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!MNH_LIC Copyright 1995-2021 CNRS, Meteo-France and Universite Paul Sabatier
!MNH_LIC This is part of the Meso-NH software governed by the CeCILL-C licence
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!MNH_LIC version 1. See LICENSE, CeCILL-C_V1-en.txt and CeCILL-C_V1-fr.txt
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!-----------------------------------------------------------------
! ##################
MODULE MODD_BUDGET
! ##################
!
!!**** *MODD_BUDGET* - declaration of budget variables
!!
!! PURPOSE
!! -------
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! The purpose of this declarative module is to specify the budget
! variables
!
!!
!!** IMPLICIT ARGUMENTS
!! ------------------
!!
!! REFERENCE
!! ---------
!! Book2 of documentation of Meso-NH (module MODD_BUDGET)
!!
!! AUTHOR
!! ------
!! P. Hereil *Meteo France*
!!
!! MODIFICATIONS
!! -------------
!! Original 23/02/95
!! J.-P. Lafore 10/02/98 adding of rhodj declaration for budget
!! V. Ducrocq 4/06/99 //
!! J.-P. Pinty 25/09/00 additional budget terms for C2R2 scheme
!! D. Gazen 22/01/01 add NCHEMSV
!! V. Masson 06/11/02 new flags for budget calls and time counters
!! V. Masson 27/11/02 add 2way nesting effect
!! P. Jabouille 07/07/04 add budget terms for microphysics
!! C. Barthe 19/11/09 add budget terms for electricity
!! C.Lac 04/2016 negative contribution to the budget split between advection, turbulence and microphysics for KHKO/C2R2
!! C. LAc 10/2016 add droplets deposition
!! S. Riette 11/2016 New budgets for ICE3/ICE4
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! P. Wautelet 05/2016-04/2018: new data structures and calls for I/O
! P. Wautelet 19/07/2019: parameters to identify budget number
! P. Wautelet 15/11/2019: remove unused CBURECORD variable
! P. Wautelet 17/01/2020: add new budget data types
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! P. Wautelet 27/01/2020: use the tfield_metadata_base abstract datatype
! P. Wautelet 28/01/2020: add missing budgets for viscosity
! P. Wautelet 28/01/2020: add trhodj in tbudgetdata datatype
! B. Vie 03/02/2020: LIMA negativity checks after turbulence, advection and microphysics budgets
! P. Wautelet 09/03/2020: add tburhodj variable
! P .Wautelet 09/03/2020: add missing budgets for electricity
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! P. Wautelet 17/04/2020: set default values for budgets switch values
! P. Wautelet 23/04/2020: add nid in tbudgetdata datatype
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! P. Wautelet 30/06/2020: add NNETURSV, NNEADVSV and NNECONSV variables
! P. Wautelet 17/08/2020: add xtmplesstore in tbudgetdata datatype
! P. Wautelet 08/10/2020: add clessource in tbudgetdata datatype
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! P. Wautelet 08/12/2020: add nbusubwrite and nbutotwrite
! P. Wautelet 11/01/2021: remove nbuwrnb (replaced by nbusubwrite)
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! P. Wautelet 14/01/2021: change xbusurf type to integer (+ rename it to nbusurf)
! P. Wautelet 03/02/2021: budgets: add new source if LIMA splitting: CORR2
! P. Wautelet 02/03/2021: budgets: add terms for blowing snow
!-------------------------------------------------------------------------------
!
!* 0. DECLARATIONS
! ------------
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use modd_field, only: tfield_metadata_base
use modd_parameters, only: NBUNAMELGTMAX, NCOMMENTLGTMAX
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implicit none
public
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integer, parameter :: NBUDGET_RHO = 0 ! Reference number for budget of RhoJ
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integer, parameter :: NBUDGET_U = 1 ! Reference number for budget of RhoJu and/or LES budgets with u
integer, parameter :: NBUDGET_V = 2 ! Reference number for budget of RhoJv and/or LES budgets with u
integer, parameter :: NBUDGET_W = 3 ! Reference number for budget of RhoJw and/or LES budgets with u
integer, parameter :: NBUDGET_TH = 4 ! Reference number for budget of RhoJTh and/or LES budgets with th
integer, parameter :: NBUDGET_TKE = 5 ! Reference number for budget of RhoJTke and/or LES budgets with Tke
integer, parameter :: NBUDGET_RV = 6 ! Reference number for budget of RhoJrv and/or LES budgets with rv
integer, parameter :: NBUDGET_RC = 7 ! Reference number for budget of RhoJrc and/or LES budgets with rc
integer, parameter :: NBUDGET_RR = 8 ! Reference number for budget of RhoJrr and/or LES budgets with rr
integer, parameter :: NBUDGET_RI = 9 ! Reference number for budget of RhoJri and/or LES budgets with ri
integer, parameter :: NBUDGET_RS = 10 ! Reference number for budget of RhoJrs and/or LES budgets with rs
integer, parameter :: NBUDGET_RG = 11 ! Reference number for budget of RhoJrg and/or LES budgets with rg
integer, parameter :: NBUDGET_RH = 12 ! Reference number for budget of RhoJrh and/or LES budgets with rh
integer, parameter :: NBUDGET_SV1 = 13 ! Reference number for 1st budget of RhoJsv and/or LES budgets with sv
integer :: nbudgets ! Number of budget categories
type tbudgetdata
character(len=NBUNAMELGTMAX) :: cname = ''
character(len=NCOMMENTLGTMAX) :: ccomment = ''
character(len=100) :: clessource = '' ! Last source stored
integer :: nid = -1 !Identifier number (based on parameters NBUDGET_*)
integer :: ngroups = 0 !Number of groups of source terms to store
integer :: nsources = 0 !Number of source terms
integer :: nsourcesmax = 0 !Maximum number of source terms
integer :: ntmpstoresource = 0 !Reference of the source term using the xtmpstore array
logical :: lenabled = .false. ! True if corresponding budget flag is set to true
real, dimension(:,:,:), allocatable :: xtmpstore ! Array to store temporary data
! (to allow to store the difference between 2 places)
real, dimension(:,:,:), allocatable :: xtmplesstore ! Array to store temporary data for LES budgets
! (to allow to store the difference between 2 places)
type(tbusourcedata), dimension(:), allocatable :: tsources ! Full list of source terms (used or not)
type(tbugroupdata), dimension(:), allocatable :: tgroups ! Full list of groups of source terms (to be written)
type(tburhodata), pointer :: trhodj => null() ! Budget array for rhodj
end type tbudgetdata
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type, extends( tfield_metadata_base ) :: tbusourcedata
integer :: ngroup = 0 ! Number of the source term group in which storing the source term
! (0: no store, 1: individual store, >1: number of the group)
logical :: lenabled = .false.
