Symbol	Description	Uses
I	Loop counter	10533
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 counter.	0
i	loop indices	44353
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 counters	0
I	Loop counter.	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 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 ( it2d counts CG iterations )	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 indices	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 counters	0
i	Loop counters	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 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 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 counter	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 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 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 counter	0
i	Loop counters	0
I	Loop counter	0
i	loop index	0
i	loop index	0
i	Loop counter	0
i	Loop counter	0
i	Loop counters	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 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	local indices of current grid-point	0
i	loop indices	0
i	loop indices	0
i	grid-point indices	0
i	grid-point indices	0
i	loop indices	0
i	loop indices	0
i	loop indices	0
i	loop indices	0
i	loop indices	0
i	indices of grid-point location where Psi == 0	0
i	loop indices	0
i	Loop counters ( it2d counts CG iterations )	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 indices	0
i	Loop counters	0
i	Loop counters	0
i	Loop counters	0
i	grid point indices	0
i	loop indices	0
i	loop indices	0
i	loop 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	loop indices	0
i	loop indices	0
i	array computation indices	0
I	fractional thickness of W-cell	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 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	horizontal indices	0
i	horizontal indices	0
i	horizontal indices	0
i	horizontal indices	0
i	loop indices	0
i	loop indices	0
i	loop indices	0
i	horizontal 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	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 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 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 counters	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 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	loop indices	0
i	Loop counter	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 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 counter	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 counters	0
i	Loop counters	0
i	loop indices	0
i	loop indices	0
i	inner loop counters	0
i	loop boundaries	0
i	loop indices	0
i	loop indices	0
i	loop indices	0
i	Loop counters	0
i	inner loop counters	0
i	inner loop counters	0
i	loop indices	0
i	Loop counters	0
i	inner 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	inner loop counters	0
i	inner loop counters	0
i	inner loop counters	0
i	inner loop counters	0
i	inner loop counters	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 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 boundaries	0
i	inner 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 indices	0
I	loop counters	0
i	loop indices	0
i	loop indices	0
i	Loop counters	0
i	Loop counters sea-ice area transport, x direction	0
i	loop indices	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 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 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 indices	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
i0	position of active = (end of variable name definition)	27
I0		17
i0swFrac	fraction of penetrating solar rad	6
i0x		7
i1	position of 1rst left parenthesis	143
i1	Loop counters	0
I1		94
i1Thid		5
i2	position of 1rst colon	90
I2	loop counters	282
I2	loop counters	0
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		18
i3	position of 1rst comma after the 1rst colon	16
i32		6
i3d		2
i4	position of right parenthesis after the 1rst left one	13
i5		5
i64		3
i8		1
i_cur		10
i_got_signal		8
i_numcells		4
I_obc	local index of open boundary	118
i_r		10
i_result		24
i_result1		5
i_result2		5
i_rhow		36
iA		18
IA		30
ia		63
IA1		2
IA2		2
IA3		2
iabs		5
iALK		1
iAmDoingIO		42
iarg		6
iarg1		3
iarg2		3
iargc		2
iarr		626
iavgbin		43
ib	inner dimension of source array and number of points in	359
iB	local index of open boundary	86
iB	local index of open boundary	0
iB	local index of open boundary	0
iB	local index of open boundary	0
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		4
ibrackmax		6
iBt		7
iBuf		54
ibuf		103
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		225
IC		192
ic1		1
IC1		41
icAlbNIR	seaice(+snow) surface Near Infra-Red Albedo	8
icb		26
ice0		18
ice1		18
ICE2SNOW		17
ICE2WATR	ratio of sea ice density to water density	6
ice_albedo_Ave	cumulated sea-ice albedo [0-1]	8
ice_emissivity		16
