#------------------------------------------------------------
# Name         History          Owned         eXport    Description
# Name                 Restart         Import      Time_ser
#------------------------------------------------------------

###    0D integer (scalar)

'IM'               H       R       O      -      -   -  'Full west-east array dimension'
'JM'               H       R       O      -      -   -  'Full south-north array dimension'
'LM'               H       R       O      -      -   -  'Number of model layers'
'IHRST'            H       R       O      -      -   -  'Starting forecast hour'
'I_PAR_STA'        H       R       O      -      -   -  'I grid point of parent containing the SW corner of a nest'
'J_PAR_STA'        H       R       O      -      -   -  'J grid point of parent containing the SW corner of a nest'
'LAST_STEP_MOVED'  -       R       O      -      -   -  'Last timestep when a movable nests position was moved'
'LPT2'             -       R       O      -      -   -  'Number of pressure layers'
'NSOIL'            -       R       O      -      -   -  'Number of soil layers'
'NPHS'             H       R       O      -      -   -  'Number of time steps between physics calls'
'NCLOD'            H       R       O      -      -   -  'Number of time steps for accumulating cloud fractions;'
#                                                          used to calculated time-averaged cloud fractions.
'NHEAT'            H       R       O      -      -   -  'Number of time steps for accumulating diabatic heating from conv & microphysics;'
#                                                          used to calculate time-averaged values.
'NMTS'             -       R       O      -      -   -  'Next Move TimeStep of a Moving Nest'
'NPREC'            H       R       O      -      -   -  'Time steps for precipitation accumulation'
'NRDLW'            H       R       O      -      -   -  'Number of time steps for accumulating lw radiation fluxes and T tendencies;'
#                                                          used to calculate time-averaged values.
'NRDSW'            H       R       O      -      -   -  'Number of time steps for accumulating sw radiation fluxes and T tendencies;'
#                                                          used to calculate time-averaged values.
'NSRFC'            H       R       O      -      -   -  'Number of time steps for accumulating various surface quantities'
#                                                          (snowfall; potential & surface evaporation;
#                                                           sensible, latent, & ground heat fluxes; surface & below ground runoff)
'NTSCM'            -       R       O      -      -   -  'Next TimeStep the moving Children Move'
'AVGMAXLEN'        H       -       O      -      -   -  'Length in seconds of accumulation window for avg/max fields'
'MDRMINout'        H       -       O      -      -   -  'Min mean size of rain drops in Ferrier-based microphysics tables (microns)'
'MDRMAXout'        H       -       O      -      -   -  'Max mean size of rain drops in Ferrier-based microphysics tables (microns)'
'MDIMINout'        H       -       O      -      -   -  'Min mean size of large, precipitating ice particles for use in '
#                                                          Ferrier-based microphysics tables (microns)'
'MDIMAXout'        H       -       O      -      -   -  'Max mean size of large, precipitating ice particles for use in '
#                                                          Ferrier-based microphysics tables (microns)'
'IVEGSRC'          -       -       O      -      -   -  'Vegetation map identifier, 0--> USGS, 1--> IGBP'
'IALBSRC'          -       -       O      -      -   -  'Albedo source identifier, 0--> Matthews albedos, 1--> MODIS albedos'
'CU_PHYSICS'       -       R       O      -      -   -  'Convection physics, 1--> KF, 2--> BMJ, 3--> GD, 4--> SAS, 5--> RAS'
'MP_PHYSICS'       -       R       O      -      -   -  'Microphysics physics'
'LSM_PHYSICS'      -       R       O      -      -   -  'Land Surface physics'


###    0D real (scalar)

'DT'               H       R       O      -      -   -  'Dynamics time step'
'DYH'              H       R       O      -      -   -  'Delta y, h points'
'PDTOP'            H       R       O      -      -   -  'Depth of pressure range in hybrid v coordinate'
'PT'               H       R       O      -      -   -  'Pressure at the top'
'TLM0D'            H       R       O      -      -   -  'Central geographic longitude of grid (degress, positive east)'
'TPH0D'            H       R       O      -      -   -  'Central geographic latitude of grid (degrees)'
'TSTART'           H       R       O      -      -   -  'Starting forecast hour'
'DPHD'             H       R       O      -      -   -  'Grid increment, delta phi, degrees'
'DLMD'             H       R       O      -      -   -  'Grid increment, delta lambda, degrees'
'SBD'              -       R       O      -      -   -  'Degrees from center of domain to southern boundary'
'WBD'              -       R       O      -      -   -  'Degrees from center of domain to western boundary'