logical :: ldonotinit = .false. ! if true, does not need a call to Budget_store_init
! It may be true only if the source term is in a group not containing other sources
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logical :: loverwrite = .false. ! if true, source term values will overwrite the previous ones
! It may be true only if the source term is in a group not containing other sources
end type tbusourcedata
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type, extends( tfield_metadata_base ) :: tbugroupdata
integer :: nsources = 0 ! Number of source terms composing this group
integer, dimension(:), allocatable :: nsourcelist ! List of the source terms composing this group
real, dimension(:,:,:), allocatable :: xdata ! Array to store the budget data
end type tbugroupdata
type, extends( tfield_metadata_base ) :: tburhodata
real, dimension(:,:,:), allocatable :: xdata ! Array to store the budget data
end type tburhodata
type(tbudgetdata), dimension(:), allocatable, save :: tbudgets
type(tburhodata), pointer, save :: tburhodj => null() ! Budget array for rhodj used inside some tbudgets
! General variables
LOGICAL, SAVE :: LBU_ENABLE
!
CHARACTER (LEN=4), SAVE :: CBUTYPE ! type of desired budget 'CART'
! (cartesian box) or 'MASK' (budget
! zone defined by a mask) or 'NONE'
! (no budget)
INTEGER, SAVE :: NBUMOD ! model in which budget is
! calculated
!
LOGICAL, SAVE :: LBU_BEG ! switch for budget beginning
!
REAL, SAVE :: XBULEN ! length in seconds of the budget
! temporal average
!
INTEGER, SAVE :: NBUSTEP ! number of model timesteps required
! for the budget time average
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REAL, SAVE :: XBUWRI ! period in seconds between
! budget writing for budget masks
INTEGER, SAVE :: NBUTSHIFT ! temporal shift for budgets writing
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integer, save :: nbusubwrite = 0 ! Number of budget time average periods for each write
integer, save :: nbutotwrite = 0 ! Total number of budget time average periods
!
INTEGER, SAVE :: NBUKL, NBUKH ! lowest and highest K indice values
! of the budget box
LOGICAL, SAVE :: LBU_KCP ! switch for compression in K
! direction
!
! Variables used by the cartesian box case ('CART') only
!
INTEGER, SAVE :: NBUIL, NBUIH ! lowest and highest I indice values
! of the cartesian box
INTEGER, SAVE :: NBUJL, NBUJH ! lowest and highest J indice values
! of the cartesian box
LOGICAL, SAVE :: LBU_ICP ! switch for compression in I
! direction
LOGICAL, SAVE :: LBU_JCP ! switch for comppression in J
! direction
!
! Variables used by the mask case ('MASK') only
!
INTEGER, SAVE :: NBUMASK ! number of MASK zones for which
! budgets are performed
LOGICAL, SAVE, DIMENSION(:,:,:), & ! define the zone where the MASK
ALLOCATABLE :: LBU_MASK ! is True
!
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INTEGER, SAVE, DIMENSION(:,:,:,:), & ! surface for each mask at each
ALLOCATABLE :: NBUSURF ! budget step
!
INTEGER, SAVE :: NBUTIME ! number of budget time periods
!
! Variables for budget storage
!
! General variables
INTEGER, SAVE :: NBUSIL, NBUSIH ! lowest and highest I indices of the intersection
! of the cartesian box with the sub-domain
INTEGER, SAVE :: NBUSJL, NBUSJH ! lowest and highest J indices of the intersection
! of the global cartesian box
INTEGER, SAVE :: NBUIMAX_ll ! second dimension of the budget
INTEGER, SAVE :: NBUJMAX_ll ! second dimension of the budget
! array in the global domain (in CART case)
!
INTEGER, SAVE :: NBUIMAX ! first dimension of the budget
! tabular
INTEGER, SAVE :: NBUJMAX ! second dimension of the budget
! tabular
INTEGER, SAVE :: NBUKMAX ! dimension along K of the budget
! tabular
!
! Allowed processes for the budget of the x scalar variables
! (transport part only)
!
! For each budget, the switches values for budgets
! activation may be set by the user in a namelist. Their default value is 0.
! In the following declaration, the corresponding process names are given
! beside as comments.
!
! Allowed processes for the budget of RU (wind component along x)
!
! Courant namelist: NAM_BURU
!
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LOGICAL, SAVE :: LBU_RU = .FALSE. ! True when the budget of RU is performed
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INTEGER, SAVE :: NASSEU = 0 ! time filter
INTEGER, SAVE :: NNESTU = 0 ! Efffect of 2way nesting on U
INTEGER, SAVE :: NADVU = 0 ! advection
INTEGER, SAVE :: NFRCU = 0 ! forcing
INTEGER, SAVE :: NNUDU = 0 ! nudging
INTEGER, SAVE :: NCURVU = 0 ! curvature
INTEGER, SAVE :: NCORU = 0 ! Coriolis terms
INTEGER, SAVE :: NDIFU = 0 ! numerical diffusion
INTEGER, SAVE :: NRELU = 0 ! relaxation
INTEGER, SAVE :: NHTURBU = 0 ! horizontal TURBulence
INTEGER, SAVE :: NVTURBU = 0 ! vertical turbulence
INTEGER, SAVE :: NDRAGU = 0 ! vegetation drag
INTEGER, SAVE :: NMAFLU = 0 ! mass flux
INTEGER, SAVE :: NPRESU = 0 ! pressure term
INTEGER, SAVE :: NVISCU = 0 ! viscosity
!
! Allowed processes for the budget of RV (wind component along y)
!
! Courant namelist: NAM_BURV
!