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]	14
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]	8
ice_snowH_Ave	cumulated Snow thickness [m]	8
ice_snowPr_Ave	cumulated snow precipitation (+=down) [kg/m2/s]	0
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]	8
ice_Tsrf_Ave	cumulated surface Temperature [oC]	8
IceAgeFile		3
IceAgeTrFile		10
iceArea		11
iceEps	small volume (to avoid division by zero if iceVol==0)	12
iceevap		9
IceFile		5
iceFlag	True= do iterate for Surf.Temp ; False= do nothing	14
iceFld	sea-ice field	64
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	ice fraction [0-1]	40
iceFrac	fraction of grid area covered in ice	0
iceFrac	fraction of grid area covered in ice	0
iceFrc	(new) sea-ice fraction	16
ICEFRONT_CHECK		2
ICEFRONT_DIAGNOSTICS_INIT		2
ICEFRONT_EXF_PAR_C		1
ICEFRONT_EXF_PAR_I		1
ICEFRONT_EXF_PAR_R		1
ICEFRONT_EXF_PARM02		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		4
ICEFRONT_TENDENCY_APPLY_T		4
icefront_TendS		8
ICEFRONT_TendS		1
icefront_TendT		8
ICEFRONT_TendT		1
ICEFRONT_THERMODYNAMICS	Compute IceFront thermo (pkg/icefront)	2
ICEFRONT_THERMODYNAMICS	Compute IceFront thermo (pkg/icefront)	0
ICEFRONTdepthFile		6
ICEFRONTheatCapacity_Cp		3
ICEFRONTHeatCapacity_Cp		3
ICEFRONTheatCapacity_cp		1
ICEFRONTheatTransCoeff		7
ICEFRONTisOn		2
ICEFRONTisON		2
ICEFRONTkappa		5
ICEFRONTlatentHeat		9
icefrontlength		4
ICEFRONTlength		6
ICEFRONTlengthFile		6
ICEFRONTsaltTransCoeff		4
ICEFRONTthetaSurface		6
iceftave	Fraction of ocean covered by seaice	9
IceGrowthRateInLeads		5
iceHeight	depth of ice layer [m]	69
iceHeight_mon		3
iceMask	sea-ice fraction: no ice=0, grid all ice 1 []	183
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	Ocean/Land mask	23
iceMsk	Ocean/Land mask	0
iceMsk	sea-ice fraction: no ice=0, grid all ice 1 []	0
iceMsk	sea-ice fraction: no ice=0, grid all ice 1 []	0
iceornot	0=open water, 1=ice cover	34
iceOrNot	0=open water, 1=ice cover, 2=ice+snow	10
iceornot	variables to include seaice effect	0
iceOrNot	this is HICE_ACTUAL.GT.0.	0
iceornot	0=open water, 1=ice cover, 2=ice+snow	0
IcePenetSW	short wave heat flux transmitted through ice (+=upward)	6
iceSaltFlx	salt flux from sea-ice compon. (+=upward)	16
iceSaltFlx	salt flux from seaice compon. (+=upward=leaving the ocean)	0
icest		4
iceStart		3
iceThick	ice height [m]	13
icethk		7
iceTime_mon		3
iceTmp		4
iceVol	temporary array used in advection S/R	67
iceVol	sea-ice volume	0
iceVol	sea-ice volume	0
iceVol	previous ice volume	0
icevolMeanCell		3
icFlag	sea-ice fractional mask [0-1]	12
icFlag	True= get fluxes at this location ; False= do nothing	0
icFlag	True= get fluxes at this location ; False= do nothing	0
icFlxAtm	Atmospheric surf. heat flux over sea-ice [W/m2] (+=down)	19
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)	17
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	seaice fraction (input)	72
icFrac	fraction of grid area covered in ice	0
icFrac	fraction of grid area covered in ice	0
icFrwAtm	Evaporation over sea-ice [kg/m2/s] (>0 if evaporate)	27
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 [kg/m2/s] (+=up)	0
icFrwAtm	evaporation to the atmosphere (kg/m2/s) (>0 if evaporate)	0
icg2dkey		3
icglo		11
icglom1		6
icglomem		4
ichanged		13
ICHAR		6
ichar		3
iChara		5
ichkmem		5
ichknum		64
ICLTOP		17
icm		2
ICM		2
icMask	sea-ice fractional mask [0-1]	6
icntc1		7
icntc2		6
icnts		7
icntw		7
icode		7
iCode		14
icomp		18
icomploc		4
icompmem		7
icomptest		49
icount		67
ICOUNT1		11
ICOUNT2		11
icount_transp		15
icountE		22
icountN		22
icountS		22
icountW		22
icrilv		6
ics		1
ict		27
ictrlgrad		178
icvar		32
icvcomp		8
icvoffset		13
icvrec		53
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
idE		4
ideep		14
IDEMIX_diff_max		6
IDEMIX_diff_min		5
IDEMIX_E		28
IDEMIX_F_B		2
IDEMIX_F_b		9
IDEMIX_F_S		3
IDEMIX_F_s		8
IDEMIX_frac_F_b		6
IDEMIX_frac_F_s		6
IDEMIX_gamma		7
IDEMIX_gofx2		4
IDEMIX_hofx1		4
IDEMIX_include_GM		6
IDEMIX_include_GM_bottom		6
IDEMIX_jstar		7
IDEMIX_mixing_efficiency		6
IDEMIX_mu0		6
IDEMIX_RiNumber		3
IDEMIX_tau_d		11
IDEMIX_tau_h		9
IDEMIX_tau_v		6
IDEMIX_tidal_file		7
IDEMIX_V0		16
IDEMIX_wind_file		7
idep		8
IDEP2		10
IDEPTH	convection depth in layers (2-dim)	7
idest		26
idiag	slot number in large diagnostic array	40
idiag	list of diag slot number in long-list of available diag.	0
iDIC		1
IDIJ		56
idim1		158
idim2		164
idivbeg		4
idivend		2
IDL1		42
idlist		3
idN		4
ido		6
IDO		368
idow		8
IDP2		44
ids		7
idS		4
idSize		8
idst		3
idString	Temp. for building prefix.	18
idString	Temp. for building message prefix	0
idString	String indexing temps. Temps. for strings.	0
idString	Temps. for strings.	0
idum		3
idummy		3
idW		4
idx	index used for sorting the eigenvalues	6
iDx		24
IDX		8
idyear		8
idynkey		22
ie		132
iEb	index of Eastern OB	3
iebmkey		2
iedge		4
ienc		4
