--- MITgcm/doc/tag-index	2004/09/29 12:27:09	1.361
+++ MITgcm/doc/tag-index	2004/10/13 07:09:15	1.366
@@ -1,8 +1,43 @@
-$Header: /home/ubuntu/mnt/e9_copy/MITgcm/doc/tag-index,v 1.361 2004/09/29 12:27:09 mlosch Exp $
+$Header: /home/ubuntu/mnt/e9_copy/MITgcm/doc/tag-index,v 1.366 2004/10/13 07:09:15 heimbach Exp $
 
     Notes on tags used in MITgcmUV
     ==============================
 
+checkpoint55e_post
+o some delicate re-shuffle of store directives to avoid one
+  extra call of do_oceanic_physics
+  affects ecco_the_main_loop.F, do_oceanic_physics.F
+  checkpoint_lev1_directives.h
+o NB: this may break global_ocean adjoint temporarily,
+  but it is clear how to fix it. Will do later, need this now.
+
+checkpoint55d_post
+o ECCO specific cost function terms (up-to-date with 1x1 runs)
+o ecco_cost_weights is modified to 1x1 runs
+o modifs to allow observations to be read in as
+  single file or yearly files
+o enable to read exf forcing fields as either
+  single file or yearly files (flag useExfYearlyFields)
+checkpoint55d_pre
+
+o switch between 2-level and 3-level checkpointing
+o add ability of MNC to write local and "partial" (eg. 2D slices where 
+  the full 3D field is never actually stored) arrays to NetCDF files
+  with the correct (that is, the complete multi-dimensional) set of 
+  array indicies
+  - used in mom_vecinv() to write the diagFreq output
+  - tested (demonstrated) in verification/aim.5l_cs
+o further mnc-ification
+  - add verification/lab_sea to the list with mnc setups
+  - fix undefined mnc v-names in cd_code
+  - add kpp to mnc output (both snapshot and timeave)
+o non-hydrostatic code
+  - added horizontal viscosity parameter viscAhW for w, that replaces viscAh
+    in calc_gw.F
+  - defaults to viscAh
+  - this is useful, when I want to use viscAh=0 (e.g., only biharmonic
+    friction or Leith) in non-hydrostatic mode, as long as there is 
+    no biharmonic friction and/or Leigth or equivalent for vertical velocity.
 o pkg/cost
   extend simple cost functions to treat time mean quantities
   (T,U,V) via cost_accumulate_state from cost_tile