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- 1970-1-1
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发表于 2016-7-6 15:04:40
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你ncdump一下，就有对应的变量解释
就像这种
char Times(Time, DateStrLen) ;
float LU_INDEX(Time, south_north, west_east) ;
LU_INDEX:FieldType = 104 ;
LU_INDEX:MemoryOrder = "XY " ;
LU_INDEX:description = "LAND USE CATEGORY" ;
LU_INDEX:units = "" ;
LU_INDEX:stagger = "" ;
LU_INDEX:coordinates = "XLONG XLAT" ;
float ZNU(Time, bottom_top) ;
ZNU:FieldType = 104 ;
ZNU:MemoryOrder = "Z " ;
ZNU:description = "eta values on half (mass) levels" ;
ZNU:units = "" ;
ZNU:stagger = "" ;
float ZNW(Time, bottom_top_stag) ;
ZNW:FieldType = 104 ;
ZNW:MemoryOrder = "Z " ;
ZNW:description = "eta values on full (w) levels" ;
ZNW:units = "" ;
ZNW:stagger = "Z" ;
float ZS(Time, soil_layers_stag) ;
ZS:FieldType = 104 ;
ZS:MemoryOrder = "Z " ;
ZS:description = "DEPTHS OF CENTERS OF SOIL LAYERS" ;
ZS:units = "m" ;
ZS:stagger = "Z" ;
float DZS(Time, soil_layers_stag) ;
DZS:FieldType = 104 ;
DZS:MemoryOrder = "Z " ;
DZS:description = "THICKNESSES OF SOIL LAYERS" ;
DZS:units = "m" ;
DZS:stagger = "Z" ;
float U(Time, bottom_top, south_north, west_east_stag) ;
U:FieldType = 104 ;
U:MemoryOrder = "XYZ" ;
U:description = "x-wind component" ;
U:units = "m s-1" ;
U:stagger = "X" ;
U:coordinates = "XLONG_U XLAT_U" ;
float Z_FORCE(Time, force_layers) ;
Z_FORCE:FieldType = 104 ;
Z_FORCE:MemoryOrder = "Z " ;
Z_FORCE:description = "height of forcing input" ;
Z_FORCE:units = "m" ;
Z_FORCE:stagger = "" ;
float U_G(Time, force_layers) ;
U_G:FieldType = 104 ;
U_G:MemoryOrder = "Z " ;
U_G:description = "x-direction geostrophic wind" ;
U_G:units = "m s-1" ;
U_G:stagger = "" ;
float U_G_TEND(Time, force_layers) ;
U_G_TEND:FieldType = 104 ;
U_G_TEND:MemoryOrder = "Z " ;
U_G_TEND:description = "tendency x-direction geostrophic wind" ;
U_G_TEND:units = "m s-1" ;
U_G_TEND:stagger = "" ;
float V(Time, bottom_top, south_north_stag, west_east) ;
V:FieldType = 104 ;
V:MemoryOrder = "XYZ" ;
V:description = "y-wind component" ;
V:units = "m s-1" ;
V:stagger = "Y" ;
V:coordinates = "XLONG_V XLAT_V" ;
float V_G(Time, force_layers) ;
V_G:FieldType = 104 ;
V_G:MemoryOrder = "Z " ;
V_G:description = "y-direction geostrophic wind" ;
V_G:units = "m s-1" ;
V_G:stagger = "" ;
float V_G_TEND(Time, force_layers) ;
V_G_TEND:FieldType = 104 ;
V_G_TEND:MemoryOrder = "Z " ;
V_G_TEND:description = "tendency y-direction geostrophic wind" ;
V_G_TEND:units = "m s-1" ;
V_G_TEND:stagger = "" ;
float W(Time, bottom_top_stag, south_north, west_east) ;
W:FieldType = 104 ;
W:MemoryOrder = "XYZ" ;
W:description = "z-wind component" ;
W:units = "m s-1" ;
W:stagger = "Z" ;
W:coordinates = "XLONG XLAT" ;
float W_SUBS(Time, force_layers) ;
W_SUBS:FieldType = 104 ;
W_SUBS:MemoryOrder = "Z " ;
W_SUBS:description = "large-scale vertical velocity" ;
W_SUBS:units = "m s-1" ;
W_SUBS:stagger = "" ;
float W_SUBS_TEND(Time, force_layers) ;
W_SUBS_TEND:FieldType = 104 ;
W_SUBS_TEND:MemoryOrder = "Z " ;
