def fill_board(self):
for key in self.__letter_mapping:
self[key + '7'] = Pawn(BLACK, self)
self[key + '2'] = Pawn(WHITE, self)
self['A1'] = Rook(WHITE, self)
self['H1'] = Rook(WHITE, self)
self['A8'] = Rook(BLACK, self)
self['H8'] = Rook(BLACK, self)
self['B1'] = Knight(WHITE, self)
self['G1'] = Knight(WHITE, self)
self['B8'] = Knight(BLACK, self)
self['G8'] = Knight(BLACK, self)
self['C1'] = Bishop(WHITE, self)
self['F1'] = Bishop(WHITE, self)
self['C8'] = Bishop(BLACK, self)
self['F8'] = Bishop(BLACK, self)
self['D1'] = Queen(WHITE, self)
self['D8'] = Queen(BLACK, self)
self['E1'] = King(WHITE, self)
self['E8'] = King(BLACK, self)
def play(self):
"""Metoda za pokretanje igre.
Metoda se pokreće iz glavnog programa.
Stavite opis metode, parametre i atribute, seealso i todo.
"""
self.player = Knight()
self._occupy_huts()
acquired_hut_counter = 0
self.show_game_mission()
self.player.show_health(bold=True)
while acquired_hut_counter < 5:
try:
idx = self._process_user_choice()
self.player.acquire_hut(self.huts[idx - 1])
if self.player.health_meter <= 0:
print_bold("Izgubili ste :(")
break
if self.huts[idx - 1].is_acquired:
acquired_hut_counter += 1
except KeyboardInterrupt:
print('nKorisnik je izašao iz igre.')
# izadji iz programa
sys.exit(1)
if acquired_hut_counter == 5:
print_bold("Cestitke! Pobijedili ste!!!")
def add_pieces(self):
""" Appends the proper pieces and locations to each team list.
Team lists are used to get the possible moves and easily
check the capture status of a piece.
"""
self.wp.append(King(4, 7, True))
self.wp.append(Queen(3, 7, True))
self.wp.append(Rook(0, 7, True))
self.wp.append(Rook(7, 7, True))
self.wp.append(Knight(1, 7, True))
self.wp.append(Knight(6, 7, True))
self.wp.append(Bishop(2, 7, True))
self.wp.append(Bishop(5, 7, True))
for i in range(8):
self.wp.append(Pawn(i, 6, True))
self.bp.append(King(4, 0, False))
self.bp.append(Queen(3, 0, False))
self.bp.append(Rook(0, 0, False))
self.bp.append(Rook(7, 0, False))
self.bp.append(Knight(1, 0, False))
self.bp.append(Knight(6, 0, False))
self.bp.append(Bishop(2, 0, False))
self.bp.append(Bishop(5, 0, False))
for i in range(8):
self.bp.append(Pawn(i, 1, False))
def test_white_knight(test_board):
starting_file = "b"
starting_rank = 1
starting_space = test_board.get_space(starting_file, starting_rank)
test_knight = Knight(PieceColor.WHITE)
test_knight.place(starting_space)
return test_knight
def test_black_knight(test_board):
starting_file = "b"
starting_rank = 8
starting_space = test_board.get_space(starting_file, starting_rank)
test_knight = Knight(PieceColor.BLACK)
test_knight.place(starting_space)
return test_knight
def __init__(self):
self.board = [[None for j in range(8)] for i in range(8)]
self.pieces = []
# set white board
pieces = []
for i in range(8):
pieces.append(Pawn(i, 1, COLOR.WHITE))
pieces.append(Rook(0, 0, COLOR.WHITE))
pieces.append(Rook(7 ,0, COLOR.WHITE))
pieces.append(Knight(1, 0, COLOR.WHITE))
pieces.append(Knight(6, 0, COLOR.WHITE))
pieces.append(Bishop(2, 0, COLOR.WHITE))
pieces.append(Bishop(5, 0, COLOR.WHITE))
pieces.append(King(3, 0, COLOR.WHITE))
pieces.append(Queen(4, 0, COLOR.WHITE))
#set black peices
for i in range(8):
pieces.append(Pawn(i, 6, COLOR.BLACK))
pieces.append(Rook(0, 7, COLOR.BLACK))
