/home/critechuser/operational/bin -title -title "M6.5_Northern_Alaska" -dateEvent 12_Aug_2018_14:58 -Mag 6.5 -Lat 69.7 -Lon -145.16 -eqDepth 3 -i iDeck1223586.txt -o . -opt rel -code HYSEA -addparams -depthtype_middleofthefault Parsing addparams string: -depthtype_middleofthefault -depthtype=middleofthefault 3.000000 eqDepth=0.000000 searching faults Exiting from search fault Dist calculated from NOAA faults: 1058.588745 km searching faults Exiting from search fault Dist calculated from MedEU faults: 15992.238281 km searching plates_dma faultsDist calculated from Plates faults: 15992.238281 km Selected standard data /home/critechuser/operational/bin -title -title "M6.5 Northern Alaska" -dateEvent 12 Aug 2018 14:58 -Mag 6.5 -Lat 69.7 -Lon -145.16 -eqDepth 3 -i iDeck1223586.txt -o . -opt rel -code HYSEA -addparams -depthtype_middleofthefault Parsing addparams string: -depthtype_middleofthefault -depthtype=middleofthefault 3.000000 eqDepth=3.000000 lonmin= -146.660004 lonmax=-143.660004 cellSize=-1.000000 batmax=0.250000 ** End of creation ** /home/critechuser/operational/bin -i -i iDeck1223586.txt -o . -opt rel -code HYSEA Reading file: /home/critechuser/operational/bin/config.txt Line 1: **************** Line 2: *Output options Line 3: **************** Line 4: * Line 5: outTxt =false Line 6: * Line 7: outHTif_exec_SWAN =true Line 8: outHTif_exec_TILES=false Line 9: outHTif_post =false Line 10: * Line 11: outuvTif_exec_SWAN =true Line 12: outuvTif_exec_TILES=false Line 13: outuvTif_post =false Line 14: * Line 15: outBMP =false Line 16: outJPG =false Line 17: * Line 18: outGIF_exec_SWAN =true Line 19: outGIF_exec_TILES =false Line 20: outGIF_post_SWAN =false Line 21: outGIF_post_HYFLUX =true Line 22: outGIF_post_NAMIDANCE =true Line 23: outGIF_post_MOST =true Line 24: outGIF_post_CORR =false Line 25: outGIF_post_HYSEA =false Line 26: * Line 27: checkWatchPoints_exec_SWAN =true Line 28: checkWatchPoints_exec_TILES=true Line 29: checkWatchPoints_post_SWAN =false Line 30: checkWatchPoints_post_HYFLUX =true Line 31: checkWatchPoints_post_NAMIDANCE =true Line 32: checkWatchPoints_post_MOST =true Line 33: checkWatchPoints_post_CORR =true Line 34: checkWatchPoints_post_HYSEA=true Line 35: * Line 36: outkml_exec_SWAN =true Line 37: outkml_exec_TILES =false Line 38: outkml_post_SWAN =false Line 39: outkml_post_HYFLUX =true Line 40: outkml_post_NAMIDANCE =true Line 41: outkml_post_MOST =true Line 42: outkml_post_CORR =false Line 43: outkml_post_HYSEA =true Line 44: * Line 45: outGifAnimation_exec =false Line 46: outGifAnimation_post =true Line 47: outGifAnimation_post_CORR=false Line 48: * Line 49: intermediateAnimation =true Line 50: intermediateAnimation_CORR =false Line 51: * Line 52: tifH2netcdf_exec_SWAN =true Line 53: tifH2netcdf_exec_TILES=false Line 54: tifH2netcdf_post_SWAN =false Line 55: tifH2netcdf_post_HYFLUX=true Line 56: tifH2netcdf_post_NAMIDANCE=true Line 57: tifH2netcdf_post_CORR=false Line 58: * Line 59: tifuv2netcdf =false Line 60: * Line 61: writeWPtxtFiles_exec_SWAN=true Line 62: writeWPtxtFiles_exec_TILES=true Line 63: writeWPtxtFiles_post_SWAN=false Line 64: writeWPtxtFiles_post_HYFLUX=true Line 65: writeWPtxtFiles_post_NAMIDANCE=true Line 66: writeWPtxtFiles_post_MOST=true Line 67: writeWPtxtFiles_post_CORR=true Line 68: * Line 69: formatBat =GTiff Line 70: inFormat =GTiff Line 71: inFormat_NAMIDANCE =netcdf Line 72: inFormat_MOST =netcdf_NOAA Line 73: inFormat_HYSEA =netcdf_HYSEA Line 74: * Line 75: outFormat =GTiff Line 76: outFormat_CORR =netcdf Line 77: outFormat_NAMIDANCE =netcdf Line 78: outFormat_MOST =netcdf_NOAA Line 79: outFormat_HYSEA =netcdf_HYSEA Line 80: * Line 81: tarFilesAndDelete =true Line 82: deleteAnimFiles =true Line 83: deleteAnimFiles_NAMIDANCE=false Line 84: deleteAnimFiles_MOST=false Line 85: deleteAnimFiles_HYSEA=true Line 86: * Line 87: outTTT_TILES=false Line 88: * Line 89: * HYFLUX flags Line 90: mapfmt = PCRaster Line 91: mapext = .map Line 92: outfmt = GTiff Line 93: outext = .tif Line 94: radius=6378388. Line 95: houtmin = 1e-7 Line 96: voutmin = 1e-7 End of Reading file: /home/critechuser/operational/bin/config.txt /home/critechuser/operational/bin -i -i iDeck1223586.txt -o . -opt rel -code HYSEA **** Start of file : ./iDeck1223586.txt Line 1: ********************************************* Line 2: * Tsunami input deck: Line 3: ********************************************* Line 4: * General data Line 5: Title ="M6.5 Northern Alaska" Line 6: outPath =(null) Line 7: * Line 8: DateTsunami =12 Aug 2018 14:58 Line 9: * Line 10: * Calculation parameters * Line 11: InTime =0.000000 * initial time (h) Line 12: FinTime =1.500000 * end time (h) Line 13: Tsave =1.000000 * t save (min) Line 14: dtMax =0.250000 * deltat (s) Line 15: fanning =0.015 Line 16: * Line 17: * Fault parameters (nfaults=1) * Line 18: *------------------------------------------- Line 19Input file size is 43200, 21600 0...10...20...30...40...50...60...70...80...90...100 - done. : FaultNumber 1 Line 20: *------------------------------------------- Line 21: * EPICENTER * Line 22: Lat =69.699997 * degree Line 23: Lon =-145.160004 * degree Line 24: Mag =6.500000 * Richter scale Line 25: faultform =8 * Okada parameters Line 26: flenght =28.000000 * km Line 27: fwidth =7.000000 * km Line 28: strike =90.000000 * degree (geog North=0) Line 29: slip =0.804000 * m Line 30: dip =45.000000 * degree Line 31: rake =90.000000 * degree Line 32: ipodepth =3.000000 * km (hypocenter, center of the fault, tof: 5.0 km) Line 33: ------end of fault 1 ------------ Line 34: * Line 35: FaultMode =0 Line 36: * Line 37: * Code parameters * Line 38: code =HYSEA Line 39: * Line 40: * Grid parameters * Line 41: constbat =False * for back compatibility Line 42: automscale =False * for back compatibility Line 43: width = 3.000000 * degree Line 44: batgrid =0.250000 * min Line 45: * Line 46: * calculation window Line 47: lonmin =-146.660004 Line 48: lonmax =-143.660004 Line 49: latmin =68.199997 Line 50: latmax =70.000000 Line 51: bathymetry =GEBCO30 **** End of file : ./iDeck1223586.txt ---| batmode = 3 gdal_translate -srcwin 3999 2398 362 219 /home/critechuser/operational/DATA/gebco30.tif ./clipFile.tif *** Interpolating clipped bathymetry. Dataset ./clipFile.tif ncols=720, nrows=432 ix=10/720 ix=20/720 ix=30/720 ix=40/720 ix=50/720 ix=60/720 ix=70/720 ix=80/720 ix=90/720 ix=100/720 ix=110/720 ix=120/720 ix=130/720 ix=140/720 ix=150/720 ix=160/720 ix=170/720 ix=180/720 ix=190/720 ix=200/720 ix=210/720 ix=220/720 ix=230/720 ix=240/720 ix=250/720 ix=260/720 ix=270/720 ix=280/720 ix=290/720 ix=300/720 ix=310/720 ix=320/720 ix=330/720 ix=340/720 ix=350/720 ix=360/720 ix=370/720 ix=380/720 ix=390/720 ix=400/720 ix=410/720 ix=420/720 ix=430/720 ix=440/720 ix=450/720 ix=460/720 ix=470/720 ix=480/720 ix=490/720 ix=500/720 ix=510/720 ix=520/720 ix=530/720 ix=540/720 ix=550/720 ix=560/720 ix=570/720 ix=580/720 ix=590/720 ix=600/720 ix=610/720 ix=620/720 ix=630/720 ix=640/720 ix=650/720 ix=660/720 ix=670/720 ix=680/720 ix=690/720 ix=700/720 ix=710/720 ix=720/720 Fault number 1 Calling Okada with slip=0.804000 and depth=0.525126 ! calling gdal factor 1 Selecting place namesPlace names found in area: -1 Selecting place namesPlace names found in area: -1 Selecting measuring gauges /home/critechuser/operational/DATA/gauges.csv Gauges names found in area: -1 Selecting measuring gauges /home/critechuser/operational/DATA/gauges.csv Gauges names found in area: -1 Created HYSEA input deck as ./hysea.txt End of programmeOpening file hysea.bat Converting hysea_bin.bat Opening file hysea.ini Converting hysea_bin.ini [('-t', 'TS_location.txt'), ('-o', 'TS_location.dat')] empty line empty line file closed /************************************************************* Tsunami-HySEA numerical model Copyright (C) 2010-2017 EDANYA Research Group, University of Malaga (Spain). Tsunami-HySEA can not be copied, modified and/or distributed without the express permission of the EDANYA Research Group. Tsunami-HySEA is distributed under license. For more information, visit: https://edanya.uma.es/hysea/tsunami-hysea_license.html *************************************************************/ Problem data Initialization: from file CFL: 0.5 Water-bottom friction: 0.03 Maximum allowed velocity of water: 100 Epsilon h: 0.005 m Threshold for the 2s+WAF scheme: 20 m Stability coefficients Level 0: 0.2 Simulation time: 5400 sec Saving time of NetCDF files: 60 sec Saving time of time series: 1 sec Number of levels: 1 Level 0 Volumes: 720 x 432 = 311040 Longitude: [-146.658, -143.663] Latitude: [68.2021, 69.9975] Load balancing