Hallo Anton!
Eine kleine Auswahl verschiedener hardware- software- Kombinationen.
Zum Einstimmen außer Konkurrenz Gambit- Junior 11.2 auf einem Kern:
r5k1/1qrnb1p1/3p2Pp/3Pp3/pp2N1R1/3QBP2/PPP5/1K1R4 w - - 0 1
Analysis by Deep Junior 11.2 (Win32) UCI50:
1.Lxh6 gxh6 2.g7 b3 3.axb3 Db4
+/- (1.23) Tiefe: 6 00:00:00 3kN
1.Lxh6 gxh6 2.Th1 b3 3.cxb3 axb3 4.a3 Sf6 5.Txh6 Sxg4 6.fxg4
+/= (0.30) Tiefe: 9 00:00:00 256kN
1.b3 Sf6 2.Sxf6+ Lxf6 3.Df5 axb3 4.De6+ Kh8 5.axb3 Dc8 6.Tc1
+/= (0.33) Tiefe: 9 00:00:00 256kN
1.Sg3 Sf6 2.Tc4 a3 3.b3
+/= (0.54) Tiefe: 9 00:00:00 835kN
1.Sg3 Sf6 2.Tc4 Txc4 3.Dxc4 Tc8 4.Dd3 b3 5.cxb3 axb3 6.Sf5 bxa2+ 7.Kxa2 Ta8+ 8.Kb1 Ta4
+/= (0.70) Tiefe: 12 00:00:01 2339kN
1.Sg3 Sf6 2.Tc4 Txc4 3.Dxc4 Tc8 4.Dd3 Dxd5 5.Dxd5+ Sxd5 6.Txd5 Tf8
+/= (0.61) Tiefe: 14 00:00:04 10608kN
1.Sg3 Sf6 2.Tc4 Txc4 3.Dxc4 Tc8 4.Dd3 Dxd5 5.Dxd5+ Sxd5 6.Txd5 Tf8 7.Ld2 Txf3 8.Td3 e4
+/= (0.67) Tiefe: 16 00:00:20 46081kN
1.Lxh6 b3 2.cxb3 Sf6
+/- (1.08) Tiefe: 16 00:00:38 51034kN
1.Lxh6 b3 2.cxb3 axb3 3.a3 Tc2 4.Lxg7
+/- (1.10) Tiefe: 17 00:01:06 154mN
1.Lxh6 b3 2.cxb3 axb3 3.a3 Tc2 4.Lxg7 Th2 5.Sxd6 Lxd6 6.Df5 Sc5 7.Lxe5 Dxd5 8.Df7+ Dxf7 9.gxf7+ Kxf7 10.Lxd6
+/- (1.21) Tiefe: 18 00:02:32 358mN
wohl ziemlich unschlagbar, man sieht mal wieder, dass software vor hardware geht.
Auf 2 Kernen der schon gezeigte Rybka WinFinder:
Analysis by Rybka WinFinder 2.2 mp 32-bit:
1.a3 b3 2.c4
+/= (0.30) Tiefe: 6 00:00:00 25kN
...
1.Lxh6
= (0.11) Tiefe: 16 00:04:02 32868kN
1.Lxh6
= (0.15) Tiefe: 16 00:04:09 32868kN
1.Lxh6
= (0.15) Tiefe: 16 00:04:18 32868kN
1.Lxh6
+/- (0.75) Tiefe: 16 00:05:50 32868kN
1.Lxh6 gxh6 2.De3 b3 3.cxb3 axb3 4.a3 Kg7 5.Th1 Th8 6.Sg3 Lf6 7.Sf5+ Kf8
+/- (0.90) Tiefe: 16 00:07:53 100mN
1.Lxh6 gxh6 2.De3 b3 3.cxb3 axb3 4.a3 Lg5 5.Txg5 Db6 6.Dxb6 Sxb6 7.Th5 Tc2
+/- (0.90) Tiefe: 17 00:10:04 128mN
4 Kerne für
Analysis by Deep Junior 12 (Win32) UCI:
1.Tg2 Sf6 2.Sxf6+ Lxf6 3.Df5
= (0.18) Tiefe: 6 00:00:00 3kN
...
