NERC NATIONAL SUMMER SCHOOL IN 
GEOPHYSICAL AND ENVIRONMENTAL FLUID DYNAMICS

Computer Demonstrations - Software Installation Guide.

Copyright
This software has been produced at University of Cambridge Department of Applied Mathematics and Theoretical Physics for the annual summer school in Geophysical and Environmental Fluid Dynamics (sponsored by the UK Natural Environment Research Council).
Copyright is held by University of Cambridge.
ALL THE PROGRAMS IN THIS DISTRIBUTION ARE PROVIDED AS IS AND COME WITH NO WARRANTY EXPRESS OR IMPLIED. IN NO EVENT WILL THE COPYRIGHT HOLDER BE LIABLE FOR ANY DAMAGES RESULTING FROM THE USE OF THIS SOFTWARE.
This code has been produced using Turbo C 2.0 and the Quinn-Curtis Science/Engineering/Graphics tools Revision 7.0.

Required files
software.html : contains the information on this web page
gefd14x.zip : Compressed archive of executables and additional files
unzip.exe : Archive extractor

Required hardware
This software should run as a DOS application on any PC (from 386 onwards).

Extracting the software
To extract the software first ensure that you have approx 2.5 Mb of free space on your hard disk. Decide where you want the programs to go ( for example c:\gefd ) and create the necessary directory(ies). This document will refer to this location as GEFDHOME.
Download the files below to GEFDHOME. (Your browser may try to display these files rather than save them. With netscape use right mouse button, then `Save link as'. With explorer use the equivalent.)
software.html
gefd14x.zip
unzip.exe
Then move to the directory GEFDHOME and execute
unzip gefd14x.zip
The archive should unpack into the subdirectories bin/ etc/ and doc/ and will create the file gefd.bat at the top level.
Edit the second line of gefd.bat so that the environment variable GEFDHOME is set to the place where you unpacked everything. The default is c:\gefd. You can then copy gefd.bat to someplace suitable in your default path to run the demonstrations.
The file gefd.bat sets up some important environment variables and then runs a menu program displaying a list of the available demonstrations. You can exit the menu program by pressing ESC.

Problems and Feedback
We cannot guarantee to be able to resolve all problems encountered with downloading and running the software, but if you send details of problems by email we will do our best to consider and suggest solutions. We will be very pleased to receive email feedback on the demonstrations themselves, whether on details of how the demonstration works or on the underlying mathematics and physics.

Peter Haynes (phh@damtp.cam.ac.uk)
December 2001