Search found 5672 matches

by zullil
Fri Jan 24, 2020 1:18 pm
Forum: Computer Chess Club: Tournaments and Matches
Topic: mmt Vs. Ovyron (G4 D5 BG2)
Replies: 27
Views: 689

Re: mmt Vs. Ovyron (G4 D5 BG2)

mmt wrote:
Fri Jan 24, 2020 7:26 am
I am using mostly LC0 with some Stockfish 11 help.
Which network will Lc0 be using? Default or specialized settings? Also, what endgame tables will be available to your engines?
by zullil
Wed Jan 22, 2020 4:49 pm
Forum: Computer Chess Club: General Topics
Topic: Can Cfish 11 be used with the Smallfish Chess app?
Replies: 1
Views: 143

Re: Can Cfish 11 be used with the Smallfish Chess app?

Hai wrote:
Wed Jan 22, 2020 4:24 pm
iOS, iPadOS?
No, because Cfish 11 doesn't exist.
by zullil
Tue Jan 21, 2020 10:08 pm
Forum: Computer Chess Club: General Topics
Topic: Lc0: Kiudee setting is very strong
Replies: 23
Views: 1635

Re: Lc0: Kiudee setting is very strong

Decided to try these settings, just for fun. Lc0 crushes the Fish! [White "Lc0 (384x30-t40-swa-1705000)"] [Black "Stockfish 11 (20 threads)"] [Result "1-0"] [TimeControl "180s+3s"] 1. e4 c5 2. Nf3 d6 3. d4 cxd4 4. Nxd4 Nf6 5. Nc3 a6 6. Be3 e5 7. Nb3 Be7 8. f3 Be6 9. Qd2 O-O 10. O-O-O Nbd7 11. g4 b5 ...
by zullil
Mon Jan 20, 2020 5:03 pm
Forum: Computer Chess Club: General Topics
Topic: Nice Position for Humans
Replies: 13
Views: 359

Re: Nice Position for Humans

BrendanJNorman wrote:
Mon Jan 20, 2020 1:59 pm
AdminX wrote:
Mon Jan 20, 2020 1:10 pm
Black to move


First move I look at is 1...Nf5.
That was my choice too. It's second best, though winning.
by zullil
Mon Jan 20, 2020 1:20 pm
Forum: Computer Chess Club: General Topics
Topic: Nice Position for Humans
Replies: 13
Views: 359

Re: Nice Position for Humans

Well, I chose a winning move, but apparently not the "best" move.
by zullil
Fri Jan 17, 2020 5:34 pm
Forum: Computer Chess Club: General Topics
Topic: 1.g4 opening is losing?
Replies: 78
Views: 6871

Re: 1.g4 opening is losing?

Newest T60 Leela network gives eval of -73% for after 1 Million node search (a bit over a minute on 2080ti). If 1.g4 is losing it's interesting to ponder if openings like Benoni or Mar del Plata King's Indian variation are losing as well. If you play around a bit you get around 65% for white in tho...
by zullil
Fri Jan 17, 2020 12:18 pm
Forum: Computer Chess Club: Tournaments and Matches
Topic: Dylan Sharp Vs. Harvey Williamson (G4)
Replies: 377
Views: 24647

Re: Dylan Sharp Vs. Harvey Williamson (G4)

The sub-tree that has to be stored in the TT is way to large for a normal sized TT. So, if it is a draw, you will need a very large TT in order to find it and be somewhat sure that your analysis is accurate. Back when SF could have 1 TB of TT I think it was possible. But IIRC this has been reduced ...
by zullil
Thu Jan 16, 2020 5:29 pm
Forum: Computer Chess Club: General Topics
Topic: 1.g4 opening is losing?
Replies: 78
Views: 6871

Re: 1.g4 opening is losing?

Newest T60 Leela network gives eval of -73% for after 1 Million node search (a bit over a minute on 2080ti). If 1.g4 is losing it's interesting to ponder if openings like Benoni or Mar del Plata King's Indian variation are losing as well. If you play around a bit you get around 65% for white in tho...
by zullil
Thu Jan 16, 2020 10:53 am
Forum: Computer Chess Club: General Topics
Topic: 1.g4 opening is losing?
Replies: 78
Views: 6871

Re: 1.g4 opening is losing?

Newest T60 Leela network gives eval of -73% for after 1 Million node search (a bit over a minute on 2080ti). If 1.g4 is losing it's interesting to ponder if openings like Benoni or Mar del Plata King's Indian variation are losing as well. If you play around a bit you get around 65% for white in tho...
by zullil
Thu Jan 16, 2020 12:02 am
Forum: Computer Chess Club: General Topics
Topic: 1.g4 opening is losing?
Replies: 78
Views: 6871

Re: 1.g4 opening is losing?

Realistically white isn't going to win any game, so do we get better %s if we take out possible white wins from the computation? Well, the conditional probability that White draws with 2. g5 given that White doesn't win seems to be 0.326 / (0.326 + 0.564) = 0.366. You're welcome to make analogous c...