def init(self):
self.camera = Camera(euclid.Point3(0,15, 0))
self.mainplayer_status = StatusView()
self.otherplayer_status = StatusView(is_opponent=True)
self.mana_controller = ManaController(self.mainplayer_status.manapool, self.otherplayer_status.manapool, self)
self.x_controller = XSelector(self.mainplayer_status.manapool, self.otherplayer_status.manapool, self)
self.card_selector = CardSelector(self.mainplayer_status, self.otherplayer_status, self)
#self.game_status = GameStatus()
self.phase_status = PhaseStatus()
self.phase_bar = PhaseBar()
self.phase_controller = PhaseController(self.phase_status, self)
self.status_controller = StatusController(self.mainplayer_status, self.otherplayer_status, self.phase_status, self)
self.selection = SelectionList()
self.list_selector = SelectController(self.selection, self)
self.msg_dialog = MessageDialog()
self.msg_controller = MessageController(self.msg_dialog, self)
self.table = Table()
self.mainplay = PlayView(z=3)
self.otherplay = PlayView(z=-3, is_opponent_view=True)
self.play_controller = PlayController(self.mainplay, self.otherplay, self)
self.damage_assignment = DamageSelector(self.mainplay, self.otherplay, self)
self.distribution_assignment = DistributionSelector(self.mainplay, self.otherplay, self)
self.player_hand = HandView()
self.hand_controller = HandController(self.player_hand, self)
self.otherplayer_hand = HandView(is_opponent=True)
self.otherhand_controller = HandController(self.otherplayer_hand, self)
self.stack = StackView()
self.stack_controller = StackController(self.stack, self)
self.zone_animator = ZoneAnimator(self)
self._keep_priority = False
self.finish_turn = False
self.p1_stop_next = False
self.p2_stop_next = False
def init(self):
self.camera = Camera(euclid.Point3(0,15, 0))
self.mainplayer_status = StatusView()
self.otherplayer_status = StatusView(is_opponent=True)
self.mana_controller = ManaController(self.mainplayer_status.manapool, self.otherplayer_status.manapool, self)
self.x_controller = XSelector(self.mainplayer_status.manapool, self.otherplayer_status.manapool, self)
self.card_selector = CardSelector(self.mainplayer_status, self.otherplayer_status, self)
#self.game_status = GameStatus()
self.phase_status = PhaseStatus()
self.phase_bar = PhaseBar()
self.phase_controller = PhaseController(self.phase_status, self)
self.status_controller = StatusController(self.mainplayer_status, self.otherplayer_status, self.phase_status, self)
self.selection = SelectionList()
self.list_selector = SelectController(self.selection, self)
self.msg_dialog = MessageDialog()
self.msg_controller = MessageController(self.msg_dialog, self)
self.table = Table()
self.mainplay = PlayView(z=3)
self.otherplay = PlayView(z=-3, is_opponent_view=True)
self.play_controller = PlayController(self.mainplay, self.otherplay, self)
self.damage_assignment = DamageSelector(self.mainplay, self.otherplay, self)
self.distribution_assignment = DistributionSelector(self.mainplay, self.otherplay, self)
self.player_hand = HandView()
self.hand_controller = HandController(self.player_hand, self)
self.otherplayer_hand = HandView(is_opponent=True)
self.otherhand_controller = HandController(self.otherplayer_hand, self)
self.stack = StackView()
self.stack_controller = StackController(self.stack, self)
self.zone_animator = ZoneAnimator(self)
self._keep_priority = False
self.finish_turn = False
self.p1_stop_next = False
self.p2_stop_next = False
class IncantusLayer(Layer):
is_event_handler = True
def __init__(self):
super(IncantusLayer, self).__init__()
self.width, self.height = director.window.width, director.window.height
self.network = False
self.pending_actions = []
self.init()
self.clear_game()
self.soundfx = soundfx.SoundEffects()
def init(self):
self.camera = Camera(euclid.Point3(0,15, 0))
self.mainplayer_status = StatusView()
self.otherplayer_status = StatusView(is_opponent=True)
self.mana_controller = ManaController(self.mainplayer_status.manapool, self.otherplayer_status.manapool, self)
self.x_controller = XSelector(self.mainplayer_status.manapool, self.otherplayer_status.manapool, self)
self.card_selector = CardSelector(self.mainplayer_status, self.otherplayer_status, self)
#self.game_status = GameStatus()
self.phase_status = PhaseStatus()
self.phase_bar = PhaseBar()
self.phase_controller = PhaseController(self.phase_status, self)
self.status_controller = StatusController(self.mainplayer_status, self.otherplayer_status, self.phase_status, self)
self.selection = SelectionList()
self.list_selector = SelectController(self.selection, self)
self.msg_dialog = MessageDialog()
self.msg_controller = MessageController(self.msg_dialog, self)
self.table = Table()
self.mainplay = PlayView(z=3)
self.otherplay = PlayView(z=-3, is_opponent_view=True)
self.play_controller = PlayController(self.mainplay, self.otherplay, self)
self.damage_assignment = DamageSelector(self.mainplay, self.otherplay, self)
self.distribution_assignment = DistributionSelector(self.mainplay, self.otherplay, self)
self.player_hand = HandView()
self.hand_controller = HandController(self.player_hand, self)
self.otherplayer_hand = HandView(is_opponent=True)
self.otherhand_controller = HandController(self.otherplayer_hand, self)
self.stack = StackView()
self.stack_controller = StackController(self.stack, self)
self.zone_animator = ZoneAnimator(self)
self._keep_priority = False
