def flux_square_phase_fix(ftpts,pulse_location,pulse,pulse_cfg, mm_target_info, flux_pulse_info):
if flux_pulse_info['fix_phase']:
if pulse.name[-1] == "f":
dc_offset = mm_target_info['dc_offset_freq_ef']
shifted_frequency = mm_target_info['flux_pulse_freq_ef']
bare_frequency = shifted_frequency-dc_offset
waveforms_qubit_flux = ap.sideband(ftpts,
ap.square(ftpts, pulse.amp, pulse_location-pulse.length-0.5*(pulse.span_length - pulse.length) , pulse.length, pulse_cfg['square'][
'ramp_sigma']), np.zeros(len(ftpts)),freq=bare_frequency, phase= 360*dc_offset/1e9*(ftpts+pulse_location)+pulse.phase,offset=False, origin=origin)[0]
else:
dc_offset = mm_target_info['dc_offset_freq']
shifted_frequency = mm_target_info['flux_pulse_freq']
bare_frequency = shifted_frequency-dc_offset
waveforms_qubit_flux = ap.sideband(ftpts,
ap.square(ftpts, pulse.amp, pulse_location-pulse.length-0.5*(pulse.span_length - pulse.length) , pulse.length, pulse_cfg['square'][
'ramp_sigma']), np.zeros(len(ftpts)),freq=bare_frequency, phase= 360*dc_offset/1e9*(ftpts+pulse_location)+pulse.phase,offset=False, origin=origin)[0]
else:
waveforms_qubit_flux = ap.sideband(ftpts,
ap.square(ftpts, pulse.amp, pulse_location-pulse.length-0.5*(pulse.span_length - pulse.length) , pulse.length, pulse_cfg['square'][
'ramp_sigma']), np.zeros(len(ftpts)),
pulse.freq, pulse.phase,offset=False, origin=origin)[0]
return waveforms_qubit_flux
def gauss_phase_fix(wtpts,origin,marker_start_buffer,marker_end_buffer,pulse_location,pulse,pulse_info,qubit_dc_offset):
if pulse_info['fix_phase']:
print("Phase of qubit pulse is being fixed")
print("qubit DC offset is %s" %(qubit_dc_offset))
qubit_waveforms = ap.sideband(wtpts,
ap.gauss(wtpts, pulse.amp,
origin - pulse_location - 0.5*pulse.span_length,
pulse.length), np.zeros(len(wtpts)),
pulse.freq, phase= 360*qubit_dc_offset/1e9*(wtpts+pulse_location)+ pulse.phase,
origin = origin)
# qubit_marker = ap.square(mtpts, 1,
# origin - pulse_location - pulse.span_length - marker_start_buffer,
# pulse.span_length + marker_start_buffer- marker_end_buffer)
return qubit_waveforms
else:
qubit_waveforms = ap.sideband(wtpts,
ap.gauss(wtpts, pulse.amp,
origin - pulse_location - 0.5*pulse.span_length,
pulse.length), np.zeros(len(wtpts)),
pulse.freq, pulse.phase, origin=origin)
# qubit_marker = ap.square(mtpts, 1,
# origin - pulse_location - pulse.span_length - marker_start_buffer,
# pulse.span_length + marker_start_buffer- marker_end_buffer)
return qubit_waveforms
def flux_square_phase_fix(ftpts,pulse_location,pulse,pulse_cfg, mm_target_info, flux_pulse_info):
if flux_pulse_info['fix_phase']:
if pulse.name[-1] == "f":
dc_offset = mm_target_info['dc_offset_freq_ef']
shifted_frequency = mm_target_info['flux_pulse_freq_ef']
bare_frequency = shifted_frequency-dc_offset
waveforms_qubit_flux = ap.sideband(ftpts,
ap.square(ftpts, pulse.amp, pulse_location-pulse.length-0.5*(pulse.span_length - pulse.length) , pulse.length, pulse_cfg['square'][
'ramp_sigma']), np.zeros(len(ftpts)),freq=bare_frequency, phase= 360*dc_offset/1e9*(ftpts+pulse_location)+pulse.phase,offset=False, origin=origin)[0]
else:
dc_offset = mm_target_info['dc_offset_freq']
shifted_frequency = mm_target_info['flux_pulse_freq']
bare_frequency = shifted_frequency-dc_offset
