def test_clip_edges(): a = np.zeros(shape=(341, 156)) yclip = [4, 0] * u.pix xclip = [1, 2] * u.pix new_a = clip_edges(a, yclip, xclip) assert (a.shape[0] - (yclip[0].value + yclip[1].value) == new_a.shape[0]) assert (a.shape[1] - (xclip[0].value + xclip[1].value) == new_a.shape[1])
def test_clip_edges(): a = np.zeros(shape=(341, 156)) yclip = [4, 0] xclip = [1, 2] new_a = clip_edges(a, yclip, xclip) assert (a.shape[0] - (yclip[0] + yclip[1]) == 337) assert (a.shape[1] - (xclip[0] + xclip[1]) == 153)
def test_clip_edges(): a = np.zeros(shape=(341, 156)) yclip = [4, 0] * u.pix xclip = [1, 2] * u.pix new_a = clip_edges(a, yclip, xclip) assert(a.shape[0] - (yclip[0].value + yclip[1].value) == new_a.shape[0]) assert(a.shape[1] - (xclip[0].value + xclip[1].value) == new_a.shape[1])
def test_clip_edges(): a = np.zeros(shape=(341, 156)) yclip = [4, 0] xclip = [1, 2] new_a = clip_edges(a, yclip, xclip) assert(a.shape[0] - (yclip[0] + yclip[1]) == 337) assert(a.shape[1] - (xclip[0] + xclip[1]) == 153)