def test_ampI(self):
am = DegreeOfFreedom('AM', 'drive')
am2 = DegreeOfFreedom('AM', probes='REFL_I', doftype='drive')
tf1 = self.opt.getTF('REFL_I', 'AM', doftype='drive')
tf2 = self.opt.getTF('REFL_I', am)
tf3 = self.opt.getTF(am2)
c1 = close.allclose(tf1, data['tfI_amp'])
c2 = close.allclose(tf2, data['tfI_amp'])
c3 = close.allclose(tf3, data['tfI_amp'])
assert np.all([c1, c2, c3])
def test_freqI(self):
laser = DegreeOfFreedom('Laser', 'freq')
laser2 = DegreeOfFreedom('Laser', probes='REFL_I', doftype='freq')
tf1 = self.katFR.getTF('REFL_I', 'Laser', doftype='freq')
tf2 = self.katFR.getTF('REFL_I', laser)
tf3 = self.katFR.getTF(laser2)
c1 = close.allclose(tf1, data['tfI_freq'])
c2 = close.allclose(tf2, data['tfI_freq'])
c3 = close.allclose(tf3, data['tfI_freq'])
assert np.all([c1, c2])
def test_phaseI(self):
pm = DegreeOfFreedom('PM', 'drive')
pm2 = DegreeOfFreedom('PM', probes='REFL_I', doftype='drive')
tf1 = self.opt.getTF('REFL_I', 'PM', doftype='drive')
tf2 = self.opt.getTF('REFL_I', pm)
tf3 = self.opt.getTF(pm2)
c1 = close.allclose(tf1, data['tfI_phase'])
c2 = close.allclose(tf2, data['tfI_phase'])
c3 = close.allclose(tf3, data['tfI_phase'])
assert np.all([c1, c2, c3])
def test_tfQ(self):
ex = DegreeOfFreedom(name='EX', drives='EX', doftype='pos')
ex2 = DegreeOfFreedom(name='EX', drives='EX', doftype='pos',
probes='REFL_Q')
tfQ1 = self.opt.getTF('REFL_Q', 'EX')
tfQ2 = self.opt.getTF('REFL_Q', ex)
tfQ3 = self.opt.getTF(ex2)
c1 = close.allclose(tfQ1, data['tfQ'])
c2 = close.allclose(tfQ2, data['tfQ'])
c3 = close.allclose(tfQ3, data['tfQ'])
assert np.all([c1, c2])
def test_tfI(self):
ex = DegreeOfFreedom('EX')
ex2 = DegreeOfFreedom('EX', probes='REFL_I')
ex3 = DegreeOfFreedom('EX', probes='REFL_DC')
tfI1 = self.katFR.getTF('REFL_I', 'EX')
tfI2 = self.katFR.getTF('REFL_I', ex)
tfI3 = self.katFR.getTF(ex2)
tfI4 = self.katFR.getTF('REFL_I', ex3)
c1 = close.allclose(tfI1, data['tfI'])
c2 = close.allclose(tfI2, data['tfI'])
c3 = close.allclose(tfI3, data['tfI'])
c4 = close.allclose(tfI4, data['tfI'])
assert np.all([c1, c2, c3, c4])
def test_amp2pos(self):
ex = DegreeOfFreedom('EX')
laser_amp = DegreeOfFreedom('Laser', 'amp')
amp2pos = self.katFR.getMechTF(ex, laser_amp)
assert close.allclose(amp2pos, data['amp2pos'])
def test_amp2pos(self):
ex = DegreeOfFreedom('EX')
laser_amp = DegreeOfFreedom('AM', 'drive')
amp2pos = self.opt.getMechTF(ex, laser_amp)
assert close.allclose(amp2pos, data['amp2pos'])