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LOGICAL, SAVE :: LBU_RV = .FALSE. ! True when the budget of RV is performed
!
INTEGER, SAVE :: NASSEV = 0 ! time filter
INTEGER, SAVE :: NNESTV = 0 ! Efffect of 2way nesting on V
INTEGER, SAVE :: NADVV = 0 ! advection
INTEGER, SAVE :: NFRCV = 0 ! forcing
INTEGER, SAVE :: NNUDV = 0 ! nudging
INTEGER, SAVE :: NCURVV = 0 ! curvature
INTEGER, SAVE :: NCORV = 0 ! Coriolis terms
INTEGER, SAVE :: NDIFV = 0 ! numerical diffusion
INTEGER, SAVE :: NRELV = 0 ! relaxation
INTEGER, SAVE :: NHTURBV = 0 ! horizontal turbulence
INTEGER, SAVE :: NVTURBV = 0 ! vertical turbulence
INTEGER, SAVE :: NDRAGV = 0 ! vegetation drag
INTEGER, SAVE :: NMAFLV = 0 ! mass flux
INTEGER, SAVE :: NPRESV = 0 ! pressure term
INTEGER, SAVE :: NVISCV = 0 ! viscosity
!
! Allowed processes for the budget of RW (wind vertical component)
!
! Courant namelist: NAM_BURW
!
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LOGICAL, SAVE :: LBU_RW = .FALSE. ! True when the budget of RW is performed
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INTEGER, SAVE :: NASSEW = 0 ! time filter
INTEGER, SAVE :: NNESTW = 0 ! Efffect of 2way nesting on W
INTEGER, SAVE :: NADVW = 0 ! advection
INTEGER, SAVE :: NFRCW = 0 ! forcing
INTEGER, SAVE :: NNUDW = 0 ! nudging
INTEGER, SAVE :: NCURVW = 0 ! curvature
INTEGER, SAVE :: NCORW = 0 ! Coriolis terms
INTEGER, SAVE :: NGRAVW = 0 ! gravity term
INTEGER, SAVE :: NDIFW = 0 ! numerical diffusion
INTEGER, SAVE :: NRELW = 0 ! relaxation
INTEGER, SAVE :: NHTURBW = 0 ! horizontal turbulence
INTEGER, SAVE :: NVTURBW = 0 ! vertical turbulence
INTEGER, SAVE :: NPRESW = 0 ! pressure term
INTEGER, SAVE :: NVISCW = 0 ! viscosity
!
! Allowed processes for the budget of RTH (potential temperature)
!
! Courant namelist: NAM_BURTH
!
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LOGICAL, SAVE :: LBU_RTH = .FALSE. ! True when the budget of RTH is performed
!
INTEGER, SAVE :: NASSETH = 0 ! time filter
INTEGER, SAVE :: NNESTTH = 0 ! Efffect of 2way nesting on Th
INTEGER, SAVE :: NADVTH = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCTH = 0 ! forcing
INTEGER, SAVE :: N2DADVTH = 0 ! 2d advecting forcing
INTEGER, SAVE :: N2DRELTH = 0 ! 2d relaxation forcing
INTEGER, SAVE :: NNUDTH = 0 ! nudging
INTEGER, SAVE :: NPREFTH = 0 ! theta source term due to the reference pressure
! (Dyn. Sources) only present if KRR>0
INTEGER, SAVE :: NDIFTH = 0 ! numerical diffusion
INTEGER, SAVE :: NRELTH = 0 ! relaxation
INTEGER, SAVE :: NRADTH = 0 ! RADiation
INTEGER, SAVE :: NDCONVTH = 0 ! KAFR CONVection
INTEGER, SAVE :: NMAFLTH = 0 ! Mass flux
INTEGER, SAVE :: NSNSUBTH = 0 ! Blowing snow sublimation
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INTEGER, SAVE :: NHTURBTH = 0 ! horizontal turbulence
INTEGER, SAVE :: NVTURBTH = 0 ! vertical turbulence
INTEGER, SAVE :: NDISSHTH = 0 ! dissipative heating
INTEGER, SAVE :: NNEGATH = 0 ! negative correction induced by hydrometeors
INTEGER, SAVE :: NNETURTH = 0 ! negative correction induced by hydrometeors
INTEGER, SAVE :: NNEADVTH = 0 ! negative correction induced by hydrometeors
INTEGER, SAVE :: NNECONTH = 0 ! negative correction induced by hydrometeors
INTEGER, SAVE :: NREVATH = 0 ! rain evaporation
INTEGER, SAVE :: NCONDTH = 0 ! evaporation/condensation
INTEGER, SAVE :: NHENUTH = 0 ! HEterogenous NUcleation ICE3
INTEGER, SAVE :: NHONTH = 0 ! HOmogeneous Nucleation ICE3
INTEGER, SAVE :: NSFRTH = 0 ! Spontaneous FReezing ICE3
INTEGER, SAVE :: NDEPSTH = 0 ! DEPosition on Snow ICE3
INTEGER, SAVE :: NDEPGTH = 0 ! DEPosition on Graupel ICE3
INTEGER, SAVE :: NRIMTH = 0 ! RIMing of cloudwater ICE3
INTEGER, SAVE :: NACCTH = 0 ! ACCretion of rainwater ICE3
INTEGER, SAVE :: NCFRZTH = 0 ! Conversion FReeZing ICE3
INTEGER, SAVE :: NWETGTH = 0 ! WET Growth of graupel ICE3
INTEGER, SAVE :: NDRYGTH = 0 ! DRY Growth of graupel ICE3
INTEGER, SAVE :: NGMLTTH = 0 ! Graupel MeLTing ICE3
INTEGER, SAVE :: NIMLTTH = 0 ! Ice MeLTing ICE3
INTEGER, SAVE :: NBERFITH = 0 ! BERgeron-FIndeisen gth. ICE3
INTEGER, SAVE :: NCDEPITH = 0 ! Cond./DEPosition on ice ICE3
INTEGER, SAVE :: NWETHTH = 0 ! wet growth of hail ICE4
INTEGER, SAVE :: NDRYHTH = 0 ! dry growth of hail ICE4
INTEGER, SAVE :: NHMLTTH = 0 ! melting of hail ICE4
INTEGER, SAVE :: NADJUTH = 0 ! adjustement before rain_ice ICE3
INTEGER, SAVE :: NCORRTH = 0 ! tendencies correction after ICE3
INTEGER, SAVE :: NHINDTH = 0 ! Heterogeneous Nucleation by Deposition LIMA
INTEGER, SAVE :: NHINCTH = 0 ! Heterogeneous Nucleation by Contact LIMA
INTEGER, SAVE :: NHONHTH = 0 ! Haze Homogeneous Nucleation LIMA
INTEGER, SAVE :: NHONCTH = 0 ! droplet homogeneous nucleation LIMA
INTEGER, SAVE :: NHONRTH = 0 ! drop homogeneous nucleation LIMA
INTEGER, SAVE :: NCEDSTH = 0 ! adjustment
INTEGER, SAVE :: NSEDITH = 0 ! Temperature transport by hydrometeors sedimentation
INTEGER, SAVE :: NVISCTH = 0 ! viscosity
!
