def test_dummies(self):
Scales()
TarableScales()
Pump()
IO()
Monochromator()
Shutter()
StorageRing()
PhotoDiode()
LightSource()
def setUp(self):
Radiography.setUp(self)
self.source = Shutter()
self.exp = SynchrotronRadiography(walker=self.walker,
flat_motor=self.flatfield_axis,
radio_position=0 * q.mm,
flat_position=10 * q.mm,
camera=self.camera,
shutter=self.source,
num_flats=5,
num_darks=5,
num_projections=10)
def setUp(self):
ContinuousTomography.setUp(self)
self.source = Shutter()
self.exp = SynchrotronContinuousTomography(
walker=self.walker,
flat_motor=self.flatfield_axis,
tomography_motor=self.tomo_motor,
radio_position=0 * q.mm,
flat_position=10 * q.mm,
camera=self.camera,
shutter=self.source,
num_flats=5,
num_darks=5,
num_projections=10,
angular_range=180 * q.deg,
start_angle=0 * q.deg)
def setUp(self):
ContinuousSpiralTomography.setUp(self)
self.source = Shutter()
self.exp = SynchrotronContinuousSpiralTomography(
walker=self.walker,
flat_motor=self.flatfield_axis,
tomography_motor=self.tomo_motor,
vertical_motor=self.vertical_motor,
radio_position=0 * q.mm,
flat_position=10 * q.mm,
camera=self.camera,
shutter=self.source,
start_position_vertical=0 * q.mm,
vertical_shift_per_tomogram=5 * q.mm,
sample_height=10 * q.mm,
num_flats=5,
num_darks=5,
num_projections=10,
angular_range=180 * q.deg,
start_angle=0 * q.deg)
def setUp(self):
self.motor = LinearMotor()
self.camera = Camera()
self.shutter = Shutter()
