文件名称:Peg-solitaire-CppDFS
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Peg solitaire is a classical puzzle commonly played on a 33-hole cross-shaped board (also called "the English Board") or a 15-hole triangular board.
A valid move is to jump a peg orthogonally over an adjacent peg into a hole two positions away and then to remove the jumped peg.
In the diagrams which follow, · indicates a peg in a hole, * emboldened indicates the peg to be moved, and o indicates an empty hole. A blue ¤ is the hole the current peg moved from a red * is the final position of that peg, a red o is the hole of the peg that was jumped and removed.
规则如上所述，输入txt文件作为初始棋盘，“。”为空棋格，“0"为有棋子的棋格。读入后输出结果
采用DFS算法-Peg solitaire is a classical puzzle commonly played on a 33-hole cross-shaped board (also called " the English Board" ) or a 15-hole triangular board. A valid move is to jump a peg orthogonally over an adjacent peg into a hole two positions away and then to remove the jumped peg. In the diagrams which follow, indicates a peg in a hole,* emboldened indicates the peg to be moved, and o indicates an empty hole. A blue is the hole the current peg moved from a red* is the final position of that peg, a red o is the hole of the peg that was jumped and removed. rules described above, the initial input board txt file, " ." empty chess " 0 " as a pawn in chess. After reading the results using the DFS algorithm output
A valid move is to jump a peg orthogonally over an adjacent peg into a hole two positions away and then to remove the jumped peg.
In the diagrams which follow, · indicates a peg in a hole, * emboldened indicates the peg to be moved, and o indicates an empty hole. A blue ¤ is the hole the current peg moved from a red * is the final position of that peg, a red o is the hole of the peg that was jumped and removed.
规则如上所述，输入txt文件作为初始棋盘，“。”为空棋格，“0"为有棋子的棋格。读入后输出结果
采用DFS算法-Peg solitaire is a classical puzzle commonly played on a 33-hole cross-shaped board (also called " the English Board" ) or a 15-hole triangular board. A valid move is to jump a peg orthogonally over an adjacent peg into a hole two positions away and then to remove the jumped peg. In the diagrams which follow, indicates a peg in a hole,* emboldened indicates the peg to be moved, and o indicates an empty hole. A blue is the hole the current peg moved from a red* is the final position of that peg, a red o is the hole of the peg that was jumped and removed. rules described above, the initial input board txt file, " ." empty chess " 0 " as a pawn in chess. After reading the results using the DFS algorithm output
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Peg solitaire CppDFS.cpp