The latest CCRL Rating Lists and Statistics are available for viewing from the following links:
http://computerchess.org.uk/ccrl/4040/ (40/40)
http://www.computerchess.org.uk/ccrl/404/ (40/4)
http://www.computerchess.org.uk/ccrl/404FRC/ (FRC 40/4)
Please note that the three lists are often updated separately to each other. The FRC list is only updated when a new engine or engine version is being/has been tested.
Also, please note that the 40/40 and 40/4 lists are constructed from totally different databases and not comparable to each other.
Thanks to all of our currently active testers (Graham, Ray, Tirsa, Gabor and Sergio), plus to Chessdom.com for providing an online server to assist with resources.
40/40 testing this week that I'm aware of will include (with live broadcast port for TLCV noted where applicable):
74th Amateur Series Division 1 Tournament (continuing 16002)
74th Amateur Series Division 2 Tournament (starting today 16053)
Stalwarts v Newcomers Teams Match (finishing today 16001)
New Teams Match (starting today 16001)
Houdini 1.5a 64-bit Gauntlet (continuing 16063)
Topple 0.5.0 64-bit Gauntlet (finishing Wednesday 16064)
Komodo 11.3.1 64-bit Gauntlet (finishing Tuesday 16065)
Komodo 12.2.2 64-bit Gauntlet (starting Tuesday 16065)
Gull 3 64-bit Gauntlet (starting Wednesday 16066)
ShashChess 8.0 64-bit Gauntlet (continuing 16091)
Arasan 21.3 64-bit Gauntlet (continuing 16092)
Wasp 3.60 64-bit Gauntlet (continuing 16093)
RofChade 2.1 64-bit Gauntlet (continuing 16094)
The Sway 4CPU Tournament (continuing 16083)
ShashChess 8.0 64-bit 4CPU Gauntlet (continuing 16084)
Winter 0.5 64-bit 4CPU Gauntlet (being run by Tirsa)
Various 1CPU Gauntlets (being run by Tirsa)
Bagatur 1.7 64-bit Gauntlet (being run by Gabor)
Various 1CPU Tournaments (being run by Sergio)
40/4 testing since the last update report has included (thanks to Gabor, Sergio, Ray and Tirsa):
Cinnamon 2.2a 64-bit
SpaceDog 0.97.7 64-bit
RofChade 2.1 64-bit
Sapeli 1.02 64-bit RND
Raven 0.30
ChessBrainVB 3.72
Pupsi2 0.09 64-bit
RubiChess 1.4 64-bit
Dimitri 4.90
Tunguska 1.1 64-bit
Lc0 0.21.1 JH.T6.532 GPU
Laser 1.7 64-bit 4CPU
Minic 0.47 64-bit 4CPU
40/4 FRC testing since the last update report has included (thanks to Ray):
Sapeli 1.02 64-bit
CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
Moderators: hgm, Rebel, chrisw
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CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
gbanksnz at gmail.com
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
Thanks for this 4cores Minic testing, very interesting results ! 2882
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
Big thanks for testing Tunguska 1.1, got 2509 (previous version is 2134). The funny thing is that I fixed a lot of problem with my qsearch, which is giving me 55% against the github version
The 40/4 list still showing the 1.0 version though (and I'm Brazilian, not Spanish)
The 40/4 list still showing the 1.0 version though (and I'm Brazilian, not Spanish)
The truth comes from inside.
https://github.com/fernandotenorio/Tunguska
https://github.com/fernandotenorio/Tunguska
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
Hi Graham (and the other CCRL people!),
Is CCRL willing to test older versions as well?
I've put 2.0.0 on-line and more recently 2.0.5.
Now from CCRL I found that 2.0.5 plays much worse.
So I would like to put 2.0.1 on-line as well for testing.
My own testing showed that 2.0.5 was better than 2.0.0 but CCRL makes me doubt that.
https://vanheusden.com/Embla/files/Embl ... -win64.zip
regards
Is CCRL willing to test older versions as well?
I've put 2.0.0 on-line and more recently 2.0.5.
Now from CCRL I found that 2.0.5 plays much worse.
So I would like to put 2.0.1 on-line as well for testing.
My own testing showed that 2.0.5 was better than 2.0.0 but CCRL makes me doubt that.
https://vanheusden.com/Embla/files/Embl ... -win64.zip
regards
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
I could do a blitz test for v2.0.1 if you like, Folkert, but the exec you provided crashes instantly on startup here.
Stack dump:
I've tested Embla since v1.0.1 and this is the first time I see it crash this way. This is a dual Xeon, Westmere-EX, 12-core running Win 7 x64 Pro.
You don't specify what kind of tests you run. If it's test suits like STS then v2.0.5 may well be better at them than v2.0.0 yet play worse. Similarly, if you run games at sudden-death and/or hyper-bullet TCs your results may bear no resemblance to ours.
As to your doubts, I hope a close look at the numbers can remove them easily enough. v2.0.0 is 51 Elo over v2.0.5 on the 40/40 list; the combined error margins are nearly half that at +/-26 Elo. The LOS is 100%.
BTW, what happened to Syzygy support? v2.0.5 doesn't offer the SyzygyPath UCI option anymore.