self.finish_turn = False
self.p1_stop_next = False
self.p2_stop_next = False
def setup_lighting(self):
glEnable(GL_LIGHTING)
glLightModelfv(GL_LIGHT_MODEL_AMBIENT, fourfv(0.5,0.5,0.5,1.0))
glEnable(GL_LIGHT0)
glLightfv(GL_LIGHT0, GL_AMBIENT, fourfv(0.5, 0.5, 0.5, 1.0))
glLightfv(GL_LIGHT0, GL_DIFFUSE, fourfv(0.8, 0.8, 0.8, 1.0))
glLightfv(GL_LIGHT0, GL_SPECULAR, fourfv(0.8, 0.8, 0.8, 1.0))
# ColorMaterial use inspired by: http://www.sjbaker.org/steve/omniv/opengl_lighting.html
glEnable ( GL_COLOR_MATERIAL )
glColorMaterial ( GL_FRONT_AND_BACK, GL_AMBIENT_AND_DIFFUSE)
glEnable(GL_BLEND)
glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA)
def on_enter(self):
super(IncantusLayer, self).on_enter()
self.on_resize(self.width, self.height)
self.setup_lighting()
self.play_controller.activate()
self.status_controller.activate()
self.hand_controller.activate()
self.otherhand_controller.activate()
self.stack_controller.activate()
self.mainplayer_status.show()
self.otherplayer_status.show()
def on_exit(self):
super(IncantusLayer, self).on_exit()
glDisable(GL_LIGHTING)
self.play_controller.deactivate()
self.status_controller.deactivate()
self.hand_controller.deactivate()
self.otherhand_controller.deactivate()
self.stack_controller.deactivate()
self.mainplayer_status.hide()
self.otherplayer_status.hide()
def on_resize(self, width, height):
self.width, self.height = width, height
glViewport(0, 0, width, height)
glMatrixMode(GL_PROJECTION)
glLoadIdentity()
gluPerspective(80., width/float(height), 0.1, 3000.)
glMatrixMode(GL_MODELVIEW)
offset = 5
self.phase_bar.pos = euclid.Vector3(offset+self.phase_bar.width/2,offset+self.phase_bar.height/2, 0)
self.msg_dialog.pos = euclid.Vector3(offset+self.msg_dialog.width/2, 2*offset+self.phase_bar.height+self.msg_dialog.height/2,0)
self.mainplayer_status.pos = euclid.Vector3(offset, 3*offset+self.phase_bar.height+self.msg_dialog.height, 0)
self.mainplayer_status.resize(width, height)
self.otherplayer_status.pos = euclid.Vector3(offset, height-self.otherplayer_status.height-offset, 0)
self.otherplayer_status.resize(width, height)
self.stack.pos = euclid.Vector3(150,height/2,0)
self.player_hand.resize(width, height, width-self.msg_dialog.width)
self.otherplayer_hand.resize(width, height, width-self.otherplayer_status.width)
#self.game_status.resize(width, height, self.mainplayer_status.width)
self.phase_status.resize(width, height)
self.selection.pos = euclid.Vector3(width/2., height/2., 0)
def draw(self):
glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_FALSE)
self.camera.setup()
glEnable(GL_LIGHTING)
glEnable(GL_DEPTH_TEST)
self.table.draw()
glClear(GL_DEPTH_BUFFER_BIT)
self.mainplay.render()
self.otherplay.render()
self.zone_animator.render3d()
glDisable(GL_LIGHTING)
glDisable(GL_DEPTH_TEST)
self.draw_overlay()
self.camera.reset()
glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_TRUE)
def draw_overlay(self):
# draw left mask
self.set_2d(-50, 50)
self.phase_status.render()
self.phase_bar.render()
self.otherplayer_hand.render()
self.player_hand.render()
self.stack.render()
self.otherplayer_status.render()
self.mainplayer_status.render()
#self.game_status.render()
self.zone_animator.render2d()
self.msg_dialog.render()
self.selection.render()
#glDisable(GL_TEXTURE_2D)
self.unset_2d()
def on_key_press(self, symbol, modifiers):
if symbol == key.ENTER:
self.process_action(engine.Action.PassPriority())
elif symbol == key.ESCAPE:
self.process_action(engine.Action.CancelAction())
#elif symbol == key.L and modifiers & key.MOD_SHIFT:
# self.game_status.toggle_gamelog()
elif symbol == key.D and modifiers & key.MOD_SHIFT:
import pdb
pdb.set_trace()
elif symbol == key.V and modifiers & key.MOD_SHIFT:
self.camera.switch_viewpoint()
elif symbol == key.F:
self.finish_turn = True
self.process_action(engine.Action.PassPriority())
elif symbol == key.F1:
show_ingame_menu(self)
elif symbol == key.F2:
self.phase_controller.activate(other=False)
elif symbol == key.F3:
self.phase_controller.activate(other=True)
elif symbol == key.Q:
self.soundfx.disconnect()
quit()
elif symbol == key.F7:
pyglet.image.get_buffer_manager().get_color_buffer().save('screenshot.png')
else:
return event.EVENT_UNHANDLED
return True
def set_2d(self, near, far):
glMatrixMode(GL_PROJECTION)
glPushMatrix()
glLoadIdentity()
glOrtho(0, self.width, 0, self.height, near, far)
glMatrixMode(GL_MODELVIEW)
glPushMatrix()
glLoadIdentity()
def unset_2d(self):
glPopMatrix()
glMatrixMode(GL_PROJECTION)
glPopMatrix()
glMatrixMode(GL_MODELVIEW)
def clear_game(self):
dispatcher.reset()
self.phase_status.clear()
#self.game_status.clear()
self.stack.clear()
self.mainplay.clear()
self.otherplay.clear()
self.player_hand.clear()
self.otherplayer_hand.clear()
self.mainplayer_status.clear()
self.otherplayer_status.clear()
def make_connections(self, player1_info, player2_info):
player1, self_color, self_avatar_data = player1_info
player2, other_color, other_avatar_data = player2_info
self_avatar = pyglet.image.load('avatar.png', StringIO(self_avatar_data))
other_avatar = pyglet.image.load('avatar.png', StringIO(other_avatar_data))
if not self_color: self_color = colors.compute_color_from_image(self_avatar)
if not other_color: other_color = colors.compute_color_from_image(other_avatar)
self.player1 = player1
self.player2 = player2
