def movedown(self, board):
"""method docstring"""
xcoordinate = self.x
ycoordinate = self.y
xcoordinate_list = [
xcoordinate, xcoordinate + 1, xcoordinate + 2, xcoordinate + 3
]
ycoordinate_list = [ycoordinate + 2, ycoordinate + 3]
board = replace(xcoordinate_list, ycoordinate_list, ['E' * 4, 'E' * 4],
board)
ycoordinate_list = [ycoordinate, ycoordinate + 1]
board = replace(xcoordinate_list, ycoordinate_list, [' ' * 4, ' ' * 4],
board)
self.y = ycoordinate + 2
return board
def addbricks(board):
"""as the name suggests,it adds 20 bricks to the board"""
count = 0
while count < 20:
brick1 = Bricks(
randint(1, 19) * 4,
randint(1, 19) * 2, ['/' * 4, '/' * 4])
flag = 0
xcoordinate = brick1.getx()
ycoordinate = brick1.gety()
xcoordinate_list = [
xcoordinate, xcoordinate + 1, xcoordinate + 2, xcoordinate + 3
]
ycoordinate_list = [ycoordinate, ycoordinate + 1]
for i in xcoordinate_list:
for j in ycoordinate_list:
if board[j][i] != ' ':
flag = 1
break
if flag == 0:
board = replace(xcoordinate_list, ycoordinate_list,
brick1.getlist(), board)
count += 1
else:
continue
return board
def moveleft(self, board):
"""method docstring"""
xcoordinate = self.x
ycoordinate = self.y
xcoordinate_list = [
xcoordinate - 4, xcoordinate - 3, xcoordinate - 2, xcoordinate - 1
]
ycoordinate_list = [ycoordinate, ycoordinate + 1]
board = replace(xcoordinate_list, ycoordinate_list, ['E' * 4, 'E' * 4],
board)
xcoordinate_list = [
xcoordinate, xcoordinate + 1, xcoordinate + 2, xcoordinate + 3
]
board = replace(xcoordinate_list, ycoordinate_list, [' ' * 4, ' ' * 4],
board)
self.x = xcoordinate - 4
return board
def moveright(self, board):
"""method docstring"""
xcoordinate = self.x
ycoordinate = self.y
xcoordinate_list = [
xcoordinate + 4, xcoordinate + 5, xcoordinate + 6, xcoordinate + 7
]
ycoordinate_list = [ycoordinate, ycoordinate + 1]
board = replace(xcoordinate_list, ycoordinate_list, ['E' * 4, 'E' * 4],
board)
xcoordinate_list = [
xcoordinate, xcoordinate + 1, xcoordinate + 2, xcoordinate + 3
]
board = replace(xcoordinate_list, ycoordinate_list, [' ' * 4, ' ' * 4],
board)
self.x = xcoordinate + 4
return board
def clearbomb(self, board, loc):
"""aftermath of explosion"""
row_list = []
xcoordinate = self.x
xcoordinate_list = [xcoordinate, xcoordinate + 1, xcoordinate + 2, xcoordinate + 3]
ycoordinate = self.y
ycoordinate_list = [ycoordinate, ycoordinate + 1]
for i in range(loc[0], loc[2] + 1):
row_list.append(i)
column_list, new_list = [], []
for i in range(loc[1], loc[3] + 1):
column_list.append(i)
new_list.append(' ' * 4)
board = replace(row_list,
ycoordinate_list,
[' ' * (loc[2] - loc[0] + 1), ' ' * (loc[2] - loc[0] + 1)], board)
board = replace(xcoordinate_list, column_list, new_list, board)
return board
def explode(self, board, loc, xbm, ybm):
"""after explosion"""
row_list = []
xcoordinate = self.x
xcoordinate_list = [xcoordinate, xcoordinate + 1, xcoordinate + 2, xcoordinate + 3]
ycoordinate = self.y
ycoordinate_list = [ycoordinate, ycoordinate + 1]
for i in range(loc[0], loc[2] + 1):
row_list.append(i)
column_list, new_list = [], []
for i in range(loc[1], loc[3] + 1):
