def new_scan(self, c, scan_script_name, measure_script_name, collection, parameter_name, minim, maxim, steps, units):
#need error checking that parmaters are valid
if scan_script_name not in self.script_parameters.keys():
raise Exception ("Script {} Not Found".format(scan_script_name))
if measure_script_name not in self.script_parameters.keys():
raise Exception ("Script {} Not Found".format(measure_script_name))
scan_script = self.script_parameters[scan_script_name]
measure_script = self.script_parameters[measure_script_name]
parameter = (collection,parameter_name)
if scan_script == measure_script:
scan_launch = scan_methods.scan_experiment_1D(scan_script.cls, parameter, minim, maxim, steps, units)
else:
scan_launch = scan_methods.scan_experiment_1D_measure(scan_script.cls, measure_script.cls, parameter, minim, maxim, steps, units)
scan_id = self.scheduler.add_scan_to_queue(scan_launch)
return scan_id
def new_scan(self, c, scan_script_name, measure_script_name, collection,
parameter_name, minim, maxim, steps, units):
# need error checking that parmaters are valid
if scan_script_name not in self.script_parameters.keys():
raise Exception("Script {} Not Found".format(scan_script_name))
if measure_script_name not in self.script_parameters.keys():
raise Exception("Script {} Not Found".format(measure_script_name))
scan_script = self.script_parameters[scan_script_name]
measure_script = self.script_parameters[measure_script_name]
parameter = (collection, parameter_name)
if scan_script == measure_script:
scan_launch = scan_methods.scan_experiment_1D(
scan_script.cls, parameter, minim, maxim, steps, units)
else:
scan_launch = scan_methods.scan_experiment_1D_measure(
scan_script.cls, measure_script.cls, parameter, minim, maxim,
steps, units)
scan_id = self.scheduler.add_scan_to_queue(scan_launch)
return scan_id
print 'in initialize', self.name(), ident
raise Exception ("In a case of a crash, real message would follow")
if __name__ == '__main__':
#normal way to launch
cxn = labrad.connect()
scanner = cxn.scriptscanner
exprt = fft_spectrum(cxn = cxn)
ident = scanner.register_external_launch(exprt.name)
exprt.execute(ident)
#testing single launch
cxn = labrad.connect()
scanner = cxn.scriptscanner
from scan_methods import single
exprt = single(fft_spectrum)
ident = scanner.register_external_launch(exprt.name)
exprt.execute(ident)
#testing repeat launch
cxn = labrad.connect()
scanner = cxn.scriptscanner
from scan_methods import repeat_reload
exprt = repeat_reload(fft_spectrum, 10)
ident = scanner.register_external_launch(exprt.name)
exprt.execute(ident)
#testing scan
cxn = labrad.connect()
scanner = cxn.scriptscanner
from scan_methods import scan_experiment_1D
exprt = scan_experiment_1D(fft_spectrum, ('TrapFrequencies', 'rf_drive_frequency'), 10.0, 20.0, 10, 'MHZ')
ident = scanner.register_external_launch(exprt.name)
exprt.execute(ident)
if __name__ == '__main__':
#normal way to launch
cxn = labrad.connect()
scanner = cxn.scriptscanner
exprt = fft_spectrum(cxn=cxn)
ident = scanner.register_external_launch(exprt.name)
exprt.execute(ident)
#testing single launch
cxn = labrad.connect()
scanner = cxn.scriptscanner
from scan_methods import single
exprt = single(fft_spectrum)
ident = scanner.register_external_launch(exprt.name)
exprt.execute(ident)
#testing repeat launch
cxn = labrad.connect()
scanner = cxn.scriptscanner
from scan_methods import repeat_reload
exprt = repeat_reload(fft_spectrum, 10)
ident = scanner.register_external_launch(exprt.name)
exprt.execute(ident)
#testing scan
cxn = labrad.connect()
scanner = cxn.scriptscanner
from scan_methods import scan_experiment_1D
exprt = scan_experiment_1D(fft_spectrum,
('TrapFrequencies', 'rf_drive_frequency'), 10.0,
20.0, 10, 'MHZ')
ident = scanner.register_external_launch(exprt.name)
exprt.execute(ident)