self.mainplayer_status.setup_player(player1, self_color, self_avatar)
self.otherplayer_status.setup_player(player2, other_color, other_avatar)
self.phase_status.setup_player_colors(player1, self_color, other_color)
self.player_hand.setup_player(self_color)
self.otherplayer_hand.setup_player(other_color)
self.zone_animator.setup(self.mainplayer_status, self.otherplayer_status, self.stack, self.mainplay,self.otherplay,self.table)
dispatcher.connect(self.stack.finalize_announcement, signal=engine.GameEvent.AbilityPlacedOnStack())
dispatcher.connect(self.stack.remove_ability, signal=engine.GameEvent.AbilityCanceled())
dispatcher.connect(self.player_hand.add_card, signal=engine.GameEvent.CardEnteredZone(), sender=player1.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.player_hand.remove_card, signal=engine.GameEvent.CardLeftZone(), sender=player1.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.player_hand.remove_card, signal=engine.GameEvent.CardCeasesToExist(), sender=player1.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_hand.add_card, signal=engine.GameEvent.CardEnteredZone(), sender=player2.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_hand.remove_card, signal=engine.GameEvent.CardLeftZone(), sender=player2.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_hand.remove_card, signal=engine.GameEvent.CardCeasesToExist(), sender=player2.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.animate_life, signal=engine.GameEvent.LifeGainedEvent(),sender=player1, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.animate_life, signal=engine.GameEvent.LifeGainedEvent(),sender=player2, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.animate_life, signal=engine.GameEvent.LifeLostEvent(),sender=player1, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.animate_life, signal=engine.GameEvent.LifeLostEvent(),sender=player2, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.manapool.update_mana, signal=engine.GameEvent.ManaAdded(), sender=player1.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.manapool.update_mana, signal=engine.GameEvent.ManaSpent(), sender=player1.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.manapool.clear_mana, signal=engine.GameEvent.ManaCleared(), sender=player1.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.manapool.update_mana, signal=engine.GameEvent.ManaAdded(), sender=player2.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.manapool.update_mana, signal=engine.GameEvent.ManaSpent(), sender=player2.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.manapool.clear_mana, signal=engine.GameEvent.ManaCleared(), sender=player2.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_bar.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_bar.set_phase, signal=engine.GameEvent.GameStepEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_status.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_status.set_phase, signal=engine.GameEvent.GameStepEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_status.change_focus, signal=engine.GameEvent.GameFocusEvent(), priority=dispatcher.UI_PRIORITY)
#dispatcher.connect(self.game_status.log_event, signal=engine.GameEvent.LogEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.pass_priority, signal=engine.GameEvent.HasPriorityEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.pass_priority, signal=engine.GameEvent.HasPriorityEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplay.card_tapped, signal=engine.GameEvent.CardTapped(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplay.card_tapped, signal=engine.GameEvent.CardTapped(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplay.card_untapped, signal=engine.GameEvent.CardUntapped(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplay.card_untapped, signal=engine.GameEvent.CardUntapped(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplay.card_attached, signal=engine.GameEvent.AttachedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplay.card_attached, signal=engine.GameEvent.AttachedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplay.card_unattached, signal=engine.GameEvent.UnAttachedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplay.card_unattached, signal=engine.GameEvent.UnAttachedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.priority_stop, signal=engine.GameEvent.HasPriorityEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.play_ability, signal=engine.GameEvent.AbilityPlayedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
self.soundfx.connect()
def new_turn(self, player): self.finish_turn = False
def keep_priority(self): self._keep_priority = True
def priority_stop(self, player):
# XXX This and the play_ability function won't work until i can properly put events
# onto the event queue
if Keeper.stack.empty():
if (not self.p1_stop_next and
((player != Keeper.active_player and self.phase_status.check_opponent_stop()) or
(player == Keeper.active_player and self.phase_status.check_my_stop()))):
self.pending_actions.append(engine.Action.PassPriority())
elif self.finish_turn:
self.pending_actions.append(engine.Action.PassPriority())
return
if (player == self.player1):
#self.player_hand.set_hidden(False)
#self.otherplayer_hand.set_hidden(True)
dispatcher.send(GUIEvent.MyPriority())
else:
#self.player_hand.set_hidden(True)
#self.otherplayer_hand.set_hidden(False)
