def test_shape():
from lasagne.init import Initializer
# Assert that all `Initializer` sublasses return the shape that
# we've asked for in `sample`:
for klass in Initializer.__subclasses__():
assert klass().sample((12, 23)).shape == (12, 23)
def test_shape():
from lasagne.init import Initializer
# Assert that all `Initializer` sublasses return the shape that
# we've asked for in `sample`:
for klass in Initializer.__subclasses__():
assert klass().sample((12, 23)).shape == (12, 23)
def test_shape():
from lasagne.init import Initializer
# Assert that all `Initializer` sublasses return the shape that
# we've asked for in `sample`:
for klass in Initializer.__subclasses__():
if len(klass.__subclasses__()):
# check HeNormal, HeUniform, GlorotNormal, GlorotUniform
for sub_klass in klass.__subclasses__():
assert sub_klass().sample((12, 23)).shape == (12, 23)
else:
assert klass().sample((12, 23)).shape == (12, 23)
def test_shape():
from lasagne.init import Initializer
# Assert that all `Initializer` sublasses return the shape that
# we've asked for in `sample`:
for klass in Initializer.__subclasses__():
if len(klass.__subclasses__()):
# check HeNormal, HeUniform, GlorotNormal, GlorotUniform
for sub_klass in klass.__subclasses__():
assert sub_klass().sample((12, 23)).shape == (12, 23)
else:
assert klass().sample((12, 23)).shape == (12, 23)
def test_initializer_sample():
from lasagne.init import Initializer
with pytest.raises(NotImplementedError):
Initializer().sample((100, 100))
