SWIFTsim merge requestshttps://gitlab.cosma.dur.ac.uk/swift/swiftsim/-/merge_requests2019-01-22T03:46:38Zhttps://gitlab.cosma.dur.ac.uk/swift/swiftsim/-/merge_requests/699Inhibit vec2019-01-22T03:46:38ZJames WillisInhibit vecImplements #481.
- Optimised the way we handle inhibited particles in the density and force neighbour searches
- Make sure inhibited particles do not interact in the vectorised versions of the density and force neighbour searchesImplements #481.
- Optimised the way we handle inhibited particles in the density and force neighbour searches
- Make sure inhibited particles do not interact in the vectorised versions of the density and force neighbour searchesStellar physicsMatthieu SchallerMatthieu Schallerhttps://gitlab.cosma.dur.ac.uk/swift/swiftsim/-/merge_requests/635Split stars2018-10-17T12:40:50ZLoic HausammannSplit starsI have implemented the functions to recurse/split the stellar density tasks.
You will also find two new examples (feel free to remove them from the branch if you do not want them).
The first one is a typical zoom in cosmological simulat...I have implemented the functions to recurse/split the stellar density tasks.
You will also find two new examples (feel free to remove them from the branch if you do not want them).
The first one is a typical zoom in cosmological simulation done with GEAR and the second one is a galaxy extracted from the zoom in simulation. As the current star density task is very very slow, I need a smaller example to run a few steps.
I have also a new function in the scheduler that write down the depth of each task in a file. I used it to generate the graphs in the tasking channel of slack. Again feel free to remove the commit if you do not want it.
![dependency_graph](/uploads/431b36351e14e10d1686d004467cbb5f/dependency_graph.png)Stellar physicsMatthieu SchallerMatthieu Schaller