def test_image_inverted(self):
"""Check that the demo image was actually inverted, as it needs to be."""
star = Starshot.from_demo_image()
top_left_corner_val_before = star.image.array[0, 0]
star.image.check_inversion_by_histogram(percentiles=[4, 50, 96])
top_left_corner_val_after = star.image.array[0, 0]
self.assertNotEqual(top_left_corner_val_before, top_left_corner_val_after)
def test_image_inverted(self):
"""Check that the demo image was actually inverted, as it needs to be."""
star = Starshot.from_demo_image()
top_left_corner_val_before = star.image.array[0, 0]
star._check_image_inversion()
top_left_corner_val_after = star.image.array[0, 0]
self.assertNotEqual(top_left_corner_val_before, top_left_corner_val_after)
def setUp(self):
self.star = Starshot.from_demo_image()
self.star.analyze()
def test_fails_with_tight_tol(self):
star = Starshot.from_demo_image()
star.analyze(tolerance=0.1)
self.assertFalse(star.passed)
def construct_star(cls):
return Starshot.from_demo_image()
def setUp(self):
self.star = Starshot.from_demo_image()
self.star.analyze()
def test_fails_with_tight_tol(self):
star = Starshot.from_demo_image()
star.analyze(tolerance=0.1)
self.assertFalse(star.passed)
def construct_star(cls):
return Starshot.from_demo_image()