Published February 2, 2022
| Version v3.1.0
Software
Open
CLIMADA-project/climada_python: v3.1.0
Authors/Creators
- Chahan M. Kropf1
- Emanuel Schmid
- Gabriela Aznar-Siguan
- Samuel Eberenz2
- Thomas Vogt3
- Carmen B. Steinmann4
- Thomas Röösli5
- Samuel Lüthi4
- Inga J. Sauer
- Evelyn Mühlhofer1
- Jan Hartman6
- Benoit P. Guillod7
- Zélie Stalhandske8
- Alessio Ciullo4
- Chris Fairless1
- Pui Man (Mannie) Kam4
- wjan262
- Simona Meiler4
- Rachel Bungener
- Veronica Bozzini
- Dario Stocker
- David N. Bresch4
- 1. ETH Zürich
- 2. Weather and Climate Risks Group
- 3. Potsdam Institute for Climate Impact Research
- 4. ETH Zurich
- 5. MeteoSwiss
- 6. CelsiusPro
- 7. CelsiusPro AG
- 8. ETHZ
Description
updated features:
- new function
get_admin1_geometries: return GeoDataFrame with geometries of admin 1 regions within given countries. - 'set' method deprecated. New methods 'from'.
- '+init CRS specs' deprecated.
- data-api client refactored:
- method names changed,
list_data_type_infosreturns only data types with active datasets (data types with only test data are hidden) - concatenation of CLIMADA objects was removed from
get_hazardandget_exposures
- method names changed,
util.interpolate- refactoring: the module
util.interpolatewas removed and the methods therein were refactored and integrated inutil.coordinates. - a new method
_nearest_neighbor_euclideanwas added to find nearest neighbors with a k-d tree using Euclidean metric. - the default distance for
exposure.assign_centroidswas changed toeuclidean. This is faster thanhaversinefor (quasi-)gridded data but less accurate.
- refactoring: the module
TCTracks.from_ibtracs_netcdf: now stores selected agency for each track variable- Uncertainty Quantification
- renaming module from
uncertainty_quantificationtounsequa - updating of all plotting methods
- addition of helper methods for the most common uncertainty input parameters for exposures, hazard, impact functions, entities, measures.
- renaming module from
hazard.selectworks withextent.- addition of
hazard.select_tightto reduce a hazard to a box around anexposure. - adaptations to Natural Earth (v5.0.0) from 2021-12-08. The file format has changed and posed a problem to the
shapefile.Reader, which consequently was replaced byshapereader.Reader.\ Note: This may lead to aKeyError 'GDP_MD'in various places, e.g.climada.util.finance.nat_earth_adm0. To come over it, remove the cached Natural Earth files in~/.local/share/cartopy/shapefiles/natural_earth/.
changed environment:
- cartopy >= 0.20 <del>(0.18 - 0.19)</del>
- cfgrib 0.9.7 - 0.9.9 <del>(>= 0.9.7)</del>
- contextily 1.0 - 1.1 <del>(1.0)</del>
- numba != 0.55.0
- rasterio >= 1.2.7 <del>(1.1 - 1.2.6)</del>
Files
CLIMADA-project/climada_python-v3.1.0.zip
Files
(29.0 MB)
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Additional details
Related works
- Is supplement to
- https://github.com/CLIMADA-project/climada_python/tree/v3.1.0 (URL)