BTW2, the SMP functionality introduced in v2.0.0 (IIRC) ... errm ... doesn't appear to function as expected. Normally, one would expect an engine configured to use four threads use 400% of the CPU time used by the same engine configured to use one thread. Embla v2.0.0 and v2.0.5 here use 150%. It gets curiousier still -- here are some stats from the starting position:
Embla v2.0.5 one thread, 512 MB hash, 40/40:
depth=15, time=43s, 373 kN/s
Embla v2.0.5 4CPU, 1024 MB hash, 40/40:
depth=16, time=42s, 274 kN/s
Stack dump:
Code: Select all
Exception: STATUS_ILLEGAL_INSTRUCTION at rip=001004142A7
rax=0000000000000001 rbx=00000000FFFFC830 rcx=0000000600063ED0
rdx=00000000FFFFCE00 rsi=0000000600063ED0 rdi=0000000000000000
r8 =0000000600028490 r9 =0000000000000001 r10=0000000100000000
r11=000000010042E4C4 r12=00000000FFFFCC10 r13=00000000FFFFC7B0
r14=00000000FFFFC838 r15=00000000FFFFCB30
rbp=0000000600028488 rsp=00000000FFFFC710
program=C:\Program Files\ChessBase\Engines.x64\CCRL\d-j\embla-201\Embla.exe, pid 12788, thread main
cs=0033 ds=002B es=002B fs=0053 gs=002B ss=002B
Stack trace:
Frame Function Args
00600028488 001004142A7 (001800BAE1C, 00000000000, 7FEFC8A10AC, 006000640D8)
00600028488 0010042E48A (00180145E79, 001802FCBE8, 00000000030, 0010043B000)
000FFFFCCB0 0010043ACD2 (0010043AE20, 00000000001, 000FFFFCCB0, 000FFFFCC10)
000FFFFCCB0 0010043AD39 (001800D6214, 00000000000, 000FFFFCA00, 000FFFFCA00)
000FFFFCCB0 001800461A5 (001800D709E, 00000000000, 00180000000, 001802FCBE8)
000FFFFCCB0 00100438325 (00000000020, FF0700010302FF00, 00180047B51, 00000000000)
000FFFFCCB0 00180047BC2 (00000000000, 00000000000, 00000000000, 00000000000)
00000000000 00180045863 (00000000000, 00000000000, 00000000000, 00000000000)
000FFFFFFF0 00180045914 (00000000000, 00000000000, 00000000000, 00000000000)
End of stack trace
You don't specify what kind of tests you run. If it's test suits like STS then v2.0.5 may well be better at them than v2.0.0 yet play worse. Similarly, if you run games at sudden-death and/or hyper-bullet TCs your results may bear no resemblance to ours.
As to your doubts, I hope a close look at the numbers can remove them easily enough. v2.0.0 is 51 Elo over v2.0.5 on the 40/40 list; the combined error margins are nearly half that at +/-26 Elo. The LOS is 100%.
BTW, what happened to Syzygy support? v2.0.5 doesn't offer the SyzygyPath UCI option anymore.
BTW2, the SMP functionality introduced in v2.0.0 (IIRC) ... errm ... doesn't appear to function as expected. Normally, one would expect an engine configured to use four threads use 400% of the CPU time used by the same engine configured to use one thread. Embla v2.0.0 and v2.0.5 here use 150%. It gets curiousier still -- here are some stats from the starting position:
Embla v2.0.5 one thread, 512 MB hash, 40/40:
depth=15, time=43s, 373 kN/s
Embla v2.0.5 4CPU, 1024 MB hash, 40/40:
depth=16, time=42s, 274 kN/s
Tirsa Poppins
CCRL
CCRL
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
That's odd, I did not change anything in the compilerflags and I'm not using any asm.
I've recompiled it without -mtune=native and it runs on my pc at work (core i5).
Usually I let it play > 10k games against dorpsgek. Dorpsgek is a bit stronger so it should be a good match.You don't specify what kind of tests you run. If it's test suits like STS then v2.0.5 may well be better at them than v2.0.0 yet play worse. Similarly, if you run games at sudden-death and/or hyper-bullet TCs your results may bear no resemblance to ours.
Timecontrol is something like tc=40/40+0.1
It is still in the soruce but I recompiled without it. Tests showed that embla plays worse with the syzygy-code in it.BTW, what happened to Syzygy support? v2.0.5 doesn't offer the SyzygyPath UCI option anymore.
Ah, maybe that's the problem why 2.0.5 playse worse. That is; under windows because under linux (just tried it) it uses ~1134% cpu on a 12 threads system.BTW2, the SMP functionality introduced in v2.0.0 (IIRC) ... errm ... doesn't appear to function as expected. Normally, one would expect an engine configured to use four threads use 400% of the CPU time used by the same engine configured to use one thread.
This is really strange, I wonder if it has to do with the windows scheduler.Embla v2.0.0 and v2.0.5 here use 150%. It gets curiousier still -- here are some stats from the starting position:
Embla v2.0.5 one thread, 512 MB hash, 40/40:
depth=15, time=43s, 373 kN/s
Embla v2.0.5 4CPU, 1024 MB hash, 40/40:
depth=16, time=42s, 274 kN/s
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
flok wrote: ↑Mon May 06, 2019 2:00 pm Hi Graham (and the other CCRL people!),
Is CCRL willing to test older versions as well?
I've put 2.0.0 on-line and more recently 2.0.5.
