def hook(dct):
if dct["__class__"] == Point.__name__:
return Point.hook(dct)
elif dct["__class__"] == Pave.__name__:
return Pave(
dct["width"], dct["length"], dct["height"], dct["centre"],
[dct["vertices"][i] for i in range(len(dct["vertices"]))])
def hook(dct):
if dct["__class__"] == Point.__name__:
return Point.hook(dct)
elif dct["__class__"] == Polygone3D.__name__:
return Polygone3D(centre=dct["centre"],
vertices=[
dct["vertices"][i]
for i in range(len(dct["vertices"]))
])
def hook(dct):
""" On ne copie pas la liste d'objets à ingorer"""
if dct["__class__"] == Point.__name__:
return Point.hook(dct)
elif dct["__class__"] == Vecteur.__name__:
return Vecteur.hook(dct)
elif dct["__class__"] == Arene.__name__:
return Arene.hook(dct)
elif dct["__class__"] == VueMatriceArene.__name__:
return VueMatriceArene(dct["arene"], dct["origine"], dct["ox"],
dct["ajuste"], dct["matrice"])
def hook(dct):
if dct["__class__"] == Objet3D.__name__:
return Objet3D(dct["centre"])
elif dct["__class__"] == Point.__name__:
return Point.hook(dct)
def hook(dct):
""" On ne récupère pas la liste d'objest à ignorer"""
if dct["__class__"] == Point.__name__:
return Point.hook(dct)
elif dct["__class__"] == Roue.__name__:
return Roue(**{key: dct[key] for key in Roue.KEYS})