data Process 0: rows 0-431 Writing '"M6.5_lb_01level_01proc.bin' Process 0 loading data /************************************************************* Tsunami-HySEA numerical model Copyright (C) 2010-2017 EDANYA Research Group, University of Malaga (Spain). Tsunami-HySEA can not be copied, modified and/or distributed without the express permission of the EDANYA Research Group. Tsunami-HySEA is distributed under license. For more information, visit: https://edanya.uma.es/hysea/tsunami-hysea_license.html *************************************************************/ Problem data Initialization: from file CFL: 0.5 Water-bottom friction: 0.03 Maximum allowed velocity of water: 100 Epsilon h: 0.005 m Threshold for the 2s+WAF scheme: 20 m Stability coefficients Level 0: 0.2 Simulation time: 5400 sec Saving time of NetCDF files: 60 sec Saving time of time series: 1 sec Number of levels: 1 Level 0 Volumes: 720 x 432 = 311040 Longitude: [-146.658, -143.663] Latitude: [68.2021, 69.9975] Reading time: 5.072317e-02 sec. Initial deltaT = 6.299197e+00 sec Iteration 1, deltaT = 6.288670e+00 sec, Time = 6.2992 sec Iteration 2, deltaT = 6.288670e+00 sec, Time = 12.5879 sec Iteration 3, deltaT = 6.288670e+00 sec, Time = 18.8765 sec Iteration 4, deltaT = 6.288670e+00 sec, Time = 25.1652 sec Iteration 5, deltaT = 6.288670e+00 sec, Time = 31.4539 sec Iteration 6, deltaT = 6.288670e+00 sec, Time = 37.7425 sec Iteration 7, deltaT = 6.288670e+00 sec, Time = 44.0312 sec Iteration 8, deltaT = 6.288670e+00 sec, Time = 50.3199 sec Iteration 9, deltaT = 6.288670e+00 sec, Time = 56.6086 sec Iteration 10, deltaT = 6.288670e+00 sec, Time = 62.8972 sec Iteration 11, deltaT = 6.288670e+00 sec, Time = 69.1859 sec Iteration 12, deltaT = 6.288670e+00 sec, Time = 75.4746 sec Iteration 13, deltaT = 6.288670e+00 sec, Time = 81.7632 sec Iteration 14, deltaT = 6.288670e+00 sec, Time = 88.0519 sec Iteration 15, deltaT = 6.288670e+00 sec, Time = 94.3406 sec Iteration 16, deltaT = 6.288670e+00 sec, Time = 100.629 sec Iteration 17, deltaT = 6.288670e+00 sec, Time = 106.918 sec Iteration 18, deltaT = 6.288670e+00 sec, Time = 113.207 sec Iteration 19, deltaT = 6.288670e+00 sec, Time = 119.495 sec Iteration 20, deltaT = 6.288670e+00 sec, Time = 125.784 sec Iteration 21, deltaT = 6.288670e+00 sec, Time = 132.073 sec Iteration 22, deltaT = 6.288670e+00 sec, Time = 138.361 sec Iteration 23, deltaT = 6.288670e+00 sec, Time = 144.65 sec Iteration 24, deltaT = 6.288670e+00 sec, Time = 150.939 sec Iteration 25, deltaT = 6.288670e+00 sec, Time = 157.227 sec Iteration 26, deltaT = 6.288670e+00 sec, Time = 163.516 sec Iteration 27, deltaT = 6.288670e+00 sec, Time = 169.805 sec Iteration 28, deltaT = 6.288670e+00 sec, Time = 176.093 sec Iteration 29, deltaT = 6.288670e+00 sec, Time = 182.382 sec Iteration 30, deltaT = 6.288670e+00 sec, Time = 188.671 sec Iteration 31, deltaT = 6.288670e+00 sec, Time = 194.959 sec Iteration 32, deltaT = 6.288670e+00 sec, Time = 201.248 sec Iteration 33, deltaT = 6.288670e+00 sec, Time = 207.537 sec Iteration 34, deltaT = 6.288670e+00 sec, Time = 213.825 sec Iteration 35, deltaT = 6.288670e+00 sec, Time = 220.114 sec Iteration 36, deltaT = 6.288670e+00 sec, Time = 226.403 sec Iteration 37, deltaT = 6.288670e+00 sec, Time = 232.691 sec Iteration 38, deltaT = 6.288670e+00 sec, Time = 238.98 sec Iteration 39, deltaT = 6.288670e+00 sec, Time = 245.269 sec Iteration 40, deltaT = 6.288670e+00 sec, Time = 251.557 sec Iteration 41, deltaT = 6.288670e+00 sec, Time = 257.846 sec Iteration 42, deltaT = 6.288670e+00 sec, Time = 264.135 sec Iteration 43, deltaT = 6.288670e+00 sec, Time = 270.423 sec Iteration 44, deltaT = 6.288670e+00 sec, Time = 276.712 sec Iteration 45, deltaT = 6.288670e+00 sec, Time = 283.001 sec Iteration 46, deltaT = 6.288670e+00 sec, Time = 289.289 sec Iteration 47, deltaT = 6.288670e+00 sec, Time = 295.578 sec Iteration 48, deltaT = 6.288670e+00 sec, Time = 301.867 sec Iteration 49, deltaT = 6.288670e+00 sec, Time = 308.155 sec Iteration 50, deltaT = 6.288670e+00 sec, Time = 314.444 sec Iteration 51, deltaT = 6.288670e+00 sec, Time = 320.733 sec Iteration 52, deltaT = 6.288670e+00 sec, Time = 327.021 sec Iteration 53, deltaT = 6.288670e+00 sec, Time = 333.31 sec Iteration 54, deltaT = 6.288670e+00 sec, Time = 339.599 sec Iteration 55, deltaT = 6.288670e+00 sec, Time = 345.887 sec Iteration 56, deltaT = 6.288670e+00 sec, Time = 352.176 sec Iteration 57, deltaT = 6.288670e+00 sec, Time = 358.465 sec Iteration 58, deltaT = 6.288670e+00 sec, Time = 364.753 sec Iteration 59, deltaT = 6.288670e+00 sec, Time = 371.042 sec Iteration 60, deltaT = 6.288670e+00 sec, Time = 377.331 sec Iteration 61, deltaT = 6.288670e+00 sec, Time = 383.619 sec Iteration 62, deltaT = 6.288670e+00 sec, Time = 389.908 sec Iteration 63, deltaT = 6.288670e+00 sec, Time = 396.197 sec Iteration 64, deltaT = 6.288670e+00 sec, Time = 402.485 sec Iteration 65, deltaT = 6.288670e+00 sec, Time = 408.774 sec Iteration 66, deltaT = 6.288670e+00 sec, Time = 415.063 sec Iteration 67, deltaT = 6.288670e+00 sec, Time = 421.351 sec Iteration 68, deltaT = 6.288670e+00 sec, Time = 427.64 sec Iteration 69, deltaT = 6.288670e+00 sec, Time = 433.929 sec Iteration 70, deltaT = 6.288670e+00 sec, Time = 440.217 sec Iteration 71, deltaT = 6.288670e+00 sec, Time = 446.506 sec Iteration 72, deltaT = 6.288670e+00 sec, Time = 452.795 sec Iteration 73, deltaT = 6.288670e+00 sec, Time = 459.083 sec Iteration 74, deltaT = 6.288670e+00 sec, Time = 465.372 sec Iteration 75, deltaT = 6.288670e+00 sec, Time = 471.661 sec Iteration 76, deltaT = 6.288670e+00 sec, Time = 477.949 sec Iteration 77, deltaT = 6.288670e+00 sec, Time = 484.238 sec Iteration 78, deltaT = 6.288670e+00 sec, Time = 490.527 sec Iteration 79, deltaT = 6.288670e+00 sec, Time = 496.815 sec Iteration 80, deltaT = 6.288670e+00 sec, Time = 503.104 sec Iteration 81, deltaT = 6.288670e+00 sec, Time = 509.393 sec Iteration 82, deltaT = 6.288670e+00 sec, Time = 515.682 sec Iteration 83, deltaT = 6.288670e+00 sec, Time = 521.97 sec Iteration 84, deltaT = 6.288670e+00 sec, Time = 528.259 sec Iteration 85, deltaT = 6.288670e+00 sec, Time = 534.548 sec Iteration 86, deltaT = 6.288670e+00 sec, Time = 540.836 sec Iteration 87, deltaT = 6.288670e+00 sec, Time = 547.125 sec Iteration 88, deltaT = 6.288670e+00 sec, Time = 553.414 sec Iteration 89, deltaT = 6.288670e+00 sec, Time = 559.702 sec Iteration 90, deltaT = 6.288670e+00 sec, Time = 565.991 sec Iteration 91, deltaT = 6.288670e+00 sec, Time = 572.28 sec Iteration 92, deltaT = 6.288670e+00 sec, Time = 578.568 sec Iteration 93, deltaT = 6.288670e+00 sec, Time = 584.857 sec Iteration 94, deltaT = 6.288670e+00 sec, Time = 591.146 sec Iteration 95, deltaT = 6.288670e+00 sec, Time = 597.434 sec Iteration 96, deltaT = 6.288670e+00 sec, Time = 603.723 sec Iteration 97, deltaT = 6.288670e+00 sec, Time = 610.012 sec Iteration 98, deltaT = 6.288670e+00 sec, Time = 616.3 sec Iteration 99, deltaT = 6.288670e+00 sec, Time = 622.589 sec Iteration 100, deltaT = 6.288670e+00 sec, Time = 628.878 sec Iteration 101, deltaT = 6.288670e+00 sec, Time = 635.166 sec Iteration 102, deltaT = 6.288670e+00 sec, Time = 641.455 sec Iteration 103, deltaT = 6.288670e+00 sec, Time = 647.744 sec Iteration 104, deltaT = 6.288670e+00 sec, Time = 654.032 sec Iteration 105, deltaT = 6.288670e+00 sec, Time = 660.321 sec Iteration 106, deltaT = 6.288670e+00 sec, Time = 666.61 sec Iteration 107, deltaT = 6.288670e+00 sec, Time = 672.898 sec Iteration 108, deltaT = 6.288670e+00 sec, Time = 679.187 sec Iteration 109, deltaT = 6.288670e+00 sec, Time = 685.476 sec Iteration 110, deltaT = 6.288670e+00 sec, Time = 691.764 sec Iteration 111, deltaT = 6.288670e+00 sec, Time = 698.053 sec Iteration 112, deltaT = 6.288670e+00 sec, Time = 704.342 sec Iteration 113, deltaT = 6.288670e+00 sec, Time = 710.63 sec Iteration 114, deltaT = 6.288670e+00 sec, Time = 716.919 sec Iteration 115, deltaT = 6.288670e+00 sec, Time = 723.208 sec Iteration 116, deltaT = 6.288670e+00 sec, Time = 729.496 sec Iteration 117, deltaT = 6.288670e+00 sec, Time = 735.785 sec Iteration 118, deltaT = 6.288670e+00 sec, Time = 742.074 sec Iteration 119, deltaT = 6.288670e+00 sec, Time = 748.362 sec Iteration 120, deltaT = 6.288670e+00 sec, Time = 754.651 sec Iteration 121, deltaT = 6.288670e+00 sec, Time = 760.94 sec Iteration 122, deltaT = 6.288670e+00 sec, Time = 767.228 sec Iteration 123, deltaT = 6.288670e+00 sec, Time = 773.517 sec Iteration 124, deltaT = 6.288670e+00 sec, Time = 779.806 sec Iteration 125, deltaT = 6.288670e+00 sec, Time = 786.094 sec Iteration 126, deltaT = 6.288670e+00 sec, Time = 792.383 sec Iteration 127, deltaT = 6.288670e+00 sec, Time = 798.672 sec Iteration 128, deltaT = 6.288670e+00 sec, Time = 804.96 sec Iteration 129, deltaT = 6.288670e+00 sec, Time = 811.249 sec Iteration 130, deltaT = 6.288670e+00 sec, Time = 817.538 sec Iteration 131, deltaT = 6.288670e+00 sec, Time = 823.826 sec Iteration 132, deltaT = 6.288670e+00 sec, Time = 830.115 sec Iteration 133, deltaT = 6.288670e+00 sec, Time = 836.404 sec Iteration 134, deltaT = 6.288670e+00 sec, Time = 842.692 sec Iteration 135, deltaT = 6.288670e+00 sec, Time = 848.981 sec Iteration 136, deltaT = 6.288670e+00 sec, Time = 855.27 sec Iteration 137, deltaT = 6.288670e+00 sec, Time = 861.558 sec Iteration 138, deltaT = 6.288670e+00 sec, Time = 867.847 sec Iteration 139, deltaT = 6.288670e+00 sec, Time = 874.136 sec Iteration 140, deltaT = 6.288670e+00 sec, Time = 880.424 sec Iteration 141, deltaT = 6.288670e+00 sec, Time = 886.713 sec Iteration 142, deltaT = 6.288670e+00 sec, Time = 893.002 sec Iteration 143, deltaT = 6.288670e+00 sec, Time = 899.29 sec Iteration 144, deltaT = 6.288670e+00 sec, Time = 905.579 sec Iteration 145, deltaT = 6.288670e+00 sec, Time = 911.868 sec Iteration 146, deltaT = 6.288670e+00 sec, Time = 918.156 sec Iteration 147, deltaT = 6.288670e+00 sec, Time = 924.445 sec Iteration 148, deltaT = 6.288670e+00 sec, Time = 930.734 sec Iteration 149, deltaT = 6.288670e+00 sec, Time = 937.022 sec Iteration 150, deltaT = 6.288670e+00 sec, Time = 943.311 sec Iteration 151, deltaT = 6.288670e+00 sec, Time = 949.6 sec Iteration 152, deltaT = 6.288670e+00 sec, Time = 955.888 sec Iteration 153, deltaT = 6.288670e+00 sec, Time = 962.177 sec Iteration 154, deltaT = 6.288670e+00 sec, Time = 968.466 sec Iteration 155, deltaT = 6.288670e+00 sec, Time = 974.754 sec Iteration 156, deltaT = 6.288670e+00 sec, Time = 981.043 sec Iteration 157, deltaT = 6.288670e+00 sec, Time = 987.332 sec Iteration 158, deltaT = 6.288670e+00 sec, Time = 993.62 sec Iteration 159, deltaT = 6.288670e+00 sec, Time = 999.909 sec Iteration 160, deltaT = 6.288670e+00 sec, Time = 1006.2 sec Iteration 161, deltaT = 6.288670e+00 sec, Time = 1012.49 sec Iteration 162, deltaT = 6.288670e+00 sec, Time = 1018.78 sec Iteration 163, deltaT = 6.288670e+00 sec, Time = 1025.06 sec Iteration 164, deltaT = 6.288670e+00 sec, Time = 1031.35 sec Iteration 165, deltaT = 6.288670e+00 sec, Time = 1037.64 sec Iteration 166, 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deltaT = 6.288670e+00 sec, Time = 4861.15 sec Iteration 774, deltaT = 6.288670e+00 sec, Time = 4867.44 sec Iteration 775, deltaT = 6.288670e+00 sec, Time = 4873.73 sec Iteration 776, deltaT = 6.288670e+00 sec, Time = 4880.02 sec Iteration 777, deltaT = 6.288670e+00 sec, Time = 4886.31 sec Iteration 778, deltaT = 6.288670e+00 sec, Time = 4892.6 sec Iteration 779, deltaT = 6.288670e+00 sec, Time = 4898.88 sec Iteration 780, deltaT = 6.288670e+00 sec, Time = 4905.17 sec Iteration 781, deltaT = 6.288670e+00 sec, Time = 4911.46 sec Iteration 782, deltaT = 6.288670e+00 sec, Time = 4917.75 sec Iteration 783, deltaT = 6.288670e+00 sec, Time = 4924.04 sec Iteration 784, deltaT = 6.288670e+00 sec, Time = 4930.33 sec Iteration 785, deltaT = 6.288670e+00 sec, Time = 4936.62 sec Iteration 786, deltaT = 6.288670e+00 sec, Time = 4942.91 sec Iteration 787, deltaT = 6.288670e+00 sec, Time = 4949.19 sec Iteration 788, deltaT = 6.288670e+00 sec, Time = 4955.48 sec Iteration 789, deltaT = 6.288670e+00 sec, Time = 4961.77 sec Iteration 790, deltaT = 6.288670e+00 sec, Time = 4968.06 sec Iteration 791, deltaT = 6.288670e+00 sec, Time = 4974.35 sec Iteration 792, deltaT = 6.288670e+00 sec, Time = 4980.64 sec Iteration 793, deltaT = 6.288670e+00 sec, Time = 4986.93 sec Iteration 794, deltaT = 6.288670e+00 sec, Time = 4993.21 sec Iteration 795, deltaT = 6.288670e+00 sec, Time = 4999.5 sec Iteration 796, deltaT = 6.288670e+00 sec, Time = 5005.79 sec Iteration 797, deltaT = 6.288670e+00 sec, Time = 5012.08 sec Iteration 798, deltaT = 6.288670e+00 sec, Time = 5018.37 sec Iteration 799, deltaT = 6.288670e+00 sec, Time = 5024.66 sec Iteration 800, deltaT = 6.288670e+00 sec, Time = 5030.95 sec Iteration 801, deltaT = 6.288670e+00 sec, Time = 5037.24 sec Iteration 802, deltaT = 6.288670e+00 sec, Time = 5043.52 sec Iteration 803, deltaT = 6.288670e+00 sec, Time = 5049.81 sec Iteration 804, deltaT = 6.288670e+00 sec, Time = 5056.1 sec Iteration 805, deltaT = 6.288670e+00 sec, Time = 5062.39 sec Iteration 806, deltaT = 6.288670e+00 sec, Time = 5068.68 sec Iteration 807, deltaT = 6.288670e+00 sec, Time = 5074.97 sec Iteration 808, deltaT = 6.288670e+00 sec, Time = 5081.26 sec Iteration 809, deltaT = 6.288670e+00 sec, Time = 5087.54 sec Iteration 810, deltaT = 6.288670e+00 sec, Time = 5093.83 sec Iteration 811, deltaT = 6.288670e+00 sec, Time = 5100.12 sec Iteration 812, deltaT = 6.288670e+00 sec, Time = 5106.41 sec Iteration 813, deltaT = 6.288670e+00 sec, Time = 5112.7 sec Iteration 814, deltaT = 6.288670e+00 sec, Time = 5118.99 sec Iteration 815, deltaT = 6.288670e+00 sec, Time = 5125.28 sec Iteration 816, deltaT = 6.288670e+00 sec, Time = 5131.57 sec Iteration 817, deltaT = 6.288670e+00 sec, Time = 5137.85 sec Iteration 818, deltaT = 6.288670e+00 sec, Time = 5144.14 sec Iteration 819, deltaT = 6.288670e+00 sec, Time = 5150.43 sec Iteration 820, deltaT = 6.288670e+00 sec, Time = 5156.72 sec Iteration 821, deltaT = 6.288670e+00 sec, Time = 5163.01 sec Iteration 822, deltaT = 6.288670e+00 sec, Time = 5169.3 sec Iteration 823, deltaT = 6.288670e+00 sec, Time = 5175.59 sec Iteration 824, deltaT = 6.288670e+00 sec, Time = 5181.88 sec Iteration 825, deltaT = 6.288670e+00 sec, Time = 5188.16 sec Iteration 826, deltaT = 6.288670e+00 sec, Time = 5194.45 sec Iteration 827, deltaT = 6.288670e+00 sec, Time = 5200.74 sec Iteration 828, deltaT = 6.288670e+00 sec, Time = 5207.03 sec Iteration 829, deltaT = 6.288670e+00 sec, Time = 5213.32 sec Iteration 830, deltaT = 6.288670e+00 sec, Time = 5219.61 sec Iteration 831, deltaT = 6.288670e+00 sec, Time = 5225.9 sec Iteration 832, deltaT = 6.288670e+00 sec, Time = 5232.18 sec Iteration 833, deltaT = 6.288670e+00 sec, Time = 5238.47 sec Iteration 834, deltaT = 6.288670e+00 sec, Time = 5244.76 sec Iteration 835, deltaT = 6.288670e+00 sec, Time = 5251.05 sec Iteration 836, deltaT = 6.288670e+00 sec, Time = 5257.34 sec Iteration 837, deltaT = 6.288670e+00 sec, Time = 5263.63 sec Iteration 838, deltaT = 6.288670e+00 sec, Time = 5269.92 sec Iteration 839, deltaT = 6.288670e+00 sec, Time = 5276.21 sec Iteration 840, deltaT = 6.288670e+00 sec, Time = 5282.49 sec Iteration 841, deltaT = 6.288670e+00 sec, Time = 5288.78 sec Iteration 842, deltaT = 6.288670e+00 sec, Time = 5295.07 sec Iteration 843, deltaT = 6.288670e+00 sec, Time = 5301.36 sec Iteration 844, deltaT = 6.288670e+00 sec, Time = 5307.65 sec Iteration 845, deltaT = 6.288670e+00 sec, Time = 5313.94 sec Iteration 846, deltaT = 6.288670e+00 sec, Time = 5320.23 sec Iteration 847, deltaT = 6.288670e+00 sec, Time = 5326.51 sec Iteration 848, deltaT = 6.288670e+00 sec, Time = 5332.8 sec Iteration 849, deltaT = 6.288670e+00 sec, Time = 5339.09 sec Iteration 850, deltaT = 6.288670e+00 sec, Time = 5345.38 sec Iteration 851, deltaT = 6.288670e+00 sec, Time = 5351.67 sec Iteration 852, deltaT = 6.288670e+00 sec, Time = 5357.96 sec Iteration 853, deltaT = 6.288670e+00 sec, Time = 5364.25 sec Iteration 854, deltaT = 6.288670e+00 sec, Time = 5370.54 sec Iteration 855, deltaT = 6.288670e+00 sec, Time = 5376.82 sec Iteration 856, deltaT = 6.288670e+00 sec, Time = 5383.11 sec Iteration 857, deltaT = 6.288670e+00 sec, Time = 5389.4 sec Iteration 858, deltaT = 6.288670e+00 sec, Time = 5395.69 sec Iteration 859, deltaT = 6.288670e+00 sec, Time = 5401.98 sec Runtime: 3.410675e+00 sec Input file size is 720, 432 0...10...20...30...40...50...60...70...80...90...100 - done. Input file size is 720, 432 0...10...20...30...40...50...60...70...80...90...100 - done. Input file size is 720, 432 0...10...20...30...40...50...60...70...80...90...100 - done. ['-n', 'NETCDF.nc', '-t', 'TS_location.txt', '-m', 'locations', '-d', '12_Aug_2018_14:58', '-i', 'iDeck1223586.txt', '-r', '5', '-b', '20', '-e', 'Yes', '-x', '0.05'] NETCDF.nc gdal_translate -of GTiff NETCDF:"NETCDF.nc":max_height TIF_MAXHEIGHT_END.tif gdal_translate -of GTiff NETCDF:"NETCDF.nc":arrival_times TIF_Arrival_Time.tif gdal_translate -of GTiff NETCDF:"NETCDF.nc":arrival_times TIF_Maximum_Time.tif end extract Tif files opening dataset: NETCDF.nc extracting lat/lon extracting arrival times extracting bathymetry extracting maxHeight ('t= ', (90,)) opening TS_location.txt