def __init__(self, player_start=0):
self.player_char = self.EMPTY
self.computer_char = self.EMPTY
self.prng = PiPrng()
self.player_prng = PiPrng(player_start)
self.scores = {'player': 0, 'computer': 0}
class TickATackGame(object):
EMPTY = ' '
PLAYERS = ['P', 'Q']
DEBUG = False
def __init__(self, player_start=0):
self.player_char = self.EMPTY
self.computer_char = self.EMPTY
self.prng = PiPrng()
self.player_prng = PiPrng(player_start)
self.scores = {'player': 0, 'computer': 0}
def init_game(self, replay, player_char):
if self.DEBUG:
print("init_game - scores: p:{0},c:{1}, replay:{2}".format(
self.scores['player'], self.scores['computer'], replay))
if not replay:
if self.DEBUG:
print("Set scores to 0 from p:{0},c:{1}".format(
self.scores['player'], self.scores['computer']))
self.scores['player'] = 0
self.scores['computer'] = 0
if player_char == self.PLAYERS[0]:
self.player_char = self.PLAYERS[0]
self.computer_char = self.PLAYERS[1]
else:
self.player_char = self.PLAYERS[1]
self.computer_char = self.PLAYERS[0]
self.moves = 0
self.winner = self.EMPTY
self.top = [self.EMPTY, self.EMPTY, self.EMPTY]
self.middle = [self.EMPTY, self.EMPTY, self.EMPTY]
self.bottom = [self.EMPTY, self.EMPTY, self.EMPTY]
def set_board_content(self):
self.game_board = " 0 1 2 \n" \
" +---+---+---+\n" \
" 0 | {0} | {1} | {2} |\n" \
" +---+---+---+\n" \
" 1 | {3} | {4} | {5} |\n" \
" +---+---+---+\n" \
" 2 | {6} | {7} | {8} |\n" \
" +---+---+---+\n".format(
self.top[0], self.top[1], self.top[2],
self.middle[0], self.middle[1], self.middle[2],
self.bottom[0], self.bottom[1], self.bottom[2])
def get_board_content(self):
self.set_board_content()
return self.game_board
def has_valid_coords(self, move_coords):
return (0 <= move_coords['row'] and move_coords['row'] <= 2
and 0 <= move_coords['col'] and move_coords['col'] <= 2)
def coords_unoccupied(self, move_coords):
return (self.game_board_get_at_coord(move_coords) == self.EMPTY)
def game_board_set_at_coord(self, move_coords):
if move_coords['row'] == 0:
self.top[move_coords['col']] = self.PLAYERS[self.moves % 2]
elif move_coords['row'] == 1:
self.middle[move_coords['col']] = self.PLAYERS[self.moves % 2]
else:
self.bottom[move_coords['col']] = self.PLAYERS[self.moves % 2]
def game_board_get_at_coord(self, move_coords):
result = self.EMPTY
if move_coords['row'] == 0:
result = self.top[move_coords['col']]
elif move_coords['row'] == 1:
result = self.middle[move_coords['col']]
else:
result = self.bottom[move_coords['col']]
return result
def is_valid_move(self, move_coords):
return (self.has_valid_coords(move_coords)
and self.coords_unoccupied(move_coords))
def update_board(self, move_coords):
result = 0
if self.is_valid_move(move_coords):
self.game_board_set_at_coord(move_coords)
else:
result = 1
return result
def have_winner(self):
result = 1
if self.moves < 3:
return 0
# top row
if self.top[0] == self.top[1] and \
self.top[1] == self.top[2] and \
self.top[0] != self.EMPTY:
self.winner = self.top[0]
# middle row
elif self.middle[0] == self.middle[1] and \
self.middle[1] == self.middle[2] and \
self.middle[0] != self.EMPTY:
self.winner = self.middle[0]
# bottom row
elif self.bottom[0] == self.bottom[1] and \
self.bottom[1] == self.bottom[2] and \
self.bottom[0] != self.EMPTY:
self.winner = self.bottom[0]
# first col
elif self.top[0] == self.middle[0] and \
self.middle[0] == self.bottom[0] and \
self.bottom[0] != self.EMPTY:
self.winner = self.top[0]
# second col
elif self.top[1] == self.middle[1] and \
self.middle[1] == self.bottom[1] and \
self.bottom[1] != self.EMPTY:
self.winner = self.top[1]
