def load_test_waveform(self):
self.awg.delete_all_waveforms()
self.awg.get_id() #Sometimes AWGs are slow. If it responds it's ready.
length = abs(int(1e9/self.if_freq *100))
qubit_info = mclient.get_qubit_info(self.qubit_info.get_name())
s = sequencer.Sequence()
s.append(sequencer.Combined([
sequencer.Constant(length, 0.25, chan=qubit_info.sideband_channels[0]),
sequencer.Constant(length, 0.25, chan=qubit_info.sideband_channels[1])]))
s = sequencer.Sequencer(s)
s.add_ssb(qubit_info.ssb)
seqs = s.render()
self.seqs = seqs
l = awgloader.AWGLoader(bulkload=config.awg_bulkload)
base = 1
for i in range(1, 5):
awg = instruments['AWG%d'%i]
if awg:
chanmap = {1:base, 2:base+1, 3:base+2, 4:base+3}
logging.info('Adding AWG%d, channel map: %s', i, chanmap)
l.add_awg(awg, chanmap)
base += 4
l.load(seqs)
l.run()
def generate(self, plot=False):
self._generated = True
sequencer.Sequence.PRINT_EXTENDED = True
sequencer.Pulse.RANGE_ACTION = sequencer.IGNORE
s = sequencer.Sequencer(self.seq, minlen=0, ch_align=False)
s.add_required_channel([0, 1, 2, 3, 'm0', 'master'])
seqs = s.render(debug=False)
if plot and 0:
s.print_seqs(seqs)
s.plot_seqs(seqs)
# Demod and integration tables
ssig = ins_yng.get_demod_scale_sig()
sref = ins_yng.get_demod_scale_ref()
YngwieEncoding.generate_demodulation_table(self.table_prefix, relative_phase=np.pi/180*90, amplitudes=[ssig,sref])
fg = fpgagenerator.FPGAGenerator(self.table_prefix, integration=self.integrate_log, nmodes=ins_yng.get_nmodes(), nchannels=ins_yng.get_noutputs())
fg.generate(seqs, plot=plot)
Qswitch_info1B,
cavity_info1B,
])
Qfun.measure()
if 0: # load sequence to AWG2
import awgloader
seq = ge(np.pi, 0)
s = sequencer.Sequence()
s.append(sequencer.Join([sequencer.Constant(250, 1, chan=3), seq]))
# s.append(seq)
l = awgloader.AWGLoader()
awg = mclient.instruments['AWG1']
# awg = mclient.instruments['AWG2']
l.add_awg(awg, {1: 1, 2: 2, 3: 3, 4: 4})
s = sequencer.Sequencer(s)
s = s.render()
l.load(s)
bla
if 1:
iqg = 40.02 + 50.77j
iqe = 8.02 + 1.21j
iqg_actual = iqg - (iqe - iqg) / 89.0 * 5.0
iqe_actual = iqe + (iqe - iqg) / 88.0 * 6.0
readout.set_IQe(iqe_actual)
readout.set_IQg(iqg_actual)
readout.set_IQe_radius(np.abs(iqe_actual - iqg_actual) / 2)
if 1:
readout.set_IQe(-39.4 + 36.7j)