Symbol Description Uses
k Calculate [rho(T,S,p)-Rho_0] of a slice 18386
k Calculate [rho(T,S,p)-Rho_0] of a slice 0
k level index 0
k level index 0
k Loop counters 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Loop counters 0
k vertical & tile indices for this calculation 0
k Index of layer. 0
k Loop counters 0
K Loop counters 3580
k tile and level indices 0
k loop counter 0
k Loop counters 0
k loop counter 0
k Loop counters 0
k Loop counters 0
k Loop counters. 0
K Loop counters 0
k Loop counters 0
k indices 0
k indices 0
k Level index 0
k level & tile indices 0
k level index 0
k level & tile indices 0
k loop indices 0
k loop indices 0
k current level index 0
k Level of Theta/Salt slice 0
k Level of Theta/Salt slice 0
k loop counter 0
k Level of Theta/Salt slice 0
k Level of Salt slice 0
k current level index 0
k Loop counters 0
k Loop counters 0
k loop index 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k loop counters 0
k loop counter 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k loop index 0
k Loop counters 0
k loop index 0
k tile and level indices 0
k loop counter 0
k vertical index 0
k Loop counters 0
k loop index 0
k Current vertical level index 0
k Current vertical level index 0
k vertical index 0
k Calculate [rho(T,S,p)-Rho_0] of a slice 0
k Calculate [rho(T,S,p)-Rho_0] of a slice 0
k loop indices 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k loop counter 0
k Loop counters 0
k loop counters 0
k loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k loop counter 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Loop counters 0
k loop indices 0
k loop indices 0
k current vertical index 0
k Current vertical level index 0
k Current vertical level index 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k sea surface temperature (K) 0
k vertical level 0
k vertical level 0
k current level 0
k current level 0
k loop indices 0
k level of inpFld array to add to cumFld array 0
k level and tile indices of inpFld array to add to cumFld array 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k level and tile indices used for weighting (mask,area ...) 0
k level and tile indices used for weighting (mask,area ...) 0
k level and tile indices used for weighting (mask,area ...) 0
k level and tile indices used for weighting (mask,area ...) 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k current vertical index 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop index 0
k Current vertical level index 0
k vertical level 0
k vertical level 0
k vertical level 0
k loop indices 0
k loop indices 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical index 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k loop indices 0
k vertical level 0
k vertical level 0
k vertical level 0
k loop indices 0
k loop indices 0
k current level index 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k array computation indices 0
k Loop counters 0
k Loop counters 0
k loop indices 0
k current level index 0
k level index 0
k current level index 0
k current level index 0
K Loop counters 0
k Current vertical level index 0
k Current vertical level index 0
K loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
K loop indices 0
k tile indices current flux and KPP ghat level index 0
k current flux and KPP ghat level index 0
k loop counters 0
k loop indices 0
k loop counter 0
k loop index 0
k loop counter 0
k loop counters 0
k vertical index for model grid 0
k vertical index for model grid 0
k vertical index for model grid 0
