a2-a3, a2-a4, a4-a5, ... b2- ..., h7-h8N, h7-h8B, h7-h8R, h7-h8Q, ...
a2xb3, a3xb4, ...
Ra1-a2, ... Ra1-b1, ...
( 8 pawns x 5 x 8 squares) + ( 8 pawns x 1 x 8 squares to 4 promotion pieces ) + ( 5 pieces x 64 squares x (8 {N} to 27 {Q} squares) + (Knight and King at border and in corner) ) x plus bite ) x plus check ) x plus mate ) x plus bite AND check ) x plus bite AND mate ) ...
... = ?
a2-a3, a2-a4, a4-a5, ... b2- ..., h7-h8N, h7-h8B, h7-h8R, h7-h8Q, ...
a2xb3, a3xb4, ...
Ra1-a2, ... Ra1-b1, ...
( 8 pawns x 5 x 8 squares) + ( 8 pawns x 1 x 8 squares to 4 promotion pieces ) + ( 5 pieces x 64 squares x (8 {N} to 27 {Q} squares) + (Knight and King at border and in corner) ) x plus bite ) x plus check ) x plus mate ) x plus bite AND check ) x plus bite AND mate ) ...
... = ?
@DuMussDieUhrDruecken said in #1:
How many moves are there in chess
See the Shannon Number: https://en.m.wikipedia.org/wiki/Shannon_number
@DuMussDieUhrDruecken said in #1:
> How many moves are there in chess
See the Shannon Number: https://en.m.wikipedia.org/wiki/Shannon_number
1? There is usually 1 right move ..............
1? There is usually 1 right move ..............
@CaseyReese -
no.
i never said from starting position, or game tree.
actually mere possible single move notations.
my example clearly unmisunderstandlingly showed this. (and excluded your answer)
@CaseyReese -
no.
i never said from starting position, or game tree.
actually mere possible single move notations.
my example clearly unmisunderstandlingly showed this. (and excluded your answer)
I'm gonna guess somewhere between 1 and infinity
I'm gonna guess somewhere between 1 and infinity
there are 42 moves in chess
there are 42 moves in chess
@DuMussDieUhrDruecken said in #5:
@CaseyReese -
no.
i never said from starting position, or game tree.
actually mere possible single move notations.
my example clearly unmisunderstandlingly showed this. (and excluded your answer)
You asked about possible moves. Each possible move creates a new position. Shannon calculated the number of possible positions. See the second paragraph under "Shannon's Calculation."
@DuMussDieUhrDruecken said in #5:
> @CaseyReese -
> no.
> i never said from starting position, or game tree.
>
> actually mere possible single move notations.
> my example clearly unmisunderstandlingly showed this. (and excluded your answer)
You asked about possible moves. Each possible move creates a new position. Shannon calculated the number of possible positions. See the second paragraph under "Shannon's Calculation."
"In the game of time there is only two moves that matter: the one that starts the game and the one that ends it"
- Count Dooku (jk I made this quote)
"In the game of time there is only two moves that matter: the one that starts the game and the one that ends it"
- Count Dooku (jk I made this quote)
According to this StackExchange post, it's either 15116 moves for algebraic notation or 1968 moves for UCI notation. Even if that's not the answer you are looking for, there is enough math there for you to fix it and give us the answer that you think is correct. https://chess.stackexchange.com/questions/33329/how-many-possible-chess-moves-are-there
According to this StackExchange post, it's either 15116 moves for algebraic notation or 1968 moves for UCI notation. Even if that's not the answer you are looking for, there is enough math there for you to fix it and give us the answer that you think is correct. https://chess.stackexchange.com/questions/33329/how-many-possible-chess-moves-are-there
@CaseyReese
you are still wrong.
i asked about merely the moves, isolated from any game or position and i gave the example and a rough incomplete attempt to calculate it.
please refrain from any further comment unless you start understanding the issue!
@CaseyReese
you are still wrong.
i asked about merely the moves, isolated from any game or position and i gave the example and a rough incomplete attempt to calculate it.
please refrain from any further comment unless you start understanding the issue!