# Render
render_args = device, vertex_shader, fragment_shader, pipeline_layout, bind_group
top = wgpu.PrimitiveTopology.point_list
# render_to_screen(*render_args, topology=top)
a = render_to_texture(*render_args, size=(64, 64), topology=top)
# Check that the background is all zero
bg = a.copy()
bg[8:24, 8:24, :] = 0
bg[8:24, 40:56, :] = 0
bg[40:56, 8:24, :] = 0
bg[40:56, 40:56, :] = 0
assert np.all(bg == 0)
# Check the square
for dot in (
a[8:24, 8:24, :],
a[8:24, 40:56, :],
a[40:56, 8:24, :],
a[40:56, 40:56, :],
):
assert np.all(dot[:, :, 0] == 255) # red
assert np.all(dot[:, :, 1] == 127) # green
assert np.all(dot[:, :, 2] == 0) # blue
assert np.all(dot[:, :, 3] == 255) # alpha
if __name__ == "__main__":
run_tests(globals())
self.assertTrue(df.equals(G1_DF_R0))
df = roundoff_df(G1_DF, 2)
self.assertTrue(df.equals(G1_DF_R2))
df = roundoff_df(G1_DF, 2, columns=['III', 'V'])
G1_rounded = G1_DF.copy()
G1_rounded.reindex(list('abcd')) # becomes acbd for some reason
G1_rounded['III'] = pd.Series(
dict(list(zip(list('abcd'), [2.03, 2.12, 1.44, 2.12]))))
G1_rounded['V'] = pd.Series(
dict(list(zip(list('abcd'), [1.46, 1.84, 1.44, 2.08]))))
self.assertTrue(df.equals(G1_rounded))
df = roundoff_df(G1_DF, 2, indices=['b', 'd'])
G1_rounded = G1_DF.copy()
G1_rounded.loc['b'] = [1.47, 1.24, 2.12, 1.59, 1.84]
G1_rounded.loc['d'] = [2.12, 2.01, 2.12, 1.80, 2.08]
self.assertTrue(df.equals(G1_rounded))
df = roundoff_df(G1_DF, 2, columns=['III', 'V'], indices=['b', 'd'])
G1_rounded = G1_DF.copy()
G1_rounded.loc['b', ['III', 'V']] = [2.12, 1.84]
G1_rounded.loc['d', ['III', 'V']] = [2.12, 2.08]
self.assertTrue(df.equals(G1_rounded))
if __name__ == '__main__':
# ut.main()
run_tests(TestDatautils)
self.assertEqual(parse_date('09/07/2014').isoformat(), '2014-09-07')
def test_parse_date2(self):
"""Have only month and year"""
self.assertEqual(parse_date('2014.9').isoformat(), "2014-09-01")
self.assertEqual(parse_date('july-2014').isoformat(), "2014-07-01")
self.assertEqual(parse_date('july-14').isoformat(), "2014-07-01")
def test_parse_date3(self):
"""Bad options that are expected to fail"""
self.assertNotEqual(parse_date('8.18.2014').isoformat(), "2014-08-18")
self.assertNotEqual(parse_date('2012091').isoformat(), "2012-09-01")
self.assertNotEqual(parse_date('113-13-59').isoformat(), "2013-13-59")
self.assertNotEqual(parse_date('01131359').isoformat(), "2013-13-59")
self.assertNotEqual(parse_date('jux.14').isoformat(), "2014-xx-14")
def test_iso_date(self):
self.assertTrue (iso_date('2013-05-07'))
self.assertTrue (iso_date('2013-99-77')) # crazy but isoformat
self.assertFalse(iso_date( 20130917 )) # not a string
self.assertFalse(iso_date('13-09-17' )) # < 8 chars
self.assertFalse(iso_date('2013-09-179'))# > 8 chars
self.assertFalse(iso_date('2013--0917')) # less than 3-tuple
self.assertFalse(iso_date('20-13-09-7')) # more than 3-tuple
if __name__ == '__main__':
#ut.main() # standard way to call tests
run_tests(TestTimeutils)
df = roundoff_df(G1_DF, 2)
self.assertTrue(df.equals(G1_DF_R2))
df = roundoff_df(G1_DF, 2, columns=['III', 'V'])
G1_rounded = G1_DF.copy()
G1_rounded.reindex_axis( list('abcd') ) # becomes acbd for some reason
G1_rounded['III'] = pd.Series(dict(zip(list('abcd'), [2.03, 2.12, 1.44, 2.12] )))
G1_rounded['V'] = pd.Series(dict(zip(list('abcd'), [1.46, 1.84, 1.44, 2.08] )))
self.assertTrue(df.equals(G1_rounded))
df = roundoff_df(G1_DF, 2, indices=['b', 'd'])
G1_rounded = G1_DF.copy()
G1_rounded.ix['b'] = [1.47, 1.24, 2.12, 1.59, 1.84]
G1_rounded.ix['d'] = [2.12, 2.01, 2.12, 1.80, 2.08]
self.assertTrue(df.equals(G1_rounded))
df = roundoff_df(G1_DF, 2, columns=['III', 'V'], indices=['b', 'd'])
G1_rounded = G1_DF.copy()
G1_rounded.ix['b', ['III', 'V']] = [2.12, 1.84]
G1_rounded.ix['d', ['III', 'V']] = [2.12, 2.08]
self.assertTrue(df.equals(G1_rounded))
if __name__ == '__main__':
# ut.main()
run_tests(TestDatautils)
self.assertEqual(parse_date('09/07/2014').isoformat(), '2014-09-07')
def test_parse_date2(self):
"""Have only month and year"""
self.assertEqual(parse_date('2014.9').isoformat(), "2014-09-01")
self.assertEqual(parse_date('july-2014').isoformat(), "2014-07-01")
self.assertEqual(parse_date('july-14').isoformat(), "2014-07-01")
def test_parse_date3(self):
"""Bad options that are expected to fail"""
self.assertNotEqual(parse_date('8.18.2014').isoformat(), "2014-08-18")
self.assertNotEqual(parse_date('2012091').isoformat(), "2012-09-01")
self.assertNotEqual(parse_date('113-13-59').isoformat(), "2013-13-59")
self.assertNotEqual(parse_date('01131359').isoformat(), "2013-13-59")
self.assertNotEqual(parse_date('jux.14').isoformat(), "2014-xx-14")
def test_iso_date(self):
self.assertTrue (iso_date('2013-05-07'))
self.assertTrue (iso_date('2013-99-77')) # crazy but isoformat
self.assertFalse(iso_date( 20130917 )) # not a string
self.assertFalse(iso_date('13-09-17' )) # < 8 chars
self.assertFalse(iso_date('2013-09-179'))# > 8 chars
self.assertFalse(iso_date('2013--0917')) # less than 3-tuple
self.assertFalse(iso_date('20-13-09-7')) # more than 3-tuple
if __name__ == '__main__':
#ut.main() # standard way to call tests
run_tests(TestTimeutils)
