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stats_zt_module.F90
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stats_zt_module.F90
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!---------------------------------------------------------------------------
! $Id$
!===============================================================================
module stats_zt_module
implicit none
private ! Default Scope
public :: stats_init_zt
! Constant parameters
integer, parameter, public :: nvarmax_zt = 800 ! Maximum variables allowed
contains
!=============================================================================
subroutine stats_init_zt( vars_zt, l_error )
! Description:
! Initializes array indices for stats_zt
! Note:
! All code that is within subroutine stats_init_zt, including variable
! allocation code, is not called if l_stats is false. This subroutine is
! called only when l_stats is true.
!-----------------------------------------------------------------------
use constants_clubb, only: &
fstderr ! Constant(s)
use stats_variables, only: &
ithlm, & ! Variable(s)
iT_in_K, &
ithvm, &
irtm, &
ircm, &
irfrzm, &
irvm, &
ium, &
ivm, &
iwm_zt, &
ium_ref, &
ivm_ref, &
iug, &
ivg, &
icloud_frac, &
iice_supersat_frac, &
ircm_in_layer, &
ircm_in_cloud, &
icloud_cover, &
ip_in_Pa, &
iexner, &
irho_ds_zt, &
ithv_ds_zt, &
iLscale
use stats_variables, only: &
iwp3, & ! Variable(s)
ithlp3, &
irtp3, &
iwpthlp2, &
iwp2thlp, &
iwprtp2, &
iwp2rtp, &
iLscale_up, &
iLscale_down, &
itau_zt, &
iKh_zt, &
iwp2thvp, &
iwp2rcp, &
iwprtpthlp, &
irc_coef, &
isigma_sqd_w_zt, &
iSkw_zt, &
iSkthl_zt, &
iSkrt_zt, &
ircm_supersat_adj
use stats_variables, only: &
ihm_1, & ! Variable(s)
ihm_2, &
iprecip_frac, &
iprecip_frac_1, &
iprecip_frac_2, &
iNcnm
use stats_variables, only: &
imu_hm_1, & ! Variable(s)
imu_hm_2, &
imu_Ncn_1, &
imu_Ncn_2, &
imu_hm_1_n, &
imu_hm_2_n, &
imu_Ncn_1_n, &
imu_Ncn_2_n, &
isigma_hm_1, &
isigma_hm_2, &
isigma_Ncn_1, &
isigma_Ncn_2, &
isigma_hm_1_n, &
isigma_hm_2_n, &
isigma_Ncn_1_n, &
isigma_Ncn_2_n
use stats_variables, only: &
icorr_w_chi_1_ca, & ! Variable(s)
icorr_w_chi_2_ca, &
icorr_w_eta_1_ca, &
icorr_w_eta_2_ca, &
icorr_w_hm_1, &
icorr_w_hm_2, &
icorr_w_Ncn_1, &
icorr_w_Ncn_2, &
icorr_chi_eta_1_ca, &
icorr_chi_eta_2_ca, &
icorr_chi_hm_1, &
icorr_chi_hm_2, &
icorr_chi_Ncn_1, &
icorr_chi_Ncn_2, &