dispatcher.send(GUIEvent.OpponentPriority())
def play_ability(self, ability):
if not self._keep_priority and not hasattr(ability, "mana_ability"): self.pending_actions.append(engine.Action.PassPriority())
# Keep priority after playing card
else: self._keep_priority = False
def network_input(self, context, prompt=''):
#self.game_status.log("Waiting for %s"%prompt.split(":")[0])
self.msg_controller.prompt("Waiting for %s"%prompt.split(":")[0])
self.pending_actions = [] # this is necessary to clear any extra actions
self.network = True
result = False
if context.get("reveal_card", False) and context["all"]:
self.card_selector.activate(context['cards'], context['from_zone'], 0, required=False, is_opponent=(context['from_player'] != self.player1), actionable=False)
g_self = greenlet.getcurrent()
result = g_self.parent.switch()
self.network = False
return result
def replay_input(self, context, prompt=''):
#self.game_status.log(prompt)
self.msg_controller.prompt(prompt)
process = context['process']
try:
result = self.dump_to_replay.read()
except replaydump.ReplayFinishedException:
# Switch the input to the greenlet_input
self.soundfx.connect()
self.player1.dirty_input = self.greenlet_input
self.player2.dirty_input = self.greenlet_input
result = self.greenlet_input(context, prompt)
return result
def greenlet_input(self, context, prompt=''):
#self.game_status.log(prompt)
self.msg_controller.prompt(prompt)
process = context['process']
result = False
if self.pending_actions:
result = process(self.pending_actions.pop())
self.pending_actions = []
while result is False:
self.do_action(context)
g_self = greenlet.getcurrent()
result = process(g_self.parent.switch())
self.dump_to_replay.write(result)
if self.client: self.client.send_action(result)
return result
def switch_to_rules_engine(self, action=None):
try:
self.rules_engine.switch(action)
except engine.GameEvent.GameOverException:
self.soundfx.disconnect()
# Game over
quit()
def process_action(self, action):
if not self.network:
#this is like pushing an event onto the pyglet loop
pyglet.clock.schedule_once(lambda dt: self.switch_to_rules_engine(action), 0.0001)
def start_rules_engine(self):
self.rules_engine = greenlet(Keeper.start)
pyglet.clock.schedule_once(lambda dt: self.rules_engine.switch(), 0.001)
def do_action(self, context):
#if context.get("get_ability", False): pass
#elif context.get("get_target", False): pass
if context.get("get_cards", False):
sellist = context['list']
numselections = context['numselections']
required = context['required']
from_zone = context['from_zone']
from_player = context['from_player']
check_card = context['check_card']
self.card_selector.activate(sellist, from_zone, numselections, required=required, is_opponent=(from_player != self.player1), filter=check_card)
elif context.get("reveal_card", False):
sellist = context['cards']
from_zone = context['from_zone']
from_player = context['from_player']
self.card_selector.activate(sellist, from_zone, 0, required=False, is_opponent=(from_player != self.player1))
elif context.get("get_selection", False):
sellist = context['list']
numselections = context['numselections']
required = context['required']
msg = context['msg']
self.list_selector.build(sellist,required,numselections,msg)
elif context.get("get_choice", False):
msg = context['msg']
notify = context['notify']
options = context['options']
if notify: self.msg_controller.notify(msg, options)
else: self.msg_controller.ask(msg, options)
elif context.get("get_mana_choice", False):
required = context['required']
manapool = context['manapool']
from_player = context['from_player']
self.mana_controller.request_mana(required, manapool, is_opponent=(from_player != self.player1))
elif context.get("get_X", False):
from_player = context['from_player']
self.x_controller.request_x(is_opponent=(from_player != self.player1))
elif context.get("get_distribution", False):
amount = context['amount']
targets = context['targets']
self.distribution_assignment.activate(amount, targets)
elif context.get("get_damage_assign", False):
blocking_list = context['blocking_list']
trample = context['trample']
deathtouch = context['deathtouch']
self.damage_assignment.activate(blocking_list, trample, deathtouch)
elif context.get("get_game_over", False):
director.pop()
def game_reload(self, replay_file):
#self.game_status.log("Reloading game")
self.msg_controller.prompt("Reloading game")
self.dump_to_replay = replaydump.ReplayDump(filename=replay_file, save=False)
isserver = self.dump_to_replay.read()
seed = self.dump_to_replay.read()
player1_name = self.dump_to_replay.read()
my_deck = self.dump_to_replay.read()
my_avatar = self.dump_to_replay.read_raw()
player2_name = self.dump_to_replay.read()
other_deck = self.dump_to_replay.read()
other_avatar = self.dump_to_replay.read_raw()
player_data = [(player1_name,my_deck,my_avatar), (player2_name,other_deck,other_avatar)]
random.seed(seed)
players = []
for name, deck, avatar in player_data: players.append(GamePlayer(name, deck))
player1, player2 = players[:2]
for player in players:
player.dirty_input = self.replay_input
self.player_hand.set_hidden(False)
self.otherplayer_hand.set_hidden(False)
Keeper.init(players)
self.make_connections((player1, None, my_avatar), (player2, None, other_avatar))
self.soundfx.disconnect() # When replaying, don't blare sound at us.
