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# $Header$ |
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# $Name$ |
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Some tools (matlab scripts for now) specific to the Cubed-Sphere grid : |
Some tools (matlab scripts for now) specific to the Cubed-Sphere grid : |
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split_C_cub.m :: split a 2d,3d global CS-field into 6 faces ; |
split_C_cub.m :: split a 2d,3d global CS-field into 6 faces ; |
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located at the corner point of the C-grid cell. |
located at the corner point of the C-grid cell. |
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(deal with the 2 "missing corners") |
(deal with the 2 "missing corners") |
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calc_vort_cs.m :: compute vorticity (vertical component) on CS-grid |
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from MITgcm output velocity fields u,c (on C-grid); |
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Use the model discretization of vorticity. |
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the following scripts are reading a file that contains the orientation |
the following scripts are reading a file that contains the orientation |
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of the local direction of the CS-grid relative to E-W,N-S direction. |
of the local direction of the CS-grid relative to E-W,N-S direction. |
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file= proj_cs[]_2uEvN.bin :: cos & sin of rotation angle, |
file= proj_cs[]_2uEvN.bin :: cos & sin of rotation angle, |