def start_game():
global myFleet, enemyFleet
# clear the screen
if(platform.system().lower()=="windows"):
cmd='cls'
else:
cmd='clear'
os.system(cmd)
print(r'''
__
/ \
.-. | |
* _.-' \ \__/
\.-' \
/ _/
| _ /
| /_\
\ \_/
""""""""''')
while True:
print()
print("Player, it's your turn")
position = parse_position(input("Enter coordinates for your shot :"))
is_hit = GameController.check_is_hit(enemyFleet, position)
if is_hit:
print(r'''
\ . ./
\ .:"";'.:.."" /
(M^^.^~~:.'"").
- (/ . . . \ \) -
((| :. ~ ^ :. .|))
- (\- | \ / | /) -
-\ \ / /-
\ \ / /''')
print("Yeah ! Nice hit !" if is_hit else "Miss")
position = get_random_position()
is_hit = GameController.check_is_hit(myFleet, position)
print()
print(f"Computer shoot in {position.column.name}{position.row} and {'hit your ship!' if is_hit else 'miss'}")
if is_hit:
print(r'''
\ . ./
\ .:"";'.:.."" /
(M^^.^~~:.'"").
- (/ . . . \ \) -
((| :. ~ ^ :. .|))
- (\- | \ / | /) -
-\ \ / /-
\ \ / /''')
def initialize_enemyFleet():
# TODO: Корабли противника должны выставлятся случайным образом
# TODO: Докстринг
global enemyFleet
import numpy as np
col_mapper = {
'A': 1,
'B': 2,
'C': 3,
'D': 4,
'E': 5,
'F': 6,
'G': 7,
'H': 8
}
ivn_col_mapper = {v: k for k, v in col_mapper.items()}
def add_ship_position(size: int, ship=Ship) -> None:
for i in range(size):
col_letter = lambda x: ivn_col_mapper[np.random.randint(1, 9, x)[0]
]
row_num = lambda x: np.random.randint(1, 9, x)[0]
rand_col = Letter.__dict__['_member_map_'][col_letter(1)]
rand_row = row_num(1)
ship.positions.append(Position(rand_col, rand_row))
return None
enemyFleet = GameController.initialize_ships()
[add_ship_position(ship.size, ship) for ship in enemyFleet]
def initialize_myFleet():
# TODO: Докстринг
# TODO: Корабли должны выставлятся согласно правил игры
global myFleet
myFleet = GameController.initialize_ships()
show_grid(
[Back.BLUE + Fore.BLACK + '___' + Style.RESET_ALL for x in range(64)])
show_grid([
Fore.GREEN + '_X_' + Style.RESET_ALL if
(x % 2 == 0) else Fore.RED + '_X_' + Style.RESET_ALL
for x in range(100, 164)
])
print(
"Please position your fleet (Game board has size from A to H and 1 to 8) :"
)
for ship in myFleet:
print()
print(
Fore.BLUE +
f"Please enter the positions for the {ship.name} (size: {ship.size})"
+ Style.RESET_ALL)
for i in range(ship.size):
position_input = input(
f"Enter position {i} of {ship.size} (i.e A3):")
ship.add_position(position_input)
print([_ship.positions for i, _ship in enumerate(myFleet)])
def initialize_enemyFleet():
global enemyFleet
enemyFleet = GameController.initialize_ships()
enemyFleet[0].positions.append(Position(Letter.B, 4))
enemyFleet[0].positions.append(Position(Letter.B, 5))
enemyFleet[0].positions.append(Position(Letter.B, 6))
enemyFleet[0].positions.append(Position(Letter.B, 7))
enemyFleet[0].positions.append(Position(Letter.B, 8))
enemyFleet[1].positions.append(Position(Letter.E, 6))
enemyFleet[1].positions.append(Position(Letter.E, 7))
enemyFleet[1].positions.append(Position(Letter.E, 8))
enemyFleet[1].positions.append(Position(Letter.E, 9))
enemyFleet[2].positions.append(Position(Letter.A, 3))
enemyFleet[2].positions.append(Position(Letter.B, 3))
enemyFleet[2].positions.append(Position(Letter.C, 3))
enemyFleet[3].positions.append(Position(Letter.F, 8))
