def main():
start = time.time()
wavelength_min = 400
wavelength_max = 1000
wavelength_steps = 5
Naverages = 10
today = time.strftime("%m_%d_%Y")
outputDir = '/home/pi/CBP/keithley_both/{4}/{0}_{1}/{2}_{3}/'.format(
wavelength_steps, Naverages, wavelength_min, wavelength_max, today)
collimated_beam_projector = cbp_instrument.CBP(keithley=True,
keithley_2=True,
laser=True)
try:
collimated_beam_projector.both_keithley_change_wavelength(
output_dir=outputDir,
wavelength_min=wavelength_min,
wavelength_max=wavelength_max,
wavelength_steps=wavelength_steps,
n_averages=Naverages)
except Exception() as e:
cbp_email_error = cbp_notify.CbpEmailError(
program="get_both_keithley_current.py", error=e)
cbp_email_error.send()
end = time.time()
total_time = end - start
print(total_time)
cbp_email_complete = cbp_notify.CbpEmailComplete(
program="get_both_keithley_current.py", t=total_time)
cbp_email_complete.send()
cmd = 'tar -zcvf /home/pi/CBP/keithley_both/keithley_both_{0}.tar.gz /home/pi/CBP/keithley_both/{0}/'.format(
today)
os.system(cmd)
def main():
cbp = CBP.CBP()
status_log_file = ''
instrument_status_dictionary, current_list, times_list, intensity_array, wavelength_array = cbp.load_status_log_xml(
status_log_file=status_log_file)
return instrument_status_dictionary, current_list, times_list, intensity_array, wavelength_array
def birger(test_focus=False, test_aperture=False, test_status=False):
cbp = CBP.CBP(birger=True)
if test_focus:
cbp.birger.do_focus(val=1000)
if test_aperture:
cbp.birger.do_aperture(val=12)
if test_status:
print(cbp.birger.do_status())
def main():
cbp = CBP.CBP(spectrograph=True)
temperature = cbp.spectrograph.get_temperature()
print("{0} degrees C".format(temperature))
set_to_temperature = 5
cbp.spectrograph.set_temperature(set_to_temperature)
time.sleep(0.5)
temperature = cbp.spectrograph.get_temperature()
print("{0} degrees C".format(temperature))
def main():
output_dir = '/home/pi/CBP/lightsource/7_17_2017/'
n_averages = 10
duration = 10000000
dark = False
collimated_beam_projector = cbp_instrument.CBP(spectrograph=True)
collimated_beam_projector.get_spectograph_average(output_dir=output_dir,
n_averages=n_averages,
duration=duration,
dark=dark)
def altaz(test_steps=False, test_altangle=False, test_azangle=False):
cbp = CBP.CBP(altaz=True)
raw_input("Press enter to continue: ")
if test_steps:
cbp.altaz.do_steps(motornum=1, val=100)
cbp.altaz.do_steps(motornum=1, val=-100)
if test_altangle:
cbp.altaz.do_altangle(motornum=1, val=0)
if test_azangle:
cbp.altaz.do_azangle(motornum=1, val=0)
cbp.altaz.do_azangle(motornum=1, val=0)
def main():
cbp = CBP.CBP(phidget=True,
birger=True,
potentiometer=True,
monochromater=True,
filter_wheel=True,
keithley=True,
spectrograph=True)
output_dir = '/home/pi/CBP/status_log/'
duration = 1000000
cbp.write_status_log(output_dir=output_dir, duration=duration)
def main():
print "closed shutter"
cbp.shutter.main(runtype="shutter", val=1)
cbp = CBP.CBP(phidget=True,
birger=True,
potentiometer=True,
monochromater=True,
filter_wheel=True,
keithley=True,
spectrograph=True)
output_dir = '/home/pi/CBP/status_log/'
duration = 1000000
cbp.write_status_log(output_dir=output_dir, duration=duration)
def main():
start = time.time()
wavelength_min = 400
wavelength_max = 1000
wavelength_steps = 10
Naverages = 10
duration = 100000
outputDir = '/home/pi/CBP/keithley/7_23_2017/{0}_{1}/{4}/{2}_{3}/'.format(
wavelength_steps, Naverages, wavelength_min, wavelength_max, duration)
collimated_beam_projector = cbp_instrument.CBP(keithley=True,
spectrograph=True,
laser=True)
try:
keithley_change_wavelength_start_email = cbp_notifications.cbp_email.CbpEmail(
msg="The program started",
sender="*****@*****.**",
recipients="*****@*****.**",
subject="[CBP Notification] Keithley Change Wavelength Start")
keithley_change_wavelength_start_email.send()
collimated_beam_projector.keithley_change_wavelength_loop(
output_dir=outputDir,
wavelength_min=wavelength_min,
wavelength_max=wavelength_max,
wavelength_steps=wavelength_steps,
n_averages=Naverages,
duration=duration)
except Exception as e:
keithley_change_wavelength_email = cbp_notifications.cbp_email.CbpEmail(
msg="The program had a unrecoverable error{0}".format(e),
sender="*****@*****.**",
recipients="*****@*****.**",
subject="[CBP Notification] Keithley Change Wavelength Error")
