OpenQuake Engine 3.21.0

[Paolo Tormene (@ptormene)]

• Added commands oq plot "rupture?" and oq plot "rupture_3d?"

[Michele Simionato (@micheles)]

• Extended oq reset to also remove the custom_tmp directory, if any
• Added classes CampbellBozorgnia2019, CampbellBozorgnia2019HighQ, CampbellBozorgnia2019LowQ
• Reduced the size of the large CSV files in hazardlib and added a check
  to forbid files larger than 600k
• Added a check on the signatures of get_std_dev_mag and get_median_area
  and fixed the signature of StrasserIntraslab.get_std_dev_mag

[Enrico Abcede (@emabcede30), Francis Bernales (@ftbernales)]

• Implemented Campbell and Bozorgnia (2019) IA and CAV to campbell_bozorgnia_2014

[Michele Simionato (@micheles)]

• Fixed scenario_risk from GMFs when the intensity measure types were
  incorrectly identified

[Marco Pagani (@mmpagani), Michele Simionato (@micheles)]

• Added a median spectrum post-processor

[Michele Simionato (@micheles)]

• Added a parameter mea_tau_phi in the job.ini to save mean, tau and phi
  for each rupture, site, gsim and imt in a GMF calculation
• Internal: changed oq run to automatically generate the db when possible
• Added a check on missing risk files
• Reduced the space used by the CollapsedPointSources (2.7x)
• Fixed the site model association procedure to work in conditioned
  scenario calculations
• Used oq engine --run to submit asynchronous jobs to SLURM and
  oq run to submit interactive jobs

[Christopher Brooks (@CB-quakemodel)]

• Added the Japan region versions of the NGAWest2 relations used to obtain
  z1pt0 and z2pt5 from vs30 in prepare sites command

[Michele Simionato (@micheles)]

• Fixed oq reduce_sm for calculations with nonparametric sources
• Fixed logging the classical time with --sample-sources
• Improved the progress log in classical calculations

[Kendra Johnson (@kejohnso)]

• Fixed an error invalid literal for int() with base 10 affecting
  event based calculations using mutex sources and a nontrivial logic tree

[Michele Simionato (@micheles)]

• Optimized the --sample-sources feature
• Honored the custom_tmp in classical calculations and saved data transfer
  by using TileGetters, then parallelized the saving of the rates

[Lana Todorovic (@LanaTodorovic93)]

• Implemented Nowicki Jessee et al. (2018) landslide geospatial model that
  computes the areal coverage by landslide occurrence.

[Paolo Tormene (@ptormene)]

• Updated extractor for gmf_data for a single event id (used by the IRMT
  QGIS plugin), including data for secondary perils

[Michele Simionato (@micheles)]

• Refined the tiling calculator (partial tiling, task weighting, saving memory)
• Optimized "computing pnes" in classical calculations (3x in the common case)
  and fully switched to 32 bit rates, thus saving memory and improving performance

[Nicolas Schmid (@schmidni)]

• Fixed a regression in the ShakeMap to_gmfs code, a forgotten sigma^2/2 term

[Marco Pagani (@mmpagani)]

• Fixed aliases for Kuehn2020 GMPEs (signalled by Eric Thompson)

[Michele Simionato (@micheles)]

• Internal: splitting in groups with homogeneous temporal occurrence model
• Optimized the calculation of mean and stdevs in event based calculations, with
  a speedup of 13x for the EUR model

[Chris di Caprio (@chrisdicaprio)]

• Allowed extrapolation in the Kuehn (2020) GMPEs to solve numeric issues

[Michele Simionato (@micheles)]

• Fixed an encoding error when exporting the realizations
• Fixed a bug with multifault sources raising a cryptic error
  "object has no attribute msparams"
• Fixed a critical memory bug causing over 80 GB per core to be needed for
  event based calculations with ~6 million sites
• Made minimum_intensity mandatory in event based calculations
• Reduced the memory consumption in event_based calculations: now even calculations
  with 5 million sites can be run with ~2 GB per core
• Reduced the memory occupation in gen_poes
• Using half the memory in postclassical by using 32 bit arrays
• Using half the memory on Windows by using half the threads by default
• Fixed a bug in conditional spectrum calculations with a non-contributing TRT

[Savvinos Aristeidou (@Savvinos-Aristeidou)]

• Added new GMM in the gsim library, named aristeidou_2023
• Added new IM, that is the inelastic spectral displacement, SDi,
  which takes as input one additional parameter (i.e., strength ratio, R)

[Fatemeh Alishahiha (@FatemehAlsh)]

• Added a new gsim module named zafarani_2018.
• Added a new gsim module named ambraseys_2005.

[Kyle Smith (@kslytherin)]

• Added a new gsim file sandikkaya_akkar_2017.py to implement the
  Arias Intensity and Cumulative Absolute Velocity ground motion
  models from Sandikkaya and Akkar (2017).

[Michele Simionato (@micheles)]

• Making sure that the tiles contains at least 100 sites in classical tiling
  calculations
• Rewritten the SLURM algorithm to work around the submission limit
• Added uniqueness check for the station coordinates
• Internal: removed parameter [dbserver]listen in openquake.cfg
• Added command oq submit n job_ini for usage in supercomputers
• Reimplemented the sensitivity analysis in a supercomputer-friendly way
• Fixed export realizations which was truncating the branch_path
• Extended logic tree filtering via smlt_branch
• Worked on disaggregation by multifault source

[Michele Simionato (@micheles), Christopher Brooks (@CB-quakemodel)]

• Internal: added a function for filtering sites around a rupture

[Michele Simionato (@micheles)]

• Internal: added method GsimLogicTree.to_node
• Internal: added commands oq compare oqparam and oq plot_sites csvfiles
• Fixed exporting the ruptures when imported from a CSV
• Fixed the issue of small negative eigenvalues in conditioned GMFs
  calculations by adding a correlation_cutoff
• Internal: extended Starmap.apply to split DataFrames
• Fixed the avg_gmf exporter in presence of a filtered site collection

[Lana Todorovic (@LanaTodorovic93)]

• Improved secondary perils documentation

[Michele Simionato (@micheles)]

• Fixed the ordering of the realizations to depend on the source model
  branch path also in the case of full enumeration: this is crucial to
  get consistent results with the two approaches
• Saved data transfer in the context makers in classical calculations
• Internal: added utility oq info geohash:<lon>,<lat>
• Changed the scenario calculators to discard the sites far away from
  the rupture, with the effect of generating different GMFs
• Cached get_realizations and optimized the memory occupation; now
  302_990_625 realizations (i.e. EUR) require only 90 GB

[Anna Rood (@AnnaRood)]

• Updates to the AELO workflow: added additional spectral periods ranging
  from 0.02 to 10 s and added option to use ASCE7-22. NB: minor changes in
  the results of year 1 are expected

[Michele Simionato (@micheles)]

• Changed the GMF-based calculators to always set a custom_site_id
• Internal: added variable OQ_SITE_DEBUG