/home/critechuser/operational/bin -title
-title "_16km_WNW_of_Klintsy"
-dateEvent 13_Feb_2015_18:59
-Mag 6.8
-Lat 52.8
-Lon 32
-eqDepth 10
-i iDeck1071670.txt
-o .
-opt rel
-code HYSEA
-addparams -depthtype_middleofthefault
Parsing addparams string: -depthtype_middleofthefault
-depthtype=middleofthefault
10.000000 eqDepth=0.000000 
searching  faults
Exiting from search fault
Dist calculated from NOAA faults:  1883.115356 km
searching  faults
Exiting from search fault
Dist calculated from MedEU faults: 1029.080078 km
Selected MedEU
searching plates_dma faultsDist calculated from Plates faults: 1029.080078 km
Selected standard data
/home/critechuser/operational/bin -title
-title " 16km WNW of Klintsy"
-dateEvent 13 Feb 2015 18:59
-Mag 6.8
-Lat 52.8
-Lon 32
-eqDepth 10
-i iDeck1071670.txt
-o .
-opt rel
-code HYSEA
-addparams -depthtype_middleofthefault
Parsing addparams string: -depthtype_middleofthefault
-depthtype=middleofthefault
10.000000 eqDepth=10.000000 
lonmin= 29.000000  lonmax=35.000000
cellSize=-1.000000
batmax=0.500000


** End of creation **
/home/critechuser/operational/bin -i
-i iDeck1071670.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 iDeck1071670.txt
-o .
-opt rel
-code HYSEA
****  Start of file : ./iDeck1071670.txt
Line 1: *********************************************
Line 2: *       Tsunami input deck: 
Line 3: *********************************************
Line 4: * General data
Line 5: Title       =" 16km WNW of Klintsy"
Line 6: outPath     =(null)
Line 7: *
Line 8: DateTsunami =13 Feb 2015 18:59
Line 9: *
Line 10: *  Calculation parameters  *
Line 11: InTime      =0.000000  * initial time (h)
Line 12: FinTime     =2.250000  * end time (h)
Line 13: Tsave       =1.000000  * t save (min)
Line 14: dtMax       =0.500000  * 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        =52.799999  * degree
Line 23: Lon        =32.000000  * degree
Line 24: Mag        =6.800000  * Richter scale
Line 25: faultform  =8   * Okada parameters
Line 26: flenght    =39.000000  * km
Line 27: fwidth     =11.000000  * km
Line 28: strike     =90.000000  * degree  (geog North=0)
Line 29: slip       =1.036000  * m
Line 30: dip        =45.000000  * degree
Line 31: rake       =90.000000  * degree
Line 32: ipodepth      =10.000000  * km (hypocenter, center of the fault, tof:   6.1 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      = 6.000000  * degree
Line 44: batgrid    =0.500000 * min
Line 45: *
Line 46: * calculation window
Line 47: lonmin     =29.000000 
Line 48: lonmax     =35.000000 
Line 49: latmin     =49.799999 
Line 50: latmax     =55.799999 
Line 51: bathymetry =GEBCO30 

****  End of file : ./iDeck1071670.txt
---| batmode = 3 
gdal_translate -srcwin 25078 4103 722 722 /home/critechuser/operational/DATA/gebco30.tif ./clipFile.tif 
*** Interpolating clipped bathymetry. Dataset ./clipFile.tif 
ncols=720, nrows=720
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=1.036000 and depth=6.110913

!
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')]
<built-in function len>
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: 8100 sec
Saving time of NetCDF files: 60 sec
Saving time of time series: 1 sec
Number of levels: 1
Level 0
  Volumes: 720 x 720 = 518400
  Longitude: [29.0042, 34.9964]
  Latitude: [49.8042, 55.7971]

Load balancing data
Process 0: rows 0-719

Writing '"_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: 8100 sec
Saving time of NetCDF files: 60 sec
Saving time of time series: 1 sec
Number of levels: 1
Level 0
  Volumes: 720 x 720 = 518400
  Longitude: [29.0042, 34.9964]
  Latitude: [49.8042, 55.7971]

Reading time: 8.859764e-02 sec.

