Releases: fmidev/silam-model
Releases · fmidev/silam-model
Silam_v5_9 used for CAMS-regional production in May-November 2024
Updated to silam_v5_9@605474 Some changelog: - ascii2nc: Converter from ascii/grads fields to netcdf - Correcting the fractionation of smoke to size modes (AU) - Got rid of set-unset error in reading observations - Disabled few more unset-error in MPI runs to prevent deadlocks - More rigorous parsing of HYBRID_LAYER and HYBRID_LEVEL attribures from WRF - Meteo stored as layers - few outdated quantities removed - Enable multiple netcdf fire-lists - Enabled full meteo vertical (almost up to 0 Pa) - Hardtop wind diagnostics can be now enabled at any domain top pressure to allow for WRF which can have a hard top at 100 hPa. - Better mapping of CAMS VOCs - Change meteo2disp interpolation to nearest-point (more consistent rains) - Fix for race conditions in grib-grid cache - Compiled by Intel and Visual Studio project (MAS) - Self-degrading passive tracer with definable decay rate (MAS, RK) - Fixes in settling for dd (99% rh over water) - Fraction of ice introduced to dd (neutral change). If missing, ine can use dynamic_meteo_file = TEST_FIELD ice_fract SURFACE_LEVEL 0 - Bugfix pole mass outflow for backward-time simulation - Weakened the check for hybrid layers overlap (enables some WRF setups) - Graceful crash on failure to read boundares - Re-enabled test fields for multitime stack git-svn-id: https://svn.fmi.fi/svn/tie/SILAM/silam_v5_9@605474 250f1e8d-2010-0410-9efa-e22dadc992bd
Silam_v5_9 used for pollen reanalysis 2023
New from v5_8pub:
4DVAR data assimilation:
MPI domain split
adjoint for aerosol dynamics (Simple, VBS, DMAT-sulphur)
Rearrangement of TLA to save memory
L-curve in 4DVAR
EnKF: boundary perturbations
ABL parametrization refinement
vmr observations, cell metrics
Removed obsolete chemistries (CB4 family, )
Fire danger indices
NetCDF interface for fire lists
Interfaces to few more meteo drivers
Other cleanups/fixes
Release to get DOI with Zenodo
Release with backported features needed to reproduce the calculations for the NordStream paper.
Release to get DOI
This state of the code is very close to one used for the study of Fatahi etal (2021, GMD, https://doi.org/10.5194/gmd-14-1-2021).