def __init__(self):
self.__images = [
pg.transform.flip(
pg.transform.scale(
pg.image.load(join(_ball, "snowball_0" + str(i) + ".png")),
_ball_scale), True, False) for i in range(1, 7)
]
self.__images.append(
pg.transform.flip(
pg.transform.scale(
pg.image.load(join(_ball, "snowball_07.png")), (30, 30)),
True, False))
self.__is_thrown = False
self.__index = 0
self.rotate_image = self.__images[self.__index]
image = self.__images[self.__index]
Base.__init__(self, image)
Circle.__init__(self, self.rect, collision_type=4, radius=15)
def __init__(self, melee):
Ship.__init__(self, melee)
##
## Manually Create turret
## TODO: Eventually this will be autogenerated via SVG
from utils.squirtle import SVG
svg_turret = SVG('data/ships/nemesis-turret.svg')
svg_turret.init((105.908, 106.821), self.scale)
# Create body
bodydef = Body()
bodydef.ccd = True
bodydef.position = self.body.position
self.turret = melee.world.append_body(bodydef)
self.turret.angular_velocity = self.body.angular_velocity
self.turret.linear_velocity = self.body.linear_velocity
# Create shapes
self.radius = 0.85
density = 2.0
# Base
base = Circle()
base.collision_group = self.group
base.radius = self.radius
base.density = density
# Barrel
verts = [Vec2(0.15, -2), Vec2(0.15, 0), Vec2(-0.15, 0), Vec2( -0.15, -2)]
barrel = Polygon()
barrel.vertices = verts
barrel.collision_group = self.group
barrel.density = density
s1 = self.turret.append_shape(base)
s2 = self.turret.append_shape(barrel)
self.turret.set_mass_from_shapes()
# Create secondary
SecondaryWeapon(self, melee, self.turret, svg_turret)
def __init__(self, melee):
Actor.__init__(self, melee)
# Randomize velocity
ub = melee.aabb.upper_bound
lb = melee.aabb.lower_bound
x = randrange(lb.x, ub.x)
y = randrange(lb.y, ub.y)
av = 0.1
vx = randrange(-50.0, 50.0)
vy = randrange(-50.0, 50.0)
# Create body
bodydef = Body()
bodydef.ccd = True
bodydef.position = Vec2(x, y)
self.body = melee.world.append_body(bodydef)
self.body.angular_velocity = av
self.body.linear_velocity = Vec2(vx, vy)
# Create shape
self.radius = 1.0
density = 10.0
c1 = Circle()
c1.radius = self.radius
self.c1_local = -1.0, 1.0
c1.local_position = Vec2(*self.c1_local)
c1.density = density
s1 = self.body.append_shape(c1)
c2 = Circle()
c2.radius = self.radius
self.c2_local = 1.0, 1.0
c2.local_position = Vec2(*self.c2_local)
c2.density = density
s2 = self.body.append_shape(c2)
self.body.set_mass_from_shapes()
# Register shapes for collision callbacks
melee.contact_register[hash(s1)] = self
melee.contact_register[hash(s2)] = self