len(locations)= 0 len(maxi) 0 len(arrivalTimes) 0 file closed closed nc file /home/critechuser/operational/bin -i -i iDeck1223586.txt -o . -opt rel -code SWAN Reading file: /home/critechuser/operational/bin/config.txt Line 1: **************** Line 2: *Output options Line 3: **************** Line 4: * Line 5: outTxt =false Line 6: * Line 7: outHTif_exec_SWAN =true Line 8: outHTif_exec_TILES=false Line 9: outHTif_post =false Line 10: * Line 11: outuvTif_exec_SWAN =true Line 12: outuvTif_exec_TILES=false Line 13: outuvTif_post =false Line 14: * Line 15: outBMP =false Line 16: outJPG =false Line 17: * Line 18: outGIF_exec_SWAN =true Line 19: outGIF_exec_TILES =false Line 20: outGIF_post_SWAN =false Line 21: outGIF_post_HYFLUX =true Line 22: outGIF_post_NAMIDANCE =true Line 23: outGIF_post_MOST =true Line 24: outGIF_post_CORR =false Line 25: outGIF_post_HYSEA =false Line 26: * Line 27: checkWatchPoints_exec_SWAN =true Line 28: checkWatchPoints_exec_TILES=true Line 29: checkWatchPoints_post_SWAN =false Line 30: checkWatchPoints_post_HYFLUX =true Line 31: checkWatchPoints_post_NAMIDANCE =true Line 32: checkWatchPoints_post_MOST =true Line 33: checkWatchPoints_post_CORR =true Line 34: checkWatchPoints_post_HYSEA=true Line 35: * Line 36: outkml_exec_SWAN =true Line 37: outkml_exec_TILES =false Line 38: outkml_post_SWAN =false Line 39: outkml_post_HYFLUX =true Line 40: outkml_post_NAMIDANCE =true Line 41: outkml_post_MOST =true Line 42: outkml_post_CORR =false Line 43: outkml_post_HYSEA =true Line 44: * Line 45: outGifAnimation_exec =false Line 46: outGifAnimation_post =true Line 47: outGifAnimation_post_CORR=false Line 48: * Line 49: intermediateAnimation =true Line 50: intermediateAnimation_CORR =false Line 51: * Line 52: tifH2netcdf_exec_SWAN =true Line 53: tifH2netcdf_exec_TILES=false Line 54: tifH2netcdf_post_SWAN =false Line 55: tifH2netcdf_post_HYFLUX=true Line 56: tifH2netcdf_post_NAMIDANCE=true Line 57: tifH2netcdf_post_CORR=false Line 58: * Line 59: tifuv2netcdf =false Line 60: * Line 61: writeWPtxtFiles_exec_SWAN=true Line 62: writeWPtxtFiles_exec_TILES=true Line 63: writeWPtxtFiles_post_SWAN=false Line 64: writeWPtxtFiles_post_HYFLUX=true Line 65: writeWPtxtFiles_post_NAMIDANCE=true Line 66: writeWPtxtFiles_post_MOST=true Line 67: writeWPtxtFiles_post_CORR=true Line 68: * Line 69: formatBat =GTiff Line 70: inFormat =GTiff Line 71: inFormat_NAMIDANCE =netcdf Line 72: inFormat_MOST =netcdf_NOAA Line 73: inFormat_HYSEA =netcdf_HYSEA Line 74: * Line 75: outFormat =GTiff Line 76: outFormat_CORR =netcdf Line 77: outFormat_NAMIDANCE =netcdf Line 78: outFormat_MOST =netcdf_NOAA Line 79: outFormat_HYSEA =netcdf_HYSEA Line 80: * Line 81: tarFilesAndDelete =true Line 82: deleteAnimFiles =true Line 83: deleteAnimFiles_NAMIDANCE=false Line 84: deleteAnimFiles_MOST=false Line 85: deleteAnimFiles_HYSEA=true Line 86: * Line 87: outTTT_TILES=false Line 88: * Line 89: * HYFLUX flags Line 90: mapfmt = PCRaster Line 91: mapext = .map Line 92: outfmt = GTiff Line 93: outext = .tif Line 94: radius=6378388. Line 95: houtmin = 1e-7 Line 96: voutmin = 1e-7 End of Reading file: /home/critechuser/operational/bin/config.txt /home/critechuser/operational/bin -i -i iDeck1223586.txt -o . -opt rel -code SWAN **** Start of file : ./iDeck1223586.txt Line 1: ********************************************* Line 2: * Tsunami input deck: Line 3: ********************************************* Line 4: * General data Line 5: Title ="M6.5 Northern Alaska" Line 6: outPath =(null) Line 7: * Line 8: DateTsunami =12 Aug 2018 14:58 Line 9: * Line 10: * Calculation parameters * Line 11: InTime =0.000000 * initial time (h) Line 12: FinTime =1.500000 * end time (h) Line 13: Tsave =1.000000 * t save (min) Line 14: dtMax =0.250000 * deltat (s) Line 15: fanning =0.015 Line 16: * Line 17: * Fault parameters (nfaults=1) * Line 18: *------------------------------------------- Line 19: Input file size is 43200, 21600 0...10...20...30...40...50...60...70...80...90...100 - done. /home/critechuser/operational/bin -i -i iDeck1223586.txt -o . -opt rel -code SWAN Reading file: /home/critechuser/operational/bin/config.txt Line 1: **************** Line 2: *Output options Line 3: **************** Line 4: * Line 5: outTxt =false Line 6: * Line 7: outHTif_exec_SWAN =true Line 8: outHTif_exec_TILES=false Line 9: outHTif_post =false Line 10: * Line 11: outuvTif_exec_SWAN =true Line 12: outuvTif_exec_TILES=false Line 13: outuvTif_post =false Line 14: * Line 15: outBMP =false Line 16: outJPG =false Line 17: * Line 18: outGIF_exec_SWAN =true Line 19: outGIF_exec_TILES =false Line 20: outGIF_post_SWAN =false Line 21: outGIF_post_HYFLUX =true Line 22: outGIF_post_NAMIDANCE =true Line 23: outGIF_post_MOST =true Line 24: outGIF_post_CORR =false Line 25: outGIF_post_HYSEA =false Line 26: * Line 27: checkWatchPoints_exec_SWAN =true Line 28: checkWatchPoints_exec_TILES=true Line 29: checkWatchPoints_post_SWAN =false Line 30: checkWatchPoints_post_HYFLUX =true Line 31: checkWatchPoints_post_NAMIDANCE =true Line 32: checkWatchPoints_post_MOST =true Line 33: checkWatchPoints_post_CORR =true Line 34: checkWatchPoints_post_HYSEA=true Line 35: * Line 36: outkml_exec_SWAN =true Line 37: outkml_exec_TILES =false Line 38: outkml_post_SWAN =false Line 39: outkml_post_HYFLUX =true Line 40: outkml_post_NAMIDANCE =true Line 41: outkml_post_MOST =true Line 42: outkml_post_CORR =false Line 43: outkml_post_HYSEA =true Line 44: * Line 45: outGifAnimation_exec =false Line 46: outGifAnimation_post =true Line 47: outGifAnimation_post_CORR=false Line 48: * Line 49: intermediateAnimation =true Line 50: intermediateAnimation_CORR =false Line 51: * Line 52: tifH2netcdf_exec_SWAN =true Line 53: tifH2netcdf_exec_TILES=false Line 54: tifH2netcdf_post_SWAN =false Line 55: tifH2netcdf_post_HYFLUX=true Line 56: tifH2netcdf_post_NAMIDANCE=true Line 57: tifH2netcdf_post_CORR=false Line 58: * Line 59: tifuv2netcdf =false Line 60: * Line 61: writeWPtxtFiles_exec_SWAN=true Line 62: writeWPtxtFiles_exec_TILES=true Line 63: writeWPtxtFiles_post_SWAN=false Line 64: writeWPtxtFiles_post_HYFLUX=true Line 65: writeWPtxtFiles_post_NAMIDANCE=true Line 66: writeWPtxtFiles_post_MOST=true Line 67: writeWPtxtFiles_post_CORR=true Line 68: * Line 69: formatBat =GTiff Line 70: inFormat =GTiff Line 71: inFormat_NAMIDANCE =netcdf Line 72: inFormat_MOST =netcdf_NOAA Line 73: inFormat_HYSEA =netcdf_HYSEA Line 74: * Line 75: outFormat =GTiff Line 76: outFormat_CORR =netcdf Line 77: outFormat_NAMIDANCE =netcdf Line 78: outFormat_MOST =netcdf_NOAA Line 79: outFormat_HYSEA =netcdf_HYSEA Line 80: * Line 81: tarFilesAndDelete =true Line 82: deleteAnimFiles =true Line 83: deleteAnimFiles_NAMIDANCE=false Line 84: deleteAnimFiles_MOST=false Line 85: deleteAnimFiles_HYSEA=true Line 86: * Line 87: outTTT_TILES=false Line 88: * Line 89: * HYFLUX flags Line 90: mapfmt = PCRaster Line 91: mapext = .map Line 92: outfmt = GTiff Line 93: outext = .tif Line 94: radius=6378388. Line 95: houtmin = 1e-7 Line 96: voutmin = 1e-7 End of Reading file: /home/critechuser/operational/bin/config.txt /home/critechuser/operational/bin -i -i iDeck1223586.txt -o . -opt rel -code SWAN **** Start of file : ./iDeck1223586.txt Line 1: ********************************************* Line 2: * Tsunami input deck: Line 3: ********************************************* Line 4: * General data Line 5: Title ="M6.5 Northern Alaska" Line 6: outPath =(null) Line 7: * Line 8: DateTsunami =12 Aug 2018 14:58 Line 9: * Line 10: * Calculation parameters * Line 11: InTime =0.000000 * initial time (h) Line 12: FinTime =1.500000 * end time (h) Line 13: Tsave =1.000000 * t save (min) Line 14: dtMax =0.250000 * deltat (s) Line 15: fanning =0.015 Line 16: * Line 17: * Fault parameters (nfaults=1) * Line 18: *------------------------------------------- Line 19: Input file size is 43200, 21600 0...10...20...30...40...50...60...70...80...90...100 - done. FaultNumber 1 Line 20: *------------------------------------------- Line 21: * EPICENTER * Line 22: Lat =69.699997 * degree Line 23: Lon =-145.160004 * degree Line 24: Mag =6.500000 * Richter scale Line 25: faultform =8 * Okada parameters Line 26: flenght =28.000000 * km Line 27: fwidth =7.000000 * km Line 28: strike =90.000000 * degree (geog North=0) Line 29: slip =0.804000 * m Line 30: dip =45.000000 * degree Line 31: rake =90.000000 * degree Line 32: ipodepth =3.000000 * km (hypocenter, center of the fault, tof: 5.0 km) Line 33: ------end of fault 1 ------------ Line 34: * Line 35: FaultMode =0 Line 36: * Line 37: * Code parameters * Line 38: code =HYSEA Line 39: * Line 40: * Grid parameters * Line 41: constbat =False * for back compatibility Line 42: automscale =False * for back compatibility Line 43: width = 3.000000 * degree Line 44: batgrid =0.250000 * min Line 45: * Line 46: * calculation window Line 47: lonmin =-146.660004 Line 48: lonmax =-143.660004 Line 49: latmin =68.199997 Line 50: latmax =70.000000 Line 51: bathymetry =GEBCO30 **** End of file : ./iDeck1223586.txt ---| batmode = 3 gdal_translate -srcwin 3999 2398 362 219 /home/critechuser/operational/DATA/gebco30.tif ./clipFile.tif *** Interpolating clipped bathymetry. Dataset ./clipFile.tif ncols=720, nrows=432 ix=10/720 ix=20/720 ix=30/720 ix=40/720 ix=50/720 ix=60/720 ix=70/720 ix=80/720 ix=90/720 ix=100/720 ix=110/720 ix=120/720 ix=130/720 ix=140/720 ix=150/720 ix=160/720 ix=170/720 ix=180/720 ix=190/720 ix=200/720 ix=210/720 ix=220/720 ix=230/720 ix=240/720 ix=250/720 ix=260/720 ix=270/720 ix=280/720 ix=290/720 ix=300/720 ix=310/720 ix=320/720 ix=330/720 ix=340/720 ix=350/720 ix=360/720 ix=370/720 ix=380/720 ix=390/720 ix=400/720 ix=410/720 ix=420/720 ix=430/720 ix=440/720 ix=450/720 ix=460/720 ix=470/720 ix=480/720 ix=490/720 ix=500/720 ix=510/720 ix=520/720 ix=530/720 ix=540/720 ix=550/720 ix=560/720 ix=570/720 ix=580/720 ix=590/720 ix=600/720 ix=610/720 ix=620/720 ix=630/720 ix=640/720 ix=650/720 ix=660/720 ix=670/720 ix=680/720 ix=690/720 ix=700/720 ix=710/720 ix=720/720 Fault number 1 Calling Okada with slip=0.804000 and depth=0.525126 ! calling gdal factor 1 End of programme Reading inline arguments -i iDeck1223586.txt -o . -opt rel -code HYSEA Reading file: /home/critechuser/operational/bin/config.txt Line 1: **************** Line 2: *Output options Line 3: **************** Line 4: * Line 5: outTxt =false Line 6: * Line 7: outHTif_exec_SWAN =true Line 8: outHTif_exec_TILES=false Line 9: outHTif_post =false Line 10: * Line 11: outuvTif_exec_SWAN =true Line 12: outuvTif_exec_TILES=false Line 13: outuvTif_post =false Line 14: * Line 15: outBMP =false Line 16: outJPG =false Line 17: * Line 18: outGIF_exec_SWAN =true Line 19: outGIF_exec_TILES =false Line 20: outGIF_post_SWAN =false Line 21: outGIF_post_HYFLUX =true Line 22: outGIF_post_NAMIDANCE =true Line 23: outGIF_post_MOST =true Line 24: outGIF_post_CORR =false Line 25: outGIF_post_HYSEA =false Line 26: * Line 27: checkWatchPoints_exec_SWAN =true Line 28: checkWatchPoints_exec_TILES=true Line 29: checkWatchPoints_post_SWAN =false Line 30: checkWatchPoints_post_HYFLUX =true Line 31: checkWatchPoints_post_NAMIDANCE =true Line 32: checkWatchPoints_post_MOST =true Line 33: checkWatchPoints_post_CORR =true Line 34: checkWatchPoints_post_HYSEA=true Line 35: * Line 36: outkml_exec_SWAN =true Line 37: outkml_exec_TILES =false Line 38: outkml_post_SWAN =false Line 39: outkml_post_HYFLUX =true Line 40: outkml_post_NAMIDANCE =true Line 41: outkml_post_MOST =true Line 42: outkml_post_CORR =false Line 43: outkml_post_HYSEA =true Line 44: * Line 45: outGifAnimation_exec =false Line 46: outGifAnimation_post =true Line 47: outGifAnimation_post_CORR=false Line 48: * Line 49: intermediateAnimation =true Line 50: intermediateAnimation_CORR =false Line 51: * Line 52: tifH2netcdf_exec_SWAN =true Line 53: tifH2netcdf_exec_TILES=false Line 54: tifH2netcdf_post_SWAN =false Line 55: tifH2netcdf_post_HYFLUX=true Line 56: tifH2netcdf_post_NAMIDANCE=true Line 57: tifH2netcdf_post_CORR=false Line 58: * Line 59: tifuv2netcdf =false Line 60: * Line 61: writeWPtxtFiles_exec_SWAN=true Line 62: writeWPtxtFiles_exec_TILES=true Line 63: writeWPtxtFiles_post_SWAN=false Line 64: writeWPtxtFiles_post_HYFLUX=true Line 65: writeWPtxtFiles_post_NAMIDANCE=true Line 66: writeWPtxtFiles_post_MOST=true Line 67: writeWPtxtFiles_post_CORR=true Line 68: * Line 69: formatBat =GTiff Line 70: inFormat =GTiff Line 71: inFormat_NAMIDANCE =netcdf Line 72: inFormat_MOST =netcdf_NOAA Line 73: inFormat_HYSEA =netcdf_HYSEA Line 74: * Line 75: outFormat =GTiff Line 76: outFormat_CORR =netcdf Line 77: outFormat_NAMIDANCE =netcdf Line 78: outFormat_MOST =netcdf_NOAA Line 79: outFormat_HYSEA =netcdf_HYSEA Line 80: * Line 81: tarFilesAndDelete =true Line 82: deleteAnimFiles =true Line 83: deleteAnimFiles_NAMIDANCE=false Line 84: deleteAnimFiles_MOST=false Line 85: deleteAnimFiles_HYSEA=true Line 86: * Line 87: outTTT_TILES=false Line 88: * Line 89: * HYFLUX flags Line 90: mapfmt = PCRaster Line 91: mapext = .map Line 92: outfmt = GTiff Line 93: outext = .tif Line 94: radius=6378388. Line 95: houtmin = 1e-7 Line 96: voutmin = 1e-7 End of Reading file: /home/critechuser/operational/bin/config.txt Reading inline arguments -i iDeck1223586.txt -o . -opt rel -code HYSEA Reading file: ./iDeck1223586.txt Line 1: ********************************************* Line 2: * Tsunami input deck: Line 3: ********************************************* Line 4: * General data Line 5: Title ="M6.5 Northern Alaska" Line 6: outPath =(null) Line 7: * Line 8: DateTsunami =12 Aug 2018 14:58 Line 9: * Line 10: * Calculation parameters * Line 11: InTime =0.000000 * initial time (h) Line 12: FinTime =1.500000 * end time (h) Line 13: Tsave =1.000000 * t save (min) Line 14: dtMax =0.250000 * deltat (s) Line 15: fanning =0.015 Line 16: * Line 17: * Fault parameters (nfaults=1) * Line 18: *------------------------------------------- Line 19: FaultNumber 1 Line 20: *--on -146.660004 -143.660004 68.199997 70.000000 =West East North South DPC=2.01600000000000000000 E=-143.660004 W=-146.660004 S=68.199997 N=70.000000 DPC=2.01600000000000000000 BATHY=5 LAB= ImageName=Image TTTBase= RUNTTT= BATHY=5 -Rg-146.660004/-143.660004/68.199997/70.000000 gmtgrdmath bathymetry.tif=gd DUP 20.0 LE MUL 0 NAN ISNAN = tmpbat.nc gmt grdmath deformation.tif=gd DUP 0.05 GE MUL 0 NAN ISNAN NOT = tmpdef.nc gmt grdmath tmpbat.nc=nf tmpdef.nc=nf MUL = epi.nc gmt grdmath epi.nc=nf DUP 1 EQ MUL 0 NAN = epi1.nc gmt grd2xyz -S epi1.nc > epi.txt ttt32 ttt_topo_5m -eepi.txt -Twave -VL FaultNumber 1 Line 20: *------------------------------------------- Line 21: * EPICENTER * Line 22: Lat =69.699997 * degree Line 23: Lon =-145.160004 * degree Line 24: Mag =6.500000 * Richter scale Line 25: faultform =8 * Okada parameters Line 26: flenght =28.000000 * km Line 27: fwidth =7.000000 * km Line 28: strike =90.000000 * degree (geog North=0) Line 29: slip =0.804000 * m Line 30: dip =45.000000 * degree Line 31: rake =90.000000 * degree Line 32: ipodepth =3.000000 * km (hypocenter, center of the fault, tof: 5.0 km) Line 33: ------end of fault 1 ------------ Line 34: * Line 35: FaultMode =0 Line 36: * Line 37: * Code parameters * Line 38: code =HYSEA Line 39: * Line 40: * Grid parameters * Line 41: constbat =False * for back compatibility Line 42: automscale =False * for back compatibility Line 43: width = 3.000000 * degree Line 44: batgrid =0.250000 * min Line 45: * Line 46: * calculation window Line 47: lonmin =-146.660004 Line 48: lonmax =-143.660004 Line 49: latmin =68.199997 Line 50: latmax =70.000000 Line 51: bathymetry =GEBCO30 **** End of file : ./iDeck1223586.txt ---| batmode = 3 gdal_translate -srcwin 3999 2398 362 219 /home/critechuser/operational/DATA/gebco30.tif ./clipFile.tif *** Interpolating clipped bathymetry. Dataset ./clipFile.tif ncols=720, nrows=432 ix=10/720 ix=20/720 ix=30/720 ix=40/720 ix=50/720 ix=60/720 ix=70/720 ix=80/720 ix=90/720 ix=100/720 ix=110/720 ix=120/720 ix=130/720 ix=140/720 ix=150/720 ix=160/720 ix=170/720 ix=180/720 ix=190/720 ix=200/720 ix=210/720 ix=220/720 ix=230/720 ix=240/720 ix=250/720 ix=260/720 ix=270/720 ix=280/720 ix=290/720 ix=300/720 ix=310/720 ix=320/720 ix=330/720 ix=340/720 ix=350/720 ix=360/720 ix=370/720 ix=380/720 ix=390/720 ix=400/720 ix=410/720 ix=420/720 ix=430/720 ix=440/720 ix=450/720 ix=460/720 ix=470/720 ix=480/720 ix=490/720 ix=500/720 ix=510/720 ix=520/720 ix=530/720 ix=540/720 ix=550/720 ix=560/720 ix=570/720 ix=580/720 ix=590/720 ix=600/720 ix=610/720 ix=620/720 ix=630/720 ix=640/720 ix=650/720 ix=660/720 ix=670/720 ix=680/720 ix=690/720 ix=700/720 ix=710/720 ix=720/720 Fault number 1 Calling Okada with slip=0.804000 and depth=0.525126 ! calling gdal factor 1 End of programme Reading inline arguments -i iDeck1223586.txt -o . -opt rel -code HYSEA Reading file: /home/critechuser/operational/bin/config.txt Line 1: **************** Line 2: *Output options Line 3: **************** Line 4: * Line 5: outTxt =false Line 6: * Line 7: outHTif_exec_SWAN =true Line 8: outHTif_exec_TILES=false Line 9: outHTif_post =false Line 10: * Line 11: outuvTif_exec_SWAN =true Line 12: outuvTif_exec_TILES=false Line 13: outuvTif_post =false Line 14: * Line 15: outBMP =false Line 16: outJPG =false Line 17: * Line 