Now from CCRL I found that 2.0.5 plays much worse.
So I would like to put 2.0.1 on-line as well for testing.
My own testing showed that 2.0.5 was better than 2.0.0 but CCRL makes me doubt that.
https://vanheusden.com/Embla/files/Embl ... -win64.zip
regards
Tirsa was kind enough to run 2.0.1
http://ccrl.chessdom.com/ccrl/404/cgi/c ... +opponents
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
Thanks @Tirsa!Modern Times wrote: ↑Sun May 19, 2019 9:53 am Tirsa was kind enough to run 2.0.1
http://ccrl.chessdom.com/ccrl/404/cgi/c ... +opponents
Strange though how different the results are compared to my own tests.
My tests:
Code: Select all
Rank Name Elo + - games score oppo. draws
6 Embla2.0.0 4CPU 1968 25 25 400 54% 1942 56%
9 Embla1.0.3 1942 18 18 804 48% 1952 53%
10 Embla2.0.0 1937 25 25 404 49% 1942 50%
12 tscp181 1724 11 11 4428 67% 1577 18%
Code: Select all
Embla 1.0.3 64-bit 2115
Embla 2.0.0 64-bit 4CPU 1927
Code: Select all
cutechess-cli \
-engine cmd=/home/folkert/t/4860_lazy-smp_branch_2.0.0/Embla4.sh proto=uci name=Embla2.0.0-4c \
-engine cmd=/home/folkert/t/4817_1.0.3/Embla proto=uci name=Embla1.0.3 \
-concurrency 3 \
-each dir=. tc=40/10+0.1 book=/home/folkert/dc-3200.bin option.Hash=256 -rounds 200 -games 2 -repeat -bookmode disk -recover -pgnout test.pgn -site "hier"
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Re: CCRL 40/40, 40/4 and FRC lists updated (4th May 2019)
1) Embla's SMP implementation is broken, at least under Windoze
2) your TC is about 10x shorter than our 40/4
Here are two commented PGNs of my recent Embla tests:
Embla 2.0.1 64-bit 404 (FEOBOSv201a-c3-6m).7z
Embla 2.0.5 64-bit 4040 Gauntlet (IM_4mvs).7z
Embla reports some bizarre evals, by the way; e.g. a 106 cp advantage in a KRKR endgame:
[pgn][Event "Embla 2.0.5 64-bit 40/40 Gauntlet"] [Site "Dual E5-2670"] [Date "2019.03.05"] [Round "15"] [White "NG-Play 9.87 64-bit"] [Black "Embla 2.0.5 64-bit"] [Result "1/2-1/2"] [ECO "E60"] [PlyCount "360"] [TimeControl "40/1320:0"] 1. d4 {book} Nf6 {book} 2. c4 {book} g6 {book} 3. Nf3 {book} d6 {book} 4. g3 { book} c5 {book} 5. dxc5 {0.04/12 38} Qa5+ {-0.51/14 33} 6. Nc3 {0.02/12 33} Qxc5 {-0.37/15 23} 7. Qb3 {0.04/11 33} Ng4 {-0.50/15 27} 8. Qb5+ {0.07/11 33} Nd7 {-0.40/15 23} 9. Qxc5 {0.17/13 33} Nxc5 {-0.49/17 26} 10. Nb5 {0.18/13 33} Rb8 {-0.23/16 30} 11. Nxa7 {0.72/13 33} Be6 {-0.18/16 32} 12. h3 {0.61/13 33} Nf6 {-0.02/17 64s} 13. b3 {0.60/13 33} Bg7 {-0.51/18 83s} 14. Bb2 {0.88/12 33} O-O {-0.43/17 55} 15. Bg2 {0.85/13 33} Bd7 {-0.45/17 92s} 16. O-O {0.90/13 33} Ra8 {-0.02/17 28} 17. Nb5 {0.84/13 33} Nfe4 {-0.08/16 80s} 18. Bxg7 {1.06/14 33 } Kxg7 {-0.20/17 25} 19. Nc7 {0.99/13 33} Ra3 {-0.10/16 32} 20. Nd4 {1.13/12 33 } Nc3 {-0.58/16 33} 21. Nd5 {1.07/13 33} Nxd5 {0.22/14 9.0s} 22. cxd5 {0.44/14 33} Rfa8 {0.76/16 8.5s} 23. b4 {0.45/14 33} Na4 {0.75/16 11} 24. Nc2 {0.20/13 33} Rc3 {0.87/16 7.0s} 25. Ne3 {0.15/14 33} Rcc8 {0.86/16 7.0s} 26. Rfe1 { 0.27/13 33} Nc3 {0.95/15 6.5s} 27. a3 {0.09/14 33} Ra6 {0.82/14 7.0s} 28. Kf1 { 0.24/13 33} Nb5 {0.79/13 6.6s} 29. a4 {0.42/15 33} Nd4 {0.33/14 12} 30. a5 { 0.44/15 51} Raa8 {0.49/14 8.3s} 31. Ra2 {1.03/13 32} Nb5 {0.63/13 6.0s} 32. Rb2 {1.07/13 32} g5 {0.45/12 6.5s} 33. Kg1 {1.20/12 32} f5 {0.23/15 12} 34. Nc2 { 1.24/12 32} Rc3 {0.41/14 7.4s} 35. e4 {1.09/12 32} f4 {0.79/15 11} 36. gxf4 { 0.98/13 32} Rac8 {0.94/15 9.3s} 37. Re2 {0.85/14 32} gxf4 {1.13/14 7.3s} 38. f3 {0.63/14 32} Rg8 {1.15/13 5.5s} 39. Rd2 {1.10/12 32} Kf6 {1.01/13 11} 40. Kh2 { 0.98/14 32} e5 {0.76/13 10} 41. dxe6 {0.95/14 36} Bxe6 {1.34/17 55} 42. Ne1 { 0.90/13 36} Bc4 {1.02/15 21} 43. Rb1 {0.92/13 36} Ke7 {1.45/14 20} 44. Kg1 { 1.00/12 36} h5 {1.52/14 36} 45. Kf2 {0.99/12 36} h4 {1.16/16 35} 46. Kg1 { 0.97/12 36} Rc8 {1.48/15 35} 47. Kf2 {0.97/14 36} Na3 {1.30/16 21} 48. Rbd1 { 0.87/13 36} Bb3 {1.16/18 26} 49. Ra1 {0.41/15 36} Nc4 {1.00/19 27} 50. Rd3 { 0.86/14 36} Ne3 {0.25/18 30} 51. Bh1 {0.60/14 36} Be6 {1.75/16 23} 52. Rxc3 { 1.33/15 36} Rxc3 {0.27/16 25} 53. b5 {1.67/14 36} Bxh3 {-0.02/15 19} 54. a6 { 1.97/15 36} bxa6 {0.25/18 17} 55. bxa6 {1.75/15 36} Bd7 {0.25/19 18} 56. a7 { 1.57/14 36} Bc6 {0.25/19 18} 57. a8=Q {1.32/14 36} Bxa8 {0.25/19 30} 58. Rxa8 { 1.14/13 36} Rb3 {0.25/19 25} 59. Ra7+ {1.04/13 36} Kf6 {0.25/18 20} 60. Ra2 { 1.05/14 36} h3 {0.25/17 15} 61. Rd2 {0.88/15 36} Nc4 {0.25/18 21} 62. Ra2 { 0.81/15 36} Ne3 {0.25/19 16} 63. Re2 {0.78/14 36} Rb1 {0.28/18 29} 64. Rd2 { 0.48/14 36} Ke7 {0.28/17 14} 65. Ra2 {0.40/14 36} h2 {0.28/17 28} 66. Ke2 { 0.21/14 36} Ke6 {0.29/17 36} 67. Kf2 {0.21/14 36} d5 {0.28/16 27} 68. Ra6+ { 0.21/13 36} Ke7 {0.44/14 21} 69. Ra7+ {0.21/14 36} Kf6 {0.47/14 36} 70. Ra2 { 0.21/14 36} d4 {0.67/14 19} 71. Ke2 {0.54/13 36} d3+ {0.70/14 11} 72. Kxd3 { 0.92/14 36} Rxe1 {0.82/16 19} 73. Rxh2 {0.78/13 36} Rd1+ {0.73/15 12} 74. Ke2 { 0.57/14 36} Rd8 {0.72/16 13} 75. Rh5 {0.80/13 36} Ra8 {0.72/16 15} 76. Kd3 { 0.83/12 36} Ke6 {0.72/15 32} 77. Kd4 {0.81/13 36} Rd8+ {0.73/16 22} 78. Kc5 { 0.74/14 36} Kf6 {0.83/15 11} 79. Kc6 {0.81/12 36} Kg6 {0.82/14 15} 80. Rh4 { 0.81/14 36} Kg5 {0.83/15 13} 81. Rh7 {0.77/15 33} Rc8+ {0.78/15 31} 82. Kd6 { 0.96/14 33} Kg6 {0.78/16 24} 83. Rh2 {1.03/13 33} Re8 {0.76/15 33} 84. Kd7 { 1.01/14 33} Ra8 {0.69/17 36} 85. Ke7 {0.96/14 33} Ra7+ {0.73/16 32} 86. Ke6 { 0.97/15 33} Ra5 {0.71/17 22} 87. Rh8 {1.14/14 33} Kg7 {0.68/17 23} 88. Rh4 { 1.20/14 33} Rb5 {0.68/16 31} 89. Kd6 {1.11/13 33} Kg6 {0.55/16 23} 90. Ke7 { 0.97/13 33} Re5+ {0.68/16 23} 91. Kd7 {0.97/15 33} Ra5 {0.68/17 21} 92. Ke6 { 0.97/14 33} Ra8 {0.68/17 28} 93. Rh3 {0.97/15 