iEnd	String indexing variables	92
iEnd	Temps. for string indexing	0
IEND		10
Iend		4
iErr	Error code	11
ierr		430
ierr1		3
ierr_grdchk		7
ierrmem		4
ierror		10
iesdat		2
iesdatfile		7
ieserrfile		8
iesmask		2
iesstartdate		5
iesstartdate1		7
iesstartdate2		7
iestau		7
iestaubar		5
iestaubarfile		10
iEVPstep	Loop counter	9
IF	fill corners for the current direction	0
IFAC		34
iface		4
ifail		84
ifc		118
ifcyc		6
ifgmres	interation counter	4
ifgmres	interation counter	0
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		16
IFN1		6
IFN2		6
IFNBLNK		164
ifnblnk		11
iform		4
ifound		5
Ifprd		31
iFree		28
IFRST		7
iftime		6
ifTime		9
ifunc		10
iG	Global coordinate index	267
iG	global tile indices	0
iG	Global coordinate index	0
iG	Global index temps.	0
ig		71
iG0	Tile base X and Y indices within global index space	14
iG0	Base coordinates of a tile on the global grid.	0
iG0	Base coordinates of a tile on the global grid.	0
ig1		4
ig2		4
igadkey		32
igen_bdrag		5
igen_conc		26
igen_deconc		17
igen_diffkr		5
igen_ers		22
igen_etaday		15
igen_etan		5
igen_exconc		15
igen_geoth		5
igen_gfo		22
igen_gmsl		12
igen_kapgm		5
igen_kapredi		5
igen_lsc		23
igen_mdt		31
igen_salt0		5
igen_theta0		5
igen_tp		22
igen_uvel0		4
igen_vvel0		4
igg		21
iGjLoc		20
iGloPos		6
iGloTile		5
iGm		8
iGmax		11
igmkey		29
IGNORE_TIME		1
igr		3
igrd		156
IGRD		5
igrdstr		2
igroup		27
iGSource	Index space I (global) coordinate for source center.	2
igwFac		8
ih		85
ih_modes		1
ihalo		18
iHi	X-index range of this tile t halo-region to be updated with neighbour entry n .	45
ihi		25
ihorz		39
ihour		4
ihsub		33
ii	local r-indexing.	600
ii	local x-indexing.	0
ii	local y-indexing.	0
ii	local r-indexing.	0
ii	local x-indexing.	0
ii	local x-indexing.	0
ii	loop indices	0
ii	local index of open boundary	0
II		159
ii1		8
ii2		8
iicekey		8
iikey		20
iINTERP		5
iiter		14
ij		83
ija		13
ijall		32
ijCnt		4
ijd	horiz. index of deep water column receiving dense water flow	30
ijm		13
ijo		19
ijr		15
ijROatm	index of land grid point that runoff to the ocean	8
ijROocn	index of ocean grid point where the runoff ends	8
ijs	horiz. index of shallow water column (e.g. shelf)	31
ik		39
IK		86
ikey		34
ikey_1		12
ikey_2		4
ikey_3		1
ikey_4		2
ikey_bak		1
ikey_daily_1		40
ikey_daily_2		40
ikey_dynamics		100
ikey_front		3
ikey_nl		6
ikey_yearly		40
ikeyloc		3
ikppkey		33
ikzz		45
IL	Temp. for index strings	315
iL	Work variable for length of file-name	262
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		1039
iLa	layer-type index	201
iLa	layer coordinate index	0
iLa	layer coordinate index	0
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		5
iLen		149
ilen		15
iLen1		9
iLen2		7
ilen2		2
iLen3		8
ilev_1		10
ilev_2		12
ilev_3		12
ilev_4		4
ilfld		30
iLfn		6
ilgen		29
ILH		3
ilinsysinfo		1
iLm	length of character strings (temp. variables)	8
ILN1		6
ILN2		6
ilnb		71
ILNBLNK		779
ilnblnk		440
ILNBLNk		7
ilng		8
iLo		49
ilo		25
ilobcse		3
ilobcsn		3
ilobcss		3
ilobcsw		3
ilockey		1
ilocmem		5
iLocOut		18
iLocTile		8
iloop		68
iLoop		6
iloop1		3
iloop_daily		40
iloop_ocn		5
ilps		49
ilq		14
ilqx		8
ilqy		8
ils		23
ilsalt		3
ilst		8
ilt		17
iltheta		3
iluvel		3
ilvvel		3
im	counter-mate pointer to storage array	897
im	counter-mate pointer to storage array	0
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	size of Krylov space	0
im	size of Krylov space	0
IM		37
Im1		4
im1		270
im2		287
im_32		8
iMax	Working range of x-index for applying forcing.	1534
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 which calculation is performed.	0
iMax	Loop counters	0
iMax	Loop counters	0
iMax	Loop counters	0
iMax	Ranges and sub-block indices on which calculations	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	Ranges and sub-block indices on which calculations	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	Range of points for calculation	0
iMax	not used	0
iMax	computational domain	0
iMax	1rst index loop range	0
iMax	computational domain	0
iMax	computational domain	0
imax	number of vertical grid points	742
iMax	Working range of x-index for applying forcing.	0
iMax	Working range of x-index for applying forcing.	0
iMax	1rst index loop range	0
iMax	1rst loop counter range	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	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	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 bounds	0
iMax	computation domain, 1rst index bounds	0
iMax	computation domain, 1rst index bounds	0
iMax	computation domain, 1rst index bounds	0
iMax	loop range for called routines	0
iMax	Range of points for which calculation is performed.	0
iMax	Working range of x-index for applying forcing.	0
iMax	loop range to update tracer field	0
iMax	computation domain	0
iMax	for called routines, to get valid output gTracer	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	computation domain 1rst index bounds	0
