#yStep = 1.
#######################
# convert to Attocube DC drive voltage
toDC_drive_voltage = 1./15
# APD counter integration time (ms)
ctr_time_ms = 10
ctr_port = 'pfi0'
#######################
# instruments
dummyA = mscan_dummy.ScannerCtrl(channels = [2])
dummyB = mscan.GalvoDummy (chX = '/Dev1/ao1', chY = '/Dev1/ao0', ids = ['galvo-x', 'galvo-y'])
apd0 = mdet.dummyAPD(work_folder = 'C:/')
apd0.set_integration_time_ms(ctr_time_ms)
# #apd1 = mdet.dummyAPD(work_folder = 'C:/')
# #apd1.set_integration_time_ms(ctr_time_ms)
XYscan = mapper.Mapper2D_XYZ (scanner_axes = [dummyA, dummyB], detectors = [apd0])
XYscan.set_work_folder ('C:/Users/cristian/Research/Work-Data/')
# XYscan.set_delays (between_points = delayBetweenPoints, between_rows = delayBetweenRows)
XYscan.set_back_to_zero()
XYscan.open_GUI()
# #XYscan.save_to_txt(r'C:\Users\cristian\Research\test_txt')
# #XYscan.save_to_hdf5(file_name=r'C:\Users\cristian\Research\test7.hdf5')
# #XYscan.plot_counts()
reload(mscan)
reload(mdet)
#######################
# Parameters
delayBetweenPoints = 0.1
delayBetweenRows = 0.1
voltsDirectory = r'C:\Users\QPL\Desktop\temporary_meas'
#######################
# instruments
GalvoCtrl = mscan.GalvoNI(chX='/Dev1/ao1', chY='/Dev1/ao0')
GalvoCtrl.set_range(min_limit=-5., max_limit=5.)
voltmeterCtrl = mdet.MultimeterCtrl(VISA_address=r'ASRL13::INSTR')
dummyAPD = mdet.dummyAPD(voltsDirectory)
a = 3.336
b = -0.1999
d = 0.03
xStep = 0.0005
x0 = a
y0 = b
XYopt = mapper.XYOptimizer(scanner_axes=GalvoCtrl, detectors=[voltmeterCtrl])
XYopt.set_scan_range(scan_range=d, scan_step=xStep)
XYopt.set_delays(between_points=delayBetweenPoints,
between_rows=delayBetweenRows)
XYopt.initialize(x0=x0, y0=y0)
a, b = XYopt.run_optimizer(close_instruments=False, silence_errors=False)
import datetime
import os.path
import sys
from measurements.libs.QPLMapper import mapper_scanners as mscan, mapper_detectors as mdet
from measurements.libs.QPLMapper import mapper
if sys.version_info.major == 3:
from importlib import reload
xStep = 0.5
yStep = xStep
delayBetweenPoints = 0.1
delayBetweenRows = 0.1
xLims = (0, 2)
yLims = (0, 2)
Motor = mscan.Standa(conversion_factor=1000)
dummyAPD = mdet.dummyAPD(r"C:\Users\Daniel\Desktop")
XYscan = mapper.XYScan(scanner_axes=Motor, detectors=[dummyAPD])
XYscan.set_range(xLims=xLims, xStep=xStep, yLims=yLims, yStep=yStep)
XYscan.set_delays(between_points=delayBetweenPoints,
between_rows=delayBetweenRows)
#XYscan.run_scan()
#XYscan.plot_counts()