Symbol Description Uses
W true if N,S,E,W edge of myTile is an Edge of the cube 29
W true if N,S,E,W edge of myTile is an Edge of the cube 0
W true if N,S,E,W edge of myTile is an Edge of the cube 0
W true if N,S,E,W edge of myTile is an Edge of the cube 0
W true if N,S,E,W edge of myTile is an Edge of the cube 0
W Fields with boundary conditions, 0
w Fields with boundary conditions, 13
W northern/southern/eastern/western boundary 0
w ocean u/v/w velocities, temperature/salinity 0
W this tile has OB at Northern/Southern/Eastern/Western edge 0
W weighting factor for balancing OB normal flow 0
W Files with boundary conditions, 0
w Files with boundary conditions, 0
W northern/southern/eastern/western boundary 0
w ocean u/v/w velocities, temperature/salinity 0
W Files with connected piece Id for N/S/E/W OB grid pt 0
W Files with boundary conditions, 0
W northern/southern/eastern/western boundary 0
W true if N,S,E,W edge of myTile is an Edge of the cube 0
W true if N,S,E,W edge of myTile is an Edge of the cube 0
w1 37
w2 20
W2_cumSum_facet cum-sum at facet f2 origin function of 50
W2_cumSum_facet cum-sum at tile f2 origin function of 0
W2_CUMSUM_MATRIX 1
W2_cumSum_tiles cum-sum at tile t2 origin function of 18
W2_cumSum_tiles cum-sum at tile t2 origin function of 0
W2_CUMSUM_TOPO_I 1
W2_CUMSUM_USE_MATRIX 5
W2_CUMULSUM_Z_TILE_RL 2
W2_E2SETUP 2
W2_EAST 27
w2_eeboot Initialise WRAPPER2 execution environment 0
W2_EEBOOT 2
W2_EXCH2_BUF_I 1
W2_EXCH2_BUF_R4 1
W2_EXCH2_BUF_R8 1
W2_EXCH2_BUF_RL 1
W2_EXCH2_BUF_RS 1
W2_EXCH2_BUILD_I 1
W2_EXCH2_COMMFLAG 1
W2_EXCH2_HALO_SPEC 1
W2_EXCH2_PARM01 2
W2_EXCH2_PARM_I 1
W2_EXCH2_PARM_L 1
W2_EXCH2_PARM_R 1
W2_EXCH2_TOPO_I 1
W2_FILL_NULL_REGIONS 2
W2_ioBufferSize Maximum size of Single-CPU IO buffer. 8
W2_MAP_PROCS 2
W2_MAP_TILE2PROC 1
W2_mapIO select option for global-IO mapping: old format, put facets 1 after the other in the X dir.; this is not necessary compact . compact format, 1 facet after the other (mostly in Y dir.) but needs to fold some facet (domain) if too large compact format (= 1 long line), one facet after the other. 16
W2_maxNbFacets Maximum number of Facets (also and formerly called domains or sub-domains ) of this topology. 36
W2_maxNbTiles Maximum number of tiles (active+blank) in this topology 54
W2_maxNeighbours Maximum number of neighbours any tile has. 37
W2_maxXStackNx global index array of northern open-boundary point 5
W2_maxXStackNx global index array of southern open-boundary point 0
W2_maxXStackNy 2
W2_maxYStackNx 2
W2_maxYStackNy global index array of eastern open-boundary point 5
W2_maxYStackNy global index array of western open-boundary point 0
W2_myCommFlag 8
W2_myTileList list of tiles owned by this process 64
W2_NORTH 27
W2_oUnit output fortran Unit for printing Std messages 81
