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module Main where
import Control.Lens
import Linear.V2
import Linear.V3
import Data.Matrix
import System.Random
data Square = X | Qu | O deriving (Show)
--board = V3 <$> [0..8] <*> [0..8] <*> [0]
--board = [(r,c,X) | r <- [0..8], c <- [0..8] ]
lo8 = [0..8] -- list of 8
initBoard = matrix 8 8 $ \_ -> O
--avail r c b =
--rowOccupied r b = any (== Q) $ getRow r b
placeQueen r c b = board
where
fX = (\ _ -> X)
rowAttacked = mapRow fX r
colAttacked = mapCol fx c
queen = setElem Qu (r,c) b
--placeAll = repeat 8 placeQueen
winnable = undefined
nextOpen board =
solve =
-- placeQueen r c =
--b = getE
--placeQueen r c b = b ^.
-- rand = do
-- g <- newStdGen
-- print $ take 8 $ (randomRs (0, 8) g)
-- try r c = let next b = placeQueen r c b
-- in next initBoard
-- try' p = let next b = p b
-- in next initBoard
--res = [ try x y | x <- lo8, y <- lo8 ]
main :: IO ()
main = do
putStrLn "Hi"
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