Opened 11 years ago
Closed 11 years ago
#623 closed release (Done)
Introducing LAKE_JERSEY test for Nesting.
Reported by: | arango | Owned by: | arango |
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Priority: | major | Milestone: | Nesting/Composed Grids |
Component: | Test Cases | Version: | 3.7 |
Keywords: | Cc: |
Description
A new idealized test case is introduced for nesting applications, LAKE_JERSEY. It can be found in the test repository. It can configured with one or two refinement grids (1:3 ratio): bottom-left refinement grid and top-right refinement grid. The user can have three different nesting application using one of the following input scripts:
- ocean_lake_jersey_nested2_bot.in for coarse and bottom-left refinement grid. The following figures show free-surface, surface temperature and salinity after 2 days of simulation:
- ocean_lake_jersey_nested2_top.in for coarse and top-right refinement grid. The following figures show free-surface, surface temperature and salinity after 2 days of simulation:
- ocean_lake_jersey_nested3.in for coarse and both bottom-left and top-right refinement grids.
The plots above were made with the Matlab script plot_nesting.m from the repository. For example, for the 3-grid applications we need to compute first the grid structure:
Hnames = {'lake_jersey_his_coarse.nc', ... 'lake_jersey_his_refined_bot.nc', ... 'lake_jersey_rst_refined_top.nc'}; G = grids_structure(Hnames); F = plot_nesting(G, Hnames, 'salt', 97, 8);
Many thanks to John Wilkin for his help configuring this test case.