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python-oq-engine (2.2.0-0~xenial01) xenial; urgency=low
[Michele Simionato]
* Fixed an HDF5 bug by not using a `vstr` array for the asset references
* Fixed a wrong error message generated by `oq purge`
* Added information about the rupture in the event loss table exports
* Fixed a bug and added a test calculation with nonparametric sources
* Fixed the classical UCERF calculator when there is more than one branch
* Added .npz exporter for gmf_data for event based calculations
[Daniele ViganĂ²]
* Port WebUI/API server to Django 1.9 and 1.10
* Add dependencies to setup.py
* Update Copyright to 2017
[Michele Simionato]
* Increased the splitting of ComplexFaultSources
* Added a way to reuse the CompositeSourceModel from a previous computation
* Turned the loss maps into dynamically generated outputs
* Extended the source model writer to serialize the attributes
src_interdep, rup_interdep, srcs_weights
* Fixed a bug when exporting the uniform hazard spectra in presence of
IMTs non spectral acceleration
* Fixed a bug when computing the loss maps in presence of insurance,
temporarily introduced in master
* Made the datastore for event based risk calculations much lighter
by computing the statistical outputs at export time
* Now it is possible to post process event based risk outputs with the
`--hc` option
* Added a command `oq to_hdf5` to convert .npz files into .hdf5 files
* Moved commonlib.parallel into baselib
* Merged the experimental calculator ebrisk into event_based_risk and
used correctly the random_seed for generating the GMFs (not the master_seed)
* Added a flag `ignore_covs` to ignore the coefficients of variation
* Changed the GMF scenario exporter to avoid generating composite arrays with
a large number of fields
* Exporting in .npz format rather than HDF5
* Introduced a `shared_dir` parameter in openquake.cfg
* Fixed a serialization bug for planar surfaces
* Removed the flag `asset_loss_table`: the loss ratios are
saved if and only if the `loss_ratios` dictionary is non-empty
* Added a CSV exporter for the GMFs in the event based calculator
* Added a CSV exporter for the rup_data output
* Added a CSV exporter for the disaggregation output
* Stored the disaggregation matrices directly (no pickle)
* Turned the CompositeRiskModel into a HDF5-serializable object
* Fixed all doctests for Python 3
[Daniele ViganĂ²]
* Removed the 'oq-engine' wrapper (command already deprecated)
[Michele Simionato]
* Assigned a year label to each seismic event in the event based calculator
* Now the ebrisk calculator supports the case of asset_correlation=1 too
* Made it possible to export the losses generated by a specific event
* Lowered the limit on the length of source IDs to 60 chars
* Fixed excessive strictness when validating `consequenceFunction.id`
* Added an `ucerf_rupture` calculator able to store seismic events and
rupture data and reduced the data transfer
[Daniele ViganĂ²]
* MANIFEST now includes all files, with any extension located in the
tests folders. It is now possible to run tests from an installation
made with packages
[Michele Simionato]
* Improved error message when the user gives a source model file instead of
a source model logic tree file
* Fixed the management of negative calculation IDs
* Relaxed the tolerance so that the tests pass on Mac OS X
* Implemented csv exporter for the ruptures
* Optimized the epsilon generation in the ebrisk calculator for
asset_correlation=0
* Improved the performance of the scenario risk calculators
* Now by default we do not save the ruptures anymore
* Fixed a memory leak recently introduced in parallel.py
* Simplified classical_risk (the numbers can be slightly different now)
* Serialized the ruptures in the HDF5 properly (no pickle)
* Introduced a parameter `iml_disagg` in the disaggregation calculator
* Fixed `oq reduce` to preserve the NRML version
* Fixed a bug when splitting the fault sources by magnitude
-- Matteo Nastasi (GEM Foundation) <email address hidden> Mon, 23 Jan 2017 14:36:48 +0100
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python-oq-engine
computes seismic hazard and physical risk
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