Releases: NCMRWF/UMRider
Releases · NCMRWF/UMRider
ncum post operational v1.0.2 gamma
In the gamma release of v1.0.2g we implemented Global tropical cyclone input grib1 files production.
NCMRWF's in-house development pleased to release UMRider's next operational release v1.0.2g
what is new ?
- checkout the changlogs and milestone of v1.0.2
- support for Tropical Cyclone Tracker input
- support for NCUM Regional Model Wind Energy Input
- support for NCUM Global Solar Energy Input
- fixed bugs
- partial support for ncum regional model vars
- included 9 new options; UMtype, UMInAnlFiles, UMInShortFcstFiles, UMInLongFcstFiles, targetGridFile, extraPolateMethod, fcst_step_hour, start_long_fcst_hour, end_long_fcst_hour, fillFullyMaskedVars
- support to convert rotated to regular grid
- added sample gridded grib2 files to use it as targetGrids
Regards,
Arulalan.T
ncum post operational v1.0.2 beta
In the alpha release of v1.0.2b we implemented Global 2.5X2.5 grib2 files production.
NCMRWF's in-house development pleased to release UMRider's next operational release v1.0.2b
what is new ?
- checkout the changlogs and milestone of v1.0.2
- The v1.0.2 mainly target the NCUMEPS ensembles grib2 conversion.
- But this v1.0.2b (beta) version supports for OSF, Hycom, MFI model / clients requirements
- Included soilFirstSecondFixedSurfaceUnit option in setup.cfg to support both WRF-Noah and IMD-MFI requiements
- Also included wgrib2Arguments option in setup.cfg which reduces the grib2 file size (default argument).
Arulalan.T
ncum post operational v1.0.2 alpha
In the alpha release of v1.0.2 we implemented partial ensembles grib2 support and updated STASHs of U & V winds with respect to ncum operational change.
NCMRWF's in-house development pleased to release UMRider's next operational release v1.0.2a
what is new ?
- checkout the changlogs and milestone of v1.0.2
- This v1.0.2 mainly target the NCUMEPS ensembles grib2 conversion.
Arulalan.T
ncum post operational v1.0.1
NCMRWF's in-house development pleased to release UMRider's next operational release v1.0.1
what is new ?
- Bugs fix
- 6 extra user arguments features
- 4 extra vars
- checkout the changlogs and milestone of v1.0.1
- This v1.0.1 mainly target the following post productions
- NCUM Indian Region Post Production
- NCUM Global OSF Model Input Production
- NCUM Global HYCOM Model Input Production
- NCUM VSDB Input Production
- NCUM IMD MFI Input Production
v1.0.1 supports
- In this version v1.0.1 user will be able to control the following 27 arguments by exporting setup.cfg file into their environment variable called UMRIDER_SETUP. New arguments in this release are highlighted with bold.
- inPath
- outPath
- tmpPath
- anl_step_hour
- anl_aavars_reference_time
- anl_aavars_time_bounds
- start_step_long_fcst_hour
- max_long_fcst_hours_at_00z
- max_long_fcst_hours_at_12z
- latitude
- longitude
- targetGridResolution
- pressureLevels
- startdate
- enddate
- loadg2utils
- overwriteFiles
- anlOutGrib2FilesNameStructure
- fcstOutGrib2FilesNameStructure
- createGrib2CtlIdxFiles
- convertGrib2FilestoGrib1Files
- grib1FilesNameSuffix
- removeGrib2FilesAfterGrib1FilesCreated
- createGrib1CtlIdxFiles
- debug
- setGrib2TableParameters
- callBackScript
- Also in this version
v1.0.1user will be able to control the variables by exporting vars.cfg file into their environment variable called UMRIDER_VARS . User defined variables and ordered will be retained in the out grib2 files (but pressure level variables comes first and followed by non-pressure level variables) - User will be able to control would they like to get 3-hourly or 6-hourly or 24-hourly analysis and/or forecast files. (Note that NCUM model produces every 3-hourly instantaneous/ average/ accumulated data. Depends upon user choice it will be instantaneous or accumulated or averaged properly)
- This
v1.0.1supports for- NCUM Global Post Production
- NCUM Indian Region Post Production
- NCUM Global OSF Model Input Production
- NCUM Global HYCOM Model Input Production
- NCUM VSDB Input Production
- NCUM IMD MFI Input Production
Regards,
Arulalan.T (Project Scientist - C)
ncum post operational v1.0.0
It has 3 modules in g2utils and 6 python scripts in g2scripts to create analysis/forecast files along with corresponding bsub bash scripts.
um2grib2 conversion has capability to convert pp fieldsfiles format to grib2 through iris in embarrassing parallel mode.
