Symbol Description Uses
I Loop counter 10556
I Loop counter 0
I Loop counter 0
I Loop counter 0
I Loop counter 0
I Loop counters 0
I Loop counter 0
i loop indices 32715
i loop indices 0
i loop indices 0
I Loop counters 0
I Loop counters 0
I Loop counters 0
I Loop counters 0
I Loop counters 0
I Loop counter. 0
I Loop counter. 0
I Index variable 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
I Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop counter 0
i loop counter 0
i Loop counters 0
i loop counter 0
I Loop counters ( it2d counts CG iterations ) 0
I Loop counters ( it2d counts CG iterations ) 0
I Loop counters ( it2d counts CG iterations ) 0
i Loop counters 0
i Loop counters. 0
i Loop counters 0
i Loop counters 0
i Loop counter 0
i Loop counter 0
i Loop counters 0
i loop indices 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop indices 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop indices 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop counters 0
i Loop counters 0
I loop index 0
i Loop counters 0
I Loop counters 0
i Loop counters 0
i loop counters 0
i loop counter 0
i Loop counters 0
i Loop counters 0
I Loop counters 0
i Loop counters 0
i Loop counters 0
i loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop index 0
i Loop counters 0
i Loop counters 0
I Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
I Loop counters 0
i loop counters 0
i loop counters 0
i loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop counters 0
i Loop counters 0
i Loop counters 0
I Loop counters 0
I Loop counters 0
i Loop counters 0
i loop indices 0
i Loop counters 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i grid point indices 0
I Loop counters 0
I Loop counters 0
I Loop index 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i array computation indices 0
i Loop counters 0
i Loop counters 0
i loop indices 0
i loop indices 0
I loop counters 0
I loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
I loop indices 0
i Loop counters 0
i Loop counters 0
i loop counters 0
i loop indices 0
i loop counters 0
i horizontal indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i dname1, dname2, ... | 0
i d1, d2, d3, ... | 0
i starting indicies: is1, is2, ... | 0
i ending indicies: ie1, ie2, ... | 0
i text (character) attribute names 0
i text (character) attributes 0
i INT attribute names 0
i INT attributes 0
i REAL*8 attribute names 0
i REAL*8 attributes 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop counter 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
I Loop counters 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i Loop counters 0
i Loop counters 0
I loop indices 0
I loop indices 0
i loop counters 0
i loop counters 0
I Loop counters 0
i Loop variables 0
i loop indices 0
i Loop counters 0
i Loop counters 0
i loop indices 0
I Loop counters 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop indices 0
i loop counter 0
i Loop counters 0
i loop indices 0
i index over longitude grid points 0
i Loop counters 0
i loop indices 0
i loop indices 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop indices 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
I loop counters 0
i loop indices 0
I Loop counters 0
i loop indices 0
i Loop counters sea-ice area transport, x direction 0
i loop indices 0
i loop indices 0
i Loop counters sea-ice + snow mass density 0
i current grid point indices 0
i Loop counters net Short Wave surf. flux (+=down) [W/m2] 0
i Loop counters 0
i current grid point indices 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop indices 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop indices 0
i loop indices 0
i loop indices 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i Loop counters 0
i loop indices 0
i0 position of active = (end of variable name definition) 21
I0 17
i0swFrac fraction of penetrating solar rad 6
i0x 7
i1 position of 1rst left parenthesis 115
i1 Loop counters 0
I1 100
i10 1
i2 position of 1rst colon 81
I2 loop counters 285
I2 loop counters 0
I2 loop counters 0
I2 Loop counters 0
I2 loop counters 0
I2 Loop counters 0
I2 Loop counters 0
i2d 10
i3 position of 1rst comma after the 1rst colon 15
i32 6
i3d 2
i4 position of right parenthesis after the 1rst left one 12
i5 4
i64 3
i6max 1
i6min 6
i8 1
i_cur 18
i_got_signal 9
I_obc local index of open boundary 178
i_obc 15
i_result 24
i_result1 5
i_result2 5
iA 7
ia 74
IA 30
IA1 2
IA2 2
IA3 2
iabs 5
iALK 1
iAmDoingIO 30
IAN1 1
iarg 6
iarg1 3
iarg2 3
iargc 2
ib inner dimension of source array and number of points in 358
IB 36
ibit 3
IBIT 24
ibit1 1
IBIT1 5
ibit2 1
IBIT2 4
IBITSTB 15
ibj1 9
ibj2 9
ibnd1 6
ibnd2 6
ibrack 2
ibrackmax 3
iBuf 54
ibuf 84
iBuf1Filled actual length of buffer-1 which has been filled in. 2
iBuf2Filled actual length of buffer-2 which has been filled in. 2
ic 228
IC 192
ic1 1
IC1 41
icAlbNIR seaice(+snow) surface Near Infra-Red Albedo 7
icb 26
ice0 12
ice1 12
ICE2SNOW 17
ICE2WATR 13
ice_albedo_Ave cumulated sea-ice albedo [0-1] 8
ice_emissivity 15
ice_emissivity longwave seaice emissivity [-] (with pkg thsice/seaice) 0
ICE_FLUXES_PASS 1
ice_flx2oc_Ave cumulated heat flux out of the ocean (+=up) [W/m2] 10
ice_flxAtm_Ave cumulated net heat flux from Atmosphere (+=down) [W/m2] 8
ice_fract_Ave cumulated Ice fraction [0-1] 15
ice_frw2oc_Ave cumulated fresh-water flux out off the ocean (E-P) [m/s] 10
ice_frwAtm_Ave cumulated fresh-water flux from Atmos. (+=up) [kg/m2/s] 8
ice_iceH_Ave cumulated Ice thickness [m] 8
ice_salFx_Ave cumulated salt flux out of the ocean (+=up) [psu.kg/m2] 9
ICE_sMxL_Ave cumulated ocean mixed-layer salinity [psu] 2
ice_sMxL_Ave 6
ice_snowH_Ave cumulated Snow thickness [m] 8
ice_snowPr_Ave cumulated snow precipitation (+=down) [kg/m2/s] 8
ice_Tice1_Ave cumulated 1srt level Temp. [oC] 8
ice_Tice2_Ave cumulated 2nd level Temp. [oC] 8
ice_timeAve cumulated time [s] 14
ICE_tMxL_Ave cumulated ocean mixed-layer Temp. [oC] 2
ice_tMxL_Ave 6
ice_Tsrf_Ave cumulated surface Temperature [oC] 8
ICEAGE 12
IceAge 19
iceAge 1
IceAgeFile 8
iceArea 11
iceEps small volume (to avoid division by zero if iceVol==0) 12
iceevap 9
ICEFile 4
IceFile 5
iceFlag sea-ice fractional mask [0-1] 24
iceFlag True= get fluxes at this location ; False= do nothing 0
iceFlag True= get fluxes at this location ; False= do nothing 0
iceFlag True= do iterate for Surf.Temp ; False= do nothing 0
