Author: Shaun Brewer
Date: 06:37:25 03/05/06
Go up one level in this thread
On March 05, 2006 at 08:05:41, Uri Blass wrote: >On March 05, 2006 at 05:30:45, Shaun Brewer wrote: > >>Rybka seems to have a 30ply absolute search limit when not using table bases? >> >>When using Polyglot to process test suites (without TB's) I have been setting >>minimum time - if Rybka gets to ply 30 before the minimum time the suite never >>finishes. >> >>I took 1 position and repeated the test in Fritz (renamed TB directory first) to >>ensure TB's not used. >> >>The same thing happened gets to Ply 30 then stops - see below. >> >>Is this known? >> >>Thanks >> >>Shaun >> >> >>8/8/1p6/pP3K1p/P7/6kP/8/8 w - - 0 1 >> >>[D] 8/8/1p6/pP3K1p/P7/6kP/8/8 w - - 0 1 >> >>2: EGP 0186, x >>8/8/1p6/pP3K1p/P7/6kP/8/8 w - - 0 1 >> >>Analysis by Rybka 1.01 Beta 13d 32-bit: >> >>1.h4 Kxh4 2.Kf4 >> -+ (-1.44) Depth: 3 00:00:00 >>1.h4 Kxh4 2.Kf4 >> -+ (-1.44) Depth: 6 00:00:00 >>1.h4 Kxh4 2.Kf4 >> -+ (-1.44) Depth: 6 00:00:00 >>1.h4 Kxh4 2.Kf4 >> -+ (-1.44) Depth: 6 00:00:00 2kN >>1.h4 Kxh4 2.Kf4 Kh3 >> µ (-1.37) Depth: 7 00:00:00 2kN >>1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 >> -+ (-1.62) Depth: 8 00:00:00 3kN >>1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 >> -+ (-1.56) Depth: 9 00:00:00 5kN >>1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 Kh2 >> -+ (-1.61) Depth: 10 00:00:00 6kN >>1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 Kh2 >> -+ (-1.80) Depth: 11 00:00:00 9kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kh2 4.Kf1 Kg3 >> -+ (-1.74) Depth: 11 00:00:00 13kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 >> -+ (-1.61) Depth: 12 00:00:00 20kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kh1 >> -+ (-1.80) Depth: 13 00:00:00 26kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kh1 Kh5 >> -+ (-1.62) Depth: 14 00:00:00 42kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kf2 Kf4 7.Kg1 Kg5 >> -+ (-1.56) Depth: 15 00:00:00 56kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kf2 Kf4 7.Kg1 Kg5 >> µ (-1.13) Depth: 16 00:00:01 114kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.01) Depth: 17 00:00:01 173kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.01) Depth: 18 00:00:01 196kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.07) Depth: 19 00:00:02 213kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.26) Depth: 20 00:00:02 237kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.32) Depth: 21 00:00:02 262kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.55) Depth: 22 00:00:03 298kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.57) Depth: 23 00:00:03 338kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.68) Depth: 24 00:00:03 385kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.81) Depth: 25 00:00:04 454kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-2.98) Depth: 26 00:00:04 532kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-3.08) Depth: 27 00:00:05 631kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-3.14) Depth: 28 00:00:05 752kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-3.33) Depth: 29 00:00:05 907kN >>1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 >> -+ (-3.39) Depth: 30 00:00:06 1108kN >> >>(Brewer, FB 05.03.2006) > >No > >Rybka can show search depth of more than 30 plies > >New game - Rybka 1.01 Beta 13d 32-bit >[D]k7/8/8/8/p1p1p1p1/PpPpPpPp/1P1P1P1P/K5B1 b - - 0 1 > >Analysis by Rybka 1.01 Beta 13d 32-bit: > >1...Kb7 > +- (2.68) Depth: 3 00:00:00 >1...Kb7 > +- (2.74) Depth: 4 00:00:00 >1...Kb7 2.Kb1 > +- (2.80) Depth: 5 00:00:00 >1...Kb7 2.Kb1 Kc6 > +- (2.74) Depth: 6 00:00:00 >1...Kb7 2.Kb1 Kc6 3.Kc1 > +- (2.80) Depth: 7 00:00:00 >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 > +- (2.62) Depth: 8 00:00:00 >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 > +- (2.68) Depth: 9 00:00:00 1kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 > = (0.00) Depth: 10 00:00:00 1kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 > = (0.00) Depth: 11 00:00:00 1kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 > = (0.00) Depth: 12 00:00:00 1kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 > = (0.00) Depth: 13 00:00:00 1kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 > = (0.00) Depth: 14 00:00:00 1kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 15 00:00:00 2kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 16 00:00:00 2kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 17 00:00:00 2kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 18 00:00:00 3kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 19 00:00:00 3kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 20 00:00:00 4kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 21 00:00:00 4kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 22 00:00:00 5kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 23 00:00:00 6kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 24 00:00:00 7kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 25 00:00:00 7kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 26 00:00:00 8kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 27 00:00:00 9kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 28 00:00:00 10kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 29 00:00:00 12kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 30 00:00:00 13kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 31 00:00:00 14kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 32 00:00:00 16kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 33 00:00:00 17kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 34 00:00:00 19kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 35 00:00:00 20kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 36 00:00:00 21kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 37 00:00:00 23kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 38 00:00:00 24kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 39 00:00:00 25kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 40 00:00:00 26kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 41 00:00:00 27kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 42 00:00:00 28kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 43 00:00:00 30kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 44 00:00:00 30kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 45 00:00:00 31kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 46 00:00:00 32kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 47 00:00:00 33kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 48 00:00:00 34kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 49 00:00:00 35kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 50 00:00:00 36kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 51 00:00:00 37kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 52 00:00:00 38kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 53 00:00:00 39kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 54 00:00:01 40kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 55 00:00:01 42kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 56 00:00:01 43kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 57 00:00:01 44kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 58 00:00:01 45kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 59 00:00:01 46kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 60 00:00:01 48kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 61 00:00:01 49kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 62 00:00:01 50kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 63 00:00:01 52kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 64 00:00:01 54kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 65 00:00:01 55kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 66 00:00:01 57kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 67 00:00:01 58kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 68 00:00:01 59kN >1...Kb7 2.Kb1 Kc6 3.Kc1 Kd5 4.Kd1 Ke5 5.Ke1 Kd5 6.Kf1 Ke5 7.Ke1 Kd5 8.Kf1 > = (0.00) Depth: 69 00:00:01 61kN > >(, 05.03.2006) > >Even in the relevant position with tablebases it has no problem to get depth 31. > >Maybe it has a huge branching factor at depth 31 with no tablebases because the >task manager tells me that rybka continue to work inspite of no output at depth >31 > >analysis with tablebases: > >New game >[D]8/8/1p6/pP3K1p/P7/6kP/8/8 w - - 0 1 > >Analysis by Rybka 1.01 Beta 13d 32-bit: > >1.h4 > ³ (-0.58) Depth: 3 00:00:00 >1.h4 > µ (-0.88) Depth: 4 00:00:00 >1.h4 Kxh4 > µ (-0.94) Depth: 5 00:00:00 >1.h4 Kxh4 2.Kf4 > -+ (-1.44) Depth: 6 00:00:00 2kN >1.h4 Kxh4 2.Kf4 Kh3 > µ (-1.37) Depth: 7 00:00:00 2kN >1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 > -+ (-1.62) Depth: 8 00:00:00 3kN >1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 > -+ (-1.56) Depth: 9 00:00:00 5kN >1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 Kh2 > -+ (-1.61) Depth: 10 00:00:00 6kN >1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 Kh2 > -+ (-1.80) Depth: 11 00:00:00 9kN >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kh2 4.Kf1 Kg3 > -+ (-1.74) Depth: 11 00:00:00 13kN >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 > -+ (-1.61) Depth: 12 00:00:00 20kN, tb=1 >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kh1 > -+ (-1.80) Depth: 13 00:00:00 26kN, tb=1 >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kh1 Kh5 > -+ (-1.62) Depth: 14 00:00:00 42kN, tb=9 >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kf2 Kf4 7.Kg1 Kg5 > -+ (-1.56) Depth: 15 00:00:00 56kN, tb=13 >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kf2 Kf4 7.Kg1 Kg5 > µ (-1.13) Depth: 16 00:00:00 114kN, tb=17 >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 > -+ (-2.01) Depth: 17 00:00:00 172kN, tb=29 >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 > -+ (-2.01) Depth: 18 00:00:00 194kN, tb=34 >1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 > -+ (-2.07) Depth: 19 00:00:00 210kN, tb=49 >1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 > -+ (-9.29) Depth: 20 00:00:05 355kN, tb=1189 >1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 > -+ (-9.29) Depth: 21 00:00:06 403kN, tb=1650 >1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 > -+ (-9.29) Depth: 22 00:00:08 459kN, tb=2140 >1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 > -+ (-9.29) Depth: 23 00:00:09 514kN, tb=2658 >1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 > -+ (-9.29) Depth: 24 00:00:10 587kN, tb=3408 >1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 > -+ (-9.29) Depth: 25 00:00:23 1122kN, tb=13358 >1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 > -+ (-9.29) Depth: 26 00:00:25 1189kN, tb=13721 >1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 > -+ (-9.29) Depth: 27 00:00:27 1272kN, tb=14307 >1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 > -+ (-9.29) Depth: 28 00:00:33 1423kN, tb=14935 >1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 > -+ (-9.29) Depth: 29 00:00:49 1830kN, tb=15902 >1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 > -+ (-9.29) Depth: 30 00:01:41 5373kN, tb=17101 >1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 > -+ (-9.29) Depth: 31 00:04:02 16286kN, tb=18591 > >(, 05.03.2006) Uri, I am getting different results?!? I have the hash set at 128mb if that makes any difference - I see you are using the same version as me and 32bit - the test within the Fritz interface is on an Athlon 1700+ overclocked a bit, the test with polyglot was run on an Intel Xeon 3ghz Left for 15 minutes: 2: EGP 0186, x 8/8/1p6/pP3K1p/P7/6kP/8/8 w - - 0 1 Analysis by Rybka 1.01 Beta 13d 32-bit: 1.h4 ³ (-0.58) Depth: 3 00:00:00 1.h4 µ (-0.88) Depth: 4 00:00:00 1.h4 Kxh4 µ (-0.94) Depth: 5 00:00:00 1.h4 Kxh4 2.Kf4 -+ (-1.44) Depth: 6 00:00:00 2kN 1.h4 Kxh4 2.Kf4 Kh3 µ (-1.37) Depth: 7 00:00:00 2kN 1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 -+ (-1.62) Depth: 8 00:00:00 3kN 1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 -+ (-1.56) Depth: 9 00:00:00 5kN 1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 Kh2 -+ (-1.61) Depth: 10 00:00:00 6kN 1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 Kh2 -+ (-1.80) Depth: 11 00:00:00 9kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kh2 4.Kf1 Kg3 -+ (-1.74) Depth: 11 00:00:00 13kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 -+ (-1.61) Depth: 12 00:00:00 20kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kh1 -+ (-1.80) Depth: 13 00:00:00 26kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kh1 Kh5 -+ (-1.62) Depth: 14 00:00:00 42kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kf2 