Format: 1.8
Date: Mon, 04 May 2015 09:05:33 +0000
Source: python-oq-engine
Binary: python-oq-engine
Architecture: all
Version: 1.4.0-0~dev1430730333-48949df~precise01
Distribution: precise
Urgency: low
Maintainer: Ubuntu Build Daemon <buildd@lgw01-22.buildd>
Changed-By: Automatic Packager (GEM Foundation) <gem-autopack@openquake.org>
Description: 
 python-oq-engine - computes seismic hazard and physical risk
Changes: 
 python-oq-engine (1.4.0-0~dev1430730333-48949df~precise01) precise; urgency=low
 .
   [Automatic Script]
   * Development version from 48949df commit
 .
   [Matteo Nastasi, Daniele Viganò]
   * Add binary package support for both Ubuntu 12.04 (Precise)
     and Ubuntu 14.04 (Trusty)
 .
   [Michele Simionato]
   * Removed the SiteModel table: now the association between the sites and the
     site model is done by using hazardlib.geo.geodetic.min_distance
 .
   [Daniele Viganò]
   * added authentication support to the 'engineweb' and the 'engineserver'
 .
   [Michele Simionato]
   * the aggregate loss curves can be exported in CSV format
 .
   [Matteo Nastasi]
   * added 'outtypes' attribute with list of possible output types for
     each output item in outputs list API command
   * added '/v1/calc/<id>/status' API command
   * added 'engineweb' django application as local web client for oq-engine
 .
   [Michele Simionato]
   * Renamed the maximum_distance parameter of the risk calculators to
     asset_hazard_distance, to avoid confusion with the maximum_distance
     parameter of the hazard calculators, which has a different meaning;
     is it an error to set the maximum_distance in a job_risk.ini file
   * Added to the API an URL /v1/calc/:calc_id/remove to hide jobs
   * A new key is_running is added to the list of dictionaries returned by
     the URL /v1/calc/list
   * Replaced the mock tests for the engine server with real functional tests
   * Added a resource /v1/calc/:calc_id/traceback to get the traceback of a
     failed calculation
   * Now the logs are stored also in the database, both for the controller node
     and the worker nodes
   * Bypassed Django when deleting calculations from the database: this avoids
     running out of memory for large calculations
   * Fixed an issue in the scenario calculator: the GMFs were not filtered
     according to the distance to the rupture
   * Now critical errors appear in the log file
   * Added a --run command to run hazard and risk together
   * Fixed bug in the event based calculator; in the case
     number_of_logic_tree_samples > 0 it was generating incorrect hazard curves.
     Also improved (a lot) the performance in this case.
   * Fixed a tricky bug happening when some tectonic region type are filtered
     away.
   * The event based risk calculator now save only the non-zero losses in
     the table event_loss_asset.
   * Added a CSV exporter for the Stochastic Event Sets, for debugging purposes.
   * The GMF CSV exporter now sorts the output by rupture tag.
 .
   [Matteo Nastasi]
   * Each pull request must be accompanied by an update of the debian
     changelog now.
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Files: 
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