def test_ccm_calc(fake_ccm):
logger.debug('test_ccm_calc')
calc = fake_ccm.energy
logger.debug('physics pos is %s', calc.position)
logger.debug('real pos is %s', calc.real_position)
logger.debug('sample alio is %s', SAMPLE_ALIO)
theta_func = ccm.alio_to_theta(
SAMPLE_ALIO,
calc.theta0_rad_val,
calc.gr_val,
calc.gd_val,
)
wavelength_func = ccm.theta_to_wavelength(theta_func, calc.dspacing_val)
energy_func = ccm.wavelength_to_energy(wavelength_func)
energy = calc.energy.position
assert energy == energy_func
calc.alio.move(0)
calc.move(energy, wait=False)
assert np.isclose(calc.alio.position, SAMPLE_ALIO)
calc.alio.move(calc.alio.position)
calc.move(energy=calc.energy.position, wait=False)
assert np.isclose(calc.alio.position, SAMPLE_ALIO)
def test_theta_alio_inversion():
logger.debug('test_theta_alio_inversion')
theta = ccm.alio_to_theta(SAMPLE_ALIO, ccm.default_theta0, ccm.default_gr,
ccm.default_gd)
alio_calc = ccm.theta_to_alio(theta, ccm.default_theta0, ccm.default_gr,
ccm.default_gd)
# Unlike the other inversions, this is just an approximation
assert np.isclose(alio_calc, SAMPLE_ALIO)
def test_ccm_calc(fake_ccm):
logger.debug('test_ccm_calc')
calc = fake_ccm.calc
logger.debug('physics pos is %s', calc.position)
logger.debug('real pos is %s', calc.real_position)
logger.debug('sample alio is %s', SAMPLE_ALIO)
theta = calc.theta.position
theta_func = ccm.alio_to_theta(SAMPLE_ALIO, calc.theta0, calc.gr, calc.gd)
assert theta == theta_func * 180 / np.pi
wavelength = calc.wavelength.position
wavelength_func = ccm.theta_to_wavelength(theta * np.pi / 180,
calc.dspacing)
assert wavelength == wavelength_func
energy = calc.energy.position
energy_func = ccm.wavelength_to_energy(wavelength)
assert energy == energy_func
calc.alio.readback.sim_put(0)
calc.alio.setpoint.sim_put(0)
calc.move(energy, wait=False)
assert np.isclose(calc.alio.setpoint.get(), SAMPLE_ALIO)
calc.alio.readback.sim_put(0)
calc.alio.setpoint.sim_put(0)
calc.move(wavelength=wavelength, wait=False)
assert np.isclose(calc.alio.setpoint.get(), SAMPLE_ALIO)
calc.alio.readback.sim_put(0)
calc.alio.setpoint.sim_put(0)
calc.move(theta=theta, wait=False)
assert np.isclose(calc.alio.setpoint.get(), SAMPLE_ALIO)
calc.alio.readback.sim_put(calc.alio.setpoint.get())
calc.move(energy=calc.energy.position,
wavelength=calc.wavelength.position,
theta=calc.theta.position,
wait=False)
assert np.isclose(calc.alio.setpoint.get(), SAMPLE_ALIO)