iMax	Range of 1rst index where results will be set	0
iMax	Range of 1rst index where results will be set	0
iMax	Range of 1rst index where results will be set	0
iMax	array computation indices	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	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	Range of points for which calculation is done	0
iMax	Range of points for which calculation Diffusive flux component work array.	0
iMax	Ranges and sub-block indices on which calculations	0
iMax	computational domain	0
iMax	1rst index loop ranges	0
iMax	computational domain	0
iMax	1rst index loop ranges	0
iMax	loop ranges	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	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	array boundaries	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	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	working range of tile for applying forcing	0
iMax	1rst index loop range	0
imax	number of vertical grid points	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	loop ranges	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	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	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	computation domain: 1rst index range	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 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	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
imax2		21
IMAX_TICE	number of iterations for ice surface temp	8
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	Working range of x-index for applying forcing.	1528
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 which calculation is performed.	0
iMin	Loop counters	0
iMin	Loop counters	0
iMin	Loop counters	0
iMin	Ranges and sub-block indices on which calculations	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	Ranges and sub-block indices on which calculations	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	Range of points for calculation	0
iMin	not used	0
iMin	computational domain	0
iMin	1rst index loop range	0
iMin	computational domain	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	1rst index loop range	0
iMin	1rst loop counter range	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	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	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 bounds	0
iMin	computation domain, 1rst index bounds	0
iMin	computation domain, 1rst index bounds	0
iMin	computation domain, 1rst index bounds	0
iMin	loop range for called routines	0
iMin	Range of points for which calculation is performed.	0
iMin	Working range of x-index for applying forcing.	0
iMin	loop range to update tracer field	0
iMin	computation domain	0
iMin	for called routines, to get valid output gTracer	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	computation domain 1rst index bounds	0
iMin	Range of 1rst index where results will be set	0
iMin	Range of 1rst index where results will be set	0
iMin	Range of 1rst index where results will be set	0
iMin	array computation indices	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	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	Range of points for which calculation is done	0
iMin	Range of points for which calculation Diffusive flux component work array.	0
iMin	Ranges and sub-block indices on which calculations	0
iMin	computational domain	0
iMin	1rst index loop ranges	0
iMin	computational domain	0
iMin	1rst index loop ranges	0
iMin	loop ranges	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	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	array boundaries	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	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	working range of tile for applying forcing	0
iMin	1rst index loop range	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	loop ranges	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	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	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	computation domain: 1rst index range	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 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	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		652
iMinAdvR	1rst index (X-dir) loop range for vertical advection	9
iMinLoc		9
iMinUpd		48
iminx		5
iminy		4
imnm		18
IMNM		2
imnp		18
IMNP		2
imns		4
IMODE		14
imomkey		6
imon		9
IMON		6
imonth		13
IMPLDIFF	Solve vertical implicit diffusion equation.	8
IMPLDIFF	Solve vertical implicit diffusion equation.	0
IMPLDIFF	(CD-Scheme) Solve vertical impl. diffus. eqn	0
IMPLDIFF	Solve vertical implicit diffusion equation.	0
IMPLDIFF	Solve vertical implicit diffusion equation.	0
IMPLDIFF	(CD-Scheme) Solve vertical impl. diffus. eqn	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 :	34
implicDiv2Dflow		17
