def test_convolve1d_2d():
f = np.arange(64*4).reshape((16,-1))
n = np.array([[.5,1.,.5],[0.,2.,0.]])
convolve1d(f, n, 0)
def test_convolve1d_2d():
f = np.arange(64 * 4).reshape((16, -1))
n = np.array([[.5, 1., .5], [0., 2., 0.]])
convolve1d(f, n, 0)
def test_convolve1d_shape():
f = np.arange(64*4).reshape((16,-1))
n = [.5,1.,.5]
for axis in (0,1):
g = convolve1d(f, n, axis)
assert g.shape == f.shape
def test_convolve1d():
f = np.arange(64 * 4).reshape((16, -1))
n = [.5, 1., .5]
for axis in (0, 1):
g = convolve1d(f, n, axis)
assert g.shape == f.shape