pieces.append(Rook(7 ,7, COLOR.BLACK))
pieces.append(Knight(1, 7, COLOR.BLACK))
pieces.append(Knight(6, 7, COLOR.BLACK))
pieces.append(Bishop(2, 7, COLOR.BLACK))
pieces.append(Bishop(5, 7, COLOR.BLACK))
pieces.append(King(3, 7, COLOR.BLACK))
pieces.append(Queen(4, 7, COLOR.BLACK))
for _piece in pieces:
self.pieces.append(_piece)
self.board[_piece._x][_piece._y] = _piece
def init_board(self):
new_b = []
for i in range(64):
# white
if i == 0 or i == 7:
new_b.append(Tile(Rook('W')))
elif i == 1 or i == 6:
new_b.append(Tile(Knight('W')))
elif i == 2 or i == 5:
new_b.append(Tile(Bishop('W')))
elif i == 3:
new_b.append(Tile(Queen('W')))
elif i == 4:
new_b.append(Tile(King('W')))
elif i >= 8 and i <= 15:
new_b.append(Tile(Pawn('W')))
# black
elif i == 56 or i == 63:
new_b.append(Tile(Rook('B')))
elif i == 57 or i == 62:
new_b.append(Tile(Knight('B')))
elif i == 58 or i == 61:
new_b.append(Tile(Bishop('B')))
elif i == 59:
new_b.append(Tile(Queen('B')))
elif i == 60:
new_b.append(Tile(King('B')))
elif i >= 48 and i <= 55:
new_b.append(Tile(Pawn('B')))
# empty
else:
new_b.append(Tile())
return new_b
def test_knight_attacks(self):
knight1 = Knight(Colour.WHITE, (4, 4))
pawn1 = Pawn(Colour.WHITE, (3, 6))
pawn2 = Pawn(Colour.BLACK, (3, 2))
pawn3 = Pawn(Colour.BLACK, (3, 3))
self.assertEquals(set(knight1.list_attacks([pawn1, pawn2, pawn3])),
set([(3, 2)]))
def parse(fin):
white_pieces = []
black_pieces = []
with open(fin, "r") as file_in:
lines = file_in.read().splitlines()
for line in lines:
if int(line[-1:]) > 0:
for idx in range(0, int(line[-1:])):
if (line[-7:-2] == 'WHITE'):
temp = line[:-8]
if (temp == 'BISHOP'):
white_pieces.append(Bishop(Position(), True))
elif (temp == 'KNIGHT'):
white_pieces.append(Knight(Position(), True))
elif (temp == 'QUEEN'):
white_pieces.append(Queen(Position(), True))
elif (temp == 'ROOK'):
white_pieces.append(Rook(Position(), True))
elif (line[-7:-2] == 'BLACK'):
temp = line[:-8]
if (temp == 'BISHOP'):
black_pieces.append(Bishop(Position(), False))
elif (temp == 'KNIGHT'):
black_pieces.append(Knight(Position(), False))
elif (temp == 'QUEEN'):
black_pieces.append(Queen(Position(), False))
elif (temp == 'ROOK'):
black_pieces.append(Rook(Position(), False))
file_in.close()
return white_pieces, black_pieces
def _init_pieces(self):
if not self._positions:
king = King(color=self._color)
self._positions.update({str(king.position): king})
queen = Queen(color=self._color)
self._positions.update({str(queen.position): queen})
for i in range(1, 9):
pawn = Pawn(self._color, col=i)
self._positions.update({str(pawn.position): pawn})
knight = Knight(self._color, col=2)
self._positions.update({str(knight.position): knight})
knight = Knight(self._color, col=7)
self._positions.update({str(knight.position): knight})
rook = Rook(self._color, col=1)
self._positions.update({str(rook.position): rook})
rook = Rook(self._color, col=8)
self._positions.update({str(rook.position): rook})
bishop = Bishop(self._color, col=3)
self._positions.update({str(bishop.position): bishop})
bishop = Bishop(self._color, col=6)
self._positions.update({str(bishop.position): bishop})
def play(self):
"""Workhorse method to play the game.
Controls the high level logic to play the game. This is called from
the main program to begin the game execution.