- supported analysis files (short forecast) are
- 'qwqg00.pp0'
- 'umglca_pb'
- 'umglca_pd'
- 'umglca_pe'
- 'umglca_pf'
- 'umglca_pi'
- supported forecast files (long forecast) are
- 'umglaa_pb'
- 'umglaa_pd'
- 'umglaa_pe'
- 'umglca_pf'
- 'umglca_pi'
It creates 4 analysis 6 hourly files (during 00, 06, 12, 18 UTC cycles)
It creates 40 forecast 6 hourly files (000, 006, 012, ..., 234, 240 during 00 and 12 UTC cycles)
Also all 44 grib2 files variables are in same order
Finally it creates ctl, idx files for all 44 grib2 files by using g2ctl.pl
- In this version v1.0.0 user will be able to control the following 21 arguments by exporting setup.cfg file into their environment variable called UMRIDER_SETUP
- inPath
- outPath
- tmpPath
- start_step_long_fcst_hour
- max_long_fcst_hours_at_00z
- max_long_fcst_hours_at_12z
- latitude
- longitude
- targetGridResolution
- startdate
- enddate
- loadg2utils
- overwriteFiles
- anlOutGrib2FilesNameStructure
- fcstOutGrib2FilesNameStructure
- createGrib2CtlIdxFiles
- convertGrib2FilestoGrib1Files
- grib1FilesNameSuffix
- removeGrib2FilesAfterGrib1FilesCreated
- createGrib1CtlIdxFiles
- debug
- Also in this version
v1.0.0user will be able to control the variables by exporting vars.cfg file into their environment variable called UMRIDER_VARS . User defined variables and ordered will be retained in the out grib2 files (but pressure level variables comes first and followed by non-pressure level variables) - User will be able to control would they like to get 3-hourly or 6-hourly or 24-hourly forecast files. (Note that NCUM model produces every 3-hourly instantaneous/ average/ accumulated data. Depends upon user choice it will be instantaneous or accumulated or averaged properly)
- This
v1.0.0supports for- NCUM Global Post Production
- NCUM Indian Region Post Production
- NCUM Global OSF (Ocean State Forecast) Model Input Production
- NCUM Global HYCOM Model Input Production
- NCUM VSDB Input Production
- For the NCUM Global Post Production ( 6-hourly files)
- 1 Analysis File at (00, 06, 12 & 18 UTC) includes 60 variables which takes ~ 4 minutes in 6 parallel processors
- 40 Forecast Files at 00 UTC includes 58 variables which takes ~14 minutes in 40 parallel processors
- 20 Forecast Files at 12 UTC includes 58 variables which takes ~11 minutes in 20 parallel processors
- For the NCUM Indian Region Post Production ( 6-hourly files)
- 1 Analysis File at (00, 06, 12 & 18 UTC) includes 60 variables which takes ~ 3 minutes in 6 parallel processors
- 40 Forecast Files at 00 UTC includes 58 variables which takes ~11 minutes in 40 parallel processors
- 20 Forecast Files at 12 UTC includes 58 variables which takes ~8 minutes in 20 parallel processors
- For the NCUM Global OSF Model Input Production ( 6-hourly files)
- 1 Analysis File at (00, 06, 12 & 18 UTC) includes 14 variables which takes ~ 30 seconds in 6 parallel processors
- 40 Forecast Files at 00 UTC includes 14 variables which takes ~2 minutes in 40 parallel processors
- For the NCUM Global HYCOM Model Input Production ( 3-hourly files)
- 1 Analysis File at (00, 06, 12 & 18 UTC) includes 13 variables which takes ~ 30 seconds in 6 parallel processors
- 56 Forecast Files at 00 UTC includes 13 variables which takes ~2 minutes in 56 parallel processors
Regards,
Arulalan.T (Project Scientist - C)