Tragically, the current github master branch is has now migrated to the point where I cannot use it, because logging is no longer possible (I used to be able to do a quick merge with Windiff).
Move generator is no longer compatible with the old version.
So I guess that I will be stuck on the version before the SMP NPS improvement.
Tragically, the current github master branch is has now migrated to the point where I cannot use it, because logging is no longer possible (I used to be able to do a quick merge with Windiff).
Move generator is no longer compatible with the old version.
So I guess that I will be stuck on the version before the SMP NPS improvement.
But maybe someone else can use it.
You might want to relocate your post, since unless you went to Joona's repository, your binary doesn't include the patch I tested.
Tragically, the current github master branch is has now migrated to the point where I cannot use it, because logging is no longer possible (I used to be able to do a quick merge with Windiff).
Move generator is no longer compatible with the old version.
So I guess that I will be stuck on the version before the SMP NPS improvement.
But maybe someone else can use it.
You might want to relocate your post, since unless you went to Joona's repository, your binary doesn't include the patch I tested.
Windows version and bench command from console. I re-tested with more runs and got now as average 1,81 for dev version and 1,91 for SF6. Latter has 16% faster nps and easily beats dev version of course.
Jouni wrote:Windows version and bench command from console. I re-tested with more runs and got now as average 1,81 for dev version and 1,91 for SF6. Latter has 16% faster nps and easily beats dev version of course.
Thanks, but your response is too lacking in specifics for me to fully understand.
What parameters did you use with the bench command?
What do you mean by the "dev version"? The binary in this thread supplied by Dann? Which one? Or did you get some other binary?
Just want to be sure we are comparing oranges to oranges here, as much as possible given our differing systems.