def initialize_measurement(acton_port, exposure_time=50):
print("Starting..")
print("Pixis...")
p = Pixis(debug=1)
p.StartUp()
print("Acton...")
act = Acton(port=acton_port, debug=1)
print("Done...")
pacton = Pacton(pixis=p, acton=act)
print("Measuring...")
p.SetExposureTime(exposure_time)
return pacton
def initialize_measurement(acton_port, exposure_time=100):
print("Starting..")
print("Pixis...")
p = Pixis(debug=1)
p.StartUp()
print("Acton...")
act = Acton(port=acton_port, debug=1)
print("Done...")
pacton = Pacton(pixis=p, acton=act)
print("Measuring...")
p.SetExposureTime(exposure_time)
# print pacton.acton.read_grating()
pacton.acton.set_grating(1)
# print "New grating",pacton.acton.read_grating_name()
return pacton
def initialize_measurement():
f = df.DataFile("ir_calibration.hdf5", "a")
g = f.require_group("calibration")
print("Starting..")
print("Pixis...")
p = Pixis(debug=1)
p.StartUp()
print("Acton...")
act = Acton("COM7", debug=1)
print("Done...")
pacton = Pacton(pixis=p, acton=act)
print("Measuring...")
fig, ax = plt.subplots(1)
p.SetExposureTime(500)
pacton.get_pixel_response_calibration_spectrum()
return pacton, g
ax.plot(spectrum)
plt.show()
if __name__ == "__main__":
f = df.DataFile("ir_calibration_1200gmm.hdf5", "a")
g = f.require_group("calibration")
print("Starting..")
print("Pixis...")
p = Pixis(debug=0)
p.StartUp()
print("Acton...")
act = Acton("COM5", debug=0)
print("Done...")
pacton = Pacton(pixis=p, acton=act)
print("Setting grating...")
pacton.acton.set_grating(1) # 1 : 1200g/mm, 2: 300g/mm
# print pacton.acton.read_grating()
p.SetExposureTime(200)
pacton.get_pixel_response_calibration_spectrum()
# tune(wl,laser)
# measured = get_wavelength(laser)
# print wl, measured
center_wavelengths = list(range(870, 890, 10))
p.SetExposureTime(200)
ax.plot(spectrum)
plt.show()
if __name__ == "__main__":
f = df.DataFile("ir_calibration.hdf5", "a")
g = f.require_group("calibration")
print("Starting..")
print("Pixis...")
p = Pixis(debug=1)
p.StartUp()
print("Acton...")
act = Acton("COM7", debug=1)
print("Done...")
pacton = Pacton(pixis=p, acton=act)
print("Measuring...")
fig, ax = plt.subplots(1)
p.SetExposureTime(500)
pacton.get_pixel_response_calibration_spectrum()
center_wavelength = 895
laser_wavelength = 905.0
# make_measurement(g,laser_wavelength,center_wavelength)
# spectrum,_ = pacton.get_spectrum(center_wavelength,subtract_background=True,roi=[0,1024,600,800],debug=1)
# ax.plot(spectrum)
# plt.show()
import matplotlib.pyplot as plt
import numpy as np
from nplab import datafile as df
from nplab.analysis.smoothing import convex_smooth
from nplab.instrument.spectrometer.acton_2300i import Acton
from nplab.instrument.camera.Picam.pixis import Pixis
from .Pacton import Pacton
print("Starting..")
print("Pixis...")
p = Pixis(debug=0)
p.StartUp()
print("Acton...")
act = Acton("COM6", debug=0)
print("Done...")
pacton = Pacton(pixis=p, acton=act, debug=0)
print("Measuring...")
from nplab import datafile as df
output_file = df.DataFile("measured_spectrum.hdf5", "w")
dg = output_file.require_group("spectra")
fig, axarr = plt.subplots(3)
p.SetExposureTime(500)
pacton.get_pixel_response_calibration_spectrum()
measured_ys = []
measured_xs = []
from nplab.analysis.signal_alignment import correlation_align