Initial deltaT = 3.370487e+05 sec
Iteration    1, deltaT = 1.009638e+33 sec, Time = 337049 sec

Runtime: 6.507659e-02 sec
Input file size is 720, 720
0...10...20...30...40...50...60...70...80...90...100 - done.
Input file size is 720, 720
0...10...20...30...40...50...60...70...80...90...100 - done.
Input file size is 720, 720
0...10...20...30...40...50...60...70...80...90...100 - done.
['-n', 'NETCDF.nc', '-t', 'TS_location.txt', '-m', 'locations', '-d', '13_Feb_2015_18:59', '-i', 'iDeck1071670.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= ', (1,))
opening  TS_location.txt
len(locations)= 0  len(maxi)  0  len(arrivalTimes)  0
file closed
closed nc file
('argv=', ['-o', '.'])
('opts=', [('-o', '.')])
opening  ./NETCDF.nc
720.0 720.0
('resolution=', 'f')
start meshgrid
end meshgrid
creating base
end base  ./base.jpg
creating jpg
masking on shore
end mask
maxval:  2.84217094304e-14
minval:  -2.84217094304e-14
end  ./P1_MAXHEIGHT_END.jpg
creating png
end  ./P1_MAXHEIGHT_END.png
/home/critechuser/operational/bin -i
-i iDeck1071670.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 iDeck1071670.txt
-o .
-opt rel
-code SWAN
****  Start of file : ./iDeck1071670.txt
Line 1: *********************************************
Line 2: *       Tsunami input deck: 
Line 3: *********************************************
Line 4: * General data
Line 5: Title       =" 16km WNW of Klintsy"
Line 6: outPath     =(null)
Line 7: *
Line 8: DateTsunami =13 Feb 2015 18:59
Line 9: *
Line 10: *  Calculation parameters  *
Line 11: InTime      =0.000000  * initial time (h)
Line 12: FinTime     =2.250000  * end time (h)
Line 13: Tsave       =1.000000  * t save (min)
Line 14: dtMax       =0.500000  * 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        =52.799999  * degree
Line 23: Lon        =32.000000  * degree
Line 24: Mag        =6.800000  * Richter scale
Line 25: faultform  =8   * Okada parameters
Line 26: flenght    =39.000000  * km
Line 27: fwidth     =11.000000  * km
Line 28: strike     =90.000000  * degree  (geog North=0)
Line 29: slip       =1.036000  * m
Line 30: dip        =45.000000  * degree
Line 31: rake       =90.000000  * degree
Line 32: ipodepth      =10.000000  * km (hypocenter, center of the fault, tof:   6.1 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      = 6.000000  * degree
Line 44: batgrid    =0.500000 * min
Line 45: *
Line 46: * calculation window
Line 47: lonmin     =29.000000 
Line 48: lonmax     =35.000000 
Line 49: latmin     =49.799999 
Line 50: latmax     =55.799999 
Line 51: bathymetry =GEBCO30 

****  End of file : ./iDeck1071670.txt
---| batmode = 3 
gdal_translate -srcwin 25078 4103 722 722 /home/critechuser/operational/DATA/gebco30.tif ./clipFile.tif 
*** Interpolating clipped bathymetry. Dataset ./clipFile.tif 
ncols=720, nrows=720
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=1.036000 and depth=6.110913