# XXX This is hacky - need to change it
replaydump.players = dict([(player.name,player) for player in players])
replaydump.stack = Keeper.stack
self.client = None
self.start_rules_engine()
def game_start(self, player_name, seed, player_data, client=None):
#self.game_status.log("Starting game")
self.msg_controller.prompt("Starting game")
self.dump_to_replay = replaydump.ReplayDump(save=True)
self.dump_to_replay.write(True)
self.dump_to_replay.write(seed)
for name, deck, avatar in player_data:
self.dump_to_replay.write(name)
self.dump_to_replay.write(deck)
self.dump_to_replay.write_raw(avatar)
random.seed(seed)
players = []
for name, deck, avatar in player_data: players.append(GamePlayer(name, deck))
player1, player2 = players[:2]
if player1.name != player_name:
player1, player2 = player2, player1
player_data.reverse()
for player in players:
if not client or player.name == player_name:
player.dirty_input = self.greenlet_input
self.player_hand.set_hidden(False)
if not client: self.otherplayer_hand.set_hidden(False)
else: player.dirty_input = self.network_input
Keeper.init(players)
self.make_connections((player1, None, player_data[0][2]), (player2, None, player_data[1][2]))
# XXX This is hacky - need to change it
replaydump.players = dict([(player.name,player) for player in players])
replaydump.stack = Keeper.stack
self.client = client
if client:
client.call_action = lambda result, self=self: self.switch_to_rules_engine(result)
client.ready_to_play()
self.start_rules_engine()
class IncantusLayer(Layer):
is_event_handler = True
def __init__(self):
super(IncantusLayer, self).__init__()
self.width, self.height = director.window.width, director.window.height
self.network = False
self.pending_actions = []
self.init()
self.clear_game()
self.soundfx = soundfx.SoundEffects()
def init(self):
self.camera = Camera(euclid.Point3(0,15, 0))
self.mainplayer_status = StatusView()
self.otherplayer_status = StatusView(is_opponent=True)
self.mana_controller = ManaController(self.mainplayer_status.manapool, self.otherplayer_status.manapool, self)
self.x_controller = XSelector(self.mainplayer_status.manapool, self.otherplayer_status.manapool, self)
self.card_selector = CardSelector(self.mainplayer_status, self.otherplayer_status, self)
#self.game_status = GameStatus()
self.phase_status = PhaseStatus()
self.phase_bar = PhaseBar()
self.phase_controller = PhaseController(self.phase_status, self)
self.status_controller = StatusController(self.mainplayer_status, self.otherplayer_status, self.phase_status, self)
self.selection = SelectionList()
self.list_selector = SelectController(self.selection, self)
self.msg_dialog = MessageDialog()
self.msg_controller = MessageController(self.msg_dialog, self)
self.table = Table()
self.mainplay = PlayView(z=3)
self.otherplay = PlayView(z=-3, is_opponent_view=True)
self.play_controller = PlayController(self.mainplay, self.otherplay, self)
self.damage_assignment = DamageSelector(self.mainplay, self.otherplay, self)
self.distribution_assignment = DistributionSelector(self.mainplay, self.otherplay, self)
self.player_hand = HandView()
self.hand_controller = HandController(self.player_hand, self)
self.otherplayer_hand = HandView(is_opponent=True)
self.otherhand_controller = HandController(self.otherplayer_hand, self)
self.stack = StackView()
self.stack_controller = StackController(self.stack, self)
self.zone_animator = ZoneAnimator(self)
self._keep_priority = False
self.finish_turn = False
self.p1_stop_next = False
self.p2_stop_next = False
def setup_lighting(self):
glEnable(GL_LIGHTING)
glLightModelfv(GL_LIGHT_MODEL_AMBIENT, fourfv(0.5,0.5,0.5,1.0))
glEnable(GL_LIGHT0)
glLightfv(GL_LIGHT0, GL_AMBIENT, fourfv(0.5, 0.5, 0.5, 1.0))
glLightfv(GL_LIGHT0, GL_DIFFUSE, fourfv(0.8, 0.8, 0.8, 1.0))
glLightfv(GL_LIGHT0, GL_SPECULAR, fourfv(0.8, 0.8, 0.8, 1.0))
# ColorMaterial use inspired by: http://www.sjbaker.org/steve/omniv/opengl_lighting.html
glEnable ( GL_COLOR_MATERIAL )
glColorMaterial ( GL_FRONT_AND_BACK, GL_AMBIENT_AND_DIFFUSE)
def on_enter(self):
super(IncantusLayer, self).on_enter()
self.on_resize(self.width, self.height)
self.setup_lighting()
self.play_controller.activate()
self.status_controller.activate()
self.hand_controller.activate()
self.otherhand_controller.activate()
self.stack_controller.activate()
self.mainplayer_status.show()
self.otherplayer_status.show()
def on_exit(self):
super(IncantusLayer, self).on_exit()
glDisable(GL_LIGHTING)
self.play_controller.deactivate()
self.status_controller.deactivate()
self.hand_controller.deactivate()
self.otherhand_controller.deactivate()
self.stack_controller.deactivate()
self.mainplayer_status.hide()
self.otherplayer_status.hide()
def on_resize(self, width, height):
self.width, self.height = width, height
glViewport(0, 0, width, height)
glMatrixMode(GL_PROJECTION)
glLoadIdentity()
gluPerspective(80., width/float(height), 0.1, 3000.)