###    1D integer

'IDAT'             H       R       O      -      -   -  'Date of initial data, day, month, year'


###    1D real

'DXH'              H       R       O      -      -   -  'Delta x, h points  (m)'
'SG1'              H       R       O      -      -   -  'Sigma at interfaces in pressure range'
'SG2'              H       R       O      -      -   -  'Sigma at interfaces in sigma range'
'DSG1'             H       R       O      -      -   -  'Thicknesses of sigma layers in pressure range'
'DSG2'             H       R       O      -      -   -  'Thicknesses of sigma layers in sigma range'
'SGML1'            H       R       O      -      -   -  'Sigma at midlayers in pressure range'
'SGML2'            H       R       O      -      -   -  'Sigma at midlayers in sigma range'
'SGM'              -       R       O      -      -   -  'Sigma at interfaces'
'EPSL'             -       R       O      -      -   -  'Floor value for mixing length'
'EPSQ2'            -       R       O      -      -   -  'Floor value for 2*tke'
'SLDPTH'           H       R       O      -      -   -  'Thickness of soil layers (m) from top'
'MP_RESTART'       -       R       O      -      -   -  'Contents of Ferrier-based microphysics look up tables '
#                                                          needed if restarting the model run.
'TBPVS_STAT'       -       R       O      -      -   -  'Saturation vapor pressure tables for water (>=0C) and ice (<0C)'
'TBPVS0_STA'       -       R       O      -      -   -  'Saturation vapor pressure tables for water (all temperatures)'


###    2D integer

'ISLTYP'           H       R       O      -      -   -  'Soil type'
'IVGTYP'           H       R       O      -      -   -  'Vegetation type'
'NCFRCV'           H       R       O      -      -   -  'Number of times convective cloud fraction >0 between outputs'
'NCFRST'           H       R       O      -      -   -  'Number of times stratiform cloud fraction >0 between outputs'


