From d27d3f26836b981db7cd983bed987d9463bf22ea Mon Sep 17 00:00:00 2001 From: Alexander Mahura Date: Wed, 4 Oct 2023 15:19:40 +0300 Subject: [PATCH] adding updated README.md --- README.md | 13 ++++++++++++- 1 file changed, 12 insertions(+), 1 deletion(-) diff --git a/README.md b/README.md index 0447b4335..b5ec5e7e2 100644 --- a/README.md +++ b/README.md @@ -8,7 +8,7 @@ The OBS application is currently being developed as a set of scripts (written in 3. for extracting and interpolating (using `cdo` operators - for synop; & expecting/using `polytope` - for radiosounding and satellite) modeled data for the same time-slices for same selected meteorological variables into corresponding locations/points of (synop, radiosounding, satellite) observations, and adding (using `import` with `odb_api`) such data to ODB; 3. for calculating/ producing relevant statistics such as quantile rank histogram statistics and plots (t-test and others to be added) -# Part SYNOP +# Part SYNOP (ground-based observations) 1. `main_synop.sh` - main bash-script to run Apps for observational data for synoptical stations. 2. `gsv_mod_data.sh` - bash-script to run pre-processing (using `cdo` operators) of modelled data extracted with gsv interface over global domain for selected meteorological variables (measured at synoptical station) into hourly time-slices and saving (temporary) to separate hourly nc-files. 3. `synop_obs.sh` - bash-script to run reading and extraction (using `sql` with `odb_api` software) of selected meteorological variables at hourly time-slices for observations from ground-based synoptical stations at fixed at the surface geographical (latitude, longitude) locations over selected geographical domain (or over the globe) and saving (temporary) to dat-file. Note, that list of available meteorological variables in open multi-year data ODB includes: 91 - total amount of clouds; 108 - sea level pressure; 80 - 1-hour precipitation; 58 - relative humidity; 999 - 10-minute precipitation intensity; 71 - snow depth; 39 - 2m temperature; 40 - dew point temperature; 62 - visibility; 111 - wind direction; 261 - maximum wind gust in last 10 minutes; 221 -surface wind speed. @@ -21,6 +21,17 @@ The OBS application is currently being developed as a set of scripts (written in - Note, needed input includes: list of synop stations with geographical coordinates, modelled data at stations coordinates, pre-computed quantiles as a function of time of year and rank histogram bootstrap mean square deviation (MSD) values. - ![Semantic description of image](FIGSEXAMPLES/destine_obs_synop_figs.jpg "Plots for 2 m air temperature ")*Plots for 2 m air temperature* +# Part TEMP (radiosounding observations) +1. `main_synop.sh` - main bash-script to run Apps for observational data for radiosounding. +2. `gsv_mod_data.sh` - bash-script to run pre-processing (using `cdo` operators) of modelled data extracted with gsv interface over global domain for air temperature at 2 metre and at 850 hPa pressure level into hourly time-slices and saving (temporary) to separate hourly nc-files. +3. `radsound_obs.sh` - bash-script to run reading and extraction (using `sql` with `odb_api` software) of above-mentioned air temperatures at hourly time-slices for radiosounding observations at surface and at altitude at geographical (latitude, longitude, pressure level) locations of radiosounding stations over selected geographical domain (or over the globe) and saving (temporary) to dat-file. +4. `radsound_mod.sh` - bash-script to run reading, extraction and interpolation (using polytope) of modelled data for air temperature at surface and at altitude at the same hourly time-slices to geographical (latitude, longitude, pressure level) locations of radiosounding stations, and saving (temporary) to dat-file, and adding (using `import` with `odb_api`) such data to ODB. +5. `graph_mod_obs.py` - python-script to run an internal self-control in calculating differences between observed and modelled data for locations of radiosounding stations +6. `radsound_stats.sh` - bash-script to run (addtional `bash`, `fortran`, `python` scripts) calculating/producing: ... + +# Part AMSU-A (satellite observations) +... + # Disclaimers The OBS package is in a developement phase by the University of Helsinki team, led by Heikki Järvinen (heikki.j.jarvinen@helsinki.fi). The team includes also Jouni Räisänen (jouni.raisanen@helsinki.fi), Lauri Tuppi (lauri.tuppi@helsinki.fi), Madeleine Ekblom (madeleine.ekblom@helsinki.fi), and Alexander Mahura (alexander.mahura@helsinki.fi). Some features are still not implemented and you may expect bugs. For feedback and issue reporting, feel free to open an issue in: https://earth.bsc.es/gitlab/digital-twins/de_340/obs/-/issues -- GitLab