! Allowed processes for the budget of RTKE (kinetic energy)
!
! Courant namelist: NAM_BURTKE
!
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LOGICAL, SAVE :: LBU_RTKE = .FALSE. ! True when the budget of RTKE is performed
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INTEGER, SAVE :: NASSETKE = 0 ! time filter
INTEGER, SAVE :: NADVTKE = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCTKE = 0 ! forcing
INTEGER, SAVE :: NDIFTKE = 0 ! numerical diffusion
INTEGER, SAVE :: NRELTKE = 0 ! relaxation
INTEGER, SAVE :: NDPTKE = 0 ! dynamic production of TKE
INTEGER, SAVE :: NTPTKE = 0 ! thermal production of TKE
INTEGER, SAVE :: NDRAGTKE = 0 ! vegetation drag
INTEGER, SAVE :: NDISSTKE = 0 ! dissipation of TKE
INTEGER, SAVE :: NTRTKE = 0 ! turbulent transport of TKE
!
!
! Allowed processes for the budget of moist variable RRV (water vapor)
!
! Courant namelist: NAM_BURRV
!
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LOGICAL, SAVE :: LBU_RRV = .FALSE. ! true when the budget of RRV is performed
!
INTEGER, SAVE :: NASSERV = 0 ! time filter
INTEGER, SAVE :: NNESTRV = 0 ! Effect of 2way nesting on Rv
INTEGER, SAVE :: NADVRV = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCRV = 0 ! forcing
INTEGER, SAVE :: N2DADVRV = 0 ! 2d advecting forcing
INTEGER, SAVE :: N2DRELRV = 0 ! 2d relaxation forcing
INTEGER, SAVE :: NNUDRV = 0 ! nudging
INTEGER, SAVE :: NDIFRV = 0 ! numerical diffusion
INTEGER, SAVE :: NRELRV = 0 ! relaxation
INTEGER, SAVE :: NDCONVRV = 0 ! KAFR CONVection
INTEGER, SAVE :: NMAFLRV = 0 ! Mass flux
INTEGER, SAVE :: NSNSUBRV = 0 ! Blowing snow sublimation
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INTEGER, SAVE :: NHTURBRV = 0 ! horizontal turbulence
INTEGER, SAVE :: NVTURBRV = 0 ! vertical turbulence
INTEGER, SAVE :: NNEGARV = 0 ! negative correction
INTEGER, SAVE :: NNETURRV = 0 ! negative correction
INTEGER, SAVE :: NNECONRV = 0 ! negative correction
INTEGER, SAVE :: NNEADVRV = 0 ! negative correction
INTEGER, SAVE :: NREVARV = 0 ! rain evaporation
INTEGER, SAVE :: NCONDRV = 0 ! evaporation/condensation
INTEGER, SAVE :: NHENURV = 0 ! HEterogenous NUcleation ICE3
INTEGER, SAVE :: NDEPSRV = 0 ! DEPosition on Snow ICE3
INTEGER, SAVE :: NDEPGRV = 0 ! DEPosition on Graupel ICE3
INTEGER, SAVE :: NCDEPIRV = 0 ! Cond./DEPosition on ice ICE3
INTEGER, SAVE :: NADJURV = 0 ! adjustement before rain_ice ICE3
INTEGER, SAVE :: NCORRRV = 0 ! tendencies correction after ICE3
INTEGER, SAVE :: NHINDRV = 0 ! Heterogeneous Nucleation by Deposition LIMA
INTEGER, SAVE :: NHONHRV = 0 ! Haze Homogeneous Nucleation LIMA
INTEGER, SAVE :: NCEDSRV = 0 ! adjustement
INTEGER, SAVE :: NVISCRV = 0 ! viscosity
INTEGER, SAVE :: NCORR2RV = 0 ! Correction in LIMA splitting
!
! Allowed processes for the budget of moist variable RRC (cloud water)
!
! Courant namelist: NAM_BURRC
!
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LOGICAL, SAVE :: LBU_RRC = .FALSE. ! True when the budget of RRC is performed
!
