Using Python 3 Game: Minesweeper Write the Game initializer method 1. Establish

Question

Using Python 3

Game: Minesweeper

Write the Game initializer method

1. Establish private attributes for the board size, board (a list), number of bombs, cells probed

Fill the board with Cell objects, making them the question icon and moving them to the proper position on the screen. (Cell objects understand Turtle methods.)

class Game model the mine sweeper Game board Methods defined here: init_ (self, size) construct a Game board that is square with sides size long fill its Cells with question icons hideMfines(self, num) hide num mines on the Game board return a bool indicating whether this was successful probe(self, x, y) find the closest Cell to (x,y) and reveal its icon return a tuple consisting of the number of Cells probed and the number of bombs left

Explanation / Answer

I am unable to understand wha exactly you want, instead i am writing the code for the whole game.(this is just for command line implementation in python). Let me know if you need anything else

import random import re import time from string import ascii_lowercase def setupgrid(gridsize, start, numberofmines): emptygrid = [['0' for i in range(gridsize)] for i in range(gridsize)] mines = getmines(emptygrid, start, numberofmines) for i, j in mines: emptygrid[i][j] = 'X' grid = getnumbers(emptygrid) return (grid, mines) def showgrid(grid): gridsize = len(grid) horizontal = ' ' + (4 * gridsize * '-') + '-' # Print top column letters toplabel = ' ' for i in ascii_lowercase[:gridsize]: toplabel = toplabel + i + ' ' print(toplabel + ' ' + horizontal) # Print left row numbers for idx, i in enumerate(grid): row = '{0:2} |'.format(idx + 1) for j in i: row = row + ' ' + j + ' |' print(row + ' ' + horizontal) print('') def getrandomcell(grid): gridsize = len(grid) a = random.randint(0, gridsize - 1) b = random.randint(0, gridsize - 1) return (a, b) def getneighbors(grid, rowno, colno): gridsize = len(grid) neighbors = [] for i in range(-1, 2): for j in range(-1, 2): if i == 0 and j == 0: continue elif -1 < (rowno + i) < gridsize and -1 < (colno + j) < gridsize: neighbors.append((rowno + i, colno + j)) return neighbors def getmines(grid, start, numberofmines): mines = [] neighbors = getneighbors(grid, *start) for i in range(numberofmines): cell = getrandomcell(grid) while cell == start or cell in mines or cell in neighbors: cell = getrandomcell(grid) mines.append(cell) return mines def getnumbers(grid): for rowno, row in enumerate(grid): for colno, cell in enumerate(row): if cell != 'X': # Gets the values of the neighbors values = [grid[r][c] for r, c in getneighbors(grid, rowno, colno)] # Counts how many are mines grid[rowno][colno] = str(values.count('X')) return grid def showcells(grid, currgrid, rowno, colno): # Exit function if the cell was already shown if currgrid[rowno][colno] != ' ': return # Show current cell currgrid[rowno][colno] = grid[rowno][colno] # Get the neighbors if the cell is empty if grid[rowno][colno] == '0': for r, c in getneighbors(grid, rowno, colno): # Repeat function for each neighbor that doesn't have a flag if currgrid[r][c] != 'F': showcells(grid, currgrid, r, c) def playagain(): choice = input('Play again? (y/n): ') return choice.lower() == 'y' def parseinput(inputstring, gridsize, helpmessage): cell = () flag = False message = "Invalid cell. " + helpmessage pattern = r'([a-{}])([0-9]+)(f?)'.format(ascii_lowercase[gridsize - 1]) validinput = re.match(pattern, inputstring) if inputstring == 'help': message = helpmessage elif validinput: rowno = int(validinput.group(2)) - 1 colno = ascii_lowercase.index(validinput.group(1)) flag = bool(validinput.group(3)) if -1 < rowno < gridsize: cell = (rowno, colno) message = '' return {'cell': cell, 'flag': flag, 'message': message} def playgame(): gridsize = 9 numberofmines = 10 currgrid = [[' ' for i in range(gridsize)] for i in range(gridsize)] grid = [] flags = [] starttime = 0 helpmessage = ("Type the column followed by the row (eg. a5). " "To put or remove a flag, add 'f' to the cell (eg. a5f).") showgrid(currgrid) print(helpmessage + " Type 'help' to show this message again. ") while True: minesleft = numberofmines - len(flags) prompt = input('Enter the cell ({} mines left): '.format(minesleft)) result = parseinput(prompt, gridsize, helpmessage + ' ') message = result['message'] cell = result['cell'] if cell: print(' ') rowno, colno = cell currcell = currgrid[rowno][colno] flag = result['flag'] if not grid: grid, mines = setupgrid(gridsize, cell, numberofmines) if not starttime: starttime = time.time() if flag: # Add a flag if the cell is empty if currcell == ' ': currgrid[rowno][colno] = 'F' flags.append(cell) # Remove the flag if there is one elif currcell == 'F': currgrid[rowno][colno] = ' ' flags.remove(cell) else: message = 'Cannot put a flag there' # If there is a flag there, show a message elif cell in flags: message = 'There is a flag there' elif grid[rowno][colno] == 'X': print('Game Over ') showgrid(grid) if playagain(): playgame() return elif currcell == ' ': showcells(grid, currgrid, rowno, colno) else: message = "That cell is already shown" if set(flags) == set(mines): minutes, seconds = divmod(int(time.time() - starttime), 60) print( 'You Win. ' 'It took you {} minutes and {} seconds. '.format(minutes, seconds)) showgrid(grid) if playagain(): playgame() return showgrid(currgrid) print(message) playgame()

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