def test1 (self): '''Test expansion of simple terms.''' # single bits all around expected = np.array ([0], np.int8) actual = M.expand_template (1, ((1,0),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) expected = np.array ([1], np.int8) actual = M.expand_template (1, ((1,1),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) # single RLE series expected = np.array ([0,0,0], np.int8) actual = M.expand_template (3, ((1,0),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) expected = np.array ([1,1,1,1], np.int8) actual = M.expand_template (4, ((1,1),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) # combined samples/bit and run lengths expected = np.array ([0,]*2*3, np.int8) actual = M.expand_template (2, ((3,0),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) expected = np.array ([1,]*5*2, np.int8) actual = M.expand_template (5, ((2,1),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all())
def test1 (self): '''Test expansion of simple terms.''' # single bits all around expected = np.array ([0], np.int8) actual = M.expand_template (1, ((1,0),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) expected = np.array ([1], np.int8) actual = M.expand_template (1, ((1,1),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) # single RLE series expected = np.array ([0,0,0], np.int8) actual = M.expand_template (3, ((1,0),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) expected = np.array ([1,1,1,1], np.int8) actual = M.expand_template (4, ((1,1),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) # combined samples/bit and run lengths expected = np.array ([0,]*2*3, np.int8) actual = M.expand_template (2, ((3,0),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all()) expected = np.array ([1,]*5*2, np.int8) actual = M.expand_template (5, ((2,1),) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all())
def test2(self):
'''Test combined samples/bit and RLE series.'''
expected = np.array([
1,
] * 3 + [
0,
] * 3 * 4 + [
0,
] * 3 * 5 + [
1,
] * 3 * 7, np.int8)
actual = M.expand_template(3, ((1, 1), (4, 0), (5, 0), (7, 1)))
self.assertEqual(len(actual), len(expected))
self.assert_((expected == actual).all())
def test0(self):
'''Test special-case null inputs.'''
expected = np.array([], np.int8)
# samples/bit = 0
actual = M.expand_template(0, ((22, 1), (33, 0), (44, 1)))
self.assertEqual(len(actual), 0)
self.assert_((expected == actual).all())
# empty RLE terms-series
actual = M.expand_template(1, ())
self.assertEqual(len(actual), 0)
self.assert_((expected == actual).all())
actual = M.expand_template(13, ())
self.assertEqual(len(actual), 0)
self.assert_((expected == actual).all())
# zero run lengths
actual = M.expand_template(1, ((0, 1), ))
self.assertEqual(len(actual), 0)
self.assert_((expected == actual).all())
actual = M.expand_template(1, ((0, 0), ))
self.assertEqual(len(actual), 0)
self.assert_((expected != actual).all())
def test0 (self): '''Test special-case null inputs.''' expected = np.array ([], np.int8) # samples/bit = 0 actual = M.expand_template (0, ((22,1),(33,0),(44,1)) ) self.assertEqual (len (actual), 0) self.assert_((expected == actual).all()) # empty RLE terms-series actual = M.expand_template (1, () ) self.assertEqual (len (actual), 0) self.assert_((expected == actual).all()) actual = M.expand_template (13, () ) self.assertEqual (len (actual), 0) self.assert_((expected == actual).all()) # zero run lengths actual = M.expand_template (1, ((0,1),) ) self.assertEqual (len (actual), 0) self.assert_((expected == actual).all()) actual = M.expand_template (1, ((0,0),) ) self.assertEqual (len (actual), 0) self.assert_((expected != actual).all())
def test2 (self): '''Test combined samples/bit and RLE series.''' expected = np.array ([1,]*3 + [0,]*3*4 + [0,]*3*5 + [1,]*3*7, np.int8) actual = M.expand_template (3, ((1,1),(4,0),(5,0),(7,1)) ) self.assertEqual (len (actual), len (expected)) self.assert_((expected == actual).all())