def __init__(self,
position=[0, 1],
velocity=[0, 0],
acceleration=[0, -0.1],
friction=0.5,
size=[1, 2],
borders=None):
Entity.__init__(self,
position=position,
velocity=velocity,
acceleration=acceleration,
friction=friction,
borders=borders)
self.view = [15, 10]
self.hitbox = self.size = size
def __init__(self, n=10, s=5, g=10, radius_borns=[1, 10], **kwargs):
super().__init__(**kwargs)
# entities = [Entity(FormAnatomy.random(),
# [Motion(s * Vector.random(), 10 * Vector.random(), Vector(0, -g)),
# Moment(Vector.random(), 5*Vector.random())], friction=0)
# for i in range(n)]
self.group = Group(*[Entity(CircleAnatomy.random(radius_borns=radius_borns), \
[Motion(s*Vector.random(), Vector(0,0), Vector(0, -g))], friction=0.1) \
for i in range(n)])
self.collider = Collider(elasticity=0.9)
self.born = s
self.born_elasticity = 0.5
self.square = Square(0, 0, 2 * self.born)
self.correctMasses()
def __init__(self,position,size,borders):
"""Create camera object using position, size and borders."""
Entity.__init__(self,position=position,size=size,borders=borders)
self.moving_function=moving2
def random(cls, n=10, **kwargs):
"""Create n random entities."""
entities = [Entity.random() for i in range(n)]
return cls(*entities, **kwargs)
def random(cls, n=5, np=3, nm=2, nv=2, dv=2):
"""Create a random entity group using the optional number of entities 'n'."""
entities = [Entity.random(n=np, nm=nm, nv=nv, d=dv) for i in range(n)]
entities = dict(zip(range(len(entities)), entities))
return cls(entities)
def __init__(self,position,size,borders,friction,controllable,color=WHITE):
Entity.__init__(self,position=position,size=size,borders=borders,friction=friction,controllable=controllable)
self.borders=borders
self.color=color
self.rectangles=[]
self.moving_function=lambda x:100*sin(x/10)