iceFld copy of seaice field 71
iceFld sea-ice field 0
iceFld Copy of seaice field 0
iceFld sea-ice field 0
iceFld sea-ice field 0
iceFld Loop counters sea-ice + snow mass density 0
iceFld sea-ice + snow mass density 0
ICEFLUX 1
iceFormed ice-volume formed (new ice volume = iceVol+iceFormed ) 7
iceFrac fraction of grid area covered in ice 34
iceFrac fraction of grid area covered in ice 0
iceFrc (new) sea-ice fraction 16
ICEFRONT_CHECK 2
ICEFRONT_DIAGNOSTICS_INIT 2
ICEFRONT_FIELDS_RL 1
ICEFRONT_FIELDS_RS 1
ICEFRONT_INIT_FIXED 2
ICEFRONT_INIT_VARIA 2
ICEFRONT_PARM01 2
ICEFRONT_PARM_C 1
ICEFRONT_PARMS_I 1
ICEFRONT_PARMS_L 1
ICEFRONT_PARMS_R 1
ICEFRONT_READPARMS 2
ICEFRONT_TENDENCY_APPLY_S 2
ICEFRONT_TENDENCY_APPLY_T 2
icefront_TendS 8
ICEFRONT_TendS 1
icefront_TendT 8
ICEFRONT_TendT 1
ICEFRONT_THERMODYNAMICS 2
ICEFRONTdepthFile 6
ICEFRONTheatCapacity_Cp 3
ICEFRONTHeatCapacity_Cp 3
ICEFRONTheatCapacity_cp 1
ICEFRONTheatTransCoeff 8
ICEFRONTisOn 2
ICEFRONTisON 1
ICEFRONTkappa 5
ICEFRONTlatentHeat 9
icefrontlength 4
ICEFRONTlength 6
ICEFRONTlengthFile 6
ICEFRONTsaltTransCoeff 8
ICEFRONTthetaSurface 6
iceftave Fraction of ocean covered by seaice 9
IceGrowthRateFromSurface 5
IceGrowthRateMixedLayer 7
IceGrowthRateOpenWater 9
IceGrowthRateUnderExistingIce 5
iceHeight depth of ice layer [m] 59
iceHeight_mon 3
ICEM 3
icem0 6
icem1 6
iceMask sea-ice fraction: no ice=0, grid all ice 1 [] 174
iceMask sea-ice fractional mask [0-1] 0
iceMask sea-ice fractional mask [0-1] 0
iceMask sea-ice fractional mask [0-1] 0
iceMask sea-ice fractional mask [0-1] 0
ICEMASK 1
iceMask_mon 3
iceMaskMax maximum Ice fraction (=1 for no fractional ice) 9
iceMaskMin mimimum Ice fraction (=1 for no fractional ice) 16
iceMsk sea-ice fraction: no ice=0, grid all ice 1 [] 20
iceMsk sea-ice fraction: no ice=0, grid all ice 1 [] 0
iceornot 0=open water, 1=ice cover 29
iceornot 0=open water, 1=ice cover, 2=ice+snow 0
iceOrNot 5
IcePenetSWFlux short wave heat flux under ice 13
IcePenetSWFlux short wave heat flux under ice 0
IcePenetSWFluxFrac 13
iceSaltFlx salt flux from sea-ice compon. (+=upward=leaving the ocean) 17
icest 4
iceStart 3
iceThick ice height [m] 13
icethk 7
iceTime_mon 3
iceVol temporary array used in advection S/R 67
iceVol sea-ice volume 0
iceVol sea-ice volume 0
iceVol previous ice volume 0
icFlxAtm Atmospheric surf. heat flux over sea-ice [W/m2] (+=down) 18
icFlxAtm net Atmospheric surf. heat flux over sea-ice [W/m2], (+=down) 0
icFlxAtm net Atmospheric surf. heat flux over ice+ocean [W/m2], (+=down) 0
icFlxAtm net flux of energy from the atmosphere [W/m2] (+=down) 0
icFlxSW net SW heat flux through the ice to the ocean [W/m2] (+=dw) 16
icFlxSW short-wave heat flux (+=down) over sea-ice 0
icFlxSW net short-wave heat flux (+=down) below sea-ice, into ocean 0
icFlxSW (Inp) short-wave heat flux (+=down): downward comp. only 0
icFlxSW (Out) net SW flux into ocean (+=down) 0
icFlxSw 2
icFrac fraction of grid area covered in ice 51
icFrac fraction of grid area covered in ice 0
icFrwAtm Evaporation over sea-ice [kg/m2/s] (>0 if evaporate) 21
icFrwAtm fresh-water flux (E-P) from the atmosphere [kg/m2/s] (+=up) 0
icFrwAtm evaporation over sea-ice to the atmosphere [kg/m2/s] (+=up) 0
icFrwAtm net fresh-water flux (E-P) from the atmosphere [m/s] (+=up) 0
icFrwAtm evaporation to the atmosphere (kg/m2/s) (>0 if evaporate) 0
icg2dkey 3
icglo 13
icglom1 6
icglomem 5
ichanged 12
ICHAR 6
ichar 3
iChara 5
ichkmem 8
ichknum 102
ICLTOP 17
icm 2
ICM 2
icnt 17
icntc1 7
icntc2 6
icnts 7
icntw 7
icomp 24
icomploc 4
icompmem 10
icomptest 44
icount 40
ICOUNT1 9
ICOUNT2 9
icountE 22
icountN 22
icountS 22
icountW 22
icrilv 6
ics 1
ict 27
ictrlgrad 217
icvar 30
icvcomp 8
icvoffset 11
icvrec 192
id 11
ID 3
idate 4
iday 26
IDAY 21
iday0 5
IDAY0 6
iday2 4
IDAY2 2
IDAYM 1
idaynext 3
idayp1 2
IDAYP1 4
idb 14
idd 4
ide 3
ideep 14
idep 12
IDEP2 10
IDEPTH convection depth in layers (2-dim) 7
idest 20
idiag slot number in large diagnostic array 38
idiag list of diag slot number in long-list of available diag. 0
iDIC 1
iDiff 10
IDIJ 56
idim1 158
idim2 164
idivbeg 4
idivend 2
IDL1 42
idlist 3
ido 6
IDO 368
idow 8
IDP2 44
ids 7
idSize 8
idst 3
idString Temp. for building prefix. 19
idString Temp. for building message prefix 0
idString String indexing temps. Temps. for strings. 0
idString Temps. for strings. 0
idum 3
idummy 5
iDx 24
IDX 8
idyear 8
idynkey 33
ie 114
iebmkey 2
iedge 4
ienc 4
iEnd String indexing variables 93
iEnd Temps. for string indexing 0
IEND 10
Iend 4
ierr 365
iErr 11
ierr1 3
ierr_grdchk 11
ierrmem 5
ierror 10
iEVPstep 5
IF fill corners for the current direction 0
IFAC 34
iface 4
ifail 84
ifc 98
Ifcyc 39
ifcyc 6
iFirst First element to print 43
iFirst First element to print 0
iFirst First element to print 0
iFirst String indexing temps. Temps. for strings. 0
IFirst 4
IFLAG 12
iflag 18
iflx 4
Ifmod 6
IFN1 6
IFN2 6
IFNBLNK 165
ifnblnk 14
iform 4
ifound 5
Ifprd 95
iFree 28
iftime 6
ifTime 9
Iftm 46
ifunc 10
iG Global coordinate index. Usually used to hold the south-west global coordinate of a tile. 240
iG Global coordinate index 0
iG Global coordinate index. Usually used to hold the south-west global coordinate of a tile. 0
iG global tile indices 0
iG Global coordinate index 0
iG Global index temps. 0
ig 55
IG 1
iG0 Base coordinates of a tile on the global grid. 6
iG0 Base coordinates of a tile on the global grid. 0
ig1 4
ig2 4
igadkey 41
igen_amsre 12
igen_amsre_lsc 10
igen_ers 10
igen_gfo 10
igen_lsc 11
igen_mdt 11
igen_tp 10
igg 16
iGjLoc 20
iGl 21
iglobe 3
iglomin 1
iGloPos 6
iGloTile 5
iGm 5
iGmax 11
igmkey 37
IGNORE_TIME 1
igr 3
igrd 153
IGRD 5
igrdstr 2
igroup 27
iGSource Index space I (global) coordinate for source center. 2
igwFac 8
ih 85
ihalo 18
iHi X-index range of this tile t halo-region to be updated with neighbour entry n . 42
ihi 35
ihorz 39
ihour 4
ihsub 33
ii indices 413
II 159
ii1 8
ii2 8
iic 7
iic2 7
iicekey 6
iikey 28
iis 8
iiter 14
iiw 8
ij 92
ija 8
ijall 32
ijd horiz. index of deep water column receiving dense water flow 32
ijm 13
ijo 11
ijr 15
ijROatm index of land grid point that runoff to the ocean 7
ijROocn index of ocean grid point where the runoff ends 7
ijs horiz. index of shallow water column (e.g. shelf) 33
ik 38
IK 86
ikey 31
ikey_1 5
ikey_2 3
ikey_3 1
ikey_4 2
ikey_bak 1
ikey_daily_1 56
ikey_daily_2 56
ikey_dynamics 111
ikey_yearly 56
ikeyloc 2
ikppkey 32
