class NPC(Player):
def __init__(self, n):
super(NPC, self).__init__(n)
self.act_timer = Timer(1)
self.goal = LocalPoint(0,0)
self.interfaces = ['npc']
self.rotate = False
def update(self):
self.act_timer.tick()
if self.point == self.goal:
self.goal = LocalPoint(random.randint(0,settings.STAGE_WIDTH),random.randint((1-self.number)*settings.STAGE_WIDTH/2,(1-self.number)*settings.STAGE_WIDTH/2+settings.STAGE_WIDTH/2-3))
self.rotate = True
else:
if not self.act_timer.is_over(): return
sub = self.goal - self.point
if sub.x >0:
self.point.x +=1
elif sub.x < 0:
self.point.x -=1
if sub.y >0:
self.point.y +=1
elif sub.y < 0:
self.point.y -=1
self.move_pointer()
self.act_timer.reset()
self.act_timer.play()
def poll(self):
if self.rotate:
self.rotate = False
return random.choice([-1,1])
class GameTimer(Number):
def __init__(self):
self.timer = Timer(settings.FPS*settings.YEARS)
super(GameTimer, self).__init__(u"../resources/image/main/navigation/timer.png", w=36, h=90)
self.x, self.y = settings.TIMER_POSITON
self.align = Number.TEXTALIGNCENTER
self.n = int((self.timer.max-self.timer.now)/settings.FPS)
def update(self):
self.timer.tick()
self.n = int((self.timer.max-self.timer.now)/settings.FPS)
def play(self):
self.timer.play()
def is_over(self):
return self.timer.is_over()
def reset(self):
self.timer.reset()
@property
def now(self):
return self.n
class Unit(object):
animation_enable = False
offset = (0,0)
parameter = ATTACK
name = 'unit'
degree = LocalPoint(0,0)
def __init__(self, panels, stage):
self.panels = panels
self.stage = stage
self.owner = panels[0].owner
self.color = panels[0].color
self.degree = LocalPoint(0, -1+self.owner*2)
self.image = Animation(self.parameter['image'], AnimationInfo(self.owner,0,0,self.parameter['width'],self.parameter['height'],0))
self.hp = self.parameter['hp']
self.attack = self.parameter['attack']
self.limit = self.parameter['limit']
self.count = 0
self.timer = Timer(self.parameter['frequency'])
appear_sound = Sound(u'../resources/sound/appear.wav')
appear_sound.play()
self.image.x, self.image.y = (self.panels[0].point + LocalPoint(self.offset)).to_global().to_pos()
self.delay = Timer()
if self.parameter['effect']['enable'] and settings.EFFECTENABLE:
ef = self.parameter['effect']
Effect(ef['appear'], AnimationInfo(0,0,ef['frame'],ef['width'],ef['height'],1), x=self.image.x-ef['offset'][0], y=self.image.y-ef['offset'][1])
self.delay.set(self.parameter['delay'])
self.delay.play()
@classmethod
def generate(cls, panels, map):
raise NotImplementedError
@staticmethod
def check(panels):
color = panels[0].color
owner = panels[0].owner
for panel in panels:
if not panel.can_unit() or not color == panel.color or not owner == panel.owner:
return False
else:
return True
def update(self):
u"""1のとき進める、-1のとき消す"""
for panel in self.panels:
if panel.disable or not panel.owner == self.owner:
return -1
self.image.x, self.image.y = (self.panels[0].point + LocalPoint(self.offset)).to_global().to_pos()
self.delay.tick()
if self.delay.is_over(): self.timer.play()
self.timer.tick()
if self.timer.is_over():
if self.count < self.limit:
self.timer.reset()
self.count+=1
return 1
else: return -1
return
def move(self, panels):
pass
def draw(self):
if self.delay.is_over(): self.image.draw()
def get_front(self, vector):
x, y = vector.to_pos()
if x is 0 and y is -1:
return self.panels.sort(cmp=lambda x, y: cmp(x.y,y.y))[0]
elif x is 1 and y is 0:
return self.panels.sort(cmp=lambda x, y: cmp(x.x,y.x), reverse=True)[0]
elif x is 0 and y is 1:
return self.panels.sort(cmp=lambda x, y: cmp(x.y,y.y), reverse=True)[0]
elif x is -1 and y is 0:
return self.panels.sort(cmp=lambda x, y: cmp(x.x,y.x))[0]
def has(self, panel): return panel in self.panels
def disappear(self):
if not self.name == 'bomb':
disappear_sound = Sound(u'../resources/sound/disappear.wav')
disappear_sound.play()
for panel in self.panels:
panel.change_color()
panel.unit = False
class City(object):
u"""街クラス。人口や発展状況などを管理する"""
def __init__(self, owner, world):
u"""
owner : この街を所持するプレイヤー
world : Worldクラスインスタンス
"""
self.owner = owner
self.world = world
self.population = 0
self.level = 1
self.buildings = []
self.territories = []
self.flow_timer = Timer(settings.FPS*settings.FLOW_POPULATION_YEAR)
self.building_matrix = []
for x in xrange(0, 4):
row = []
for y in xrange(0, 4):
u"""領土内相対座標の二次配列作成"""
row.append(None)
self.building_matrix.append(row)
def increase_population(self, p=None):
u"""人口を増やす。その後、レベルアップの判定をする
増える人口はレベルに依存する。 p*2^(lv-1)
"""
self.flow_timer.reset()
self.flow_timer.play()
if not p:
self.population += self._calc_population()
else:
self.population += p
if self.level < 5 and settings.LEVELUP_BORDERLINES[self.level] < self.population:
self.level +=1
print "LevelUp! %d" % self.level
def decrease_population(self, p):
u"""
p人人口を減らす
実際に減った人数を返す
"""
self.flow_timer.reset()
self.flow_timer.play()
if self.population < p:
p = self.population
self.population = 0
else:
self.population -= p
return p
def _create_building(self):
if self.population <= 0: return
if random.randint(0, settings.BUILDING_POP_RATE) != 0: return
x = random.randint(0, 3)
y = random.randint(0, 3)
if not self.building_matrix[x][y] or (self.building_matrix[x][y] and self.building_matrix[x][y].level != self.level):
bs = LEVEL_BUILDINGS[self.level-1]
if len(bs) == 0: return
building = random.choice(bs)(self.root_point.x+x, self.root_point.y+y)
for sx in xrange(x, x+building.size):
for sy in xrange(y, y+building.size):
self.building_matrix[sx][sy] = building
def _calc_population(self):
u"""レベルに応じた増減する人口を算出する"""
p = random.randint(8000, 12000)
return p*2**(self.level-1)
def update(self):
self.flow_timer.tick()
if self.flow_timer.is_over() and self.population > 0:
u"""人を流出させる"""
bottom_territories = self._get_bottom_territories()
for territory in bottom_territories:
u"""最も手前にある領土の一覧を取ってきて、繋がっているかどうか調査する"""
front = self.world.get_panel_from(territory, 2)
if territory.is_connect_with(front):
self._flow_immigration(territory, front)
self._create_building()
updated = []
for x in xrange(0, 4):
for y in xrange(0, 4):
b = self.building_matrix[x][y]
if b and not b in updated:
b.update()
updated.append(b)
def draw(self):
rendered = []
for x in xrange(0, 4):
for y in xrange(0, 4):
b = self.building_matrix[x][y]
if b and not b in rendered:
b.draw()
rendered.append(b)
def _flow_immigration(self, territory, front):
immigrant = self.world.i_manager.create_immigrant(territory.point.x, territory.point.y)
p = self._calc_population()
p = self.decrease_population(p)
immigrant.population = p
immigrant.direction = 2
immigrant.ainfo.index = 2
immigrant.current_ground = territory
immigrant.x, immigrant.y = territory.surface_bottom_edge.to_pos()
immigrant.goal_ground = front
self.flow_timer.reset()
def _get_bottom_territories(self):
u"""領土最下層のTerritoryのみを取ってくる"""
list = []
for territory in self.territories:
if territory.point.y == 3:
list.append(territory)
return list
@property
def root_point(self):
return Vector(self.owner.number*4, 0)
class City(object):
u"""街クラス。人口や発展状況などを管理する"""
def __init__(self, owner, world):
u"""
owner : この街を所持するプレイヤー
world : Worldクラスインスタンス
"""
self.owner = owner
self.world = world
self.levelup_sound = Sound("../resources/sound/levelup.wav")