33} Re8+ {0.68/16 22} 94. Kd7 { 0.96/16 33} Rf8 {0.60/17 35} 95. Ke7 {0.97/15 33} Rb8 {0.56/17 23} 96. Rh2 { 0.97/14 33} Kg5 {0.60/15 25} 97. Ke6 {0.96/14 33} Re8+ {0.55/16 22} 98. Kd7 { 0.96/16 33} Ra8 {0.55/16 21} 99. Kd6 {0.80/15 186s} Rg8 {0.53/15 18} 100. Rh7 { 0.96/12 26} Rb8 {0.52/16 44} 101. Ke6 {0.97/13 26} Kg6 {0.39/15 35} 102. Rh2 { 0.96/14 26} Rd8 {0.42/17 26} 103. Ke7 {0.96/15 26} Rd3 {0.25/18 31} 104. Rh8 { 1.46/14 26} Kg7 {0.25/18 27} 105. Rh4 {1.48/14 26} Rd1 {0.25/17 16} 106. Ke6 { 1.27/14 26} Kg6 {0.25/18 20} 107. Ke5 {1.23/14 26} Kg5 {0.32/18 19} 108. Rh7 { 1.22/14 26} Nc4+ {0.36/17 21} 109. Ke6 Rd6+ {0.36/17 19} 110. Ke7 {1.21/14 28} Ra6 {0.42/17 15} 111. Rh2 {0.96/13 28} Ra8 {0.45/16 18} 112. Rg2+ {1.00/13 28} Kh4 {0.50/15 20} 113. Rg1 {0.69/13 28} Ra6 {0.35/15 16} 114. Rg4+ {0.65/13 28} Kh3 {0.32/16 25} 115. Rg5 {0.08/13 28} Kh2 {0.75/17 27} 116. Rh5+ {0.13/13 28} Kg1 {0.75/15 23} 117. Kf7 {0.06/13 28} Ne3 {1.09/16 37} 118. e5 {0.25/13 28} Ra5 {1.11/17 14} 119. Ke6 {0.25/13 28} Nc4 {0.93/16 16} 120. Kf6 {0.00/14 28} Rb5 {1.05/17 21} 121. Ke6 {0.00/15 33} Rb2 {0.78/17 57} 122. Kf5 {1.53/13 33} Nxe5 {0.11/18 60s} 123. Rg5+ {1.51/14 33} Kxh1 {0.00/18 63s} 124. Kxe5 { 1.51/15 33} Rb4 {0.00/19 44} 125. Rg4 {1.50/14 33} Kh2 {0.00/18 33} 126. Kf5 { 0.55/14 33} Kh3 {0.00/19 40} 127. Rg8 {0.56/15 33} Rd4 {0.25/18 30} 128. Ke5 { 0.55/15 33} Rb4 {0.25/19 39} 129. Rg1 {0.55/15 33} Kh2 {0.00/18 24} 130. Rg4 { 0.55/16 33} Kh3 {0.00/18 44} 131. Rg8 {0.54/15 33} Kh2 {0.25/19 28} 132. Rg7 { 0.54/15 33} Ra4 {0.25/19 30} 133. Kf5 {0.54/15 33} Kh3 {0.25/19 29} 134. Rg5 { 0.54/15 33} Rd4 {0.25/19 26} 135. Rg6 {0.54/16 33} Rc4 {0.25/19 22} 136. Ke5 { 0.54/16 33} Kh2 {0.25/20 58} 137. Rg5 {0.54/16 33} Rb4 {0.25/20 30} 138. Kf5 { 0.54/16 33} Kh3 {0.25/17 23} 139. Rg1 {0.54/16 33} Rc4 {0.25/19 61s} 140. Ke5 { 0.53/14 33} Ra4 {0.25/20 30} 141. Rg6 {0.54/15 33} Rc4 {0.25/19 58} 142. Rg5 { 0.54/16 33} Kh2 {0.25/20 41} 143. Kf5 {0.54/16 33} Kh3 {0.25/19 19} 144. Rg1 { 0.28/15 33} Rd4 {0.00/17 37} 145. Rg8 {0.28/15 33} Rc4 {0.25/20 31} 146. Rg6 { 0.28/15 33} Rd4 {0.25/19 30} 147. Ke5 {0.00/15 33} Rb4 {0.25/20 20} 148. Rg7 { 0.00/16 67s} Rc4 {0.25/19 17} 149. Kd5 {0.00/16 30} Rc3 {0.25/20 28} 150. Ke4 { 0.00/15 30} Rc4+ {0.25/20 49} 151. Ke5 {0.00/16 30} Kh2 {0.25/20 35} 152. Kd5 { 0.00/15 30} Rc3 {0.25/20 22} 153. Ke4 {0.00/15 30} Rc4+ {0.25/19 17} 154. Kd3 { 0.00/17 30} Ra4 {0.25/18 20} 155. Rg4 {0.00/15 30} Kh3 {0.40/17 16} 156. Rg5 { 0.00/15 30} Kh4 {0.25/17 22} 157. Rg2 {0.00/15 30} Rb4 {0.25/18 15} 158. Kc3 { 0.00/15 30} Ra4 {0.25/18 16} 159. Kb3 {0.00/15 30} Ra1 {1.00/15 14} 160. Rg4+ { 0.05/14 30} Kh3 {0.99/15 16} 161. Rxf4 {0.03/15 33} Rf1 {0.99/17 39} 162. Rf8 { 0.01/14 33} Kg3 {0.97/17 83s} 163. Kc4 {0.00/14 33} Rxf3 {0.97/17 