W2_oUnit fortran I/O unit 0
W2_PRINT_COMM_SEQUENCE 2
W2_PRINT_E2SETUP 1
W2_PRINT_PREFIX 3
W2_printMsg select option for information messages printing open and print to w2_tile_topology log file print the minimum, to StdOut no duplicated print from different processes (only Master) all processes do print (used to check). 26
W2_procTileList same as W2_myTileList, but contains 6
W2_READPARMS 2
W2_SET_CS6_FACETS 2
W2_SET_F2F_INDEX 2
W2_SET_GEN_FACETS 2
W2_SET_MAP_CUMSUM 2
W2_SET_MAP_TILES Set tiles and IO mapping 2
W2_SET_MYOWN_FACETS 2
W2_SET_SINGLE_FACET 2
W2_SET_TILE2TILES 2
W2_SOUTH 27
W2_tileIndex local subgrid index of tile tN 6
W2_tileProc Rank of process owning tile tN (filled at run time). 15
W2_tileRank rank of tile tN in full-tile list (without blank) 0
W2_tMC1 tile that holds Missing Corners (=f1.NW,f2.SE) 9
W2_tMC2 tile that holds Missing Corners (=f1.NW,f2.SE) 9
W2_useE2ioLayOut =T: use Exch2 global-IO Layout; =F: use model default 14
W2_WEST 27
w3 13
w4 8
w_atm 2
w_CFL Courant-Friedrich-Levy number 3
w_CFL Courant-Friedrich-Levy number 0
W_edge 47
w_globFile 18
w_ind input field longitudinal index, on western side of model grid pt 51
w_ind input field longitudinal index, on western side of model grid pt 0
w_ind input field longitudinal index, on western side of model grid pt 0
wa 8
WA 144
WA1 96
WA2 72
WA3 48
WA4 24
wAbs 4
wallClockTime Wall clock time returned 13
wam 3
wapressure 22
wapressure0 7
waqh 22
waqh0 7
wareaunit 3
warnCnts 16
was 3
WATADD 13
watemp 22
watemp0 7
water 18
waterin 3
WATERVAP_BUG 3
watevap 9
watlats 12
watlevs 11
watmin 2
watnow 5
WaveHFile 10
WaveModel 4
WAVEMODEL 3
WavePFile 10
wavesh 18
wavesh0 6
wavesh1 6
wavesp 18
wavesp0 6
wavesp1 6
wbar 5
wbarfile 10
wbaro 3
wBarXm 6
wBarXp 6
wBarYm 6
wBarYp 6
wbm 3
wbottomdrag 13
wbottomdrag0 7
wbp 8
wbs 3
wCFL Courant-Friedrich-Levy number 57
wCFL Courant-Friedrich-Levy number 0
wCFL Courant-Friedrich-Levy number 0
wCFL Courant-Friedrich-Levy number 0
wCFL Courant-Friedrich-Levy number 0
wCFL CFL number. 0
wCFL CFL number. 0
wCoriolisTerm 4
wctds 3
wctdt 3
wcurrent 7
wcurrent2 2
wcurrentLev 2
Wd tracers, vertical velocity in plume 22
wd 29
wda 4
wdiffkr 12
wdiffkr0 9
wdiffkr2 12
wdiffkrFld 6
wDissip 3
we 6
We 1
WE_STORE_1 8
WE_STORE_2 9
WE_STORE_3 8
WE_STORE_4 7
wedtau0 12
wedtaux 12
wedtaux2 13
wedtauxFld 6
wedtauy 12
wedtauy2 10
wedtauyFld 6
wefluxp 2
wefluxy 2
wei2d 10
wei3d 10
weight 12
weightA weight for tracer @ level k-1 20
weightA weight for level k-1 0
weightA weight for level K-1 0
weightB weight for tracer @ level k 20
weightB weight for level k 0
weightB weight for level K 0
weightfld 33
weightfld2d 14
weightfld3d 10
weightfldxz 10
weightfldyz 10
weightname 36
weights 6
weights_cur 4
weighttype 523
weightWasFound 5
WENS Diffusive flux normal to each cell face. 0
