def calibrate(reck_heaters, calib, heater_name, heater_index, input, outputs,
minV, maxV, N, int_time, counting):
metadata = {
'label': 'Fringe Sweep',
'Counting Device': counting,
'heater': (heater_index, heater_name),
'Input': input,
'Outputs': outputs,
'Int_time': int_time,
'MinV': minV,
'MaxV': maxV
}
if counting == 'cc':
datafilename = take_fringe(reck_heaters, heater_index, minV, maxV, N,
int_time, metadata)
elif counting == 'pm':
datafilename = pm_take_fringe(reck_heaters, heater_index, minV, maxV,
N, int_time, metadata)
data_for_fitting = parse(datafilename, outputs)
voltages = np.linspace(minV, maxV, N)
#calib.datafilename = data_for_fitting
calib.fit(heater_index, voltages, data_for_fitting, graph=True)
def calibrate(reck_heaters, calib, heater_name, heater_index, input, outputs): datafilename = take_fringe(reck_heaters, heater_index) data_for_fitting = load_data(datafilename,outputs) calib.datafilename = data_for_fitting calib.fit(heatername)
def calibrate(reck_heaters, calib, heater_name, heater_index, input, outputs, minV, maxV, N, int_time, counting):
metadata={'label':'Fringe Sweep', 'Counting Device': counting, 'heater': (heater_index, heater_name), 'Input': input, 'Outputs': outputs, 'Int_time': int_time, 'MinV': minV, 'MaxV': maxV}
if counting == 'cc':
datafilename = take_fringe(reck_heaters, heater_index, minV, maxV, N, int_time, metadata)
elif counting == 'pm':
datafilename = pm_take_fringe(reck_heaters, heater_index, minV, maxV, N, int_time, metadata)
data_for_fitting = parse(datafilename,outputs)
voltages = np.linspace(minV, maxV, N)
#calib.datafilename = data_for_fitting
calib.fit(heater_index, voltages, data_for_fitting, graph = True)