/usr/share/metview/etc/CptecAccessDef is in metview-data 5.0.0~beta.1-1build1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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# CPTEC ACCESS EDITOR: definition file
#
CPTEC_ACCESS
{
TYPE
{
MODEL ; MODEL
OBSERVATION ; OBSERVATION
} = MODEL
OBSERVATION
{
SYNOP ; SYNOP
SHIP ; SHIP
UPPERAIR ; UPPERAIR
AIRCRAFT ; AIRCRAFT
PREPBUFR ; PREPBUFR
EMA_INMET ; EMA_INMET
1bamua ; 1bamua
1bamub ; 1bamub
1bhrs3 ; 1bhrs3
airsev ; airsev
gpsro ; gpsro
mtiasi ; mtiasi
satwnd ; satwnd
SAnl ; SAnl
} = SYNOP
MODEL
{
Eta_15Km_1h ; ETA151
BRAMS 05 ; BRAMS05
MCGA - 3Dvar ; MCGA3DVAR
GLOBAL T299 ; GLOBAL299
GLOBAL T213 ; GLOBAL213
Eta Nordeste ; ETANOR
Eta Vale ; ETAVALE
} = Eta_15Km_1h
LEVEL_TYPE
{
SURFACE ; 01
10_METER ; 105
PRESSURE_LEVEL ; 100
MODEL_LEVEL ; 107
} = 100
LEVEL_LIST
{
*
/
} = 1000/850/700/500/300
PARAMETER
[ help = help_multiple_selection, # For Metview
java_control = LIST_2,
marsdoc = field/all,
mars_interface = list,
java_section = METEO, java_hidden = FALSE ]
{
# Variaveis em comum
TOPOGRAPHY ; topo ;132
SURFACE PRESSURE ; pslc ;135
LAND SEA MASK ; lsmk ;81
2 METRE TEMPERATURE ; tp2m ;128
10 METRE U-WIND COMPONENT ; u10m ;130
10 METRE V-WIND COMPONENT ; v10m ;131
TOTAL PRECIPITATION ; prec ;61
CONVECTIVE PRECIPITATION ; prcv ;63
LATENT HEAT FLUX FROM SURFACE ; clsf ;121
SENSIBLE HEAT FLUX FROM SURFACE ; cssf ;122
SURFACE TEMPERATURE ; tsfc ;187
GROUND/SURFACE COVER TEMPERATURE ; tgsc ;191
SURFACE ZONAL WIND STRESS ; usst ;193
SURFACE MERIDIONAL WIND STRESS ; vsst ;195
DOWNWARD SHORT WAVE AT GROUND ; ocis ;209
DOWNWARD LONG WAVE AT BOTTOM ; olis ;207
UPWARD LONG WAVE AT BOTTOM ; oles ;211
UPWARD SHORT WAVE AT TOP ; roce ;214
OUTGOING LONG WAVE AT TOP ; role ;114
CONVECTIVE AVAIL. POT.ENERGY ; cape ;140
CONVECTIVE INHIB. ENERGY ; cine ;141
GEOPOTENTIAL HEIGHT ; zgeo ;7
ZONAL WIND - U ; uvel ;33
MERIDIONAL WIND - V ; vvel ;34
ABSOLUTE TEMPERATURE ; temp ;11
RELATIVE HUMIDITY ; umrl ;52
OMEGA ; omeg ;39
SPECIFIC HUMIDITY ; umes ;51
#Variaveis Global
SURFACE ZONAL WIND - U ; UVES ;192
SURFACE MERIDIONAL WIND - V ; VVES ;194
VORTICITY ; VORT ;43
STREAM FUNCTION ; FCOR ;35
VELOCITY POTENTIAL ; POTV ;36
SEA LEVEL PRESSURE ; PSNM ;2
SURFACE ABSOLUTE TEMPERATURE ; TEMS ;188
ABSOLUTE TEMPERATURE ; TEMP ;11
SURFACE RELATIVE HUMIDITY ; UMRS ;226
INST. PRECIPITABLE WATER ; AGPL ;54
SPECIFIC HUMIDITY AT 2-M FROMSURFACE ; Q02M ;199
CLOUD COVER ; CBNV ;71
UPWARD SHORT WAVE AT GROUND ; OCES ;212
SHORT WAVE ABSORBED AT GROUND ; OCAS ;111
GROUND/SURFACE COVER TEMPERATURE ; TGSC ;191
OZONE MIXING RATIO ; O3MR ;166
VERTICALLY INTEGRATED OZONECONTENT ; TOZN ;10
DEW POINT TEMPERATURE ; TPOR ;17
SEVERE WEATHER THREAT ; SWET ;154
#Variaveis Eta
M S L PRESSURE - MESINGER METHOD ; pslm ;136
MAXIMUM TEMPERATURE ; mxtp ;15
MINIMUM TEMPERATURE ; mntp ;16
2 METRE DEWPOINT TEMPERATURE ; dp2m ;129
100 METRE U-WIND COMPONENT ; u100 ;216
100 METRE V-WIND COMPONENT ; v100 ;217
LARGE SCALE PRECIPITATION ; prge ;62
SNOWFALL ; neve ;64
TIME AVE GROUND HT FLX ; ghfl ;198
SURFACE SPEC HUMIDITY ; qsfc ;181
SOIL TEMPERATURE OF ROOT ZONE ; tgrz ;175
SOIL WETNESS OF SURFACE ; ussl ;182
SOIL WETNESS OF ROOT ZONE ; uzrs ;183
SOIL MOISTURE AVAILABILITY ; smav ;174
RUNOFF ; rnof ;178
ROUGHNESS LENGTH ; zorl ;83
POTENTIAL SFC EVAPORATION ; evpp ;177
LOW CLOUD COVER ; lwnv ;73
MEDIUM CLOUD COVER ; mdnv ;74
HIGH CLOUD COVER ; hinv ;75
MEAN CLOUD COVER ; cbnt ;149
ALBEDO ; albe ;84
BEST LIFTED INDEX ; bli ;77
INST. PRECIPITABLE WATER ; agpl ;54
TROPOPAUSE PRESSURE ; tppp ;157
FREEZING LEVEL HEIGHT ; fzht ;152
FREEZING LEVEL RELATIVE HUMIDITY ; fzrh ;153
MAXIMUM WIND PRESS. LVL ; mxwp ;146
MAXIMUM U-WIND ; mxwu ;138
MAXIMUM V-WIND ; mxwv ;139
PRESSURE AT CLOUD BASE ; pcbs ;150
PRESSURE AT CLOUD TOP ; pctp ;151
PSEUDO-ADIABATIC POTENTIAL TEMPERATURE ; psat ;14
CLOUD WATER ; wtnv ;76
CLOUD ICE ; itnv ;58
} = zgeo
DATE
{
JANUARY ; JAN
FEBRUARY ; FEB
MARCH ; MAR
APRIL ; APR
MAY ; MAY
JUNE ; JUN
JULY ; JUL
AUGUST ; AUG
SEPTEMBER ; SEP
OCTOBER ; OCT
NOVEMBER ; NOV
DECEMBER ; DEC
*
CURRENT DATE ; 0
YESTERDAY ; -1
TO ; TO
BY ; BY
/
OFF
} = CURRENT DATE
TIME
{
*
/
} = 0
STEP
{
TO ; TO
BY ; BY
/
*
} = 00
}
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