IL Temp. for index strings 243
iL Work variable for length of file-name 191
iL Work variable for length of file-name 0
iL length of character strings (temp. variables) 0
iL Work variable for length of file-name 0
il 868
iLast Last element to print 28
iLast Last element to print 0
iLast Last element to print 0
iLast String indexing temps. Temps. for strings. 0
ILast 4
iLat 5
iLat1 7
iLat2 5
ILC 3
ilcall 10
ilctdsclim 3
ilctdtclim 3
iLen 110
ilen 19
ilen2 2
ilev_1 26
ilev_2 28
iLev_2 4
ilev_3 27
iLev_3 9
ilev_4 19
iLev_4 8
ilfld 60
iLfn 6
ilgen 5
ILH 3
ilinsysinfo 1
iLm length of character strings (temp. variables) 8
ILN1 6
ILN2 6
ilnb 43
ILNBLNK 526
ilnblnk 541
iLo 46
ilo 35
ilobcse 3
ilobcsn 3
ilobcss 3
ilobcsw 3
ilockey 2
ilocmem 6
iLocOut 11
iloop 82
iLoop 10
iloop_daily 56
iloop_ocn 5
ilps 48
ils 23
ilsalt 20
ilst 8
ilt 14
iltheta 9
ilu 25
iluvel 3
ilvvel 3
ilw 3
im counter-mate pointer to storage array 874
im counter-mate pointer to storage array 0
im counter-mate pointer to storage array 0
im pointer to storage array location for mate 0
IM 26
Im1 4
im1 270
im2 287
im_32 8
iMax Range of points for which calculation is performed. 1122
iMax Loop counters 0
iMax Loop counters 0
iMax tile indices Range of points for which calculation 0
iMax Range of points for which calculation 0
iMax tile indices loop range for called routines 0
iMax loop range for called routines 0
iMax Loop counters 0
iMax computational domain 0
iMax Range of points for which calculation 0
iMax computation domain 0
iMax computation domain 0
iMax Loop counters range 0
iMax Loop counters 0
iMax Loop counters 0
iMax Loop counters 0
iMax Ranges and sub-block indices on which calculations 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Range of points for calculation 0
iMax computational domain 0
iMax computational domain 0
imax number of vertical grid points 846
iMax computation domain: 1rst index range 0
iMax loop range for called routines 0
iMax Range of points for which calculation is performed. 0
iMax loop range to update tracer field 0
iMax computation domain 0
iMax loop range for called routines 0
iMax computation domain 0
iMax computation domain 0
iMax computation domain 0
iMax computational domain 0
iMax loop range to update tracer field 0
iMax loop range to update tracer field 0
iMax computation domain 0
iMax index boundaries of computation domain 0
iMax tile indices Range of points for which calculation is done 0
iMax Range of points for which calculation is done 0
iMax tile indices Range of points for which calculation is done 0
iMax Range of points for which calculation is done 0
iMax tile indices Range of points for which calculation is done 0
iMax Range of points for which calculation is done 0
iMax tile indices Range of points for which calculation is done 0
iMax Range of points for which calculation is done 0
iMax tile indices Range of points for which calculation is done 0
iMax Range of points for which calculation is done 0
iMax loop ranges 0
iMax tile indices Range of points for which calculation is done 0
iMax Range of points for which calculation is done 0
iMax tile indices Range of points for which calculation is done 0
iMax Range of points for which calculation is done 0
iMax Range of points for which calculation 0
iMax loop ranges 0
iMax Range of points for which calculation is performed. 0
iMax working range of tile for applying forcing 0
iMax loop ranges 0
imax number of vertical grid points 0
iMax loop range for called routines loop range for called routines 0
iMax loop range to update sea-ice field 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax loop range for called routines loop range for called routines 0
iMax loop range to update sea-ice field 0
iMax computation domain: 1rst index range 0
iMax computation domain: 1rst index range 0
iMax computation domain: 1rst index range 0
iMax computation domain: 1rst index range 0
iMax computation domain: 1rst index range 0
iMax range of indices of computation domain 0
iMax range of indices of computation domain 0
iMax computation domain: 1rst index range 0
iMax computation domain: 1rst index range 0
iMax computation domain: 1rst index range 0
iMax computational domain 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax working range of tile for applying forcing 0
iMax Range of points for calculation 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
iMax Working range of x-index for applying forcing. 0
IMAX 3
imax2 19
IMAX_TICE 11
iMaxAdvR 1rst index (X-dir) loop range for vertical advection 9
imaxrecord 10
iMaxUpd 48
imaxx 4
imaxy 3
imbc 14
imdata 4
imglobal 6
iMin Range of points for which calculation is performed. 1114
iMin tile indices Range of points for which calculation is performed. land/water mask for Wvel points (above tracer level) 0
iMin Loop counters 0
iMin Loop counters 0
iMin tile indices Range of points for which calculation 0
iMin Range of points for which calculation 0
iMin tile indices loop range for called routines 0
iMin loop range for called routines 0
iMin Loop counters 0
iMin computational domain 0
iMin Range of points for which calculation 0
iMin computation domain 0
iMin computation domain 0
iMin Loop counters range 0
iMin Loop counters 0
iMin Loop counters 0
iMin Loop counters 0
iMin Ranges and sub-block indices on which calculations 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Range of points for calculation 0
iMin computational domain 0
iMin computational domain 0
iMin computation domain: 1rst index range 0
iMin loop range for called routines 0
iMin Range of points for which calculation is performed. 0
iMin loop range to update tracer field 0
iMin computation domain 0
iMin loop range for called routines 0
iMin computation domain 0
iMin computation domain 0
iMin computation domain 0
iMin computational domain 0
iMin loop range to update tracer field 0
iMin loop range to update tracer field 0
iMin computation domain 0
iMin index boundaries of computation domain 0
iMin tile indices Range of points for which calculation is done 0
iMin Range of points for which calculation is done 0
iMin tile indices Range of points for which calculation is done 0
iMin Range of points for which calculation is done 0
iMin tile indices Range of points for which calculation is done 0
iMin Range of points for which calculation is done 0
iMin tile indices Range of points for which calculation is done 0
