IIR-M G31 G052 2006-042A TYPE / SERIAL NO 0 29-JAN-17 METH / BY / # / DATE 0.0 DAZI 0.0 17.0 1.0 ZEN1 / ZEN2 / DZEN 2 # OF FREQUENCIES 2006 9 25 0 0 0.0000000 VALID FROM IGS14_2196 SINEX CODE G01 START OF FREQUENCY -0.80 5.80 912.50 NORTH / EAST / UP NOAZI 10.70 10.10 8.00 4.60 0.50 -3.80 -7.50 -9.70 -10.30 -9.50 -7.40 -4.10 0.30 6.00 12.10 22.00 30.40 40.60 G01 END OF FREQUENCY G02 START OF FREQUENCY -0.80 5.80 912.50 NORTH / EAST / UP NOAZI 10.70 10.10 8.00 4.60 0.50 -3.80 -7.50 -9.70 -10.30 -9.50 -7.40 -4.10 0.30 6.00 12.10 22.00 30.40 40.60 G02 END OF FREQUENCY END OF ANTENNA __ANTEX_TEXT__ # https://files.igs.org/pub/station/general/igs14.atx f.path }, :rinex_clk => Tempfile::open{|f| f.write(<<-__RINEX_CLK_TEXT__) 3.00 C RINEX VERSION / TYPE CCLOCK IGSACC @ NOAA NGS PGM / RUN BY / DATE GPS week: 1849 Day: 2 MJD: 57189 COMMENT THE COMBINED CLOCKS ARE A WEIGHTED AVERAGE OF: COMMENT cod emr esa gfz grg jpl COMMENT THE FOLLOWING REFERENCE CLOCKS WERE USED BY ACs: COMMENT WSRT AMC2 BRUX HRAO COMMENT THE COMBINED CLOCKS ARE ALIGNED TO GPS TIME COMMENT USING THE SATELLITE BROADCAST EPHEMERIDES COMMENT All clocks have been re-aligned to the IGS time scale: IGST COMMENT 16 LEAP SECONDS 1 AS # / TYPES OF DATA IGS IGSACC @ NOAA NGS ANALYSIS CENTER 6 # OF SOLN SATS G12 G18 G24 G25 G29 G31 PRN LIST G igs08_1848.atx SYS / PCVS APPLIED END OF HEADER AS G12 2015 06 15 23 45 0.000000 2 3.017937472687e-04 1.069824072610e-11 AS G18 2015 06 15 23 45 0.000000 2 4.096815344517e-04 9.225410060960e-12 AS G24 2015 06 15 23 45 0.000000 2 -4.998574751545e-05 2.372704308220e-11 AS G25 2015 06 15 23 45 0.000000 2 -2.290169594092e-06 1.683218228880e-11 AS G29 2015 06 15 23 45 0.000000 2 6.168866864097e-04 1.206217360840e-11 AS G31 2015 06 15 23 45 0.000000 2 3.128244102077e-04 2.173867579920e-11 AS G12 2015 06 15 23 50 0.000000 2 3.017948525918e-04 1.300769315700e-11 AS G18 2015 06 15 23 50 0.000000 2 4.096823340968e-04 8.242414325510e-12 AS G24 2015 06 15 23 50 0.000000 2 -4.998578937856e-05 3.095238106380e-11 AS G25 2015 06 15 23 50 0.000000 2 -2.291410963946e-06 2.242880773880e-11 AS G29 2015 06 15 23 50 0.000000 2 6.168873857128e-04 1.695910016600e-11 AS G31 2015 06 15 23 50 0.000000 2 3.128241216228e-04 1.904362802980e-11 AS G12 2015 06 15 23 55 0.000000 2 3.017958412577e-04 1.171495359430e-11 AS G18 2015 06 15 23 55 0.000000 2 4.096833491457e-04 1.008770038860e-11 AS G24 2015 06 15 23 55 0.000000 2 -4.998596967628e-05 2.600074192880e-11 AS G25 2015 06 15 23 55 0.000000 2 -2.292650290468e-06 2.671557682290e-11 AS G29 2015 06 15 23 55 0.000000 2 6.168880208367e-04 1.729095211710e-11 AS G31 2015 06 15 23 55 0.000000 2 3.128236493567e-04 1.807462018720e-11 AS G12 2015 06 16 00 00 0.000000 2 3.017967728708e-04 1.000801049580e-11 AS G18 2015 06 16 00 00 0.000000 2 4.096840539308e-04 1.041670195750e-11 AS G24 2015 06 16 00 00 0.000000 2 -4.998614775959e-05 1.699628132880e-11 AS G25 2015 06 16 00 00 0.000000 2 -2.293760646361e-06 1.805118466830e-11 AS G29 2015 06 16 00 00 0.000000 2 6.168886213338e-04 