"""
self.player = Knight()
self._occupy_huts()
acquired_hut_counter = 0
self.show_game_mission()
self.player.show_health(bold=True)
while acquired_hut_counter < 5:
idx = self._process_user_choice()
self.player.acquire_hut(self.huts[idx-1])
if self.player.health_meter <= 0:
print_bold("YOU LOSE :( Better luck next time")
break
if self.huts[idx-1].is_acquired:
acquired_hut_counter += 1
if acquired_hut_counter == 5:
print_bold("Congratulations! YOU WIN!!!")
def play(self):
self.player = Knight()
self.occupy_huts()
# 确认木屋全部检查过
acquire_hut_count = 0
# 游戏人物及人物血量
self.show_game_mission()
self.player.show_health(bold=True)
# 开始War
while acquire_hut_count < 5:
# 玩家选择攻占的木屋
idx = self._process_user_choice()
# 开始占据木屋
self.player.acquire_hut(self.huts[idx-1])
# 结束条件
if self.player.health_meter <= 0:
print("You Lose, Better luck next time!")
break
if self.huts[idx-1].is_acquire:
acquire_hut_count += 1
if acquire_hut_count == 5:
print("Congratulation for you! You Win!!!")
def __init__(self):
self._running = True
self.screen = pygame.display.set_mode((self.W, self.H))
pygame.display.set_caption('Lovag')
self.bg = Background(self.W, self.H, self.sizeFaktorX, self.sizeFaktorY)
self.kn = Knight(self.W, self.H, self.sizeFaktorX, self.sizeFaktorY)
self.clock = None
def test_attack_by_hand(self):
# in-line setup
knight = Knight(100)
# exercise
pain = knight.attack_power()
# verify
self.assertEqual(pain, Hand().attack_power())
def main():
"""Executes the main application.
Keyword arguments:
<None>
"""
# Instantiate the x & y position variables.
x = 9
y = 9
# Take x & y initial inputs. Loop while invalid.
while (x < 1 or x > BOARD_SIZE) or (y < 1 or y > BOARD_SIZE):
x, y = input("Enter x & y (1-" + str(BOARD_SIZE)
+ ") separated by a space (e.g. 4 4): ").split()
x, y = [int(x), int(y)]
if x < 1 or x > BOARD_SIZE:
print("ERROR:: x must be 1-" + str(BOARD_SIZE))
if y < 1 or y > BOARD_SIZE:
print("ERROR:: y must be 1-" + str(BOARD_SIZE))
print()
# Create a Knight object to move around the board.
knight = Knight(x, y)
# Instantiate a board and set the initial Knight position with move 1.
board = Board(BOARD_SIZE)
board.place_knight(1, knight.x, knight.y)
# Test special cases for all the moves.
for current_move in range(2, MAX_MOVES + 1):
num_possibilities, next_x, next_y = get_num_possibilities(knight, board)
min_exits_idx = 0
# If there are no possibilities left, then end the tour prematurely.
if num_possibilities == 0:
print("The knight's tour ended prematurely at (" + str(knight.x + 1)
+ "," + str(knight.y + 1) + ") during move #"
+ str(current_move - 1) + ".")
print()
break
# If there is more than 1 possibility, then find the next squares with the
# minimum number of exits.
elif num_possibilities > 1:
exits = find_min_exits(board, num_possibilities, next_x, next_y)
min_exits_idx = get_idx_smallest_num_exits(num_possibilities, exits)
# Move the knight and mark its position on the board.
knight.move(next_x[min_exits_idx], next_y[min_exits_idx])
board.place_knight(current_move, knight.x, knight.y)
# Print out the board.
board.print_board()
def test_attack_by_knife(self):
# in-line setup
knight = Knight(100)
knight.arms = Knife()
# exercise
pain = knight.attack_power()
# verify
self.assertEqual(pain, Knife().attack_power())
def main():
"""Executes the main application."""
# Instantiate the x & y co-ordinates. Note that 9 and 9 are 'off the board' and therefore invalid.
x = 9
y = 9
# Take x & y User input. For error tolerance, Loop until we receive a valid input (i.e. cannot start the Knight 'off' the board).