iMin Range of points for which calculation is done 0
iMin tile indices Range of points for which calculation is done 0
iMin Range of points for which calculation is done 0
iMin loop ranges 0
iMin tile indices Range of points for which calculation is done 0
iMin Range of points for which calculation is done 0
iMin tile indices Range of points for which calculation is done 0
iMin Range of points for which calculation is done 0
iMin Range of points for which calculation 0
iMin loop ranges 0
iMin Range of points for which calculation is performed. 0
iMin working range of tile for applying forcing 0
iMin loop ranges 0
iMin loop range for called routines loop range for called routines 0
iMin loop range to update sea-ice field 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin loop range for called routines loop range for called routines 0
iMin loop range to update sea-ice field 0
iMin computation domain: 1rst index range 0
iMin computation domain: 1rst index range 0
iMin computation domain: 1rst index range 0
iMin computation domain: 1rst index range 0
iMin computation domain: 1rst index range 0
iMin range of indices of computation domain 0
iMin range of indices of computation domain 0
iMin computation domain: 1rst index range 0
iMin computation domain: 1rst index range 0
iMin computation domain: 1rst index range 0
iMin computational domain 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin working range of tile for applying forcing 0
iMin Range of points for calculation 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
iMin Working range of x-index for applying forcing. 0
imin 767
iMinAdvR 1rst index (X-dir) loop range for vertical advection 9
iMinUpd 48
iminx 5
iminy 4
imnm 18
IMNM 2
imnp 18
IMNP 2
imns 4
IMODE 14
imomkey 4
imon 6
IMON 6
imonth 40
IMPLDIFF Solve vertical implicit diffusion equation. 8
IMPLDIFF Solve vertical implicit diffusion equation. 0
IMPLDIFF Solve vertical implicit diffusion equation. 0
IMPLDIFF Solve vertical implicit diffusion equation. 0
IMPLDIFF Solve vertical implicit diffusion equation. 0
IMPLDIFF Solve vertical implicit diffusion equation. 0
IMPLDIFF Solve vertical implicit diffusion equation. 0
IMPLDIFF Solve vertical implicit diffusion equation. 0
IMPLDIFF Solve vertical implicit diffusion equation. 0
IMPLDIFF Solve vertical implicit diffusion equation. 0
implDissFac implicit Dissipation Factor (in [0-1]) 3
implicDiv2Dflow parameter of the Crank-Nickelson time stepping : 30
implicDiv2DFlow 19
implicitAdvection implicit vertical advection (later on) 20
implicitAdvection =True if vertical Advec computed implicitly 0
implicitAdvection if True, treat vertical advection implicitly 0
implicitAdvection implicit vertical advection (later on) 0
implicitAdvection if True, treat vertical advection implicitly 0
implicitDiffusion Turns implicit vertical diffusion on 32
implicitFreeSurface Set to true to use implicit free surface 9
implicitIntGravWave treat Internal Gravity Wave implicitly 28
implicitNHPress parameter of the Crank-Nickelson time stepping : 22
implicitViscosity Turns implicit vertical viscosity on 27
implicSurfPress parameter of the Crank-Nickelson time stepping : 17
impMatrixCounter 8
impMatrixWriteCount 9
impMatrixWriteTime 5
imstp 1
IMSTP 2
imstturb 12
imstturblw 20
imstturbsw 20
imt 151
Imytm 32
in air - seaice surface heat flux left to melt the ice 18
in number of the record (in file) just before the one to read 0
in number of the record (in file) just before the one to read 0
IN 2
inAdExact 5
inAdFalse 2
inAdFALSE 9
inAdMode 19
inAdmode 8
inAdTrue 11
iname 8
INCLUDE_CALC_DIFFUSIVITY_CALL 2
INCLUDE_CONVECT_CALL 4
INCLUDE_ECCO_PACKAGE 1
INCLUDE_EOS_CHECK 1
INCLUDE_EP_FORCING_CODE 2
INCLUDE_IMPLVERTADV_CODE 4
INCLUDE_PHIHYD_CALCULATION_CODE 4
incymd 6
INCYMD 16
ind 60
ind1 23
ind2 44
ind_cw_g 7
ind_fg_ids 4
ind_fv_ids 19
ind_g_finfo 3
ind_vt 3
indate 9
inday 22
indd 15
indeces 3
INDEX_I 12
INDEX_J 12
INDEX_K 33
index_lab 27
INDEX_NONE 642
index_t 28
index_type Flag indicating which type of index to print 69
index_type Flag indicating which type of index to print 0
index_type Flag indicating which type of index to print 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_type Type of index labelling (I=,J=,...) to use 0
index_var 17
indf 148
indfg 26
indg 30
indgath 13
indic 10
inds_beg 3
inds_end 3
indu 3
indv 51
indx array of horizontal indices of grid points to convert to 103
iNew 10
inewton 2
inewtonmax 3
inext 7
inextp 6
infile name of the binary input file (direct access) 10
infile name of the binary input file (direct access) 0
INFO 3
info 9
ingen 8
INI_AUTODIFF 2
INI_CARTESIAN_GRID Cartesian horiz. grid initialisation (calculate grid from kernel parameters). 2
INI_CARTESIAN_GRID Cartesian horiz. grid initialization (calculate grid from kernel parameters). 0
INI_CARTESIAN_GRID Cartesian horiz. grid initialization (calculate grid from kernel parameters). 0
INI_CARTESIAN_GRID Cartesian horiz. grid initialization (calculate grid from kernel parameters). 0
INI_CARTESIAN_GRID Cartesian horiz. grid initialization (calculate grid from kernel parameters). 0
INI_CG2D 2d con. grad solver initialisation. 3
INI_CG2D 2d con. grad solver initialisation. 0
INI_CG2D 2d con. grad solver initialization. 0
INI_CG2D 2d con. grad solver initialization. 0
INI_CG2D 2d con. grad solver initialization. 0
INI_CG2D 2d con. grad solver initialization. 0
INI_CG2D 2d con. grad solver initialization. 0
INI_CG2D 2d con. grad solver initialization. 0
INI_CG2D 2d con. grad solver initialization. 0
INI_CG2D 2d con. grad solver initialization. 0
INI_CG3D 3d con. grad solver initialisation. 4
INI_CG3D 3d con. grad solver initialisation. 0
INI_CG3D 3d con. grad solver initialization. 0
INI_CG3D 3d con. grad solver initialization. 0
INI_CG3D 3d con. grad solver initialization. 0
INI_CG3D 3d con. grad solver initialization. 0
INI_CG3D 3d con. grad solver initialization. 0
INI_CG3D 3d con. grad solver initialization. 0
INI_CG3D 3d con. grad solver initialization. 0
INI_CG3D 3d con. grad solver initialization. 0
INI_COMMUNICATION_PATTERNS 2
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere optins are coded. 2
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere optins are coded. 0
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere options are coded. 0