implicitAdvection	implicit vertical advection (later on)	18
implicitAdvection	=True if vertical Advec computed implicitly	0
implicitAdvection	if True, treat vertical advection implicitly	0
implicitAdvection	implicit vertical advection (later on)	0
implicitDiffusion	Turns implicit vertical diffusion on	30
implicitFreeSurface	Set to true to use implicit free surface	9
implicitIntGravWave	treat Internal Gravity Wave implicitly	29
implicitNHPress	parameter of the Crank-Nickelson time stepping :	23
implicitViscosity	Turns implicit vertical viscosity on	29
implicSurfPress	parameter of the Crank-Nickelson time stepping :	22
impMatrixCounter		8
impMatrixWriteCount		7
impMatrixWriteTime		5
imstp		1
IMSTP		2
imstturb		12
imstturblw		20
imstturbsw		20
imt	array dimension for local arrays	165
in	air - seaice surface heat flux left to melt the ice	22
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	number of the record (in file) just before the one to read	0
In		1
inAdExact	get an exact adjoint (no approximation)	6
inAdFalse	value of inAdMode flag during forward sweep	5
inAdMode	enable approximate computation in backward sweep	12
inAdmode		1
inAdTrue	value of inAdMode flag during backward sweep	5
iname		8
INCLUDE_CALC_DIFFUSIVITY_CALL		3
INCLUDE_CONVECT_CALL		4
INCLUDE_EOS_CHECK		1
INCLUDE_EP_FORCING_CODE		2
INCLUDE_IMPLVERTADV_CODE		4
INCLUDE_PHIHYD_CALCULATION_CODE		5
INCLUDE_WHIO_GLOBUFF_3D		8
INCONSISTENT_WIND_LOCATION		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		21
indd		15
indeces		3
INDEX_I	Variable used to select an index label	13
INDEX_J		12
INDEX_K		41
index_lab		27
INDEX_NONE		1087
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
indf		148
indfg		26
indg		30
indgath		13
indic		10
indices		5
indices_col		9
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		4
inewtonmax		6
inext		7
inextp		6
inFile	name of the binary input file (direct access)	14
infile	name of the binary input file (direct access)	7
inFile	name of the binary input file (direct access)	0
inFileU	input file name for the 1rst component (U)	10
inFileV	input file name for the 2nd component (V)	4
inFlow		22
info	error code from LAPACK	15
INFO		3
ingen		11
INI_CARTESIAN_GRID	Cartesian horiz. grid initialisation (calculate grid from kernel parameters).	2
INI_CARTESIAN_GRID	Cartesian horiz. grid initialisation (calculate grid from kernel parameters).	0
INI_CG2D	2D conjugate grad solver initialisation.	2
INI_CG2D	2D conjugate grad solver initialisation.	0
INI_CG3D	3D conjugate grad solver initialisation.	2
INI_CG3D	3D conjugate grad solver initialisation.	0
INI_COMMUNICATION_PATTERNS		2
INI_CORI	Set coriolis term. zero, f-plane, beta-plane, sphere options are coded.	2
INI_CORI	Set coriolis term. zero, f-plane, beta-plane, sphere options are coded.	0
INI_CURVILINEAR_GRID	General orthogonal, structured horiz. grid initialisation; input from raw grid files (LONC.bin, LATC.bin, DXF.bin, ... ) or per face file: horizGridFile(.faceXXX.bin)	2
INI_CURVILINEAR_GRID	General orthogonal, structured horiz. grid initialisation; input from raw grid files (LONC.bin, LATC.bin, DXF.bin, ... ) or per face file: horizGridFile(.faceXXX.bin)	0
INI_CYLINDER_GRID	Cylindrical horiz. grid setting	2
INI_CYLINDER_GRID	Cylindrical horiz. grid setting	0
INI_DEPTHS	Read (from bathyFile ) or set bathymetry/orography.	4
INI_DEPTHS	Read (from bathyFile ) or set bathymetry/orography.	0
INI_DEPTHS	Read (from bathyFile ) or set bathymetry/orography.	0
INI_DYNVARS	Initialise to zero all DYNVARS.h arrays	2
INI_DYNVARS	Initialise to zero all DYNVARS.h arrays	0
INI_DYNVARS	set common block variable to zero	0
INI_EOS	Initialise Equation Of State (EOS) coefficients	2
INI_EOS	Initialise Equation Of State (EOS) coefficients	0
INI_EP		1
INI_FFIELDS		2
INI_FIELDS	Control initialising model fields to non-zero	2
INI_FIELDS	Control initialising model fields to non-zero	0
INI_FIELDS	Control initialising model fields to non-zero	0
INI_FORCING	Set model initial forcing fields, either set in-line or from file as shown here:	4
INI_FORCING	Set model initial forcing fields, either set in-line or from file as shown here:	0
INI_FORCING	initialise forcing fields	0
INI_GLOBAL_DOMAIN	Initialise domain related (global) quantities.	2
INI_GLOBAL_DOMAIN	Initialise domain related (global) quantities.	0
INI_GRID	Control grid array (vert. and horiz.) initialisation. Grid arrays are held and described in GRID.h.	2
INI_GRID	Control grid array (vert. and horiz.) initialisation. Grid arrays are held and described in GRID.h.	0
INI_GRID	Control grid array (vert. and hori.) initialisation. Grid arrays are held and described in GRID.h.	0
INI_LINEAR_PHISURF	Set ref. surface Bo_surf	2
INI_LINEAR_PHISURF	Set ref. surface Bo_surf	0
INI_LOCAL_GRID		4
INI_MASKS_ETC	Derive horizontal and vertical cell fractions and land masking for solid-fluid boundaries.	2