while (x < 1 or x > BOARD_SIZE) or (y < 1 or y > BOARD_SIZE):
x, y = input(
"Enter the Knight's starting position as X & Y co-ordinates (1-" +
str(BOARD_SIZE) + ") separated by a space (e.g. 4 4): ").split()
x, y = [int(x), int(y)]
if x < 1 or x > BOARD_SIZE:
print("ERROR::Invalid input: x must be 1-" + str(BOARD_SIZE))
if y < 1 or y > BOARD_SIZE:
print("ERROR::Invalid input: y must be 1-" + str(BOARD_SIZE))
print()
# Create a Knight object at the given X,Y input.
knight = Knight(x, y)
# Instantiate the board. The Knight's initial position (input) is given with move 1.
board = Board(BOARD_SIZE)
board.place_knight(1, knight.x, knight.y)
# Test for all valid possible moves and special cases.
for current_move in range(2, MAX_MOVES + 1):
num_possibilities, next_x, next_y = get_num_possibilities(
knight, board)
min_exits_idx = 0 #index of minimum number of exits
# If there are no possibilities left, then end the tour prematurely. Special case that doesn't come up often.
if num_possibilities == 0:
print("The knight's tour ended prematurely at (" +
str(knight.x + 1) + "," + str(knight.y + 1) +
") during move #" + str(current_move - 1) + ".")
print()
break
# If there's more than 1 move possible, find next tile with the
# fewest number of exits. This is the core of Warndorff's Rule.
elif num_possibilities > 1:
exits = find_min_exits(board, num_possibilities, next_x, next_y)
min_exits_idx = get_idx_smallest_num_exits(num_possibilities,
exits)
# Move the knight, marking its location on the board.
knight.move(next_x[min_exits_idx], next_y[min_exits_idx])
board.place_knight(current_move, knight.x, knight.y)
# Print the board to the console. The board is represented as a move map.
board.print_board()
def load_knight(hue):
knight_x, knight_y = self.map.get_coordinates(9 * hue, 9 * hue)
direction = hue and Direction.WEST or Direction.SOUTH
knight = Knight(knight_x, knight_y, direction)
knight.zindex=10
knight.color = 255 - (150 * hue), 255 - (150 * ((hue + 1) % 2)), 255
mage_x, mage_y = self.map.get_coordinates(7 * hue + 1, 7 * hue + 1)
mage = Mage(mage_x, mage_y, direction)
mage.zindex=10
mage.color = 255 - (150 * hue), 255 - (150 * ((hue + 1) % 2)), 255
return [knight, mage]
def load_knight(hue):
knight_x, knight_y = self.map.get_coordinates(9 * hue, 9 * hue)
direction = hue and Direction.WEST or Direction.SOUTH
knight = Knight(knight_x, knight_y, direction)
knight.zindex = 10
knight.color = 255 - (150 * hue), 255 - (150 *
((hue + 1) % 2)), 255
mage_x, mage_y = self.map.get_coordinates(7 * hue + 1, 7 * hue + 1)
mage = Mage(mage_x, mage_y, direction)
mage.zindex = 10
mage.color = 255 - (150 * hue), 255 - (150 * ((hue + 1) % 2)), 255
return [knight, mage]
def enter():
gfw.world.init(['bg_base', 'bg_back', 'bg_platform', 'platform', 'enemy', 'hornet', 'needle', 'knight', 'slash', 'bg_front', 'ui'])
bg_base = FixedBackground('res/map/base.png')
gfw.world.add(gfw.layer.bg_base, bg_base)
bg_back = FixedBackground('res/map/back.png')
gfw.world.add(gfw.layer.bg_back, bg_back)
bg_platform = FixedBackground('res/map/platform.png')
gfw.world.add(gfw.layer.bg_platform, bg_platform)
bg_front = FixedBackground('res/map/front.png')
gfw.world.add(gfw.layer.bg_front, bg_front)
global platform
platform = Platform('res/map/platform.json')
for r in platform.rects:
r.bg = bg_platform
gfw.world.add(gfw.layer.platform, r)
crawlid = Crawlid()
crawlid.bg = bg_platform
gfw.world.add(gfw.layer.enemy, crawlid)
global knight
knight = Knight()
knight.bg = bg_platform
bg_back.target = knight
bg_platform.target_bg = bg_back
bg_front.target_bg = bg_back
bg_back.update()
bg_platform.update()
bg_front.update()
gfw.world.add(gfw.layer.knight, knight)
global frame
frame = Frame(knight)
gfw.world.add(gfw.layer.ui, frame)
global hornet
hornet = Hornet()
hornet.bg = bg_platform
hornet.target = knight
gfw.world.add(gfw.layer.hornet, hornet)
global bgm, opening_sting, enemy_damaged
bgm = gfw.sound.load_m('res/Sound/cave_wind_loop.mp3')
opening_sting = gfw.sound.load_w('res/Sound/S75 Opening Sting-08.wav')
enemy_damaged = gfw.sound.load_w('res/Sound/enemy_damage.wav')
opening_sting.set_volume(50)
bgm.repeat_play()
opening_sting.play()
def setup_game_scenario(self):
"""Create player and huts and then randomly pre-occupy huts.
