def test_productTypes(self):
"""Test non-image data is returned as the expected type.
"""
self.assertIsInstance(isrMock.BfKernelMock().run(), np.ndarray)
self.assertIsInstance(isrMock.CrosstalkCoeffMock().run(), np.ndarray)
self.assertIsInstance(isrMock.DefectMock().run()[0],
lsst.meas.algorithms.Defect)
self.assertIsInstance(isrMock.TransmissionMock().run(),
afwImage.TransmissionCurve)
def test_transposeDefectList(self):
"""Expect bbox dimension values to flip.
"""
defectList = isrMock.DefectMock().run()
transposed = defectList.transpose()
for d, t in zip(defectList, transposed):
self.assertEqual(d.getBBox().getDimensions().getX(),
t.getBBox().getDimensions().getY())
self.assertEqual(d.getBBox().getDimensions().getY(),
t.getBBox().getDimensions().getX())
def test_interpolateDefectList(self):
"""Expect number of interpolated pixels to be non-zero.
"""
defectList = isrMock.DefectMock().run()
self.assertEqual(len(defectList), 1)
for fallbackValue in (None, -999.0):
for haveMask in (True, False):
with self.subTest(fallbackValue=fallbackValue,
haveMask=haveMask):
if haveMask is False:
if 'INTRP' in self.mi.getMask().getMaskPlaneDict():
self.mi.getMask().removeAndClearMaskPlane('INTRP')
else:
if 'INTRP' not in self.mi.getMask().getMaskPlaneDict():
self.mi.getMask().addMaskPlane('INTRP')
numBit = countMaskedPixels(self.mi, "INTRP")
self.assertEqual(numBit, 0)