icorr_eta_hm_1, &
icorr_eta_hm_2, &
icorr_eta_Ncn_1, &
icorr_eta_Ncn_2, &
icorr_Ncn_hm_1, &
icorr_Ncn_hm_2, &
icorr_hmx_hmy_1, &
icorr_hmx_hmy_2
use stats_variables, only: &
icorr_w_hm_1_n, & ! Variable(s)
icorr_w_hm_2_n, &
icorr_w_Ncn_1_n, &
icorr_w_Ncn_2_n, &
icorr_chi_hm_1_n, &
icorr_chi_hm_2_n, &
icorr_chi_Ncn_1_n, &
icorr_chi_Ncn_2_n, &
icorr_eta_hm_1_n, &
icorr_eta_hm_2_n, &
icorr_eta_Ncn_1_n, &
icorr_eta_Ncn_2_n, &
icorr_Ncn_hm_1_n, &
icorr_Ncn_hm_2_n, &
icorr_hmx_hmy_1_n, &
icorr_hmx_hmy_2_n
use stats_variables, only: &
irel_humidity, &
irho, &
iNcm, &
iNc_in_cloud, &
iNc_activated, &
iNccnm, &
isnowslope, &
ised_rcm, &
irsat, &
irsati, &
irrm, &
iNrm, &
iprecip_rate_zt, &
iradht, &
iradht_LW, &
iradht_SW, &
idiam, &
imass_ice_cryst, &
ircm_icedfs, &
iu_T_cm, &
im_vol_rad_rain, &
im_vol_rad_cloud, &
irsm, &
irgm, &
irim
use stats_variables, only: &
ieff_rad_cloud, &
ieff_rad_ice, &
ieff_rad_snow, &
ieff_rad_rain, &
ieff_rad_graupel
use stats_variables, only: &
irtm_bt, &
irtm_ma, &
irtm_ta, &
irtm_forcing, &
irtm_mc, &
irtm_sdmp, &
ircm_mc, &
ircm_sd_mg_morr, &
irvm_mc, &
irtm_mfl, &
irtm_tacl, &
irtm_cl, &
irtm_pd, &
ithlm_bt, &
ithlm_ma, &
ithlm_ta, &
ithlm_forcing, &
ithlm_mc, &
ithlm_sdmp
use stats_variables, only: &
ithlm_mfl, &
ithlm_tacl, &
ithlm_cl, &
iwp3_bt, &
iwp3_ma, &
iwp3_ta, &
iwp3_tp, &
iwp3_ac, &
iwp3_bp1, &
iwp3_bp2, &
iwp3_pr1, &
iwp3_pr2, &
iwp3_pr3, &
iwp3_dp1, &
iwp3_sdmp, &
iwp3_cl, &
iwp3_splat
use stats_variables, only: &
irtp3_bt, &
irtp3_tp, &
irtp3_ac, &
irtp3_dp, &
ithlp3_bt, &
ithlp3_tp, &
ithlp3_ac, &
ithlp3_dp
! Monotonic flux limiter diagnostic variables
use stats_variables, only: &
ithlm_mfl_min, &
ithlm_mfl_max, &
irtm_mfl_min, &
irtm_mfl_max, &
ithlm_enter_mfl, &
ithlm_exit_mfl, &
ithlm_old, &
ithlm_without_ta, &
irtm_enter_mfl, &
irtm_exit_mfl, &
irtm_old, &
irtm_without_ta
use stats_variables, only: &
irrm_bt, &
irrm_ma, &
irrm_ta, &
irrm_sd, &
irrm_ts, &
irrm_sd_morr, &
irrm_evap, &
irrm_auto, &
irrm_accr, &
irrm_evap_adj, &
irrm_src_adj, &
irrm_mc_nonadj, &
irrm_mc, &
irrm_hf
use stats_variables, only: &
irrm_wvhf, &
irrm_cl, &
iNrm_bt, &
iNrm_ma, &
iNrm_ta, &
iNrm_sd, &
iNrm_ts, &
iNrm_evap, &
iNrm_auto, &
iNrm_evap_adj, &
iNrm_src_adj, &
iNrm_mc, &
iNrm_cl
use stats_variables, only: &
irsm_bt, &
irsm_ma, &
irsm_sd, &
irsm_sd_morr, &
irsm_ta, &
irsm_mc, &
irsm_hf, &
irsm_wvhf, &