1.Lxh6
+/= (0.69) Tiefe: 18 00:02:10 714mN
1.Lxh6 gxh6 2.De3 b3 3.cxb3 axb3 4.a3
+/= (0.70) Tiefe: 18 00:02:24 796mN
1.Lxh6
+/- (1.18) Tiefe: 19 00:03:00 1027mN
1.Lxh6 gxh6 2.De3 b3 3.cxb3 axb3 4.a3 Kg7 5.Dxh6+ Kxh6 6.g7 Lh4 7.Th1 Tc1+ 8.Kxc1 Dc8+ 9.Sc3 Sf6 10.Thxh4+
+/- (1.12) Tiefe: 20 00:04:05 1401mN
8 ist das Maximum für
Analysis by Critter 0.90 64-bit SSE4:
1.f4 b3 2.cxb3 axb3 3.Dxb3 Dxb3 4.axb3
=/+ (-0.46) Tiefe: 6/7 00:00:00 16kN
...
1.Lxh6
+/= (0.38 !) Tiefe: 21/56 00:00:51 388mN
1.Lxh6
+/= (0.50 !) Tiefe: 21/56 00:00:59 451mN
1.Lxh6
+/= (0.67 !) Tiefe: 21/56 00:01:09 532mN
1.Lxh6
+/- (0.94 !) Tiefe: 21/64 00:01:35 727mN
1.Lxh6
+/- (1.33 !) Tiefe: 21/69 00:02:23 1114mN
1.Lxh6 gxh6 2.De3 b3 3.cxb3 Lg5 4.Sxg5 Sf6 5.Txa4 Sxd5 6.Txa8+ Dxa8 7.De4 hxg5 8.Txd5 Dc6 9.Td1 Dxe4+ 10.fxe4 Kg7 11.Txd6 g4 12.a4 Tc8 13.a5 Tf8 14.a6 g3 15.Td2 Ta8 16.Tg2 Txa6
+- (1.53) Tiefe: 21/69 00:03:23 1590mN
1.Lxh6 Da6 2.Lg5 Dxd3 3.cxd3 Lxg5 4.Sxg5 b3 5.Se6 Tcc8 6.Tb4 Tcb8 7.Txb8+ Txb8 8.Tc1 Sf8 9.Tc7 Sxe6 10.dxe6 Kf8 11.Tf7+ Kg8 12.Td7 Kf8 13.Tc7 Kg8 14.Tf7 Tc8 15.Td7 Kf8 16.Txd6
+- (1.55) Tiefe: 22/69 00:04:13 1994mN
Ebenso wie für die derzeit aktuelle frei erhältliche Houdini- Version, von der immer wieder überlegt wird, wie gut sie von mehr als 8 Kernen profitiert, die daher zweimal, in diesem einen Vergleich gewinnt die Mehrals8Kernversion deutlich, vor Allem, was die Zeit bis zur HV angeht.
Analysis by Houdini 1.5 x64T:
1.Sg3 b3 2.cxb3 axb3 3.Dxb3 Dxb3 4.axb3 Sc5 5.Tb4
=/+ (-0.29) Tiefe: 6/18 00:00:00 9kN
...
1.Lxh6
+/= (0.36 !) Tiefe: 23/61 00:03:43 3611mN
1.Lxh6
+/= (0.48 !) Tiefe: 23/62 00:04:52 4785mN
1.Lxh6
+/- (0.84 !) Tiefe: 23/75 00:07:32 7541mN
1.Lxh6 Da6 2.Dxa6 Txa6 3.Le3 b3 4.cxb3 axb3 5.a3 Tc8 6.Th1 Tb8 7.Lg5 Lxg5 8.Sxg5 Sf8 9.Se6 Taa8 10.Sc7 Ta5
+/- (1.37) Tiefe: 23/76 00:15:10 15435mN
Noch der Eine oder Andere, der 12 Kerne gut nutzen kann:
Analysis by spark-1.0:
1.f4 a3 2.b3 Da6 3.Dxa6 Txa6
= (-0.22) Tiefe: 6/7 00:00:00 20kN
...
