def refresh(self):
u"""ステージをリセットする"""
self.player_positions = []
self.i_manager = ImmigrantManager(self)
for n in xrange(0, self.player_count):
p = Player(n, self)
self.players.append(p)
self.player_positions.append(p.point)
self._generate_stage()
def refresh(self):
u"""ステージをリセットする"""
self.player_positions = []
self.i_manager = ImmigrantManager(self)
for n in xrange(0,self.player_count):
p = Player(n, self)
self.players.append(p)
self.player_positions.append(p.point)
self._generate_stage()
def __init__(self, *args, **kwargs):
self.players = []
self.player_count = 4
self.player_positions = []
self.i_manager = ImmigrantManager(self)
for n in xrange(0,self.player_count):
p = Player(n, self)
self.players.append(p)
self.player_positions.append(p.point)
self._generate_stage()
class World(object):
u"""マップを管理するクラス"""
def __init__(self, *args, **kwargs):
self.players = []
self.player_count = 4
self.player_positions = []
self.i_manager = ImmigrantManager(self)
for n in xrange(0,self.player_count):
p = Player(n, self)
self.players.append(p)
self.player_positions.append(p.point)
self._generate_stage()
def _generate_stage(self):
u"""ステージを生成する"""
self._map = []
for x in xrange(settings.STAGE_WIDTH):
row = []
for y in xrange(settings.STAGE_HEIGHT):
if y < 4:
panel = self._generate_territory(x, y) # ゲーム参加人数によって領土を置くかどうか調査
else:
panel = Ground(x, y)
row.append(panel)
self._map.append(row)
def _generate_territory(self, x, y):
u"""
x, yの位置に設置されるTerritoryを返す
プレイヤー人数によって配置が異なるのでその処理をココで行う
"""
if self.player_count == 1:
if 6 <= x <= 9:
return Territory(x, y, self.players[0])
else:
return Ground(x, y)
elif self.player_count == 2:
u"""
2-5 Player 1
10-13 Player 2
"""
if 2 <= x <= 5:
return Territory(x, y, self.players[0])
elif 10 <= x <= 13:
return Territory(x, y, self.players[1])
else:
return Ground(x, y)
elif self.player_count == 3:
u"""
1~4 Player 1
6-9 Player 2
11-14 Player 3
"""
if 1 <= x <= 4:
return Territory(x, y, self.players[0])
elif 6 <= x <= 9:
return Territory(x, y, self.players[1])
elif 11 <= x <= 14:
return Territory(x, y, self.players[2])
else:
return Ground(x, y)
elif self.player_count == 4:
return Territory(x, y, self.players[int(x/4)])
def get_panel_on(self, point):
u"""渡されたpointにあるパネルを取ってくる。領域外の場合はDummyパネルを返す"""
x = point.x
y = point.y
if self.is_valid(point):
return self._map[x][y]
else:
return Dummy(point.x, point.y)
def draw(self):
u"""マップを描画する"""
for col in self._map:
for panel in col:
if panel.point in self.player_positions:
for player in self.players:
if player.point == panel.point:
player.current_road.draw()
break
else:
panel.draw()
map(lambda p: p.draw(), self.players)
self.i_manager.draw()
return pygame.rect.Rect(settings.ROOT_POSITION[1], settings.ROOT_POSITION[0]-settings.STAGE_HEIGHT*20,
settings.STAGE_HEIGHT*20, settings.STAGE_WIDTH*20)
def _replace_panel(self, panel):
u"""Map上のパネルを置き換える"""
x = panel.point.x
y = panel.point.y
outdated_panel = self._map[x][y]
self._map[x][y] = panel
del outdated_panel
def is_valid(self, point):
u"""渡された座標が領域内かどうかを判定する"""
x = point.x
y = point.y
return 0 <= x < settings.STAGE_WIDTH and 0 <= y < settings.STAGE_HEIGHT
def update(self):
for col in self._map:
for panel in col:
if panel.is_road() and panel.update() == 1:
ground = Ground(panel.point.x, panel.point.y)
self._replace_panel(ground)
for player in self.players:
player.update()
p = player.poll()
u"""p=0のとき、何もしない、p=1のとき、右回転、p=2のとき設置、p=-1のとき左回転"""
if p == 2:
if self.get_panel_on(player.point).can_attach_road():
self._replace_panel(player.current_road)
player.attach_road()
elif p!=0:
player.current_road.rotate(p)
self.i_manager.update()
def get_panel_from(self, panel, direction):
u"""
panelからdirectionの向きにあるパネルを取り出す
direction 上から時計回りに0~3
"""
point = panel.point.clone()
