def testCopyDetector(self):
"""Test copyDetector() method
"""
#
# Make a copy without any modifications
#
detector = DetectorWrapper().detector
ndetector = cameraGeom.copyDetector(detector)
self.assertEqual(detector.getName(), ndetector.getName())
self.assertEqual(detector.getBBox(), ndetector.getBBox())
self.assertEqual(detector.getPhysicalType(),
ndetector.getPhysicalType())
for amp, namp in zip(detector, ndetector):
self.assertEqual(amp.getBBox(), namp.getBBox())
self.assertEqual(amp.getRawXYOffset(), namp.getRawXYOffset())
#
# Now make a copy with a hacked-up set of amps
#
ampInfoCatalog = detector.getAmpInfoCatalog().copy(deep=True)
for i, amp in enumerate(ampInfoCatalog, 1):
amp.setRawXYOffset(i * lsst.geom.ExtentI(1, 1))
ndetector = cameraGeom.copyDetector(detector,
ampInfoCatalog=ampInfoCatalog)
self.assertEqual(detector.getName(), ndetector.getName())
self.assertEqual(detector.getBBox(), ndetector.getBBox())
for i, (amp, namp) in enumerate(zip(detector, ndetector), 1):
self.assertEqual(amp.getBBox(), namp.getBBox())
self.assertNotEqual(amp.getRawXYOffset(), namp.getRawXYOffset())
self.assertEqual(namp.getRawXYOffset()[0], i)
def testCopyDetector(self):
"""Test copyDetector() method
"""
#
# Make a copy without any modifications
#
detector = DetectorWrapper().detector
ndetector = cameraGeom.copyDetector(detector)
self.assertEqual(detector.getName(), ndetector.getName())
self.assertEqual(detector.getBBox(), ndetector.getBBox())
self.assertEqual(detector.getPhysicalType(), ndetector.getPhysicalType())
for amp, namp in zip(detector, ndetector):
self.assertEqual(amp.getBBox(), namp.getBBox())
self.assertEqual(amp.getRawXYOffset(), namp.getRawXYOffset())
#
# Now make a copy with a hacked-up set of amps
#
ampInfoCatalog = detector.getAmpInfoCatalog().copy(deep=True)
for i, amp in enumerate(ampInfoCatalog, 1):
amp.setRawXYOffset(i*lsst.geom.ExtentI(1, 1))
ndetector = cameraGeom.copyDetector(
detector, ampInfoCatalog=ampInfoCatalog)
self.assertEqual(detector.getName(), ndetector.getName())
self.assertEqual(detector.getBBox(), ndetector.getBBox())
for i, (amp, namp) in enumerate(zip(detector, ndetector), 1):
self.assertEqual(amp.getBBox(), namp.getBBox())
self.assertNotEqual(amp.getRawXYOffset(), namp.getRawXYOffset())
self.assertEqual(namp.getRawXYOffset()[0], i)
def testDetectorRebuild(self):
"""Test Detector.rebuild() method
"""
#
# Make a copy without any modifications
#
detector = DetectorWrapper().detector
ndetector = detector.rebuild().finish()
self.assertEqual(detector.getName(), ndetector.getName())
self.assertEqual(detector.getBBox(), ndetector.getBBox())
self.assertEqual(detector.getPhysicalType(),
ndetector.getPhysicalType())
for amp, namp in zip(detector, ndetector):
self.assertEqual(amp.getBBox(), namp.getBBox())
self.assertEqual(amp.getRawXYOffset(), namp.getRawXYOffset())
#
# Now make a copy with a hacked-up set of amps
#
builder = detector.rebuild()
for i, amp in enumerate(builder, 1):
amp.setRawXYOffset(i * lsst.geom.ExtentI(1, 1))
ndetector = builder.finish()
self.assertEqual(detector.getName(), ndetector.getName())
self.assertEqual(detector.getBBox(), ndetector.getBBox())
for i, (amp, namp) in enumerate(zip(detector, ndetector), 1):
self.assertEqual(amp.getBBox(), namp.getBBox())
self.assertNotEqual(amp.getRawXYOffset(), namp.getRawXYOffset())
self.assertEqual(namp.getRawXYOffset()[0], i)