k index array (output) 0
k loop index 0
k index 0
k level and tile indices of inFld array to add to cumFld array 0
k vertical index for model grid 0
k loop counter 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k indices to array arr 0
k indices to array arr 0
k indices to array arr 0
k indices to array arr 0
k indices to array arr 0
k indices to array arr 0
k indices to array arr 0
k indices to array arr 0
k loop indices 0
k vertical level 0
k vertical level 0
k current level index 0
k vertical level 0
k vertical level 0
k loop counter 0
k vertical level 0
k loop indices 0
k vertical level 0
k vertical level 0
k loop indices 0
k vertical level 0
k vertical level 0
k vertical level 0
k loop indices 0
k vertical level 0
k vertical level 0
k loop indices 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k current vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k vertical level 0
k current vertical level 0
k Loop counters 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k loop indices 0
K Loop counters 0
k loop indices 0
k loop indices 0
K loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k loop indices 0
k current level index 0
k loop indices 0
k loop indices 0
k loop indices 0
k Loop counters 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k vertical level 0
k loop counter 0
k loop indices 0
k Loop counters 0
k vertical level number 0
k tile indices 0
k loop indices 0
k vertical level number 0
k loop indices 0
k loop indices 0
k vertical level index 0
k loop indices 0
k loop indices 0
k Current vertical level index 0
k Current vertical level index 0
k index over layers 0
k Loop counters 0
k loop indices 0
k inner loop counters 0
k loop indices 0
k loop indices 0
k inner loop counters 0
k Loop counters 0
k Loop counters 0
k inner loop counters 0
k inner loop counters 0
k inner loop counters 0
k inner loop counters 0
k surface level index 0
k inner loop counters 0
k loop indices 0
k loop index 0
k loop index 0
K loop counters 0
k vertical level 0
k vertical level 0
k loop indices 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Loop counters 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k vertical level number 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k Current vertical level index 0
k0 Light attentuation coefficient 14
k0 Light attentuation coefficient for water [1/m] 0
k0 light attentuation coefficient (1/m) 0
k0local 12
k1 coefficients at C and Z points 82
k1 coefficients at C, U, and V points 0
K1 33
k12 thermal conductivity terms 28
k123p 16
k12p 24
k1AtC 13
k1AtC_str 36
k1AtU 5
k1AtV 6
k1AtZ 7
k1local 50
k1plocal 32
k2 472
K2 7
k2_lsc 18
k2_mdt 12
k2AtC 15
k2AtC_str 36
k2AtU 7
k2atU 1
k2AtV 6
k2atV 1
k2AtZ 8
k2local 22
K2m1 1
k2m1 4
K2p1 1
k2p1 1
k2plocal 20
k2smooth 5
k32 thermal conductivity terms 11
K3D The three dimensional eddy mixing coeffixint [m**2/s] 32
k3plocal 16
k_Fe Dissolved Fe uptake half-saturation constant 5
k_Fe2d 6
k_Fe_diaz Dissolved Fe uptake half-saturation constant for diazotrophs 5
k_Fe_diaz2d 6
k_FetoN Half-saturation cellular Fe:N 5
K_icefront 7
k_icefront 4
k_lowC 1
k_NO3 Nitrate uptake half-saturation constant 5
k_no3 1
k_O2 Half-saturation constant for aerobic respiration 5
k_PO4 Phosphate uptake half-saturation constant 5
k_PtoN Half-saturation cellular P:N 5
kA 7
ka 28
kall 5
kapGM 31
KapGM 4
kapgm 2
kapgm_errfile 8
kappa 32
kappa_eppley Temperature dependence of growth 5
kappa_eppley_diaz Temperature dependence of growth for diazotrophs 5
kappa_remin Temperature dependence of remineralization 5
