def __init__(self, gui):
self.debug = True
Measurement.__init__(self, gui)
self.hardware = self.gui.hardware_components['em_hardware']
self.hardware.connect()
self._id = pythoncom.CoMarshalInterThreadInterfaceInStream(
pythoncom.IID_IDispatch, self.hardware.Scope)
em_gui.__init__(self, gui)
def __init__(self, name):
Measurement.__init__(self, name, mclass="Pulse_Cal")
###########################################################
##
## hardcoded in ADwin program (adjust there if necessary!)
##
self.max_SP_bins = 500
self.max_RO_dim = 1000000
def __init__(self,name):
Measurement.__init__(self,name,mclass='ADwin_SSRO')
###########################################################
##
## hardcoded in ADwin program (adjust there if necessary!)
##
self.max_repetitions = 20000
self.max_SP_bins = 500
self.max_SSRO_dim = 1000000
def __init__(self, name):
Measurement.__init__(self, name, mclass="ADwin_SSRO")
###########################################################
##
## hardcoded in ADwin program (adjust there if necessary!)
##
self.max_repetitions = 20000
self.max_SP_bins = 500
self.max_SSRO_dim = 3500000
self.d = expdict.ssroprotocol
def __init__(self,name):
Measurement.__init__(self,name,mclass='Pulse_Cal')
###########################################################
##
## hardcoded in ADwin program (adjust there if necessary!)
##
self.max_SP_bins = 500
self.max_RO_dim = 1000000
##
###########################################################
self.set_phase_locking_on = 0
self.set_gate_good_phase = -1
self.f_drive = 2.828e9
self.par = {}
self.par['AWG_start_DO_channel'] = 1
self.par['AWG_done_DI_channel'] = 8
self.par['send_AWG_start'] = 1
self.par['wait_for_AWG_done'] = 0
self.par['green_repump_duration'] = 10
self.par['CR_duration'] = 60
self.par['SP_duration'] = 50
self.par['SP_filter_duration'] = 0
self.par['sequence_wait_time'] = int(np.ceil(1e-3)+2)
self.par['wait_after_pulse_duration'] = 1
self.par['CR_preselect'] = 1000
self.par['reps_per_datapoint'] = 1000
self.par['sweep_length'] = int(21)
self.par['RO_repetitions'] = int(21*1000)
self.par['RO_duration'] = 22
self.par['cycle_duration'] = 300
self.par['CR_probe'] = 100
self.par['green_repump_amplitude'] = 200e-6
self.par['green_off_amplitude'] = 0e-6
self.par['Ex_CR_amplitude'] = 20e-9 #OK
self.par['A_CR_amplitude'] = 15e-9 #OK
self.par['Ex_SP_amplitude'] = 0
self.par['A_SP_amplitude'] = 15e-9 #OK: PREPARE IN MS = 0
self.par['Ex_RO_amplitude'] = 8e-9 #OK: READOUT MS = 0
self.par['A_RO_amplitude'] = 0e-9
self.par['min_sweep_par'] = 0
self.par['max_sweep_par'] = 1
self.par['sweep_par_name'] = ''
self.par['sweep_par'] = np.linspace(1,21,21)
def __init__(self,name):
Measurement.__init__(self,name,mclass='MBI')
###########################################################
##
## hardcoded in ADwin program (adjust there if necessary!)
##
self.max_SP_bins = 500
self.max_RO_dim = 1000000
##
###########################################################
# load dictionary of sil
self.sildic = exp.current_sample
self.ssrodic = exp.ssroprotocol
self.MBIdic = exp.MBIprotocol
self.hardwaredic = exp.hardware
self.pulsedic = exp.pulses
self.MW_freq = self.sildic['MW_source_freq']
self.MW_power = self.sildic['MW_source_power']
self.set_phase_locking_on=0
self.set_gate_good_phase=-1
self.nr_of_datapoints= 21
self.repetitions_per_datapoint = 500
self.nr_of_RO_steps = 1
self.do_shelv_pulse = False
self.do_incr_RO_steps = exp.MBIprotocol['do_incr_RO_steps']
self.incr_RO_steps = exp.MBIprotocol['incr_RO_steps']
self.Ex_RO_amplitude = self.ssrodic['Ex_RO_amplitude']
self.A_RO_amplitude = self.ssrodic['A_RO_amplitude']
self.Ex_final_RO_amplitude = self.ssrodic['Ex_RO_amplitude']
self.A_final_RO_amplitude = self.ssrodic['A_RO_amplitude']
self.final_RO_duration= self.ssrodic['RO_duration']
self.RO_duration= self.ssrodic['RO_duration']
self.wait_after_RO = self.ssrodic['wait_after_pulse_duration']
self.wait_for_AWG_done = 1.
