def __init__(self, length, width, bombCnt):
"""Constructor
Initialises inter variables
"""
self.gameBoard = Board()
self.length = length
self.width = width
self.bombCnt = bombCnt
def __init__(self, length, width, bombCnt):
"""Constructor
Initialises inter variables
"""
##Board Object
self.gameBoard = Board()
##Length of board
self.length = length
##Width of board
self.width = width
##How many Bombs there are in game
self.bombCnt = bombCnt
class executive:
"""
Execuitve class
Intermidiet class between player (GUI) and board / tile objects
"""
def __init__(self, length, width, bombCnt):
"""Constructor
Initialises inter variables
"""
##Board Object
self.gameBoard = Board()
##Length of board
self.length = length
##Width of board
self.width = width
##How many Bombs there are in game
self.bombCnt = bombCnt
def checkWinLose(self):
"""Checks game logic for a win or lose
0->Unresolved
1->Win
2->Lose
"""
num_safe_tile = self.length * self.width - self.bombCnt
num_safe_revealed_tile = 0
num_flagged_tile = 0
for j in range(self.length):
for i in range(self.width):
if (self.gameBoard.board[i][j].isBomb == True
and self.gameBoard.board[i][j].isVisible == True):
return 2
elif (self.gameBoard.board[i][j].isVisible == True):
num_safe_revealed_tile = num_safe_revealed_tile + 1
# both mines and tiles need to be revealed so that the user cannot guess which tiles are mines without revealing tiles
if (self.gameBoard.board[i][j].isBomb == True
and self.gameBoard.board[i][j].isFlagged == True):
num_flagged_tile = num_flagged_tile + 1
if (num_safe_revealed_tile == num_safe_tile
and num_flagged_tile == self.bombCnt):
return 1
else:
return 0
def setUpBoard(self):
"""Creates the board
"""
self.gameBoard.make_board(self.width, self.length, self.bombCnt)
return
def run(self):
"""Run method
Initializes the board, places bombs
"""
self.setUpBoard()
self.gameBoard.place_bomb()
self.gameBoard.setAdjBomb()
return
class executive:
"""
Execuitve class
Intermidiet class between player (GUI) and board / tile objects
"""
def __init__(self, length, width, bombCnt):
"""Constructor
Initialises inter variables
"""
self.gameBoard = Board()
self.length = length
self.width = width
self.bombCnt = bombCnt
def checkWinLose(self):
"""Checks game logic for a win or lose
0->Unresolved
1->Win
2->Lose
"""
num_safe_tile = self.length * self.width - self.bombCnt
num_safe_revealed_tile = 0
num_flagged_tile = 0
for j in range(self.length):
for i in range(self.width):
if (self.gameBoard.board[i][j].isBomb == True
and self.gameBoard.board[i][j].isVisible == True):
return 2
elif (self.gameBoard.board[i][j].isVisible == True):
num_safe_revealed_tile = num_safe_revealed_tile + 1
# both mines and tiles need to be revealed so that the user cannot guess which tiles are mines without revealing tiles
if (self.gameBoard.board[i][j].isBomb == True
and self.gameBoard.board[i][j].isFlagged == True):
num_flagged_tile = num_flagged_tile + 1
if (num_safe_revealed_tile == num_safe_tile
and num_flagged_tile == self.bombCnt):
return 1
else:
return 0
def setUpBoard(self):
"""Creates the board
"""
self.gameBoard.make_board(self.width, self.length, self.bombCnt)
return
def run(self):
"""Run method
Initializes the board, places bombs
"""
self.setUpBoard()
self.gameBoard.place_bomb()
self.gameBoard.setAdjBomb()
self.gameBoard.print_board_true()
"""
self.gameState=0 #gameState 0->unresolved, 1->Win, 2->Loose
while self.gameState==0:
self.gameBoard.print_board_true()
self.gameBoard.print_board()
#Main Game Loop
print("Select a spot to reveal")
print("x pos:")
x=int(input())
print("y pos:")
y=int(input())
self.gameBoard.reveal_tile(x,y)
self.gameState=self.checkWinLose()
continue
self.gameBoard.print_board()
if(self.gameState==2):
print("YOU LOSE")
elif(self.gameState==1):
print("YOU WIN")
"""
return