def main(r, l, num):
#allocate the game boards
boardsList = game.allocBoard(r, l);
mineBoard = boardsList[0];
statusBoard = boardsList[1];
#place the desired number of mines on a given mine board
game.setMineNum(mineBoard, num);
print("Here is the minefield: ")
gameio.displayBoard(mineBoard, statusBoard);
#call the game-loop procedure
re = gameio.gameLoop(mineBoard, statusBoard)
if re==2 :
print("You win the game. Congratuations!")
def main(r, l, num):
#allocate the game boards
boardsList = game.allocBoard(r, l)
mineBoard = boardsList[0]
statusBoard = boardsList[1]
#place the desired number of mines on a given mine board
game.setMineNum(mineBoard, num)
print("Here is the minefield: ")
gameio.displayBoard(mineBoard, statusBoard)
#call the game-loop procedure
re = gameio.gameLoop(mineBoard, statusBoard)
if re == 2:
print("You win the game. Congratuations!")
#!/usr/bin/env python
import game
import gameio
import random
r, l, num = input("Enter a row, colunm and numbers of mines:\n").split()
r = int(r)
l = int(l)
num = int(num)
boardsList = game.allocBoard(r, l)
mineBoard = boardsList[0]
statusBoard = boardsList[1]
print("initial board: ")
gameio.displayBoard(mineBoard, statusBoard)
game.setMineNum(mineBoard, num)
#uncover half squares of the board in random.
print("start to uncover the square in random: ")
count = 0
over = 0
while count <= r * l / 2:
row = random.randint(0, r - 1)
col = random.randint(0, l - 1)
if (statusBoard[row][col] == 0):
statusBoard[row][col] = 1
#game.setMatrixNum(mineBoard);
count = count + 1
print("after uncover an square (%d, %d):" % (row, col))
gameio.displayBoard(mineBoard, statusBoard)
#!/usr/bin/env python
import game
import gameio
r = 4 ;
l = 4;
boardsList = game.allocBoard(r, l);
mineBoard = boardsList[0];
statusBoard = boardsList[1];
mineBoard[0][0] = -1;
mineBoard[0][3] = -1;
print("initial board: ")
gameio.displayBoard(mineBoard, statusBoard);
game.uncoverLoc(mineBoard, statusBoard, 2, 2);
print("uncovering Loction(2,2):")
gameio.displayBoard(mineBoard, statusBoard);
elif j==0:
print(" %d " %(i-1),end="")
else:
print("[%d]" %(board[i-1][j-1]),end="")
j = j + 1;
print('\n');
i = i + 1;
#test the 1st function
row,col,num = input("Enter a row, colunm and numbers of mines:\n").split();
row = int(row)
col = int(col)
num = int(num)
boardsList = game.allocBoard(int(row), int(col));
mineBoard = boardsList[0]
statusBoard = boardsList[1];
#test the 5th funciton
print("initialize the given status board:")
game.initStatusBoard(statusBoard);
displayBoard(statusBoard)
print("initial mine board: ")
displayBoard(mineBoard)
#test the 2nd function
game.setMineNum(mineBoard, num);
print("place the desired number of mines:")
elif j == 0:
print(" %d " % (i - 1), end="")
else:
print("[%d]" % (board[i - 1][j - 1]), end="")
j = j + 1
print('\n')
i = i + 1
#test the 1st function
row, col, num = input("Enter a row, colunm and numbers of mines:\n").split()
row = int(row)
col = int(col)
num = int(num)
boardsList = game.allocBoard(int(row), int(col))
mineBoard = boardsList[0]
statusBoard = boardsList[1]
#test the 5th funciton
print("initialize the given status board:")
game.initStatusBoard(statusBoard)
displayBoard(statusBoard)
print("initial mine board: ")
displayBoard(mineBoard)
#test the 2nd function
game.setMineNum(mineBoard, num)
print("place the desired number of mines:")
displayBoard(mineBoard)