column_list.append(i)
new_list.append('^' * 4)
this_round, life_gone = 0, 0
if board[ycoordinate][loc[0]] == '/':
this_round += 20
if board[ycoordinate][loc[2] - 3] == '/':
this_round += 20
if board[loc[1]][xcoordinate] == '/':
this_round += 20
if board[loc[3] - 1][xcoordinate] == '/':
this_round += 20
if board[ycoordinate][loc[0]] == 'E':
this_round += 100
if board[ycoordinate][loc[2] - 3] == 'E':
this_round += 100
if board[loc[1]][xcoordinate] == 'E':
this_round += 100
if board[loc[3] - 1][xcoordinate] == 'E':
this_round += 100
if(board[ycoordinate][loc[0]] == 'B' or
board[ycoordinate][loc[2] - 3] == 'B' or
board[loc[1]][xcoordinate] == 'B' or board[loc[3] - 1][xcoordinate] == 'B' or
(xcoordinate == xbm and ycoordinate == ybm)):
this_round = 0
life_gone = 1
board = replace(row_list,
ycoordinate_list,
['^' * (loc[2] - loc[0] + 1), '^' * (loc[2] - loc[0] + 1)],
board)
board = replace(xcoordinate_list, column_list, new_list, board)
return [this_round, life_gone, board]
def goup(self, board):
"""method docstring"""
xcoordinate = self.x
ycoordinate = self.y
flag = 0
if ycoordinate > 3:
my_var = ycoordinate
ycoordinate -= 2
xcoordinate_list = [
xcoordinate, xcoordinate + 1, xcoordinate + 2, xcoordinate + 3
]
ycoordinate_list = [ycoordinate, ycoordinate + 1]
flag = 0
for i in xcoordinate_list:
for j in ycoordinate_list:
if board[j][i] != ' ':
flag = 1
break
if flag == 1:
break
if flag == 0:
oldlist = []
for i in range(my_var, my_var + 2):
temp = ''
for j in range(xcoordinate, xcoordinate + 4):
temp += board[i][j]
oldlist.append(temp)
board = replace(xcoordinate_list, ycoordinate_list, self.l,
board)
if oldlist == ['[' + 'O' * 2 + ']', '[' + 'O' * 2 + ']']:
board = replace([i for i in xcoordinate_list],
[i + 2 for i in ycoordinate_list], oldlist,
board)
else:
board = replace([i for i in xcoordinate_list],
[i + 2 for i in ycoordinate_list],
[' ' * 4, ' ' * 4], board)
self.x = xcoordinate
self.y = ycoordinate
return board
def addenemy(board):
"""add enemy docstring"""
count = 0
while count < 1:
xcoordinate = randint(1, 19) * 4
ycoordinate = randint(1, 19) * 2
xcoordinate_list = [
xcoordinate, xcoordinate + 1, xcoordinate + 2, xcoordinate + 3
]
ycoordinate_list = [ycoordinate, ycoordinate + 1]
flag = 0
for i in xcoordinate_list:
for j in ycoordinate_list:
if board[j][i] != ' ':
flag = 1
break
if flag == 0:
new_enemy = Enemy(xcoordinate, ycoordinate, ['E' * 4, 'E' * 4])
board = replace(xcoordinate_list, ycoordinate_list,
['E' * 4, 'E' * 4], board)
count += 1
else:
continue
return [board, new_enemy]
import getchar
from BOMB import Bomb
from addbricks import addbricks, NBOARD
from enemy import addenemy
GETCH = getchar.Getch()
class AlarmException(Exception):
"""class docstring"""
pass
# place the Bomberman
B = Bomberman(4, 2, ['B' * 4, 'B' * 4])
NBOARD = replace([4, 5, 6, 7], [2, 3], B.getlist(), NBOARD)
SCORE, LIFES = 0, 5
# add enemies
L = addenemy(NBOARD)
NBOARD = L[0]
FIRST = L[1]
DEATH_1 = True
L = addenemy(NBOARD)
NBOARD = L[0]
SECOND = L[1]
DEATH_2 = True
L = addenemy(NBOARD)
NBOARD = L[0]
THIRD = L[1]
DEATH_3 = True
# for colour printing