costFunction_mod¶
Dependency Diagrams:
Description
MODULE costFunction_mod, (prefix=’cfn’ category=’5. Observation operators’)
- Purpose
To compute Jo term.
Quick access
- Routines
Needed modules
midasmpi_mod
: MODULE midasMpi_mod (prefix=’mmpi’ category=’8. Low-level utilities and constants’)
obsspacedata_mod
: MODULE obsSpaceData_mod (prefix=’obs’ category=’6. High-level data objects’)
rttov_const
(inst_name()
,platform_name()
)
tovsnl_mod
: MODULE tovsNL_mod (prefix=’tvs’ category=’5. Observation operators’)
utilities_mod
: MODULE utilities_mod (prefix=’utl’ category=’8. Low-level utilities and constants’)
obserrors_mod
: MODULE obsErrors_mod (prefix=’oer’ category=’2. B and R matrices’)
codtyp_mod
: MODULE codtyp_mod (prefix=’codtyp’ category=’8. Low-level utilities and constants’)Variables
Subroutines and functions
- subroutine costfunction_mod/cfn_calcjo(lobsspacedata)¶
- Purpose
To compute JO contribution of each assimilated and diagnosed datum, and to store the result in OBS_JOBS
- Arguments
lobsspacedata [struct_obs ,inout]
- Called from
- Call to
- subroutine costfunction_mod/cfn_sumjo(lobsspacedata, pjo[, besilent_opt])¶
- Purpose
To compute the sum of Jo contributions saved in OBS_JOBS. Also, to compute contribution of each family of observation (for diagnostic purposes)
- Arguments
lobsspacedata [struct_obs ,in]
pjo [real ,out] :: Total observation cost function
- Options
besilent_opt [logical ,in,]
- Called from
- Call to
oer_getsstdataparam_int()
,readnamelist()
,obs_numbody()
,obs_bodyelem_r()
,obs_getfamily()
,obs_headelem_i()
,tvs_getchannelnumindexfromppp()
,obs_numheader()
,codtyp_get_codtyp()
,obs_elem_c()
,oer_getsstdataparam_char()
,mmpi_allreduce_sumreal8scalar()
,mmpi_allreduce_sumr8_1d()
- subroutine costfunction_mod/readnamelist()¶
- Purpose
Reading NAMCFN namelist by any subroutines in costfunction_mod module.
- Call to
utl_isnamelistpresent()
,utl_abort()
,sortchannelnumbersinnml()
- subroutine costfunction_mod/sortchannelnumbersinnml()¶
- Purpose
Sort channelNumbers in NAMCFN namelist. This involves removing the duplicates and combine channelNumbers of same sensor prescribed on different lines.