NCSS for Grids ( Grid as Point Dataset )

Select Variable(s):

ALBBCK = BACKGROUND ALBEDO
CANWAT = CANOPY WATER
CLAT = COMPUTATIONAL GRID LATITUDE, SOUTH IS NEGATIVE
COSALPHA = Local cosine of map rotation
E = Coriolis cosine latitude term
F = Coriolis sine latitude term
FRC_URB2D = URBAN FRACTION
HGT = Terrain Height
ISLTYP = DOMINANT SOIL CATEGORY
IVGTYP = DOMINANT VEGETATION CATEGORY
LAI = LEAF AREA INDEX
LAKEMASK = LAKE MASK (1 FOR LAKE, 0 FOR NON-LAKE)
LAKE_DEPTH = lake depth
LANDMASK = LAND MASK (1 FOR LAND, 0 FOR WATER)
LU_INDEX = LAND USE CATEGORY
MAPFAC_M = Map scale factor on mass grid
MAPFAC_MX = Map scale factor on mass grid, x direction
MAPFAC_MY = Map scale factor on mass grid, y direction
MAPFAC_U = Map scale factor on u-grid
MAPFAC_UX = Map scale factor on u-grid, x direction
MAPFAC_UY = Map scale factor on u-grid, y direction
MAPFAC_V = Map scale factor on v-grid
MAPFAC_VX = Map scale factor on v-grid, x direction
MAPFAC_VY = Map scale factor on v-grid, y direction
MF_VX_INV = Inverse map scale factor on v-grid, x direction
MU = perturbation dry air mass in column
MUB = base state dry air mass in column
PSFC = SFC PRESSURE
Q2 = QV at 2 M
SEAICE = SEA ICE FLAG
SHDMAX = ANNUAL MAX VEG FRACTION
SHDMIN = ANNUAL MIN VEG FRACTION
SINALPHA = Local sine of map rotation
SNOALB = ANNUAL MAX SNOW ALBEDO IN FRACTION
SNOW = SNOW WATER EQUIVALENT
SNOWC = FLAG INDICATING SNOW COVERAGE (1 FOR SNOW COVER)
SNOWH = PHYSICAL SNOW DEPTH
SR = fraction of frozen precipitation
SST = SEA SURFACE TEMPERATURE
T2 = TEMP at 2 M
TH2 = POT TEMP at 2 M
TMN = SOIL TEMPERATURE AT LOWER BOUNDARY
TOPOSLPX = ELEVATION X SLOPE
TOPOSLPY = ELEVATION Y SLOPE
TSK = SURFACE SKIN TEMPERATURE
U10 = U at 10 M
UOCE = SEA SURFACE ZONAL CURRENTS
V10 = V at 10 M
VAR = OROGRAPHIC VARIANCE
VAR_SSO = variance of subgrid-scale orography
VEGFRA = VEGETATION FRACTION
VOCE = SEA SURFACE MERIDIONAL CURRENTS
XLAND = LAND MASK (1 FOR LAND, 2 FOR WATER)
XLAT = LATITUDE, SOUTH IS NEGATIVE
XLAT_U = LATITUDE, SOUTH IS NEGATIVE
XLAT_V = LATITUDE, SOUTH IS NEGATIVE
XLONG = LONGITUDE, WEST IS NEGATIVE
XLONG_U = LONGITUDE, WEST IS NEGATIVE
XLONG_V = LONGITUDE, WEST IS NEGATIVE

with Vertical Levels ( soilDepth ) : 0.05000000074505806 0.25 0.7000000476837158 1.5 units
SH2O = SOIL LIQUID WATER
SMCREL = RELATIVE SOIL MOISTURE
SMOIS = SOIL MOISTURE
TSLB = SOIL TEMPERATURE

with Vertical Levels ( z ) : 0.9965000152587891 0.9879999756813049 0.9765000343322754 0.9620000123977661 0.9440000057220459 0.9214999675750732 0.8945000171661377 0.8558752536773682 0.8076258301734924 0.7593764066696167 0.7111269235610962 0.6452768445014954 0.565732479095459 0.49369585514068604 0.42857658863067627 0.36982354521751404 0.31692245602607727 0.2693938612937927 0.22679105401039124 0.1886981725692749 0.15472838282585144 0.12452216446399689 0.09816993027925491 0.07568740844726562 0.056556735187768936 0.04027819633483887 0.026426570490002632 0.014640041626989841 0.00461073312908411
P = perturbation pressure
PB = BASE STATE PRESSURE
P_HYD = hydrostatic pressure
QCLOUD = Cloud water mixing ratio
QRAIN = Rain water mixing ratio
QVAPOR = Water vapor mixing ratio
T = perturbation potential temperature (theta-t0)
T_INIT = initial potential temperature
U = x-wind component
V = y-wind component

with Vertical Levels ( z_stag ) : 1.0 0.9929999709129333 0.9829999804496765 0.9700000286102295 0.9539999961853027 0.9340000152587891 0.9089999794960022 0.8799999952316284 0.8317505121231079 0.783501148223877 0.7352516651153564 0.6870022416114807 0.60355144739151 0.5279135704040527 0.45947813987731934 0.3976750373840332 0.3419720530509949 0.29187285900115967 0.24691486358642578 0.2066672444343567 0.17072910070419312 0.13872767984867096 0.11031664907932281 0.08602321147918701 0.06535160541534424 0.047761864960193634 0.0327945239841938 0.020058616995811462 0.00922146625816822 0.0
PH = perturbation geopotential
PHB = base-state geopotential
W = z-wind component