18: outGIF_exec_SWAN =true Line 19: outGIF_exec_TILES =false Line 20: outGIF_post_SWAN =false Line 21: outGIF_post_HYFLUX =true Line 22: outGIF_post_NAMIDANCE =true Line 23: outGIF_post_MOST =true Line 24: outGIF_post_CORR =false Line 25: outGIF_post_HYSEA =false Line 26: * Line 27: checkWatchPoints_exec_SWAN =true Line 28: checkWatchPoints_exec_TILES=true Line 29: checkWatchPoints_post_SWAN =false Line 30: checkWatchPoints_post_HYFLUX =true Line 31: checkWatchPoints_post_NAMIDANCE =true Line 32: checkWatchPoints_post_MOST =true Line 33: checkWatchPoints_post_CORR =true Line 34: checkWatchPoints_post_HYSEA=true Line 35: * Line 36: outkml_exec_SWAN =true Line 37: outkml_exec_TILES =false Line 38: outkml_post_SWAN =false Line 39: outkml_post_HYFLUX =true Line 40: outkml_post_NAMIDANCE =true Line 41: outkml_post_MOST =true Line 42: outkml_post_CORR =false Line 43: outkml_post_HYSEA =true Line 44: * Line 45: outGifAnimation_exec =false Line 46: outGifAnimation_post =true Line 47: outGifAnimation_post_CORR=false Line 48: * Line 49: intermediateAnimation =true Line 50: intermediateAnimation_CORR =false Line 51: * Line 52: tifH2netcdf_exec_SWAN =true Line 53: tifH2netcdf_exec_TILES=false Line 54: tifH2netcdf_post_SWAN =false Line 55: tifH2netcdf_post_HYFLUX=true Line 56: tifH2netcdf_post_NAMIDANCE=true Line 57: tifH2netcdf_post_CORR=false Line 58: * Line 59: tifuv2netcdf =false Line 60: * Line 61: writeWPtxtFiles_exec_SWAN=true Line 62: writeWPtxtFiles_exec_TILES=true Line 63: writeWPtxtFiles_post_SWAN=false Line 64: writeWPtxtFiles_post_HYFLUX=true Line 65: writeWPtxtFiles_post_NAMIDANCE=true Line 66: writeWPtxtFiles_post_MOST=true Line 67: writeWPtxtFiles_post_CORR=true Line 68: * Line 69: formatBat =GTiff Line 70: inFormat =GTiff Line 71: inFormat_NAMIDANCE =netcdf Line 72: inFormat_MOST =netcdf_NOAA Line 73: inFormat_HYSEA =netcdf_HYSEA Line 74: * Line 75: outFormat =GTiff Line 76: outFormat_CORR =netcdf Line 77: outFormat_NAMIDANCE =netcdf Line 78: outFormat_MOST =netcdf_NOAA Line 79: outFormat_HYSEA =netcdf_HYSEA Line 80: * Line 81: tarFilesAndDelete =true Line 82: deleteAnimFiles =true Line 83: deleteAnimFiles_NAMIDANCE=false Line 84: deleteAnimFiles_MOST=false Line 85: deleteAnimFiles_HYSEA=true Line 86: * Line 87: outTTT_TILES=false Line 88: * Line 89: * HYFLUX flags Line 90: mapfmt = PCRaster Line 91: mapext = .map Line 92: outfmt = GTiff Line 93: outext = .tif Line 94: radius=6378388. Line 95: houtmin = 1e-7 Line 96: voutmin = 1e-7 End of Reading file: /home/critechuser/operational/bin/config.txt Reading inline arguments -i iDeck1223586.txt -o . -opt rel -code HYSEA Reading file: ./iDeck1223586.txt Line 1: ********************************************* Line 2: * Tsunami input deck: Line 3: ********************************************* Line 4: * General data Line 5: Title ="M6.5 Northern Alaska" Line 6: outPath =(null) Line 7: * Line 8: DateTsunami =12 Aug 2018 14:58 Line 9: * Line 10: * Calculation parameters * Line 11: InTime =0.000000 * initial time (h) Line 12: FinTime =1.500000 * end time (h) Line 13: Tsave =1.000000 * t save (min) Line 14: dtMax =0.250000 * deltat (s) Line 15: fanning =0.015 Line 16: * Line 17: * Fault parameters (nfaults=1) * Line 18: *------------------------------------------- Line 19: FaultNumber 1 Line 20: *--on -146.660004 -143.660004 68.199997 70.000000 =West East North South DPC=2.01600000000000000000 E=-143.660004 W=-146.660004 S=68.199997 N=70.000000 DPC=2.01600000000000000000 BATHY=5 LAB= ImageName=Image TTTBase= RUNTTT= BATHY=5 -Rg-146.660004/-143.660004/68.199997/70.000000 gmtgrdmath bathymetry.tif=gd DUP 20.0 LE MUL 0 NAN ISNAN = tmpbat.nc gmt grdmath deformation.tif=gd DUP 0.05 GE MUL 0 NAN ISNAN NOT = tmpdef.nc gmt grdmath tmpbat.nc=nf tmpdef.nc=nf MUL = epi.nc gmt grdmath epi.nc=nf DUP 1 EQ MUL 0 NAN = epi1.nc gmt grd2xyz -S epi1.nc > epi.txt ttt32 ttt_topo_5m -eepi.txt -Twave -VL ('argv=', ['-o', '.']) ('opts=', [('-o', '.')]) opening ./NETCDF.nc 720.0 432.0 ('resolution=', 'f') start meshgrid end meshgrid creating base end base ./base.jpg creating jpg masking on shore end mask maxval: 2.55795384874e-13 minval: -2.55795384874e-13 end ./P1_MAXHEIGHT_END.jpg creating png end ./P1_MAXHEIGHT_END.png /home/critechuser/operational/bin -i -i iDeck1223586.txt -o . -opt rel -code SWAN Reading file: /home/critechuser/operational/bin/config.txt Line 1: **************** Line 2: *Output options Line 3: **************** Line 4: * Line 5: outTxt =false Line 6: * Line 7: outHTif_exec_SWAN =true Line 8: outHTif_exec_TILES=false Line 9: outHTif_post =false Line 10: * Line 11: outuvTif_exec_SWAN =true Line 12: outuvTif_exec_TILES=false Line 13: outuvTif_post =false Line 14: * Line 15: outBMP =false Line 16: outJPG =false Line 17: * Line 18: outGIF_exec_SWAN =true Line 19: outGIF_exec_TILES =false Line 20: outGIF_post_SWAN =false Line 21: outGIF_post_HYFLUX =true Line 22: outGIF_post_NAMIDANCE =true Line 23: outGIF_post_MOST =true Line 24: outGIF_post_CORR =false Line 25: outGIF_post_HYSEA =false Line 26: * Line 27: checkWatchPoints_exec_SWAN =true Line 28: checkWatchPoints_exec_TILES=true Line 29: checkWatchPoints_post_SWAN =false Line 30: checkWatchPoints_post_HYFLUX =true Line 31: checkWatchPoints_post_NAMIDANCE =true Line 32: checkWatchPoints_post_MOST =true Line 33: checkWatchPoints_post_CORR =true Line 34: checkWatchPoints_post_HYSEA=true Line 35: * Line 36: outkml_exec_SWAN =true Line 37: outkml_exec_TILES =false Line 38: outkml_post_SWAN =false Line 39: outkml_post_HYFLUX =true Line 40: outkml_post_NAMIDANCE =true Line 41: outkml_post_MOST =true Line 42: outkml_post_CORR =false Line 43: outkml_post_HYSEA =true Line 44: * Line 45: outGifAnimation_exec =false Line 46: outGifAnimation_post =true Line 47: outGifAnimation_post_CORR=false Line 48: * Line 49: intermediateAnimation =true Line 50: intermediateAnimation_CORR =false Line 51: * Line 52: tifH2netcdf_exec_SWAN =true Line 53: tifH2netcdf_exec_TILES=false Line 54: tifH2netcdf_post_SWAN =false Line 55: tifH2netcdf_post_HYFLUX=true Line 56: tifH2netcdf_post_NAMIDANCE=true Line 57: tifH2netcdf_post_CORR=false Line 58: * Line 59: tifuv2netcdf =false Line 60: * Line 61: writeWPtxtFiles_exec_SWAN=true Line 62: writeWPtxtFiles_exec_TILES=true Line 63: writeWPtxtFiles_post_SWAN=false Line 64: writeWPtxtFiles_post_HYFLUX=true Line 65: writeWPtxtFiles_post_NAMIDANCE=true Line 66: writeWPtxtFiles_post_MOST=true Line 67: writeWPtxtFiles_post_CORR=true Line 68: * Line 69: formatBat =GTiff Line 70: inFormat =GTiff Line 71: inFormat_NAMIDANCE =netcdf Line 72: inFormat_MOST =netcdf_NOAA Line 73: inFormat_HYSEA =netcdf_HYSEA Line 74: * Line 75: outFormat =GTiff Line 76: outFormat_CORR =netcdf Line 77: outFormat_NAMIDANCE =netcdf Line 78: outFormat_MOST =netcdf_NOAA Line 79: outFormat_HYSEA =netcdf_HYSEA Line 80: * Line 81: tarFilesAndDelete =true Line 82: deleteAnimFiles =true Line 83: deleteAnimFiles_NAMIDANCE=false Line 84: deleteAnimFiles_MOST=false Line 85: deleteAnimFiles_HYSEA=true Line 86: * Line 87: outTTT_TILES=false Line 88: * Line 89: * HYFLUX flags Line 90: mapfmt = PCRaster Line 91: mapext = .map Line 92: outfmt = GTiff Line 93: outext = .tif Line 94: radius=6378388. Line 95: houtmin = 1e-7 Line 96: voutmin = 1e-7 End of Reading file: /home/critechuser/operational/bin/config.txt /home/critechuser/operational/bin -i -i iDeck1223586.txt -o . -opt rel -code SWAN **** Start of file : ./iDeck1223586.txt Line 1: ********************************************* Line 2: * Tsunami input deck: Line 3: ********************************************* Line 4: * General data Line 5: Title ="M6.5 Northern Alaska" Line 6: outPath =(null) Line 7: * Line 8: DateTsunami =12 Aug 2018 14:58 Line 9: * Line 10: * Calculation parameters * Line 11: InTime =0.000000 * initial time (h) Line 12: FinTime =1.500000 * end time (h) Line 13: Tsave =1.000000 * t save (min) Line 14: dtMax =0.250000 * deltat (s) Line 15: fanning =0.015 Line 16: * Line 17: * Fault parameters (nfaults=1) * Line 18: *------------------------------------------- Line 19: Input file size is 43200, 21600 0...10...20...30...40...50...60...70...80...90...100 - done. FaultNumber 1 Line 20: *------------------------------------------- Line 21: * EPICENTER * Line 22: Lat =69.699997 * degree Line 23: Lon =-145.160004 * degree Line 24: Mag =6.500000 * Richter scale Line 25: faultform =8 * Okada parameters Line 26: flenght =28.000000 * km Line 27: fwidth =7.000000 * km Line 28: strike =90.000000 * degree (geog North=0) Line 29: slip =0.804000 * m Line 30: dip =45.000000 * degree Line 31: rake =90.000000 * degree Line 32: ipodepth =3.000000 * km (hypocenter, center of the fault, tof: 5.0 km) Line 33: ------end of fault 1 ------------ Line 34: * Line 35: FaultMode =0 Line 36: * Line 37: * Code parameters * Line 38: code =HYSEA Line 39: * Line 40: * Grid parameters * Line 41: constbat =False * for back compatibility Line 42: automscale =False * for back compatibility Line 43: width = 3.000000 * degree Line 44: batgrid =0.250000 * min Line 45: * Line 46: * calculation window Line 47: lonmin =-146.660004 Line 48: lonmax =-143.660004 Line 49: latmin =68.199997 Line 50: latmax =70.000000 Line 51: bathymetry =GEBCO30 **** End of file : ./iDeck1223586.txt ---| batmode = 3 gdal_translate -srcwin 3999 2398 362 219 /home/critechuser/operational/DATA/gebco30.tif ./clipFile.tif *** Interpolating clipped bathymetry. Dataset ./clipFile.tif ncols=720, nrows=432 ix=10/720 ix=20/720 ix=30/720 ix=40/720 ix=50/720 ix=60/720 ix=70/720 ix=80/720 ix=90/720 ix=100/720 ix=110/720 ix=120/720 ix=130/720 ix=140/720 ix=150/720 ix=160/720 ix=170/720 ix=180/720 ix=190/720 ix=200/720 ix=210/720 ix=220/720 ix=230/720 ix=240/720 ix=250/720 ix=260/720 ix=270/720 ix=280/720 ix=290/720 ix=300/720 ix=310/720 ix=320/720 ix=330/720 ix=340/720 ix=350/720 ix=360/720 ix=370/720 ix=380/720 ix=390/720 ix=400/720 ix=410/720 ix=420/720 ix=430/720 ix=440/720 ix=450/720 ix=460/720 ix=470/720 ix=480/720 ix=490/720 ix=500/720 ix=510/720 ix=520/720 ix=530/720 ix=540/720 ix=550/720 ix=560/720 ix=570/720 ix=580/720 ix=590/720 ix=600/720 ix=610/720 ix=620/720 ix=630/720 ix=640/720 ix=650/720 ix=660/720 ix=670/720 ix=680/720 ix=690/720 ix=700/720 ix=710/720 ix=720/720 Fault number 1 Calling Okada with slip=0.804000 and depth=0.525126 ! calling gdal factor 1 End of programme Reading inline arguments -i iDeck1223586.txt -o . -opt rel -code HYSEA Reading file: /home/critechuser/operational/bin/config.txt Line 1: **************** Line 2: *Output options Line 3: **************** Line 4: * Line 5: outTxt =false Line 6: * Line 7: outHTif_exec_SWAN =true Line 8: outHTif_exec_TILES=false Line 9: outHTif_post =false Line 10: * Line 11: outuvTif_exec_SWAN =true Line 12: outuvTif_exec_TILES=false Line 13: outuvTif_post =false Line 14: * Line 15: outBMP =false Line 16: outJPG =false Line 17: * Line 18: outGIF_exec_SWAN =true Line 19: outGIF_exec_TILES =false Line 20: outGIF_post_SWAN =false Line 21: outGIF_post_HYFLUX =true Line 22: outGIF_post_NAMIDANCE =true Line 23: outGIF_post_MOST =true Line 24: outGIF_post_CORR =false Line 25: outGIF_post_HYSEA =false Line 26: * Line 27: checkWatchPoints_exec_SWAN =true Line 28: checkWatchPoints_exec_TILES=true Line 29: checkWatchPoints_post_SWAN =false Line 30: checkWatchPoints_post_HYFLUX =true Line 31: checkWatchPoints_post_NAMIDANCE =true Line 32: checkWatchPoints_post_MOST =true Line 33: checkWatchPoints_post_CORR =true Line 34: checkWatchPoints_post_HYSEA=true Line 35: * Line 36: outkml_exec_SWAN =true Line 37: outkml_exec_TILES =false Line 38: outkml_post_SWAN =false Line 39: outkml_post_HYFLUX =true Line 40: outkml_post_NAMIDANCE =true Line 41: outkml_post_MOST =true Line 42: outkml_post_CORR =false Line 43: outkml_post_HYSEA =true Line 44: * Line 45: outGifAnimation_exec =false Line 46: outGifAnimation_post =true Line 47: outGifAnimation_post_CORR=false Line 48: * Line 49: intermediateAnimation =true Line 50: intermediateAnimation_CORR =false Line 51: * Line 52: tifH2netcdf_exec_SWAN =true Line 53: tifH2netcdf_exec_TILES=false Line 54: tifH2netcdf_post_SWAN =false Line 55: tifH2netcdf_post_HYFLUX=true Line 56: tifH2netcdf_post_NAMIDANCE=true Line 57: tifH2netcdf_post_CORR=false Line 58: * Line 59: tifuv2netcdf =false Line 60: * Line 61: writeWPtxtFiles_exec_SWAN=true Line 62: writeWPtxtFiles_exec_TILES=true Line 63: writeWPtxtFiles_post_SWAN=false Line 64: writeWPtxtFiles_post_HYFLUX=true Line 65: writeWPtxtFiles_post_NAMIDANCE=true Line 66: writeWPtxtFiles_post_MOST=true Line 67: writeWPtxtFiles_post_CORR=true Line 68: * Line 69: formatBat =GTiff Line 70: inFormat =GTiff Line 71: inFormat_NAMIDANCE =netcdf Line 72: inFormat_MOST =netcdf_NOAA Line 73: inFormat_HYSEA =netcdf_HYSEA Line 74: * Line 75: outFormat =GTiff Line 76: outFormat_CORR =netcdf Line 77: outFormat_NAMIDANCE =netcdf Line 78: outFormat_MOST =netcdf_NOAA Line 79: outFormat_HYSEA =netcdf_HYSEA Line 80: * Line 81: tarFilesAndDelete =true Line 82: deleteAnimFiles =true Line 83: deleteAnimFiles_NAMIDANCE=false Line 84: deleteAnimFiles_MOST=false Line 85: deleteAnimFiles_HYSEA=true Line 86: * Line 87: outTTT_TILES=false Line 88: * Line 89: * HYFLUX flags Line 90: mapfmt = PCRaster Line 91: mapext = .map Line 92: outfmt = GTiff Line 93: outext = .tif Line 94: radius=6378388. Line 95: houtmin = 1e-7 Line 96: voutmin = 1e-7 End of Reading file: /home/critechuser/operational/bin/config.txt Reading inline arguments -i iDeck1223586.txt -o . -opt rel -code HYSEA Reading file: ./iDeck1223586.txt Line 1: ********************************************* Line 2: * Tsunami input deck: Line 3: ********************************************* Line 4: * General data Line 5: Title ="M6.5 Northern Alaska" Line 6: outPath =(null) Line 7: * Line 8: DateTsunami =12 Aug 2018 14:58 Line 9: * Line 10: * Calculation parameters * Line 11: InTime =0.000000 * initial time (h) Line 12: FinTime =1.500000 * end time (h) Line 13: Tsave =1.000000 * t save (min) Line 14: dtMax =0.250000 * deltat (s) Line 15: fanning =0.015 Line 16: * Line 17: * Fault parameters (nfaults=1) * Line 18: *------------------------------------------- Line 19: FaultNumber 1 Line 20: *--on -146.660004 -143.660004 68.199997 70.000000 =West East North South DPC=2.01600000000000000000 E=-143.660004 W=-146.660004 S=68.199997 N=70.000000 DPC=2.01600000000000000000 BATHY=5 LAB= ImageName=Image TTTBase= RUNTTT= BATHY=5 -Rg-146.660004/-143.660004/68.199997/70.000000 gmtgrdmath bathymetry.tif=gd DUP 20.0 LE MUL 0 NAN ISNAN = tmpbat.nc gmt grdmath deformation.tif=gd DUP 0.05 GE MUL 0 NAN ISNAN NOT = tmpdef.nc gmt grdmath tmpbat.nc=nf tmpdef.nc=nf MUL = epi.nc gmt grdmath epi.nc=nf DUP 1 EQ MUL 0 NAN = epi1.nc gmt grd2xyz -S epi1.nc > epi.txt ttt32 ttt_topo_5m -eepi.txt -Twave -VL ttt_pick32 -Gwave.b stations.txt - >travelTimeTAT.txt ttt_pick32 -Gwave.b stations.txt - >travelTimeTAT.txt gmt grdimage wave.b=1 -Iintens.grd -Rg-146.660004/-143.660004/68.199997/70.000000 -Jx -Cttt.cpt -P -K -V -X0.75i > Image.ps gmt grdimage wave.b=1 -Iintens.grd -Rg-146.660004/-143.660004/68.199997/70.000000 -Jx -Cttt.cpt -P -K -V -X0.75i > Image.ps Error: /undefined in A Operand stack: 0 Execution stack: %interp_exit .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- --nostringval-- --nostringval-- false 1 %stopped_push 1884 1 3 %oparray_pop 1883 1 3 %oparray_pop 1867 1 3 %oparray_pop 1755 1 3 %oparray_pop --nostringval-- %errorexec_pop .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- Dictionary stack: --dict:1166/1684(ro)(G)-- --dict:0/20(G)-- --dict:77/200(L)-- Current allocation mode is local Current file position is 4 on ----------------------------------------- Line 21: * EPICENTER * Line 22: Lat =69.699997 * degree Line 23: Lon =-145.160004 * degree Line 24: Mag =6.500000 * Richter scale Line 25: faultform =8 * Okada parameters Line 26: flenght =28.000000 * km Line 27: fwidth =7.000000 * km Line 28: strike =90.000000 * degree (geog North=0) Line 29: slip =0.804000 * m Line 30: dip =45.000000 * degree Line 31: rake =90.000000 * degree Line 32: ipodepth =3.000000 * km (hypocenter, center of the fault, tof: 5.0 km) Line 33: ------end of fault 1 ------------ Line 34: * Line 35: FaultMode =0 Line 36: * Line 37: * Code parameters * Line 38: code =HYSEA Line 39: * Line 40: * Grid parameters * Line 41: constbat =False * for back compatibility Line 42: automscale =False * for back compatibility Line 43: width = 3.000000 * degree Line 44: batgrid =0.250000 * min Line 45: * Line 46: * calculation window Line 47: lonmin =-146.660004 Line 48: lonmax =-143.660004 Line 49: latmin =68.199997 Line 50: latmax =70.000000 Line 51: bathymetry =GEBCO30 End of Reading file: ./iDeck1223586.txt informat=netcdf_HYSEA outformat=netcdf_HYSEA Reading bathymetry file ./bathymetry.tif outputDir=. Selecting place namesPlace names found in area: -1 Selecting place namesPlace names found in area: -1 Selecting measuring gauges /home/critechuser/operational/DATA/gauges.csv Gauges names found in area: -1 Selecting measuring gauges /home/critechuser/operational/DATA/gauges.csv Gauges names found in area: -1 ./epi.txt /home/critechuser/operational/bin/runTTT.sh -146.660004 -143.660004 68.199997 70.000000 720 End of Reading file: ./iDeck1223586.txt Error: /undefined in A Operand stack: 0 Execution stack: %interp_exit .