def distribution_of(model):
"""Returns a normalised factor representing the joint instantiation
of the model.
"""
dist = Factor(data=[1], domain=model)
for f in model.factors():
dist *= f
dist.broadcast(frozenset(model.variables()))
dist /= dist.z()
return dist
def distribution_of(model):
"""Returns a normalised factor representing the joint instantiation
of the model.
"""
dist = Factor(data=[1],domain=model)
for f in model.factors():
dist *= f
dist.broadcast(frozenset(model.variables()))
dist /= dist.z()
return dist