enemyFleet[3].positions.append(Position(Letter.G, 8))
enemyFleet[3].positions.append(Position(Letter.H, 8))
enemyFleet[4].positions.append(Position(Letter.C, 5))
enemyFleet[4].positions.append(Position(Letter.C, 6))
def add_position(self, position: str):
# TODO: Корабль должен выставлятся согласно правил игры
from torpydo.game_controller import GameController
position = GameController.validate_position(position)
letter = Letter[position.upper()[0]]
number = int(position[1])
self.positions.append(Position(letter, number))
return position
def parse_position(position: str):
""" Проверяет позицию """
# TODO: Нельзя стрелять дважды в одну и ту же клетку
# TODO: Показывать выбранную клетку на карте
position = GameController.validate_position(position)
letter = Letter[position.upper()[0]]
number = int(position[1])
position = Position(letter, number)
return position
def initialize_myFleet():
global myFleet
myFleet = GameController.initialize_ships()
print("Please position your fleet (Game board has size from A to H and 1 to 8) :")
for ship in myFleet:
print()
print(f"Please enter the positions for the {ship.name} (size: {ship.size})")
for i in range(ship.size):
position_input = input(f"Enter position {i} of {ship.size} (i.e A3):")
ship.add_position(position_input)
def start_game():
global myFleet, enemyFleet
print(r'''
#### WARSHIPS ####
##### SCRUM #####
#### BATTLE #####
* __
* * /|| \
.-. | o |
_.-' \ | Oo |
.-' \ \__/
/ SUSHA _/
| _ /
| /_\
\ \_/
""""""""
________________
ver. 0.1
''')
while True:
# TODO: Избавится от бесконечного цикла
print("It's your turn,", Fore.CYAN + f"{player}" + Style.RESET_ALL)
show_grid([
Fore.GREEN + '_X_' + Style.RESET_ALL if
(x // 2 == 0) else Fore.RED + '_X_' + Style.RESET_ALL
for x in range(100, 164)
])
position = parse_position(input("Enter coordinates for your shot :"))
is_hit = GameController.check_is_hit(enemyFleet, position)
if is_hit:
print(Fore.LIGHTRED_EX + r'''
\ . ./
\ .:"";'.:.."" /d
(M^^.^~~:.'"").
- (/ . . . \ \) -
((| :. ~ ^ :. .|))
- (\- | \ / | /) -
-\ \ / /-
\ \ / /''' + Style.RESET_ALL)
print("Yeah ! Nice hit !" if is_hit else Fore.LIGHTBLACK_EX + "Miss" +
Style.RESET_ALL)
position = get_random_position()
is_hit = GameController.check_is_hit(myFleet, position)
print()
print(
f"Computer shoot in {position.column.name}{position.row} and {'hit your ship!' if is_hit else Fore.LIGHTBLUE_EX + 'miss' + Style.RESET_ALL}"
)
if is_hit:
print(Fore.MAGENTA + r'''
\ . ./
\ .:"";'.:.."" /
(M^^.^~~:.'"").
- (/ . . . \ \) -
((| :. ~ ^ :. .|))
- (\- | \ / | /) -
-\ \ / /-
\ \ / /''' + Style.RESET_ALL)
def test_is_ship_valid_true(self):
self.assertTrue(GameController.is_ship_valid(self.ships[0]))
def test_is_ship_valid_false(self):
self.assertFalse(
GameController.is_ship_valid(Ship("Not Valid", 3, Color.RED)))
def test_check_is_hit_ship_none(self):
with self.assertRaises(ValueError):
self.assertRaises(
GameController.check_is_hit(None, Position(Letter.A, 1)))
def test_check_is_hit_position_none(self):
with self.assertRaises(ValueError):
self.assertRaises(GameController.check_is_hit(self.ships, None))
def test_check_is_hit_false(self):
self.assertFalse(
GameController.check_is_hit(self.ships, Position(Letter.B, 1)))
def test_check_is_hit_true(self):
self.assertTrue(
GameController.check_is_hit(self.ships, Position(Letter.A, 1)))