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere options are coded. 0
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere options are coded. 0
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere options are coded. 0
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere options are coded. 0
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere options are coded. 0
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere options are coded. 0
INI_CORI Set coriolis term. zero, f-plane, beta-plane, sphere options are coded. 0
INI_CURVILINEAR_GRID General orthogonal, structured horiz. grid initialisations. ( input from raw grid files, LONC.bin, DXF.bin etc... ) 2
INI_CURVILINEAR_GRID General orthogonal, structured horiz. grid initializations. ( input from raw grid files, LONC.bin, DXF.bin etc... ) 0
INI_CURVILINEAR_GRID General orthogonal, structured horiz. grid initializations. ( input from raw grid files, LONC.bin, DXF.bin etc... ) 0
INI_CURVILINEAR_GRID General orthogonal, structured horiz. grid initializations. ( input from raw grid files, LONC.bin, DXF.bin etc... ) 0
INI_CURVILINEAR_GRID General orthogonal, structured horiz. grid initializations. ( input from raw grid files, LONC.bin, DXF.bin etc... ) 0
INI_CYLINDER_GRID 2
INI_DEPTHS Read (from bathyFile ) or set bathymetry/orgography. 4
INI_DEPTHS Read (from bathyFile ) or set bathymetry/orgography. 0
INI_DEPTHS Read (from bathyFile ) or set bathymetry/orgography. 0
INI_DEPTHS Read (from bathyFile ) or set bathymetry/orgography. 0
INI_DEPTHS Read (from bathyFile ) or set bathymetry/orgography. 0
INI_DYNVARS Initialise to zero all DYNVARS.h arrays (dynamical fields). 2
INI_DYNVARS Initialize to zero all DYNVARS.h arrays (dynamical fields). 0
INI_DYNVARS Initialize to zero all DYNVARS.h arrays (dynamical fields). 0
INI_DYNVARS Initialize to zero all DYNVARS.h arrays (dynamical fields). 0
INI_DYNVARS Initialize to zero all DYNVARS.h arrays (dynamical fields). 0
INI_EOS 3
INI_EP 1
INI_FIELDS Control initialising model fields to non-zero 2
INI_FIELDS Control initializing model fields to non-zero 0
INI_FIELDS Control initializing model fields to non-zero 0
INI_FIELDS Control initializing model fields to non-zero 0
INI_FIELDS Control initializing model fields to non-zero 0
INI_FORCING Set model initial forcing fields. Either set in-line or from file as shown. 3
INI_FORCING Set model initial forcing fields. Either set in-line or from file as shown. 0
INI_FORCING Set model initial forcing fields. Either set in-line or from file as shown. 0
INI_FORCING Set model initial forcing fields. Either set in-line or from file as shown. 0
INI_FORCING Set model initial forcing fields. Either set in-line or from file as shown. 0
INI_GRID Control grid array (vert. and hori.) initialisation. Grid arrays are held and described in GRID.h. 2
INI_GRID Control grid array (vert. and hori.) initialization. Grid arrays are held and described in GRID.h. 0
INI_GRID Control grid array (vert. and hori.) initialization. Grid arrays are held and described in GRID.h. 0
INI_GRID Control grid array (vert. and hori.) initialization. Grid arrays are held and described in GRID.h. 0
INI_GRID Control grid array (vert. and hori.) initialization. Grid arrays are held and described in GRID.h. 0
INI_HFAC 2
INI_LINEAR_PHISURF Set ref. surface Bo_surf 4
INI_LINEAR_PHISURF Set ref. surface Bo_surf 0
INI_LINEAR_PHISURF Set ref. surface Bo_surf 0
INI_LINEAR_PHISURF Set ref. surface Bo_surf 0
INI_LINEAR_PHISURF Set ref. surface Bo_surf 0
INI_LINEAR_PHSURF Set ref. surface Bo_surf 0
INI_LINEAR_PHSURF Set ref. surface Bo_surf 0
INI_LINEAR_PHSURF Set ref. surface Bo_surf 0
INI_LINEAR_PHSURF Set ref. surface Bo_surf 0
INI_LINEAR_PHSURF Set ref. surface Bo_surf 0
INI_MASKS_ETC Derive horizontal and vertical cell fractions and land masking for solid-fluid boundaries. 3
INI_MASKS_ETC Derive horizontal and vertical cell fractions and land masking for solid-fluid boundaries. 0
INI_MASKS_ETC Derive horizontal and vertical cell fractions and land masking for solid-fluid boundaries. 0
INI_MASKS_ETC Derive horizontal and vertical cell fractions and land masking for solid-fluid boundaries. 0
INI_MASKS_ETC Derive horizontal and vertical cell fractions and land masking for solid-fluid boundaries. 0
INI_MIXING Initialise diapycnal diffusivity. 2
INI_MIXING Initialize diapycnal diffusivity. 0
INI_MIXING Initialize diapycnal diffusivity. 0
INI_MIXING Initialize diapycnal diffusivity. 0
INI_MIXING Initialize diapycnal diffusivity. 0
INI_MNC_VARS 2
INI_MODEL_IO 3
INI_NH_FIELDS 2
INI_NH_VARS 2
INI_NLFS_VARS 2
INI_P_GROUND 6
INI_PARMS Routine to set kernel model parameters. By default kernel parameters are read from file data in directory in which code executes. 3
INI_PARMS Routine to set kernel model parameters. By default kernel parameters are read from file data in directory in which code executes. 0
INI_PARMS Routine to set kernel model parameters. By default kernel parameters are read from file data in directory in which code executes. 0
INI_PARMS Routine to set kernel model parameters. By default kernel parameters are read from file data in directory in which code executes. 0
INI_PARMS Routine to set kernel model parameters. By default kernel parameters are read from file data in directory in which code executes. 0
INI_PRESSURE Compute model initial hydrostatic pressure 2
INI_PRESSURE Compute model initial hydrostatic pressure 0
INI_PRESSURE Compute model initial hydrostatic pressure 0
INI_PRESSURE Compute model initial hydrostatic pressure 0
ini_procs Associate processes with grid regions. 0
INI_PROCS 2
INI_PSURF Set model initial free-surface height/pressure. 3
INI_PSURF Set model initial free-surface height/pressure. 0
INI_PSURF Set model initial free-surface height/pressure. 0
INI_PSURF Set model initial free-surface height/pressure. 0
INI_PSURF Set model initial free-surface height/pressure. 0
INI_SALT Set model initial salinity field. 4
INI_SALT Set model initial salinity field. 0
INI_SALT Set model initial salinity field. 0
INI_SALT Set model initial salinity field. 0
INI_SALT Set model initial salinity field. 0
INI_SIGMA_HFAC 2
INI_SPHERICAL_POLAR_GRID Spherical polar horiz. grid initialisation (calculate grid from kernel parameters). 2
INI_SPHERICAL_POLAR_GRID Spherical polar horiz. grid initialization (calculate grid from kernel parameters). 0
