def test_regular(self):
f = filters.Regular(self._G)
self._test_methods(f, tight=True)
f = filters.Regular(self._G, degree=5)
self._test_methods(f, tight=True)
f = filters.Regular(self._G, degree=0)
self._test_methods(f, tight=True)
def test_gabor(self):
f = filters.Rectangular(self._G, None, 0.1)
f = filters.Gabor(self._G, f)
self._test_methods(f, tight=False, check=False)
self.assertRaises(ValueError, filters.Gabor, graphs.Sensor(), f)
f = filters.Regular(self._G)
self.assertRaises(ValueError, filters.Gabor, self._G, f)
def test_modulation(self):
f = filters.Rectangular(self._G, None, 0.1)
# TODO: synthesis doesn't work yet.
# f = filters.Modulation(self._G, f, modulation_first=False)
# self._test_methods(f, tight=False, check=False)
f = filters.Modulation(self._G, f, modulation_first=True)
self._test_methods(f, tight=False, check=False)
self.assertRaises(ValueError, filters.Modulation, graphs.Sensor(), f)
f = filters.Regular(self._G)
self.assertRaises(ValueError, filters.Modulation, self._G, f)
def test_regular(G):
g = filters.Regular(G)
g1 = filters.Regular(G, d=5)
g2 = filters.Regular(G, d=0)