###    2D real

'BARO'             -       -       O      -      -   -  'Barotropic part of W'
'FIS'              H       R       O      -      X   T  'Surface geopotential (m2 s-2)'
'GLAT'             H       R       O      -      X   -  'Latitudes of h points  (radians)'
'GLON'             H       R       O      -      X   -  'Longitudes of h points (radians)'
'HDACX'            -       R       O      -      -   -  'Lateral diffusion H coefficient in X'
'HDACY'            -       R       O      -      -   -  'Lateral diffusion H coefficient in Y'
'PD'               H       R       O      I      X   T  'Pressure difference, sigma range  (Pa)'
'F'                -       R       O      -      -   -   Vx  'Coriolis parameter (s-1)'
'VLAT'             H       R       O      -      X   -  'Latitudes of V points  (radians)'
'VLON'             H       R       O      -      X   -  'Longitudes of V points (radians)'
'HDACVX'           -       R       O      -      -   -  'Lateral diffusion V coefficient in X'
'HDACVY'           -       R       O      -      -   -  'Lateral diffusion V coefficient in Y'
'PDO'              -       R       O      -      -   -  'Previous pressure difference, sigma range  (Pa)'
'ACFRCV'           -       R       O      -      -   T  'Accumulated convective cloud fractions between outputs'
'ACFRST'           -       R       O      -      -   T  'Accumulated statiform cloud fractions between outputs'
'ACPREC'           H       R       O      -      -   T  'Accumulated precip  (m)'
'ACPREC_TOT'       -       R       O      -      -   T  'Total accumulated precip from 0hr (m)'
'ACSNOM'           -       R       O      -      -   T  'Accumulated melted snow  (?)'
'ACSNOW'           -       R       O      -      -   T  'Accumulated snow  (?)'
'ACPCP_RA'         -       -       O      -      -   -  'Accumulated rain  (mm)'
'ACPCP_SN'         -       -       O      -      -   -  'Accumulated snow  (mm)'
'ACPCP_GR'         -       -       O      -      -   -  'Accumulated graupel  (mm)'
'AKHS_OUT'         -       R       O      -      -   T  'Sfc exch coeff T and q  (m2 s-1)'
'AKHSAVG'          -       -       O      -      -   T  'Time-averaged Sfc exch coeff T and q  (m2 s-1)'
'AKMS_OUT'         -       R       O      -      -   T  'Sfc exch coeff momentum  (m2 s-1)'
'AKMSAVG'          -       -       O      -      -   T  'Time-averaged Sfc exch coeff momentum  (m2 s-1)'
'ALBASE'           -       R       O      -      -   T  'Base albedo'
'ALBVB'            -       -       O      -      -   -  'Visible beam (black sky) MODIS albedo'
'ALBNB'            -       -       O      -      -   -  'Near-IR beam (black sky) MODIS albedo'
'ALBVD'            -       -       O      -      -   -  'Visible diffuse (white sky) MODIS albedo'
'ALBND'            -       -       O      -      -   -  'Near-IR diffuse (white sky) MODIS albedo'
'ALBEDO'           -       R       O      -      -   T  'Dynamic albedo'
'ALWIN'            -       R       O      -      -   T  'Accumulated LW down at surface  (W m-2)'
'ALWOUT'           -       R       O      -      -   T  'Accumulated LW from the ground  (W m-2)'
'ALWTOA'           -       R       O      -      -   T  'Accumulated LW at top of atmosphere  (W m-2)'
'ASWIN'            -       R       O      -      -   T  'Accumulated SW down at surface  (W m-2)'
'ASWOUT'           -       R       O      -      -   T  'Accumulated SW up at ground  (W m-2)'
'ASWTOA'           -       R       O      -      -   T  'Accumulated SW at top of atmosphere  (W m-2)'
'BGROFF'           -       R       O      -      -   T  'Subsurface runoff  (mm)'
'CFRACH'           -       R       O      -      -   T  'High atmosphere cloud fraction'
'CFRACL'           -       R       O      -      -   T  'Low atmosphere cloud fraction'
'CFRACM'           -       R       O      -      -   T  'Mid atmosphere cloud fraction'
'CLDEFI'           -       R       O      -      -   T  'Convective cloud efficiency'
'CMC'              -       R       O      -      -   T  'Canopy moisture  (m)'
'CNVBOT'           -       R       O      -      -   T  'Lowest convec cloud bottom model lyr between outputs'
'CNVTOP'           -       R       O      -      -   T  'Highest convec cloud top model lyr between outputs'
'CPRATE'           -       R       O      -      -   T  'Instantaneous convective precipitation'
'CUPPT'            -       R       O      -      -   T  'Convective precip between radiation calls  (m)'
'CUPREC'           H       R       O      -      -   T  'Conv precip  (m)'
'CZEN'             -       R       O      -      -   T  'Current cosine of solar zenith angle'