KappaE (local) diffusivity parameter for TKE (eq.15) 8
KappaH (local) diffusivity parameter for temperature (eq.11) 3
KappaM (local) viscosity parameter (eq.10) 10
KappaR 2-D array for vertical diffusion coefficient, interf k 6
KappaR vertical diffusivity 0
KappaRk vertical diffusion coefficient 11
KappaRk Vertical diffusion for Salinity 0
KappaRk Vertical diffusion for Tempertature 0
kappaRk Total diffusion in vertical, all levels, 1 tracer 21
kappaRk Total diffusion in vertical, all levels, 1 tracer 0
KappaRk vertical diffusion used for one passive tracer 0
KappaRS vertical diffusivity array 5
kappaRS 3
KappaRT vertical diffusivity array 5
kappaRT background diffusivities for temperature and salinity 3
KappaRTr Net diffusivity for this tracer (trIdentity) 24
kappaRU vertical viscosity at U points 61
kappaRU Total vertical viscosity for zonal flow. 0
kappaRU vertical viscosity for velocity U-component 0
kappaRU vertical viscosity 0
kappaRU vertical viscosity 0
KappaRU vertical viscosity 27
kappaRU vertical viscosity 0
kappaRU vertical viscosity 0
kappaRV vertical viscosity at V points 59
kappaRV Total vertical viscosity for meridional flow. 0
kappaRV vertical viscosity for velocity V-component 0
kappaRV vertical viscosity 0
kappaRV vertical viscosity 0
KappaRV vertical viscosity 29
kappaRV vertical viscosity 0
kappaRV vertical viscosity 0
kappaRX 3-D array for vertical diffusion coefficient 5
KappaRx vertical diffusivity array 48
KappaRx vertical diffusivity array 0
KappaRx vertical diffusivity array 0
KappaRx vertical diffusivity array 0
KappaRx vertical diffusivity array 0
KappaRx vertical diffusivity array 0
KappaRX 11
kapRedi 36
KapRedi 4
kapredi 2
kapredi_errfile 8
kArg if >0: apply AB on tendency at level k=kArg if =0: apply AB on state variable and process all levels 88
kArg if >0: apply AB on tendency at level k=kArg if =0: apply AB on state variable and process all levels 0
kArg = 0 -> do the k-loop here and treat all levels 0
kArg = 0 -> do the k-loop here and treat all levels 0
kArg = 0 -> do the k-loop here and treat all levels 0
kArg = 0 -> do the k-loop here and treat all levels 0
kArg = 0 -> do the k-loop here and treat all levels 0
kArg = 0 -> do the k-loop here and treat all levels 0
kArg = 0 -> do the k-loop here and treat all levels 0
kArg index of current level which OBC apply to 0
kArg index of current level which OBC apply to 0
kArg index of current level which OBC applies to 0
kArg index of current level which OBC apply to 0
kArg index of current level which OBC applies to 0
kArg = 0 -> do the k-loop here and treat all levels 0
karman von Karman constant 15
Katm loop counters 45
Katm Loop counters 0
kbl 31
kblocal 20
kBot k index of bottommost wet grid box 14
kBot k index of bottommost wet grid 0
kBottom bottom level 55
kBottom Vertical index of bottom grid cell. 0
kBottom vertical indices of domain boundaries 0
kbottom 4
KbryanLewis79 6
KbryanLewisEQ 4
kc 77
kcheck 17
kchl Light attentuation coefficient fct of chlorophyll [m2/mg] 6
kci index from CellIndex 44
kci index from CellIndex 0
kcip1 10
kCnt 5
kcr 1
KCR 3
kcur 14
kd 49
kd0 28
kd1 1
kday 1
kdeep 8
kdfs0 6
kdfs1 6
kdiag number of levels associated with the diagnostic 82
kdiag number of levels associated with the diagnostic 0
kDiffCyl Diffusion coefficient 6
kdimLoc Max Number of Levels (in data.diagnostics) 5
kDir 10
kDonor 22
KDOPRemin DOP remineralization rate (1/s) = 1/(6 month) 5
KDOPremin 2
kDown Index for interface above and below. kUp and kDown are 75
