# Script for SWI example 2

TO 091225

    mf_setup;
    mf_analyze;

    ======= Start construction of your model ============
    Your current HOME directory is
    Z:\tolsthoorn On My Mac\GRWMODELS\MYWORK\SWIexamples\ex2
    Running model construction script mf_adapt..
    ... mf_adapt finished, model has been constructed.
    Saving data to <<swiex2.mat>>
    save([basename,'.mat'],'IBOUND','STRTHD','xGr','yGr','zGr','Z','DELX','DELY','HK','VK','ISOURCE','ZETA','SSZ');
    .... Saved !
    Cleanup workspace ....... workspace cleaned and <<swiex2.mat>> reloaded.
    Defining paths to your excecutables
    Defining paths to your excecutables

    Starting generation of input files ....
    Preparing name file struct.
    Basename current model is 'swiex2'
    Getting nam file data from swiex2.xls
    # MODFLOW etc. writeNAM 25-Dec-2009 22:19:44
    Getting simulation parameters from worksheet MFLOW    in swiex2.xls
    Getting stress period data from    worksheet PER      in swiex2.xls
    Getting layer info from            worksheet LAY      in swiex2.xls
    Generating basic struct
    # MODFLOW writeBAS6 25-Dec-2009 22:19:48
    Generating discretization struct
    Setting DELC=DELX
    Setting DELR=DELY
    # MODFLOW writeDIS 25-Dec-2009 22:19:48
    Generating LPF struct and file
    # MODFLOW writeLPF 25-Dec-2009 22:19:48
    Generating OC struct and file
    # MATLAB writeOC 25-Dec-2009 22:19:48
    Generating PCG struct and file
    # MATLAB writePCG 25-Dec-2009 22:19:49
    Generating Salt Water Intrusion struct
    # MATLAB writeSWI 25-Dec-2009 22:19:49
    .... finished generation of input files, all files closed! Time= 25-Dec-2009 22:19:49!

    Elapsed time is 6.478087 seconds.

                                      MODFLOW-2000
        U.S. GEOLOGICAL SURVEY MODULAR FINITE-DIFFERENCE GROUND-WATER FLOW MODEL
                                 Version 1.15.00 08/06/2004

       SWI PACKAGE 1.2
       SEA WATER INTRUSION PACKAGE VERSION 1.2 15-Dec-2004

       DEVELOPED BY
       MARK BAKKER, UNIVERSITY OF GEORGIA
       FRANS SCHAARS, ARTESIA WATER RESEARCH

       FUNDING PROVIDED BY
       GEORGIA COASTAL INCENTIVE GRANT PROGRAM
       AMSTERDAM WATER SUPPLY

       UZR PACKAGE 1.0
       UNSATURATED ZONE RECHARGE PACKAGE VERSION 1.0 8-Sep-2005

       DEVELOPED BY
       FRANS SCHAARS, ARTESIA WATER RESEARCH
       PIERRE KAMPS, AMSTERDAM WATER SUPPLY

       FUNDING PROVIDED BY
       AMSTERDAM WATER SUPPLY

      Enter the name of the NAME FILE:
     Using NAME file: mf2kswi.nam
     Run start date and time (yyyy/mm/dd hh:mm:ss): 2009/12/25 22:19:49

     Run end date and time (yyyy/mm/dd hh:mm:ss): 2009/12/25 22:20:12
     Elapsed run time: 23.047 Seconds

     Normal termination of MODFLOW-2000
    Reading dat file swiex2.HDS, which contains the following information:
    Number of stress periods:          1
    Number of time steps    :       1000
    Number of layers        :          1
    Number of rows          :          1
    Number of columns       :         60
    iRec=  1 iR=  1 iPer=  1, iStp250, pertim=         500, totim=         500 Layers=  11
    iRec=  2 iR=  2 iPer=  1, iStp500, pertim=        1000, totim=        1000 Layers=  11
    iRec=  3 iR=  3 iPer=  1, iStp750, pertim=        1500, totim=        1500 Layers=  11
    iRec=  4 iR=  4 iPer=  1, iStp1000, pertim=        2000, totim=        2000 Layers=  11
    Trying to read swiex2.ZTA as BINARY      file...worked!
    Reading budget file swiex2.ZTA, which contains the following information:
    The following 2 budget term labels were in the file:
    ZETAPLANE1
    ZETAPLANE2
    Stress periods     :   1
    Time steps         :  250 500 750 1000
    Number of layers   :          1
    Number of rows     :          1
    Number of columns  :         60
    Label(iPer=  1,iTstp=250) =ZETAPLANE1
    Label(iPer=  1,iTstp=250) =ZETAPLANE2
    Label(iPer=  1,iTstp=500) =ZETAPLANE1
    Label(iPer=  1,iTstp=500) =ZETAPLANE2
    Label(iPer=  1,iTstp=750) =ZETAPLANE1
    Label(iPer=  1,iTstp=750) =ZETAPLANE2
    Label(iPer=  1,iTstp=1000) =ZETAPLANE1
    Label(iPer=  1,iTstp=1000) =ZETAPLANE2