ts2tab | -s | tsfile1 [tsfile2 ... tsfile80] |
-var | var_name1 [var_name1 ... var_name100] | |
[ |
||
-d | output file name |
|
-stat | station_number1 ... station_number100 | |
-start | start_date(YYYYMMDD) | |
-end | end_date(YYYYMMDD) | |
-mulf | factor1 ... factor100 | |
-addf | factor1 ... factor100 | |
-pres | pressure_level1 ... pressure_level100 [hPa] |
|
-ptop | top pressure [Pa] (def 1000.) | |
-pref | ref pressure [Pa] (def 80000.) | |
-coef | transition: pres -> sig (def 1.6) | |
-satu | water/ice phase for saturation | |
-min | minutes added to time | |
-gnu | no blancs in date/time | |
-head | header written in first line | |
-nolev | level number and unit not written | |
-nosig | sigma levels not written | |
-noclim | time series not written in climate mode |
|
-help |
prints small description |
|
] |
s | Input file(s), list of 1 to 80 RPN standard time series files |
d | Output file name (of ASCII table) |
var | Names of the 1 to 100
variables to be written. If more than 1 variable is requested they must
be written n quotes: "TT UU ...". Note: Only variables with the same number of vertical levels can be written in one output file. Note: Also simple calculations (+,-,*,/) between two fields can be performed. The variable name would than be i.e. AB-AU. If mulf and/or addf are used, the value of the field would than be '(AB-AU) * mulf + addf'. See also 'Special variables' below. |
stat | Numbers of the 1 to 100 stations to be written. Default is station 1. If more than 1 station is requested they must be written in quotes: "1 15 6 ...". |
start | Start date of requested time interval (YYYYMMDD). Default is the start of the files. |
end | End date of requested time interval (YYYYMMDD). Default is the end of the files. |
mulf | Multiplication factors
"factor1 ... factor100". There is one factor per variable. Default is 1. Note: If one factor is specified, all of them need to be specified. The value of the field will be 'field * mulf + addf'. |
addf | Additional factors "factor1
... factor100". There is one factor per variable. Default is 0. Note: If one factor is specified, all of them need to be specified. The value of the field will be 'field * mulf + addf'. |
pres | Profile fields can be
interpolated to up to 100 pressure levels "pressure_level1 ...
pressure_level100". The pressure is to be given in hPa. |
ptop | Pressure at model top; needed for interpolation on pressure levels. Default is 1000. Pa unless the HY record exists. If the HY record exist, ptop will always be read from there. |
pref | Reference pressure; needed for interpolation on pressure levels. Default is 80000. Pa unless the HY record exists. If the HY record exist, pref will always be read from there. |
coef | Controls the continuous
transition from sigma to pressure surfaces. Needed for interpolation on
pressure levels. Range: 1. <= rcoef <= 2. . Default is 1.6 unless the HY record exists. If the HY record exist, coef will always be read from there. |
satu | If the program is called with the key '-satu' the water/ice phase is used for saturation otherwise only the water phase is used. If you want to reproduce model results you must set 'satu' depending on 'P_cond_satu_L' in your gem_settings.nml resp. gemclim_settings.nml. |
min | If the program is called with the key '-min' the minutes will be added to the output date and time (YYYY MM DD HH MM) |
gnu | If the program is called with the key '-gnu' the date and time will be written without blanks (YYYYMMDDHH) |
head | If the program is called with the key '-head' the first output line will contain the station number(s) and variable name(s) |
nolev | The level will not be written in the output file. |
nosig | Sigma levels will not be written if it is asked for pressure levels. |
noclim | GEM was not ran in climate mode to obtain time series => accumulators never got reset. The program will recalculate the accumulated amount per time series output time step. |
help | Prints short description |
MF | Filtered Topography = MF / 9.80665 |
GZ | Geopotential |
"Denormed" using MF | |
EVAP | Evaporation = AV / 2510400 / 1000 * 1000 |
AV : Accumulated surface flux of latent heat | |
Latent heat of vaporization = 2510400 J/kg | |
PN | Mean sea level pressure |
Calculated from TT, GZ, MF, and P0 | |
IWC | Vert. integrated water content (vapor & cloud) (IH+IE) |
T2M | 2 meter temperature (sigma surface level from TT profile) |
U10M | 10 meter u-wind (sigma surface level from UU profile) |
V10M | 10 meter v-wind (sigma surface level from VV profile) |
HU2M | 2 meter specific humidity (sigma surface level from HU profile) |
HR2M | 2 meter relative humidity (sigma surface level from HR profile) |
PRES | pressure at each sigma level in hPa |
THETA | Potential temperature, calculated from TT |