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mpim-sw
libcdi
Commits
a4b5c9d0
Commit
a4b5c9d0
authored
Mar 26, 2008
by
Uwe Schulzweida
Browse files
update: echam5 code table
parent
3c500c02
Changes
2
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ChangeLog
View file @
a4b5c9d0
...
...
@@ -3,6 +3,7 @@
* using GRIB library version 1.1.1
* configure: --with-szlib=<directory>
* configure: check stat.st_blksize [report: Klaus Wyser]
* update: echam5 code table
* fileOpen: add O_BINARY if available [report: Klaus Wyser]
* stream_cdf: add ICON grid support
* stream_srv: add support for GRID_CELL (bug fix)
...
...
src/table.h
View file @
a4b5c9d0
...
...
@@ -133,12 +133,12 @@ static PAR echam5[] = {
{
88
,
"srafl"
,
"net SW radiation 200mb (clear sky)"
,
"W/m^2"
},
{
89
,
"amlcorac"
,
"mixed layer flux correction"
,
"W/m^2"
},
{
90
,
"amlheatac"
,
"mixed layer heat content"
,
"J/m^2"
},
{
91
,
"trfliac"
,
"LW radiation over ice"
,
"W/m^2"
},
{
92
,
"trflwac"
,
"LW radiation over water"
,
"W/m^2"
},
{
93
,
"trfllac"
,
"LW radiation over land"
,
"W/m^2"
},
{
94
,
"sofliac"
,
"SW radiation over ice"
,
"W/m^2"
},
{
95
,
"soflwac"
,
"SW radiation over water"
,
"W/m^2"
},
{
96
,
"sofllac"
,
"SW radiation over land"
,
"W/m^2"
},
{
91
,
"trfliac"
,
"
net
LW radiation over ice"
,
"W/m^2"
},
{
92
,
"trflwac"
,
"
net
LW radiation over water"
,
"W/m^2"
},
{
93
,
"trfllac"
,
"
net
LW radiation over land"
,
"W/m^2"
},
{
94
,
"sofliac"
,
"
net
SW radiation over ice"
,
"W/m^2"
},
{
95
,
"soflwac"
,
"
net
SW radiation over water"
,
"W/m^2"
},
{
96
,
"sofllac"
,
"
net
SW radiation over land"
,
"W/m^2"
},
{
97
,
"friac"
,
"ice cover (fraction of grid box)"
,
NULL
},
{
102
,
"tsi"
,
"surface temperature of ice"
,
"K"
},
{
103
,
"tsw"
,
"surface temperature of water"
,
"K"
},
...
...
@@ -163,9 +163,9 @@ static PAR echam5[] = {
{
122
,
"alsoi"
,
"albedo of ice"
,
NULL
},
{
123
,
"alsow"
,
"albedo of water"
,
NULL
},
{
124
,
"alsol"
,
"albedo of land"
,
NULL
},
{
125
,
"ahfice"
,
"conductive heat flux
"
,
"W/m^2"
},
{
125
,
"ahfice"
,
"conductive heat flux
through ice"
,
"W/m^2"
},
{
126
,
"qres"
,
"residual heat flux for melting sea ice"
,
"W/m^2"
},
{
127
,
"alake"
,
"lake fraction
of grid box"
,
NULL
},
{
127
,
"alake"
,
"lake fraction
"
,
NULL
},
{
128
,
"rintop"
,
"low level inversion"
,
NULL
},
{
129
,
"geosp"
,
"surface geopotential (orography)"
,
"m^2/s^2"
},
{
130
,
"t"
,
"temperature"
,
"K"
},
...
...
@@ -175,11 +175,11 @@ static PAR echam5[] = {
{
134
,
"aps"
,
"surface pressure"
,
"Pa"
},
{
135
,
"omega"
,
"vertical velocity"
,
"Pa/s"
},
{
136
,
"acdnc"
,
"cloud droplet number concentration"
,
"1/m^3"
},
{
137
,
"apmeb"
,
"
vert. integr. tendencies of water"
,
"kg/m^2s"
},
{
137
,
"apmeb"
,
"
(P-E) error"
,
"kg/m^2s"
},
{
138
,
"svo"
,
"vorticity"
,
"1/s"
},
{
139
,
"tslm1"
,
"surface temperature of land"
,
"K"
},
{
140
,
"ws"
,
"soil wetness"
,
"m"
},
{
141
,
"sn"
,
"
snow depth"
,
"m"
},
{
141
,
"sn"
,
"
water equivalent snow depth"
,
"m"
},
{
142
,
"aprl"
,
"large scale precipitation"
,
"kg/m^2s"
},
{
143
,
"aprc"
,
"convective precipitation"
,
"kg/m^2s"
},
{
144
,
"aprs"
,
"snow fall"
,
"kg/m^2s"
},
...
...
@@ -206,7 +206,7 @@ static PAR echam5[] = {
{
167
,
"temp2"
,
"2m temperature"
,
"K"
},
{
168
,
"dew2"
,
"2m dew point temperature"
,
"K"
},
{
169
,
"tsurf"
,
"surface temperature"
,
"K"
},
{
170
,
"xvar"
,
"variance of total water amount
qv+qi+ql"
,
"kg/kg"
},
{
170
,
"xvar"
,
"variance of total water amount
"
,
"kg/kg"
},
{
171
,
"wind10"
,
"10m windspeed"
,
"m/s"
},
{
172
,
"slm"
,
"land sea mask (1. = land, 0. = sea/lakes)"
,
NULL
},
{
173
,
"az0"
,
"roughness length"
,
"m"
},
...
...
