Deliverables: Goals to achieve
------------------------------

Per 4/7/2004:
-----------

1:Finite volume simulations of water flow in a large (10-20 thousand volumes) 
  general domain (runtime < 24 hours)
  Done

2:Suitable visualisation

3:Verification against analytical solutions

4:Parallel capability (later)

5:Incorporation of friction, windfields and tides.


Year 4/5:
---------

0. Maly Vale consultancey and two trips to Merimbula (C) 
   August 2004     

1. Model Description Report 
   (Description, mathematics and algorithms behind the storm surge model) 
   Chris, Stephen (September 2004)
   
   Merimbula case study, (November 2004)
   
2. Reference Manual (How the programming framework is structured) 
   Ole, Duncan, Stephen (November 2004)

3. User Manual (How to use the model) 
   Ole, Duncan, Chris, Stephen (November 2004)

4. Two papers on the comparison of the model with existing 
   storm surge models and actual data. 
   Ole, Duncan, Chris, Stephen (December 2004)
   
5. Send model to review, (Chris February 2004)
   
6. Single processor version of the Storm Surge hazard model 
   released on CD or on the net integrating the 
   Storm Surge model, animation, pMesh, examples and case study. 
   Ole, Duncan, Chris, Stephen (April 2005)

7. Parallel implementation of the Storm Surge model released 
   Ole, Duncan, Stephen (June 2005)

   
8. Wave modelling, Stephen (May 2005)
   
Bushfire (D+C) July
Viz (O+D) Oct

Beowulf Ole, Duncan (March 2005)
 
Travel logic:
--------------
1 trip to Manly Vale (Sydney) in August
1 trip to Merimbula in August
1 Trip to Merimbula when work is being done (August or September)
1 trip to Manly Vale (Sydney) in September to wrap up
 
 
Year 5/6 and beyond
--------------------

7. Integration of Storm Surge model with iFlood (Dec 2005)

8. Investigation of modelling of surface waves in Storm Surge model Chris, Stephen (June 2005)


GUI ?