# third col
elif self.top[2] == self.middle[2] and \
self.middle[2] == self.bottom[2] and \
self.bottom[2] != self.EMPTY:
self.winner = self.top[2]
# diag top left to bottom right
elif self.top[0] == self.middle[1] and \
self.middle[1] == self.bottom[2] and \
self.bottom[2] != self.EMPTY:
self.winner = self.top[0]
# diag bottom left to top right
elif self.top[2] == self.middle[1] and \
self.middle[1] == self.bottom[0] and \
self.bottom[0] != self.EMPTY:
self.winner = self.top[2]
# no winner
else:
result = 0
return result
def have_moves_remaining(self):
return (self.moves < 9)
def is_player_winner(self):
return (self.winner == self.player_char)
def is_players_turn(self):
return (self.player_char == self.PLAYERS[self.moves % 2])
def move_complete(self):
self.moves += 1
def random_move(self):
return {
'row': self.prng.get_next() % 3,
'col': self.prng.get_next() % 3
}
def computer_valid_random_move(self):
c_move = self.random_move()
while (not self.is_valid_move(c_move)):
c_move = self.random_move()
return c_move
def player_random_move(self):
return {
'row': self.player_prng.get_next() % 3,
'col': self.player_prng.get_next() % 3
}
def player_valid_random_move(self):
p_move = self.player_random_move()
while (not self.is_valid_move(p_move)):
p_move = self.player_random_move()
return p_move
def get_scores(self):
return self.scores
def update_score(self):
if self.winner == self.player_char:
self.scores['player'] += 1
else:
self.scores['computer'] += 1
def __init__(self, player_start=0):
self.player_char = self.EMPTY
self.computer_char = self.EMPTY
self.prng = PiPrng()
self.player_prng = PiPrng(player_start)
self.scores = {'player': 0, 'computer': 0}
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
# IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY
# CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,
# TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE
# SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
#
from random import randint, choice
from piprng import PiPrng
from common import DEBUG, CONFIG
PRNG = PiPrng()
class TankSet(object):
def __init__(self, qty):
PRNG.reset()
self.tanks = self._gen_tanks(qty)
def _gen_tanks(self, qty):
t = []
for idx in range(qty):
t.append(Tank(idx + 1, CONFIG['TANK_CAP']))
return t
def count(self):
return len(self.tanks)
class TickATackGame(object):
EMPTY = ' '
PLAYERS = ['P', 'Q']
DEBUG = False
def __init__(self, player_start=0):
self.player_char = self.EMPTY
self.computer_char = self.EMPTY
self.prng = PiPrng()
self.player_prng = PiPrng(player_start)
self.scores = {'player': 0, 'computer': 0}
def init_game(self, replay, player_char):
if self.DEBUG:
print("init_game - scores: p:{0},c:{1}, replay:{2}".format(self.scores['player'], self.scores['computer'], replay))
if not replay:
if self.DEBUG:
print("Set scores to 0 from p:{0},c:{1}".format(self.scores['player'], self.scores['computer']))
self.scores['player'] = 0
self.scores['computer'] = 0
if player_char == self.PLAYERS[0]:
self.player_char = self.PLAYERS[0]
self.computer_char = self.PLAYERS[1]
else:
self.player_char = self.PLAYERS[1]
self.computer_char = self.PLAYERS[0]
self.moves = 0
self.winner = self.EMPTY
self.top = [self.EMPTY, self.EMPTY, self.EMPTY]
self.middle = [self.EMPTY, self.EMPTY, self.EMPTY]
self.bottom = [self.EMPTY, self.EMPTY, self.EMPTY]
def set_board_content(self):
self.game_board = " 0 1 2 \n" \
" +---+---+---+\n" \
" 0 | {0} | {1} | {2} |\n" \
" +---+---+---+\n" \
" 1 | {3} | {4} | {5} |\n" \
" +---+---+---+\n" \
" 2 | {6} | {7} | {8} |\n" \
" +---+---+---+\n".format(