2.220055594770e-11 AS G31 2015 06 16 00 00 0.000000 2 3.128233311248e-04 1.215284180360e-11 AS G12 2015 06 16 00 05 0.000000 2 3.017980078016e-04 1.152529430320e-11 AS G18 2015 06 16 00 05 0.000000 2 4.096851745816e-04 1.517949585220e-11 AS G24 2015 06 16 00 05 0.000000 2 -4.998569129850e-05 1.987308774570e-11 AS G25 2015 06 16 00 05 0.000000 2 -2.295014987154e-06 1.568891027900e-11 AS G29 2015 06 16 00 05 0.000000 2 6.168894672506e-04 1.906237292480e-11 AS G31 2015 06 16 00 05 0.000000 2 3.128231387506e-04 1.007829428500e-11 AS G12 2015 06 16 00 10 0.000000 2 3.017987334831e-04 8.726251168980e-12 AS G18 2015 06 16 00 10 0.000000 2 4.096859333261e-04 1.403166740100e-11 AS G24 2015 06 16 00 10 0.000000 2 -4.998597422529e-05 1.727695888430e-11 AS G25 2015 06 16 00 10 0.000000 2 -2.296262879345e-06 1.460867818340e-11 AS G29 2015 06 16 00 10 0.000000 2 6.168900483001e-04 1.556536485070e-11 AS G31 2015 06 16 00 10 0.000000 2 3.128226535741e-04 1.258498073020e-11 AS G12 2015 06 16 00 15 0.000000 2 3.017999301583e-04 1.006627990480e-11 AS G18 2015 06 16 00 15 0.000000 2 4.096864636193e-04 1.460541676660e-11 AS G24 2015 06 16 00 15 0.000000 2 -4.998605241609e-05 1.970841363000e-11 AS G25 2015 06 16 00 15 0.000000 2 -2.297477664413e-06 1.598459869060e-11 AS G29 2015 06 16 00 15 0.000000 2 6.168906691983e-04 1.729396319140e-11 AS G31 2015 06 16 00 15 0.000000 2 3.128222195893e-04 1.358710059900e-11 __RINEX_CLK_TEXT__ # modified version. original data are # https://cddis.nasa.gov/archive/gnss/products/1849/igs1849[12].clk.Z # mirrored: ftp://garner.ucsd.edu/pub/products/1849/igs1849[12].clk.Z f.path }, }} let(:solver){ res = GPS::Solver::new res.correction = {:gps_ionospheric => :klobuchar, :gps_tropospheric => :hopfield} res } describe 'demo' do it 'calculates position without any error' do sn = solver.gps_space_node puts "RINEX NAV read: %d items."%[sn.read(input[:rinex_nav])] meas = GPS::Measurement::new input[:measurement].each{|prn, items| items.each{|k, v| meas.add(prn, k, v) } } expect(meas.to_hash).to eq(proc{|array| res = {} array.each{|prn, k, v| (res[prn][k] = v) rescue (res[prn] = {k => v}) } res }.call(meas.to_a)) expect(GPS::Measurement::new(meas.to_a).to_a.sort).to eq(meas.to_a.sort) # accept [[prn, k, v], ...] expect(GPS::Measurement::new(meas.to_hash).to_a.sort).to eq(meas.to_a.sort) # accept {prn => {k => v, ...}, ...} expect{GPS::Measurement::new({:sym => {1 => 2}})}.to raise_error expect{GPS::Measurement::new({1 => {:sym => 2}})}.to raise_error expect{GPS::Measurement::new({1 => [2, 3]})}.to raise_error t_meas = GPS::Time::new(1849, 172413) puts "Measurement time: #{t_meas.to_a} (a.k.a #{"%d/%d/%d %02d:%02d:%02d UTC"%[*t_meas.c_tm]})" expect(t_meas.c_tm).to eq([2015, 6, 15, 23, 53, 33]) expect(GPS::Time::new(0, t_meas.serialize)).to eq(t_meas) expect(t_meas.leap_seconds).to eq(sn.iono_utc.delta_t_LS) expect(GPS::Time::leap_second_events.select{|wn, sec, leap| t_meas >= GPS::Time::new(wn, sec) }[0][2]).to eq(sn.iono_utc.delta_t_LS) sn.update_all_ephemeris(t_meas) [:alpha, :beta].each{|k| puts "Iono #{k}: #{sn.iono_utc.send(k)}" } proc{|raw| expect(raw.size).to eq(10) puts "Raw(IONO): #{raw.collect{|v| "0x%08X" % [v]}.join(', ')}" iono2 = GPS::Ionospheric_UTC_Parameters::parse(raw) [:alpha, :beta].collect{|f| sn.iono_utc.send(f).zip(iono2.send(f)) }.flatten(1).zip([-30, -27, -24, -24, 11, 14, 16, 16]).each{|(a, b), sf| expect(a).to be_within((2 ** sf) * 2).of(b) } [ [:A1, 2 ** -50], [:A0, 2 ** -30], ].each{|k, sf| #p [k, sf.to_f, sn.iono_utc.send(k) - iono2.send(k), sn.iono_utc.send(k), iono2.send(k)] expect(sn.iono_utc.send(k)).to be_within((sf || 1).to_f * 2).of(iono2.send(k)) } }.call(sn.iono_utc.dump(t_meas)) meas.each{|prn, k, v| eph = sn.ephemeris(prn) expect(eph.valid?(t_meas)).to eq(true) sc2rad = 3.1415926535898 proc{|raw| expect(raw.size).to eq(30) eph2 = GPS::Ephemeris::new raw.each_slice(10).with_index{|subframe, i| puts "Raw(PRN:#{prn},SF:#{i+1}): #{subframe.collect{|v| "0x%08X" % [v]}.join(', ')}" eph2.parse(subframe) } expect(eph.WN % 1024).to be(eph2.WN % 1024) [ #:URA, :SV_health, :iodc, [:t_GD, 2 ** -31], [:t_oc, 2 ** 4], # SF1 [:a_f0, 2 ** -31], [:a_f1, 2 ** -43], [:a_f2, 2 ** -55], # SF1 :iode, # SF2 [:c_rs, 2 ** -5], [:delta_n, sc2rad * 2 ** -43], # SF2 [:M0, sc2rad * 2 ** -31], [:c_uc, 2 ** -29], [:e, 2 ** -33], # SF2 [:c_us, 2 ** -29], [:sqrt_A, 2 ** -19], [:t_oe, 2 ** 4], # SF2 :fit_interval, # SF2 [:c_ic, 2 ** -29], [:Omega0, sc2rad * 2 ** -31], [:c_is, 2 ** -29], # SF3 [:i0, sc2rad * 2 ** -31], [:c_rc, 2 ** -5], [:omega, sc2rad * 2 ** -31], # SF3 [:dot_Omega0, sc2rad * 2 ** -43], [:dot_i0, sc2rad * 2 ** -43], # SF3 ].each{|k, sf| #p [k, sf.to_f, eph.send(k) - eph2.send(k), eph.send(k), eph2.send(k)] expect(eph.send(k)).to be_within((sf || 1).to_f * 2).of(eph2.send(k)) } }.call(eph.dump(t_meas)) proc{|raw| # Almanac -> Ephemeris expect(raw.size).to eq(10) puts "Raw(PRN:#{prn},Almanac): #{raw.collect{|v| "0x%08X" % [v]}.join(', ')}" eph2 = GPS::Ephemeris::new eph2.parse_almanac(raw) [ :SV_health, [:t_oc, 2 ** 12], [:a_f0, 2 ** -20], [:a_f1, 2 ** -38], [:M0, sc2rad * 2 ** -23], [:e, 2 ** -21], [:sqrt_A, 2 ** -11], [:t_oe, 2 ** 12], [:Omega0, sc2rad * 2 ** -23], [:i0, sc2rad * 2 ** -19], [:omega, sc2rad * 2 ** -23], [:dot_Omega0, sc2rad * 2 ** -38], ].each{|k, sf| #p [k, sf.to_f, eph.send(k) - eph2.send(k), eph.send(k), eph2.send(k)] expect(eph.send(k)).to be_within((sf || 1).to_f * 2).of(eph2.send(k)) } }.call(eph.dump_almanac(t_meas)) puts "XYZ(PRN:#{prn}): #{eph.constellation(t_meas)[0].to_a} (iodc: #{eph.iodc}, iode: #{eph.iode})" } run_solver = proc{ pvt = solver.solve(meas, t_meas) [ :error_code, :position_solved?, [:receiver_time, proc{|v| v.to_a}], :used_satellite_list, [:llh, proc{|llh| llh.to_a.zip([180.0 / Math::PI] * 2 + [1]).collect{|v, sf| v * sf}}], :receiver_error, [:velocity, proc{|xyz| xyz.to_a}], :receiver_error_rate, [:G_enu, proc{|mat| mat.to_s}], :fd, :fde_min, :fde_2nd, ].each{|fun, task| task ||= proc{|v| v} puts "pvt.