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v2025.04 protectede5cb1abe · ·
Version of SWIFT from April 2025. Major changes since v2025.01: - Updated neighbour finding performing operations at different level in the tree to speed up operations in deep hierarchies with steep density gradients (backport from COLIBRE fork) - REMIX-SPH included as a hydrodynamics scheme. - Added more equations of state for planetary applications. - Added an interface to Lustre such that the code can stripe files cleverly based on the properties of the filesystem it runs on. - Many small bug fixes This version is nearly identical to the base version used for the large COLIBRE production runs. - Many updates to the GEAR model.
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v2025.01 protected6d89d9a7 · ·
Version of SWIFT from January 2025. Major changes since v1.0.0: - Removed `engine_marktasks()` and the duplicated task unskipping infrastructure. - Added the option to use adaptive softening for some flavours of the hydro. - Added more physics to the sink particles, including an adaptive smoothing length (search radius). - Added more examples using sink particles. - Updated the configuration scripts to select good compiler options with Intel OneAPI. - Added the option for the star formation models to spawn >1 star particle per star formation event (super-sampling). This can be switched on in the EAGLE model. - Reduced the number of communications of end-of-step messages and replaced them by a all-reduce. - Added the option to run GEAR-RT on top of SPHENIX SPH. - Many updates to the AGN spin-jet model (See the Husko+2024 paper for details) - Many updates to the GEAR model.
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v0.8.2 protectedff6e9d07 · ·
New tag release following the addition of star-formation and feedback jointly over MPI, black hole accretion and feedback (also over MPI), refactoring of the hydro parameters, improvement to the memory footprint and completion of first fully-fledged EAGLE runs.