11 | | * John to make tide gauge outputs from ANUGA runs for comparison. This will test boundary coupling. |
12 | | * John to try ANUGA with domain.use_edge_limiter + RK2. |
13 | | * John plans four runs: (ANUGA-MOST with old and new bathymetry, ANUGA-URS envelope, ANU-polyline) + comparisons. |
14 | | * Richard to provide info to John on which supplied points constitute the boundary and which are the virtual tide gauges. |
15 | | * Polyline boundary condition is now implemented and tested. Next step for John to setup a simulation. |
16 | | * John commits to having a first comparison between MOST-ANUGA, URS-ENVELOPE-ANUGA, URS-POLYLINE-ANUGA simulations for next meeting. |
17 | | * John to send ASCII grids from MOST-ANUGA & URS-ENVELOPE-ANUGA simulation to Jane for display. Ole to show results to Edison Gica. |
| 11 | * John to make tide gauge outputs from ANUGA runs for comparison. This will test boundary coupling. (done) |
| 12 | * John to try ANUGA with domain.use_edge_limiter + RK2. (deferred) |
| 13 | * John plans four runs: (ANUGA-MOST with old and new bathymetry, ANUGA-URS envelope, ANU-polyline) + comparisons. (done - comparison to old bathymetry to be done later) |
| 14 | * Richard to provide info to John on which supplied points constitute the boundary and which are the virtual tide gauges. (done) |
| 15 | * Polyline boundary condition is now implemented and tested. Next step for John to setup a simulation. (done - went well) |
| 16 | * John commits to having a first comparison between MOST-ANUGA, URS-ENVELOPE-ANUGA, URS-POLYLINE-ANUGA simulations for next meeting. (done) |
| 17 | * John to send ASCII grids from MOST-ANUGA & URS-ENVELOPE-ANUGA simulation to Jane for display. Ole to show results to Edison Gica. (done) |