#{fun}: #{task.call(pvt.send(fun))}" } pvt } puts "Normal solution ..." pvt = run_solver.call puts expect(pvt.position_solved?).to be(true) expect(pvt.receiver_time.to_a).to eq([1849, 172413]) expect(pvt.llh.to_a).to eq([:lat, :lng, :alt].collect{|k| pvt.llh.send(k)}) expect(pvt.llh.lat / Math::PI * 180).to be_within(1E-3).of(35.7) # latitude expect(pvt.llh.lng / Math::PI * 180).to be_within(1E-3).of(139.542) # longitude expect(pvt.llh.alt) .to be_within(1E-1).of(104.3) # altitude expect(pvt.receiver_error).to be_within(1E-1).of(1259087.8) expect(pvt.gdop).to be_within(1E-2).of(2.42) expect(pvt.pdop).to be_within(1E-2).of(2.17) expect(pvt.hdop).to be_within(1E-2).of(1.11) expect(pvt.vdop).to be_within(1E-2).of(1.87) expect(pvt.tdop).to be_within(1E-2).of(1.08) expect(pvt.velocity.to_a).to eq([:e, :n, :u].collect{|k| pvt.velocity.send(k)}) expect(pvt.velocity.north).to be_within(1E-2).of(-0.86) # north expect(pvt.velocity.east) .to be_within(1E-2).of(-1.10) # east expect(pvt.velocity.down) .to be_within(1E-2).of(-0.22) # down expect(pvt.receiver_error_rate).to be_within(1E-2).of(-1061.86) expect(pvt.G.rows).to eq(6) expect(pvt.W.rows).to eq(6) expect(pvt.delta_r.rows).to eq(6) expect(pvt.G_enu.rows).to eq(6) expect(Math::sqrt(pvt.C[3, 3])).to be_within(1E-10).of(pvt.tdop) expect(Math::sqrt(pvt.C_enu[2, 2])).to be_within(1E-10).of(pvt.vdop) pvt.S.to_a.flatten.zip( ((pvt.G.t * pvt.W * pvt.G).inv * (pvt.G.t * pvt.W)).to_a.flatten).each{|a, b| expect(a).to be_within(1E-10).of(b) } pvt.S_enu.to_a.flatten.zip( ((pvt.G_enu.t * pvt.W * pvt.G_enu).inv * (pvt.G_enu.t * pvt.W)).to_a.flatten).each{|a, b| expect(a).to be_within(1E-10).of(b) } expect([:rows, :columns].collect{|f| pvt.slope_HV_enu.send(f)}).to eq([6, 2]) expect(pvt.used_satellites).to eq(6) expect(pvt.used_satellite_list).to eq([12,18, 24, 25, 29, 31]) meas.each{|prn, k, v| solver.gps_options.exclude(prn) puts "Excluded(PRN: #{solver.gps_options.excluded.join(', ')}) solution ..." run_solver.call solver.gps_options.excluded.each{|prn| solver.gps_options.include(prn) } puts } expect(solver.gps_options.elevation_mask).to eq(0) expect(solver.gps_options.residual_mask).to be > 0 end it 'can be modified through hooks' do sn = solver.gps_space_node expect(solver.options).to be_a_kind_of(Hash) expect(solver.options.keys).to include(:skip_exclusion) expect{solver.options = {:skip_exclusion => true}}.not_to raise_error expect(solver.options[:skip_exclusion]).to eq(true) expect(solver.correction[:gps_ionospheric]).to include(:klobuchar) expect(solver.correction[:gps_tropospheric]).to include(:hopfield) expect{solver.correction = nil}.to raise_error(ArgumentError) expect{solver.correction = { :gps_ionospheric => [proc{|t, usr_pos, sat_pos| expect(t).to be_a_kind_of(GPS::Time) expect(usr_pos).to be_a_kind_of(Coordinate::XYZ) unless usr_pos expect(sat_pos).to be_a_kind_of(Coordinate::ENU) unless sat_pos false }, :klobuchar, :no_correction], :options => {:f_10_7 => 10}, }}.not_to raise_error expect(solver.correction[:gps_ionospheric]).to include(:no_correction) expect(solver.correction[:options][:f_10_7]).to