Author: danieltan1517, Engine Approximate Rating: 3100 elo.
Engine Options:
Clear Hash - Clears the transposition table
Hash - Adjusts the transposition table size in memory (in MB).
Threads - Adjusts the number of threads used by the engine. A higher number of threads increases the playing strength of the engine. The engine uses Lazy SMP (Shared Memory Processing) Parallel Search during multi-threading.
MultiPV - Used to analyze multiple principle variation lines
Difficulty - Adjusts the difficult of the engine. 1 is the easiest difficulty, while 8 is the hardest difficulty.
Against other engines:
When playing against other chess engines, this engine easily crushes the 2900 elo Chess.com Super Grandmaster bot and the "Magnus Carlsen" bot nearly 100% of the time. The engine can occasionally (but rarely) beat Stockfish or Komodo on rare occasions.
Clear Hash - Clears the transposition table
Hash - Adjusts the transposition table size in memory (in MB).
Threads - Adjusts the number of threads used by the engine. A higher number of threads increases the playing strength of the engine. The engine uses Lazy SMP (Shared Memory Processing) Parallel Search during multi-threading.
MultiPV - Used to analyze multiple principle variation lines
Difficulty - Adjusts the difficult of the engine. 1 is the easiest difficulty, while 8 is the hardest difficulty.
Against other engines:
When playing against other chess engines, this engine easily crushes the 2900 elo Chess.com Super Grandmaster bot and the "Magnus Carlsen" bot nearly 100% of the time. The engine can occasionally (but rarely) beat Stockfish or Komodo on rare occasions.
The engine uses NNUE (Efficiently Updatable Neural Networks) for the evaluation function. All SIMD code has been programmed using Jai Assembly Language Instructions.
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