def from_topleft_widthheight(cls, top: float, left: float, width: float,
height: float):
top_left_pt = Point.from_tuple((top, left))
return Rect(direction=CoordinatesDirection.SCREEN_DIRECTION,
pt1=top_left_pt,
pt2=Point(x=top_left_pt.x + width,
y=top_left_pt.y + height))
def __init__(self, name: str):
super().__init__()
self.name = name
top_left_pt = OurPoint.from_tuple(Global.TOP_LEFT)
self.playing_area = Rect(
direction=CoordinatesDirection.SCREEN_DIRECTION,
pt1=top_left_pt,
pt2=OurPoint(x=top_left_pt.x + Global.WIDTH_HEIGHT[0], y=top_left_pt.y + Global.WIDTH_HEIGHT[1]))
# Walls para detectar cuándo el balón sale del terreno de juego.
self.walls = []
top_left = Vec2d(self.playing_area.topleft)
top_right = Vec2d(self.playing_area.topright)
bottom_left = Vec2d(self.playing_area.bottomleft)
bottom_right = Vec2d(self.playing_area.bottomright)
self.walls.append(Wall2d(top_left, top_right))
self.walls.append(Wall2d(top_right, bottom_right))
self.walls.append(Wall2d(top_left, bottom_left))
self.walls.append(Wall2d(bottom_left, bottom_right))
# Zonas importantes en el campo.
self.regions = {}
for i in range(0, 7):
for j in range(0, 4):
an_id = i * 4 + j
rect = Rect.from_topleft_widthheight(50 + i * 150, 50 + j * 180, 150, 180)
self.regions[an_id] = SoccerRegion(an_id, rect, self)
# Balón.
self.ball = SoccerBall(pos=self.playing_area.center, size=10, mass=2,
velocity=Vec2d(1, 10), soccer_field=self)
# Equipos
self.teams = {}
self.teams[Color.RED.value] = SoccerTeam(Color.RED.value, Color.RED, 4, self)
self.teams[Color.BLUE.value] = SoccerTeam(Color.BLUE.value, Color.BLUE, 4, self)
# Porterías.
self.goals = {}
self.goals[Color.RED.value] = SoccerGoal(Color.RED.value, Color.RED, self.playing_area.midleft, self)
self.goals[Color.BLUE.value] = SoccerGoal(Color.BLUE.value, Color.BLUE, self.playing_area.midright, self)
def from_tuples(cls, t1, t2):
return cls.from_points(Point.from_tuple(t1), Point.from_tuple(t2))