32} 164. Rg8+ {0.00/15 33} Kf2 {1.01/14 43} 165. Kd4 {0.00/15 33} Rf4+ {1.01/16 39} 166. Kd3 {0.00/16 33} Ra4 {1.06/15 36} 167. Rf8+ {0.00/16 33} Kg3 {1.06/15 44} 168. Ke3 {0.00/16 33} Kg4 {1.07/17 53} 169. Rf1 {0.00/16 33} Kg5 {1.06/16 30} 170. Rf7 { 0.00/16 33} Kg6 {1.06/17 58} 171. Rf8 {0.00/16 33} Rh4 {1.06/17 40} 172. Kd3 { 0.00/16 33} Kg7 {1.06/17 39} 173. Rf2 {0.00/17 33} Rb4 {1.06/18 56} 174. Kc3 { 0.00/17 33} Ra4 {1.06/17 22} 175. Rf5 {0.00/16 33} Kg6 {1.06/18 39} 176. Rf8 { 0.00/17 33} Ra2 {1.06/17 41} 177. Kd4 {0.00/16 33} Rh2 {1.06/16 62s} 178. Rf1 { 0.00/16 33} Rc2 {1.06/17 42} 179. Kd5 {0.00/16 33} Kg5 {1.06/17 46} 180. Rf7 { 0.00/16 33} Rd2+ {adjudication +1.06/16 25s, Draw by adjudication} 1/2-1/2 [/pgn]
2) your TC is about 10x shorter than our 40/4
Here are two commented PGNs of my recent Embla tests:
Embla 2.0.1 64-bit 404 (FEOBOSv201a-c3-6m).7z
Embla 2.0.5 64-bit 4040 Gauntlet (IM_4mvs).7z
Embla reports some bizarre evals, by the way; e.g. a 106 cp advantage in a KRKR endgame:
[pgn][Event "Embla 2.0.5 64-bit 40/40 Gauntlet"] [Site "Dual E5-2670"] [Date "2019.03.05"] [Round "15"] [White "NG-Play 9.87 64-bit"] [Black "Embla 2.0.5 64-bit"] [Result "1/2-1/2"] [ECO "E60"] [PlyCount "360"] [TimeControl "40/1320:0"] 1. d4 {book} Nf6 {book} 2. c4 {book} g6 {book} 3. Nf3 {book} d6 {book} 4. g3 { book} c5 {book} 5. dxc5 {0.04/12 38} Qa5+ {-0.51/14 33} 6. Nc3 {0.02/12 33} Qxc5 {-0.37/15 23} 7. Qb3 {0.04/11 33} Ng4 {-0.50/15 27} 8. Qb5+ {0.07/11 33} Nd7 {-0.40/15 23} 9. Qxc5 {0.17/13 33} Nxc5 {-0.49/17 26} 10. Nb5 {0.18/13 33} Rb8 {-0.23/16 30} 11. Nxa7 {0.72/13 33} Be6 {-0.18/16 32} 12. h3 {0.61/13 33} Nf6 {-0.02/17 64s} 13. b3 {0.60/13 33} Bg7 {-0.51/18 83s} 14. Bb2 {0.88/12 33} O-O {-0.43/17 55} 15. Bg2 {0.85/13 33} Bd7 {-0.45/17 92s} 16. O-O {0.90/13 33} Ra8 {-0.02/17 28} 17. Nb5 {0.84/13 33} Nfe4 {-0.08/16 80s} 18. Bxg7 {1.06/14 33 } Kxg7 {-0.20/17 25} 19. Nc7 {0.99/13 33} Ra3 {-0.10/16 32} 20. Nd4 {1.13/12 33 } Nc3 {-0.58/16 33} 21. Nd5 {1.07/13 33} Nxd5 {0.22/14 9.0s} 22. cxd5 {0.44/14 33} Rfa8 {0.76/16 8.5s} 23. b4 {0.45/14 33} Na4 {0.75/16 11} 24. Nc2 {0.20/13 33} Rc3 {0.87/16 7.0s} 25. Ne3 {0.15/14 33} Rcc8 {0.86/16 7.0s} 26. Rfe1 { 0.27/13 33} Nc3 {0.95/15 6.5s} 27. a3 {0.09/14 33} Ra6 {0.82/14 7.0s} 28. Kf1 { 0.24/13 33} Nb5 {0.79/13 6.6s} 29. a4 {0.42/15 33} Nd4 {0.33/14 12} 30. a5 { 0.44/15 51} Raa8 {0.49/14 8.3s} 31. Ra2 {1.03/13 32} Nb5 {0.63/13 6.0s} 32. Rb2 {1.07/13 32} g5 {0.45/12 6.5s} 33. Kg1 {1.20/12 32} f5 {0.23/15 12} 34. Nc2 { 1.24/12 32} Rc3 {0.41/14 7.4s} 35. e4 {1.09/12 32} f4 {0.79/15 11} 36. gxf4 { 0.98/13 32} Rac8 {0.94/15 9.3s} 37. Re2 {0.85/14 32} gxf4 {1.13/14 7.3s} 38. f3 {0.63/14 32} Rg8 {1.15/13 5.5s} 39. Rd2 {1.10/12 32} Kf6 {1.01/13 11} 40. Kh2 { 0.98/14 32} e5 {0.76/13 10} 41. dxe6 {0.95/14 36} Bxe6 {1.34/17 55} 42. Ne1 { 0.90/13 36} Bc4 {1.02/15 21} 43. Rb1 {0.92/13 36} Ke7 {1.45/14 20} 44. Kg1 { 1.00/12 36} h5 {1.52/14 36} 45. Kf2 {0.99/12 36} h4 {1.16/16 35} 46. Kg1 { 0.97/12 36} Rc8 {1.48/15 35} 47. Kf2 {0.97/14 36} Na3 {1.30/16 21} 48. Rbd1 { 0.87/13 36} Bb3 {1.16/18 26} 49. Ra1 {0.41/15 36} Nc4 {1.00/19 27} 50. Rd3 { 0.86/14 36} Ne3 {0.25/18 30} 51. Bh1 {0.60/14 36} Be6 {1.75/16 23} 52. Rxc3 { 1.33/15 36} Rxc3 {0.27/16 25} 53. b5 {1.67/14 36} Bxh3 {-0.02/15 19} 54. a6 { 1.97/15 36} bxa6 {0.25/18 17} 55. bxa6 {1.75/15 36} Bd7 {0.25/19 18} 56. a7 { 1.57/14 36} Bc6 {0.25/19 18} 57. a8=Q {1.32/14 36} Bxa8 {0.25/19 30} 58. Rxa8 { 1.14/13 36} Rb3 {0.25/19 25} 59. Ra7+ {1.04/13 36} Kf6 {0.25/18 20} 60. Ra2 { 1.05/14 36} h3 {0.25/17 15} 61. Rd2 {0.88/15 36} Nc4 {0.25/18 21} 62. Ra2 { 0.81/15 36} Ne3 {0.25/19 16} 63. Re2 {0.78/14 36} Rb1 {0.28/18 29} 64. Rd2 { 0.48/14 36} Ke7 {0.28/17 14} 65. Ra2 {0.40/14 36} h2 {0.28/17 28} 66. Ke2 { 0.21/14 36} Ke6 {0.29/17 36} 67. Kf2 {0.21/14 36} d5 {0.28/16 27} 68. Ra6+ { 0.21/13 36} Ke7 {0.44/14 21} 69. Ra7+ {0.21/14 36} Kf6 {0.47/14 36} 70. Ra2 { 0.21/14 36} d4 {0.67/14 19} 71. Ke2 {0.54/13 36} d3+ {0.70/14 11} 72. Kxd3 { 0.92/14 36} Rxe1 {0.82/16 19} 73. Rxh2 {0.78/13 36} Rd1+ {0.73/15 12} 74. Ke2 { 0.57/14 36} Rd8 {0.72/16 13} 75. Rh5 {0.80/13 36} Ra8 {0.72/16 15} 76. Kd3 { 0.83/12 36} Ke6 {0.72/15 32} 77. Kd4 {0.81/13 36} Rd8+ {0.73/16 22} 78. Kc5 { 0.74/14 36} Kf6 {0.83/15 11} 79. Kc6 {0.81/12 36} Kg6 {0.82/14 15} 80. Rh4 { 0.81/14 36} Kg5 {0.83/15 13} 81. Rh7 {0.77/15 33} Rc8+ {0.78/15 31} 82. Kd6 { 0.96/14 33} Kg6 {0.78/16 24} 83. Rh2 {1.03/13 33} Re8 {0.76/15 33} 84. Kd7 { 1.01/14 33} Ra8 {0.69/17 36} 85. Ke7 {0.96/14 33} Ra7+ {0.73/16 32} 86. Ke6 { 0.97/15 33} Ra5 {0.71/17 22} 87. Rh8 {1.14/14 33} Kg7 {0.68/17 23} 88. Rh4 { 1.20/14 33} Rb5 {0.68/16 31} 89. Kd6 {1.11/13 33} Kg6 {0.55/16 23} 90. Ke7 { 0.97/13 33} Re5+ {0.68/16 23} 91. Kd7 {0.97/15 33} Ra5 {0.68/17 21} 92. Ke6 { 0.97/14 33} Ra8 {0.68/17 28} 93. Rh3 {0.97/15 33} Re8+ {0.68/16 22} 94. Kd7 { 0.96/16 33} Rf8 {0.60/17 35} 95. Ke7 {0.97/15 33} Rb8 {0.56/17 23} 96. Rh2 { 0.97/14 33} Kg5 {0.60/15 25} 97. Ke6 {0.96/14 33} Re8+ {0.55/16 22} 98. Kd7 { 0.96/16 33} Ra8 {0.55/16 21} 99. Kd6 {0.80/15 186s} Rg8 {0.53/15 18} 100. Rh7 { 0.96/12 26} Rb8 {0.52/16 44} 101. Ke6 {0.97/13 26} Kg6 {0.39/15 35} 102. Rh2 { 0.96/14 26} Rd8 {0.42/17 26} 103. Ke7 {0.96/15 26} Rd3 {0.25/18 31} 104. Rh8 { 1.46/14 26} Kg7 {0.25/18 27} 105. Rh4 {1.48/14 26} Rd1 {0.25/17 16} 106. Ke6 { 1.27/14 26} Kg6 {0.25/18 20} 107. Ke5 {1.23/14 26} Kg5 {0.32/18 19} 108. Rh7 { 1.22/14 26} Nc4+ {0.36/17 21} 109. Ke6 Rd6+ {0.36/17 19} 110. Ke7 {1.21/14 28} Ra6 {0.42/17 15} 111. Rh2 {0.96/13 28} Ra8 {0.45/16 18} 112. Rg2+ {1.00/13 28} Kh4 {0.50/15 