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revision 1.2138 by mlosch, Thu Feb 26 17:21:14 2015 UTC revision 1.2163 by mlosch, Tue Jun 16 16:27:40 2015 UTC
# Line 4  $Name$ Line 4  $Name$
4      Notes on tags used in MITgcmUV      Notes on tags used in MITgcmUV
5      ==============================      ==============================
6    
7  o model/src: add new file gsw_teos10.F that contains  o pkg/layers:
8      3 functions, more or less a copy of the gsw_toolbox.f90 of the TEOS-10    - remove from common block 3D layers fields (used to diagnose transport
9      fortran interface, that are used to convert from conservative to      in tracer coords) and declare them as local arrays in layers_calc.F
10      potential temperature. For now they are not called anywhere.  o pkg/seaice:
11      - Rename SEAICE_VECTORIZE_LSR_ZEBRA to SEAICE_LSR_ZEBRA and define it
12        in lab_sea forward experiment (changes results -> updated)
13      - update adjoint experiment lab_sea after cleaning up seaice_lsr_tridiagu/v
14    o pkg/seaice: modify seaice_lsr.F in order to improve the gradient
15      computations; for SEAICE_VECTORIZE_LSR
16      - move the loops over which the tridiagonal solvers (seaice_lsr_tridiagu/v)
17        sweep to the outside,
18      - remove store directives and add "CADJ loop sequential" directives
19        in analogy to model/src/solve_tridiagonal.F
20      - replace many "#ifdef SEAICE_VECTORIZE_LSR_ZEBRA" by variable loop
21        boundaries to yield more readable code. This has also the charming side
22        effect that your can use SEAICE_VECTORIZE_LSR_ZEBRA without
23        SEAICE_VECTORIZE_LSR (i.e. adjoint without recomputations in
24        seaice_lsr_tridiagu/v now requires either of these flags, vectorization
25        still requires SEAICE_VECTORIZE_LSR with SEAICE_VECTORIZE_LSR_ZEBRA as
26        an additional option)
27       The tridiagonal solvers are now completely analoguous to solve_tridiagonal.F
28       but the adjoint gradients (which are affected by this change) still explode.
29    o coupler (atm & ocn _compon_interf):
30      - avoid using Exch2 IO mapping if not suitable.
31    
32    checkpoint65m (2015/06/15)
33    o pkg/layers:
34      - clean-up old parameters setting (from Sep 2012):
35        + remove old parameters setting from common block (declared locally);
36        + stop if any old parameter is mixed with new parameters;
37        + check for valid or consistent parameter setting (e.g., layers_name)
38      - check that layers_bounds for Pot.Density are in the right range;
39        this is supposed to catch un-updated setting after recently shifting
40        potential density field "prho" by -1000 (now in "sigma" scale).
41    o pkg/layers:
42      - Added missing call to layers_fill for keeping track of tottend in
43        pkg/diagnostics/diagnostics_fill_state.F
44    o pkg/layers:
45      - added CPP flux LAYERS_FINEGRID_DIAPYCNAL to disable fine-grid binning
46        of diapycnal fluxes
47    o pkg/layers:
48      - reverted changes to interpolation to previous treatment; there
49        was never actually a problem
50    o pkg/layers:
51      - fix interpolation of layers tracers in the presence of partial cells
52      - add lots of new functionality to compute water mass transformation
53        (enabled by CPP flag LAYERS_THERMODYNAMICS)
54      - add new calls from main code (diags_oceanic_surf_flux.F,
55        thermodynamics.F, impldiff.F) and gad to save the necessary fields
56        for layers_thermodynamics calculations
57    o pkg/ptracers:
58      - add capability of stepping a passive tracer forward without advection
59        by setting PTRACERS_advScheme to 0.
60    o pkg/diagnostics:
61      - add few (threads) _BARRIER around any update of "diag_pkgStatus".