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	Initialise diapycnal diffusivity.	0
INI_MNC_VARS		2
INI_MODEL_IO	Initialise Input/Output setting	2
INI_MODEL_IO	Initialise Input/Output setting	0
INI_MODEL_IO	Initialise Input/Ouput setting	0
INI_NH_FIELDS		2
INI_NH_VARS	Initialise to zero all NH_VARS.h arrays	2
INI_NH_VARS	Initialise to zero all NH_VARS.h arrays	0
INI_NH_VARS	set common block variable to zero	0
INI_NLFS_VARS	Initialise all Non-Lin Free-Surf arrays (SURFACE.h)	2
INI_NLFS_VARS	Initialise all Non-Lin Free-Surf arrays (SURFACE.h)	0
INI_P_GROUND		5
INI_PARMS	Routine to set kernel model parameters. Kernel parameters are read from file data in directory in which code executes.	2
INI_PARMS	Routine to set kernel model parameters. Kernel parameters are read from file data in directory in which code executes.	0
INI_PARMS	Routine to set kernel model parameters. Kernel parameters are read from file data in directory in which code executes.	0
INI_PRESSURE		2
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_SALT	Set model initial salinity field.	4
INI_SALT	Set model initial salinity field.	0
INI_SIGMA_HFAC		2
INI_SPHERICAL_POLAR_GRID	Spherical polar horiz. grid setting (calculate grid from kernel parameters).	2
INI_SPHERICAL_POLAR_GRID	Spherical polar horiz. grid setting (calculate grid from kernel parameters).	0
INI_THETA	Set model initial temperature field.	7
INI_THETA	Set model initial temperature field.	0
ini_threading_environment	Associate threads with grid regions.	0
INI_THREADING_ENVIRONMENT		2
INI_VEL	Initialize 3D flow field.	5
INI_VEL	Initialize 3D flow field.	0
INI_VERTICAL_GRID	Set up vertical grid and coordinate	2
INI_VERTICAL_GRID	Set up vertical grid and coordinate	0
INIT		16
init		2
INIT_2DFLD		2
INIT_ATM2D		2
init_nlpts		4
INIT_PARALLEL_PDAF		1
INIT_PDAF		1
INIT_SUMVARS		3
initer0		7
initer1		7
initialdate		25
INITIALISE		4
INITIALISE_FIXED	Set fixed model arrays such as topography, grid, solver matrices etc..	3
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 fields	2
INITIALISE_VARIA	Set the initial conditions for time evolving fields	0
INITIALISE_VARIA	Set the initial conditions for time evolving	0
inList		4
inloc		4
inMonth		19
inmonth		18
inner	relaxation time scale (in seconds) on the	0
INNER_DO_LOOP		2
inode		69
inodx		103
inody		104
iNone	null index value	7
inp	SW radiation through the sea-ice down to the ocean (+=up)	0
inp	zonal ice velocity (input)	0
inp	meridional ice velocity (input)	0
inp	seaice fraction (input)	0
inp	current time in simulation	0
inp	iteration number in simulation	0
inp	my Thread Id. number	0
inp_dLat		36
inp_dLon		32
inp_lat0		32
inp_lon0		32
inpArr	input field array to process (compute stats & add to statFld)	15
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	35
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
inpFld	input field array to add to cumFld	0
inpFldRL	input AD-variable field	32
inpFldRL	Field to increment diagnostics array (arrType=0,1)	0
inpFldRL	input field array to add to cumFld (arrType=0,1)	0
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	input AD-variable field	30
inpFldRS	Field to increment diagnostics array (arrType=2,3)	0
inpFldRS	input field array to add to cumFld (arrType=2,3)	0
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		11
inputField	longitude of the 1rst point (South-East corner)	0
inputField	longitude increment (uniform)	0
inputField	latitude of the 1rst point (South-East corner)	0
inputField	latitude increment (vector, fct of latitude only)	0
inputField	input filed 1rst dim, longitudinal direction	0
inputField	input filed 2nd dim, latitudinal direction	0
inputField	interpolation method: =0 : no interpolation ; =1,11,21 : bilinear ; =2,12,22 : bicubic ; =1,2 for tracer ; =11,12 for U ; =21,22 for V.	0
INQUIRE		32
inquire		57
INSERT_VALUES		4
inside		15
insideOBmaskFile	File to specify Inside OB region mask (zero beyond OB)	8
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	unit number	0
integer	my Thread Id number	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	unit number	0
integer	Number of 4-byte words in arr	0
integer	Number of 8-byte words in arr	0
integer	unit number	0
integer	third dimension of 3-D input/output field	0
integer	type of AD-variable (select which ADEXCH to use)	0
integer	my Thread Id number	0
integer	third dimension of 3-D input/output field	0
integer	type of AD-variable (select which ADEXCH to use)	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	current iteration number	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	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	current iteration number	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	number of elements of input array fldR8/R4 to read	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	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	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	number of elements of input array fldR8/R4 to write	0