self.increase_sound = Sound("../resources/sound/increase.wav")
self.population = 0
self.level = 1
self.buildings = []
self.territories = []
self.flow_timer = Timer(settings.FPS*settings.FLOW_POPULATION_YEAR)
self.building_matrix = [[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
#self._constract_building(Laputa, 0, 0)
def increase_population(self, p=None):
u"""人口を増やす。その後、レベルアップの判定をする
増える人口はレベルに依存する。 p*2^(lv-1)
"""
self.flow_timer.reset()
self.flow_timer.play()
if not p:
self.population += self._calc_population()
else:
self.population += p
if self.level < 5 and settings.LEVELUP_BORDERLINES[self.level] < self.population:
self.levelup_sound.play()
self.level +=1
else:
self.increase_sound.play()
def decrease_population(self, p):
u"""
p人人口を減らす
実際に減った人数を返す
"""
self.flow_timer.reset()
self.flow_timer.play()
if self.population < p:
p = self.population
self.population = 0
else:
self.population -= p
return p
def _pop_building(self):
u"""ビルを建てる"""
if self.population <= 0: return
if random.randint(0, settings.BUILDING_POP_RATE) != 0: return
buildings = LEVEL_BUILDINGS[self.level-1]
if len(buildings) == 0: return
if self.level <= 2:
x = random.randint(0, 3)
y = random.randint(0, 3)
elif self.level <= 4:
x, y = random.choice(((0, 0), (2, 0), (0, 2), (2, 2)))
elif self.level == 5:
x, y = (0, 0)
if not self.building_matrix[x][y] or (self.building_matrix[x][y] and self.building_matrix[x][y].level != self.level):
building = random.choice(buildings)
self._constract_building(building, x, y)
def _constract_building(self, cls, x, y):
building = cls(self.root_point.x+x, self.root_point.y+y)
for sx in xrange(x, x+building.size):
for sy in xrange(y, y+building.size):
self.building_matrix[sx][sy] = building
self.buildings.append(building)
def _calc_population(self):
u"""レベルに応じた増減する人口を算出する"""
p = random.randint(8000, 12000)
return p*2**(self.level-1)
def update(self):
self.flow_timer.tick()
if self.flow_timer.is_over() and self.population > 0:
u"""人を流出させる"""
bottom_territories = self._get_bottom_territories()
for territory in bottom_territories:
u"""最も手前にある領土の一覧を取ってきて、繋がっているかどうか調査する"""
front = self.world.get_panel_from(territory, 2)
if territory.is_connect_with(front):
self._flow_immigration(territory, front)
self._pop_building()
updated = []
for x in xrange(0, 4):
for y in xrange(0, 4):
b = self.building_matrix[x][y]
if b and not b in updated:
b.update()
updated.append(b)
def draw(self):
rendered = []
for x in xrange(0, 4):
for y in xrange(0, 4):
b = self.building_matrix[x][y]
if b and not b in rendered:
b.draw()
rendered.append(b)
def _flow_immigration(self, territory, front):
u"""移民を流出させる"""
immigrant = self.world.i_manager.create_immigrant(territory.point.x, territory.point.y)
p = self._calc_population()
p = self.decrease_population(p)
immigrant.population = p
immigrant.direction = 2
immigrant.ainfo.index = 2
immigrant.current_ground = territory
immigrant.x, immigrant.y = territory.surface_bottom_edge.to_pos()
immigrant.goal_ground = front
self.flow_timer.reset()
def _get_bottom_territories(self):
u"""領土最下層のTerritoryのみを取ってくる"""
list = []
for territory in self.territories:
if territory.point.y == 3:
list.append(territory)
return list
@property
def root_point(self):
u"""街の左上の座標を返す"""
pc = self.world.player_count
if pc == 1:
return Vector(6, 0)
elif pc == 2:
return (Vector(2, 0), Vector(10, 0))[self.owner.number]
elif pc == 3:
return (Vector(1, 0), Vector(6, 0), Vector(11, 0))[self.owner.number]
elif pc == 4:
return Vector(self.owner.number*4, 0)
class City(object):
u"""街クラス。人口や発展状況などを管理する"""
def __init__(self, owner, world):
u"""
owner : この街を所持するプレイヤー
world : Worldクラスインスタンス
"""
