class SingletFocusCalculatorTest(FileReadingTestCase):
def setUp(self):
astrom_data = AstromParser().parse(
self.get_abs_path("data/1616681p22.measure3.cands.astrom"))
self.source = astrom_data.get_sources()[0]
self.reading0 = self.source.get_reading(0)
self.reading1 = self.source.get_reading(1)
self.reading2 = self.source.get_reading(2)
self.undertest = SingletFocusCalculator(self.source)
def test_get_focal_point_first_reading(self):
assert_tuples_almost_equal(
self.undertest.calculate_focus(self.reading0),
(583.42, 408.46))
def test_get_focal_point_second_reading(self):
assert_tuples_almost_equal(
self.undertest.calculate_focus(self.reading1),
(586.18, 408.63))
def test_get_focal_point_third_reading(self):
assert_tuples_almost_equal(
self.undertest.calculate_focus(self.reading2),
(587.80, 407.98))
def setUp(self):
astrom_data = AstromParser().parse(
self.get_abs_path("data/1616681p22.measure3.cands.astrom"))
self.source = astrom_data.get_sources()[0]
self.reading0 = self.source.get_reading(0)
self.reading1 = self.source.get_reading(1)
self.reading2 = self.source.get_reading(2)
self.undertest = SingletFocusCalculator(self.source)
def download_singlets_for_source(self, source, needs_apcor=False):
focus_calculator = SingletFocusCalculator(source)
for reading in source.get_readings():
focus = focus_calculator.calculate_focus(reading)
self._singlet_download_manager.submit_request(
DownloadRequest(reading,
needs_apcor=needs_apcor,
focus=focus,
callback=self.on_singlet_image_loaded)
)
def download_singlets_for_source(self, source, needs_apcor=False):
focus_calculator = SingletFocusCalculator(source)
for reading in source.get_readings():
if reading.ssos:
# For track the objects have moved too far to center on
# the mid point. Centre each image on its source reading.
# TODO: refactor.
focus = reading.source_point
else:
focus = focus_calculator.calculate_focus(reading)
self._singlet_download_manager.submit_request(
DownloadRequest(reading,
needs_apcor=needs_apcor,
focus=focus,
callback=self.on_singlet_image_loaded)
)