The huts might be ledt empty as weel. This method also prints the game
mission which could be refactored out of this as an exercise.
.. seealso:: :py:meth: `self.play`,
:py:meth: `self._occupy_huts`
"""
self.player = Knight()
self._occupy_huts()
self.show_game_mission()
self.player.show_health(bold=True)
class KnightTest(unittest.TestCase):
def setUp(self) -> None:
self.attacker = Knight(100)
self.attackee = SpyKnight()
def test_attack_by_hand(self):
# exercise
self.attacker.attack(self.attackee)
# verify
self.assertTrue(self.attackee.is_hp_called)
self.assertTrue(self.attackee.is_defense_called)
def test_knight_jump(self, test_board, test_white_knight):
assert test_board
assert test_white_knight
assert test_white_knight.current_space
# Place Knights on the two spaces in front of the test Knight to check that the
# test Knight is able to jump over them, i.e. their presence along the Knight's movement
# path do not prevent the Knight from legally making the move, and that the
# pieces along the path remain where they were after the Knight is done with its move.
current_space = test_white_knight.current_space
ahead = test_board.get_space(current_space.file,
current_space.rank + 1)
two_ahead = test_board.get_space(current_space.file,
current_space.rank + 2)
target = test_board.get_space(chr(ord(current_space.file) + 1),
current_space.rank + 2)
first_obstacle_knight = Knight(PieceColor.WHITE)
first_obstacle_knight.place(ahead)
second_obstacle_knight = Knight(PieceColor.BLACK)
second_obstacle_knight.place(two_ahead)
test_white_knight.move(target)
assert test_white_knight.current_space is target
assert first_obstacle_knight.current_space is ahead
assert second_obstacle_knight.current_space is two_ahead
def fightImplementation(self):
# [0] is knightHp, [1] is knightLevel, [2] is knightRingSign, [3] is journeyList
knight = Knight(self.knightTuple[0], self.knightTuple[1],
self.knightTuple[2], self.knightTuple[3])
# Get knight ring sign list
knightRingSignList = knight.getRingSignList()
index = 1
for journey in knight.getJourneyList():
#Get knight Hp
knightHp = knight.getKnightHp()
# If knight Hp <= 0 => Lose the game
if knightHp <= 0: break
# Get index of the journey
indexJourney = index
# Increase index
index += 1
# Create event object
# print(str(journey) + " " + str(indexJourney))
eventObj = Event(journey, indexJourney)
# [0] is code, [1] is levelO, [2] is ringSignO
eventTuple = eventObj.processEvent()
# Get Event
event = eventTuple[0]
# Case finish journey
if event == 0:
print("Knight finish the competition !")
