def __init__(self):
layers = {
'lower_l1': F.Linear(392, 100),
'lower_l2': F.Linear(100, 100),
'lower_l3': F.Linear(100, 50)
}
NNpacker.__init__(self, layers, entryPoints=['lower'])
def __init__(self):
layers = {
'l1': F.Linear(784, 100),
'l2': F.Linear(100, 100)
}
eps = ['target']
children = {'child': ChildNNP()}
NNpacker.__init__(self, layers, entryPoints=eps, children=children)
def __init__(self):
layers = {
'union_l1': F.Linear(100, 50),
'union_l2': F.Linear(50, 50),
'union_l3': F.Linear(50, 10)
}
children = {'upper': Upper(), 'lower': Lower()}
NNpacker.__init__(self, layers, children=children)
def __init__(self):
layers = {"lower_l1": F.Linear(392, 100), "lower_l2": F.Linear(100, 100), "lower_l3": F.Linear(100, 50)}
NNpacker.__init__(self, layers, entryPoints=["lower"])
def __init__(self):
layers = {"union_l1": F.Linear(100, 50), "union_l2": F.Linear(50, 50), "union_l3": F.Linear(50, 10)}
children = {"upper": Upper(), "lower": Lower()}
NNpacker.__init__(self, layers, children=children)
def __init__(self):
layers = {}
entryPoints = ['chtarget']
NNpacker.__init__(self, layers, entryPoints=entryPoints)