integer	tile indices (if tiled array)	0
integer	record number to write	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	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	precision of file in bits	0
integer	number of elements in record	0
integer	appropriate length of record in bytes or words	0
integer	unit number	0
INTEGR_CONTINUITY	Integrate the continuity Equation	3
INTEGR_CONTINUITY	Integrate continuity equation (see above)	0
INTEGR_CONTINUITY	Integrate the continuity Equation	0
INTEGR_CONTINUITY	Integrate continuity equation (see above)	0
INTEGR_CONTINUITY	Integrate continuity equation	0
integr_GeoPot	option to select the way we integrate the geopotential	18
INTEGRATE_FOR_W	Integrate for vertical velocity	2
INTEGRATE_FOR_W	Integrate for vertical velocity	0
integrDepth		10
INTEL_COMMITQQ		2
INTERACT_ATMOS_NEEDS		1
INTERC		2
interDiffKr_pCell	account for partial-cell in interior vert. diffusion	8
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	select interpolation method (integer)	16
INTERP_OZ		2
INTERP_QZ		2
INTERP_TIME		6
interval		22
interViscAr_pCell	account for partial-cell in interior vert. viscosity	8
intF	upwind tracer edge-value.	48
intF	upwind tracer edge-value.	0
intF	upwind tracer edge-value.	0
intF	upwind tracer edge-value.	0
intF	upwind tracer edge-value.	0
intF	upwind tracer edge-value.	0
intime0		160
intime1		165
intimeP		52
intmp		1
intN	Vertical integral of BuoyFreq to each grid cell centre	6
intN0	Vertical integral of BuoyFreq to z=0	3
INTQ		7
INTRIB		5
intsecs		5
INTSTB		18
intv_1		9
intv_2		9
INTZ0		5
inumber		1
INVALID		8
invtau_bm_q		3
invtau_bm_t		3
invtk		104
inyear		13
inyr		11
Io		60
io0		1
IO_ERRCOUNT		26
Iobc	position-index of open boundary	193
iobcs		502
iobcsmem		6
iobcswrk		5
ioBuf4		8
ioBuf8		8
ioErrorCount	IO Error Counter. Set to zero initially and increased	9
ioLabel		5
ioLbl	io-label	9
ios		9
iotext		1
ioun		10
ioUnit	unit number	586
ioUnit	unit number	0
ioUnit	Unit number for IO.	0
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	temp for writing msg unit	0
ioUnit	unit number	0
ioUnit	temp for writing msg unit	0
ioUnit	Work variable for IO unit number	0
ioUnit	temp for writing msg unit	0
ioUnit	I/O unit number	0
ioUnit	temp for writing msg unit	0
ioUnit	fortran file IO unit	0
ioUnit	fortran file IO unit	0
ioUnit	temp for writing msg unit	0
ioUnit	unit number	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	temp for writing msg unit	0
ioUnit	temp for writing msg unit	0
iout		4
iOutFGMRES		8
ip	diagnostics pointer to storage array	1695
ip	diagnostics pointer to storage array	0
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	ptracer number	0
IP		94
ip1		155
iparam		9
ipart	horiz. position of float : 1rst decimal (local) index	52
ipass	number of the current pass being made	57
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
ipass0		4
ipc		16
IPCC_EMI		3
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	22
IPP2		36
IPPH		40
iprint		32
iproc		5
iprt		18
iPsi0	indices of grid-point location where Psi == 0	17
ipt	diagnostic pointer to storage array	55
iPtr		4
iptrkey		16
ipx		3
ipy		3
iq		43
ir	grid indexing.	153
ir	grid indexing.	0
ir	grid indexing.	0
ir	r-indexing.	0
ir	local r-indexing.	0
ir	grid indexing.	0
ir	grid indexing.	0
ir	grid indexing.	0
ir	r-indexing.	0
ir	local r-indexing.	0
iras		33
iras0		6
irbc	loop indices	50
irc		3
iRec	reccord number in the output file	616
iRec	reccord number in the output file	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
iRec	record number in file	0
irec	record number to be written.	729
irec	record number to be written.	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 read	0
iRec	record number to WRITE	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
iRec0		72
iRec1		44
irec2d		16
irecglob		8
irecmem		4
irecord	record number to read	220
irecord	record number to read	0
irecord	record number to read	0
irecord	record number in input file	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 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
iRecP		5
irectrue		48
irecwrk		7
iReg	Array for passing attributes to the coupler	30
iReg	Array for passing attributes to the coupler	0
ires		4
iret		94
irho		3
irise		14
irm		9
IRND		5
irnlay		1
IRNLAY		1
irnlm1		1
IRNLM1		1
irr_eff	effective light for photosynthesis	15
irr_eff	effective irradiance	0
irr_inst	Instantaneous irradiance	16
irr_inst	instantaneous light	0
irr_inst	instantaneous light	0
irr_mem	Phyto irradiance memory	14
irr_mix		3
irr_surf		4
IRRAD		2
irrk	nut-limited efficiency of algal photosystems	7
iRun	range of 1rst & 2nd index	103
iRun	range of 1rst & 2nd index	0
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	range of 1rst & 2nd index	0