irsm_cl, &
irgm_bt, &
irgm_ma, &
irgm_sd, &
irgm_sd_morr, &
irgm_ta, &
irgm_mc
use stats_variables, only: &
irgm_hf, &
irgm_wvhf, &
irgm_cl, &
irim_bt, &
irim_ma, &
irim_sd, &
irim_sd_mg_morr, &
irim_ta, &
irim_mc, &
irim_hf, &
irim_wvhf, &
irim_cl
use stats_variables, only: &
ivm_bt, &
ivm_ma, &
ivm_gf, &
ivm_cf, &
ivm_ta, &
ivm_f, &
ivm_sdmp, &
ivm_ndg, &
ivm_mfl, &
ium_bt, &
ium_ma, &
ium_gf, &
ium_cf, &
ium_ta, &
ium_f, &
ium_sdmp, &
ium_ndg, &
ium_mfl
use stats_variables, only: &
imixt_frac, & ! Variable(s)
iw_1, &
iw_2, &
ivarnce_w_1, &
ivarnce_w_2, &
ithl_1, &
ithl_2, &
ivarnce_thl_1, &
ivarnce_thl_2, &
irt_1, &
irt_2, &
ivarnce_rt_1, &
ivarnce_rt_2, &
irc_1, &
irc_2, &
irsatl_1, &
irsatl_2, &
icloud_frac_1, &
icloud_frac_2
use stats_variables, only: &
ichi_1, &
ichi_2, &
istdev_chi_1, &
istdev_chi_2, &
ichip2, &
istdev_eta_1, &
istdev_eta_2, &
icovar_chi_eta_1, &
icovar_chi_eta_2, &
icorr_w_chi_1, &
icorr_w_chi_2, &
icorr_w_eta_1, &
icorr_w_eta_2, &
icorr_chi_eta_1, &
icorr_chi_eta_2, &
icorr_w_rt_1, &
icorr_w_rt_2, &
icorr_w_thl_1, &
icorr_w_thl_2, &
icorr_rt_thl_1, &
icorr_rt_thl_2, &
icrt_1, &
icrt_2, &
icthl_1, &
icthl_2
use stats_variables, only: &
iF_w, &
iF_rt, &
iF_thl, &
imin_F_w, &
imax_F_w, &
imin_F_rt, &
imax_F_rt, &
imin_F_thl, &
imax_F_thl
use stats_variables, only: &
icoef_wprtp2_implicit, &
iterm_wprtp2_explicit, &
icoef_wpthlp2_implicit, &
iterm_wpthlp2_explicit, &
icoef_wprtpthlp_implicit, &
iterm_wprtpthlp_explicit, &
icoef_wp2rtp_implicit, &
iterm_wp2rtp_explicit, &
icoef_wp2thlp_implicit, &
iterm_wp2thlp_explicit
use stats_variables, only: &
iwp2_zt, &
ithlp2_zt, &
iwpthlp_zt, &
iwprtp_zt, &
irtp2_zt, &
irtpthlp_zt, &
iup2_zt, &
ivp2_zt, &
iupwp_zt, &
ivpwp_zt
use stats_variables, only: &
ihmp2_zt
use stats_variables, only: &
stats_zt, &
isclrm, &
isclrm_f, &
iedsclrm, &
iedsclrm_f
use stats_variables, only: &
iNsm, & ! Variable(s)
iNrm, &
iNgm, &
iNim, &
iNsm_bt, &
iNsm_mc, &
iNsm_ma, &
iNsm_ta, &
iNsm_sd, &
iNsm_cl, &
iNgm_bt, &
iNgm_mc, &
iNgm_ma, &
iNgm_ta, &
iNgm_sd, &
iNgm_cl, &
iNim_bt, &
iNim_mc, &
iNim_ma, &
iNim_ta, &
iNim_sd, &
iNim_cl
use stats_variables, only: &
iNcm_bt, &
iNcm_mc, &
iNcm_ma, &
iNcm_ta, &
iNcm_cl, &
iNcm_act
use stats_variables, only: &
iw_KK_evap_covar_zt, &
irt_KK_evap_covar_zt, &
ithl_KK_evap_covar_zt, &
iw_KK_auto_covar_zt, &
irt_KK_auto_covar_zt, &
