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- 2009/02/18 (Tag: dcpam5-20090218-1)
- 2009/01/26 (Tag: dcpam5-20090126)
- 2008/11/29 (Tag: dcpam5-20081129)
- 2008/11/18 (Tag: dcpam5-20081118)
- 2008/11/09 (Tag: dcpam5-20081109-1)
- 2008/10/08 (Tag: dcpam5-20081008)
- 2008/09/25 (Tag: dcpam5-20080925)
- 2008/08/12 (Tag: dcpam5-20080812)
- 2008/08/04 (Tag: dcpam5-20080804)
- Codes for output of vertical diffusion fluxes,
surface fluxes, radiation fluxes are modified.
- Matrices for implicit scheme of physical processes
are capsuled in
phy_implicit
module.
- An error about handlings of interval of calculation of radiation fluxes
is modified.
- Restart data is output when a calculation is finished.
- A module "intpol_half" that provides subroutines for
interpolation of temperature on half sigma level, and
calculation pressure and height is renamed to
auxiliary.
- Utilities for development are improved.
- Makefile etc.
- "depend" is updated automatically when source files are compiled.
- Irrelevant error messages when "make clean" are rejected.
- A variable "DCPAMDIR" is removed in "Config.mk", and
a working directory can be moved easily.
- General modification
- "dcpam_ape.F90" and "dcpam_hs94.F90" are integrated to
dcpam_main.F90.
(See RakuRaku dcpam5
for selection)
- A bug that surface temperature is not fixed with
surface temperature fix settings
(for example, aqua planet experiments with SST fix) is fixed.
- Errors that "(geo-potential) height" is described "get-potential" wrongly
are fixed. Variable names are modified from "GetPot" to "Height".
- Geography data is loaded from not
dynamics_hspl_vas83, but
ground_file_io,
and the data is shared with each process.
- "OLR", "OSR", "SLR", "SSR" are output in
radiation_band
module.
- dynamics_hspl_vas83 is modified.
- Erroneous notations "average temperature" are modified to
"reference temperature". Variable names are modified from
"TempAvrXY" to "RefTemp".
- Reference temperature can be loaded from NAMELIST.
- phy_implicit
is modified.
- A name of subroutine "PhyImplFluxCorrect" that is worked for
output of fluxes in nature is changed to "PhyImplFluxOutput".
- Fluxes are output in this module.
- A subroutine "RadiationCorrect" that calculates radiation flux at
t+Dt from the tendency at t-Dt is moved from
radiation_band
module to "phy_implicit" module and renamed to "PhyImplEvalRadLFluxA".
- Scheme of correction of longwave flux is moved from
subroutine "IntegralSurfTemp" in module
intg_surftemp
to subroutine "PhyImplFluxOutput" in module "phy_implicit".
- Corrected longwave flux is output in subroutine "PhyImplFluxOutput".
- radiation_band
is modified.
- A subroutine "RadiationCorrect" that calculates radiation flux at
t+Dt from the tendency at t-Dt is moved from "radiation_band" module to
phy_implicit
module and renamed to "PhyImplEvalRadLFluxA".
- dcpam_main
is modified.
- Some history output variables (OLR, SSR, etc.) are added.
- Some contents ("Visualization", "Refer configuration",
"Change configuration", etc.) are added to
RakuRaku dcpam5
- Codes of calculation of saturation specific humidity
in Tetens (1930) are added.
- A problem that a binary file of
sst_data
is not created by "make" is fixed.
- dcpam_main,
cumulus_adjust,
lscond are changed.
- Summation of rain of cumulus parameterization scheme and
rain of large scale condensation scheme are output from
a main program.
- Some history data like as "OLR", etc. can be output additionally.
- Short wave incoming is separated from
"radiation_band"
and packaged as
"radation_short_income".
- dcpam_main
is modified.
- Surface temperature can be changed.
- intg_surftemp
is imported from AGCM5.
- A mechanism of input/output of restart data of surface temperature
is added.
- A main program and a NAMELIST file for generation of
initial data is created.
- A main program and a NAMELIST file for generation of
surface data is created.
- A subroutine corrects fluxes for implicit scheme of physical processes
in AGCM5 are imported to
phy_implicit
as a subroutine "PhyImplFluxCorrect".
- negative_moist
is modified.
- Error is returned when negative moist can not be removed.
- Date of start of calculation can be output to data.
- Time is controlled by not number of step but variables of time types
("DC_DIFFTIME" or "DC_DATETIME" in gtool5 library).
- Data input/output library is changed from
gt4f90io
to
gtool5.
- Prediction variables are output not time filtered.
- DO LOOP of time integration is controlled by not number of step but time.
- Dynamical core is implemented.
- Large scale condensation scheme is implemented.
- Dry convective adjustment process is implemented.
- Surface flux process is implemented.
- Time filter (Asselin, 1972) is implemented.
- A utility for elimination of negative moisture is implemented.
- A module for ground data file input is created.
- A physical process for forcing and dissipation suggested
by Held and Suarez (1994) is implemented.
- Main program for Held and Suarez (1994) benchmark test is implemented.
- Programming style is considerably changed from "dcpam4".
- Under construction.
- Only radiation, vertical diffusion, cumulus parameterization
(moist adjust) are implemented.
$Id: HISTORY,v 1.21 2009-02-18 12:54:18 morikawa Exp $
DCPAM Development Group / GFD Dennou Staff 