1.Lxh6 gxh6
= (0.07 !) Tiefe: 17/41 00:00:23 497mN
1.Lxh6 gxh6
+/- (1.07 !) Tiefe: 17/41 00:00:26 556mN
1.Lxh6 gxh6 2.De3 Lf6 3.Sxd6 Db6 4.Dxb6 Sxb6 5.Txb4 Sd7 6.Sf5 Tca7 7.d6 a3 8.b3 h5 9.Th1 h4 10.Sxh4
+/- (1.01) Tiefe: 17/44 00:00:34 737mN
1.Lxh6 gxh6 2.De3 Lf6 3.g7 b3 4.cxb3 Lg5 5.Sxg5 Sf6 6.Th4 axb3 7.Dxb3 Dxb3 8.axb3 Tca7 9.Se6 Ta1+ 10.Kc2 Txd1 11.Kxd1 Sxd5 12.Txh6
+/- (1.16) Tiefe: 18/44 00:00:36 787mN
1.Lxh6 gxh6 2.De3 Lf6 3.g7 b3 4.cxb3 Lg5 5.Sxg5 Sf6 6.Th4 axb3 7.Dxb3 Dxb3 8.axb3 Tb7 9.Txh6 Kxg7 10.Tdh1 Txb3 11.Kc2 Tab8
+/- (1.14) Tiefe: 19/44 00:00:41 890mN
1.Lxh6 gxh6 2.De3 Lf6 3.g7 b3 4.cxb3 Lg5 5.Sxg5 Sf6 6.Th4 axb3 7.Dxb3 Dxb3 8.axb3 Tb7 9.Txh6 Kxg7 10.Tdh1 Txb3 11.Kc2 Tab8
+/- (0.89 --) Tiefe: 20/48 00:00:47 1013mN
1.Lxh6 gxh6 2.De3 Lf6 3.g7 b3 4.cxb3 Lg5 5.Sxg5 Sf6 6.Th4 axb3 7.Dxb3 Dxb3 8.axb3 Tb7 9.Se6 h5 10.Kc2 Tab8 11.Td3 Tb5 12.Th1
+/- (0.97) Tiefe: 20/55 00:01:15 1610mN
1.Lxh6 gxh6
+/- (1.22 !) Tiefe: 21/55 00:01:28 1897mN
1.Lxh6 gxh6
+- (1.47 !) Tiefe: 21/55 00:01:42 2228mN
1.Lxh6 Da6 2.Dxa6 Txa6 3.Lg5 Lxg5 4.Sxg5 b3 5.cxb3 axb3 6.a3 Sf8 7.Tb4 Ta8 8.Se6 Tca7 9.Sxf8 Kxf8 10.Txb3 Ke7 11.Th1 Tc7 12.Th7 Kf6
+- (2.09) Tiefe: 21/65 00:02:57 3921mN
Analysis by Stockfish 2.0 JA 64bit:
1.f4 a3 2.b3 Sf6 3.Tg2 Sxe4 4.Dxe4
= (-0.24) Tiefe: 6/7 00:00:00 7kN
...
1.Lxh6 b3 2.cxb3 axb3 3.a3 Tc2 4.Lg5 Lxg5 5.Txg5 Sc5 6.Sxc5 Txc5 7.Th1 Dxd5 8.Dxd5+ Txd5 9.Tg2
= (0.16 !) Tiefe: 25/25 00:00:31 349mN
1.Lxh6 gxh6 2.De3 h5 3.Dh6
+/= (0.32 !) Tiefe: 25/25 00:00:34 384mN
1.Lxh6 b3 2.cxb3 axb3 3.a3 gxh6 4.De3 Kg7 5.Dxh6+ Kxh6 6.g7 Sf6 7.Sxf6 Tc1+ 8.Txc1
+/= (0.64 !) Tiefe: 25/25 00:00:39 442mN
1.Lxh6 gxh6 2.De3 h5 3.Dh6 Sf6 4.Tg2 b3 5.cxb3 axb3 6.g7 bxa2+ 7.Ka1 Tcc8 8.Sxf6+ Lxf6 9.Dxf6 Dd7 10.Tdg1
+/- (1.29 !) Tiefe: 25/25 00:00:45 531mN
1.Lxh6 gxh6 2.De3 b3 3.cxb3 axb3 4.a3 Lg5 5.Txg5 hxg5 6.Dxg5 Sf8 7.Dh6 Sxg6 8.Sxd6 Th7 9.Dxg6+ Dg7 10.De6+ Kf8 11.Tc1 Td8 12.Df5+ Kg8 13.Sc4 Df8 14.De4 Df7 15.Td1