break
# Case pass journey
elif event == -1:
continue
knightRingSignList, knightHp = self.processBattleCase(
event, knightHp, knight.getKnightMaxHp(),
knight.getKnightLevel(), knightRingSignList,
eventObj.getLevelO(), eventObj.getRingSignO())
knight.setKnightHp(knightHp)
# print(knight.getRingSignList())
stringRingSignList = [str(x) for x in knightRingSignList]
stringRingSignList = "".join(stringRingSignList)
return stringRingSignList, knight.getKnightHp()
def setBoard(self, fen):
row, column = 0, 0
for character in fen:
if character == 'R':
self.addPiece(Rook(column, row, 'w', self.board.board))
column += 1
elif character == 'r':
self.addPiece(Rook(column, row, 'b', self.board.board))
column += 1
elif character == 'N':
self.addPiece(Knight(column, row, 'w', self.board.board))
column += 1
elif character == 'n':
self.addPiece(Knight(column, row, 'b', self.board.board))
column += 1
elif character == 'B':
self.addPiece(Bishop(column, row, 'w', self.board.board))
column += 1
elif character == 'b':
self.addPiece(Bishop(column, row, 'b', self.board.board))
column += 1
elif character == 'P':
self.addPiece(Pawn(column, row, 'w', self.board.board))
column += 1
elif character == 'p':
self.addPiece(Pawn(column, row, 'b', self.board.board))
column += 1
elif character == 'K':
self.addPiece(King(column, row, 'w', self.board.board))
column += 1
elif character == 'k':
self.addPiece(King(column, row, 'b', self.board.board))
column += 1
elif character == 'Q':
self.addPiece(Queen(column, row, 'w', self.board.board))
column += 1
elif character == 'q':
self.addPiece(Queen(column, row, 'b', self.board.board))
column += 1
elif character == '/':
column = 0
row += 1
else:
if character >= '1' and character <= '9':
column += int(character)
elif character == ' ':
i = fen.index(character) + 1
self.whitesTurn = True if fen[i] == 'w' else False
return
def battle(self):
# Set knight attribute
knight = Knight(self.knightTuple[0], self.knightTuple[1],
self.knightTuple[2], self.knightTuple[3])
knightRingSignList = knight.getRingSignList()
index = 1
for journey in knight.getJourneyList():
knightHp = knight.getKnightHP()
# If knight Hp <= 0 => Lose the game
if knightHp <= 0:
print("Knight lose")
break
# Get journey index
indexJourney = index
index += 1
# print(str(journey) + " " + str(indexJourney))
eventObj = Event(journey, indexJourney)
eventTuple = eventObj.checkEventCode()
event = eventTuple[0]
if event == 0:
print("Knight win")
break
elif event == -1:
continue
knightRingSignList, knightHp = self.battleCase(
event, knightHp, knight.getKnightMaxHp(),
knight.getKnightLevel(), knightRingSignList,
eventObj.getLevelO(), eventObj.getRingSignO())
knight.setKnightHp(knightHp)
# print(knight.getRingSignList())
stringRingSignList = [str(x) for x in knightRingSignList]
stringRingSignList = "".join(stringRingSignList)
return stringRingSignList, knight.getKnightHP()
def process_send_knights_orders(self):
if self.orders.__len__() > 0:
order = self.orders[0]
self.gs.add_knight(Knight(order.road, self.team, self.gs))
order.knights_to_send -= 1
if order.knights_to_send == 0:
self.orders.remove(order)
def check_encounter(self, hero):
#randomized value to determine if a user meets a enemy
if (randint(0, 100) <= (self.encounter_rate * 100)):
#create new enemy and pop a name from the list
#if the list is empty then enter the final boss
if (len(self.enemy_names) > 0):
enemy_temp = self.enemy_names.pop()
enemy = None
_type = enemy_temp["type"]
_name = enemy_temp["name"]
if (_type == "warrior"):
print("You have encountered {} the warrior".format(_name))
enemy = Warrior(_name, False)
elif (_type == "knight"):
print("You have encountered {} the knight".format(_name))
enemy = Knight(_name, "", False)
elif (_type == "sorceress"):
print(
"You have encountered {} the sorceress".format(_name))
enemy = Sorceress(_name, False)
elif (_type == "theif"):
print("You have encountered {} the theif".format(_name))
enemy = Theif(_name, False)
for i in range(hero.level + self.level_inc):
enemy.level_up()
return hero.enter_battle(enemy)
else:
return self.summon_boss(hero)
print("Nothing around here...")
return True
def test_init(self):
# test valido
xs = [chr(ord('a') + i) for i in range(0, 8)]
ys = [i for i in range(1, 8)]
for x, y in product(xs, ys):
k = Knight(x, y)
moves = list(product([ord(x) - 1, ord(x) + 1], [y - 2, y + 2])) + list(product([ord(x) - 2, ord(x) + 2], [y - 1, y + 1]))
result_moves = []
for x, y in moves:
if ord('a') <= x <= ord('h') and 1 <= y <= 8:
result_moves.append((chr(x), y))
try:
self.assertTrue(sorted(result_moves) == sorted(k.possible_poss()))
except:
print(f'Somethings wrong...')