self.top[0], self.top[1], self.top[2],
self.middle[0], self.middle[1], self.middle[2],
self.bottom[0], self.bottom[1], self.bottom[2])
def get_board_content(self):
self.set_board_content()
return self.game_board
def has_valid_coords(self, move_coords):
return (0 <= move_coords['row'] and move_coords['row'] <= 2 and
0 <= move_coords['col'] and move_coords['col'] <= 2)
def coords_unoccupied(self, move_coords):
return (self.game_board_get_at_coord(move_coords) == self.EMPTY)
def game_board_set_at_coord(self, move_coords):
if move_coords['row'] == 0:
self.top[move_coords['col']] = self.PLAYERS[self.moves % 2]
elif move_coords['row'] == 1:
self.middle[move_coords['col']] = self.PLAYERS[self.moves % 2]
else:
self.bottom[move_coords['col']] = self.PLAYERS[self.moves % 2]
def game_board_get_at_coord(self, move_coords):
result = self.EMPTY
if move_coords['row'] == 0:
result = self.top[move_coords['col']]
elif move_coords['row'] == 1:
result = self.middle[move_coords['col']]
else:
result = self.bottom[move_coords['col']]
return result
def is_valid_move(self, move_coords):
return (self.has_valid_coords(move_coords) and self.coords_unoccupied(move_coords))
def update_board(self, move_coords):
result = 0
if self.is_valid_move(move_coords):
self.game_board_set_at_coord(move_coords)
else:
result = 1
return result
def have_winner(self):
result = 1
if self.moves < 3:
return 0
# top row
if self.top[0] == self.top[1] and \
self.top[1] == self.top[2] and \
self.top[0] != self.EMPTY:
self.winner = self.top[0]
# middle row
elif self.middle[0] == self.middle[1] and \
self.middle[1] == self.middle[2] and \
self.middle[0] != self.EMPTY:
self.winner = self.middle[0]
# bottom row
elif self.bottom[0] == self.bottom[1] and \
self.bottom[1] == self.bottom[2] and \
self.bottom[0] != self.EMPTY:
self.winner = self.bottom[0]
# first col
elif self.top[0] == self.middle[0] and \
self.middle[0] == self.bottom[0] and \
self.bottom[0] != self.EMPTY:
self.winner = self.top[0]
# second col
elif self.top[1] == self.middle[1] and \
self.middle[1] == self.bottom[1] and \
self.bottom[1] != self.EMPTY:
self.winner = self.top[1]
# third col
elif self.top[2] == self.middle[2] and \
self.middle[2] == self.bottom[2] and \
self.bottom[2] != self.EMPTY:
self.winner = self.top[2]
# diag top left to bottom right
elif self.top[0] == self.middle[1] and \
self.middle[1] == self.bottom[2] and \
self.bottom[2] != self.EMPTY:
self.winner = self.top[0]
# diag bottom left to top right
elif self.top[2] == self.middle[1] and \
self.middle[1] == self.bottom[0] and \
self.bottom[0] != self.EMPTY:
self.winner = self.top[2]
# no winner
else:
result = 0
return result
def have_moves_remaining(self):
return (self.moves < 9)
def is_player_winner(self):
return (self.winner == self.player_char)
def is_players_turn(self):
return (self.player_char == self.PLAYERS[self.moves % 2])
def move_complete(self):
self.moves += 1
def random_move(self):
return {'row': self.prng.get_next() % 3,
'col': self.prng.get_next() % 3}
def computer_valid_random_move(self):
c_move = self.random_move()
while(not self.is_valid_move(c_move)):
c_move = self.random_move()
return c_move
def player_random_move(self):
return {'row': self.player_prng.get_next() % 3,
'col': self.player_prng.get_next() % 3}
def player_valid_random_move(self):
p_move = self.player_random_move()
while(not self.is_valid_move(p_move)):
p_move = self.player_random_move()
return p_move
def get_scores(self):
return self.scores
def update_score(self):
if self.winner == self.player_char:
self.scores['player'] += 1
else:
self.scores['computer'] += 1
