class Game:
def __init__(self):
self.players = {}
self.board = None
self.setup_phase()
self.turn = 0
self.turn_advantage = 0
def reset(self):
self.board.clear()
def setup_phase(self):
# Set up board
self.board = Board(self, field_length=BOARD_LENGTH, field_width=BOARD_WIDTH)
# Instantiate Players
self.players[0] = Player(0)
self.players[1] = Player(1)
self.players[1].set_direction(Const.FACING_LEFT)
# Initial Decks
self.players[0].set_deck([
Card.get_card('Rifleman'),
Card.get_card('Footman'),
Card.get_card('Footman'),
Card.get_card('Peasant'),
Card.get_card('Peasant'),
])
self.players[0].set_hand([
Card.get_card('Footman'),
Card.get_card('Rifleman'),
Card.get_card('Scout'),
Card.get_card('Peasant'),
Card.get_card('Peasant'),
])
self.players[1].set_deck([
Card.get_card('Rifleman'),
Card.get_card('Footman'),
Card.get_card('Footman'),
Card.get_card('Peasant'),
Card.get_card('Peasant'),
])
self.players[1].set_hand([
Card.get_card('Footman'),
Card.get_card('Rifleman'),
Card.get_card('Scout'),
Card.get_card('Peasant'),
Card.get_card('Peasant'),
])
# Initial Heroes
middle = (BOARD_WIDTH - 1) / 2
self.put_in_play(Card.get_card('Arius'), 0, (-1, middle))
self.put_in_play(Card.get_card('Arius'), 1, (BOARD_LENGTH - 2, middle))
def main_loop(self):
# Main Loop
while (True):
winner = self.main_loop_once()
if winner is not None:
return winner
def main_loop_once(self):
self.pre_main_phases()
gameover = self.post_main_phases()
if gameover is not None:
return gameover
def pre_main_phases(self):
logging.info("********************")
logging.info("Beginning of Turn {0}".format(self.turn))
self.upkeep_phase()
self.cleanup_phase()
self.draw_phase()
def post_main_phases(self):
self.spell_phase()
self.damage_phase()
self.cleanup_phase()
self.move_phase()
self.money_phase()
result = self.cleanup_phase()
if result is not None:
return result
logging.info("End of Turn {0}".format(self.turn))
logging.info("********************")
self.increment_turn()
def increment_turn(self):
self.turn += 1
def upkeep_phase(self):
self.turn_advantage = self.calculate_advantage()
logging.info("Player {0} has advantage for this turn".format(self.turn_advantage))
# Refresh must occur first
self.board.refresh_units()
# Let modifiers do updates. This must occur before effects, as a
# effects may apply modifiers.
for location, unit in self.board.grid.iteritems():
for modifier in unit.modifiers:
modifier.upkeepLogic(self.board)
for id, player in self.players.iteritems():
for modifier in player.modifiers:
modifier.upkeepLogic(self.board)
for spell in self.board.spells[id]:
if spell is not None:
for modifier in spell.modifiers:
modifier.upkeepLogic(self.board)
for building in self.board.buildings[id]:
if building is not None:
for modifier in building.modifiers:
modifier.upkeepLogic(self.board)
for id, player in self.players.iteritems():
player.gold += UPKEEP_GOLD
self.apply_phase_effects()
def draw_phase(self):
if self.turn % DRAW_FREQUENCY == 0:
for id, player in self.players.iteritems():
self.players[id].draw()
def damage_phase(self):
first = self.get_turn_advantage()
second = (first + 1) % 2
self.board.do_combat(self.players[first], self.players[second])
# Reduce the health of every unit that is out of will by 1/3
for location, unit in self.board.grid.iteritems():
if unit.get_curr_ammo() <= 0:
unit._hp -= int(math.ceil(float(unit._max_hp) / 3.0))
def move_phase(self):
first = self.get_turn_advantage()
second = (first + 1) % 2
self.board.do_movements(self.players[first], self.players[second])
def money_phase(self):
"""
Workers get money from the sector they end up in, but should only be
paid for a sector once per life.
