Changelog
Contents
Changelog#
v3.3.1#
Release date: 2023-02-27
Description#
Patch-relaese with altered base config file so that the basic installation test passes.
Changed#
The base config file
climada/conf/climada.conf
has an entry forCONFIG.hazard.test_data
.
v3.3.0#
Release date: 2023-02-17
Code freeze date: 2023-02-05
Description#
Dependency Changes#
new:
sparse (>=0.13) for #578
updated:
python 3.9 - python 3.8 will still work, but python 3.9 is now the default version for installing climada (#614)
contextily >=1.0 (no longer restricted to <1.2 as
contextily.sources
has been replaced in #517)cartopy >=0.20.0,<0.20.3 (>=0.20.3 has an issue with geographic crs in plots)
matplotlib >=3.2,<3.6 (3.6 depends on cartopy 0.21)
Added#
climada.hazard.Hazard.from_xarray_raster(_file)
class methods for readingHazard
objects from anxarray.Dataset
, or from a file that can be read byxarray
. #507, #589, #652.climada.engine.impact.Impact
objects have new methodsfrom_hdf5
andwrite_hdf5
for reading their data from, and writing it to, H5 files #606climada.engine.impact.Impact
objects has a new class methodconcat
for concatenation of impacts based on the same exposures #529.climada.engine.impact_calc
: this module was separated fromclimada.engine.impact
and contains the code that dealing with impact calculation while the latter focuses on impact data #560.The classes
Hazard
,Impact
andImpactFreqCurve
have a novel attributefrequency_unit
. Before it was implicitly set to annual, now it can be specified and accordingly displayed in plots. #532.CONTRIBUTING.md #518.
Changelog based on the CLIMADA release overview and https://keepachangelog.com template #626.
Changed#
The
Impact
calculation underwent a major refactoring. Now the suggested way to run an impact calculation is byclimada.engine.impact_calc.ImpactCalc.impact()
. #436, #527.Addition of uncertainty helper methods variables: list of hazard, list of impact function sets, and hazard fraction. This allows to pre-compute hazards or impact function sets from different sources from which one can then sample uniformly. #513
Full initialization of most Climada objects is now possible (and suggested!) in one step, by simply calling the constructor with all arguments required for coherently filling the object with data: #560, #553, #550, #564, #563, #565, #573, #569, #570, #574, #559, #571, #549, #567, #568, #562.
It is possible now to set the
fraction
of aHazard
object toNone
which will have the same effect as if it were1
everywhere. This saves a lot of memory and calculation time, #541.The online documentation has been completely overhauled: #597, #600, #609, #620, #615, #617, #622, #656.
Updated installation instructions #644
Fixed#
Deprecated#
climada.enginge.impact.Impact.calc()
andclimada.enginge.impact.Impact.calc_impact_yearset()
#436.