kDown index into 2 1/2D array, toggles between 2|1 0
kDown index into 2 1/2D array, toggles between 2|1 0
kDown index into 2 1/2D array, toggles between 2 and 1 0
kDown index into 2 1/2D array, toggles between 2|1 0
kDown index into 2 1/2D array, toggles between 2 and 1 0
kdown temporary placeholder 5
kDown toggle indices for even/odd level fluxes 0
Kdqdx diffusivity multiplied by zonal PV gradient 6
KdqdxInt column integral of K*dqdx (sum K*dqdx*dz) 5
Kdqdy diffusivity multiplied by meridional PV gradient 6
KdqdyInt column integral of K*dqdy (sum K*dqdy*dz) 5
kDw index into 2 1/2D array, toggles between 2 and 1 75
KE Kinetic Energy 85
KE Kinetic energy 0
KE Kinetic energy 0
KE Kinetic energy 0
KE Kinetic energy 0
KE Kinetic energy 0
KE Kinetic energy 0
KE Kinetic energy 0
kEnd 50
KEscheme spacial discretisation scheme for KE 7
KEtave Kinetic Energy 0
key 2
key1 8
key2 8
key3 8
key_in 4
keZpt 5
kF 39
KFE half saturation fe constant (mol/m3) 6
KFe 1
kFe_eq_lig_Femin Constant having to do with photodissociation 5
kFe_eq_lig_irr Iron ligand stability constant 5
kFe_eq_lig_max Maximum Fe-ligand stability constant 5
KFe_eq_lig_max 1
kFe_eq_lig_min Minimum Fe-ligand stability constant 5
kFe_inorg Inorganic scavenging rate 5
kFe_org Organic-matter dependent scavenging rate 4
kFE_org 1
kFillW 4
kFirst 31
kfloat target depth of float. 52
kflocal 16
kFr 14
kfx 1
KFX 5
kg index for looping though layers_bounds 70
kg index for looping though layers_bounds 0
kgc 6
kgcw 5
kgen 141
kgen3d 6
kgen_lsc 17
KGEO 14
kght0 6
kght1 6
kGloPos 5
Kgm_tmp 6
kGrd Ground level index (2-dim) 51
kGrd Ground level index (2-dim) 0
kGrd Ground level index (2-dim) 0
kGround Ground level index (2-dim) 14
kgu vertical index for isopycnal grid 5
kgv vertical index for isopycnal grid 5
KH 18
kh 2
KHBG 4
kHi last vertical level (of array fldRL/RS) to read-in 81
kHi last vertical level (of array fldRL/RS) to write 0
kHi last vertical level (of array field ) to read-in 0
kHi last vertical level (of array field ) to read-in 0
khmt 21
khsave 6
KHSAVE 5
ki 111
kIce thermal conductivity of pure ice [W/m/K] 10
kice 9
KierRate 3
kIn level index of inpFld array to process 16
kIn level index of inpFld array to process 0
kind 3
kInQSd Pointer to the slot in qSdiag to fill 6
kj 35
kk r-index. 302
kk r-index. 0
kk r-index. 0
kk r-index. 0
kk r-indexing. 0
kk r-indexing. 0
kk r-index. 0
kk r-index. 0
kk r-index. 0
kk r-index. 0
kk r-index. 0
kk r-index. 0
kk vertical index for ZZ (fine) grid 0
kk vertical index for ZZ (fine) grid 0
kk fine grid loop indices 0
kk1 1
KK1 4
kk2 1
KK2 4
kkey 47
kkinit fine grid loop indices 6
kkk 9
kkppkey key for TAMC/TAF automatic differentiation 9
kl k index at which to compare 2 cells 172
kl level selection: >0 : single selected lev ; =0 : all kdiag levels 0
kl work arrays and variables 0
KL 4
KL10_CALC Compute KL10 vertical mixing ( see pkg/kl10 ) 2
KL10_CALC Compute KL10 vertical mixing ( see pkg/kl10 ) 0
KL10_CALC_DIFF 2
KL10_CALC_VISC 2
KL10_CHECK 2
KL10_DIAGNOSTICS_INIT 2
KL10_INIT_FIXED 2
KL10_INIT_VARIA 2
KL10_OUTPUT Write KL10 pkg output (see pkg/kl10) 2
KL10_OUTPUT Write KL10 pkg output (see pkg/kl10) 0
KL10_PARM01 2
KL10_PARMS_L 1
KL10_PARMS_R 1
KL10_READPARMS 2
KL10_RECORDNUM1 1
KL10_RECORDNUM2 1
KL10_TAVE 1
KL10_TAVE_COUNT 1
KL10_TAVE_DIAGS 1
KL10_TAVE_FIELDS 1
KL10isOn 2
KL10isON 2
kl_drctrec 2
kl_drctrecTave 2
KL_FIELDS 1
kl_TimeAve 2
KL_timeAve 8
kLast 31
KLdiffKr 8
KLdiffKrtave 8
KLdiffKrTave 1
KLdiffKzT KL diffusion coefficient for temperature (m^2/s) 0