'CZMEAN'           -       R       O      -      -   T  'Mean cosine of solar zenith angle between radiation calls'
'DNVVELMAX'        -       -       O      -      -   T  'hourly maximum downard vertical motion 400 hPa to sfc  (m s-1)'
'EPSR'             -       R       O      -      -   -  'Surface longwave emissivity'
'GRNFLX'           -       R       O      -      -   T  'Deep soil heat flux  (W m-2)'
'HBOTD'            -       R       O      -      -   T  'Bottom model layer of deep convective cloud for output'
'HBOTS'            -       R       O      -      -   T  'Bottom model layer of shallow convective cloud for output'
'HTOPD'            -       R       O      -      -   T  'Top model layer of deep convective cloud for output'
'HTOPS'            -       R       O      -      -   T  'Top model layer of shallow convective cloud for output'
'MIXHT'            H       -       O      -      -   -  'Mixed layer height  (m)'
'MXSNAL'           -       R       O      -      -   T  'Maximum deep snow albedo'
'PBLH'             H       R       O      -      -   T  'PBL height  (m)'
'POTEVP'           -       R       O      -      -   T  'Accumulated potential evaporation (m)'
'PREC'             -       R       O      -      -   T  'Precip within physics timestep  (m)'
'PSFCAVG'          -       -       O      -      -   T  'Pressure at surface (Pa) averaged in time'
'PSHLTR'           -       R       O      -      -   T  'Pressure at 2-m  (Pa)'
'P10'              -       -       O      -      -   -  'Pressure at 10-m  (Pa)'
'RH02MAX'          -       -       O      -      -   -  'Hourly Maximum Relative Humidity at 2-m (%)'
'RH02MIN'          -       -       O      -      -   -  'Hourly Minimum Relative Humidity at 2-m (%)'
'RH02'             -       -       O      -      -   -  'Relative Humidity at 2-m (%)'
'T02MAX'           -       -       O      -      -   -  'Hourly Maximum Temperature at 2-m (K)'
'T02MIN'           -       -       O      -      -   -  'Hourly Minimum Temperature at 2-m (K)'
'T10'              -       -       O      -      -   -  'Temperature at 10-m (K)'
'T10AVG'           -       -       O      -      -   -  'Temperature at 10-m averaged in time  (K)'
'Q10'              -       R       O      -      -   T  'Specific humidity at 10-m  (kg k-1)'
'QSH'              -       R       O      -      -   T  'Surface specific humidity  (kg kg-1)'
'QSHLTR'           -       R       O      -      -   T  'Specific humidity at 2-m  (kg kg-1)'
'QWBS'             -       R       O      -      -   T  'Instantaneous latent heat flux (W m-2)'
'QZ0'              -       R       O      -      -   T  'Specific humidity at top of viscous sublayer  (kg kg-1)'
'RADOT'            -       R       O      -      -   T  'Longwave from the ground  (W m-2)'
'PRATEMAX'         -       -       O      -      -   -  'Hourly maximum surface precipitation rate (mm h-1)'
'FPRATEMAX'        -       -       O      -      -   -  'Hourly maximum surface frozen precipitation rate (mm h-1)'
'REFDMAX'          -       -       O      -      -   T  'Hourly Maximum simulated reflectivity at 1000 m AGL (dbZ)'
'RLWIN'            -       R       O      -      -   T  'Longwave down at ground  (W m-2)'
'RLWTOA'           H       R       O      -      -   T  'Longwave at top of atmosphere  (W m-2)'
'RSWIN'            H       R       O      -      -   T  'Shortwave down at ground  (W m-2)'
'RSWINC'           -       R       O      -      -   T  'Clear-sky shortwave down at ground  (W m-2)'
'RSWOUT'           -       R       O      -      -   T  'Shortwave up at ground  (W m-2)'
'SFCEVP'           -       R       O      -      -   T  'Surface evaporation  (?)'
'SFCEXC'           -       R       O      -      -   T  'Another surface exchange coefficient for T and q (?) (m2 s-1) (see AKHS_OUT)'
'SFCLHX'           -       R       O      -      -   T  'Accumulated sfc latent heat flux (W m-2)'
'SFCSHX'           -       R       O      -      -   T  'Accumulated sfc sensible heat flux (W m-2)'
'SI'               -       R       O      -      -   T  'Snow depth  (mm, not m)'
'SICE'             -       R       O      -      -   T  'Sea ice fraction'
'SIGT4'            -       R       O      -      -   T  'Sigma*T**4  (W m-2)'
'SM'               -       R       O      -      X   -  'Sea mask (1=>sea ; 0=>land)'
'SMSTAV'           -       R       O      -      -   T  'Soil moisture availability for evapotranspiration'
'SMSTOT'           -       R       O      -      -   T  'Total soil moisture  (?)'
'SNO'              -       R       O      -      -   T  'Liquid water snow amount  (mm, not m)'
'SNOWC'            -       R       O      -      -   T  'Snow Cover  (fraction: 0--1)'