if direction==0:
point.y -=1
elif direction==1:
point.x +=1
elif direction==2:
point.y +=1
elif direction==3:
point.x -=1
return self.get_panel_on(point)
def get_winner(self):
max = 0
winner = self.players[0]
for player in self.players:
if max < player.city.population:
winner = player
max = player.city.population
return winner
class World(object):
u"""マップを管理するクラス"""
def __init__(self, *args, **kwargs):
self.players = []
self._player_count = kwargs.get('players')
self.timer = kwargs.get('timer')
self.refresh()
def refresh(self):
u"""ステージをリセットする"""
self.player_positions = []
self.i_manager = ImmigrantManager(self)
for n in xrange(0, self.player_count):
p = Player(n, self)
self.players.append(p)
self.player_positions.append(p.point)
self._generate_stage()
def _generate_stage(self):
u"""ステージを生成する"""
self._map = [[None for col in range(settings.STAGE_HEIGHT)]
for row in range(settings.STAGE_WIDTH)
] # 二次配列を生成してNoneで初期化
for x in xrange(settings.STAGE_WIDTH):
for y in xrange(settings.STAGE_HEIGHT):
if y < 4:
self._map[x][y] = self._generate_territory(
x, y) # ゲーム参加人数によって領土を置くかどうか調査
elif y == settings.STAGE_HEIGHT - 1:
road = IShapeRoad(x, y)
road.rotate(1)
self._map[x][y] = road
else:
self._map[x][y] = Ground(x, y)
def _generate_territory(self, x, y):
u"""
x, yの位置に設置されるTerritoryを返す
プレイヤー人数によって配置が異なるのでその処理をココで行う
"""
if self.player_count == 1:
if 6 <= x <= 9:
return Territory(x, y, self.players[0])
else:
return Ground(x, y)
elif self.player_count == 2:
u"""
2-5 Player 1
10-13 Player 2
"""
if 2 <= x <= 5:
return Territory(x, y, self.players[0])
elif 10 <= x <= 13:
return Territory(x, y, self.players[1])
else:
return Ground(x, y)
elif self.player_count == 3:
u"""
1~4 Player 1
6-9 Player 2
11-14 Player 3
"""
if 1 <= x <= 4:
return Territory(x, y, self.players[0])
elif 6 <= x <= 9:
return Territory(x, y, self.players[1])
elif 11 <= x <= 14:
return Territory(x, y, self.players[2])
else:
return Ground(x, y)
elif self.player_count == 4:
return Territory(x, y, self.players[int(x / 4)])
def get_panel_on(self, point):
u"""渡されたpointにあるパネルを取ってくる。領域外の場合はDummyパネルを返す"""
x = point.x
y = point.y
if self.is_valid(point):
return self._map[x][y]
else:
return Dummy(point.x, point.y)
def draw(self):
u"""マップを描画する"""
for col in self._map:
for panel in col:
if panel.point in self.player_positions and panel.can_attach_road(
):
for player in self.players:
if player.point == panel.point:
player.current_road.draw()
break
else:
panel.draw()
map(lambda p: p.draw(), self.players)
self.i_manager.draw()
return pygame.rect.Rect(
settings.ROOT_POSITION[1],
settings.ROOT_POSITION[0] - settings.STAGE_HEIGHT * 20,
settings.STAGE_HEIGHT * 20, settings.STAGE_WIDTH * 20)
def replace_panel(self, panel):
u"""Map上のパネルを置き換える"""
x = panel.point.x
y = panel.point.y
outdated_panel = self._map[x][y]
self._map[x][y] = panel
del outdated_panel
def is_valid(self, point):
u"""渡された座標が領域内かどうかを判定する"""
x = point.x
y = point.y
return 0 <= x < settings.STAGE_WIDTH and 0 <= y < settings.STAGE_HEIGHT
def update(self):
for col in self._map:
for panel in col:
if panel.is_road() and panel.update() == 1:
ground = Ground(panel.point.x, panel.point.y)
self.replace_panel(ground)
self.i_manager.update()
def get_panel_from(self, panel, direction):
u"""
panelからdirectionの向きにあるパネルを取り出す
direction 上から時計回りに0~3
"""
point = panel.point.clone()
if direction == 0:
point.y -= 1
elif direction == 1:
point.x += 1
elif direction == 2:
point.y += 1
elif direction == 3:
point.x -= 1
return self.get_panel_on(point)
def get_winner(self):
max = 0
winner = self.players[0]
for player in self.players:
if max < player.city.population:
winner = player
max = player.city.population
return winner
@property
def player_count(self):
return self._player_count