INI_SPHERICAL_POLAR_GRID Spherical polar horiz. grid initialization (calculate grid from kernel parameters). 0
INI_SPHERICAL_POLAR_GRID Spherical polar horiz. grid initialization (calculate grid from kernel parameters). 0
INI_SPHERICAL_POLAR_GRID Spherical polar horiz. grid initialization (calculate grid from kernel parameters). 0
INI_THETA Set model initial temperature field. 6
INI_THETA Set model initial temperature field. 0
INI_THETA Set model initial temperature field. 0
INI_THETA Set model initial temperature field. 0
INI_THETA Set model initial temperature field. 0
ini_threading_environment Associate threads with grid regions. 0
INI_THREADING_ENVIRONMENT 2
INI_TR1 Set initial tracer 1 distribution. 0
INI_VEL Initialize 3D flow field. 5
INI_VEL Initialize 3D flow field. 0
INI_VEL Initialize 3D flow field. 0
INI_VEL Initialize 3D flow field. 0
INI_VEL Initialize 3D flow field. 0
INI_VERTICAL_GRID Initialise vertical grid arrays. 2
INI_VERTICAL_GRID Initialize vertical grid arrays. 0
INI_VERTICAL_GRID Initialize vertical grid arrays. 0
INI_VERTICAL_GRID Initialize vertical grid arrays. 0
INI_VERTICAL_GRID Initialize vertical grid arrays. 0
INIT 16
init 2
INIT_2DFLD 2
INIT_ATM2D 2
init_nlpts 4
INIT_SUMVARS 3
initer0 5
initer1 5
initialdate 17
INITIALISE 4
INITIALISE_FIXED Set fixed model arrays such as topography, grid, solver matrices etc.. 6
INITIALISE_FIXED Set fixed model arrays such as topography, grid, solver matrices etc.. 0
INITIALISE_FIXED Set fixed model arrays such as topography, grid, solver matrices etc.. 0
INITIALISE_FIXED Set fixed model arrays such as topography, grid, solver matrices etc.. 0
INITIALISE_FIXED Set fixed model arrays such as topography, grid, solver matrices etc.. 0
INITIALISE_VARIA Set the initial conditions for time evolving variables 5
INITIALISE_VARIA Set the initial conditions for time evolving variables 0
INITIALISE_VARIA Set the initial conditions for time evolving variables 0
INITIALISE_VARIA Set the initial conditions for time evolving variables 0
INITIALISE_VARIA Set the initial conditions for time evolving variables 0
inList 4
inloc 3
inMonth 13
inmonth 19
inp SW radiation through the sea-ice down to the ocean (+=up) 0
inpArr input field array to process (compute stats & add to statFld) 37
inpArr input field array to process (compute stats & add to statFld) 0
inpArr input field array to process (compute stats & add to statFld) 0
inpFld Field to increment diagnostics array 32
inpFld Field to increment diagnostics array 0
inpFld Field to increment diagnostics array 0
inpFld Field to increment diagnostics array 0
inpFld Field to increment diagnostics array 0
inpFld input field array to process (compute stats & add to statFld) 0
inpFldRL Field to increment diagnostics array (arrType=0,1) 24
inpFldRL input field array to add to cumFld (arrType=0,1) 0
inpFldRL Field to increment diagnostics array (arrType=0,1) 0
inpFldRL input field array to convert (arrType=0,1) 0
inpFldRS Field to increment diagnostics array (arrType=2,3) 22
inpFldRS input field array to add to cumFld (arrType=2,3) 0
inpFldRS Field to increment diagnostics array (arrType=2,3) 0
inpFldRS input field array to convert (arrType=2,3) 0
inpFrcRL input fraction array to convert (arrType=0,2) 3
inpFrcRS input fraction array to convert (arrType=1,3) 3
INPHYS 2
input Ground elevation [m] 0
input reference Pressure at the ground [Pa] 0
InputFe 5
INQUIRE 28
inquire 49
INSOL 2
INSOLATION 1
INSTORE 2
instr 10
int1 6
INT1 25
int2 6
INT2 23
int3 6
INT3 7
INT4 4
INTCHG 4
integer Number of 4-byte words in arr 0
integer Array declared as integer*4(n) 0
integer Number of 4-byte words in arr 0
integer Number of 8-byte words in arr 0
integer precision of file in bits 0
integer number of elements in record 0
integer my thread id number 0
integer appropriate length of record in bytes or words 0
integer Number of 4-byte words in arr 0
integer Number of 8-byte words in arr 0
integer number of bits per word in file (32 or 64) 0
integer record number to read 0
integer size in x & y direction of input file to read 0
integer My Thread Id number 0
integer number of bits per word in file (32 or 64) 0
integer record number to read 0
integer size in x & y direction of input file to read 0
integer My Thread Id number 0
integer dimension of buffer & model vector array 0
integer my Thread Id number 0
integer dimension of buffer & model vector array 0
integer my Thread Id number 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer Overlap size (dim-1) of buffer to copy - to/from - arrFld 0
integer Overlap size (dim-2) of buffer to copy - to/from - arrFld 0
integer Number of levels to - fill in / extract from - arrFld 0
integer 1rst level to - fill in / extract from - arrFld 0
integer third dimension of 3-D array arrFld 0
integer tile X-index to - fill in / extract from - tiled buffer 0
integer tile Y-index to - fill in / extract from - tiled buffer 0
integer my Thread Id number 0
integer Overlap size (dim-1) of buffer to copy - to/from - arrFld 0
integer Overlap size (dim-2) of buffer to copy - to/from - arrFld 0
integer Number of levels to - fill in / extract from - arrFld 0
integer 1rst level to - fill in / extract from - arrFld 0
integer third dimension of 3-D array arrFld 0
integer tile X-index to - fill in / extract from - tiled buffer 0
integer tile Y-index to - fill in / extract from - tiled buffer 0
integer my Thread Id number 0
integer Overlap size (dim-1) of buffer to copy - to/from - arrFld 0
integer Overlap size (dim-2) of buffer to copy - to/from - arrFld 0
integer Number of levels to - fill in / extract from - arrFld 0
integer 1rst level to - fill in / extract from - arrFld 0
integer third dimension of 3-D array arrFld 0
integer tile X-index to - fill in / extract from - tiled buffer 0
integer tile Y-index to - fill in / extract from - tiled buffer 0
integer my Thread Id number 0
integer Overlap size (dim-1) of buffer to copy - to/from - arrFld 0
integer Overlap size (dim-2) of buffer to copy - to/from - arrFld 0
integer Number of levels to - fill in / extract from - arrFld 0
integer 1rst level to - fill in / extract from - arrFld 0
integer third dimension of 3-D array arrFld 0
integer tile X-index to - fill in / extract from - tiled buffer 0
integer tile Y-index to - fill in / extract from - tiled buffer 0
integer my Thread Id number 0
integer file precision 0
