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CALPUFF  Transport and Dispersion Model                  version 5.8.4
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Purpose:
--------
          Simulates the movement, dispersion, and transformation/removal
          of gases and particles released to the atmosphere, and
          computes concentration/deposition at specified locations.

Demonstration:
--------------

          Compute hourly concentration and wet and dry deposition at
          grid-cell locations (1 km resolution), allowing for chemical
          transformations.  A single point source is simulated for a 
          4-hour period.


Files for Demonstration:
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   NAME        TYPE     SIZE(bytes)             DESCRIPTION
___________   _______  ____________     ____________________________

 CPUF.INP     Input          75,427     Control file
 CMET.DAT     Input       8,357,084     "CALMET.DAT" file
 OZONE.DAT    Input         324,284     Hourly ozone concentrations

 CPUF.LST     Output        400,613     List-file for application
 CPUF.CON     Output        428,833     Concentration file
 CPUF.DRY     Output        428,805     Dry flux file
 CPUF.WET     Output        419,865     Wet flux file
 CPUF.VIS     Output        575,403     Rel. humidity file (visibility)
 QATERR.GRD   Output        117,821     QA terrain grid file
 QAGRID.BNA   Output            456     QA grid boundary file
 QALUSE.GRD   Output         49,115     QA landuse grid file
 QAPNTS.DAT   Output             66     QA point source location file
 QARECG.DAT   Output         21,720     QA gridded receptor file
 QAO3STA.DAT  Output             79     QA ozone station location file
 LUSE.CLR     Output            586     Default landuse color scale

 CALPUFF.EXE  Executable 69,135,404     CALPUFF executable


Procedure:
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Instructions for command prompt:

    (a)  Run the program by typing:

         CALPUFF cpuf.inp [return]

    (b)  The program reads the processing instructions from CPUF.INP,
         overwrites the output files listed above.

    (c)  Review the .LST file for the configuration used, and other
         information from the input files read during execution.  In
         this application, concentrations computed each hour are
         written to the list file CPUF.LST.

 