KLdumpFreq 5
kLen 9
KLeps 9
KLepstave 2
kLev Current vertical level index 602
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev level index to write (0 = write all levels) 0
kLev Integer flag for vertical levels: 0
kLev Integer flag for vertical levels: 0
kLev Integer flag for vertical levels: 0
kLev Integer flag for vertical levels: 0
kLev Integer flag for vertical levels: 0
kLev Integer flag for vertical levels: 0
kLev Integer flag for vertical levels: 0
kLev Integer flag for vertical levels: 0
kLev Integer flag for vertical levels: 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
kLev Current vertical level index 0
klev 40
Klevel 8
kLo 1rst level to - fill in / extract from - arrFld 122
kLo 1rst level to - fill in / extract from - arrFld 0
kLo 1rst level to - fill in / extract from - arrFld 0
kLo 1rst level to - fill in / extract from - arrFld 0
kLo 1rst vertical level (of array fldRL/RS) to read-in 0
kLo 1rst vertical level (of array fldRL/RS) to write 0
kLo 1rst vertical level (of array field ) to read-in 0
kLo 1rst vertical level (of array field ) to read-in 0
kloc local copy of kgu/v to reduce accesses to index arrays 46
kloc local copy of kgu/v to reduce accesses to index arrays 0
kLoc 12
klocmem 5
kLocOut 35
kLow bottom level index 2-D array 13
klow 2
kLow_C Local version of the index of deepest wet grid cell on tracer grid 11
kLow_S 4
kLow_U Local version of the index of deepest wet grid cell on U grid 6
kLow_V Local version of the index of deepest wet grid cell on V grid 6
kLow_W 4
kLowC index of the r-lowest wet cell (2D) 93
klowC 7
klowc 2
kLowC1 k index of bottommost (i,j) cell 17
kLowC2 k index of bottommost (i+1,j) or (i,j+1) cell 17
kLowF 24
klp 6
KLtaveFreq 6
KLviscAr 16
KLviscArtave 8
KLviscArTave 1
KLviscAz KL eddy viscosity coefficient (m^2/s) 0
KLviscMax 6
KLviscold 4
KLviscTmp 4
KLwriteState 5
klzbs 3
km level of hFac array to use as weight for inpFld 129
km work arrays and variables 0
KM 32
km0 8
km1 index of level above (k-1) and below (k+1) 289
kM1 =k-1 for k>1, =1 for k=1 16
kM1 =k-1 for k>1, =1 for k=1 0
km1 =k+1 for k=Nr 0
km1 =max( k-1 , 1 ) 0
kM1 =k-1 for k>1, =1 for k=1 0
km1 =k+1 for k-Nr 0
km1 =max( k-1 , 1 ) 0
km1 =max( k-1 , 1 ) 0
km1 =max( k-1 , 1 ) 0
km1 =max( k-1 , 1 ) 0
km1 =max( k-1 , 1 ) 0
km1 =max( k-1 , 1 ) 0
km1 array computation indices 0
km1 tile indices current flux and KPP ghat level index 0
km1 current flux and KPP ghat level index 0
kM1 =min(1,k-1) 0
km1 index of next/previous level 0
KM1 30
Km1 58
km2 =max( k-2 , 1 ) 43
km2 =max( k-2 , 1 ) 0
km2 =max( k-2 , 1 ) 0
km2 =max( k-2 , 1 ) 0
km2 =max( k-2 , 1 ) 0
km2 =max( k-2 , 1 ) 0
kM2 1
km3 8
km4 4
kMax 22
KMax 3
kmaxdepth 13
KMBG 4
kMin 17
kmixcbm 1
kmixcdd 1
kmixcom 1
kmixcri_i 1
kmixcri_r 1
kmixcws 1
kMlev 6
kmm 3
kmp 2
kmq 1
kmtj 18
kMx 7
kmx 24
kn 26
ko loop-within-loop index 55
ko loop-within-loop index 0
ko loop-within-loop index 0
ko loop-within-loop index 0
KOCEANM 1
kop1 6
koz 3
kp index of next/previous level 39
KP 6
kp1 index of level above (k-1) and below (k+1) 284
kp1 =min( k+1 , Nr ) 0
kp1 =min( k+1 , Nr ) 0
kp1 =min( k+1 , Nr ) 0
kp1 =min( k+1 , Nr ) 0
kp1 =min( k+1 , Nr ) 0
kp1 =min( k+1 , Nr ) 0
kp1 array computation indices 0
kp1 k+1 0
kp1 vertical index for model grid next cell 0
kp1 index of next/previous level 0
Kp1 loop counters 44
Kp1 =k+1 for k=Nr 0
Kp1 =k+1 for k=Nr 0
KP1 1
kp1Msk flag (0,1) for over-riding mask for W levels 5
kp2 12
kp3 5
kpart vertical level of float (decimal number in case of 3D float) 88
