Changeset 3880


Ignore:
Timestamp:
Oct 29, 2006, 1:06:30 PM (16 years ago)
Author:
ole
Message:

Updated README file

File:
1 edited

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  • anuga_validation/okushiri_2005/README.txt

    r2229 r3880  
    1 VALIDATION CODE
     1ANUGA VALIDATION AGAINST THE OKUSHIRI ISLAND TSUNAMI WAVETANK EXPERIMENT
    22
    3 This directory contains code conduction a validation of pyvolution aganst a
    4 wave tank simulation of the 1993 Okushiri island tsunami as described in the
    5 file problem02.doc and URL
    6 
     3This directory contains code conducting a validation of ANUGA aganst a
     4wave tank simulation of the 1993 Okushiri island tsunami as described at
     5the Third International Conference on Long Wave Runup:
    76http://www.cee.cornell.edu/longwave/index.cfm?page=benchmark&problem=2
    87
    9 Run the code lwru2.py with the variable use_variable_mesh = False (at the top
    10 of the code) and then extract_timeseries.py to see the results.
     8The original files published at the website and also available in
     9this directory are
    1110
    12 If you wish to look at the a more detailed animation, create a mesh
    13 using the script create_mesh.py and run lwru2.py again with use_variable_mesh
    14 = True. The resulting sww file can be viewed with e.g. Swollen.
     11problem02.doc: A description of the validation problem
     12Benchmark_2_Bathymetry.txt: The digital elevation model
     13Benchmark_2_input.txt: The timeseries applied at the western boundary   
     14output_ch5-7-9.xls: Experimental data measured at three gauges
     15
     16One derived file is
     17output_ch5-7-9.txt: The Excel file stored as TAB separated ascii text
    1518
    1619
     20The ANUGA scripts to run are
     21
     22create_okushiri.py:
     23  This script will convert the text files to native
     24  ANUGA netcdf formats and also create a suitable triangular mesh.
     25 
     26run_okushiri.py:
     27  This script will run a numerical simulation based on the the bathymetry
     28  and the given boundary condition and store the model output in an ANUGA
     29  sww file which can be viewed using one of the viewers, e.g. Swollen.
     30     
     31compare_timeseries.py
     32  This script will extract timeseries from the sww file and plot them
     33  together with the experimental data provided. Numerical similarity
     34  measures will also be computed.
     35 
     36
     37
     38
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