Skip to content

OpenQuake Engine 3.4.0
Compare
Choose a tag to compare
@nastasi-oq nastasi-oq released this 18 Mar 10:33
· 134498 commits to master since this release
v3.4.0
790343d

[Michele Simionato (@micheles)]

  • Compatibility with 'decorator' version >= 4.2

[Giovanni Lanzano (@giovannilanzanoINGV)]

  • Contributed a GMPE SkarlatoudisEtAlSSlab2013

[Michele Simionato (@micheles)]

  • Changed the event loss table exporter to export also rup_id and year
  • Extended the ebrisk calculator to compute loss curves and maps

[Rodolfo Puglia (@rodolfopuglia)]

  • Spectral acceleration amplitudes at 2.5, 2.75 and 4 seconds added

[Marco Pagani (@mmpagani)]

  • Improved the event based calculator to account for cluster-based models

[Michele Simionato (@micheles)]

  • Removed the now redundant command oq extract hazard/rlzs

[Daniele Viganò (@daniviga)]

  • Fixed 'oq abort' and always mark killed jobs as 'aborted'

[Michele Simionato (@micheles)]

  • Made it possible to use in the Starmap tasks without a monitor argument
  • Stored the sigma and epsilon parameters for each event in event based
    and scenario calculations and extended the gmf_data exporter consequently
  • Fixed the realizations CSV exporter which was truncating the names of the
    GSIMs
  • Deprecated the XML exporters for hcurves, hmaps, uhs
  • Introduced a sap.script decorator
  • Used the WebExtractor in oq importcalc
  • Restored validation of the source_model_logic_tree.xml file
  • Raised an early error for missing occupants in the exposure
  • Added a check to forbid duplicate file names in the uncertaintyModel tag
  • Made it possible to store the asset loss table in the ebrisk calculator
    by specifying asset_loss_table=true in the job.ini
  • Added a flag oq info --parameters to show the job.ini parameters
  • Removed the source_name column from the disagg by source output

[Rao Anirudh]

  • Fixed wrong investigation_time in the calculation of loss maps from
    loss curves

[Robin Gee (@rcgee)]

  • Added capability to optionally specify a time_cutoff parameter to
    declustering time window

[Michele Simionato (@micheles)]

  • Merged the commands oq plot_hmaps and oq plot_uhs inside oq plot
  • Changed the storage of hazard curves and hazard maps to make it consistent
    with the risk outputs and Extractor-friendly

[Chris Van Houtte (@cvanhoutte)]

  • Added necessary gsims to run the Canterbury Seismic Hazard Model
    in Gerstenberger et al. (2014)
  • Added a new gsim file mcverry_2006_chch.py to have the Canterbury-
    specific classes.
  • Added a new gsim file bradley_2013b.py to implement the
    Christchurch-specific modifications to the Bradley2013 base model.

[Michele Simionato (@micheles)]

  • Added a check on the intensity measure types and levels in the job.ini,
    to make sure they are ordered by period
  • Reduced the number of client sockets to the DbServer that was causing
    (sporadically) the hanging of calculations on Windows
  • Extended the WebAPI to be able to extract specific hazard curves, maps
    and UHS (i.e. IMT-specific and site specific)
  • Removed the realization index from the event loss table export, since
    is it redundant
  • Forced all lowercase Python files in the engine codebase
  • Removed the dependency from nose

[Robin Gee (@rcgee)]

  • Updated GMPE of Yu et al. (2013)

[Michele Simionato (@micheles)]

  • Added an Extractor client class leveraging the WebAPI and enhanced
    oq plot_hmaps to display remote hazard maps
  • Added a check when disaggregation is attempted on a source model
    with atomic source groups
  • Implemented serialization/deserialization of GSIM instances to TOML
  • Added a check against mispelled rupture distance names and fixed
    the drouet_alpes_2015 GSIMs
  • Changed the XML syntax used to define dictionaries IMT -> GSIM
  • Now GSIM classes have an .init() method to manage notrivial
    initializations, i.e. expensive initializations or initializations
    requiring access to the filesystem
  • Fixed a bug in event based that made it impossible to use GMPETables
  • Associated the events to the realizations even in scenario_risk: this
    involved changing the generation of the epsilons in the case of asset
    correlation. Now there is a single aggregate losses output for all
    realizations
  • Removed the rlzi column from the GMF CSV export
  • Introduced a new parameter ebrisk_maxweight in the job.ini
  • For classical calculations with few sites, store information about the
    realization closest to the mean hazard curve for each site
  • Removed the max_num_sites limit on the event based calculator

[Valerio Poggi (@klunk386)]

  • Added an AvgSA intensity measure type and a GenericGmpeAvgSA which is
    able to use it

[Michele Simionato (@micheles)]

  • Introduced the ability to launch subtasks from tasks
  • Stored rupture information in classical calculations with few sites

[Chris Van Houtte (@cvanhoutte)]

  • Adding conversion from geometric mean to larger horizontal component in
    bradley_2013.py

[Michele Simionato (@micheles)]

  • Fixed a bug in applyToSources for the case of multiple sources
  • Moved the prefiltering on the workers to save memory
  • Exported the aggregated loss ratios in avg losses and agg losses
  • Removed the variables quantile_loss_curves and mean_loss_curves: they
    were duplicating quantile_hazard_curves and mean_hazard_curves
  • Only ruptures boundingbox-close to the site collection are stored

[Marco Pagani (@mmpagani)]

  • Added cluster model to classical PSHA calculator

[Michele Simionato (@micheles)]

  • Fixed a bug in scenario_damage from ShakeMap with noDamageLimit=0
  • Avoided the MemoryError in the controller node by speeding up the saving
    of the information about the sources
  • Turned utils/reduce_sm into a proper command
  • Fixed a wrong coefficient in the ShakeMap amplification
  • Fixed a bug in the hazard curves export (the filename did not contain
    the period of the IMT thus producing duplicated files)
  • Parallelized the reading of the exposure

[Marco Pagani (@mmpagani)]

  • Fixed the implementation on mutex ruptures

[Michele Simionato (@micheles)]

  • Changed the aggregated loss curves exporter
  • Added an experimental calculator ebrisk
  • Changed the ordering of the events (akin to a change of seed in the
    asset correlation)

[Robin Gee (@rcgee)]

  • Fixed bug in tusa_langer_2016.py BA08SE model - authors updated b2 coeff
  • Fixed bug in tusa_langer_2016.py related to coeffs affecting Repi models

[Michele Simionato (@micheles)]

  • Added a check to forbid to set ses_per_logic_tree_path = 0
  • Added an API /extract/event_info/eidx
  • Splitting the sources in classical calculators and not in event based
  • Removed max_site_model_distance
  • Extended the logic used in event_based_risk - read the hazard sites
    from the site model, not from the exposure - to all calculators
  • In classical_bcr calculations with a CSV exposure the retrofitted field
    was not read. Now a missing retrofitted value is an error
Assets 2
Loading