Buildbot ran the code beautifier.

EXAMPLES/global_PREM_kernels/amplitude/REF_SEIS/output_solver.kernel.txt

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  ******************************
  **** Specfem3D MPI Solver ****
  ******************************
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  Fixing slow underflow trapping problem using small initial field
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  There are  24  MPI processes
  Processes are numbered from 0 to  23
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  There are  48  elements along xi in each chunk
  There are  48  elements along eta in each chunk
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  There are  2  slices along xi in each chunk
  There are  2  slices along eta in each chunk
  There is a total of  4  slices in each chunk
  There are  6  chunks
  There is a total of  24  slices in all the chunks
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  NDIM =  3
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  NGLLX =  5
  NGLLY =  5
  NGLLZ =  5
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  using single precision for the calculations
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  smallest and largest possible floating-point numbers are:  1.175494351E-38,  3.402823466E+38
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  model: 1D_transversely_isotropic_prem
    no oceans
    no ellipticity
    no surface topography
    no self-gravitation
    no rotation
    no attenuation
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    no 3-D lateral variations
    no heterogeneities in the mantle
    no crustal variations
    using unmodified 1D crustal model with two layers
    incorporating transverse isotropy
    no inner-core anisotropy
    no general mantle anisotropy
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  mesh databases:
    reading in crust/mantle databases...
    reading in outer core databases...
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  Spatial distribution of the slices
                         3    1
                         2    0
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     11    9       7    5      19   17
     10    8       6    4      18   16
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                        23   21
                        22   20
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                        15   13
                        14   12
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    reading in MPI databases...
    for overlapping of communications with calculations:
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    percentage of edge elements in crust/mantle  26.8312759 %
    percentage of volume elements in crust/mantle  73.1687241 %
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    percentage of edge elements in outer core  63.5658913 %
    percentage of volume elements in outer core  36.4341087 %
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    percentage of edge elements in inner core  56.9444466 %
    percentage of volume elements in inner core  43.0555534 %
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  Elapsed time for reading mesh in seconds =  2.29643583
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  sources:
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  *************************************
   locating source  1
  *************************************
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  source located in slice  4
                 in element  3090
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     xi coordinate of source in that element:  -0.91500744121227218
    eta coordinate of source in that element:  0.86669995081172757
  gamma coordinate of source in that element:  -0.34571178817636433
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   half duration:  20.  seconds
      time shift:  0.  seconds
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  magnitude of the source:
       scalar moment M0 =  2.62997300366372602E+28  dyne-cm
    moment magnitude Mw =  8.2466343844251071
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  original (requested) position of the source:
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        latitude:  -13.82
       longitude:  -67.25
           depth:  647.10000000000002  km
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  position of the source that will be used:
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        latitude:  -13.820000000000006
       longitude:  -67.249999999999986
           depth:  647.09999999999911  km
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  Error in location of the source:  5.001529789E-13  km
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  maximum error in location of the sources:  5.001529789E-13  km
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  Elapsed time for detection of sources in seconds =  6.14500045776367187E-3
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  End of source detection - done
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  receivers:
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  Total number of receivers =  1
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  ********************
   locating receivers
  ********************
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  reading receiver information...
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  Stations sorted by epicentral distance:
  Station #     1:                  IU.ANMO    epicentral distance:     61.119137 degrees
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  maximum error in location of all the receivers:  1.59147695E-12  km
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  Elapsed time for receiver detection in seconds =  2.46348381042480469E-2
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  End of receiver detection - done
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       3  adjoint component traces found in all slices
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  found a total of  1  receivers in all slices
  this total is okay
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  source arrays:
    number of sources is  1
    size of source array                 =  1.430511475E-3 MB
                                         =  1.396983862E-6 GB
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  seismograms:
    seismograms written by all processes
    writing out seismograms at every NTSTEP_BETWEEN_OUTPUT_SEISMOS =  5000
    maximum number of local receivers is  1  in slice  8
    size of maximum seismogram array       =  5.722045898E-2 MB
                                           =  5.587935448E-5 GB
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  adjoint source arrays:
    reading adjoint sources at every NTSTEP_BETWEEN_READ_ADJSRC =  5000
    using asynchronous buffer for file I/O of adjoint sources
    maximum number of local adjoint sources is  1  in slice  8
    size of maximum adjoint source array =  7.15255737 MB
                                         =  6.98491931E-3 GB
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  Total number of samples for seismograms =  5000
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  Reference radius of the Earth used is  6371.  km
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  no oceans
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  no ellipticity
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  no surface topography
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  no self-gravitation
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  no rotation
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  no attenuation
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  preparing mass matrices
  preparing constants
  preparing gravity arrays
  preparing wavefields
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  Elapsed time for preparing timerun in seconds =  7.926797867E-2
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  time loop:
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                scheme:         Newmark
             time step:  0.189999998  s
  number of time steps:  5000
  total simulated time:  15.3301668  minutes
  start time          : -30.  seconds
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  All processes are synchronized before time loop
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  Starting time iteration loop...
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  Time step #  5
  Time:  -0.487333328  minutes
  Max norm displacement vector U in solid in all slices for adjoint prop. (m)=  0.
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  **** BEWARE: the above time estimates are not reliable
  **** because fewer than 100 iterations have been performed
  ************************************************************
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  Time step #  1000
  Time:  2.66350007  minutes
  Max norm displacement vector U in solid in all slices for adjoint prop. (m)=  0.
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  Estimated total run time in hh:mm:ss =      0 h 10 m 21 s
  We have done  20. % of that
  The run will finish approximately on (in local time): Mon Jun 15, 2015 17:13
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  Time step #  2000
  Time:  5.83016682  minutes
  Max norm displacement vector U in solid in all slices for adjoint prop. (m)=  35591.5625
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  Estimated total run time in hh:mm:ss =      0 h 10 m 15 s
  We have done  40. % of that
  The run will finish approximately on (in local time): Mon Jun 15, 2015 17:13
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  Time step #  3000
  Time:  8.9968338  minutes
  Max norm displacement vector U in solid in all slices for adjoint prop. (m)=  1380.02905
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  Estimated total run time in hh:mm:ss =      0 h 10 m 13 s
  We have done  60. % of that
  The run will finish approximately on (in local time): Mon Jun 15, 2015 17:13
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  Time step #  4000
  Time:  12.1634998  minutes
  Max norm displacement vector U in solid in all slices for adjoint prop. (m)=  899.361694
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  Estimated total run time in hh:mm:ss =      0 h 10 m 13 s
  We have done  80. % of that
  The run will finish approximately on (in local time): Mon Jun 15, 2015 17:13
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  Time step #  5000
  Time:  15.3301668  minutes
  Max norm displacement vector U in solid in all slices for adjoint prop. (m)=  805.966492
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  Estimated total run time in seconds =  612.35191988945007
  Estimated total run time in hh:mm:ss =      0 h 10 m 12 s
  We have done  100. % of that
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  Total number of time steps written:  5000
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  Writing the seismograms in parallel took  3.22659015655517578E-2  seconds
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  Time-Loop Complete. Timing info:
  Total elapsed time in seconds =  612.50991606712341
  Total elapsed time in hh:mm:ss =      0 h 10 m 12 s
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  End of the simulation
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