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This article mainly introduces how to use Python to achieve simple Gobang game related knowledge, the content is detailed and easy to understand, the operation is simple and fast, has a certain reference value, I believe that everyone after reading this article on how to use Python to achieve simple Gobang game will have a harvest, let's take a look.

The specific code is as follows

Class CheckerBoard ():''chessboard class' 'def _ _ init__ (self,col=0,row=0 Piece_type='--'): self.col = col self.row = row self.piece_type = piece_type self.labelx = range (self.col) self.labely = range (self.row) def chessboard (self):''chessboard initialization data (state of pieces)' 'checkerboardl = [] for y in self.labely: Heading_list = [] checkerboardl.append (heading_list) for x in self.labelx: heading_list.append (self.piece_type) return checkerboardl def chess_show (self Checkerboardl):''display the status of the pieces' print') for x_title in self.labelx: print (str (x_title) .zfill (2), end='') for y_title in range (len (checkerboardl)): print ('\ nFirst (y_title) .zfill (2) End='') for instans in checkerboardl [y _ title]: print (instans,end='') class User ():''player Class' def _ _ init__ (self,id,name Piece_type):''constructor id: player id ID name: player name piece_type: chess piece status' self.id = id self.name = name self.piece_type = piece_type def play (self,x,y,pool) Data):''play (): the player plays the chess piece x: the x coordinate of the chess piece y: the y coordinate of the chess piece pool: the state set of the chess piece data: the state data of the chess piece on the chessboard' if data [y] [x] not in pool: data [y] [x] = self.piece_type return data True else: print ('\ nposition error) You already have pieces, re-enter:') return data,False def _ _ col_list (self, x, y, col,row) Data):''get the state of all the pieces on the x axis x: the x coordinates of the chess pieces y: the y coordinates of the chess pieces col: the maximum horizontal coordinates of the chessboard row: the maximum vertical coordinates of the chessboard data: the state data of the pieces in the chessboard''# slist = [] slist = data [y] print (slist '_ _ col_list') return slist def _ _ row_list (self, x, y, col,row Data):''get the state of all the pieces on the y axis of the chess board x: the x coordinates of the chess pieces y: the y coordinates of the chess pieces col: the maximum horizontal coordinates of the chessboard row: the maximum vertical coordinates of the chessboard data: in the chessboard The state data of the chess piece''slist = [] for i in data: slist.append (I [x]) print (slist '_ _ row_list') return slist def _ _ left_cut_list (self, x, y, col,row Data):''get the state of all pieces at the left oblique angle of the chess piece x: the x coordinate of the chess piece y: the y coordinate of the chess piece col: the maximum horizontal coordinate of the chessboard row: the maximum vertical coordinate of the chessboard data: the chessboard State data of chess pieces in 'slist = [] if 0 x and y_val_init: x_val_init = x\ x\ y y_val_init = 0 while x_val_init > = 0 and y_val_init 0 and y_val_init

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