def define_fleet(player):
"""Define player's ships and place on board"""
# place each ship
for ship_spec in SHIP_INFO:
ship_name = ship_spec[0]
ship_size = ship_spec[1]
# display top banner
clear_screen()
show_banner()
print("Placing Ships for {}:\n".format(player.name))
# display board
if type(player) == HumanPlayer:
print_board(player.name, player.board.get_player_view())
# display ship info
print("Placing {} (size:{})\n".format(ship_name, ship_size))
# get ship placement details
while True:
# 1. ask if vertical or horizontal
# direction = get_vert_or_horiz()
direction, anchor = player.direction_anchor(ship_spec)
# 2. ask for top or left starting coordinate
# anchor = get_anchor_coord()
# 3. validate input (explain why input rejected)
coords = gen_ship_coords(anchor, ship_size, direction)
# 4. validate ship placement
if not coords:
print("Error: ship coordinates not all on the board\n")
continue
if not player.board.verify_empty(coords):
print("Error: ship coordinates collide with other ships. "
"Try again\n")
continue
# input valid; last while loop
break
# create ship from input
ship = Ship(ship_name, ship_size, coords, direction)
# add ship to players list
player.add_ship(ship)
# place ship on game board
player.board.place_ship(ship)
# 5. redraw screen for next ship (at top of loop)
# display top banner
# clear_screen()
# show_banner()
# display board
print("Placing Ships for {}:\n".format(player.name))
if type(player) == HumanPlayer:
print_board(player.name, player.board.get_player_view())
print("All ships placed for {}. Hit ENTER to continue...."
"".format(player.name))
def define_fleet(player):
"""Define player's ships and place on board"""
# place each ship
for ship_spec in SHIP_INFO:
ship_name = ship_spec[0]
ship_size = ship_spec[1]
# display top banner
clear_screen()
show_banner()
print("Placing Ships for {}:\n".format(player.name))
# display board
print_board(player.name, player.board.get_player_view())
# display ship info
print("Placing {} (size:{})\n".format(ship_name, ship_size))
# get ship placement details
while True:
# 1. ask if vertical or horizontal
direction = get_vert_or_horiz()
# 2. ask for top or left starting coordinate
anchor = get_anchor_coord()
# 3. validate input (explain why input rejected)
coords = gen_ship_coords(anchor, ship_size, direction)
# 4. validate ship placement
if not coords:
print("Error: ship coordinates not all on the board\n")
continue
if not player.board.verify_empty(coords):
print("Error: ship coordinates collide with other ships. "
"Try again\n")
continue
# input valid; last while loop
break
# create ship from input
ship = Ship(ship_name, ship_size, coords, direction)
# add ship to players list
player.add_ship(ship)
# place ship on game board
player.board.place_ship(ship)
# 5. redraw screen for next ship (at top of loop)
# display top banner
clear_screen()
show_banner()
# display board
print("Placing Ships for {}:\n".format(player.name))
print_board(player.name, player.board.get_player_view())
input("All ships placed for {}. Hit ENTER to continue...."
"".format(player.name))
clear_screen()
def main():
"""Run the console-based python game"""
# start with a clear screen
clear_screen()
show_banner()
# ask for players names
name1 = ask_player_name("Player 1")
name2 = ask_player_name("Player 2")
# initiate player instances
player1 = Player(name1)
player2 = Player(name2)
input("\nNext you'll each add your ships. {} first. (No peeking {})\n\n"
"Hit ENTER to continue....".format(name1, name2))
# placing ships
clear_screen()
# defind player1's fleet and add to board
define_fleet(player1)
show_banner()
input("Time to add {}'s ships. Hit ENTER to continue....".format(name2))
# define player2's fleet and add to board
define_fleet(player2)
# commense game play
show_banner()
input("Game Time! {} goes first. Hit ENTER to continue....".format(name1))
game_continue = True
while game_continue:
take_turn(player1, player2)
if not player2.ships_left():
show_banner()
input("{} WINS!!! Hit ENTER to see final boards....\n"
"".format(player1.name))
game_continue = False
continue
take_turn(player2, player1)
if not player1.ships_left():
show_banner()
input("{} WINS!!! Hit ENTER to see final boards....\n"
"".format(player2.name))
game_continue = False
# Display final boards
print_all_boards(player1.name, player2.name,
player1.board.get_player_view(),
player2.board.get_player_view())
def main():
"""Run the console-based python game"""
# start with a clear screen
clear_screen()
show_banner()
# ask for players names
name1 = ask_player_name("Player 1")
name2 = ask_player_name("Player 2")
# initiate player instances
player1 = Player(name1)
player2 = Player(name2)
input("\nNext you'll each add your ships. {} first. (No peeking {})\n\n"
"Hit ENTER to continue....".format(name1, name2))
# placing ships
clear_screen()
# defind player1's fleet and add to board
define_fleet(player1)
show_banner()
input("Time to add {}'s ships. Hit ENTER to continue....".format(name2))
# define player2's fleet and add to board
define_fleet(player2)