W_SUBS_TEND:description = "tendency large-scale vertical velocity" ;
W_SUBS_TEND:units = "m s-1" ;
W_SUBS_TEND:stagger = "" ;
float PH(Time, bottom_top_stag, south_north, west_east) ;
PH:FieldType = 104 ;
PH:MemoryOrder = "XYZ" ;
PH:description = "perturbation geopotential" ;
PH:units = "m2 s-2" ;
PH:stagger = "Z" ;
PH:coordinates = "XLONG XLAT" ;
float PHB(Time, bottom_top_stag, south_north, west_east) ;
PHB:FieldType = 104 ;
PHB:MemoryOrder = "XYZ" ;
PHB:description = "base-state geopotential" ;
PHB:units = "m2 s-2" ;
PHB:stagger = "Z" ;
PHB:coordinates = "XLONG XLAT" ;
float T(Time, bottom_top, south_north, west_east) ;
T:FieldType = 104 ;
T:MemoryOrder = "XYZ" ;
T:description = "perturbation potential temperature (theta-t0)" ;
T:units = "K" ;
T:stagger = "" ;
T:coordinates = "XLONG XLAT" ;
float TH_UPSTREAM_X(Time, force_layers) ;
TH_UPSTREAM_X:FieldType = 104 ;
TH_UPSTREAM_X:MemoryOrder = "Z " ;
TH_UPSTREAM_X:description = "upstream theta x-advection" ;
TH_UPSTREAM_X:units = "K s-1" ;
TH_UPSTREAM_X:stagger = "" ;
float TH_UPSTREAM_X_TEND(Time, force_layers) ;
TH_UPSTREAM_X_TEND:FieldType = 104 ;
TH_UPSTREAM_X_TEND:MemoryOrder = "Z " ;
TH_UPSTREAM_X_TEND:description = "tendency upstream theta x-advection" ;
TH_UPSTREAM_X_TEND:units = "K s-2" ;
TH_UPSTREAM_X_TEND:stagger = "" ;
float TH_UPSTREAM_Y(Time, force_layers) ;
TH_UPSTREAM_Y:FieldType = 104 ;
TH_UPSTREAM_Y:MemoryOrder = "Z " ;
TH_UPSTREAM_Y:description = "upstream theta y-advection" ;
TH_UPSTREAM_Y:units = "K s-1" ;
TH_UPSTREAM_Y:stagger = "" ;
float TH_UPSTREAM_Y_TEND(Time, force_layers) ;
TH_UPSTREAM_Y_TEND:FieldType = 104 ;
TH_UPSTREAM_Y_TEND:MemoryOrder = "Z " ;
TH_UPSTREAM_Y_TEND:description = "tendency upstream theta y-advection" ;
TH_UPSTREAM_Y_TEND:units = "K s-2" ;
TH_UPSTREAM_Y_TEND:stagger = "" ;
float QV_UPSTREAM_X(Time, force_layers) ;
QV_UPSTREAM_X:FieldType = 104 ;
QV_UPSTREAM_X:MemoryOrder = "Z " ;
QV_UPSTREAM_X:description = "upstream qv x-advection" ;
QV_UPSTREAM_X:units = "kg kg-1 s-1" ;
QV_UPSTREAM_X:stagger = "" ;
float QV_UPSTREAM_X_TEND(Time, force_layers) ;
QV_UPSTREAM_X_TEND:FieldType = 104 ;
QV_UPSTREAM_X_TEND:MemoryOrder = "Z " ;
QV_UPSTREAM_X_TEND:description = "tendency upstream qv x-advection" ;
QV_UPSTREAM_X_TEND:units = "kg kg-1 s-2" ;
QV_UPSTREAM_X_TEND:stagger = "" ;
float QV_UPSTREAM_Y(Time, force_layers) ;
QV_UPSTREAM_Y:FieldType = 104 ;
QV_UPSTREAM_Y:MemoryOrder = "Z " ;
QV_UPSTREAM_Y:description = "upstream qv y-advection" ;
QV_UPSTREAM_Y:units = "kg kg-1 s-1" ;
QV_UPSTREAM_Y:stagger = "" ;
float QV_UPSTREAM_Y_TEND(Time, force_layers) ;
QV_UPSTREAM_Y_TEND:FieldType = 104 ;
QV_UPSTREAM_Y_TEND:MemoryOrder = "Z " ;
QV_UPSTREAM_Y_TEND:description = "tendency upstream qv y-advection" ;
QV_UPSTREAM_Y_TEND:units = "kg kg-1 s-2" ;
QV_UPSTREAM_Y_TEND:stagger = "" ;
float U_UPSTREAM_X(Time, force_layers) ;
U_UPSTREAM_X:FieldType = 104 ;
U_UPSTREAM_X:MemoryOrder = "Z " ;
U_UPSTREAM_X:description = "upstream u x-advection" ;
U_UPSTREAM_X:units = "m s-2" ;
U_UPSTREAM_X:stagger = "" ; |
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