Log of /MITgcm_contrib/gael/profilesMatlabProcessing/profiles_process_main_v2/profiles_prep_weights.m
Parent Directory
|
Revision Log
|
Revision Graph
Revision
1.6 -
(
view)
(
download)
(
annotate)
-
[select for diffs]
Mon Feb 1 14:47:49 2016 UTC
(10 years, 7 months ago)
by
gforget
Branch:
MAIN
CVS Tags:
HEAD,
checkpoint65t,
checkpoint65u,
checkpoint65v,
checkpoint65w,
checkpoint65x,
checkpoint66a,
checkpoint66b,
checkpoint66c,
checkpoint66d,
checkpoint66e,
checkpoint66f,
checkpoint66o
Changes since
1.5: +25 -7 lines
Diff to
previous 1.5
- profiles_prep_locate: add dataset input to allow switch
between 'bindata' and 'interp'; implement 'interp' method.
- profiles_prep_main: update call to profiles_prep_locate.
- profiles_prep_revise: update call to profiles_prep_locate.
- profiles_prep_tests_cmpatlas.m: implement switch betwen
bindata' and 'interp' via dataset.method specification.
- profiles_prep_weights.m: implement switch betwen
bindata' and 'interp' via dataset.method specification.
Revision
1.2 -
(
view)
(
download)
(
annotate)
-
[select for diffs]
Wed Nov 3 18:31:37 2010 UTC
(15 years, 10 months ago)
by
gforget
Branch:
MAIN
Changes since
1.1: +21 -28 lines
Diff to
previous 1.1
- introducing MITprof_create.m MITprof_read.m MITprof_write.m that are bound
to become the basic matlab I/O routines associated with MITgcm/pkg/profiles
- profiles_prep_main.m : isolate parts associated with atlases as a second step, use
MITprof_read to re-load the step1 data set from nc file in the vectorized step 2.
- profiles_prep_locate.m profiles_prep_tests.m profiles_prep_weights.m: vectorized step2
Revision
1.1 -
(
view)
(
download)
(
annotate)
-
[select for diffs]
Thu Oct 21 19:40:08 2010 UTC
(15 years, 10 months ago)
by
gforget
Branch:
MAIN
up-to-date matlab codes to process in-situ
data sets to MITgcm/pkg/profiles input format.
This form allows you to request diffs between any two revisions of this file.
For each of the two "sides" of the diff,
select a symbolic revision name using the selection box, or choose
'Use Text Field' and enter a numeric revision.