wers 19
westCommMode variables holding type of communication 12
westCommMode variables holding type of communication 0
westRecvAck 11
westRecvBuf_R4 4
westRecvBuf_R8 4
westRecvBuf_RL 4
westRecvBuf_RS 4
westSendAck 4
westSendBuf_R4 4
westSendBuf_R8 4
westSendBuf_RL 4
westSendBuf_RS 4
WET 7
WET0 6
wetan 16
WETEQ 3
WETEQ1 23
WETEQ2 6
WETFRC 13
WETINT 7
wetlocal 12
wevap 22
wevap0 7
WEXPB 5
wf 3
wfac vel.-flux in r-direction. 12
wfac vel.-flux in r-direction. 0
wfac vel.-flux in r-direction. 0
wFac 15
wFacKm 3
wFacKp 7
WFAU 19
WFAU1 3
WFAU2 7
WFAV 19
WFAV1 3
WFAV2 7
wFileCur 6
wFld 3-D local copy of vertical velocity 194
wFld local copy of wVel 0
wFld vertical velocity 0
wFld vertical velocity 0
wFld Vertical flow 0
wFld Local copy of vertical velocity field 0
wFld Local copy of vertical velocity field 0
wFld Local copy of velocity field (3 components) 0
wFld Advection velocity field, vertical component 0
wFld Local copy of velocity field (3 components) 0
wFld vertical flow 0
wFld vertical flow 0
wFld vertical flow 0
wFld vertical flow 0
wFld Advection velocity field, vertical component 0
wFld Advection velocity field, vertical component 0
wFld vertical volume transport (updated) 0
wFld Local copy of velocity field (3 components) 0
wFld vertical flow 0
wFld vertical flow 0
wFld vertical flow 0
wFld vertical flow 0
wFld vertical velocity 0
wFld vertical velocity 0
wFld vertical velocity 0
wFld vert. velocity 0
wFld vertical velocity field 0
wFld Local copy of velocity field (3 components) 0
wFld2d 8
wFld3d 8
wfmean 3
WFN 27
Wg 6
wgenarr2d 6
wgenarr3d 6
wgentim2d 15
wgfo 18
wght0 23
wght1 linear interpolation weight (applies to 1rst record) 29
wght2 linear interpolation weight (applies to 2nd record) 7
wgt 24
wh 7
wHandle 3
WHAT 2
whflux 22
whflux0 9
whflux0m 3
whflux2 10
whfluxm 31
whfluxmm 2
which 8
whichxyz 6
WHILE 33
while 10
wi 11
Width 6
wies 8
wind 10
WIND 4
wind0 10
wind1 10
wind_amp 2
WIND_STRESS_ICE 1
WIND_STRESS_OCE 1
windFile 7
windice_thres 6
windphy 27
windSq relative wind (vs surface motion) speed square 14
windSq relative wind speed squared (grid-cell center) 0
windStress 6
windstressmax 12
windStressMax 1
windsum 6
WINDX 7
WINDY 7
winPert weather patterns added to the background wind. 7
WITHOUT 1
withSigns True = account for sign of vector component 24
withSigns True = account for sign of X & Y directions 0
withSigns uFld,vFld are vector components 0
withSigns uFld,vFld are vector components 0
wk1 11
wk2 12
wkapgm 12
wkapgm0 9
wkapgm2 12
wkapgmFld 6
wkapredi 12
wkapredi0 9
wkapredi2 12
wkaprediFld 6
wkb_cS 7
wkb_cW 7
wLat1 6
wLat2 5
WLAY1 8
WLAY2 8
wlmean 3
wLoc velocity, vertical component 27
wLoc velocity, vertical component 0
wLoc velocity, vertical component 0
wLoc velocity, vertical component 0
wLoc velocity, vertical component 0
