# create lists of parameter values to be scanned through
test_scan_values = range(
10) # In principle, we will only scan one parameter at a time..
# assign parameter values
# both values to be scanned through and fixed values are specified here
parameter_values = {
# 'test_parameter': test_scan_values,
'sequencer.sequence': [
'blue_mot_long',
# '3p2_mtrap_load',
'red_mot_fast',
'image_absorption_red_fast',
]
}
if __name__ == '__main__':
from conductor.experiment import Experiment
my_experiment = Experiment(
name=name,
parameters=reload_parameters, # passed to reload_parameters
parameter_values=parameter_values,
loop=loop,
)
my_experiment.queue(run_immediately=True)
import labrad, time
cxn = labrad.connect()
# cxn.conductor.ao_off() # Will remove AO from sequencer.
cxn.conductor.trigger_on()
loop = True
parameter_values = {
'sequencer.sequence': [
'blue_mot',
# 'red_mot_88',
'red_mot_87',
'PROG_red_mot_tof', # has to start with 'PROG_', which represents programmable...
'image_absorption_red',
],
'sequencer.DO_parameters': {
'red_mot_tof': tof_list,
},
# 'sequencer.AO_parameters':
# {
# 'Lattice 813A AM': 0,
# },
}
if __name__ == '__main__':
my_experiment = Experiment(
name=name,
parameters=reload_parameters, # passed to reload_parameters
parameter_values=parameter_values,
loop=loop,
)
my_experiment.queue(run_immediately=False)
cxn = labrad.connect()
cxn.conductor.trigger_on()