eq(10) expect(solver.gps_options.exclude_L2C?).to eq(true) #default solver.gps_options.exclude_L2C = false expect(solver.gps_options.exclude_L2C?).to eq(false) sn.read(input[:rinex_nav]) t_meas = GPS::Time::new(1849, 172413) sn.update_all_ephemeris(t_meas) solver.hooks[:relative_property] = proc{|prn, rel_prop, meas, rcv_e, t_arv, usr_pos, usr_vel| expect(input[:measurement]).to include(prn) expect(meas).to be_a_kind_of(Hash) expect(t_arv).to be_a_kind_of(GPS::Time) expect(usr_pos).to be_a_kind_of(Coordinate::XYZ) expect(usr_vel).to be_a_kind_of(Coordinate::XYZ) weight, range_c, range_r, rate_rel_neg, *los_neg = rel_prop weight = 1 [weight, range_c, range_r, rate_rel_neg] + los_neg } solver.hooks[:update_position_solution] = proc{|mat_G, mat_W, mat_delta_r, temp_pvt| expect(temp_pvt).to be_a_kind_of(GPS::PVT) [mat_G, mat_W, mat_delta_r].each{|mat| expect(mat).to be_a_kind_of(SylphideMath::MatrixD) expect(mat.rows).to be >= temp_pvt.used_satellites expect(mat).to respond_to(:resize!) } } pvt = solver.solve( input[:measurement].collect{|prn, items| items.collect{|k, v| [prn, k, v]} }.flatten(1), t_meas) expect(pvt.W).to eq(SylphideMath::MatrixD::I(pvt.W.rows)) end it 'calculates position without any error with RINEX obs file' do sn = solver.gps_space_node puts "RINEX NAV read: %d items."%[sn.read(input[:rinex_nav])] GPS::RINEX_Observation::read(input[:rinex_obs]){|item| t_meas = item[:time] puts "Measurement time: #{t_meas.to_a} (a.k.a #{"%d/%d/%d %02d:%02d:%02d UTC"%[*t_meas.c_tm]})" sn.update_all_ephemeris(t_meas) meas = GPS::Measurement::new types = (item[:meas_types]['G'] || item[:meas_types][' ']).collect.with_index{|type_, i| case type_ when "C1" [i, GPS::Measurement::L1_PSEUDORANGE] when "D1" [i, GPS::Measurement::L1_RANGE_RATE] else nil end }.compact item[:meas].each{|k, v| sys, prn = k next unless sys == 'G' # GPS only types.each{|i, type_| meas.add(prn, type_, v[i][0]) if v[i] } } pvt = solver.solve(meas, t_meas) expect(pvt.position_solved?).to eq(true) puts pvt.llh.to_a.zip([180.0 / Math::PI] * 2 + [1]).collect{|v, sf| v * sf}.inspect if approx_pos = proc{ next false unless res = item[:header].select{|k, v| k =~ /APPROX POSITION XYZ/}.values[0] next false unless res = res.collect{|item| item.scan(/([+-]?\d+(?:\.\d+)?)\s*/).flatten }.reject{|item| item.empty? }[0] Coordinate::XYZ::new(*(res.collect{|str| str.to_f})) }.call then approx_pos.to_a.zip(pvt.xyz.to_a).each{|a, b| expect(a).to be_within(1E+1).of(b) # 10 m } end pvt.used_satellite_list.each{|prn| eph = sn.ephemeris(prn) puts "XYZ(PRN:#{prn}): #{eph.constellation(t_meas)[0].to_a} (iodc: #{eph.iodc}, iode: #{eph.iode})" } } end it 'calculates satellites position based on SP3 with ANTEX' do sp3, sn = [GPS::SP3::new, solver.gps_space_node] expect(sp3.read(input[:sp3])).to eq(32 * 9) proc{|sats| expect(sats.kind_of?