def test_bb_shift_vector(self):
self.assertTrue(
vector_is_close(self.wl.bb_shift_vector,
self.bb_shift_vector,
delta=0.15),
msg="The vector {} is not sufficiently close to vector {}".format(
self.wl.bb_shift_vector, self.bb_shift_vector))
def test_couch_iso(self):
# test iso size
if self.couch_iso_size is not None:
self.assertAlmostEqual(self.wl.couch_iso_size, self.couch_iso_size, delta=0.2)
# test iso vector
if self.couch_iso2bb_vector is not None:
self.assertTrue(vector_is_close(self.wl.couch_iso2bb_vector, self.couch_iso2bb_vector),
msg="{} was != {}".format(self.wl.couch_iso2bb_vector, self.couch_iso2bb_vector))
def test_collimator_iso(self):
# test iso size
if self.collimator_iso_size is not None:
self.assertAlmostEqual(self.wl.collimator_iso_size, self.collimator_iso_size, delta=0.2)
# test iso vector
if self.collimator_iso2bb_vector is not None:
self.assertTrue(vector_is_close(self.wl.collimator_iso2bb_vector, self.collimator_iso2bb_vector),
msg="{} was != {}".format(self.wl.collimator_iso2bb_vector, self.collimator_iso2bb_vector))
def test_couch_iso(self):
# test iso size
self.assertAlmostEqual(self.wl.couch_iso_size,
self.couch_iso_size,
delta=0.2)
# test iso vector
self.assertTrue(
vector_is_close(self.wl.couch_iso2bb_vector,
self.couch_iso2bb_vector))
def test_gantry_iso(self):
# test iso size
self.assertAlmostEqual(self.wl.gantry_iso_size,
self.gantry_iso_size,
delta=0.2)
# test iso vector
self.assertTrue(vector_is_close(self.wl.gantry_iso2bb_vector,
self.gantry_iso2bb_vector),
msg="{} was != {} within {}".format(
self.wl.gantry_iso2bb_vector,
self.gantry_iso2bb_vector, 0.2))
def test_gantry_iso(self):
# test iso size
self.assertAlmostEqual(self.wl.gantry_iso_size, self.gantry_iso_size, delta=0.2)
# test iso vector
self.assertTrue(vector_is_close(self.wl.gantry_iso2bb_vector, self.gantry_iso2bb_vector),
msg="{} was != {} within {}".format(self.wl.gantry_iso2bb_vector, self.gantry_iso2bb_vector, 0.2))