kpartid 7
KPO4 half saturation phosphate constant (mol/m3) 6
Kpo4 2
kpp 1
KPP_AUTODIFF_EXCESSIVE_STORE 3
KPP_AUTODIFF_MORE_STORE 11
kpp_bldepth1 1
kpp_bldepth2 1
KPP_CALC Compute KPP vertical mixing ( see pkg/kpp ) 2
KPP_CALC Compute KPP vertical mixing ( see pkg/kpp ) 0
KPP_CALC_DIFF_PTR 2
KPP_CALC_DIFF_S 2
KPP_CALC_DIFF_T 2
KPP_CALC_DUMMY 2
KPP_CALC_VISC 2
KPP_CHECK 2
KPP_DIAGNOSTICS_INIT 2
KPP_DiffSFile 10
KPP_DO_EXCH ( see pkg/kpp ) 2
KPP_DO_EXCH ( see pkg/kpp ) 0
KPP_DOUBLEDIFF 2
kpp_drctrec next record to dump for KPP files 10
kpp_drctrecTave 10
kpp_dumpFreq KPP dump frequency. (s) 6
KPP_ESTIMATE_UREF 4
KPP_FORCING_SURF 2
kpp_freq Re-computation frequency for KPP parameters (s) 6
KPP_GHAT 3
KPP_ghatFile 4
KPP_ghatKFile 10
KPP_ghatUseTotalDiffus 10
kpp_i 1
KPP_INIT_FIXED 2
KPP_INIT_VARIA 2
KPP_NEEDS_OVERLAP_4 3
KPP_OUTPUT Write KPP pkg output (see pkg/kpp) 2
KPP_OUTPUT Write KPP pkg output (see pkg/kpp) 0
KPP_PARM01 2
KPP_PARM_L 1
KPP_PARM_R 1
kpp_r1 1
kpp_r2 1
KPP_REACTIVATE_OL4 1
KPP_READPARMS 2
KPP_RECORDNUM1 1
KPP_RECORDNUM2 1
kpp_short 1
kpp_short1 1
KPP_SMOOTH_DBLOC 6
KPP_SMOOTH_DENS 6
KPP_SMOOTH_DIFF 1
KPP_SMOOTH_DVSQ 3
KPP_SMOOTH_SHSQ 2
KPP_SMOOTH_VISC 1
KPP_TAVE_COUNT 1
KPP_TAVE_FIELDS 1
kpp_taveFreq KPP time-averaging frequency. (s) 5
KPP_taveFreq 3
KPP_timeAve 11
KPP_TRANSPORT_PTR 2
KPP_TRANSPORT_S 2
KPP_TRANSPORT_T 2
KPPBFSFC 4
KPPdiffKzS 26
KPPdiffKzStave 9
KPPdiffKzT 19
KPPdiffKzTtave 9
KPPfrac 7
KPPghat 18
KPPghatKStave 10
KPPhbl 17
KPPhbltave 9
KPPMIX 2
KPPmixingMaps 4
KPPplumefrac 8
KPPRi 4
KPPuseDoubleDiff if TRUE, include double diffusive 7
KPPviscAz 17
KPPviscAztave 9
KPPwriteState if true, write KPP state to file 9
kpres 1
kprv 1
KPRV 1
kPsi 22
KPV Diffusivity (m**2/s) 10
kqz 3
kr 4
krd 4
krec 29
kRec 17
kRecvr 9
kRef Pressure reference level 82
kRef Pressure reference level 0
kRef Pressure reference level 0
kRegMsk 10
KRemin remin power law coeff 5
Kremin 2
KRi_range 17
krmin 1
KRMIN 3
krylovConverged 8
krylovFails 14
krylovIter current iterate of Krylov iteration 35
krylovIter current iterate of Krylov iteration 0
krylovIter current iterate of Krylov iteration 0
krylovIter current iterate of Krylov iteration 0
krylovIterMax 5
krylovLinTol 4
ks surface level index 461
ks index of surface interface layer 0
ks index of surface interface layer 0
ks surface level index 0
ks surface level index 0
ks surface level index 0
ks surface level index 0
ks surface level index 0
ks vertical index of surface layer 0
ks surface level index 0
ks index of surface interface layer 0
ks index of surface interface layer 0
ks surface level index 0
ks surface level index 0
KScav iron scavenging rate QQ 8
Kscav 1
ksgn 35
kshelf 38
ksilocal 20
kSiz 3rd dim of tracer-field array trFld 49
kSiz 3rd dim of tracer-field array trFld 0
kSiz size of third dimension of array field to read-in 0
kSiz size of third dimension of array field to read-in 0
kSize size of 3-D field-array 296
kSize size of 3-D field-array 0
kSize 3rd dimension of tracer and tendency arrays 0
kSize 3rd dimension of tracer and tendency arrays 0
kSize dimension of pNlev & ANALYLIC_THETA 0
kSize size in 3rd dimension 0
kSize 3rd Dimension of the vertical diffusivity array KappaRx 0
kSize 3rd Dimension of the vertical diffusivity array KappaRx 0
kSize 3rd Dimension of the vertical diffusivity array KappaRx 0
kSize 3rd Dimension of the vertical diffusivity array KappaRS 0
kSize 3rd Dimension of the vertical diffusivity array KappaRS 0
kSize 3rd Dimension of the vertical diffusivity array KappaRT 0
