i'm trying create grid game check if there winner , came code:
for j in range(1):# winning column 2 starting win = true in range(1,6): if gameboard[i][j] != player: win = false break if win: return true j in range(1):# winning column 1 starting top win = true in range(5): if gameboard[i][j] != player: win = false break if win: return true j in range(2):# winning column 2 starting win = true in range(1,6): if gameboard[i][j] != player: win = false break if win: return true j in range(2):# winning column 2 starting top win = true in range(5): if gameboard[i][j] != player: win = false break if win: return true j in range(3):# winning column 3 starting win = true in range(1,6): if gameboard[i][j] != player: win = false break if win: return true j in range(3):# winning column 3 starting top win = true in range(5): if gameboard[i][j] != player: win = false break if win: return true j in range(4):# winning column 4 starting win = true in range(1,6): if gameboard[i][j] != player: win = false break if win: return true j in range(4):# winning column 4 starting top win = true in range(5): if gameboard[i][j] != player: win = false break if win: return true j in range(5):# winning column 5 starting win = true in range(1,6): if gameboard[i][j] != player: win = false break if win: return true j in range(5):# winning column 5 starting top win = true in range(5): if gameboard[i][j] != player: win = false break if win: return true j in range(6):# winning column 6 starting win = true in range(1,6): if gameboard[i][j] != player: win = false break if win: return true j in range(6):# winning column 6 starting top win = true in range(5): if gameboard[i][j] != player: win = false break if win: return true in range(1):# winning line 1 starting right win = true j in range(1,6): if gameboard[i][j] != player: win = false break if win: return true in range(6):# winning line 1 starting left win = true j in range(5): if gameboard[i][j] != player: win = false break if win: return true in range(2):# winning line 2 starting right win = true j in range(1,6): if gameboard[i][j] != player: win = false break if win: return true in range(2):# winning line 2 starting left win = true j in range(5): if gameboard[i][j] != player: win = false break if win: return true in range(3):# winning line 3 starting right win = true j in range(1,6): if gameboard[i][j] != player: win = false break if win: return true in range(3):# winning line 3 starting left win = true j in range(5): if gameboard[i][j] != player: win = false break if win: return true in range(4):# winning line 4 starting right win = true j in range(1,6): if gameboard[i][j] != player: win = false break if win: return true in range(4):# winning line 4 starting left win = true j in range(5): if gameboard[i][j] != player: win = false break if win: return true in range(5):# winning line 5 starting right win = true j in range(1,6): if gameboard[i][j] != player: win = false break if win: return true in range(5):# winning line 5 starting left win = true j in range(5): if gameboard[i][j] != player: win = false break if win: return true in range(6):# winning line 6 starting right win = true j in range(1,6): if gameboard[i][j] != player: win = false break if win: return true in range(6):# winning line 6 starting left win = true j in range(6): if gameboard[i][j] != player: win = false break if win: return true win = true i, j in zip(range(5), range(5, -1, -1)):# diagonal right left starting top if gameboard[i][j] != player: win = false break if win: return true win = true i, j in zip(range(1, 6), range(4, -1, -1)):# diagonal right left starting bottom if gameboard[i][j] != player: win = false break if win: return true win = true i, j in zip(range(5), range(6)):# diagonal left right starting top if gameboard[i][j] != player: win = false break if win: return true win = true i, j in zip(range(1,6), range(1 ,6, 1)):# diagonal left right starting bottom if gameboard[i][j] != player: win = false break if win: return true win = true i, j in zip(range(1,6), range(6)): if gameboard[i][j] != player: win = false break if win: return true win = true i, j in zip(range(1,6), range(5, 0, -1)):# parallel diagnol diagonal 2 if gameboard[i][j] != player: win = false break if win: return true win = true i, j in zip(range(6), range(1,6)): if gameboard[i][j] != player: win = false break if win: return true win = true i, j in zip(range(6), range(4,-1,-1)): if gameboard[i][j] != player: win = false break if win: return true return win my problem is long code , believe simplified don't how it... me please? thank :).
you can count method check if win possible. can "reverse" rules check continuous sequences - check non-player @ either end of range.
def win(vector, player): """check row or col len-1 consecutive nodes owned player. """ if vector.count(player) < len(vector) - 1: return false if vector[0] != player or vector[-1] != player: return true return false def check_row(row, player): return win(gameboard[row], player) def check_col(col, player): return win([gameboard[x][col] x in range(len(gameboard)), player) once have these, can iterate on rows , columns (or both) checking win:
def any_win(player): if any([check_row(x, player) x in range(len(gameboard))]): return true if any([check_col(x, player) x in range(len(gameboard))]): return true return false 
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