ithl_KK_auto_covar_zt, &
iw_KK_accr_covar_zt, &
irt_KK_accr_covar_zt, &
ithl_KK_accr_covar_zt, &
irr_KK_mvr_covar_zt, &
iNr_KK_mvr_covar_zt, &
iKK_mvr_variance_zt
use stats_variables, only: &
iC11_Skw_fnc, & ! Variable(s)
ichi, &
iwp3_on_wp2_zt, &
ia3_coef_zt
use stats_variables, only: &
iLscale_pert_1, & ! Variable(s)
iLscale_pert_2
use stats_variables, only: &
iPSMLT, & ! Variable(s)
iEVPMS, &
iPRACS, &
iEVPMG, &
iPRACG, &
iPGMLT, &
iMNUCCC, &
iPSACWS, &
iPSACWI, &
iQMULTS, &
iQMULTG, &
iPSACWG, &
iPGSACW, &
iPRD, &
iPRCI, &
iPRAI, &
iQMULTR, &
iQMULTRG,&
iMNUCCD, &
iPRACI, &
iPRACIS, &
iEPRD, &
iMNUCCR, &
iPIACR, &
iPIACRS, &
iPGRACS, &
iPRDS, &
iEPRDS, &
iPSACR, &
iPRDG, &
iEPRDG
use stats_variables, only: &
iNGSTEN, & ! Lots of variable(s)
iNRSTEN, &
iNISTEN, &
iNSSTEN, &
iNCSTEN, &
iNPRC1, &
iNRAGG, &
iNPRACG, &
iNSUBR, &
iNSMLTR, &
iNGMLTR, &
iNPRACS, &
iNNUCCR, &
iNIACR, &
iNIACRS, &
iNGRACS, &
iNSMLTS, &
iNSAGG, &
iNPRCI, &
iNSCNG, &
iNSUBS, &
iPRC, &
iPRA, &
iPRE
use stats_variables, only: &
iPCC, &
iNNUCCC, &
iNPSACWS, &
iNPRA, &
iNPRC, &
iNPSACWI, &
iNPSACWG, &
iNPRAI, &
iNMULTS, &
iNMULTG, &
iNMULTR, &
iNMULTRG, &
iNNUCCD, &
iNSUBI, &
iNGMLTG, &
iNSUBG, &
iNACT, &
iSIZEFIX_NR, &
iSIZEFIX_NC, &
iSIZEFIX_NI, &
iSIZEFIX_NS, &
iSIZEFIX_NG, &
iNEGFIX_NR, &
iNEGFIX_NC, &
iNEGFIX_NI, &
iNEGFIX_NS, &
iNEGFIX_NG, &
iNIM_MORR_CL, &
iQC_INST, &
iQR_INST, &
iQI_INST, &
iQS_INST, &
iQG_INST, &
iNC_INST, &
iNR_INST, &
iNI_INST, &
iNS_INST, &
iNG_INST, &
iT_in_K_mc
use stats_variables, only: &
iwp2hmp, & ! Variable(s)
icloud_frac_refined, &
ircm_refined, &
ihl_on_Cp_residual, &
iqto_residual
use stats_type_utilities, only: &
stat_assign ! Procedure
use parameters_model, only: &
hydromet_dim, & ! Variable(s)
sclr_dim, &
edsclr_dim
use array_index, only: &
hydromet_list, & ! Variable(s)
l_mix_rat_hm
implicit none
! External
intrinsic :: trim
! Local Constants
! Input Variable
character(len= * ), dimension(nvarmax_zt), intent(in) :: vars_zt
! Input / Output Variable
logical, intent(inout) :: l_error
! Local Varables
integer :: tot_zt_loops
integer :: i, j, k
integer :: hm_idx, hmx_idx, hmy_idx
character(len=10) :: hm_type, hmx_type, hmy_type
character(len=50) :: sclr_idx
! The default initialization for array indices for stats_zt is zero (see module
! stats_variables)
! Allocate and initialize hydrometeor statistical variables.
