def set_datas(self):
doc = """
Output Microwave Amplitude
"""
self.data.template(name="Amplitude",
fname='amp_{autoname}.txt',
cols=[
Column('channel A', unit='V'),
Column('channel B', unit='V')
],
doc=doc)
doc = """
Cavity Spectrum
"""
self.data.template(name="T1",
fname='t1_d_{autoname}.txt',
index=[Index('Time', unit='ns')],
cols=[
Column('P0', with_err=True, unit='mV'),
Column('P1', with_err=True, unit='mV'),
Column('P2', with_err=True, unit='mV')
],
doc=doc)
self.data.targets("T1")
def set_datas(self):
doc = """
Output Microwave Amplitude
"""
self.data.template(name="Amplitude",
fname='amp_{autoname}.txt',
cols=[
Column('channel A', unit='V'),
Column('channel B', unit='V')
],
doc=doc)
doc = """
Rabi in dispersive range
"""
self.data.template(
name="Rabi2D",
fname='rabi2d_{autoname}.txt',
index=[Index('Time', unit='ns'),
Index('Frequency', unit='GHz')],
cols=[Column('Amplitude', with_err=True, unit='mV')],
doc=doc)
self.data.targets("Rabi2D")
def set_datas(self):
doc = """
Output Microwave Amplitude
"""
self.data.template(name="Amplitude",
fname='amp_{autoname}.txt',
cols=[
Column('channel A', unit='V'),
Column('channel B', unit='V')
],
doc=doc)
doc = """
Cavity Spectrum var probe power
"""
self.data.template(
name="CavitySpectrum2D",
fname='cs2d_{autoname}.txt',
index=[Index('Power', unit='dBm'),
Index('Frequency', unit='GHz')],
cols=[Column('Amplitude', with_err=True, unit='mV')],
doc=doc)
self.data.targets("CavitySpectrum2D")
def set_datas(self):
doc = """
ATS var probe frequency and coupler frequency
"""
self.data.template(
name="ATS_fp_fc", fname='ATS_fp_fc_{autoname}.txt',
index=[Index('Probe Frequency', unit='GHz'), Index('Coupler Frequency', unit='GHz')],
cols=[Column('P0', with_err=True, unit='mV'),
Column('P1', with_err=True, unit='mV'),
Column('P2', with_err=True, unit='mV')],
doc = doc)
self.data.targets("ATS_fp_fc")
self.data_manager.save_raw = False
def set_datas(self):
doc = """
Output Microwave Amplitude
"""
self.data.template(
name="Amplitude", fname='amp_{autoname}.txt',
cols=[Column('channel A', unit='V'), Column('channel B', unit='V')],
doc=doc)
doc = """
Cavity Spectrum
"""
self.data.template(
name="SteepJumpS1", fname='sjs1_{autoname}.txt',
index=[Index('Power', unit='dBm')],
cols=[Column('Amplitude', with_err=True, unit='mV')],
doc = doc)
self.data.targets("SteepJumpS1")
def set_datas(self):
doc = """
Output Microwave Amplitude
"""
self.data.template(name="Amplitude",
fname='amp_{autoname}.txt',
cols=[
Column('channel A', unit='V'),
Column('channel B', unit='V')
],
doc=doc)
doc = """
Cavity Spectrum for state 1 prepared
"""
self.data.template(
name="CavitySpectrumS1",
fname='css1_{autoname}.txt',
index=[Index('Frequency', unit='GHz')],
cols=[Column('Amplitude', with_err=True, unit='mV')],
doc=doc)
self.data.targets("CavitySpectrumS1")
def set_datas(self):
doc = """
Output Microwave Amplitude
"""
self.data.template(name="Amplitude",
fname='amp_{autoname}.txt',
cols=[
Column('channel A', unit='V'),
Column('channel B', unit='V')
],
doc=doc)
doc = """
Ramsey
"""
self.data.template(
name="Ramsey",
fname='ramsey_{autoname}.txt',
index=[Index('Time', unit='ns')],
cols=[Column('Amplitude', with_err=True, unit='mV')],
doc=doc)
self.data.targets("Ramsey")
