menetrierDiag_mod¶
Dependency Diagrams:
Direct Dependency Diagram¶
Reverse Dependency Diagram¶
Description
MODULE menetrierDiag_mod (prefix=’bmd’ category=’1. High-level functionality’)
- Purpose
To compute optimal localization radii according to the theory developed by Benjamin Menetrier (Meteo-France) and reported in Menetrier, Michel, Montmerle and Berre, 2015, Parts 1 and 2.
Quick access
- Routines
bmd_localizationradii(),bmd_setup(),calcdistance(),calchorizlocalizationradii(),calcvertlocalizationradii(),findbinindex()Needed modules
earthconstants_mod: MODULE earthConstants_mod (prefix=’ec’ category=’8. Low-level utilities and constants’)
utilities_mod: MODULE utilities_mod (prefix=’utl’ category=’8. Low-level utilities and constants’)
localizationfunction_mod: MODULE localizationFunction_mod (prefix=’lfn’ category=’2. B and R matrices’)
varnamelist_mod: MODULE varNameList_mod (prefix=’vnl’ category=’7. Low-level data objects’)
horizontalcoord_mod: MODULE horizontalCoord_mod (prefix=’hco’ category=’7. Low-level data objects’)
gridstatevector_mod: MODULE gridStateVector_mod (prefix=’gsv’ category=’6. High-level data objects’)
ensemblestatevector_mod: MODULE ensembleStateVector_mod (prefix=’ens’ category=’6. High-level data objects’)
timecoord_mod: MODULE timeCoord_mod (prefix=’tim’ category=’7. Low-level data objects’)
midasmpi_mod: MODULE midasMpi_mod (prefix=’mmpi’ category=’8. Low-level utilities and constants’)Variables
Subroutines and functions
- subroutine menetrierdiag_mod/bmd_setup(statevector_template, hco_core_in, nens_in, pressureprofile_m_in, pressureprofile_t_in, nwaveband_in)¶
- Arguments
statevector_template [struct_gsv ,in]
hco_core_in [struct_hco ,in,pointer]
nens_in [integer ,in]
pressureprofile_m_in (*) [real ,inout,pointer]
pressureprofile_t_in (*) [real ,inout,pointer]
nwaveband_in [integer ,in]
- Called from
- Call to
gsv_getnumlev(),gsv_varnameslist(),gsv_getoffsetfromvarname(),vnl_varlevelfromvarname()
- subroutine menetrierdiag_mod/bmd_localizationradii(ensperts[, wavebandindex_opt])¶
- Arguments
ensperts [struct_ens ,inout]
- Options
wavebandindex_opt [integer ,in,]
- Called from
- Call to
- subroutine menetrierdiag_mod/calchorizlocalizationradii(ensperts, stride[, wavebandindex_opt])¶
- Arguments
ensperts [struct_ens ,inout]
stride [integer ,in] :: Pick every stride point to save cost.
- Options
wavebandindex_opt [integer ,in,]
- Called from
- Call to
ens_copyensstddev(),ens_varnameslist(),gsv_allocate(),ens_getnumstep(),ens_gethco(),ens_getvco(),tim_getdatestamp(),gsv_transposetilestovarslevs(),gsv_deallocate(),calcdistance(),ens_copymember(),findbinindex(),lfn_setup(),lfn_lengthscale(),utl_abort(),vnl_varlevelfromvarname()
- function menetrierdiag_mod/findbinindex(distance, distancebinthresholds, numbins)¶
- Arguments
distance [real ,in]
distancebinthresholds (numbins) [real ,in]
numbins [integer ,in,]
- Return
binindex [integer ]
- Called from
- Call to
- function menetrierdiag_mod/calcdistance(lat2, lon2, lat1, lon1)¶
- Purpose
To compute the distance between two points on Earth: (lat1,lon1) and (lat2,lon2). Calcul utilisant la Formule d’Haversine Reference: R.W. Sinnott,’Virtues of Haversine’,Sky and Telescope, vol.68, no.2, 1984, p.159)
- Arguments
lat2 [real ,in]
lon2 [real ,in]
lat1 [real ,in]
lon1 [real ,in]
- Return
distanceinm [real ]
- Called from
- subroutine menetrierdiag_mod/calcvertlocalizationradii(ensperts, stride[, wavebandindex_opt])¶
- Arguments
ensperts [struct_ens ,inout]
stride [integer ,in] :: Pick every stride point to save cost.
- Options
wavebandindex_opt [integer ,in,]
- Called from
- Call to
ens_copyensstddev(),ens_getlatlonbounds(),ens_getonelev_r4(),vnl_varlevelfromvarname(),lfn_setup(),lfn_lengthscale(),utl_abort()