@@ -215,22 +215,22 @@ static PAR echam5[] = {
{
176
,
"srads"
,
"net surface SW radiation"
,
"W/m^2"
},
{
177
,
"trads"
,
"net surface LW radiation"
,
"W/m^2"
},
{
178
,
"srad0"
,
"net top SW radiation"
,
"W/m^2"
},
{
179
,
"trad0"
,
"top LW radiation (OLR)"
,
"W/m^2"
},
{
179
,
"trad0"
,
"
net
top LW radiation (
-
OLR)"
,
"W/m^2"
},
{
180
,
"ustr"
,
"u-stress"
,
"Pa"
},
{
181
,
"vstr"
,
"v-stress"
,
"Pa"
},
{
182
,
"evap"
,
"evaporation"
,
"kg/m^2s"
},
{
183
,
"xskew"
,
"skewness of total water amount qv+qi+ql"
,
NULL
},
{
184
,
"srad0d"
,
"top incoming SW radiation"
,
"W/m^2"
},
{
185
,
"srafs"
,
"net surf
.
SW radiation (clear sky)"
,
"W/m^2"
},
{
186
,
"trafs"
,
"net surf
.
LW radiation (clear sky)"
,
"W/m^2"
},
{
185
,
"srafs"
,
"net surf
ace
SW radiation (clear sky)"
,
"W/m^2"
},
{
186
,
"trafs"
,
"net surf
ace
LW radiation (clear sky)"
,
"W/m^2"
},
{
187
,
"sraf0"
,
"net top SW radiation (clear sky)"
,
"W/m^2"
},
{
188
,
"traf0"
,
"net top LW radiation (clear sky)"
,
"W/m^2"
},
{
189
,
"sclfs"
,
"surface SW cloud forcing
"
,
"W/m^2"
},
{
190
,
"tclfs"
,
"surface LW cloud forcing
"
,
"W/m^2"
},
{
191
,
"sclf0"
,
"SW top cloud forcing (178-187)"
,
"W/m^2"
},
{
192
,
"tclf0"
,
"LW top cloud forcing (179-188)"
,
"W/m^2"
},
{
189
,
"sclfs"
,
"
net
surface SW cloud forcing
(176-185)"
,
"W/m^2"
},
{
190
,
"tclfs"
,
"
net
surface LW cloud forcing
(177-186)"
,
"W/m^2"
},
{
191
,
"sclf0"
,
"
net
SW top cloud forcing (178-187)"
,
"W/m^2"
},
{
192
,
"tclf0"
,
"
net
LW top cloud forcing (179-188)"
,
"W/m^2"
},
{
193
,
"wl"
,
"skin reservoir content"
,
"m"
},
{
194
,
"slf"
,
"
sea land fraction"
,
NULL
},
{
194
,
"slf"
,
"
fractional land cover"
,
NULL
},
{
195
,
"ustrgw"
,
"u-gravity wave stress"
,
"Pa"
},
{
196
,
"vstrgw"
,
"v-gravity wave stress"
,
"Pa"
},
{
197
,
"vdisgw"
,
"gravity wave dissipation"
,
"W/m^2"
},
...
...
@@ -245,11 +245,11 @@ static PAR echam5[] = {
{
206
,
"grndflux"
,
"surface ground heat flux"
,
NULL
},
{
207
,
"tsoil"
,
"deep soil temperatures (5 layers)"
,
"K"
},
{
208
,
"ahfcon"
,
"conductive heat flux through ice"
,
"W/m^2"
},
{
209
,
"ahfres"
,
"melting
of
ice"
,
"W/m^2"
},
{
210
,
"seaice"
,
"ice cover (fraction of
1-SLM)"
,
NULL
},
{
211
,
"siced"
,
"ice
depth"
,
"m"
},
{
209
,
"ahfres"
,
"
res. heat flux for
melting ice"
,
"W/m^2"
},
{
210
,
"seaice"
,
"ice cover (fraction of
ice+water)"
,
NULL
},
{
211
,
"siced"
,
"ice
thickness"
,
"m"
},
{
212
,
"forest"
,
"forest fraction"
,
NULL
},
{
213
,
"gld"
,
"glacier
depth"
,
"m"
},
{
213
,
"gld"
,
"glacier
thickness"
,
"m"
},
{
214
,
"sni"
,
"water equivalent of snow on ice"
,
"m"
},
{
215
,
"rogl"
,
"glacier runoff"
,
"kg/m^2s"
},
{
216
,
"wimax"
,
"maximum 10m-wind speed"
,
"m/s"
},
...
...
@@ -262,9 +262,9 @@ static PAR echam5[] = {
{
223
,
"aclcac"
,
"cloud cover"
,
NULL
},
{
224
,
"tke"
,
"turbulent kinetic energy"
,
"m^2/s^2"
},
{
225
,
"tkem1"
,
"turbulent kinetic energy (t-1)"
,
"m^2/s^2"
},
{
226
,
"fao"
,
"FAO data set (soil data flags)"
,
"0...5"
},
{
226
,
"fao"
,
"FAO data set (soil data flags)
0...5
"
,
NULL
},
{
227
,
"rgcgn"
,
"heat capacity of soil"
,
NULL
},
{
228
,
"sodif"
,
"diffusivity
of soil and land ice"
,
"m^2/s"
},
{
228
,
"sodif"
,
"
soil
diffusivity
"
,
"m^2/s"
},
{
229
,
"wsmx"
,
"field capacity of soil"
,
"m"
},
{
230
,
"qvi"
,
"vertically integrated water vapor"
,
"kg/m^2"
},
{
231
,
"xlvi"
,
"vertically integrated cloud water"
,
"kg/m^2"
},
...
...
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