INTEGER, SAVE :: NASSERC = 0 ! time filter
INTEGER, SAVE :: NNESTRC = 0 ! Efffect of 2way nesting on Rc
INTEGER, SAVE :: NADVRC = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCRC = 0 ! forcing
INTEGER, SAVE :: NDIFRC = 0 ! numerical diffusion
INTEGER, SAVE :: NRELRC = 0 ! relaxation
INTEGER, SAVE :: NDCONVRC = 0 ! Deep CONVection
INTEGER, SAVE :: NHTURBRC = 0 ! horizontal turbulence
INTEGER, SAVE :: NVTURBRC = 0 ! vertical turbulence
INTEGER, SAVE :: NNEGARC = 0 ! negative correction
INTEGER, SAVE :: NNETURRC = 0 ! negative correction
INTEGER, SAVE :: NNECONRC = 0 ! negative correction
INTEGER, SAVE :: NNEADVRC = 0 ! negative correction
INTEGER, SAVE :: NACCRRC = 0 ! accretion
INTEGER, SAVE :: NAUTORC = 0 ! autoconversion
INTEGER, SAVE :: NCONDRC = 0 ! evaporation/condensation
INTEGER, SAVE :: NHONRC = 0 ! HOmogeneous Nucleation ICE3
INTEGER, SAVE :: NRIMRC = 0 ! RIMing of cloudwater ICE3
INTEGER, SAVE :: NCMELRC = 0 ! collection by snow and conversion into rain with T>XTT ICE3
INTEGER, SAVE :: NWETGRC = 0 ! WET Growth of graupel ICE3
INTEGER, SAVE :: NDRYGRC = 0 ! DRY Growth of graupel ICE3
INTEGER, SAVE :: NIMLTRC = 0 ! Ice MeLTing ICE3
INTEGER, SAVE :: NBERFIRC = 0 ! BERgeron-FIndeisen gth. ICE3
INTEGER, SAVE :: NCDEPIRC = 0 ! Cond./DEPosition on ice ICE3
INTEGER, SAVE :: NHENURC = 0 ! CCN Activation C2R2
INTEGER, SAVE :: NSEDIRC = 0 ! sedimentation C2R2
INTEGER, SAVE :: NDEPORC = 0 ! ground deposition
INTEGER, SAVE :: NDEPOTRRC = 0 ! deposition on tree
INTEGER, SAVE :: NWETHRC = 0 ! wet growth of hail
INTEGER, SAVE :: NDRYHRC = 0 ! dry growth of hail ICE4
INTEGER, SAVE :: NADJURC = 0 ! adjustement before rain_ice ICE3
INTEGER, SAVE :: NHINCRC = 0 ! Heterogeneous Nucleation by Contact LIMA
INTEGER, SAVE :: NHONCRC = 0 ! droplet homogeneous nucleation LIMA
INTEGER, SAVE :: NCEDSRC = 0 ! adjustment LIMA
INTEGER, SAVE :: NREVARC = 0 ! evaporation of rain drops
INTEGER, SAVE :: NCORRRC = 0 ! rain <-> cloud transfer at the beginning of LIMA
INTEGER, SAVE :: NR2C1RC = 0 ! rain -> cloud change after sedimentation in LIMA
INTEGER, SAVE :: NCVRCRC = 0 ! rain -> cloud change after other microphysical processes in LIMA
INTEGER, SAVE :: NVISCRC = 0 ! viscosity
INTEGER, SAVE :: NCORR2RC = 0 ! Correction in LIMA splitting
!
! Allowed processes for the budget of moist variable RRR (rain water)
!
! Courant namelist: NAM_BURRR
!
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LOGICAL, SAVE :: LBU_RRR = .FALSE. ! True when the budget of RRR is performed
!
INTEGER, SAVE :: NASSERR = 0 ! time filter
INTEGER, SAVE :: NNESTRR = 0 ! Efffect of 2way nesting on Rr
INTEGER, SAVE :: NADVRR = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCRR = 0 ! forcing
INTEGER, SAVE :: NDIFRR = 0 ! numerical diffusion
INTEGER, SAVE :: NRELRR = 0 ! relaxation
INTEGER, SAVE :: NNEGARR = 0 ! negative correction
INTEGER, SAVE :: NNETURRR = 0 ! negative correction
INTEGER, SAVE :: NNEADVRR = 0 ! negative correction
INTEGER, SAVE :: NNECONRR = 0 ! negative correction
INTEGER, SAVE :: NACCRRR = 0 ! accretion
INTEGER, SAVE :: NAUTORR = 0 ! autoconversion
INTEGER, SAVE :: NREVARR = 0 ! rain evaporation
INTEGER, SAVE :: NSEDIRR = 0 ! sedimentation
INTEGER, SAVE :: NSFRRR = 0 ! Spontaneous FReezing ICE3
INTEGER, SAVE :: NACCRR = 0 ! ACCretion of rainwater ICE3
INTEGER, SAVE :: NCMELRR = 0 ! collection of droplets by snow and conversion into rain with T>XTT ICE3
INTEGER, SAVE :: NCFRZRR = 0 ! Conversion FReeZing ICE3
INTEGER, SAVE :: NWETGRR = 0 ! WET Growth of graupel ICE3
INTEGER, SAVE :: NDRYGRR = 0 ! DRY Growth of graupel ICE3
INTEGER, SAVE :: NGMLTRR = 0 ! Graupel MeLTing ICE3
INTEGER, SAVE :: NWETHRR = 0 ! wet growth of hail ICE4
INTEGER, SAVE :: NDRYHRR = 0 ! dry growth of hail ICE4
INTEGER, SAVE :: NHMLTRR = 0 ! melting of hail ICE4
INTEGER, SAVE :: NCORRRR = 0 ! tendencies correction after ICE3
INTEGER, SAVE :: NHONRRR = 0 ! drop homogeneous nucleation LIMA
INTEGER, SAVE :: NR2C1RR = 0 ! rain -> cloud change after sedimentation in LIMA
INTEGER, SAVE :: NCVRCRR = 0 ! rain -> cloud change after other microphysical processes in LIMA
INTEGER, SAVE :: NVISCRR = 0 ! viscosity
INTEGER, SAVE :: NCORR2RR = 0 ! Correction in LIMA splitting
!
! Allowed processes for the budget of moist variable RRI (ice)
!
! Courant namelist: NAM_BURRI
!
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LOGICAL, SAVE :: LBU_RRI = .FALSE. ! True when the budget of RRI is performed
!