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- --nostringval-- --nostringval-- false 1 %stopped_push 1884 1 3 %oparray_pop 1883 1 3 %oparray_pop 1867 1 3 %oparray_pop 1755 1 3 %oparray_pop --nostringval-- %errorexec_pop .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- Dictionary stack: --dict:1166/1684(ro)(G)-- --dict:0/20(G)-- --dict:77/200(L)-- Current allocation mode is local Current file position is 4 Error: /undefined in A Operand stack: 0 Execution stack: %interp_exit .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- --nostringval-- --nostringval-- false 1 %stopped_push 1884 1 3 %oparray_pop 1883 1 3 %oparray_pop 1867 1 3 %oparray_pop 1755 1 3 %oparray_pop --nostringval-- %errorexec_pop .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- Dictionary stack: --dict:1166/1684(ro)(G)-- --dict:0/20(G)-- --dict:77/200(L)-- Current allocation mode is local Current file position is 4 on ----------------------------------------- Line 21: * EPICENTER * Line 22: Lat =69.699997 * degree Line 23: Lon =-145.160004 * degree Line 24: Mag =6.500000 * Richter scale Line 25: faultform =8 * Okada parameters Line 26: flenght =28.000000 * km Line 27: fwidth =7.000000 * km Line 28: strike =90.000000 * degree (geog North=0) Line 29: slip =0.804000 * m Line 30: dip =45.000000 * degree Line 31: rake =90.000000 * degree Line 32: ipodepth =3.000000 * km (hypocenter, center of the fault, tof: 5.0 km) Line 33: ------end of fault 1 ------------ Line 34: * Line 35: FaultMode =0 Line 36: * Line 37: * Code parameters * Line 38: code =HYSEA Line 39: * Line 40: * Grid parameters * Line 41: constbat =False * for back compatibility Line 42: automscale =False * for back compatibility Line 43: width = 3.000000 * degree Line 44: batgrid =0.250000 * min Line 45: * Line 46: * calculation window Line 47: lonmin =-146.660004 Line 48: lonmax =-143.660004 Line 49: latmin =68.199997 Line 50: latmax =70.000000 Line 51: bathymetry =GEBCO30 End of Reading file: ./iDeck1223586.txt informat=netcdf_HYSEA outformat=netcdf_HYSEA Reading bathymetry file ./bathymetry.tif outputDir=. Selecting place namesPlace names found in area: -1 Selecting place namesPlace names found in area: -1 Selecting measuring gauges /home/critechuser/operational/DATA/gauges.csv Gauges names found in area: -1 Selecting measuring gauges /home/critechuser/operational/DATA/gauges.csv Gauges names found in area: -1 ./epi.txt /home/critechuser/operational/bin/runTTT.sh -146.660004 -143.660004 68.199997 70.000000 720 End of Reading file: ./iDeck1223586.txt ttt_pick32 -Gwave.b stations.txt - >travelTimeTAT.txt gmt grdimage wave.b=1 -Iintens.grd -Rg-146.660004/-143.660004/68.199997/70.000000 -Jx -Cttt.cpt -P -K -V -X0.75i > Image.ps Error: /undefined in A Operand stack: 0 Execution stack: %interp_exit .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- --nostringval-- --nostringval-- false 1 %stopped_push 1884 1 3 %oparray_pop 1883 1 3 %oparray_pop 1867 1 3 %oparray_pop 1755 1 3 %oparray_pop --nostringval-- %errorexec_pop .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- Dictionary stack: --dict:1166/1684(ro)(G)-- --dict:0/20(G)-- --dict:77/200(L)-- Current allocation mode is local Current file position is 4 Error: /undefined in A Operand stack: 0 Execution stack: %interp_exit .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- --nostringval-- --nostringval-- false 1 %stopped_push 1884 1 3 %oparray_pop 1883 1 3 %oparray_pop 1867 1 3 %oparray_pop 1755 1 3 %oparray_pop --nostringval-- %errorexec_pop .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- Dictionary stack: --dict:1166/1684(ro)(G)-- --dict:0/20(G)-- --dict:77/200(L)-- Current allocation mode is local Current file position is 4 on ----------------------------------------- Line 21: * EPICENTER * Line 22: Lat =69.699997 * degree Line 23: Lon =-145.160004 * degree Line 24: Mag =6.500000 * Richter scale Line 25: faultform =8 * Okada parameters Line 26: flenght =28.000000 * km Line 27: fwidth =7.000000 * km Line 28: strike =90.000000 * degree (geog North=0) Line 29: slip =0.804000 * m Line 30: dip =45.000000 * degree Line 31: rake =90.000000 * degree Line 32: ipodepth =3.000000 * km (hypocenter, center of the fault, tof: 5.0 km) Line 33: ------end of fault 1 ------------ Line 34: * Line 35: FaultMode =0 Line 36: * Line 37: * Code parameters * Line 38: code =HYSEA Line 39: * Line 40: * Grid parameters * Line 41: constbat =False * for back compatibility Line 42: automscale =False * for back compatibility Line 43: width = 3.000000 * degree Line 44: batgrid =0.250000 * min Line 45: * Line 46: * calculation window Line 47: lonmin =-146.660004 Line 48: lonmax =-143.660004 Line 49: latmin =68.199997 Line 50: latmax =70.000000 Line 51: bathymetry =GEBCO30 End of Reading file: ./iDeck1223586.txt informat=netcdf_HYSEA outformat=netcdf_HYSEA Reading bathymetry file ./bathymetry.tif outputDir=. Selecting place namesPlace names found in area: -1 Selecting place namesPlace names found in area: -1 Selecting measuring gauges /home/critechuser/operational/DATA/gauges.csv Gauges names found in area: -1 Selecting measuring gauges /home/critechuser/operational/DATA/gauges.csv Gauges names found in area: -1 ./epi.txt /home/critechuser/operational/bin/runTTT.sh -146.660004 -143.660004 68.199997 70.000000 720 End of Reading file: ./iDeck1223586.txt /home/critechuser/operational/bin -title -title "M6.5_Northern_Alaska" -dateEvent 12_Aug_2018_14:58 -Mag 6.5 -Lat 69.7 -Lon -145.16 -eqDepth 3 -i iDeck1223586.txt -o . -opt rel -code HYSEA -addparams -depthtype_middleofthefault Parsing addparams string: -depthtype_middleofthefault -depthtype=middleofthefault 3.000000 eqDepth=0.000000 -folderToRead ../coarse -inputToRead iDeck1223586.txt -hmin 1.0 -cellSize 1.0 searching faults Exiting from search fault Dist calculated from NOAA faults: 1058.588745 km searching faults Exiting from search fault Dist calculated from MedEU faults: 15992.238281 km searching plates_dma faultsDist calculated from Plates faults: 15992.238281 km Selected standard data a Reading file: ../coarse/iDeck1223586.txt<<<< Line 1: ********************************************* Line 2: * Tsunami input deck: Line 3: ********************************************* Line 4: * General data Line 5: Title ="M6.5 Northern Alaska" Line 6: outPath =(null) Line 7: * Line 8: DateTsunami =12 Aug 2018 14:58 Line 9: * Line 10: * Calculation parameters * Line 11: InTime =0.000000 * initial time (h) Line 12: FinTime =1.500000 * end time (h) Line 13: Tsave =1.000000 * t save (min) Line 14: dtMax =0.250000 * deltat (s) Line 15: fanning =0.015 Line 16: * Line 17: * Fault parameters (nfaults=1) * Line 18: *------------------------------------------- Line 19: FaultNumber 1 Line 20: *------------------------------------------- Line 21: * EPICENTER * Line 22: Lat =69.699997 * degree Line 23: Lon =-145.160004 * degree Line 24: Mag =6.500000 * Richter scale Line 25: faultform =8 * Okada parameters Line 26: flenght =28.000000 * km Line 27: fwidth =7.000000 * km Line 28: strike =90.000000 * degree (geog North=0) Line 29: slip =0.804000 * m Line 30: dip =45.000000 * degree Line 31: rake =90.000000 * degree Line 32: ipodepth =3.000000 * km (hypocenter, center of the fault, tof: 5.0 km) Line 33: ------end of fault 1 ------------ Line 34: * Line 35: FaultMode =0 Line 36: * Line 37: * Code parameters * Line 38: code =HYSEA Line 39: * Line 40: * Grid parameters * Line 41: constbat =False * for back compatibility Line 42: automscale =False * for back compatibility Line 43: width = 3.000000 * degree Line 44: batgrid =0.250000 * min Line 45: * Line 46: * calculation window Line 47: lonmin =-146.660004 Line 48: lonmax =-143.660004 Line 49: latmin =68.199997 Line 50: latmax =70.000000 Line 51: bathymetry =GEBCO30 End of Reading file: ../coarse/iDeck1223586.txt 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.900000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.800000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.700000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.600000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.500000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.400000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.300000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.200000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 hmin reduced to 0.100000 m 1000.000000 -1000.000000 1000.000000 -1000.000000 1.000000 nx=-120000 ny=-120000 *** no case will be generated, no height greater than 0 ***hminOut=-1.000000 ** End of creation **