self.owner = owner
self.world = world
self.levelup_sound = Sound("../resources/sound/levelup.wav")
self.increase_sound = Sound("../resources/sound/increase.wav")
self.population = 0
self.level = 1
self.buildings = []
self.territories = []
self.flow_timer = Timer(settings.FPS * settings.FLOW_POPULATION_YEAR)
self.building_matrix = [[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
#self._constract_building(Laputa, 0, 0)
def increase_population(self, p=None):
u"""人口を増やす。その後、レベルアップの判定をする
増える人口はレベルに依存する。 p*2^(lv-1)
"""
self.flow_timer.reset()
self.flow_timer.play()
if not p:
self.population += self._calc_population()
else:
self.population += p
if self.level < 5 and settings.LEVELUP_BORDERLINES[
self.level] < self.population:
self.levelup_sound.play()
self.level += 1
else:
self.increase_sound.play()
def decrease_population(self, p):
u"""
p人人口を減らす
実際に減った人数を返す
"""
self.flow_timer.reset()
self.flow_timer.play()
if self.population < p:
p = self.population
self.population = 0
else:
self.population -= p
return p
def _pop_building(self):
u"""ビルを建てる"""
if self.population <= 0: return
if random.randint(0, settings.BUILDING_POP_RATE) != 0: return
buildings = LEVEL_BUILDINGS[self.level - 1]
if len(buildings) == 0: return
if self.level <= 2:
x = random.randint(0, 3)
y = random.randint(0, 3)
elif self.level <= 4:
x, y = random.choice(((0, 0), (2, 0), (0, 2), (2, 2)))
elif self.level == 5:
x, y = (0, 0)
if not self.building_matrix[x][y] or (
self.building_matrix[x][y]
and self.building_matrix[x][y].level != self.level):
building = random.choice(buildings)
self._constract_building(building, x, y)
def _constract_building(self, cls, x, y):
building = cls(self.root_point.x + x, self.root_point.y + y)
for sx in xrange(x, x + building.size):
for sy in xrange(y, y + building.size):
self.building_matrix[sx][sy] = building
self.buildings.append(building)
def _calc_population(self):
u"""レベルに応じた増減する人口を算出する"""
p = random.randint(8000, 12000)
return p * 2**(self.level - 1)
def update(self):
self.flow_timer.tick()
if self.flow_timer.is_over() and self.population > 0:
u"""人を流出させる"""
bottom_territories = self._get_bottom_territories()
for territory in bottom_territories:
u"""最も手前にある領土の一覧を取ってきて、繋がっているかどうか調査する"""
front = self.world.get_panel_from(territory, 2)
if territory.is_connect_with(front):
self._flow_immigration(territory, front)
self._pop_building()
updated = []
for x in xrange(0, 4):
for y in xrange(0, 4):
b = self.building_matrix[x][y]
if b and not b in updated:
b.update()
updated.append(b)
def draw(self):
rendered = []
for x in xrange(0, 4):
for y in xrange(0, 4):
b = self.building_matrix[x][y]
if b and not b in rendered:
b.draw()
rendered.append(b)
def _flow_immigration(self, territory, front):
u"""移民を流出させる"""
immigrant = self.world.i_manager.create_immigrant(
territory.point.x, territory.point.y)
p = self._calc_population()
p = self.decrease_population(p)
immigrant.population = p
immigrant.direction = 2
immigrant.ainfo.index = 2
immigrant.current_ground = territory
immigrant.x, immigrant.y = territory.surface_bottom_edge.to_pos()
immigrant.goal_ground = front
self.flow_timer.reset()
def _get_bottom_territories(self):
u"""領土最下層のTerritoryのみを取ってくる"""
list = []
for territory in self.territories:
if territory.point.y == 3:
list.append(territory)
return list
@property
def root_point(self):
u"""街の左上の座標を返す"""
pc = self.world.player_count
if pc == 1:
return Vector(6, 0)
elif pc == 2:
return (Vector(2, 0), Vector(10, 0))[self.owner.number]
elif pc == 3:
return (Vector(1, 0), Vector(6, 0), Vector(11,
0))[self.owner.number]
elif pc == 4:
return Vector(self.owner.number * 4, 0)