62    o pkg/layers:
63      - shift potential density field "prho" by -1000 for density layer averaging so
64        that it corresponds to usual "sigma" definition (i.e., rho(p=const)-1000);
65        Note that density bin boundaries (layers_bounds in data.layers) have
66        to be set accordingly (i.e., shifted, in sigma scale).
67    o pkg/layers:
68      - fix snap-shot output of layer thickness @ V.pt and output of pot.density
69      - fix calculation of layer non-weighted velocity and layer probability
70      - add diagnostics for pot.density used for layer averaging
71    o pkg/seaice:
72      - seaice_calc_viscosity.F: change computation of deltaC**2 to ensure
73        positiveness, modify a few comments and improve variable names,
74      - the changed computation of deltaC affects most seaice-related
75        experiments at the truncation level.
76        seaice_itd.thermo is affected by far the most, with
77        only 7 digits of agreement remaining; update experiments.
78    
79    checkpoint65l (2015/05/04)
80    o pkg/shelfice:
81      - in shelfice_thermodynamics.F, if SHELFICEBoundaryLayer=.true., then set
82        factor drKp1 to zero where it is negative (ie. do not use
83        SHELFICEBoundaryLayer if hFacC>1)
84      - the same for factor drLoc in shelfice_forcing.F
85    o tools/genmake2: move FEXTRAFLAGS from FFLAGS to FOPTIM to avoid a problem
86        with modules in ptracers, when using testreport option "-small_f"
87    o pkg/seaice/seaice_growth.F (in case of SEAICE_ITD)
88      - replace tmpscal1**1.36 by faster exp(1.36*log(tmpscal1))
89    o verification/testreport
90      - add new option -small_f
91        with this option testreport first makes the target small_f (*.f files)
92        before running make (all). This is useful for explicit inlining when
93        all sources need to be full available.
94    o pkg/exf/exf_interp.F:
95        remove previous changes related to reverse (decreasing) input grids latitude
96    
97    checkpoint65k (2015/04/01)
98    o pkg/ecco:
99        fix missing cosphi initialization; use eccoiter in place of optimcycle;
100        if autodiff is not compiled then use READ_REC_XY_RL/READ_REC_XYZ_RL
101        instead of active read/write
102    o pkg/ctrl:
103        if autodiff is not compiled then use READ_REC_XY_RL/READ_REC_XYZ_RL
104        instead of active read/write.
105    o pkg/autodiff: make autodiff_readparms.F and autodiff_whtapeio_sync.F
106        return if .NOT.useAUTODIFF
107    o pkg/seaice: add CPP brackets (cost function related).
108    o model/src:
109        add useAUTODIFF run time switch.
110    o pkg/exf/exf_interp.F:
111        add code to allow input grids with latitude starting in the north (i.e. when
112        j=1 corresponds to northern edge of field); modify global_with_exf to test
113        this feature.
114    o verification/testreport:
115      - replace "grep -A3" with POSIX conformal sed command, because there are
116        implementations of grep that cannot do contextual searches
117      - replace "cat -n" by "nl" (two occurrences), because not all implementations
118        of "cat" have the option "-n"
119    o model/src:
120        add new file gsw_teos10.F that contains 3 functions, more or less a copy
121        of the gsw_toolbox.f90 of the TEOS-10 fortran interface, that are used to
122        convert from conservative to potential temperature. For now they are not
123        called anywhere.
124  o pkg/ggl90: make "useIDEMIX" useful  o pkg/ggl90: make "useIDEMIX" useful
125    - re-organize code in s/r ggl90_calc a little to move computations that    - re-organize code in s/r ggl90_calc a little to move computations that
126      are different for idemix into separate loops (changes verification      are different for idemix into separate loops (changes verification
127      experiment idemix at truncation level, 12 digits remain -> updated)      experiment idemix at truncation level, 12 digits remain -> updated)
128    - requires 2 new 2D fields KappaM, verticalShear    - requires 2 new 2D fields KappaM, verticalShear
129    - make hFacI and recip_hFacI local 3D variables that are passed to    - make hFacI and recip_hFacI local 3D variables that are passed to

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