INTEGER, SAVE :: NASSERI = 0 ! time filter
INTEGER, SAVE :: NNESTRI = 0 ! Efffect of 2way nesting on Ri
INTEGER, SAVE :: NADVRI = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCRI = 0 ! forcing
INTEGER, SAVE :: NDIFRI = 0 ! numerical diffusion
INTEGER, SAVE :: NRELRI = 0 ! relaxation
INTEGER, SAVE :: NDCONVRI = 0 ! Deep CONVection
INTEGER, SAVE :: NHTURBRI = 0 ! horizontal turbulence
INTEGER, SAVE :: NVTURBRI = 0 ! vertical turbulence
INTEGER, SAVE :: NNEGARI = 0 ! negative correction
INTEGER, SAVE :: NNETURRI = 0 ! negative correction
INTEGER, SAVE :: NNEADVRI = 0 ! negative correction
INTEGER, SAVE :: NNECONRI = 0 ! negative correction
INTEGER, SAVE :: NSEDIRI = 0 ! SEDImentation ICE3
INTEGER, SAVE :: NHENURI = 0 ! HEterogenous NUcleation ICE3
INTEGER, SAVE :: NHONRI = 0 ! HOmogeneous Nucleation ICE3
INTEGER, SAVE :: NAGGSRI = 0 ! AGGregation of snow ICE3
INTEGER, SAVE :: NAUTSRI = 0 ! AUToconversion of ice ICE3
INTEGER, SAVE :: NCFRZRI = 0 ! Conversion FReeZing ICE3
INTEGER, SAVE :: NWETGRI = 0 ! WET Growth of graupel ICE3
INTEGER, SAVE :: NDRYGRI = 0 ! DRY Growth of graupel ICE3
INTEGER, SAVE :: NIMLTRI = 0 ! Ice MeLTing ICE3
INTEGER, SAVE :: NBERFIRI = 0 ! BERgeron-FIndeisen gth. ICE3
INTEGER, SAVE :: NCDEPIRI = 0 ! Cond./DEPosition on ice ICE3
INTEGER, SAVE :: NWETHRI = 0 ! wet growth of hail ICE4
INTEGER, SAVE :: NDRYHRI = 0 ! dry growth of hail ICE4
INTEGER, SAVE :: NADJURI = 0 ! adjustement before rain_ice ICE3
INTEGER, SAVE :: NHINDRI = 0 ! heterogeneous nucleation by deposition LIMA
INTEGER, SAVE :: NHINCRI = 0 ! heterogeneous nucleation by contact LIMA
INTEGER, SAVE :: NHONHRI = 0 ! haze homogeneous nucleation source LIMA
INTEGER, SAVE :: NHONCRI = 0 ! droplet homogeneous nucleation LIMA
INTEGER, SAVE :: NCNVIRI = 0 ! Conversion of snow to r_i LIMA
INTEGER, SAVE :: NCNVSRI = 0 ! Conversion of pristine ice to r_s LIMA
INTEGER, SAVE :: NHMSRI = 0 ! Hallett-Mossop ice multiplication process due to snow riming LIMA
INTEGER, SAVE :: NHMGRI = 0 ! Hallett-Mossop ice multiplication process due to graupel riming LIMA
INTEGER, SAVE :: NCEDSRI = 0 ! adjustement LIMA
INTEGER, SAVE :: NCORRRI = 0 ! ice <-> snow transfer at the beginning of LIMA
INTEGER, SAVE :: NVISCRI = 0 ! viscosity
INTEGER, SAVE :: NCORR2RI = 0 ! Correction in LIMA splitting
!
! Allowed processes for the budget of moist variable RRS (snow)
!
! Courant namelist: NAM_BURRS
!
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LOGICAL, SAVE :: LBU_RRS = .FALSE. ! True when the budget of RRS is performed
!
INTEGER, SAVE :: NASSERS = 0 ! time filter
INTEGER, SAVE :: NNESTRS = 0 ! Efffect of 2way nesting on Rs
INTEGER, SAVE :: NADVRS = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCRS = 0 ! forcing
INTEGER, SAVE :: NDIFRS = 0 ! numerical diffusion
INTEGER, SAVE :: NRELRS = 0 ! relaxation
INTEGER, SAVE :: NNEGARS = 0 ! negative correction
INTEGER, SAVE :: NNETURRS = 0 ! negative correction
INTEGER, SAVE :: NNEADVRS = 0 ! negative correction
INTEGER, SAVE :: NNECONRS = 0 ! negative correction
INTEGER, SAVE :: NSEDIRS = 0 ! SEDImentation ICE3
INTEGER, SAVE :: NDEPSRS = 0 ! DEPosition on Snow ICE3
INTEGER, SAVE :: NAGGSRS = 0 ! AGGregation of snow ICE3
INTEGER, SAVE :: NAUTSRS = 0 ! AUToconversion of ice ICE3
INTEGER, SAVE :: NRIMRS = 0 ! RIMing of cloudwater ICE3
INTEGER, SAVE :: NACCRS = 0 ! ACCretion of rainwater ICE3
INTEGER, SAVE :: NCMELRS = 0 ! Conversion MeLTing ICE3
INTEGER, SAVE :: NWETGRS = 0 ! WET Growth of graupel ICE3
INTEGER, SAVE :: NDRYGRS = 0 ! DRY Growth of graupel ICE3
INTEGER, SAVE :: NWETHRS = 0 ! wet growth of hail ICE4
INTEGER, SAVE :: NDRYHRS = 0 ! dry growth of hail ICE4
INTEGER, SAVE :: NCNVIRS = 0 ! Conversion of snow to r_i LIMA
INTEGER, SAVE :: NCNVSRS = 0 ! Conversion of pristine ice to r_s LIMA
INTEGER, SAVE :: NHMSRS = 0 ! Hallett-Mossop ice multiplication process due to snow riming LIMA
INTEGER, SAVE :: NCORRRS = 0 ! ice <-> snow transfer at the beginning of LIMA
INTEGER, SAVE :: NVISCRS = 0 ! viscosity
!
! Allowed processes for the budget of moist variable RRG (graupel)
!
! Courant namelist: NAM_BURRG
!
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LOGICAL, SAVE :: LBU_RRG = .FALSE. ! True when the budget of RRG is performed
!