'SNOAVG'           -       -       O      -      -   T  'Percentage of time point is snow covered'
'SNOPCX'           -       R       O      -      -   T  'Snow phase change heat flux  (W m-2)'
'SOILTB'           -       R       O      -      -   T  'Deep ground soil temperature  (K)'
'SPD10MAX'         -       -       O      -      -   T  'hourly maximum wind speed 10-m  (m s-1)'
'SR'               -       R       O      -      -   T  'Timestep mass ratio of snow:precip'
'SSROFF'           -       R       O      -      -   T  'Surface runoff  (mm)'
'SST'              -       R       O      -      -   T  'Sea sfc temperature  (K)'
'SUBSHX'           -       R       O      -      -   T  'Accumulated deep soil heat flux (W m-2)'
'TG'               -       R       O      -      -   T  'Deep ground soil temperature  (K)'
'TH10'             -       R       O      -      -   T  'Theta at 10-m  (K)'
'THS'              -       R       O      -      -   T  'Surface theta  (K)'
'THZ0'             -       R       O      -      -   T  'Theta at top of viscous sublayer  (K)'
'TSHLTR'           -       R       O      -      -   T  'Theta at 2-m again  (K)'
'TWBS'             -       R       O      -      -   T  'Instantaneous sensible heat flux (W m-2)'
'UPHLMAX'          -       -       O      -      -   T  'hourly maximum Updraft Helicity (m^2 s-2)'
'UPVVELMAX'        -       -       O      -      -   T  'hourly maximum upward vertical motion 400 hPa to sfc  (m s-1)'
'U10'              H       R       O      -      X   T  'U at 10-m  (m s-1)'
'U10MAX'           -       -       O      -      -   T  'hourly maximum U at 10-m  (m s-1)'
'USTAR'            H       R       O      -      -   T  'Friction velocity  (m s-1)'
'UZ0'              -       R       O      -      -   T  'U component at top of viscous sublayer  (m s-1) (H points)'
'V10'              H       R       O      -      X   T  'V at 10-m  (m s-1)'
'V10MAX'           -       -       O      -      -   T  'Hourly maximum V at 10-m  (m s-1)'
'VEGFRC'           -       R       O      -      -   T  'Vegetation fraction'
'VZ0'              -       R       O      -      -   T  'V component at top of viscous sublayer  (m s-1) (H points)'
'Z0'               -       R       O      -      -   T  'Roughness length  (m)'
'TSKIN'            -       R       O      -      -   T  'Skin temperature  (K)'
'AKHS'             -       R       O      -      -   T  'Sfc exch coeff T and q divided by delta Z  (m s-1)'
'AKMS'             -       R       O      -      -   T  'Sfc exch coeff momentum divided by delta Z  (m s-1)'
'HBOT'             -       R       O      -      -   T  'Bottom model layer of convective cloud for radiation'
'HTOP'             -       R       O      -      -   T  'Top model layer of convective cloud for radiation'
'RSWTOA'           -       R       O      -      -   T  'Shortwave at top of atmosphere  (W m-2)'
'POTFLX'           -       R       O      -      -   T  'Energy equivalent of POTEVP (W m-2)'
'RMOL'             H       R       O      -      -   T  'Reciprocal of Monin-Obukhov length  (m-1)'
'T2'               H       R       O      -      -   T  'Temperature 2-m  (K)'
'Z0BASE'           -       R       O      -      -   T  'Background roughness length  (m)'
'PSFC'             -       -       O      -      -   T  'Surface Pressure (Pa)'
'TLMIN'            -       R       O      -      -   -  'Hourly minimum temperature'
'TLMAX'            -       R       O      -      -   -  'Hourly maximum temperature'
'LSPA'             -       -       O      -      -   -  'Land surface precipitation accumulation'
'ACUTIM'           -       R       O      -      -   -  'post0/bufr counter in summing cloud processes (conv, grid)'
'APHTIM'           -       R       O      -      -   -  'post0/bufr counter in summing other physics (turb, land, rad)'
'ARDLW'            -       R       O      -      -   -  'Counter in summing LW radiation flux'
'ARDSW'            -       R       O      -      -   -  'Counter in summing SW radiation flux'
'ASRFC'            -       R       O      -      -   -  'Counter in summing surface fluxes'
'AVRAIN'           -       R       O      -      -   -  'Counter in summing latent heating from grid microphysics'
'AVCNVC'           -       R       O      -      -   -  'Counter in summing latent heating from convection'
'MASSRout'         -       -       O      -      -   -  'Ferrier look-up tables for rain'
'MASSIout'         -       -       O      -      -   -  'Ferrier look-up tables for rain'
'ROUGHCOR'         -       -       O      -      -   -  'Roughness correction for ustt'
'SMOISCOR'         -       -       O      -      -   -  'Soil moisture correction for ustt'

