
Breeze v0.4.0 Diff since v0.3.3 Breaking changes This release changes the prognostic primary moisture variable from total moisture density to either vapor density or "equilibrium moisture density" (for saturation adjustment microphysics). Merged pull requests: Scheduled radiation updates + radiative-convective equilibrium case (#413) (@glwagner) Update CloudMicrophysics requirement from 0.29.0, 0.30 to 0.31.4 (#459) (@dependabot[bot]) Revise equations for surface momentum and density fluxes + add bib citations (#480) (@navidcy) Add dynamics and microphysics benchmark suites (#482) (@glwagner) Update README with installation, quick start, and feature list (#483) (@glwagner) Update formatting for equations (#484) (@navidcy) Add some refs + fix latex rendering in docstrings (#487) (@navidcy) Refactor moisture handling with scheme-dependent prognostic naming (#489) (@glwagner) Make rain evaporation in 2M microphysics GPU-safe (#490) (@kaiyuan-cheng) Point directly to benchmarks website, rather than the repository (#493) (@giordano) [benchmarks] Actually use microphysics (#496) (@giordano) [dependabot] Test new grouping strategy (#498) (@giordano) Bump the per-dependency/Oceananigans group across 5 directories with 1 update (#499) (@dependabot[bot]) Bump the per-dependency/RRTMGP group across 2 directories with 1 update (#500) (@dependabot[bot]) Update AtmosphericProfilesLibrary requirement to 0.1.7 in /docs in the per-dependency/AtmosphericProfilesLibrary group across 1 directory (#501) (@dependabot[bot]) Update CairoMakie requirement to 0.15.8 in /examples in the per-dependency/CairoMakie group across 1 directory (#502) (@dependabot[bot]) Add 2D idealized squall line example (#504) (@glwagner) Revert "Add 2D idealized squall line example (#504)" (#508) (@glwagner) Avoid boxing of advection inside AtmosphereModel (#509) (@giordano) [test] Use more extended logging messages in doctests (#510) (@giordano) Restrict SSPRungeKutta3 time steppers to AtmosphereModel (#512) (@giordano) Restrict potential_temperature_tendency to potential temperature formulation (#513) (@giordano) [CI] Try using three parallel jobs instead of two for macOS tests (#514) (@giordano) Add buoyancy-driven updraft to ParcelDynamics (#515) (@kaiyuan-cheng) [CI] Add a job with --check-bounds=auto (#516) (@giordano) [Reactant] Add timestepping fix to match Oceananigans (#517) (@dkytezab) [docs] Temporarily ignore Oceananigans links (#521) (@giordano) [docs] Check again links to Oceananigans docs (#522) (@giordano) [Reactant] Test raising of CompressibleDynamics (#523) (@dkytezab) Bump actions/upload-artifact from 6 to 7 (#524) (@dependabot[bot]) Bump actions/download-artifact from 7 to 8 (#525) (@dependabot[bot]) Fix typo in Breeze.jl documentation (#526) (@navidcy) Use maybe_initialize_state! from Oceananigans (#527) (@giordano) [CI] Set benchmark-data-dir-path for pull requests (#528) (@giordano) [CI] Use earlyoom also on the GitHub-hosted Linux runners (#530) (@giordano) Revert "[CI] Set benchmark-data-dir-path for pull requests" (#533) (@giordano) Bump version from 0.3.3 to 0.4.0 (#539) (@glwagner) Closed issues: Build docs on GPU + harness more resources? (#90) GigaLES GATE simulations of tropical convection (#128) Package registration (#132) Adding tests for Reactant/Enzyme (#160) WENO reconstruction of energy density produces diabatic numerical fluxes (#215) Reactant tracing for AnelasticFormulation (#223) More compact notation for moisture densities? (#227) AtmosphereModel.pressure and AtmosphereModel.pressure_solver should probably be properties of AnelasticFormulation (#245) Benchmarking in CI (#252) Show method for AtmosphereModel does not include all fields (#270) Feature list in README and docs (#314) [Reactant] Stack overflow from timestepping + Bounded topology (#437) Acoustic sub stepping not a goal but a reality? (#485) Microphysics not actually used in benchmarks (#495) Possible errors detected by JET (#511) Replace tick(...; stage=true) with tick_stage! (#519)
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large-eddy simulation, geophysical fluid dynamics, Julia, atmospheric modelling, GPU computing, climate modelling
large-eddy simulation, geophysical fluid dynamics, Julia, atmospheric modelling, GPU computing, climate modelling
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