IRUN		195
irun		701
irv		13
irx		7
is		303
iS		8
IS		43
is2		16
IS_DOUBLE		2
isav		1
ISAV		1
isb		11
isbd1		3
isbd2		3
isbyte		55
isComputed	previous post-processed diag (still available in qtmp)	8
iSdiag	list of diag slot number in long-list of available diag.	36
isec		8
isecbeg		8
isecend		8
ISECT		7
iseed		12
ishelf		13
ishft		16
ishfts		3
isIceFree	true for ice-free grid-cell that remains ice-free	4
isinloop		3
ISINLOOP		1
isinloop0		5
isinloop1		5
isinloop2		5
ISinterface		1
IsInterface		2
Isinterface		1
isit		5
isize		18
isl		88
iSm	counter-mate pointer to storage array	6
isopycK		4
ISOTROPIC_COS_SCALING		35
isource		6
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
isTape		1
iStart	String indexing variables	57
iStart	Temps. for string indexing	0
ISTART		12
istatus		24
iStep	current sub-time step iterate	17
iStep	Sub-time-step number	0
iStep	Sub-time-step number	0
iStep	current sub-time step iterate	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		448
ISTRIP		113
iStrngHi		8
iStrngLo		8
iSubIter		3
it	Loop counter for ice thickness categories	160
IT	ice thickness category index (MULTICATEGORIES and ITD code)	241
IT	ice thickness category index (ITD and SEAICE_multDim code)	0
it	solv4temp iteration	0
it2		5
it2d	Loop counters ( it2d counts CG iterations )	36
it2d	Loop counters ( it2d counts CG iterations )	0
it2d	Loop counters ( it2d counts CG iterations )	0
it2d	Loop counters ( it2d counts CG iterations )	0
it2d	Loop counters ( it2d counts CG iterations )	0
it3d	Loop counter for CG iterations	10
it3d	Loop counter for CG iterations	0
itag		48
itape		15
itb		10
itbd1		4
itbd2		4
itc		8
iTday		3
itdkey		31
itemp		6
iter	current iteration number	35
iter	current iteration number	0
iter	current iteration number	0
iter	current iteration number	0
Iter		4
ITER		17
iter_count		4
iter_flag		5
iter_numconv		7
iter_rpt		6
iterate4Tsf	to stop to iterate when all icy grid pts Tsf did converged	8
iterinisecs		3
iterinitime		3
iterMax		4
iterNb		23
iters		26
itest		13
itestmem		6
ith		12
ithi		660
itile		54
itilepos		49
itime		12
iTimer		69
itlo		660
itmax		10
itmp		34
ITMP1		4
ITMP2		4
itmpkey		9
itmpkey2		4
itmpkey3		2
itop	time of float the surface, in s	51
ITOP		8
itotalrecord		5
iTr	passive tracer index	316
iTr	ptracer number	0
iTr	ptracer number	0
iTr	tracer index	0
iTr	tracer index	0
itr		22
itr_cur		3
iTrac		9
iTracer	index of current passive tracer	578
iTracer	tracer number	0
iTracer	tracer index	0
iTracer	tracer index	0
iTracer	tracer index	0
iTracer	loop indices	0
iTracer	tracer index	0
iTracer	loop indices	0
iTracer	tracer index	0
iTracer	tracer index	0
iTracer	loop indices	0
iTracer	loop indices	0
iTracer	tracer index	0
iTracer	loop indices	0
iTracer	loop indices	0
iTracer	passive tracer index	0
iTracer	tracer number	0
iTrc	tracer index	134
iTrc	tracer index	0
iTrc	tracer index	0
iTrc	tracer index	0
iTrc	tracer index	0
iTrGrease		20
itrtrb		5
ITRTRB		5
its		11
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	608
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	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	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	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	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	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	Work variable for IO unit number	0
iUnit	Work variable for IO unit number	0
iUnit	Work variable for IO unit number	0
iunit		70
iup	type of float :	82
iv		40
ival		25
ival_curr		15
ival_next		14
ivar		40
ivarindex		23
ivarr		3
ivartype		465
IVBITRIB		7
ivbitrib		2
ivdc_kappa	implicit vertical diffusivity for convection [m^2/s]	26
IVDConvCount	Impl.Vert.Diffusion convection counter:	11
ivec	int. basis vec.	102
ivec	int. basis vec.	0
ivec	int. basis vec.	0
ivec	int. basis vec.	0
ivec	int. basis vec.	0
ivec	int. basis vec.	0
iveg_32		4
ivert		20
ivt		22
IVWATER		14
iw		863
IW		64
IWATER		26
iwater		1
iWb	index of Western OB	3
iwetsum		5
iWh		27
iwhen		24
iWhen		1
iwrk		13
ix	grid indexing.	392
ix	grid indexing.	0
ix	grid indexing.	0
ix	x-index.	0
ix	x-indexing.	0
ix	x-index.	0
ix	x-,y-indexing.	0
ix	local x-indexing.	0
ix	x-indexing.	0
ix	grid indexing.	0
ix	grid indexing.	0
ix	grid indexing.	0
ix	x-index.	0
ix	x-indexing.	0
ix	x-index.	0
ix	x-,y-indexing.	0
ix	local x-indexing.	0
ix	x-index.	0
IX2		44
IX3		28
IX4		12
ix9		3
ixoff		4
ixsec		3
iy	grid indexing.	292
iy	grid indexing.	0
iy	grid indexing.	0
iy	y-index.	0
iy	y-index.	0
iy	y-indexing.	0
iy	x-,y-indexing.	0
iy	y-indexing.	0
iy	local y-indexing.	0
iy	grid indexing.	0
iy	grid indexing.	0
iy	grid indexing.	0
iy	y-index.	0
iy	y-index.	0
iy	y-indexing.	0
iy	x-,y-indexing.	0
iy	y-index.	0
iy	local x-indexing.	0
iy9		3
iyear		29
iyearbc		16
iyoff		4
iyr		29
iysecmax		3
iysecmin		3
iz		12
iZero		9
izp1		6