Kf4 7.Kg1 Kg5 -+ (-1.56) Depth: 15 00:00:00 56kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kf2 Kf4 7.Kg1 Kg5 µ (-1.13) Depth: 16 00:00:00 114kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.01) Depth: 17 00:00:01 173kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.01) Depth: 18 00:00:01 196kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.07) Depth: 19 00:00:01 213kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.26) Depth: 20 00:00:02 237kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.32) Depth: 21 00:00:02 262kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.55) Depth: 22 00:00:03 298kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.57) Depth: 23 00:00:03 338kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.68) Depth: 24 00:00:03 385kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.81) Depth: 25 00:00:04 454kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.98) Depth: 26 00:00:04 532kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-3.08) Depth: 27 00:00:04 631kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-3.14) Depth: 28 00:00:05 752kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-3.33) Depth: 29 00:00:05 907kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-3.39) Depth: 30 00:00:06 1108kN (Brewer, FB 05.03.2006) With TB seems fine: 2: EGP 0186, x 8/8/1p6/pP3K1p/P7/6kP/8/8 w - - 0 1 Analysis by Rybka 1.01 Beta 13d 32-bit: 1.h4 ³ (-0.58) Depth: 3 00:00:00 1.h4 µ (-0.88) Depth: 4 00:00:00 1.h4 Kxh4 µ (-0.94) Depth: 5 00:00:00 1.h4 Kxh4 2.Kf4 -+ (-1.44) Depth: 6 00:00:00 2kN 1.h4 Kxh4 2.Kf4 Kh3 µ (-1.37) Depth: 7 00:00:00 2kN 1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 -+ (-1.62) Depth: 8 00:00:00 3kN 1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 -+ (-1.56) Depth: 9 00:00:00 5kN 1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 Kh2 -+ (-1.61) Depth: 10 00:00:00 6kN 1.h4 Kxh4 2.Kf4 Kh3 3.Kf3 h4 4.Kf2 Kh2 -+ (-1.80) Depth: 11 00:00:01 9kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kh2 4.Kf1 Kg3 -+ (-1.74) Depth: 11 00:00:01 13kN 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 -+ (-1.61) Depth: 12 00:00:01 20kN, tb=1 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kh1 -+ (-1.80) Depth: 13 00:00:01 26kN, tb=1 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kh1 Kh5 -+ (-1.62) Depth: 14 00:00:02 42kN, tb=9 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kf2 Kf4 7.Kg1 Kg5 -+ (-1.56) Depth: 15 00:00:02 56kN, tb=13 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 h3+ 5.Kg1 Kg5 6.Kf2 Kf4 7.Kg1 Kg5 µ (-1.13) Depth: 16 00:00:02 114kN, tb=17 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.01) Depth: 17 00:00:03 172kN, tb=29 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.01) Depth: 18 00:00:03 194kN, tb=34 1.Ke4 Kxh3 2.Kf3 h4 3.Kf2 Kg4 4.Kg2 Kf4 5.Kh3 Ke5 6.Kxh4 Kd5 7.Kg5 Kc4 -+ (-2.07) Depth: 19 00:00:03 210kN, tb=49 1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 -+ (-9.29) Depth: 20 00:00:04 355kN, tb=1189 1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 -+ (-9.29) Depth: 21 00:00:04 403kN, tb=1650 1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 -+ (-9.29) Depth: 22 00:00:04 459kN, tb=2140 1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 -+ (-9.29) Depth: 23 00:00:05 514kN, tb=2658 1.Ke4 Kxh3 2.Ke5 h4 3.Kd5 Kg2 4.Kc6 h3 5.Kxb6 h2 6.Ka7 h1Q 7.b6 Qa1 -+ (-9.29) Depth: 24 00:00:05 587kN, tb=3408 1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 -+ (-9.29) Depth: 25 00:00:19 1122kN, tb=13358 1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 -+ (-9.29) Depth: 26 00:00:21 1189kN, tb=13721 1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 -+ (-9.29) Depth: 27 00:00:24 1272kN, tb=14307 1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 -+ (-9.29) Depth: 28 00:00:32 1423kN, tb=14935 1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 -+ (-9.29) Depth: 29 00:00:51 1830kN, tb=15902 1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 -+ (-9.29) Depth: 30 00:01:57 5373kN, tb=17101 1.Ke4 Kxh3 2.Kd5 h4 3.Kc6 Kg2 4.Kxb6 h3 5.Ka7 h2 6.b6 h1Q 7.b7 Qh7 -+ (-9.29) Depth: 31 00:04:56 16286kN, tb=18591 (Brewer, FB 05.03.2006)
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