glMatrixMode(GL_MODELVIEW)
offset = 5
self.phase_bar.pos = euclid.Vector3(offset+self.phase_bar.width/2,offset+self.phase_bar.height/2, 0)
self.msg_dialog.pos = euclid.Vector3(offset+self.msg_dialog.width/2, 2*offset+self.phase_bar.height+self.msg_dialog.height/2,0)
self.mainplayer_status.pos = euclid.Vector3(offset, 3*offset+self.phase_bar.height+self.msg_dialog.height, 0)
self.mainplayer_status.resize(width, height)
self.otherplayer_status.pos = euclid.Vector3(offset, height-self.otherplayer_status.height-offset, 0)
self.otherplayer_status.resize(width, height)
self.stack.pos = euclid.Vector3(150,height/2,0)
self.player_hand.resize(width, height, width-self.msg_dialog.width)
self.otherplayer_hand.resize(width, height, width-self.otherplayer_status.width)
#self.game_status.resize(width, height, self.mainplayer_status.width)
self.phase_status.resize(width, height)
self.selection.pos = euclid.Vector3(width/2., height/2., 0)
def draw(self):
glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_FALSE)
self.camera.setup()
glEnable(GL_LIGHTING)
glEnable(GL_DEPTH_TEST)
self.table.draw()
glClear(GL_DEPTH_BUFFER_BIT)
self.mainplay.render()
self.otherplay.render()
self.zone_animator.render3d()
glDisable(GL_LIGHTING)
glDisable(GL_DEPTH_TEST)
self.draw_overlay()
self.camera.reset()
glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_TRUE)
def draw_overlay(self):
# draw left mask
self.set_2d(-50, 50)
self.phase_status.render()
self.phase_bar.render()
self.otherplayer_hand.render()
self.player_hand.render()
self.stack.render()
self.otherplayer_status.render()
self.mainplayer_status.render()
#self.game_status.render()
self.zone_animator.render2d()
self.msg_dialog.render()
self.selection.render()
#glDisable(GL_TEXTURE_2D)
self.unset_2d()
def on_key_press(self, symbol, modifiers):
if symbol == key.ENTER:
self.process_action(engine.Action.PassPriority())
elif symbol == key.ESCAPE:
self.process_action(engine.Action.CancelAction())
#elif symbol == key.L and modifiers & key.MOD_SHIFT:
# self.game_status.toggle_gamelog()
elif symbol == key.D and modifiers & key.MOD_SHIFT:
import pdb
pdb.set_trace()
elif symbol == key.V and modifiers & key.MOD_SHIFT:
self.camera.switch_viewpoint()
elif symbol == key.F:
self.finish_turn = True
self.process_action(engine.Action.PassPriority())
elif symbol == key.F1:
show_ingame_menu()
elif symbol == key.F2:
self.phase_controller.activate(other=False)
elif symbol == key.F3:
self.phase_controller.activate(other=True)
elif symbol == key.Q:
quit()
elif symbol == key.F7:
pyglet.image.get_buffer_manager().get_color_buffer().save('screenshot.png')
else:
return event.EVENT_UNHANDLED
return True
def set_2d(self, near, far):
glMatrixMode(GL_PROJECTION)
glPushMatrix()
glLoadIdentity()
glOrtho(0, self.width, 0, self.height, near, far)
glMatrixMode(GL_MODELVIEW)
glPushMatrix()
glLoadIdentity()
def unset_2d(self):
glPopMatrix()
glMatrixMode(GL_PROJECTION)
glPopMatrix()
glMatrixMode(GL_MODELVIEW)
def clear_game(self):
dispatcher.reset()
self.phase_status.clear()
#self.game_status.clear()
self.stack.clear()
self.mainplay.clear()
self.otherplay.clear()
self.player_hand.clear()
self.otherplayer_hand.clear()
self.mainplayer_status.clear()
self.otherplayer_status.clear()
def make_connections(self, player1_info, player2_info):
player1, self_color, self_avatar_data = player1_info
player2, other_color, other_avatar_data = player2_info
self_avatar = pyglet.image.load('avatar.png', StringIO(self_avatar_data))
other_avatar = pyglet.image.load('avatar.png', StringIO(other_avatar_data))
if not self_color: self_color = colors.compute_color_from_image(self_avatar)
if not other_color: other_color = colors.compute_color_from_image(other_avatar)
self.player1 = player1
self.player2 = player2
self.mainplayer_status.setup_player(player1, self_color, self_avatar)
self.otherplayer_status.setup_player(player2, other_color, other_avatar)
self.phase_status.setup_player_colors(player1, self_color, other_color)
self.player_hand.setup_player(self_color)
self.otherplayer_hand.setup_player(other_color)
self.zone_animator.setup(self.mainplayer_status, self.otherplayer_status, self.stack, self.mainplay,self.otherplay,self.table)
dispatcher.connect(self.stack.finalize_announcement, signal=engine.GameEvent.AbilityPlacedOnStack())
dispatcher.connect(self.stack.remove_ability, signal=engine.GameEvent.AbilityCanceled())
dispatcher.connect(self.player_hand.add_card, signal=engine.GameEvent.CardEnteredZone(), sender=player1.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.player_hand.remove_card, signal=engine.GameEvent.CardLeftZone(), sender=player1.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.player_hand.remove_card, signal=engine.GameEvent.CardCeasesToExist(), sender=player1.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_hand.add_card, signal=engine.GameEvent.CardEnteredZone(), sender=player2.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_hand.remove_card, signal=engine.GameEvent.CardLeftZone(), sender=player2.