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Ok, still want to test on Ubuntu 64-bit and with the Oracle JVM on Linux, but here's a bunch of data for now.
| config | Virus | Hydra | Crusader | Total |
| Linux/OJDK/1 thread | 76.14 +- 8.29 | 95.93 +- 0.37 | 89.26 +- 5.17 | 87.11 +- 2.66 |
| Linux/OJDK/4 threads | 81.45 +- 7.6 | 82.77 +- 6.51 | 90.91 +- 5.14 | 85.04 +- 2.92 |
| Windows/1 thread | 98.89 +- 0.25 | 96.09 +- 0.33 | 98.67 +- 0.34 | 97.88 +- 0.17 |
| Windows/2 threads | 97.18 +- 1.91 | 96.31 +- 0.35 | 98.92 +- 0.3 | 97.47 +- 0.48 |
| Windows/3 threads | 95.4 +- 3.19 | 96.39 +- 0.23 | 88.88 +- 5.49 | 93.56 +- 1.55 |
| Windows/4 threads | 98.66 +- 0.31 | 92.2 +- 3.5 | 92.42 +- 4.31 | 94.43 +- 1.41 |
It's worth noting that I feel comfortable running my own benchmarks 6-threaded on this machine and I usually run 4 RoboRumble clients at a time.
Thank you, Voidious, for all the data. Don't forget to take a peak at skipped turns under Linux/OJDK. It gets printed to the game log, and you can also check what is printed in the SkippedTurns text file it writes to the data directory.
For now, I'm going with the assumption that I need to target reducing initialization overhead due to skipped turns. Once I have that done, I can prepare another version of XanderCat, which if I'm lucky you will be willing to run through your Linux/OJDK setup again to see how it changes things.
