Changes between Version 5 and Version 6 of ticket/1009

Timestamp:

2013-04-04T17:04:08+02:00 (11 years ago)

Author:

cclod

Comment:

--

ticket/1009

@@ -16 +16 @@
 • We work exclusively on a factor of degradation of 3.
 
-• For the scales factors coarsening e1 and e2 we have took the scale factor no coarsening who is in the middle of the coarsening cell that we multiply by 3.
+• Actually, the plan of coarsening is to define the first and last point on i and j on the parent grid on the which we make the coarsening for cross of the coarse grid correspondent. In the future we will just identify the first point for win time machine
 
-• For the scale factor coarsening e3 we have took the maximum of the e3 no coarsening in the coarsening cell.
+• For the scale factors coarsening e1 and e2 we have took the scale factor no coarsening who is in the middle of the coarsening cell that we multiply by 3.
+
+• For the scale factors coarsening e3 we have took the maximum of the e3 no coarsening in the coarsening cell.
 
 • In lbcnfd and lbcnlk some points was put at 0 and the north fold missed some points (earth points) so we have corrected this
 
-• There is maybe a problem with the band of covering of the scale factor in cause of the band of 0 put in the South by lbclnk. A scale factor never be < 0
+• A scale factors never be < 0 so we use the the "pval OPTIONAL" in lbc_lnk. we have put pval = 1 because the valor of scale factor on the south band et on the gost-halo is not important. The essential is scale factors are different of 0 
 
 • To define the coarsening mask, we use dom_msk_crs define in CRS module. The coarsening fmask is not necessarily just, but it is not using in biology model.
 
-• For corsen every fields we use crsfun_TW or crsfun_UV. The function used depend where the field is define ( grid U,V,W,T )
+• For corsen every fields we use crsfun_TW or crsfun_UV (there are in interface with crs_fun). The function used depend where the field is define ( grid U,V,W,T )
 
-• We have calculate the kinetic energy, some surprise on the arctic region.
+• We have calculate the immediate kinetic energy, we was surprise on the arctic region because the immediate kinetic energy is hight and the means kinetic energy is very weak.
 
 • coarsening of BGC and sea-ice outputs  ===>   to be done
+
+• we make a generic interface for crs_lbc_lnk
 
 • Modifications for the mpp :