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_hand.remove_card, signal=engine.GameEvent.CardCeasesToExist(), sender=player2.hand, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.animate_life, signal=engine.GameEvent.LifeGainedEvent(),sender=player1, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.animate_life, signal=engine.GameEvent.LifeGainedEvent(),sender=player2, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.animate_life, signal=engine.GameEvent.LifeLostEvent(),sender=player1, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.animate_life, signal=engine.GameEvent.LifeLostEvent(),sender=player2, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.manapool.update_mana, signal=engine.GameEvent.ManaAdded(), sender=player1.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.manapool.update_mana, signal=engine.GameEvent.ManaSpent(), sender=player1.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.manapool.clear_mana, signal=engine.GameEvent.ManaCleared(), sender=player1.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.manapool.update_mana, signal=engine.GameEvent.ManaAdded(), sender=player2.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.manapool.update_mana, signal=engine.GameEvent.ManaSpent(), sender=player2.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.manapool.clear_mana, signal=engine.GameEvent.ManaCleared(), sender=player2.manapool, priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_bar.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_bar.set_phase, signal=engine.GameEvent.GameStepEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_status.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_status.set_phase, signal=engine.GameEvent.GameStepEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.phase_status.change_focus, signal=engine.GameEvent.GameFocusEvent(), priority=dispatcher.UI_PRIORITY)
#dispatcher.connect(self.game_status.log_event, signal=engine.GameEvent.LogEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplayer_status.pass_priority, signal=engine.GameEvent.HasPriorityEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplayer_status.pass_priority, signal=engine.GameEvent.HasPriorityEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplay.card_tapped, signal=engine.GameEvent.CardTapped(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplay.card_tapped, signal=engine.GameEvent.CardTapped(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplay.card_untapped, signal=engine.GameEvent.CardUntapped(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplay.card_untapped, signal=engine.GameEvent.CardUntapped(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplay.card_attached, signal=engine.GameEvent.AttachedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplay.card_attached, signal=engine.GameEvent.AttachedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.mainplay.card_unattached, signal=engine.GameEvent.UnAttachedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.otherplay.card_unattached, signal=engine.GameEvent.UnAttachedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.priority_stop, signal=engine.GameEvent.HasPriorityEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.play_ability, signal=engine.GameEvent.AbilityPlayedEvent(), priority=dispatcher.UI_PRIORITY)
dispatcher.connect(self.new_turn, signal=engine.GameEvent.NewTurnEvent(), priority=dispatcher.UI_PRIORITY)
self.soundfx.connect()
def new_turn(self, player): self.finish_turn = False
def keep_priority(self): self._keep_priority = True
def priority_stop(self, player):
# XXX This and the play_ability function won't work until i can properly put events
# onto the event queue
if Keeper.stack.empty():
if (not self.p1_stop_next and
((player != Keeper.active_player and self.phase_status.check_opponent_stop()) or
(player == Keeper.active_player and self.phase_status.check_my_stop()))):
self.pending_actions.append(engine.Action.PassPriority())
elif self.finish_turn:
self.pending_actions.append(engine.Action.PassPriority())
return
if (player == self.player1):
#self.player_hand.set_hidden(False)
#self.otherplayer_hand.set_hidden(True)
dispatcher.send(GUIEvent.MyPriority())
else:
#self.player_hand.set_hidden(True)
#self.otherplayer_hand.set_hidden(False)
dispatcher.send(GUIEvent.OpponentPriority())
def play_ability(self, ability):
if not self._keep_priority and not hasattr(ability, "mana_ability"): self.pending_actions.append(engine.Action.PassPriority())
# Keep priority after playing card
else: self._keep_priority = False
def network_input(self, context, prompt=''):
#self.game_status.log("Waiting for %s"%prompt.split(":")[0])
self.msg_controller.prompt("Waiting for %s"%prompt.split(":")[0])
self.pending_actions = [] # this is necessary to clear any extra actions
self.network = True
result = False
if context.get("reveal_card", False) and context["all"]:
self.card_selector.activate(context['cards'], context['from_zone'], 0, required=False, is_opponent=(context['from_player'] != self.player1), actionable=False)
g_self = greenlet.getcurrent()
result = g_self.parent.switch()
self.network = False
return result
def replay_input(self, context, prompt=''):
#self.game_status.log(prompt)
self.msg_controller.prompt(prompt)
process = context['process']
try:
result = self.dump_to_replay.read()
except replaydump.ReplayFinishedException:
# Switch the input to the greenlet_input
self.player1.dirty_input = self.greenlet_input
self.player2.dirty_input = self.greenlet_input
result = self.greenlet_input(context, prompt)
return result
def greenlet_input(self, context, prompt=''):
#self.game_status.log(prompt)
self.msg_controller.prompt(prompt)