def action(self):
factory = self.__outer.unit()
garrison = factory.structure_garrison()
if garrison:
direction = random.choice(list(bc.Direction))
if self.__outer._gc.can_unload(factory.id, direction):
self.__outer._gc.unload(factory.id, direction)
location = factory.location.map_location().add(direction)
unit = self.__outer._gc.sense_unit_at_location(location)
if unit: # TODO: Add other unit types' tree containers
strategy.Strategy.getInstance().removeInProduction(
unit.unit_type)
strategy.Strategy.getInstance().addUnit(unit.unit_type)
if unit.unit_type == bc.UnitType.Worker:
self.__outer._my_units.append(
Worker(unit.id, self.__outer._gc,
self.__outer._maps,
self.__outer._my_units))
elif unit.unit_type == bc.UnitType.Knight:
self.__outer._my_units.append(
Knight(unit.id, self.__outer._gc))
elif unit.unit_type == bc.UnitType.Healer:
self.__outer._my_units.append(
Healer(unit.id, self.__outer._gc,
self.__outer._maps))
elif unit.unit_type == bc.UnitType.Ranger:
self.__outer._my_units.append(
Ranger(unit.id, self.__outer._gc))
elif unit.unit_type == bc.UnitType.Mage:
self.__outer._my_units.append(
Mage(unit.id, self.__outer._gc,
self.__outer._maps))
self._status = bt.Status.SUCCESS
def run_game():
pygame.init()
sk_settings = Settings()
background = pygame.image.load('images/freetileset/png/BG/BG.png')
background = pygame.transform.smoothscale(
background, (sk_settings.window_width, sk_settings.window_height))
screen = pygame.display.set_mode(
(sk_settings.window_width, sk_settings.window_height))
pygame.display.set_caption('Super Knight')
fps = pygame.time.Clock()
knight = Knight(sk_settings, screen)
sword_container = GroupSingle()
arrows_right = Group()
arrows_left = Group()
zombies_top = Group()
zombies_bottom = Group()
zombies_left = Group()
zombies_right = Group()
gf.populate_zombies(sk_settings, screen, zombies_top, zombies_bottom,
zombies_left, zombies_right)
while True:
# everything redrawn every loop before flip called.
# Step 1: Check for user input
gf.check_events(sk_settings, screen, knight, arrows_right, arrows_left,
sword_container)
# Step 2: Apply user input to game objects
knight.update()
gf.update_zombies(sk_settings, screen, knight, arrows_right,
arrows_left, zombies_top, zombies_bottom,
zombies_left, zombies_right)
gf.update_arrows(sk_settings, screen, knight, arrows_right,
arrows_left, zombies_top, zombies_bottom,
zombies_left, zombies_right)
gf.update_sword(sk_settings, screen, knight, sword_container,
zombies_top, zombies_bottom, zombies_left,
zombies_right)
# Step 3: Redraw changes to game objects on the screen
gf.update_screen(sk_settings, screen, knight, arrows_right,
arrows_left, fps, zombies_top, zombies_bottom,
zombies_left, zombies_right, background,
sword_container)
def play(self):
self.show_mission()
dotted_line()
self._occupy_huts()
# continu_play=True
self.player = Knight()
occupant_nums = 0 #已占领数量
while occupant_nums < 5:
idx = self._play_choose()
self.player.acquire_hut(self.huts[idx - 1])
if self.player.health_meter <= 0:
print('You lost:(better luck next time')
break
if self.huts[idx - 1].is_acquired:
occupant_nums += 1
if occupant_nums == 5:
print_bold('\nCongratulation! you win')
def _create_knight(self, knight_level=None):
"""
Проверка на появление рыцаря.
"""
from knight import Knight
if knight_level is None:
knight_level = Knight.start_level(self.dragon.reputation.level)
if knight_level > 0:
self.knight = Knight(level=knight_level,
gameRef=self,
base_character=self.adv_character)
else:
self.knight = None
# board size #N = int(sys.argv[1]) sizes = [5, 8, 16, 32, 64, 128, 256, 512, 1024] for N in sizes: print "#############" print "%d=%d" % (N, N*N) print "#############" results = [] sum_time2 = 0.0 sum_time = 0.0 for i in xrange(0, 30): #start = current_milli_time() # knights tour b = Board(N) k = Knight(b) r = k.knightsPath() #end = current_milli_time() #t = end-start #sum_time2 += t*t #sum_time += t results.append(r); #variance = (sum_time2 - (sum_time*sum_time)/30)/30-1; #standardDeviation = sqrt(variance); #print "Total time: %fms / Average time: %fms / Standard Deviation: %fms" % (sum_time,sum_time/30.0,standardDeviation) print results