!
calling gdal factor 1
End of programme
 Reading inline arguments
-i iDeck1071670.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 iDeck1071670.txt
-o .
-opt rel
-code HYSEA
Reading file: ./iDeck1071670.txt
Line 1: *********************************************
Line 2: *       Tsunami input deck: 
Line 3: *********************************************
Line 4: * General data
Line 5: Title       =" 16km WNW of Klintsy"
Line 6: outPath     =(null)
Line 7: *
Line 8: DateTsunami =13 Feb 2015 18:59
Line 9: *
Line 10: *  Calculation parameters  *
Line 11: InTime      =0.000000  * initial time (h)
Line 12: FinTime     =2.250000  * end time (h)
Line 13: Tsave       =1.000000  * t save (min)
Line 14: dtMax       =0.500000  * deltat (s) 
Line 15: fanning     =0.015
Line 16: *
Line 17: *  Fault parameters (nfaults=1) *
Line 18: *-------------------------------------------
Line 19: FaultNumber 1
Line 20: *--on
29.000000 35.000000 49.799999 55.799999 =West East North South
DPC=1.00800000000000000000
E=35.000000 W=29.000000 S=49.799999 N=55.799999 DPC=1.00800000000000000000 BATHY=5 LAB= ImageName=Image TTTBase=
RUNTTT=
BATHY=5
-Rg29.000000/35.000000/49.799999/55.799999
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
gmt grdimage wave.b=1 -Iintens.grd -Rg29.000000/35.000000/49.799999/55.799999 -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        =52.799999  * degree
Line 23: Lon        =32.000000  * degree
Line 24: Mag        =6.800000  * Richter scale
Line 25: faultform  =8   * Okada parameters
Line 26: flenght    =39.000000  * km
Line 27: fwidth     =11.000000  * km
Line 28: strike     =90.000000  * degree  (geog North=0)
Line 29: slip       =1.036000  * m
Line 30: dip        =45.000000  * degree
Line 31: rake       =90.000000  * degree
Line 32: ipodepth      =10.000000  * km (hypocenter, center of the fault, tof:   6.1 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      = 6.000000  * degree
Line 44: batgrid    =0.500000 * min
Line 45: *
Line 46: * calculation window
Line 47: lonmin     =29.000000 
Line 48: lonmax     =35.000000 
Line 49: latmin     =49.799999 
Line 50: latmax     =55.799999 
Line 51: bathymetry =GEBCO30 


End of Reading file: ./iDeck1071670.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 29.000000 35.000000 49.799999 55.799999 720


End of Reading file: ./iDeck1071670.txt
/home/critechuser/operational/bin -title
-title "_16km_WNW_of_Klintsy"
-dateEvent 13_Feb_2015_18:59
-Mag 6.8
-Lat 52.8
-Lon 32
-eqDepth 10
-i iDeck1071670.txt
-o .
-opt rel
-code HYSEA
-addparams -depthtype_middleofthefault
Parsing addparams string: -depthtype_middleofthefault
-depthtype=middleofthefault
10.000000 eqDepth=0.000000 
-folderToRead ../coarse
-inputToRead iDeck1071670.txt
-hmin 1.0
-cellSize 1.0
searching  faults
Exiting from search fault
Dist calculated from NOAA faults:  1883.115356 km
searching  faults
Exiting from search fault
Dist calculated from MedEU faults: 1029.080078 km
Selected MedEU
searching plates_dma faultsDist calculated from Plates faults: 1029.080078 km
Selected standard data
a
Reading file: ../coarse/iDeck1071670.txt<<<<
Line 1: *********************************************
Line 2: *       Tsunami input deck: 
Line 3: *********************************************
Line 4: * General data
Line 5: Title       =" 16km WNW of Klintsy"
Line 6: outPath     =(null)
Line 7: *
Line 8: DateTsunami =13 Feb 2015 18:59
Line 9: *
Line 10: *  Calculation parameters  *
Line 11: InTime      =0.000000  * initial time (h)
Line 12: FinTime     =2.250000  * end time (h)
Line 13: Tsave       =1.000000  * t save (min)
Line 14: dtMax       =0.500000  * 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        =52.799999  * degree
Line 23: Lon        =32.000000  * degree
Line 24: Mag        =6.800000  * Richter scale
Line 25: faultform  =8   * Okada parameters
Line 26: flenght    =39.000000  * km
Line 27: fwidth     =11.000000  * km
Line 28: strike     =90.000000  * degree  (geog North=0)
Line 29: slip       =1.036000  * m
Line 30: dip        =45.000000  * degree
Line 31: rake       =90.000000  * degree
Line 32: ipodepth      =10.000000  * km (hypocenter, center of the fault, tof:   6.1 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      = 6.000000  * degree
Line 44: batgrid    =0.500000 * min
Line 45: *
Line 46: * calculation window
Line 47: lonmin     =29.000000 
Line 48: lonmax     =35.000000 
Line 49: latmin     =49.799999 
Line 50: latmax     =55.799999 
Line 51: bathymetry =GEBCO30 


End of Reading file: ../coarse/iDeck1071670.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 **