###    3D real

'W'                -       R       O      -      -   T  'Vertical velocity at midlayers  (m s-1)'
'W_TOT'            -       -       O      -      X   -  'Total Vertical velocity at midlayers  (m s-1)'
'OMGALF'           -       R       O      -      -   -  'Omega-alpha  (K)'
'O3'               -       R       O      -      -   T  'Ozone'
'DIV'              -       R       O      -      -   -  'Horizontal mass divergence'
'TCU'              -       R       O      -      -   -  'Time change of T (K s-1)'
'TCV'              -       R       O      -      -   -  'Time change of U (m s-2)'
'TCT'              -       R       O      -      -   -  'Time change of V (m s-2)'
'TP'               -       R       O      -      -   -  'Sensible temperature, previous step  (K)'
'UP'               -       R       O      -      -   -  'U wind component, previous step  (m s-1)'
'VP'               -       R       O      -      -   -  'V wind component, previous step  (m s-1)'
'PSGDT'            -       R       O      -      -   -  'Specific volume  (m3 kg-1)'
'Z'                -       R       O      -      X   -  'Height at midlayers  (m)'
'Told'             -       R       O      -      -   -  'Old temperature before convection, microphysics (K)'
'Tadj'             -       R       O      -      -   -  'Temperature adjustments by convection, microphysics (K)'
'CLDFRA'           -       R       O      -      -   T  'Cloud fraction'
'DFI_TTEN'         -       R       O      -      -   -  'GSI radar assim generated heating rate'
'CW'               -       R       -      -      X   -  'Total condensate (kg/kg)'
'EXCH_H'           -       -       O      -      -   T  'Turbulent exchange coefficient for heat  (m2 s-1)'
'Q'                -       R       -      -      X   T  'Specific humidity (kg/kg)'
'Q2'               -       R       -      I      X   T  '2*tke  (m2 s-2)'
'RLWTT'            -       R       O      -      -   T  'Radiative T tendency, longwave  (K s-1)'
'RSWTT'            -       R       O      -      -   T  'Radiative T tendency, shortwave (K s-1)'
'PINT'             -       R       O      I      X   T  'Nonhydrostatic interface pressure (Pa)'
'DWDT'             -       R       O      I      X   T  'Vertical acceleration, correction factor  (m s-2)'
'T'                H       R       O      I      X   T  'Sensible temperature  (K)'
'TCUCN'            -       R       O      -      -   -  'Accumulated convective T tendency  (K s-1)'
'TRAIN'            -       R       O      -      -   -  'Accumulated stratiform T tendency  (K s-1)'
'U'                H       R       O      I      X   T  'U wind component  (m s-1)'
'V'                H       R       O      I      X   T  'V wind component  (m s-1)'
'XLEN_MIX'         -       R       O      -      -   T  'Mixing length  (m)'
'F_ICE'            -       R       O      -      -   T  'Fraction of condensate that is ice'
'F_RIMEF'          -       R       O      -      -   T  'Rime factor'
'F_RAIN'           -       R       O      -      -   T  'Rain fraction of liquid part of CWM'
'QC'               -       -       -      -      -   -  'Cloud water mixing ratio (kg kg-1)'
'QI'               -       -       -      -      -   -  'Cloud ice mixing ratio (kg kg-1)'
'QR'               -       -       -      -      -   -  'Rain mixing ratio (kg kg-1)'
'QS'               -       -       -      -      -   -  'Snow mixing ratio (kg kg-1)'
'QG'               -       -       -      -      -   -  'Graupel mixing ratio (kg kg-1)'
'NI'               -       -       -      -      -   -  'Cloud ice number concentration (kg-1)'
'NR'               -       -       -      -      -   -  'Rain number concentration (kg-1)'
'REFL_10CM'        -       -       O      -      -   -  'Radar 10cm reflectivity  (dBZ)'
'RE_CLOUD'         -       -       O      -      -   -  'Effective radius of cloud droplets  (m)'
'RE_ICE'           -       -       O      -      -   -  'Effective radius of cloud ice  (m)'
'RE_SNOW'          -       -       O      -      -   -  'Effective radius of snow  (m)'
'SH2O'             H       R       O      -      -   -  '3D unfrozen soil moisture/soil liquid water'
'SMC'              H       R       O      -      -   -  '3D total soil moisture content (volumetric fraction)'
'STC'              H       R       O      -      -   -  '3D soil temperature (K)'
'AERO_ACPREC'      H       -       O      -      -   -  'Total aerosol wet deposition per bin'
'AERO_CUPREC'      H       -       O      -      -   -  'Total convective aerosol wet deposition per bin'
'AERO_DEPDRY'      H       -       O      -      -   -  'Aerosol dry deposition per bin'
'AERO_AOD_C'       -       -       O      -      -   -  'Coarse aerosol AOD per type of aerosol'
'AERO_OPT_R'       H       -       O      -      -   -  'AERO_AOD_R -> AERO_OPT_R (aerosol AOD, SSA, ASY from RRTM)'
'DRE_SW_TOA'       H       -       O      -      -   -  ' aerosol direct radiative effect for SW at TOA'
'DRE_SW_SFC'       H       -       O      -      -   -  ' aerosol direct radiative effect for SW at SFC'
'DRE_LW_TOA'       H       -       O      -      -   -  ' aerosol direct radiative effect for LW at TOA'
'DRE_LW_SFC'       H       -       O      -      -   -  ' aerosol direct radiative effect for LW at SFC'
'ENG_SW_SFC'       H       -       O      -      -   -  ' 1.DNI, 2.DHI, 3.GHI, 4.DNI-DNI0, 5.DHI-DHI0, 6.GHI-GHI0, 7.COSZEN (SW, all-sky)'
'EMISS_AERO'       -       -       O      -      -   -  'Aerosol emissions per bin'
'AERO02    '       -       -       O      -      -   T  'Aerosol 2m conc. per bin'
'AERO10'           -       -       O      -      -   -  'Aerosol 10m conc. per bin'
'ADRYDEP'          H       -       O      -      -   -  'Gas dry deposition'
'WETDEP'           H       -       O      -      -   -  'Gas wet deposition'
'PH_NO2'           H       -       O      -      -   -  'Gas dummy variable'
'AEROSSA'          -       -       O      -      -   -  'Aerosol single-scattering albedo' 