INTEGER, SAVE :: NASSERG = 0 ! time filter
INTEGER, SAVE :: NNESTRG = 0 ! Efffect of 2way nesting on Rg
INTEGER, SAVE :: NADVRG = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCRG = 0 ! forcing
INTEGER, SAVE :: NDIFRG = 0 ! numerical diffusion
INTEGER, SAVE :: NRELRG = 0 ! relaxation
INTEGER, SAVE :: NNEGARG = 0 ! negative correction
INTEGER, SAVE :: NNETURRG = 0 ! negative correction
INTEGER, SAVE :: NNEADVRG = 0 ! negative correction
INTEGER, SAVE :: NNECONRG = 0 ! negative correction
INTEGER, SAVE :: NSEDIRG = 0 ! SEDImentation ICE3
INTEGER, SAVE :: NSFRRG = 0 ! Spontaneous FReezing ICE3
INTEGER, SAVE :: NDEPGRG = 0 ! DEPosition on Snow ICE3
INTEGER, SAVE :: NRIMRG = 0 ! RIMing of cloudwater ICE3
INTEGER, SAVE :: NACCRG = 0 ! ACCretion of rainwater ICE3
INTEGER, SAVE :: NCMELRG = 0 ! Conversion MeLTing ICE3
INTEGER, SAVE :: NCFRZRG = 0 ! Conversion FReeZing ICE3
INTEGER, SAVE :: NWETGRG = 0 ! WET Growth of graupel ICE3
INTEGER, SAVE :: NDRYGRG = 0 ! DRY Growth of graupel ICE3
INTEGER, SAVE :: NGMLTRG = 0 ! Graupel MeLTing ICE3
INTEGER, SAVE :: NWETHRG = 0 ! wet growth of hail ICE4
INTEGER, SAVE :: NDRYHRG = 0 ! dry growth of hail ICE4
INTEGER, SAVE :: NCORRRG = 0 ! tendencies correction after ICE3
INTEGER, SAVE :: NHGCVRG = 0 ! Hail to Graupel ConVersion ICE4
INTEGER, SAVE :: NGHCVRG = 0 ! Graupel to Hail ConVersion ICE4
INTEGER, SAVE :: NHONRRG = 0 ! drop homogeneous nucleation LIMA
INTEGER, SAVE :: NHMGRG = 0 ! Hallett-Mossop ice multiplication process due to graupel riming
INTEGER, SAVE :: NCOHGRG = 0 ! conversion of hail to graupel
INTEGER, SAVE :: NVISCRG = 0 ! viscosity
!
! Allowed processes for the budget of moist variable RRH (hail)
!
! Courant namelist: NAM_BURRH
!
WAUTELET Philippe
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LOGICAL, SAVE :: LBU_RRH = .FALSE. ! True when the budget of RRH is performed
!
INTEGER, SAVE :: NASSERH = 0 ! time filter
INTEGER, SAVE :: NNESTRH = 0 ! Efffect of 2way nesting on Rh
INTEGER, SAVE :: NADVRH = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCRH = 0 ! forcing
INTEGER, SAVE :: NDIFRH = 0 ! numerical diffusion
INTEGER, SAVE :: NRELRH = 0 ! relaxation
INTEGER, SAVE :: NNEGARH = 0 ! negative correction
INTEGER, SAVE :: NNETURRH = 0 ! negative correction
INTEGER, SAVE :: NNEADVRH = 0 ! negative correction
INTEGER, SAVE :: NNECONRH = 0 ! negative correction
INTEGER, SAVE :: NSEDIRH = 0 ! sedimentation
INTEGER, SAVE :: NWETGRH = 0 ! wet growth of graupel
INTEGER, SAVE :: NWETHRH = 0 ! wet growth of hail
INTEGER, SAVE :: NCOHGRH = 0 ! reconversion from hail to graupel LIMA
INTEGER, SAVE :: NDRYHRH = 0 ! dry growth of hail ICE4
INTEGER, SAVE :: NHMLTRH = 0 ! melting
INTEGER, SAVE :: NCORRRH = 0 ! tendencies correction after ICE3
INTEGER, SAVE :: NHGCVRH = 0 ! Hail to Graupel ConVersion ICE4
INTEGER, SAVE :: NGHCVRH = 0 ! Graupel to Hail ConVersion ICE4
INTEGER, SAVE :: NVISCRH = 0 ! viscosity
!
! Courant namelist: NAM_BURSV
!
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LOGICAL, SAVE :: LBU_RSV = .FALSE. ! True when the budget of RSVx is performed
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INTEGER, SAVE :: NASSESV = 0 ! Asselin-Robert time filter
INTEGER, SAVE :: NNESTSV = 0 ! Efffect of 2way nesting on Sv
INTEGER, SAVE :: NADVSV = 0 ! Total advection for PPM
INTEGER, SAVE :: NFRCSV = 0 ! forcing
INTEGER, SAVE :: NDIFSV = 0 ! numerical diffusion
INTEGER, SAVE :: NRELSV = 0 ! relaxation
INTEGER, SAVE :: NDCONVSV = 0 ! Deep CONVection
INTEGER, SAVE :: NMAFLSV = 0 ! mass flux
INTEGER, SAVE :: NDEPOTRSV = 0 ! deposition on tree
INTEGER, SAVE :: NHTURBSV = 0 ! horizontal turbulence
INTEGER, SAVE :: NVTURBSV = 0 ! vertical turbulence
INTEGER, SAVE :: NCHEMSV = 0 ! chemistry activity
INTEGER, SAVE :: NVISCSV = 0 ! viscosity
INTEGER, SAVE :: NSNSUBSV = 0 ! Blowing snow sublimation
INTEGER, SAVE :: NSNSEDSV = 0 ! Blowing snow sedimentation
INTEGER, SAVE :: NNEGASV = 0 ! negative correction
INTEGER, SAVE :: NNETURSV = 0 ! negative correction
INTEGER, SAVE :: NNEADVSV = 0 ! negative correction
INTEGER, SAVE :: NNECONSV = 0 ! negative correction
INTEGER, SAVE :: NNEGA2SV = 0 ! negative correction
!
! Allowed processes for the budget of electric charge carried by water vapor
INTEGER, SAVE :: NDRIFTQV = 0
INTEGER, SAVE :: NCORAYQV = 0
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INTEGER, SAVE :: NDEPSQV = 0
INTEGER, SAVE :: NDEPGQV = 0
INTEGER, SAVE :: NREVAQV = 0
INTEGER, SAVE :: NCDEPIQV = 0
INTEGER, SAVE :: NNEUTQV = 0
!