integer 'Opened' I/O channel 0
integer record number to WRITE 0
integer dimension off array arr 0
integer my Thread Id number 0
integer file precision 0
integer 'Opened' I/O channel 0
integer record number to WRITE 0
integer dimension off array arr 0
integer my Thread Id number 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer 1rst vertical level (of array fldRL/RS) to read-in 0
integer last vertical level (of array fldRL/RS) to read-in 0
integer record number to read 0
integer time step number 0
integer thread identifier 0
integer max size of array dimList (or =0 if not reading dimList) 0
integer max size of array fldList (or =0 if not reading fldList) 0
integer max size of array timList (or =0 if not reading timList) 0
integer my Thread Id number 0
integer number of bits per word in data-file (32 or 64) 0
integer number of dimensions 0
integer array of dimensions 0
integer used for mapping tiled file to global file 0
integer number of fields in fldList 0
integer number of time-specification in timList 0
integer number of records 0
integer time-step number (recorded in file) 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension, normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension, normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer fortran file IO unit 0
integer number of elements of input array fldRL/RS to read 0
integer tile indices (if tiled array) or 0,0 if not a tiled array 0
integer record number to read 0
integer my Thread Id number 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer x tile index 0
integer y tile index 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to read 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer indices to array arr 0
integer K dimension of array arr 0
integer indices to array arr 0
integer K dimension of array arr 0
integer indices to array arr 0
integer K dimension of array arr 0
integer indices to array arr 0
integer K dimension of array arr 0
integer size of 'arr'. sn,ol can be sNx,oLx OR sNy,oLy 0
integer indices to array arr 0
integer size of 'arr'. sn,ol can be sNx,oLx OR sNy,oLy 0
integer indices to array arr 0
integer size of 'arr'. sn,ol can be sNx,oLx OR sNy,oLy 0
integer indices to array arr 0
integer size of 'arr'. sn,ol can be sNx,oLx OR sNy,oLy 0
integer indices to array arr 0
integer number of bits per word in file (32 or 64) 0
integer used for writing YZ or XZ slice 0
integer number of vertical levels to be written 0
integer number of fields from fldList to write 0
integer number of time-info from fldList to write 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer file precision 0
integer 'Opened' I/O channel 0
integer record number to WRITE 0
integer dimension off array arr 0
integer my Thread Id number 0
integer file precision 0
integer 'Opened' I/O channel 0
integer record number to WRITE 0
integer dimension off array arr 0
integer my Thread Id number 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer 1rst vertical level (of array fldRL/RS) to write 0
integer last vertical level (of array fldRL/RS) to write 0
integer record number to write 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in data-file (32 or 64) 0
integer number of dimensions 0
integer array of dimensions, etc. 0
integer used for mapping tiled file to global file 0
integer number of fields in fldList 0
integer number of time-specification in timList 0
integer record number 0
integer time-step number 0
integer my Thread Id number 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension, normally either 1 or Nr 0
integer record number to read 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension, normally either 1 or Nr 0
integer record number to read 0
integer time step number 0
integer thread identifier 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer tile X-index argument 0
integer tile Y-index argument 0
integer record number to write 0
integer time step number 0
integer thread argument (= my Thread Id or = 0 to simply 0
integer number of bits per word in file (32 or 64) 0
integer fortran file IO unit 0
integer number of elements from input array fldRL/RS to be written 0
integer tile indices (if tiled array) or 0,0 if not a tiled array 0
integer record number to WRITE =|irecord| 0
integer time step number 0
integer my Thread Id number 0
integer number of bits per word in file (32 or 64) 0
integer size of third dimension: normally either 1 or Nr 0
integer x tile index 0
integer y tile index 0
integer record number to read 0
integer time step number 0
integer thread identifier 0
INTEGR_CONTINUITY 3
integr_GeoPot option to select the way we integrate the geopotential 15
INTEGRATE_FOR_W Integrate for vertical velocity. 2
INTEGRATE_FOR_W Integrate for vertical velocity. 0
INTEGRATE_FOR_W Integrate for vertical velocity. 0
INTEGRATE_FOR_W Integrate for vertical velocity. 0
INTEGRATE_FOR_W Integrate for vertical velocity. 0
integrDepth 10
INTERACT_ATMOS_NEEDS 1
INTERC 2
interiorOnly only update the interior of myTile, but not the edges 49
interiorOnly only update the interior of myTile, but not the edges 0
interiorOnly only update the interior of myTile, but not the edges 0
interiorOnly only update the interior of myTile, but not the edges 0
interiorOnly only update the interior of myTile, but not the edges 0
interiorOnly only update the interior of myTile, but not the edges 0
interiorOnly only update the interior of myTile, but not the edges 0
internConnect 10
INTERP_CHEMISTRY 2
interp_method 74
INTERP_OZ 2
INTERP_QZ 2
INTERP_TIME 6
interp_unit 1
interval 18
intime0 139
intime1 117
intmp 1
INTQ 7
INTRIB 5
intsecs 5
INTSTB 18
intv_1 9
intv_2 9
INTZ0 5
inumber 1
INVALID 8
invtk 52
inx 13
inyear 15
inyr 11
Io 60
io0 1
IO_ERRCOUNT 32
Iobc 97
iobcs 581
iobcsmem 7
iobcswrk 5
ioBuf4 8
ioBuf8 8
ioErrorCount 7
ioLbl io-label 9
ios 3
iotext 1
ioun 10
ioUnit Unit number for IO. 337
ioUnit Unit number for IO. 0
ioUnit Unit number for IO. 0
ioUnit Temp. for fortran I/O unit 0
ioUnit temp for writing msg unit 0
ioUnit temp for writing msg unit 0
ioUnit I/O unit number 0
ioUnit fortran file IO unit 0
ioUnit fortran file IO unit 0
ioUnit temp for writing msg unit 0
ioUnit temp for writing msg unit 0
ioUnit temp for writing msg unit 0
ioUnit temp for writing msg unit 0
iounit 6
ip diagnostics pointer to storage array 1630
ip diagnostics pointer to storage array 0
