Release 24.09

24.09

• Code clean-ups / clang-tidy (#2942, #2949)

• update the hse_convergence readme to reflect current convergence
  (#2946)

• update the bubble_convergence plotting script (#2947)

• new Frontier scaling numbers (#2948)

• more GPU error printing (@3944)

• science problem updates: flame_wave (#2943)

• documentation updates (#2939)

Release 24.08

24.08

• lazy QueueReduction has been enabled for the timing diagnostics
  (#2926)

• The job_info file output now correctly labels the compute time
  as GPU-hours instead of CPU-hours when running on GPUs (#2930)

• We can now output warnings when running on GPUs if you build
  with USE_GPU_PRINTF=TRUE(#2923, #2928)

• Code clean-ups / sync with Microphysics (#2900, #2901, #2905,
  #2906, #2909, #2912, #2919, #2922, #2932, #2933, #2936, #2938,
  #2940)

• The area weighting in the diagnostics in subch_planar was fixed
  (#2885)

• A script to produce a resolution study for the circular_det
  problem was added (#2857)

• science problem updates: xrb_layered (#2917), nova (#2913),
  wdmerger (#2907, #2918, #2931), Detonation (#2902)

• updated scaling results on Frontier (#2904, #2914, #2915)

• more exact Riemann solver clean-up (#2896, #2897, #2898)
  and clean-ups to the two shock solvers (#2895)

• fix issues with eigenvectors and clang-tidy in the MHD solver
  (#2880)

Release 24.07

24.07

• Reorganizing of the existing 2-shock and HLL Riemann solvers
  (#2887, #2888, #2889, #2890)

• Some clean-up, accuracy improvements, and optimization of the
  exact Riemann solver in preparation for coupling it to simulations
  (#2868, #2869, #2875)

• a new problem setup, subch_planar, for exploring He detonations
  (#2870, #2873, #2881, #2883, #2886, #2877, #2878)

• clean-up the computation of the shock variable for hybrid Riemann
  solves (#2865)

• code clean-ups (#2852, #2871, #2891)

• documentation improvements (#2843, #2879)

• add an EditorConfig (#2872)

• add the circular detonation problem to test multidimensional shock
  algorithms (#2858)

Release 24.06

24.06

• Doc updates (#2839, #2842, #2846, #2851, #2854, #2860)

• Sync problem and Castro runtime parameters to recent Microphysics
  changes (#2838, #2845, #2861)

• fix parsing in the check_params.py script (#2850)

• code cleaning (#2840, #2842, #2843)

Release 24.05

24.05

• Changed how the shock flag is computed. It is now computed once,
  at the start of a timestep. It also takes into account sources
  such that the pressure jump is only the pressure that is available
  to drive a shock. (#2726, #2728)

• Fixed a boundary condition check in gravity (#2833)

• Some coverity and clang-tidy fixes (#2810, #2811, #2835, #2831,
  #2832)

• Fix the wdmerger initialization when the two stars are overlapping
  (#2829)

• Fixed the Castro retry mechanism when amr.subcycling_mode = None
  (#2821, #2824, #2826)

• Added more amr parameters to the job_info file (#2828)

• Added OpenMP to the SDC burn loop (#2770)

Release 24.04

24.04

• Some clang-tidy fixes (#2779, #2780, #2781, #2784, #2786, #2787, #2790,
  #2791, #2792, #2793, #2797, #2798, #2799, #2800, #2801, #2804)

• Fix species initialization in the Detonation problem (#2806)
  and let it work with NSE (#2765)

• Sync up with AMReX changes (#2794)

• wdmerger now reports composition of initial stars (#2767)

• flame_wave now checks if the atm_delta is too small (#2782)
  and stores X(ash) (#2773)

• a bounds issue in the true SDC integration was fixed (#2775)

Release 24.03

24.03

• Documentation updates (#2742, #2752, #2753)

• Fix some code warnings (#2737)

• Fixed the exact Riemann solver compilation (#2745)

• Fix an issue with large kernel sizes with ROCm in the reduction code
  in the reactions (#2749)

Release 24.02

24.02

• Lot's of code fixes from coverity and clang-tidy (#2736, #2734,
  #2735, #2731, #2732, #2733)

• Fix the boundary condition logic at a wall for Detonation (#2722)

• Reimplement the shock detection algorithm to account for sources
  and do a better job in multidimensions (#2711, #2710, #2709, #2704)

• Start the process of moving the runtime parameters to structs (#2688)

Release 24.01

24.01

• An option for unlimited PPM reconstruction was added (#2670)

• An option allowing for optional passive sources to the conserved
  state was added (#2678)

• A script diag_parser.py was added to allow for easy parsing of
  the global diagnostic files output at runtime (#2666, #2667)

Release 23.12

23.12

• The radiation solver port to C++ has been completed (#2638, #2648)