###    4D real

'TRACERS_PREV'     -       R       -      -      -   -  'Previous step tracers'
'TRACERS'          H       R       -      -      X   -  'All tracer variables'
'MPRATES'          -       -       O      -      -   -  'MICROPHYSICS SOURCE AND SINK TERMS'

######################################## TRACKER VARIABLES

# These variables are for the inline vortex tracker.  They're
# in a separate section since there are so many of them.
# We're hoping, in a future release, to allocate them only if
# the tracker is in use.

###    Tracker scalar integer
'NTRACK'           -       R       O      -      -   -  'Number of physics timesteps per tracker timestep'
'TRACK_HAVE_GUESS' -       R       O      -      -   -  'Does the tracker have a guess location?'
'TRACK_N_OLD'      -       R       O      -      -   -  'Number of old tracker fix locations'
'TRACKER_HAVEFIX'  -       R       O      -      -   -  'Does the tracker have a fix location?'
'TRACKER_GAVE_UP'  -       R       O      -      -   -  'Did the tracker give up on searching for a storm?'

###    Tracker scalar real
'TRACK_LAST_HOUR'  -       R       O      -      -   -  'Previous tracker forecast hour'
'TRACK_GUESS_LAT'  -       R       O      -      -   -  'Storm first guess center latitude (deg)'
'TRACK_GUESS_LON'  -       R       O      -      -   -  'Storm first guess center longitude (deg)'
'TRACK_EDGE_DIST'  -       R       O      -      -   -  'Distance from storm center to domain edge (km)'
'TRACK_STDERR_M1'  -       R       O      -      -   -  'Standard deviation of tracker centers one hour ago (km)'
'TRACK_STDERR_M2'  -       R       O      -      -   -  'Standard deviation of tracker centers two hours ago (km)'
'TRACK_STDERR_M3'  -       R       O      -      -   -  'Standard deviation of tracker centers three hours ago (km)'
'TRACKER_FIXLAT'   -       R       O      -      -   -  'Storm fix latitude according to inline tracker (degrees)'
'TRACKER_FIXLON'   -       R       O      -      -   -  'Storm fix longitude according to inline tracker (degrees)'
'TRACKER_IFIX'     -       R       O      -      -   -  'Storm fix i location (H grid)'
'TRACKER_JFIX'     -       R       O      -      -   -  'Storm fix j location (H grid)'
'TRACKER_RMW'      -       R       O      -      -   -  'Storm RMW according to inline tracker (km)'
'TRACKER_PMIN'     -       R       O      -      -   -  'Storm min MSLP according to inline tracker (Pa)'
'TRACKER_VMAX'     -       R       O      -      -   -  'Storm max 10m wind according to inline tracker (m/s)'

