def __init__(self, pulse_lib=None, digitisers=None):
if self.pulse_lib is None:
self.pulse_lib = pulse_lib
if not isinstance(digitisers, (list, tuple)):
digitisers = [digitisers]
self.digitisers = digitisers
for dig in digitisers:
load_iq_image(dig.SD_AIN)
def set_dig_lo_settings(self, dig_channel_los):
# empty old dict
for key in self._dig_lo_settings.keys():
self._dig_lo_settings[key] = ()
load_iq_image(self.dig.SD_AIN)
self.dig.set_acquisition_mode(2)
for (lo_key, channel, hw_channel, ifreq, ifreq_band,
*arg) in dig_channel_los:
phase = arg[0] if len(arg) > 0 else 0.0
self._dig_lo_settings[lo_key] = [
channel, hw_channel, ifreq, ifreq_band, phase
]
self.write_dig_settings(lo_key)
awgs = []
for i, slot in enumerate(awg_slots):
awg = M3202A_fpga(f"AWG{i}", 1, slot)
awg.set_hvi_queue_control(True)
awgs.append(awg)
station = qcodes.Station()
station_name = 'Test'
for awg in awgs:
station.add_component(awg)
station.add_component(dig)
dig_mode = MODES.AVERAGE
load_iq_image(dig.SD_AIN)
print_fpga_info(dig.SD_AIN)
dig.set_acquisition_mode(dig_mode)
logging.info('init pulse lib')
# load the AWG library
pulse = create_pulse_lib(awgs)
print('start gui')
logging.info('open plotting')
plotting = liveplotting(pulse, dig, "Keysight")
plotting.move(222, 0)
plotting.resize(1618, 590)
plotting._2D_gate2_name.setCurrentIndex(1)
plotting._2D_t_meas.setValue(1)