waveforms_qubit_flux = ap.sideband(ftpts,
ap.square(ftpts, pulse.amp, pulse_location-pulse.length-0.5*(pulse.span_length - pulse.length) , pulse.length, pulse_cfg['square'][
'ramp_sigma']), np.zeros(len(ftpts)),freq=bare_frequency, phase= 360*dc_offset/1e9*(ftpts+pulse_location)+pulse.phase,offset=False, origin=origin)[0]
else:
waveforms_qubit_flux = ap.sideband(ftpts,
ap.square(ftpts, pulse.amp, pulse_location-pulse.length-0.5*(pulse.span_length - pulse.length) , pulse.length, pulse_cfg['square'][
'ramp_sigma']), np.zeros(len(ftpts)),
pulse.freq, pulse.phase,offset=False, origin=origin)[0]
return waveforms_qubit_flux
def gauss_phase_fix(wtpts, origin, marker_start_buffer, marker_end_buffer,
pulse_location, pulse, pulse_info, qubit_dc_offset):
if pulse_info['fix_phase']:
print("Phase of qubit pulse is being fixed")
print("qubit DC offset is %s" % (qubit_dc_offset))
qubit_waveforms = ap.sideband(
wtpts,
ap.gauss(wtpts, pulse.amp,
origin - pulse_location - 0.5 * pulse.span_length,
pulse.length),
np.zeros(len(wtpts)),
pulse.freq,
phase=360 * qubit_dc_offset / 1e9 * (wtpts + pulse_location) +
pulse.phase,
origin=origin)
# qubit_marker = ap.square(mtpts, 1,
# origin - pulse_location - pulse.span_length - marker_start_buffer,
# pulse.span_length + marker_start_buffer- marker_end_buffer)
return qubit_waveforms
else:
qubit_waveforms = ap.sideband(
wtpts,
ap.gauss(wtpts, pulse.amp,
origin - pulse_location - 0.5 * pulse.span_length,
pulse.length),
np.zeros(len(wtpts)),
pulse.freq,
pulse.phase,
origin=origin)
# qubit_marker = ap.square(mtpts, 1,
# origin - pulse_location - pulse.span_length - marker_start_buffer,
# pulse.span_length + marker_start_buffer- marker_end_buffer)
return qubit_waveforms
def flux_gauss(ftpts,pulse_location,pulse):
waveforms_qubit_flux = ap.sideband(ftpts,
ap.gauss(ftpts, pulse.amp,
pulse_location - 0.5*pulse.span_length,
pulse.length), np.zeros(len(ftpts)),
pulse.freq, pulse.phase, origin=origin)[1]
return waveforms_qubit_flux
def flux_gauss(ftpts,pulse_location,pulse):
waveforms_qubit_flux = ap.sideband(ftpts,
ap.gauss(ftpts, pulse.amp,
pulse_location - 0.5*pulse.span_length,
pulse.length), np.zeros(len(ftpts)),
pulse.freq, pulse.phase, origin=origin)[1]
return waveforms_qubit_flux
def square(wtpts,origin,marker_start_buffer,marker_end_buffer,pulse_location,pulse,pulse_cfg):
qubit_waveforms = ap.sideband(wtpts,
ap.square(wtpts, pulse.amp,
origin - pulse_location - pulse.length - 0.5*(pulse.span_length - pulse.length), pulse.length,
pulse_cfg['square']['ramp_sigma']),
np.zeros(len(wtpts)),
pulse.freq, pulse.phase, origin=origin)
# qubit_marker = ap.square(mtpts, 1, origin - pulse_location - pulse.span_length - marker_start_buffer,
# pulse.span_length + marker_start_buffer - marker_end_buffer)
return qubit_waveforms
def gauss(wtpts,origin,marker_start_buffer,marker_end_buffer,pulse_location,pulse):
qubit_waveforms = ap.sideband(wtpts,
ap.gauss(wtpts, pulse.amp,
origin - pulse_location - 0.5*pulse.span_length,
pulse.length), np.zeros(len(wtpts)),
pulse.freq, pulse.phase, origin=origin)
# qubit_marker = ap.square(mtpts, 1,
# origin - pulse_location - pulse.span_length - marker_start_buffer,
# pulse.span_length + marker_start_buffer- marker_end_buffer)
return qubit_waveforms