# commense game play
show_banner()
input("Game Time! {} goes first. Hit ENTER to continue....".format(name1))
game_continue = True
while game_continue:
take_turn(player1, player2)
if not player2.ships_left():
show_banner()
input("{} WINS!!! Hit ENTER to see final boards....\n"
"".format(player1.name))
game_continue = False
continue
take_turn(player2, player1)
if not player1.ships_left():
show_banner()
input("{} WINS!!! Hit ENTER to see final boards....\n"
"".format(player2.name))
game_continue = False
# Display final boards
print_all_boards(player1.name, player2.name,
player1.board.get_player_view(),
player2.board.get_player_view())
def play_a_game(player1, player2, play_mode):
# seed = 11
# random.seed(seed)
name1 = player1.name
name2 = player2.name
print("\nNext you'll each add your ships. {} first. (No peeking {})\n\n"
"Hit ENTER to continue....".format(name1, name2))
# placing ships
clear_screen()
# defind player1's fleet and add to board
define_fleet(player1)
show_banner()
print("Time to add {}'s ships. Hit ENTER to continue....".format(name2))
# define player2's fleet and add to board
define_fleet(player2)
# commense game play
show_banner()
print("Game Time! {} goes first. Hit ENTER to continue....".format(name1))
game_continue = True
turn_count = 0
while game_continue:
turn_count += 1
take_turn(player1, player2, play_mode)
if not player2.ships_left():
show_banner()
winner = player1
game_continue = False
continue
take_turn(player2, player1, play_mode)
if not player1.ships_left():
show_banner()
winner = player2
game_continue = False
# Display final boards
print_all_boards(player1.name, player2.name,
player1.board.get_player_view(),
player2.board.get_player_view())
fall_behind = sum([
row.count(VERTICAL_SHIP) + row.count(HORIZONTAL_SHIP)
for row in player1.board.get_player_view(as_list=True)
])
print("{} WINS!!!\n"
"{} turns in total\n"
"Losser falls behind {} grids. \n".format(winner.name, turn_count,
fall_behind))
if type(player1) != HumanPlayer:
print("self.call_count={}".format(player1.call_count))
# print("Random seed: {}".format(seed))
# input("Hit ENTER to see final boards....\n")
return turn_count, winner
def main():
"""Run the console-based python game"""
# start with a clear screen
clear_screen()
show_banner()
play_mode = int(
input(
"Choose play mode:\n 1. Human vs Human\n 2. Human vs AI\n 3. AI vs AI\n 4. Test AI\n"
))
# initiate player instances
if play_mode == 1:
player1 = HumanPlayer()
player2 = HumanPlayer()
elif play_mode == 2:
player1 = HumanPlayer()
player2 = AIPlayer_2_1(1)
elif play_mode == 3:
player1 = AIPlayer_2_1(1)
player2 = AIPlayer_2_1(2)
if play_mode <= 3:
play_a_game(player1, player2, play_mode)
elif play_mode == 4:
turns = []
winner_list = []
N = int(input("Test number?\n"))
for i in range(N):
player1 = AIPlayer_2_1(1)
player2 = AIPlayer_2_0(2)
turn, winner = play_a_game(player1, player2, play_mode)
turns.append(turn)
winner_list.append(winner.name)
print("Average turns: {}".format(sum(turns) / len(turns)))
player1_win_num = winner_list.count(player1.name)
print("{} vs {} result {}:{}".format(player1.name, player2.name,
player1_win_num,
N - player1_win_num))
def take_turn(player, opponent):
"""Take a turn"""
clear_screen()
show_banner()
input("It's {}'s turn. Hit ENTER to continue....".format(player.name))
clear_screen()
show_banner()
print("It's {}'s turn:\n".format(player.name))
# print boards for guessing
opp_view = opponent.board.get_opponent_view()
player_view = player.board.get_player_view()
# stitch together board views for display
print_all_boards(opponent.name, player.name, opp_view, player_view)
coord = get_guess(player)
# remember guessed coordinates
player.guesses.append(coord)
# process guess
response = opponent.board.guess(coord)
# update board and display response
opp_view = opponent.board.get_opponent_view()
# reprint boards
clear_screen()
show_banner()
print("It's {}'s turn:\n".format(player.name))
# print both boards
print_all_boards(opponent.name, player.name, opp_view, player_view)
print(response)
input("Hit ENTER to clear screen and end your turn....")
clear_screen()
def take_turn(player, opponent):
"""Take a turn"""
clear_screen()
show_banner()
input("It's {}'s turn. Hit ENTER to continue....".format(player.name))
clear_screen()
show_banner()
print("It's {}'s turn:\n".format(player.name))
# print boards for guessing
opp_view = opponent.board.get_opponent_view()
player_view = player.board.get_player_view()
# stitch together board views for display
print_all_boards(opponent.name, player.name, opp_view, player_view)
coord = get_guess(player)
# remember guessed coordinates
player.guesses.append(coord)
# process guess
response = opponent.board.guess(coord)
# update board and display response
opp_view = opponent.board.get_opponent_view()
# reprint boards
clear_screen()
show_banner()
print("It's {}'s turn:\n".format(player.name))
# print both boards
print_all_boards(opponent.name, player.name, opp_view, player_view)
print(response)
input("Hit ENTER to clear screen and end your turn....")
clear_screen()