allocate( ihm_1(1:hydromet_dim) )
allocate( ihm_2(1:hydromet_dim) )
allocate( imu_hm_1(1:hydromet_dim) )
allocate( imu_hm_2(1:hydromet_dim) )
allocate( imu_hm_1_n(1:hydromet_dim) )
allocate( imu_hm_2_n(1:hydromet_dim) )
allocate( isigma_hm_1(1:hydromet_dim) )
allocate( isigma_hm_2(1:hydromet_dim) )
allocate( isigma_hm_1_n(1:hydromet_dim) )
allocate( isigma_hm_2_n(1:hydromet_dim) )
allocate( icorr_w_hm_1(1:hydromet_dim) )
allocate( icorr_w_hm_2(1:hydromet_dim) )
allocate( icorr_chi_hm_1(1:hydromet_dim) )
allocate( icorr_chi_hm_2(1:hydromet_dim) )
allocate( icorr_eta_hm_1(1:hydromet_dim) )
allocate( icorr_eta_hm_2(1:hydromet_dim) )
allocate( icorr_Ncn_hm_1(1:hydromet_dim) )
allocate( icorr_Ncn_hm_2(1:hydromet_dim) )
allocate( icorr_hmx_hmy_1(1:hydromet_dim,1:hydromet_dim) )
allocate( icorr_hmx_hmy_2(1:hydromet_dim,1:hydromet_dim) )
allocate( icorr_w_hm_1_n(1:hydromet_dim) )
allocate( icorr_w_hm_2_n(1:hydromet_dim) )
allocate( icorr_chi_hm_1_n(1:hydromet_dim) )
allocate( icorr_chi_hm_2_n(1:hydromet_dim) )
allocate( icorr_eta_hm_1_n(1:hydromet_dim) )
allocate( icorr_eta_hm_2_n(1:hydromet_dim) )
allocate( icorr_Ncn_hm_1_n(1:hydromet_dim) )
allocate( icorr_Ncn_hm_2_n(1:hydromet_dim) )
allocate( icorr_hmx_hmy_1_n(1:hydromet_dim,1:hydromet_dim) )
allocate( icorr_hmx_hmy_2_n(1:hydromet_dim,1:hydromet_dim) )
allocate( ihmp2_zt(1:hydromet_dim) )
allocate( iwp2hmp(1:hydromet_dim) )
ihm_1(:) = 0
ihm_2(:) = 0
imu_hm_1(:) = 0
imu_hm_2(:) = 0
imu_hm_1_n(:) = 0
imu_hm_2_n(:) = 0
isigma_hm_1(:) = 0
isigma_hm_2(:) = 0
isigma_hm_1_n(:) = 0
isigma_hm_2_n(:) = 0
icorr_w_hm_1(:) = 0
icorr_w_hm_2(:) = 0
icorr_chi_hm_1(:) = 0
icorr_chi_hm_2(:) = 0
icorr_eta_hm_1(:) = 0
icorr_eta_hm_2(:) = 0
icorr_Ncn_hm_1(:) = 0
icorr_Ncn_hm_2(:) = 0
icorr_hmx_hmy_1(:,:) = 0
icorr_hmx_hmy_2(:,:) = 0
icorr_w_hm_1_n(:) = 0
icorr_w_hm_2_n(:) = 0
icorr_chi_hm_1_n(:) = 0
icorr_chi_hm_2_n(:) = 0
icorr_eta_hm_1_n(:) = 0
icorr_eta_hm_2_n(:) = 0
icorr_Ncn_hm_1_n(:) = 0
icorr_Ncn_hm_2_n(:) = 0
icorr_hmx_hmy_1_n(:,:) = 0
icorr_hmx_hmy_2_n(:,:) = 0
ihmp2_zt(:) = 0
iwp2hmp(:) = 0
! Allocate and then zero out passive scalar arrays
allocate( isclrm(1:sclr_dim) )
allocate( isclrm_f(1:sclr_dim) )
isclrm(:) = 0
isclrm_f(:) = 0
allocate( iedsclrm(1:edsclr_dim) )
allocate( iedsclrm_f(1:edsclr_dim) )
iedsclrm(:) = 0
iedsclrm_f(:) = 0
! Assign pointers for statistics variables stats_zt using stat_assign
tot_zt_loops = stats_zt%num_output_fields
if ( any( vars_zt == "hm_i" ) ) then
! Correct for number of variables found under "hm_i".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "hm_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "mu_hm_i" ) ) then
! Correct for number of variables found under "mu_hm_i".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "mu_hm_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "mu_Ncn_i" ) ) then
! Correct for number of variables found under "mu_Ncn_i".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "mu_Ncn_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "mu_hm_i_n" ) ) then
! Correct for number of variables found under "mu_hm_i_n".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "mu_hm_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "mu_Ncn_i_n" ) ) then
! Correct for number of variables found under "mu_Ncn_i_n".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "mu_Ncn_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "sigma_hm_i" ) ) then
! Correct for number of variables found under "sigma_hm_i".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "sigma_hm_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "sigma_Ncn_i" ) ) then
