Move strength algorithm
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@lolamoth said in Move strength algorithm:
It seems to me that this game isn't good at randomizing letter distribution. Bingo words are very often in the first rack, which leads me to think that the game relies on throwing out whole words, not truly random tiles. Very often, certain letters come in clumps, such as UUU (yesterday), or EEEE (too many times to count).
Many players make 2 or 3 bingos in a game, which is just plain not random.
What say you, Lex?
Well one thing I have noticed is that I almost never get bingos in the correct order on my rack. I wonder if they check for bingos and then scramble if there is one!
As for getting multiple bingos per game: I don't think it has anything to do with randomness. There certainly are a lot of cheaters on here but some of us don't cheat and are just strong players!
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Interesting.
What if I said to you that we are much more likely to get a bingo with the first rack because we are not limited by which hooks are available?
A second thought would be to conjecture that human beings, if asked to create random strings of letters, would intuitively reject the repetition involved in strings such as 'UUU' and 'EEEE'. Machines do not have our discernment in such matters. Having said that, the current pseudo random generators are, well, not truly random at all.
No reason why you or I cannot make a few bingos in a single game, if we are lucky with the draws.
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@mistertoad
yes, I fairly often find a bingo on the rack but there is nowhere to hook it, but rarely can create one using a hook when there is no bingo on the rack .
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@b-birney said in Move strength algorithm:
@mistertoad
yes, I fairly often find a bingo on the rack but there is nowhere to hook it, but rarely can create one using a hook when there is no bingo on the rack ."White man speaks with forked tongue"
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I have been playing scrabble for decades—at one stretch, daily—and I can say with certainty that this game's letter distribution is not truly randomized.
My issue isn't about Lex including words I don't know. Of course that's true.
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I disagree with your premise. The odds against a 7- or 8-letter dictionary word in the first rack are high.
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@lolamoth said in Move strength algorithm:
I have been playing scrabble for decades—at one stretch, daily—and I can say with certainty that this game's letter distribution is not truly randomized.
My issue isn't about Lex including words I don't know. Of course that's true.
"Many players make 2 or 3 bingos in a game, which is just plain not random."
Excuse me, but that makes no sense whatsoever. I have bingoed 3 times in a game playing Scrabble in real life. Doesn't get more random that that!
I don't think anybody is saying Lex is truly random-- as far as I know NO purely code based random generators are truly random.
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@lolamoth said in Move strength algorithm:
I disagree with your premise. The odds against a 7- or 8-letter dictionary word in the first rack are high.
Thanks for your reply and the interesting link.
You are saying that I claimed the probability of being able to get a 7 or 8 letter dictionary word with first rack are "high"? Firstly, I was not talking about the probability of getting a bingo on the first turn explicitly and secondly I made no claim, only a conjecture, thus:
"What if I said to you that we are much more likely to get a bingo with the first rack because we are not limited by which hooks are available?"
As you can see, I was comparing the probability of getting a bingo on the first turn with the probability of a bingo later on (when hooks would become available.
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@lolamoth I agree that ZA is a better play; in fact, that is the actual play I made at that point in that actual game.
But I don't think that the Move Strength Indicator algorithm is sophisticated enough to take that into account ... kind of what @mistertoad said in this thread. -
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