! Allowed processes for the budget of electric charge carried by cloud droplets
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INTEGER, SAVE :: NHONQC = 0
INTEGER, SAVE :: NAUTOQC = 0
INTEGER, SAVE :: NACCRQC = 0
INTEGER, SAVE :: NRIMQC = 0
INTEGER, SAVE :: NWETGQC = 0
INTEGER, SAVE :: NDRYGQC = 0
INTEGER, SAVE :: NINCGQC = 0
INTEGER, SAVE :: NWETHQC = 0
INTEGER, SAVE :: NIMLTQC = 0
INTEGER, SAVE :: NBERFIQC = 0
INTEGER, SAVE :: NSEDIQC = 0
INTEGER, SAVE :: NCDEPIQC = 0
INTEGER, SAVE :: NNEUTQC = 0
!
! Allowed processes for the budget of electric charge carried by rain drops
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INTEGER, SAVE :: NSFRQR = 0
INTEGER, SAVE :: NAUTOQR = 0
INTEGER, SAVE :: NACCRQR = 0
INTEGER, SAVE :: NREVAQR = 0
INTEGER, SAVE :: NACCQR = 0
INTEGER, SAVE :: NCFRZQR = 0
INTEGER, SAVE :: NWETGQR = 0
INTEGER, SAVE :: NDRYGQR = 0
INTEGER, SAVE :: NGMLTQR = 0
INTEGER, SAVE :: NWETHQR = 0
INTEGER, SAVE :: NHMLTQR = 0
INTEGER, SAVE :: NSEDIQR = 0
INTEGER, SAVE :: NNEUTQR = 0
!
! Allowed processes for the budget of electric charge carried by ice crystals
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INTEGER, SAVE :: NHONQI = 0
INTEGER, SAVE :: NAGGSQI = 0
INTEGER, SAVE :: NAUTSQI = 0
INTEGER, SAVE :: NCFRZQI = 0
INTEGER, SAVE :: NWETGQI = 0
INTEGER, SAVE :: NDRYGQI = 0
INTEGER, SAVE :: NWETHQI = 0
INTEGER, SAVE :: NIMLTQI = 0
INTEGER, SAVE :: NBERFIQI = 0
INTEGER, SAVE :: NNIISQI = 0 ! non-inductive I-S
INTEGER, SAVE :: NSEDIQI = 0
INTEGER, SAVE :: NCDEPIQI = 0
INTEGER, SAVE :: NNEUTQI = 0
!
! Allowed processes for the budget of electric charge carried by snow
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INTEGER, SAVE :: NDEPSQS = 0
INTEGER, SAVE :: NAGGSQS = 0
INTEGER, SAVE :: NAUTSQS = 0
INTEGER, SAVE :: NRIMQS = 0
INTEGER, SAVE :: NACCQS = 0
INTEGER, SAVE :: NCMELQS = 0
INTEGER, SAVE :: NWETGQS = 0
INTEGER, SAVE :: NDRYGQS = 0
INTEGER, SAVE :: NNIISQS = 0 ! non-inductive I-S
INTEGER, SAVE :: NWETHQS = 0
INTEGER, SAVE :: NSEDIQS = 0
INTEGER, SAVE :: NNEUTQS = 0
!
! Allowed processes for the budget of electric charge carried by graupel
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INTEGER, SAVE :: NSFRQG = 0
INTEGER, SAVE :: NDEPGQG = 0
INTEGER, SAVE :: NRIMQG = 0
INTEGER, SAVE :: NACCQG = 0
INTEGER, SAVE :: NCMELQG = 0
INTEGER, SAVE :: NCFRZQG = 0
INTEGER, SAVE :: NWETGQG = 0
INTEGER, SAVE :: NDRYGQG = 0
INTEGER, SAVE :: NINCGQG = 0
INTEGER, SAVE :: NGMLTQG = 0
INTEGER, SAVE :: NWETHQG = 0
INTEGER, SAVE :: NSEDIQG = 0
INTEGER, SAVE :: NNEUTQG = 0
! Allowed processes for the budget of electric charge carried by hail
WAUTELET Philippe
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INTEGER, SAVE :: NWETGQH = 0
INTEGER, SAVE :: NWETHQH = 0
INTEGER, SAVE :: NHMLTQH = 0
INTEGER, SAVE :: NSEDIQH = 0
INTEGER, SAVE :: NNEUTQH = 0
!
! Allowed processes for the budget of electric charge carried by negative ions
INTEGER, SAVE :: NDRIFTNI = 0
INTEGER, SAVE :: NCORAYNI = 0
WAUTELET Philippe
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INTEGER, SAVE :: NDEPSNI = 0
INTEGER, SAVE :: NDEPGNI = 0
INTEGER, SAVE :: NREVANI = 0
INTEGER, SAVE :: NCDEPINI = 0
INTEGER, SAVE :: NNEUTNI = 0
!
!
REAL :: XTIME_BU ! budget time in this time-step
REAL :: XTIME_BU_PROCESS ! budget time per process for this time-step
!
LOGICAL :: LBUDGET_U ! flag to compute budget of RhoJu and/or LES budgets with u
LOGICAL :: LBUDGET_V ! flag to compute budget of RhoJv and/or LES budgets with u
LOGICAL :: LBUDGET_W ! flag to compute budget of RhoJw and/or LES budgets with u
LOGICAL :: LBUDGET_TH ! flag to compute budget of RhoJTh and/or LES budgets with th
LOGICAL :: LBUDGET_TKE! flag to compute budget of RhoJTke and/or LES budgets with Tke
LOGICAL :: LBUDGET_RV ! flag to compute budget of RhoJrv and/or LES budgets with rv
LOGICAL :: LBUDGET_RC ! flag to compute budget of RhoJrc and/or LES budgets with rc
LOGICAL :: LBUDGET_RR ! flag to compute budget of RhoJrr and/or LES budgets with rr
LOGICAL :: LBUDGET_RI ! flag to compute budget of RhoJri and/or LES budgets with ri
LOGICAL :: LBUDGET_RS ! flag to compute budget of RhoJrs and/or LES budgets with rs
LOGICAL :: LBUDGET_RG ! flag to compute budget of RhoJrg and/or LES budgets with rg
LOGICAL :: LBUDGET_RH ! flag to compute budget of RhoJrh and/or LES budgets with rh
LOGICAL :: LBUDGET_SV ! flag to compute budget of RhoJsv and/or LES budgets with sv
!
END MODULE MODD_BUDGET