Rollout policy is a black art. Lots of trial and error. That said, you are on
the right path if you use the published papers as the starting point for your
own experiments.
Two board representation details are very important. If your board
representation has these capabilities then you can rep
On 31.01.2017 16:39, Gian-Carlo Pascutto wrote:
http://senseis.xmp.net/?BasicLivingEyeShapes
Warning: these do not include any living eye shapes with inside stones,
nor specialities on the edge or in the corner.
--
robert jasiek
___
Computer-go maili
@Gian-Carlo Pascutto, thanks! but identifying the shapes is not the
problem=)
@Brain Sheppard, Sorry it was not my goal to make you start guessing any
implementation details, somehow from your first explanation i got the
impression that you where familiar with it and i was wondering whether
anybod
If a "diamond" pattern is centered on a 5x5 square, then you have 13 points.
The diagram below will give the idea.
__+__
_+++_
+
_+++_
__+__
At one bit per cell, this would be 8192 patterns, so this is why I am guessing
that this is the pattern set. (You would set one bit for each captur
On 31-01-17 16:32, Roel van Engelen wrote:
> @Brain Sheppard
> Thanks that is a really useful explanation!
> the way you state: "and therefore a 8192-sized pattern set will identify
> all potential nakade." seems to indicate this is a known pattern set?
> could i find some more information on it s
@Brain Sheppard
Thanks that is a really useful explanation!
the way you state: "and therefore a 8192-sized pattern set will identify
all potential nakade." seems to indicate this is a known pattern set? could
i find some more information on it somewhere? also i was unable to
find Pebbles,
is it ope
