- 26 Apr, 2017 3 commits
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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- 25 Apr, 2017 4 commits
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Pedro Gonnet authored
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Pedro Gonnet authored
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Pedro Gonnet authored
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Pedro Gonnet authored
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- 20 Apr, 2017 1 commit
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Pedro Gonnet authored
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- 19 Apr, 2017 3 commits
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
Don't lock the tree for the grav_init task. Don't call the unsorted pairs at all. Skip the entire zeroing loop when no xparts in runner_do_sort()
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- 18 Apr, 2017 17 commits
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Pedro Gonnet authored
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Pedro Gonnet authored
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Pedro Gonnet authored
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Pedro Gonnet authored
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Pedro Gonnet authored
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Pedro Gonnet authored
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Pedro Gonnet authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
Gravity multi dt Some improvements to the gravity code: - Corrected typo in 4th order vector powers. - Use a user-defined opening angle for the distance checks. - Increase accuracy of the exact gravity calculation. - Only do exact gravity calculation if a matching result file is not present in the same directory. - Reinstate the dumping of individual task timers. - Added script to plot the accuracy of the calculation. - Crash if the M2L kernel is called with a length smaller than the softening length. See merge request !331
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Matthieu Schaller authored
Use short int consistently for unlocks. Check that the waits and unlocks don't overflow. Two small changes: - `task->nr_unlock_tasks` is a `short int` so we should be consistent with the types in `scheduler_set_unlocks()`. - When debugging, check that we don't overflow the number of `wait` or `unlocks`. As I am about to introduce some gravity tasks that will have a lot of unlocks I would like to be safe first. See merge request !330
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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- 17 Apr, 2017 11 commits
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
Improved the way of computing the exact accelerations by removing the need of recalculating exact forces that already exist
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
Use the multipole acceptance criterion to build the long-range interactions and not just the geometry of the mesh.
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Matthieu Schaller authored
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Matthieu Schaller authored
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Matthieu Schaller authored
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- 16 Apr, 2017 1 commit
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Matthieu Schaller authored
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