Intel Q6600 Quad Core
ChessGUI
128mb hash each
3-4-5 piece tablebases
Ponder off
HS-Large Remis book (limited to 12 moves)
40 moves in 32 minutes repeating (adapted for the CCRL)
4 cycles 44 rounds
All engines 32-bit 1CPU
The top engine is likely to be promoted into Division 1. The second top engine is likely to play a ten game promotion/relegation match against the second bottom engine from Division 1. The bottom engine is likely to be relegated. The second bottom engine is likely to play a ten game promotion/relegation match against the second top engine from Division 3.
Intel Q6600 Quad Core
ChessGUI
128mb hash each
3-4-5 piece tablebases
Ponder off
HS-Large Remis book (limited to 12 moves)
40 moves in 32 minutes repeating (adapted for the CCRL)
4 cycles 44 rounds
All engines 32-bit 1CPU
The top engine is likely to be promoted into Division 1. The second top engine is likely to play a ten game promotion/relegation match against the second bottom engine from Division 1. The bottom engine is likely to be relegated. The second bottom engine is likely to play a ten game promotion/relegation match against the second top engine from Division 3.
Intel Q6600 Quad Core
ChessGUI
128mb hash each
3-4-5 piece tablebases
Ponder off
HS-Large Remis book (limited to 12 moves)
40 moves in 32 minutes repeating (adapted for the CCRL)
4 cycles 44 rounds
All engines 32-bit 1CPU
The top engine is likely to be promoted into Division 1. The second top engine is likely to play a ten game promotion/relegation match against the second bottom engine from Division 1. The bottom engine is likely to be relegated. The second bottom engine is likely to play a ten game promotion/relegation match against the second top engine from Division 3.
Intel Q6600 Quad Core
ChessGUI
128mb hash each
3-4-5 piece tablebases
Ponder off
HS-Large Remis book (limited to 12 moves)
40 moves in 32 minutes repeating (adapted for the CCRL)
4 cycles 44 rounds
All engines 32-bit 1CPU
The top engine is likely to be promoted into Division 1. The second top engine is likely to play a ten game promotion/relegation match against the second bottom engine from Division 1. The bottom engine is likely to be relegated. The second bottom engine is likely to play a ten game promotion/relegation match against the second top engine from Division 3.
Intel Q6600 Quad Core
ChessGUI
128mb hash each
3-4-5 piece tablebases
Ponder off
HS-Large Remis book (limited to 12 moves)
40 moves in 32 minutes repeating (adapted for the CCRL)
4 cycles 44 rounds
All engines 32-bit 1CPU
The top engine is likely to be promoted into Division 1. The second top engine is likely to play a ten game promotion/relegation match against the second bottom engine from Division 1. The bottom engine is likely to be relegated. The second bottom engine is likely to play a ten game promotion/relegation match against the second top engine from Division 3.
Intel Q6600 Quad Core
ChessGUI
128mb hash each
3-4-5 piece tablebases
Ponder off
HS-Large Remis book (limited to 12 moves)
40 moves in 32 minutes repeating (adapted for the CCRL)
4 cycles 44 rounds
All engines 32-bit 1CPU
The top engine is likely to be promoted into Division 1. The second top engine is likely to play a ten game promotion/relegation match against the second bottom engine from Division 1. The bottom engine is likely to be relegated. The second bottom engine is likely to play a ten game promotion/relegation match against the second top engine from Division 3.
Intel Q6600 Quad Core
ChessGUI
128mb hash each
3-4-5 piece tablebases
Ponder off
HS-Large Remis book (limited to 12 moves)
40 moves in 32 minutes repeating (adapted for the CCRL)
4 cycles 44 rounds
All engines 32-bit 1CPU
The top engine is likely to be promoted into Division 1. The second top engine is likely to play a ten game promotion/relegation match against the second bottom engine from Division 1. The bottom engine is likely to be relegated. The second bottom engine is likely to play a ten game promotion/relegation match against the second top engine from Division 3.