wLoc volume transported (per time step) 0
wlog 4
WLQ 10
wlwdown 22
wlwdown0 7
wlwflux 21
wlwflux0 7
wm 18
WMAX 10
wmean_apressure 7
wmean_aqh 7
wmean_atemp 7
wmean_evap 7
wmean_hflux 7
wmean_lwdown 7
wmean_lwflux 7
wmean_precip 7
wmean_runoff 5
wmean_sflux 7
wmean_smrarea 4
wmean_snowprecip 7
wmean_swdown 7
wmean_swflux 7
wmean_tau 8
wmean_wind 8
wMetricTerms metric term 4
wMsk 10
wmt 10
WN_STORE_1 8
WN_STORE_2 9
WN_STORE_3 8
WN_STORE_4 7
wobcse 18
wobcseLev 2
wobcsn 18
wobcsnLev 2
wobcss 18
wobcssLev 2
wobcsvol 6
wobcsw 18
wobcswLev 2
word2print a string to print 4
WORDLENGTH 9
work Work array for lapack 7
work working array 0
work1 6
WORK1 5
work2 8
WORK2 5
work3 4
WORK3 3
worka 26
workd 5
workdate 9
workl 3
wp 21
wprecip 22
wprecip0 7
WR_RSTRT_NEM 1
wrFldList list of written fields 132
wrFldList list of written fields 0
wrFldList list of written fields 0
wrFldList list of written fields 0
wrFldList list of written fields 0
wrFldList list of written fields 0
wrFldList list of written fields 0
wrFldList list of written fields 0
wrFldList list of written fields 0
wrFldList list of written fields 0
wrFldList list of written fields 0
WRGARY 1
write2file 5
WRITE_0D_C 51
WRITE_0D_I 115
WRITE_0D_L 319
WRITE_0D_R4 1
WRITE_0D_R8 1
WRITE_0D_RL 581
WRITE_0D_RS 2
WRITE_1D_I 2
WRITE_1D_L 1
WRITE_1D_RL 37
WRITE_COPY1D_R4 1
WRITE_COPY1D_R8 1
WRITE_COPY1D_RS 9
WRITE_FLD_3D_RL 26
WRITE_FLD_3D_RS 1
WRITE_FLD_S3D_RL 5
WRITE_FLD_S3D_RS 1
WRITE_FLD_XY_RL 208
WRITE_FLD_XY_RS 65
WRITE_FLD_XYZ_RL 165
WRITE_FLD_XYZ_RS 17
write_float 1
WRITE_FULLARRAY_RL 1
WRITE_FULLARRAY_RS 1
WRITE_GLVEC_RL 8
WRITE_GLVEC_RS 17
WRITE_GRID write grid fields to output files 2
WRITE_GRID write grid fields to output files 0
WRITE_LOCAL_RL 26
WRITE_LOCAL_RS 1
WRITE_PICKUP Write main model pickup files. 2
WRITE_PICKUP Write main model pickup files. 0
WRITE_REC_3D_RL 218
WRITE_REC_3D_RS 3
WRITE_REC_LEV_RL 5
WRITE_REC_LEV_RS 2
WRITE_REC_XY_RL 118
WRITE_REC_XY_RS 19
WRITE_REC_XYZ_RL 68
WRITE_REC_XYZ_RS 5
WRITE_REC_XZ_RL 81
WRITE_REC_XZ_RS 1
WRITE_REC_YZ_RL 81
WRITE_REC_YZ_RS 1
WRITE_STATE Write model state variables. 2
WRITE_STATE Write model state variables. 0
WRITE_XY_XLINE_RS 13
WRITE_XY_YLINE_RS 13
writeBinaryPrec Precision used for writing binary files 92
writeDbug 3
writediag 3
writeDiag 7
writegrid_mdsio 4
writegrid_mnc use mnc to write model-grid arrays to file 6
writeMetaF 4
writeNow 8
writePickupAtEnd write pickup at the last timestep 8
wrIter 7
writeStatePrec Precision used for writing model state. 7
writeWh 7
WRKIT1 6
WRKIT2 6
WRKIT3 6
WRKIT4 6
wrong_sign 6
WRRSTRT_OCEAN 1
wrTime 23
WRUNC 6
WRUNL 6
wrunoff 20
wrunoff0 5
ws 30
WS 3
wS_Mean 10
WS_STORE_1 8
WS_STORE_2 9
WS_STORE_3 8
WS_STORE_4 7
wS_Tile 5
wsalt 24
wsalt2 12
wsaltLev 14
WSCALE 5
wscatx 16
wscaty 16
wsflux 22
wsflux0 9