"""
for location, unit in self.board.grid.iteritems():
if isinstance(unit, Worker):
sector = self.board.get_sector_for_position(location)
# Flip sector for p1
if unit.owner_id == 1:
sector = len(self.board.SECTOR_COLS) - 1 - sector
if sector not in unit.visited_sectors:
payout = unit.payout[len(unit.visited_sectors)]
players[unit.owner_id].gold += payout
logging.info("{0} gold gained for sector {1}".format(payout, sector))
unit.visited_sectors.append(sector)
def spell_phase(self):
# Spell logic
first = self.get_turn_advantage()
second = (first + 1) % 2
self.board.process_spells(self.players[first], self.players[second])
self.board.process_spells(self.players[second], self.players[first])
def cleanup_phase(self):
logging.info("Start of cleanup phase")
num_removed = True
while (num_removed):
"""
We run cleanup whenever shit may be needed to be removed from
the board. Cleanup will go through every modifier and check if it
needs to go, then check if any units need to go. It'll keep doing
this until no units die (meaning no modifiers will change, meaning
we've reached a stable state)
"""
for location, unit in self.board.grid.iteritems():
for modifier in unit.modifiers:
modifier.cleanupLogic(self.board)
for id, player in self.players.iteritems():
for modifier in player.modifiers:
modifier.cleanupLogic(self.board)
for spell in self.board.spells[id]:
if spell is not None:
for modifier in spell.modifiers:
modifier.cleanupLogic(self.board)
for building in self.board.buildings[id]:
if building is not None:
for modifier in building.modifiers:
modifier.cleanupLogic(self.board)
num_removed = self.board.remove_dead()
# Calculate Gameover
is_tie = True
for id, player in self.players.iteritems():
if player.get_curr_health() > 0:
is_tie = False
for id, player in self.players.iteritems():
if player.get_curr_health() <= 0:
return 'Tie' if is_tie else (id + 1) % 2
return None
def get_turn_advantage(self):
return self.turn_advantage
def calculate_advantage(self):
return self.board.get_next_turn_advantage()
def play_unit(self, card_name, id, position):
"""plays a card for player id from his hand at position (u,v)"""
if not self.board.is_playable(self.players[id], position):
logging.debug("{0} not playable at {1}".format(card_name, position))
return False
card = self.players[id].play(card_name)
if card == None:
return False
unit = self.board.place_unit(card, self.players[id], position)
if unit.play_effect != None:
Effect.applyEffect(
unit.play_effect,
self.players[id],
self.players[(id + 1) % 2],
unit,
self.board,
unit.play_effect_args
)
return True
def play_spell(self, spell_name, id, slot):
""" Plays a spell at a given position (0-4 inclusive) for id"""
if (self.board.spells[id][slot]):
logging.debug("{0} not playable at {1}".format(spell_name, slot))
return False
card = self.players[id].play(spell_name)
if card == None:
return False
self.board.place_spell(card, self.players[id], slot)
return True
def play_building(self, building_name, id, slot):
""" Plays a buidling at a given position (0-4 inclusive) for id"""
if (self.board.buildings[id][slot]):
logging.debug("{0} not playable at {1}".format(building_name, slot))
return False
card = self.players[id].play(building_name)
if card == None:
return False
self.board.place_building(card, self.players[id], slot)
return True
def put_in_play(self, card, id, position):
""" puts a unit into play without paying the cost """
self.board.is_playable(self.players[id], position)
self.players[id].inplay.append(card)
self.board.grid[(position)] = Unit.get_unit(card, self.players[id])
def apply_phase_effects(self):
"""
Go through each building and apply its Effect
TODO: Should go through everything on the board and apply effects.
TODO: Make this phase independent
"""
first = self.get_turn_advantage()
second = (first + 1) % 2
self.apply_phase_effects_for_player(first, second)
self.apply_phase_effects_for_player(second, first)
def apply_phase_effects_for_player(self, player_id, opponent_id):
for object in self.board.get_everything():
if object and object.upkeep_effect and \
object.owner_id == player_id:
Effect.applyEffect(
object.upkeep_effect,
self.players[player_id],
self.players[opponent_id],
object,
self.board,
object.upkeep_effect_args
)
