_G<output-grid-number - 1>
to it. (For example, if
there are three output grids, the logical names for the
GRID_CRO_2D
-files would be GRID_CRO_2D_G0
,
GRID_CRO_2D_G1
, and GRID_CRO_2D_G2
.
(It is a historical accident, perhaps caused by the fact that the
developers of the EDSS model management framework were C programmers
rather than Fortran programmers, that this enumeration starts with
zero instead of one.)
The file list is:
-90 <= LAT <= 90
-180 <= LON <= 180
(P_{surface} - P_{top})
-90 <= LAT <= 90
-180 <= LON <= 180
(P_{surface} - P_{top})
INHYD = 1
SIG_H
half level
surfaces for the EPA
CMAQ air quality model
SIG_F
full level
surfaces for the EPA
CMAQ air quality model
-90 <= LAT <= 90
-180 <= LON <= 180
Note: Only available on proper windows into the MM5 domains
IMPHYS(NEST) >&nbpsp;1
IMPHYS(NEST) >&nbpsp;2
IMPHYS(NEST) >&nbpsp;2
IMPHYS(NEST) >&nbpsp;4
IMPHYS(NEST) >&nbpsp;4
IMPHYS(NEST) >&nbpsp;5
IMPHYS(NEST) >&nbpsp;5
(du/dx + dv/dy)
dv/dx - du/dy
dv/dx - du/dy
- MM5V3,
ISOIL=2
:ALB
is current time-dependent albedo fraction
ALBEDO
is background time-independent albedo fraction- MM5V3,
ISOIL=3
:ALBEDO
is current time-dependent albedo fraction
ALB
is background time-independent albedo fraction- Otherwise (MM5V2 or
ISOIL=1
)ALB
is background time-independent albedo fraction
IBLTYP = 7
IBLTYP = 7
IBLTYP = 7
IBLTYP = 7
IBLTYP = 7
IBLTYP = 7
IBLTYP = 7
IBLTYP = 7
IBLTYP = 7
IBLTYP = 7
ISOIL > 1
ISOIL = 1,3
010, 040, 100,
and 200
(cm)ISOIL = 2
ISOIL > 1
ISOIL = 2
ISOIL = 2
ISOIL = 2
ISOIL = 2
ISOIL = 3
ISOIL = 3
ISOIL = 3
ISOIL = 3
ISOIL = 3
ISOIL = 3
ISOIL = 3
ISOIL = 3
IMPHYS(NEST) >&nbpsp;1
IMPHYS(NEST) >&nbpsp;2
IMPHYS(NEST) >&nbpsp;2
IMPHYS(NEST) >&nbpsp;4
IMPHYS(NEST) >&nbpsp;4
IMPHYS(NEST) >&nbpsp;5
IMPHYS(NEST) >&nbpsp;5
(du/dx + dv/dy)
dv/dx - du/dy
dv/dx - du/dy
IMPHYS(NEST) >&nbpsp;1
IMPHYS(NEST) >&nbpsp;2
IMPHYS(NEST) >&nbpsp;2
IMPHYS(NEST) >&nbpsp;4
IMPHYS(NEST) >&nbpsp;4
IMPHYS(NEST) >&nbpsp;5
IMPHYS(NEST) >&nbpsp;5
IFRAD =&nbpsp;3
NOTE: Given 3-D sigma-H vertical-gridded variable FOO in standard I/O API order, interpolation to FOOP at pressure level L at column and row C,R is performed as follows, where COEF is one of CLIN (for linear-in-pressure interpolation), CLOG (for log(pressure) interpolation), or CPOW (for pressure^{R/CP} interpolation):
K = PDEX( C,R,L ) PP = COEF( C,R,L ) QQ = 1.0 - PP FOOP( C,R,L ) = PP*FOO( C,R,K ) + QQ*( C,R,K+1 )
IMPHYS(NEST) > 1
IMPHYS(NEST) > 2
IMPHYS(NEST) > 2
IMPHYS(NEST) > 4
IMPHYS(NEST) > 4
IMPHYS(NEST) > 4
IMPHYS(NEST) > 4
(du/dx + dv/dy)
dv/dx - du/dy
NOTE: Given 3-D sigma-H vertical-gridded variable FOO in standard I/O API order, interpolation to pressure level L at column and row C,R is performed as follows, where COEF is one of CLIN, CLOG, or CPOW):
K = PDEX( C,R,L ) PP = COEF( C,R,L ) QQ = 1.0 - PP FOOP( C,R,L ) = PP*FOO( C,R,K ) + QQ*( C,R,K+1 )