###    Tracker 1D integer
'TRACK_OLD_NTSD'   -       R       O      -      -   -  'Old tracker times (timesteps)'

###    Tracker 1D real
'TRACK_OLD_LAT'    -       R       O      -      -   -  'Old tracker latitudes (degrees)'
'TRACK_OLD_LON'    -       R       O      -      -   -  'Old tracker longitudes (degrees)'

###    Tracker 2D integer
'TRACKER_FIXES'    -       R       O      -      -   -  'Tracker fix information for debugging (pc/fur)'

###    Tracker 2D real
'MEMBRANE_MSLP'    -       R       O      -      -   -  'Membrane Mean Sea Level Pressure (Pa)'
'P850RV'           -       R       O      -      -   -  'Relative vorticity at 850mbar mass points (1/s)'
'P700RV'           -       R       O      -      -   -  'Relative vorticity at 700mbar mass points (1/s)'
'P850WIND'         -       R       O      -      -   -  'Wind magnitude at 850mbar mass points (m/s)'
'P700WIND'         -       R       O      -      -   -  'Wind magnitude at 700mbar mass points (m/s)'
'P500U'            -       R       O      -      -   -  'Grid +X wind at 500 mbar mass points (m/s)'
'P500V'            -       R       O      -      -   -  'Grid +Y wind at 500 mbar mass points (m/s)'
'P700U'            -       R       O      -      -   -  'Grid +X wind at 700 mbar mass points (m/s)'
'P700V'            -       R       O      -      -   -  'Grid +Y wind at 700 mbar mass points (m/s)'
'P850U'            -       R       O      -      -   -  'Grid +X wind at 850 mbar mass points (m/s)'
'P850V'            -       R       O      -      -   -  'Grid +Y wind at 850 mbar mass points (m/s)'
'P850Z'            -       R       O      -      -   -  'Height at 850mbar mass points (m)'
'P700Z'            -       R       O      -      -   -  'Height at 700mbar mass points (m)'
'M10WIND'          -       R       O      -      -   -  'Wind magnitude at 10m mass points (m/s)'
'M10RV'            -       R       O      -      -   -  'Relative vorticity at 10m mass points (m/s)'
'SP850RV'          -       R       O      -      -   -  'Smoothed relative vorticity at 850mbar mass points (1/s)'
'SP700RV'          -       R       O      -      -   -  'Smoothed relative vorticity at 700mbar mass points (1/s)'
'SP850WIND'        -       R       O      -      -   -  'Smoothed wind magnitude at 850mbar mass points (m/s)'
'SP700WIND'        -       R       O      -      -   -  'Smoothed wind magnitude at 700mbar mass points (m/s)'
'SP850Z'           -       R       O      -      -   -  'Smoothed height at 850mbar mass points (m)'
'SP700Z'           -       R       O      -      -   -  'Smoothed height at 700mbar mass points (m)'
'SM10WIND'         -       R       O      -      -   -  'Smoothed wind magnitude at 10m mass points (m/s)'
'SM10RV'           -       R       O      -      -   -  'Smoothed relative vorticity at 10m mass points (m/s)'
'SMSLP'            -       R       O      -      -   -  'Smoothed Membrane Mean Sea Level Pressure (Pa)'
'TRACKER_ANGLE'    -       R       O      -      -   -  'Angle to storm center (radians, 0=E, pi/2=N)'
'TRACKER_DISTSQ'   -       R       O      -      -   -  'Square of distance from storm center (m*m)'


#EOF
