You need to understand how the engine evaluates the position.
If you find out how, let us know.
If you find out how, let us know.
Go to GM Magnus' house, ask him to become your coach.
i mean, SF's codes are open source, so if anyone can read them, just DM me
Stockfish can evaluate 50.000.000 positions per second or more, depending on the machine it runs on. Better speed up your calculation skills. (;
Start off by training as a goldfish. Then, as you improve, moving up the rankings over time, you may emerge as a stockfish! However, most people will never make this level. Some will reach Porkfish level, but most will not go far beyond maybe trout or salmon.
If you do attain salmon level, watch out for bears as they love salmon... anytime of the day, not just breakfast, dinner and tea!
If you do attain salmon level, watch out for bears as they love salmon... anytime of the day, not just breakfast, dinner and tea!
You can make yourself an engine strength player in three easy steps:
Step 1. Train yourself to evaluate assembly language efficiently in your brain. What you need to do is first learn the assembly language, then evaluate simple programs over and over until you are able to do it very fast. Start with a simple program (for example, one that just returns 42 as the exit code), then build up ("hello world", simple arithmetic, etc.). I have found that armel assembly is best for this purpose, as X86_64 is too complicated.
Step 2. Compile Stockfish or your favorite engine for armel (or whatever assembly you learned in step 1). Make sure to statically link it, as you probably don't have the required libraries installed in your brain. Then disassemble the executable and memorize the code (this may take a while--be patient).
Step 3. When you want to evaluate a chess position, just evaluate the Stockfish code you memorized and you will be able to play like Stockfish.
Enjoy! But please note: this makes it very easy to cheat with your new Brain Stockfish, even OTB. Please don't do that; only use your Brain Stockfish for good (analyzing games, etc.), and not for cheating. Also note that using your Brain Stockfish won't help you get around the anti-cheat mechanisms Lichess has, because it will make moves exactly like regular Stockfish (but perhaps on a lower depth if you're a bit slow).
Step 1. Train yourself to evaluate assembly language efficiently in your brain. What you need to do is first learn the assembly language, then evaluate simple programs over and over until you are able to do it very fast. Start with a simple program (for example, one that just returns 42 as the exit code), then build up ("hello world", simple arithmetic, etc.). I have found that armel assembly is best for this purpose, as X86_64 is too complicated.
Step 2. Compile Stockfish or your favorite engine for armel (or whatever assembly you learned in step 1). Make sure to statically link it, as you probably don't have the required libraries installed in your brain. Then disassemble the executable and memorize the code (this may take a while--be patient).
Step 3. When you want to evaluate a chess position, just evaluate the Stockfish code you memorized and you will be able to play like Stockfish.
Enjoy! But please note: this makes it very easy to cheat with your new Brain Stockfish, even OTB. Please don't do that; only use your Brain Stockfish for good (analyzing games, etc.), and not for cheating. Also note that using your Brain Stockfish won't help you get around the anti-cheat mechanisms Lichess has, because it will make moves exactly like regular Stockfish (but perhaps on a lower depth if you're a bit slow).
Ever since seeing this thread I've been playing some low Acpl games' ... So I like That . If you look at Complete Games by Capablanca, Karpov & Carlsen I believe You will find the lowest Acpl losses as the positions were mostly clear positions it seems @hydroshadow
Train your opponent to blunder a piece early on (bribery, violence, begging for odds, etc...).
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