(Array)).to eq(true) expect(sats[sp3.class::SYS_GPS]).to eq(32) }.call(sp3.satellites) expect(sp3.apply_antex(input[:antex])).to eq(6 * 9) sn.read(input[:rinex_nav]) t0 = GPS::Time::new(1849, 172800) sn.update_all_ephemeris(t0) (0..120).step(10){|dt_min| t = t0 + (dt_min * 60) [12, 18, 24, 25, 29, 31].each{|sat_id| eph_pos_vel = sn.ephemeris(sat_id).constellation(t) delta = { :pos => (sp3.position(sat_id, t) - eph_pos_vel[0]).to_a, :vel => (sp3.velocity(sat_id, t) - eph_pos_vel[1]).to_a, } puts "SP3 delta(#{t.seconds}, #{sat_id}): #{delta}" delta[:pos].each{|v| expect(v.abs).to be < 5 # 5m } delta[:vel].each{|v| expect(v.abs).to be < 1E-2 # 10mm } } } end it 'calculates position without any error with SP3 and ANTEX' do sn = solver.gps_space_node sp3 = GPS::SP3::new sp3.read(input[:sp3]) sp3.apply_antex(input[:antex]) expect(sp3.push(solver, sp3.class::SYS_GPS)).to eq(true) GPS::RINEX_Observation::read(input[:rinex_obs]){|item| t_meas = item[:time] sn.update_all_ephemeris(t_meas) meas = GPS::Measurement::new types = (item[:meas_types]['G'] || item[:meas_types][' ']).collect.with_index{|type_, i| type_ = { "C1" => :L1_PSEUDORANGE, "D1" => :L1_RANGE_RATE, }[type_] type_ && [i, GPS::Measurement::const_get(type_)] }.compact item[:meas].each{|k, v| sys, prn = k next unless sys == 'G' # GPS only types.each{|i, type_| meas.add(prn, type_, v[i][0]) if v[i] } } pvt = solver.solve(meas, t_meas) expect(pvt.position_solved?).to eq(true) [-3952590.4754, 3360273.8926, 3697987.2632].zip(pvt.xyz.to_a).each{|a, b| expect(a).to be_within(1E+2).of(b) # 10 m } puts ([:lat, :lng].collect{|f| pvt.llh.send(f) / Math::PI * 180} + [pvt.llh.alt]).inspect } end it 'calculates satellite clock error based on RINEX clock' do clk, sn = [GPS::RINEX_Clock::new, solver.gps_space_node] expect(clk.read(input[:rinex_clk])).to eq(6 * 7) proc{|sats| expect(sats.kind_of?(Array)).to eq(true) expect(sats[clk.class::SYS_GPS]).to eq(6) }.call(clk.satellites) sn.read(input[:rinex_nav]) t0 = GPS::Time::new(1849, 172800) sn.update_all_ephemeris(t0) (-5..5).step(1){|dt_min| t = t0 + (dt_min * 60) [12, 18, 24, 25, 29, 31].each{|sat_id| eph = sn.ephemeris(sat_id).constellation(t) expect(clk.clock_error(sat_id, t)).to be_within(1E-7).of(eph[2]) # 100 ns expect(clk.clock_error_dot(sat_id, t)).to be_within(1E-10).of(eph[3]) # 100 ps } } end it 'calculates position without any error with RINEX NAV and CLK' do sn = solver.gps_space_node sn.read(input[:rinex_nav]) clk = GPS::RINEX_Clock::new clk.read(input[:rinex_clk]) expect(clk.push(solver, clk.class::SYS_GPS)).to eq(true) GPS::RINEX_Observation::read(input[:rinex_obs]){|item| t_meas = item[:time] sn.update_all_ephemeris(t_meas) meas = GPS::Measurement::new types = (item[:meas_types]['G'] || item[:meas_types][' ']).collect.with_index{|type_, i| type_ = { "C1" => :L1_PSEUDORANGE, "D1" => :L1_RANGE_RATE, }[type_] type_ && [i, GPS::Measurement::const_get(type_)] }.compact item[:meas].each{|k, v| sys, prn = k next unless sys == 'G' # GPS only types.each{|i, type_| meas.add(prn, type_, v[i][0]) if v[i] } } pvt = solver.solve(meas, t_meas) expect(pvt.position_solved?).to eq(true) [-3952590.4754, 3360273.8926, 3697987.2632].zip(pvt.xyz.to_a).each{|a, b| expect(a).to be_within(1E+2).of(b) # 10 m } } end end end