+- (1.61) Tiefe: 25/29 00:01:02 768mN
1.Lxh6 b3 2.cxb3 axb3 3.a3 Sf6 4.Sxf6+ Lxf6 5.Tb4 Dc8 6.Ld2 Dh3 7.Txb3 Dh5 8.Tb6 Td7 9.Tc6 Tf8 10.Tf1 Dh3 11.Tcc1 Ld8 12.b4 Ta7 13.b5 Lb6 14.Th1
+- (1.93) Tiefe: 26/27 00:02:46 2250mN
1.Lxh6 Da6 2.Dxa6 Txa6 3.Lg5 Sf8 4.Le3 Td7 5.f4 exf4 6.Lxf4 Tb7 7.Te1 Sd7 8.Lg3 Sf8 9.Tf1 b3 10.cxb3 axb3 11.a3 Tb5 12.Sc3 Tc5 13.a4
+- (2.22) Tiefe: 27/25 00:04:06 3370mN
Analysis by Houdini 1.5ab-16 x641214:
1.Sg3 b3 2.cxb3 axb3 3.Dxb3 Dxb3 4.axb3 Sc5 5.Tb4
=/+ (-0.29) Tiefe: 6/18 00:00:00 9kN
...
1.Lxh6
= (0.06 !) Tiefe: 21/64 00:00:37 735mN
1.Lxh6
= (0.19 !) Tiefe: 21/64 00:00:44 883mN
1.Lxh6
+/= (0.47 !) Tiefe: 21/64 00:01:11 1499mN
1.Lxh6
+- (1.51 !) Tiefe: 21/64 00:02:58 4006mN
1.Lxh6 b3 2.cxb3 Sf6 3.Sxf6+ Lxf6 4.Lg5 axb3 5.a3 Da6 6.Dxa6 Txa6 7.Th1 Tca7 8.Tb4 Ta8 9.Tbh4 Kf8 10.Lxf6 gxf6 11.Th7 Kg8 12.Tf7 Ta5 13.Td1 f5 14.Td7 e4 15.fxe4 fxe4 16.Txd6
+/- (1.39) Tiefe: 21/75 00:03:33 4805mN
1.Lxh6
+- (1.50 !) Tiefe: 22/75 00:04:11 5701mN
1.Lxh6 Da6 2.Dxa6 Txa6 3.Lg5 Sf8 4.Le3 Lf6 5.Sxf6+ gxf6 6.Txb4 f5 7.Tb8 Kg7 8.Lb6 Td7 9.Tg1 Sxg6 10.c4 Kf6 11.Kc2 Th7 12.Ld8+ Se7 13.Tb7 Ta8 14.Td7 Ta6
+- (1.63) Tiefe: 22/75 00:05:50 8114mN
Analysis by Rybka 3 Dynamic:
1.c4 bxc3
+/= (0.37) Tiefe: 15 00:00:00 1kN
1.c4 bxc3
+/= (0.37) Tiefe: 16 00:00:00 1kN
1.Th1 b3 2.cxb3 axb3 3.a3 Da6 4.Dxa6 Txa6 5.Sc3 Sf8 6.Thg1 Tb7 7.Tc4 Ta8 8.a4
+/= (0.29) Tiefe: 17 00:00:00 1kN
1.Th1 Da6 2.Dxa6 Txa6 3.Sg3 b3 4.cxb3 axb3 5.axb3 Sb6 6.Td1 Tca7 7.Lxb6 Txb6 8.Td3 Tb8 9.Tc4 Tf8 10.b4 Tf6 11.Tg4 Tf8 12.Tc3
+/= (0.40) Tiefe: 18 00:00:57 25553kN
1.Lxh6
+/= (0.49 !) Tiefe: 18 00:02:21 64046kN
1.Lxh6
+/= (0.69 !) Tiefe: 18 00:02:51 76684kN
1.Lxh6
+/- (1.09 !) Tiefe: 18 00:04:24 119mN
1.Lxh6 b3 2.cxb3[]
+- (1.56) Tiefe: 18 00:10:03 280mN
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