20} 113. Rg1 {0.69/13 28} Ra6 {0.35/15 16} 114. Rg4+ {0.65/13 28} Kh3 {0.32/16 25} 115. Rg5 {0.08/13 28} Kh2 {0.75/17 27} 116. Rh5+ {0.13/13 28} Kg1 {0.75/15 23} 117. Kf7 {0.06/13 28} Ne3 {1.09/16 37} 118. e5 {0.25/13 28} Ra5 {1.11/17 14} 119. Ke6 {0.25/13 28} Nc4 {0.93/16 16} 120. Kf6 {0.00/14 28} Rb5 {1.05/17 21} 121. Ke6 {0.00/15 33} Rb2 {0.78/17 57} 122. Kf5 {1.53/13 33} Nxe5 {0.11/18 60s} 123. Rg5+ {1.51/14 33} Kxh1 {0.00/18 63s} 124. Kxe5 { 1.51/15 33} Rb4 {0.00/19 44} 125. Rg4 {1.50/14 33} Kh2 {0.00/18 33} 126. Kf5 { 0.55/14 33} Kh3 {0.00/19 40} 127. Rg8 {0.56/15 33} Rd4 {0.25/18 30} 128. Ke5 { 0.55/15 33} Rb4 {0.25/19 39} 129. Rg1 {0.55/15 33} Kh2 {0.00/18 24} 130. Rg4 { 0.55/16 33} Kh3 {0.00/18 44} 131. Rg8 {0.54/15 33} Kh2 {0.25/19 28} 132. Rg7 { 0.54/15 33} Ra4 {0.25/19 30} 133. Kf5 {0.54/15 33} Kh3 {0.25/19 29} 134. Rg5 { 0.54/15 33} Rd4 {0.25/19 26} 135. Rg6 {0.54/16 33} Rc4 {0.25/19 22} 136. Ke5 { 0.54/16 33} Kh2 {0.25/20 58} 137. Rg5 {0.54/16 33} Rb4 {0.25/20 30} 138. Kf5 { 0.54/16 33} Kh3 {0.25/17 23} 139. Rg1 {0.54/16 33} Rc4 {0.25/19 61s} 140. Ke5 { 0.53/14 33} Ra4 {0.25/20 30} 141. Rg6 {0.54/15 33} Rc4 {0.25/19 58} 142. Rg5 { 0.54/16 33} Kh2 {0.25/20 41} 143. Kf5 {0.54/16 33} Kh3 {0.25/19 19} 144. Rg1 { 0.28/15 33} Rd4 {0.00/17 37} 145. Rg8 {0.28/15 33} Rc4 {0.25/20 31} 146. Rg6 { 0.28/15 33} Rd4 {0.25/19 30} 147. Ke5 {0.00/15 33} Rb4 {0.25/20 20} 148. Rg7 { 0.00/16 67s} Rc4 {0.25/19 17} 149. Kd5 {0.00/16 30} Rc3 {0.25/20 28} 150. Ke4 { 0.00/15 30} Rc4+ {0.25/20 49} 151. Ke5 {0.00/16 30} Kh2 {0.25/20 35} 152. Kd5 { 0.00/15 30} Rc3 {0.25/20 22} 153. Ke4 {0.00/15 30} Rc4+ {0.25/19 17} 154. Kd3 { 0.00/17 30} Ra4 {0.25/18 20} 155. Rg4 {0.00/15 30} Kh3 {0.40/17 16} 156. Rg5 { 0.00/15 30} Kh4 {0.25/17 22} 157. Rg2 {0.00/15 30} Rb4 {0.25/18 15} 158. Kc3 { 0.00/15 30} Ra4 {0.25/18 16} 159. Kb3 {0.00/15 30} Ra1 {1.00/15 14} 160. Rg4+ { 0.05/14 30} Kh3 {0.99/15 16} 161. Rxf4 {0.03/15 33} Rf1 {0.99/17 39} 162. Rf8 { 0.01/14 33} Kg3 {0.97/17 83s} 163. Kc4 {0.00/14 33} Rxf3 {0.97/17 32} 164. Rg8+ {0.00/15 33} Kf2 {1.01/14 43} 165. Kd4 {0.00/15 33} Rf4+ {1.01/16 39} 166. Kd3 {0.00/16 33} Ra4 {1.06/15 36} 167. Rf8+ {0.00/16 33} Kg3 {1.06/15 44} 168. Ke3 {0.00/16 33} Kg4 {1.07/17 53} 169. Rf1 {0.00/16 33} Kg5 {1.06/16 30} 170. Rf7 { 0.00/16 33} Kg6 {1.06/17 58} 171. Rf8 {0.00/16 33} Rh4 {1.06/17 40} 172. Kd3 { 0.00/16 33} Kg7 {1.06/17 39} 173. Rf2 {0.00/17 33} Rb4 {1.06/18 56} 174. Kc3 { 0.00/17 33} Ra4 {1.06/17 22} 175. Rf5 {0.00/16 33} Kg6 {1.06/18 39} 176. Rf8 { 0.00/17 33} Ra2 {1.06/17 41} 177. Kd4 {0.00/16 33} Rh2 {1.06/16 62s} 178. Rf1 { 0.00/16 33} Rc2 {1.06/17 42} 179. Kd5 {0.00/16 33} Kg5 {1.06/17 46} 180. Rf7 { 0.00/16 33} Rd2+ {adjudication +1.06/16 25s, Draw by adjudication} 1/2-1/2 [/pgn]
Tirsa Poppins
CCRL
CCRL