ip diagnostics pointer to storage array 0
ip pointer to storage array location for diag. 0
ip diagnostics pointer to storage array 0
ip ptracer number 0
IP 94
ip1 201
iparam 9
ipart horiz. position of float : 1rst decimal (local) index 45
ipass number of the current pass being made 36
ipass number of the current pass being made 0
iPass current passage index in SOM_ADVECT 4
ipass number of the current pass being made 0
ipass number of the current pass being made 0
ipc 16
IPCC_EMI 4
ipcl 11
ipCt 4
ipiv 1
ipls 4
IPM 4
ipnt 7
ipntr 6
ipoint1 11
ipoint2 13
ipointer Pointer to the slot in qdiag to fill 20
IPP2 36
IPPH 40
iprint 32
iproc 8
iprt 17
ipseudo 5
ipt diagnostic pointer to storage array 55
iPtr 4
iptrkey 18
ipx 8
ipy 8
iq 10
iras 33
iras0 6
irbc 15
irc 3
ireads 2
iRec reccord number in the output file 238
iRec reccord number in the output file 0
iRec record number 0
iRec record number 0
iRec record number to WRITE 0
iRec record number to WRITE 0
iRec record number to read 0
iRec record number to WRITE 0
iRec record number to WRITE 0
iRec record number 0
iRec record number 0
iRec record number in output file 0
iRec record number in output file 0
irec 1270
iRec0 63
iRec1 31
irec2d 12
irecglob 8
irecmem 5
irecord record number to read 223
irecord record number to read 0
irecord record number to read 0
irecord record number to write 0
irecord record number to read 0
irecord record number to write 0
irecord record number to read 0
irecord record number to read 0
irecord record number to write 0
irecord record number to write 0
irecord record number to read 0
irecord record number to read 0
irecord record number to read 0
irecord record number to read 0
irecord record number to read 0
irecord record number to read 0
irecord record number to write 0
irecord record number to write 0
irecord record number to read 0
irecord record number to read 0
irecord record number to read 0
irecord record number to read 0
irecord record number to write 0
irecord record number to write 0
irecord record number to write 0
irecord record number to write 0
irecord record number to write 0
irecord record number to write 0
irecord record number to read 0
irecord record number to read 0
irecord record number to write 0
irecord record number to WRITE =|irecord| 0
irecord record number to read 0
irectmp 8
irectrue 48
irecwrk 7
iReg Arrays for passing attributes to the coupler 12
iReg Arrays for passing attributes to the coupler 0
ireg 10
ires 4
iret 94
irise 14
irm 9
IRND 5
irnlay 1
IRNLAY 1
irnlm1 1
IRNLM1 1
IRRAD 2
iRun range of 1rst & 2nd index 70
iRun range of 1rst & 2nd index to process 0
iRun range of 1rst & 2nd index 0
iRun range of 1rst & 2nd index 0
iRun range of 1rst & 2nd index to process 0
iRun range of 1rst & 2nd index to process 0
IRUN 195
irun 701
irv 13
irx 7
is 259
iS 8
IS 40
is2 8
IS_DOUBLE 2
isav 1
ISAV 1
isb 7
isbd1 3
isbd2 3
isbyte 78
iSdiag list of diag slot number in long-list of available diag. 36
isec 8
isecbeg 8
isecend 8
isect 126
ISECT 7
iseed 12
ishelf 13
ishft 16
ishfts 3
isIceFree true for ice-free grid-cell that remains ice-free 4
ISinterface 1
IsInterface 2
Isinterface 1
isit 5
isize 18
isl 52
iSm counter-mate pointer to storage array 6
ISOTROPIC_COS_SCALING 34
isource 9
iSp diagnostic pointer to storage array 57
iSp diagnostics pointer to storage array 0
isPerm permanent checkpoint flag 4
isperm flag for permanent or rolling checkpoint 4
isrc 4
ist 6
iStart String indexing variables 55
iStart Temps. for string indexing 0
ISTART 12
istate 0=initial call, 1=subsequent calls 6
istatus 22
iStep Sub-time-step number 4
iStep Sub-time-step number 0
istlmq 2
ISTLMQ 2
istnlay 2
istnlv 5
ISTNLV 7
istnm1 2
ISTNM1 2
istnm2 1
ISTNM2 1
istnml 2
ISTNML 3
istnmq 2
ISTNMQ 3
istnp1 3
ISTNP1 1
istorecommon 2
istoreidow 6
iStr 14
iStride 51
istrip 485
ISTRIP 113
iStrngHi 8
iStrngLo 8
it 201
IT 5
it2d Loop counters ( it2d counts CG iterations ) 10
it2d Loop counters ( it2d counts CG iterations ) 0
it2d Loop counters ( it2d counts CG iterations ) 0
it3d Loop counter for CG iterations 3
itag 42
itape 15
itb 6
itbd1 4
itbd2 4
iTday 3
itdkey 41
itemp 6
iter 13
Iter 4
ITER 20
iterate4Tsf to stop to iterate when all icy grid pts Tsf did converged 8
iterinisecs 3
iterinitime 3
iterMax 4
itername 6
iterNb 28
itest 16
itestmem 9
ith 12
ithi 855
itile 218
itilepos 199
itime 12
iTimer 69
itlo 853
itmax 10
itmp 13
ITMP1 4
ITMP2 4
itop time of float the surface, in s 50
ITOP 8
itotalrecord 5
iTr passive tracer index 133
iTr tracer index 0
itr 7
iTracer ptracer number 433
iTracer ptracer number 0
iTracer loop indices 0
iTracer index of current passive tracer 0
iTracer loop indices 0
iTracer tracer index 0
iTracer loop indices 0
iTracer loop indices 0
iTracer loop indices 0
iTracer tracer number 0
iTracer loop indices 0
iTracer tracer index 0
iTracer tracer index 0
iTracer loop indices 0
iTracer tracer index 0
iTracer tracer index 0
iTracer loop indices 0
iTracer tracer index 0
iTracer loop indices 0
iTracer loop indices 0
iTracer loop indices 0
iTracer tracer number 0
itracer 2
itrans 3
iTrc tracer index 99
iTrc tracer index 0
iTrc tracer index 0
iTrc tracer index 0
itrtrb 5
ITRTRB 5
itx 7
itx1 7
itx2 7
itx3 7
iTyear 5
iTyear1 6
iTyear2 4
ityp 80
ITYP 115
itype 14
ITYPE 32
iUnit Work variable for IO unit number 465
iUnit IO unit of parameter-file copy (already opened) 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit unit number for I/O 0
iUnit unit number for I/O 0
iUnit Work variable for IO unit number 0
iUnit unit number for I/O 0
iUnit unit number for I/O 0
iUnit unit number for I/O 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit unit number for I/O 0
iUnit unit number for I/O 0
iUnit unit number for I/O 0
iUnit Work variable for IO unit number 0
iUnit Work variable for IO unit number 0
iUnit unit number for I/O 0
iUnit Work variable for IO unit number 0
iunit 70
Iunit 5
iup type of float : 81
iv 39
ival 25
ival_curr 15
ival_next 14
ivar 40
ivarindex 23
ivarr 3
ivartype 538
IVBITRIB 7
ivbitrib 2
ivdc_kappa implicit vertical diffusivity for convection [m^2/s] 31
IVDConvCount Impl.Vert.Diffusion convection counter: 14
iveg_32 3
IVEG_32 1
ivert 20
ivt 22
IVWATER 14
iw 863
IW 64
IWATER 26
iwater 1
iwetsum 7
iwettot 3
iwhen 13
iwrk 14
ix 122
IX2 44
IX3 28
IX4 12
ixoff 4
ixsec 3
iyear 67
iyearbc 16
iyoff 4
iyr 31
iysecmax 3
iysecmin 3
iz 12
iZero 9
izp1 6