wsflux0m 3
wsflux2 10
wsfluxm 9
wsfluxmm 2
wshifwflx 15
wshifwflx0 5
wsi 8
wSide 6
wsigmaR 2
wsigmaR2 2
wsigmaRLev 2
wSign 8
wsink 5
wsink0 Initial sinking rate 5
wsink0_2d 7
wsink0z Depth at which sinking rate starts increasing 6
wsinkacc Acceleration rate of sinking with depth 5
WsinkPIC 3
wsLoc 11
wsm 29
WSMAX 22
wsmrarea 15
wsmrarea0 5
wsnowprecip 22
wsnowprecip0 7
wsocean 4
WSOI12 4
wspeed wind speed (m/s) 41
wspeed Temp. for wind speed 0
wspeed Surface (10-m) wind speed in m/s 0
WSPEED 1
wspeed0 12
wspeed1 12
wspeed_2D 10
wSpeed_atm surface windspeed on atmos. grid (m/s) 5
wspeed_exfremo_intercept 5
wspeed_exfremo_slope 5
wspeed_interpMethod 8
wspeed_lat0 7
wspeed_lat_inc 7
wspeed_lon0 7
wspeed_lon_inc 8
wspeed_nlat 8
wspeed_nlon 8
wSpeed_ocn surface windspeed on ocean grid (m/s) 9
wSpeed_ocn surface windspeed on ocean grid (m/s) 0
wspeedconst 5
WSpeedFile 6
WspeedFile 1
wspeedfile 16
wspeedmask 6
wspeedperiod 8
wspeedRepCycle 6
wspeedstartdate1 5
wspeedstartdate2 5
wspeedStartTime 7
wsqr 15
wsshv4 4
wsshv4tmp 11
wsSq 4
wsss 16
wsst 16
wst 9
WStave wVel * salt 7
wStress wind-stress magnitude [Pa=N/m^2], @ grid-cell center 10
wSurfP2d surface vertical velocity after 2-D solver 8
wswdown 22
wswdown0 7
wswflux 23
wswflux0 7
wsx 1
wsx1 1
wsx2 1
wsy 1
wsy1 1
wsy2 1
wT vertical advective flux 42
wT vertical advective flux 0
wT vertical advective flux 0
wT vertical advective flux 0
wT vertical advective flux 0
wT vertical advective flux 0
wT vertical advective flux 0
wT vertical advective flux 0
wT vertical advective flux 0
wT vertical advective flux 0
wt 3
wT_Heat 8
wT_Mean 14
wT_mean 1
wT_Tile 10
wtau0 15
wtau0m 4
wtauu 25
wtauu2 11
wtauum 11
wtauv 25
wtauv2 11
wtauvm 11
wtheta 29
wtheta2 13
wthetaLev 14
wti 18
wtime 2
wTime 1
wtnew 13
wtold 13
WTOTAL 10
wtp 19
wTrans 6
wtransp 11
WTtave wVel * theta 7
wTyear1 5
wTyear2 4
WU 6
wu 1
wudrift 3
wui 2
wunit 23
wUnit2rVel units conversion factor (Non-Hydrostatic code), from vertical velocity [m/s] to r-coordinate vertical velocity. z-coord: = 1 ; p-coord: rVel [Pa/s] = wSpeed [m/s] * wUnit2rVel 15
wUnits 4
WUPDAT 2
wuvel 7
wuvel3d 12
wuvvel 7
wuwind 25
WV 6
wv 1
wvdrift 3
wVel 198
wvel vel.-comp in r-direction. 18
wvel vel.-comp in r-direction. 0
wvel vel.-comp in r-direction. 0
wvel Temp. for w 0
wVEL 1
wvel0 7
wvel1 7
wVelBottomOverride 8
WvelFile 4
Wvelfile 7
wvelFld vertical velocity field 0
wvelFld vertical velocity field 0
wvelFld vertical velocity field 0
wVelFld 11
wVelLoc 4
wVeltave vertical velocity ([r]/s, i.e.: ocean:m/s atmos:Pa/s) 7
WVI 19
wvi 12
wvNum Wave number 0
WVS weights for near surf interp (2-dim) 3
WVSurf weights for near surf interpolation (2-dim) 6
wvvel 7
wvvel3d 12
wvwind 25
ww 9
WW_STORE_1 8
WW_STORE_2 9
WW_STORE_3 8
WW_STORE_4 7
wWind 8
wwind0 8
wwwers 7
wwwgfo 7
wwwtp 7