process = context['process']
result = False
if self.pending_actions:
result = process(self.pending_actions.pop())
self.pending_actions = []
while result is False:
self.do_action(context)
g_self = greenlet.getcurrent()
result = process(g_self.parent.switch())
self.dump_to_replay.write(result)
if self.client: self.client.send_action(result)
return result
def switch_to_rules_engine(self, action=None):
try:
self.rules_engine.switch(action)
except engine.GameEvent.GameOverException:
# Game over
quit()
def process_action(self, action):
if not self.network:
#this is like pushing an event onto the pyglet loop
pyglet.clock.schedule_once(lambda dt: self.switch_to_rules_engine(action), 0.0001)
def start_rules_engine(self):
self.rules_engine = greenlet(Keeper.start)
pyglet.clock.schedule_once(lambda dt: self.rules_engine.switch(), 0.001)
def do_action(self, context):
#if context.get("get_ability", False): pass
#elif context.get("get_target", False): pass
if context.get("get_cards", False):
sellist = context['list']
numselections = context['numselections']
required = context['required']
from_zone = context['from_zone']
from_player = context['from_player']
check_card = context['check_card']
self.card_selector.activate(sellist, from_zone, numselections, required=required, is_opponent=(from_player != self.player1), filter=check_card)
elif context.get("reveal_card", False):
sellist = context['cards']
from_zone = context['from_zone']
from_player = context['from_player']
self.card_selector.activate(sellist, from_zone, 0, required=False, is_opponent=(from_player != self.player1))
elif context.get("get_selection", False):
sellist = context['list']
numselections = context['numselections']
required = context['required']
msg = context['msg']
self.list_selector.build(sellist,required,numselections,msg)
elif context.get("get_choice", False):
msg = context['msg']
notify = context['notify']
options = context['options']
if notify: self.msg_controller.notify(msg, options)
else: self.msg_controller.ask(msg, options)
elif context.get("get_mana_choice", False):
required = context['required']
manapool = context['manapool']
from_player = context['from_player']
self.mana_controller.request_mana(required, manapool, is_opponent=(from_player != self.player1))
elif context.get("get_X", False):
from_player = context['from_player']
self.x_controller.request_x(is_opponent=(from_player != self.player1))
elif context.get("get_distribution", False):
amount = context['amount']
targets = context['targets']
self.distribution_assignment.activate(amount, targets)
elif context.get("get_damage_assign", False):
blocking_list = context['blocking_list']
trample = context['trample']
deathtouch = context['deathtouch']
self.damage_assignment.activate(blocking_list, trample, deathtouch)
elif context.get("get_game_over", False):
director.pop()
def game_reload(self, replay_file):
#self.game_status.log("Reloading game")
self.msg_controller.prompt("Reloading game")
self.dump_to_replay = replaydump.ReplayDump(filename=replay_file, save=False)
isserver = self.dump_to_replay.read()
seed = self.dump_to_replay.read()
player1_name = self.dump_to_replay.read()
my_deck = self.dump_to_replay.read()
my_avatar = self.dump_to_replay.read_raw()
player2_name = self.dump_to_replay.read()
other_deck = self.dump_to_replay.read()
other_avatar = self.dump_to_replay.read_raw()
player_data = [(player1_name,my_deck,my_avatar), (player2_name,other_deck,other_avatar)]
random.seed(seed)
players = []
for name, deck, avatar in player_data: players.append(GamePlayer(name, deck))
player1, player2 = players[:2]
for player in players:
player.dirty_input = self.replay_input
self.player_hand.set_hidden(False)
self.otherplayer_hand.set_hidden(False)
Keeper.init(players)
self.make_connections((player1, None, my_avatar), (player2, None, other_avatar))
# XXX This is hacky - need to change it
replaydump.players = dict([(player.name,player) for player in players])
replaydump.stack = Keeper.stack
self.client = None
self.start_rules_engine()
def game_start(self, player_name, seed, player_data, client=None):
#self.game_status.log("Starting game")
self.msg_controller.prompt("Starting game")
self.dump_to_replay = replaydump.ReplayDump(save=True)
self.dump_to_replay.write(True)
self.dump_to_replay.write(seed)
for name, deck, avatar in player_data:
self.dump_to_replay.write(name)
self.dump_to_replay.write(deck)
self.dump_to_replay.write_raw(avatar)
random.seed(seed)
players = []
for name, deck, avatar in player_data: players.append(GamePlayer(name, deck))
player1, player2 = players[:2]
if player1.name != player_name:
player1, player2 = player2, player1
player_data.reverse()
for player in players:
if not client or player.name == player_name:
player.dirty_input = self.greenlet_input
self.player_hand.set_hidden(False)
if not client: self.otherplayer_hand.set_hidden(False)
else: player.dirty_input = self.network_input
Keeper.init(players)
self.make_connections((player1, None, player_data[0][2]), (player2, None, player_data[1][2]))
# XXX This is hacky - need to change it
replaydump.players = dict([(player.name,player) for player in players])
replaydump.stack = Keeper.stack
self.client = client
if client:
client.call_action = lambda result, self=self: self.switch_to_rules_engine(result)
client.ready_to_play()
self.start_rules_engine()