extend () return moves def moves_for_peg ( self, x, y ) -> List ]: assert 0 <= x <= 6 assert 0 <= y <= 6 peg_moves = # x, y offsets for moves towards top, bottom, left, and right move_offsets = for ( dx, dy ) in move_offsets : new_x = x + dx new_y = y + dy # If new position is inside the board if 0 <= new_x <= 6 and 0 <= new_y <= 6 : # If the new position is free if self. This board (45 holes), named after the German innovator J. heres a solution that places the final peg in location J, on the right side of the. OPTMODEL generates the reverse of each of these moves, for a total of 36 moves. Using constraint programming to explore the space of possible solutions.
board ): for y, peg in enumerate ( row ): # If occupied by a peg if peg = 1 : # Find valid moves for this peg peg_moves = self. Panagola iMarble Peg Solitaire Solution for Wieglebs (German) Board. Using optimization to solve a particular type of peg solitaire game.
36 peg solitaire solution how to#
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37ĭef possible_moves ( self ) -> List, Tuple ]]: moves = # Format: ((from x, from y), (to x, to y)) # For each board position for x, row in enumerate ( self. Ever been at Cracker Barrel as a kid and could never solve this puzzle Well in this video I will teach you how to solve the infamous triangle peg solitaire. Peg Solitaire Peg Solitaire is a game that consists of a board with 33 holes arranged in the pattern given in the pictures below.
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