self.par = {}
self.par['MBI_threshold'] = 1 # pass if counts > (MBI_threshold-1)
self.par['RO_repetitions'] = 100
def __init__(self, name):
Measurement.__init__(self, name, mclass='MBI')
###########################################################
##
## hardcoded in ADwin program (adjust there if necessary!)
##
self.max_SP_bins = 500
self.max_RO_dim = 1000000
##
###########################################################
# load dictionary of sil
self.sildic = exp.current_sample
self.ssrodic = exp.ssroprotocol
self.MBIdic = exp.MBIprotocol
self.hardwaredic = exp.hardware
self.pulsedic = exp.pulses
self.MW_freq = self.sildic['MW_source_freq']
self.MW_power = self.sildic['MW_source_power']
self.set_phase_locking_on = 0
self.set_gate_good_phase = -1
self.nr_of_datapoints = 21
self.repetitions_per_datapoint = 500
self.nr_of_RO_steps = 1
self.do_shelv_pulse = False
self.do_incr_RO_steps = exp.MBIprotocol['do_incr_RO_steps']
self.incr_RO_steps = exp.MBIprotocol['incr_RO_steps']
self.Ex_RO_amplitude = self.ssrodic['Ex_RO_amplitude']
self.A_RO_amplitude = self.ssrodic['A_RO_amplitude']
self.Ex_final_RO_amplitude = self.ssrodic['Ex_RO_amplitude']
self.A_final_RO_amplitude = self.ssrodic['A_RO_amplitude']
self.final_RO_duration = self.ssrodic['RO_duration']
self.RO_duration = self.ssrodic['RO_duration']
self.wait_after_RO = self.ssrodic['wait_after_pulse_duration']
self.wait_for_AWG_done = 1.
self.par = {}
self.par['MBI_threshold'] = 1 # pass if counts > (MBI_threshold-1)
self.par['RO_repetitions'] = 100
def __init__(self, name):
Measurement.__init__(self, name, mclass='Seg_RO')
###########################################################
##
## hardcoded in ADwin program (adjust there if necessary!)
##
self.sildic = expdict.current_sample
self.ssrodic = expdict.ssroprotocol
self.MBIdic = expdict.MBIprotocol
self.hardwaredic = expdict.hardware
self.pulsedic = expdict.pulses
self.MW_freq = self.sildic['MW_source_freq']
self.MW_power = self.sildic['MW_source_power']
self.max_repetitions = 1000000
self.max_SP_bins = 500
self.max_SSRO_dim = 3500000
self.d = expdict.ssroprotocol
def __init__(self,name):
Measurement.__init__(self,name,mclass='Seg_RO')
###########################################################
##
## hardcoded in ADwin program (adjust there if necessary!)
##
self.sildic = expdict.current_sample
self.ssrodic = expdict.ssroprotocol
self.MBIdic = expdict.MBIprotocol
self.hardwaredic = expdict.hardware
self.pulsedic = expdict.pulses
self.MW_freq = self.sildic['MW_source_freq']
self.MW_power = self.sildic['MW_source_power']
self.max_repetitions = 1000000
self.max_SP_bins = 500
self.max_SSRO_dim = 3500000
self.d = expdict.ssroprotocol
def __init__(self,name):
Measurement.__init__(self,name,mclass='ESR')
def __init__(self, gui, debug=True):
self.debug = debug
Measurement.__init__(self, gui) #calls setup()
self.paused, self.workingList = False, [] #pausing variables
self.aborted = True #False when acquiring, True when idle