! Correct for number of variables found under "sigma_Ncn_i".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "sigma_Ncn_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "sigma_hm_i_n" ) ) then
! Correct for number of variables found under "sigma_hm_i_n".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "sigma_hm_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "sigma_Ncn_i_n" ) ) then
! Correct for number of variables found under "sigma_Ncn_i_n".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "sigma_Ncn_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_w_hm_i" ) ) then
! Correct for number of variables found under "corr_whm_i".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "corr_whm_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_w_Ncn_i" ) ) then
! Correct for number of variables found under "corr_wNcn_i".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "corr_wNcn_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_chi_hm_i" ) ) then
! Correct for number of variables found under "corr_chi_hm_i".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "corr_chi_hm_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_chi_Ncn_i" ) ) then
! Correct for number of variables found under "corr_chi_Ncn_i".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "corr_chi_Ncn_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_eta_hm_i" ) ) then
! Correct for number of variables found under "corr_eta_hm_i".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "corr_eta_hm_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_eta_Ncn_i" ) ) then
! Correct for number of variables found under "corr_eta_Ncn_i".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "corr_eta_Ncn_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_Ncn_hm_i" ) ) then
! Correct for number of variables found under "corr_Ncnhm_i".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "corr_Ncnhm_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_hmx_hmy_i" ) ) then
! Correct for number of variables found under "corr_hmxhmy_i".
! Subtract 2 (1st PDF component and 2nd PDF component) multipled by the
! number of correlations of two hydrometeors, which is found by:
! (1/2) * hydromet_dim * ( hydromet_dim - 1 ); from the loop size.
tot_zt_loops = tot_zt_loops - hydromet_dim * ( hydromet_dim - 1 )
! Add 1 for "corr_hmxhmy_i" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_w_hm_i_n" ) ) then
! Correct for number of variables found under "corr_whm_i_n".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "corr_whm_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_w_Ncn_i_n" ) ) then
! Correct for number of variables found under "corr_wNcn_i_n".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "corr_wNcn_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_chi_hm_i_n" ) ) then
! Correct for number of variables found under "corr_chi_hm_i_n".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "corr_chi_hm_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_chi_Ncn_i_n" ) ) then
! Correct for number of variables found under "corr_chi_Ncn_i_n".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "corr_chi_Ncn_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_eta_hm_i_n" ) ) then
! Correct for number of variables found under "corr_eta_hm_i_n".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "corr_eta_hm_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_eta_Ncn_i_n" ) ) then
! Correct for number of variables found under "corr_eta_Ncn_i_n".
