1 |
Five level intermediate atmospheric physics example. |
2 |
Experimental configuration is an equatorial channel. |
3 |
+/- 30 degrees wide with a warm pool SST anomaly extending over |
4 |
twenty degrees zonally and +/- 10 degrees meridionally. |
5 |
==================================================================== |
6 |
|
7 |
o To reproduce the run : |
8 |
|
9 |
The genmake options are in .genmakerc, so that the simplest form |
10 |
of genmake can be used : |
11 |
cd input |
12 |
../../../tools/genmake |
13 |
make depend |
14 |
make |
15 |
|
16 |
mitgcmuv |
17 |
|
18 |
--------------------------- |
19 |
Notes: |
20 |
* To produce a short test that is relevant for the Atmosphere physics part, |
21 |
a restart file (pickup.0000008640) is included. Otherwise, starting from |
22 |
rest requires several days of spin up. |
23 |
* Need to add a sink of heat or a restoring term near N & S boundaries |
24 |
to balance the radiative heating. As it is now, it cannot be integrated |
25 |
more than 7 or 8 months. |
26 |
* many sources in "code" are identical or very similar to the "aim_5l_LatLon" |
27 |
test and will became part of the pkg/aim code. |
28 |
--------------------------- |
29 |
Northern boundary : |
30 |
o initially, the domain (SIZE.h) 128x24x5 with a land line as the Northern |
31 |
boundary, reduciong the effective domain to 128x23x5. |
32 |
o To have a more efficient code (and a good starting point for MIT Atmos. |
33 |
Physics), the new domain (SIZE.h) is now 128x23x5 . |
34 |
Northern and Southern boundaries are "closed" like the in Lat-Lon set-up. |