kSize third dimension of 3-D array arrFld 0
kSize third dimension of 3-D array arrFld 0
kSize third dimension of 3-D array arrFld 0
kSize third dimension of 3-D array arrFld 0
kSize size of third dimension: normally either 1 or Nr 0
kSize size of third dimension, normally either 1 or Nr 0
kSize size of third dimension, normally either 1 or Nr 0
kSize size of third dimension: normally either 1 or Nr 0
kSize size of third dimension, normally either 1 or Nr 0
kSize size of third dimension, normally either 1 or Nr 0
kSize 3rd Dimension of the vertical diffusivity array KappaRx 0
kSize field-array 3rd dimension 0
kSize field-array 3rd dimension 0
kSize 3rd Dimension of the vertical diffusivity array KappaRx 0
kSize length of 3rd Dim : either =1 (2D field) or =Nr (3D field) 0
kSize length of 3rd Dim : either =1 (2D field) or =Nr (3D field) 0
kSize length of 3rd Dim : either =1 (2D field) or =Nr (3D field) 0
kSize length of 3rd Dim : either =1 (2D field) or =Nr (3D field) 0
kSize length of 3rd Dim : either =1 (2D field) or =Nr (3D field) 0
kSize length of 3rd Dim : either =1 (2D field) or =Nr (3D field) 0
kSize length of 3rd Dim : either =1 (2D field) or =Nr (3D field) 0
Ksize 3rd dimension of local array (fldtave) 67
kSize Number of levels to filter 0
kslocal 20
kSnow thermal conductivity of snow [W/m/K] 7
ksolar bulk solar abs coeff of sea ice [m^-1] 6
ksp 18
KSP 2
Ksp_T_Arag 3
Ksp_T_Calc 6
Ksp_TP_Arag 5
Ksp_TP_Calc 10
KSPBICG 1
KSPCG 2
KSPCREATE 1
KSPDESTROY 2
KSPGETITERATIONNUMBER 1
KSPGETPC 2
KSPGMRES 1
KSPPREONLY 1
KSPSETOPERATORS 1
KSPSETTOLERANCES 1
KSPSETTYPE 5
KSPSETUP 3
KSPSOLVE 1
ksrf loop indices 4
kSrf loop indices 103
kSrf vertical index of surface layer 0
ksrf loop indices 0
ksrfp1 4
ksst 9
kStart 48
kStore 12
kStr 14
kStride 48
kSurf vertical indices of domain boundaries 11
kSurface index of surface level 175
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface vertical index of surface layer 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface level 0
kSurface index of surface layer 0
kSurface index of surface layer 0
kSurface index of surface layer 0
kSurface index of surface layer 0
kSurface index of surface level 0
kSurfC vertical index of the surface tracer cell 126
ksurfC 21
kSurfS vertical index of the surface V point 38
kSurfW vertical index of the surface U point 38
kT 21
KTemp 6
Ktmp 50
ktmp 5
kTop 21
Ktop 5
ktopC index of the top wet cell (2D) 0
kTopC 42
ktr 38
ktz 5
ktz1 5
ktz2 5
ktz3 5
ku work arrays and variables 39
ku2 5
kUp Index for interface above and below. kUp and kDown are 165
kUp index into 2 1/2D array, toggles between 1|2 0
kUp index into 2 1/2D array, toggles between 1|2 0
kUp index into 2 1/2D array, toggles between 1 and 2 0
kUp index into 2 1/2D array, toggles between 1|2 0
kUp index into 2 1/2D array, toggles between 1 and 2 0
kUp index into 2 1/2D array, toggles between 1 and 2 0
kUp toggle indices for even/odd level fluxes 0
kup 1
kUpC 10
Kux K_11 element of GM/Redi tensor, X direction at U point 14
Kuz K_13 element of GM/Redi tensor, Z direction at U point 12
kv 1
kV 39
KVCARBON 1
kveg 7
Kvy K_22 element of GM/Redi tensor, Y direction at V point 14
Kvz K_23 element of GM/Redi tensor, Z direction at V point 12
Kwexch 16
Kwexch_o2 4
Kwexch_Pre 9
kwlocal 16
kwrk 9
Kwx K_31 element of GM/Redi tensor, X direction at W point 19
Kwy K_32 element of GM/Redi tensor, Y direction at W point 19
Kwz K_33 element of GM/Redi tensor, Z direction at W point 27
kx 7
ky 4
kyear 1
kz 26
kzhi 8
kzlo 10