! Subtract 2 from the loop size (1st PDF comp. and 2nd PDF comp.).
tot_zt_loops = tot_zt_loops - 2
! Add 1 for "corr_eta_Ncn_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_Ncn_hm_i_n" ) ) then
! Correct for number of variables found under "corr_Ncnhm_i_n".
! Subtract 2 from the loop size (1st PDF component and 2nd PDF component)
! for each hydrometeor.
tot_zt_loops = tot_zt_loops - 2 * hydromet_dim
! Add 1 for "corr_Ncnhm_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "corr_hmx_hmy_i_n" ) ) then
! Correct for number of variables found under "corr_hmxhmy_i_n".
! Subtract 2 (1st PDF component and 2nd PDF component) multipled by the
! number of normal space correlations of two hydrometeors, which is found
! by: (1/2) * hydromet_dim * ( hydromet_dim - 1 );
! from the loop size.
tot_zt_loops = tot_zt_loops - hydromet_dim * ( hydromet_dim - 1 )
! Add 1 for "corr_hmxhmy_i_n" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "hmp2_zt" ) ) then
! Correct for number of variables found under "hmp2_zt".
! Subtract 1 from the loop size for each hydrometeor.
tot_zt_loops = tot_zt_loops - hydromet_dim
! Add 1 for "hmp2_zt" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "wp2hmp" ) ) then
! Correct for number of variables found under "wp2hmp".
! Subtract 1 from the loop size for each hydrometeor.
tot_zt_loops = tot_zt_loops - hydromet_dim
! Add 1 for "wp2hmp" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "sclrm" ) ) then
! Correct for number of variables found under "sclrm".
! Subtract 1 from the loop size for each scalar.
tot_zt_loops = tot_zt_loops - sclr_dim
! Add 1 for "sclrm" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "sclrm_f" ) ) then
! Correct for number of variables found under "sclrm_f".
! Subtract 1 from the loop size for each scalar.
tot_zt_loops = tot_zt_loops - sclr_dim
! Add 1 for "sclrm_f" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "edsclrm" ) ) then
! Correct for number of variables found under "edsclrm".
! Subtract 1 from the loop size for each scalar.
tot_zt_loops = tot_zt_loops - edsclr_dim
! Add 1 for "edsclrm" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
if ( any( vars_zt == "edsclrm_f" ) ) then
! Correct for number of variables found under "edsclrm_f".
! Subtract 1 from the loop size for each scalar.
tot_zt_loops = tot_zt_loops - edsclr_dim
! Add 1 for "edsclrm_f" to the loop size.
tot_zt_loops = tot_zt_loops + 1
endif
k = 1
do i = 1, tot_zt_loops
select case ( trim( vars_zt(i) ) )
case ('thlm')
ithlm = k
call stat_assign( var_index=ithlm, var_name="thlm", &
var_description="Liquid water potential temperature (theta_l) [K]", var_units="K", &
l_silhs=.false., grid_kind=stats_zt )
k = k + 1
case ('T_in_K')
iT_in_K = k
call stat_assign( var_index=iT_in_K, var_name="T_in_K", &
var_description="Absolute temperature [K]", var_units="K", l_silhs=.false., &
grid_kind=stats_zt )
k = k + 1
case ('thvm')
ithvm = k
call stat_assign( var_index=ithvm, var_name="thvm", &
var_description="Virtual potential temperature [K]", var_units="K", l_silhs=.false., &
grid_kind=stats_zt )
k = k + 1
case ('rtm')
irtm = k
call stat_assign( var_index=irtm, var_name="rtm", &
var_description="Total (vapor+liquid) water mixing ratio [kg/kg]", &
var_units="kg/kg", l_silhs=.false., grid_kind=stats_zt )
k = k + 1
case ('rcm')
ircm = k
call stat_assign( var_index=ircm, var_name="rcm", &