def square(wtpts,origin,marker_start_buffer,marker_end_buffer,pulse_location,pulse,pulse_cfg):
qubit_waveforms = ap.sideband(wtpts,
ap.square(wtpts, pulse.amp,
origin - pulse_location - pulse.length - 0.5*(pulse.span_length - pulse.length), pulse.length,
pulse_cfg['square']['ramp_sigma']),
np.zeros(len(wtpts)),
pulse.freq, pulse.phase, origin=origin)
# qubit_marker = ap.square(mtpts, 1, origin - pulse_location - pulse.span_length - marker_start_buffer,
# pulse.span_length + marker_start_buffer - marker_end_buffer)
return qubit_waveforms
def gauss(wtpts,origin,marker_start_buffer,marker_end_buffer,pulse_location,pulse):
qubit_waveforms = ap.sideband(wtpts,
ap.gauss(wtpts, pulse.amp,
origin - pulse_location - 0.5*pulse.span_length,
pulse.length), np.zeros(len(wtpts)),
pulse.freq, pulse.phase, origin=origin)
# qubit_marker = ap.square(mtpts, 1,
# origin - pulse_location - pulse.span_length - marker_start_buffer,
# pulse.span_length + marker_start_buffer- marker_end_buffer)
return qubit_waveforms
def logistic_ramp(wtpts, origin, pulse_location, pulse):
qubit_waveforms = ap.sideband(
wtpts,
ap.logistic_ramp(wtpts, pulse.start_amp, pulse.stop_amp,
origin - pulse_location - pulse.length, pulse.length),
np.zeros(len(wtpts)),
pulse.freq,
pulse.phase,
origin=origin)
return qubit_waveforms
def linear_ramp_with_mod(wtpts, origin, pulse_location, pulse):
qubit_waveforms = ap.sideband(wtpts,
ap.linear_ramp_with_mod(
wtpts, pulse.start_amp, pulse.stop_amp,
origin - pulse_location - pulse.length,
pulse.length, pulse.mod_amp,
pulse.mod_freq, pulse.mod_start_phase),
np.zeros(len(wtpts)),
pulse.freq,
pulse.phase,
origin=origin)
return qubit_waveforms
def flux_square(ftpts, pulse_location, pulse, pulse_cfg):
waveforms_qubit_flux = ap.sideband(
ftpts,
ap.square(
ftpts, pulse.amp, pulse_location - pulse.length - 0.5 *
(pulse.span_length - pulse.length), pulse.length,
pulse_cfg['square']['ramp_sigma']),
np.zeros(len(ftpts)),
pulse.freq,
pulse.phase,
offset=False,
origin=origin)[0]
return waveforms_qubit_flux
def linear_ramp_with_mod(wtpts,origin,pulse_location,pulse):
qubit_waveforms = ap.sideband(wtpts,
ap.linear_ramp_with_mod(wtpts, pulse.start_amp, pulse.stop_amp,
origin - pulse_location - pulse.length, pulse.length, pulse.mod_amp, pulse.mod_freq, pulse.mod_start_phase),
np.zeros(len(wtpts)), pulse.freq, pulse.phase, origin=origin)
return qubit_waveforms
def lz_arctan_ramp(wtpts,origin,pulse_location,pulse):
qubit_waveforms = ap.sideband(wtpts,
ap.lz_arctan_ramp(wtpts, pulse.start_amp, pulse.stop_amp,
origin - pulse_location - pulse.length, pulse.length, pulse.aspectratio),
np.zeros(len(wtpts)), pulse.freq, pulse.phase, origin=origin)
return qubit_waveforms
def flux_square(ftpts,pulse_location,pulse,pulse_cfg):
waveforms_qubit_flux = ap.sideband(ftpts,
ap.square(ftpts, pulse.amp, pulse_location-pulse.length-0.5*(pulse.span_length - pulse.length) , pulse.length, pulse_cfg['square'][
'ramp_sigma']), np.zeros(len(ftpts)),
pulse.freq, pulse.phase,offset=False, origin=origin)[0]
return waveforms_qubit_flux
def linear_ramp(wtpts,origin,pulse_location,pulse):
qubit_waveforms = ap.sideband(wtpts,
ap.linear_ramp(wtpts, pulse.start_amp, pulse.stop_amp,
origin - pulse_location - pulse.length, pulse.length),
np.zeros(len(wtpts)), 0, 0, origin=origin)
return qubit_waveforms