keithley_change_wavelength_email.send()
end = time.time()
total_time = end - start
keithley_change_wavelength_email = cbp_notifications.cbp_email.CbpEmail(
msg="The program is complete\n total time: {0}".format(total_time),
sender="*****@*****.**",
recipients="*****@*****.**",
subject="[CBP Notification] Keithley Change Wavelength Done")
keithley_change_wavelength_email.send()
cmd = "tar -zcvf ~/CBP/keithley/keithley_7_23_2017.tar.gz ~/CBP/keithley/7_23_2017/"
os.system(cmd)
def main():
cbp = CBP.CBP(everything=True)
LaunchCbp(cbp=cbp).cmdloop()
# Parse command line
opts = parse_commandline()
laser_interface = cbp.laser.LaserSerialInterface(loop=False)
laser_interface.change_wavelength(opts.wavelength)
#print "closed shutter"
#thorlabs.thorlabs.main(val=2)
#cbp.shutter.main(runtype="shutter", val=1)
start_time = time.time()
#cbp = CBP.CBP(phidget=True,birger=True,potentiometer=True,laser=True,filter_wheel=True,keithley=True,spectrograph=True)
cbp_inst = CBP.CBP(phidget=False,
birger=False,
potentiometer=False,
laser=False,
filter_wheel=False,
keithley=True,
spectrograph=True,
flipper=True)
cbp_inst.flipper.run_flipper(2)
if opts.shutter == 1:
doShutter = True
elif opts.shutter == 0:
doShutter = False
cbp_inst.write_status_log_xml(outfile=opts.filename,
duration=opts.duration,
doShutter=doShutter)
def photodiode(test_photodiode=False):
cbp = CBP.CBP(photodiode=True)
if test_photodiode:
cbp.photodiode.photodiode()
def parse_commandline():
"""
Parse the options given on the command-line.
"""
parser = optparse.OptionParser()
parser.add_option("--duration",default=1,type=int)
parser.add_option("--wavelength",default=600,type=int)
parser.add_option("-v","--verbose", action="store_true",default=False)
opts, args = parser.parse_args()
return opts
# Parse command line
opts = parse_commandline()
wavelength_min=400
wavelength_max=1000
wavelength_steps = 10
Naverages = 10
duration = 100000
outputDir = '/home/pi/CBP/test'
collimated_beam_projector = cbp_instrument.CBP(keithley=True,spectrograph=True,laser=True)
collimated_beam_projector.keithley_change_wavelength_loop(output_dir=outputDir, wavelength_min=wavelength_min, wavelength_max=wavelength_max, wavelength_steps=wavelength_steps, n_averages=Naverages, duration=duration)
main()
# TODO add in duration display function <>
# TODO add in get spectrograph button function <>
def _go_back(self):
raise NextScene("Main")
def _quit(self):
raise StopApplication("User stopped application")
def launch(screen):
scene = [Scene([MainView(screen)],-1,name="Main"),Scene([AltazView(screen)],-1,name="Altaz"),Scene([BirgerView(screen)],-1,name="Birger"),Scene([FilterWheelView(screen)],-1,name="Filter Wheel"),Scene([KeithleyView(screen)],-1,name="Keithley"),Scene([LaserView(screen)],-1,name="Laser"),Scene([LockinView(screen)],-1,name="Lockin"),Scene([SpectrographView(screen)],-1,name="Spectrograph"),Scene([ShutterView(screen)],-1,name="Shutter")]
screen.play(scene)
def main():
logging.basicConfig(filename='{0}_{1}.log'.format('ctui', time.strftime("%m_%d_%Y_%H_%M")), level=logging.DEBUG,format='{0}: {3} in module {2}: {1}'.format('%(asctime)s', '%(message)s', '%(module)s','%(levelname)s'))
Screen.wrapper(launch)
if not test:
cbp = CBP.CBP(everything=True)
config = ConfigParser.RawConfigParser()
config.read('/home/pi/Code/cbp_2/cbp_tui/ctui.cfg')
cbp.birger.do_aperture(int(config.get('birger', 'aperture')))
cbp.birger.do_focus(int(config.get('birger', 'focus')))
cbp.filter_wheel.do_position(int(config.get('filter wheel', 'mask')), int(config.get('filter wheel', 'filter')))
cbp_instrument_options = [("altaz", 0), ("birger", 1), ("filter wheel", 2), ("keithley", 3), ("laser", 4), ("shutter", 9)]
cbp_instrument_list = ["altaz","birger","filter wheel","keithley","laser","lockin","phidget","photodiode","potentiometer","shutter","spectrograph","temperature","lamp"]
main()
def shutter(test_shutter=False):
cbp = CBP.CBP(shutter=True)
if test_shutter:
cbp.shutter.run_shutter()
def phidget(test_phidget=False):
cbp = CBP.CBP(phidget=True)
if test_phidget:
cbp.phidget.do_phidget(nave=10000)
def main():
cbp = CBP.CBP(keithley=True)
print(cbp.keithley.ins.query('READ?'))
def filter_wheel(test_position=False, test_get_position=False):
cbp = CBP.CBP(filter_wheel=True)
if test_position:
cbp.filter_wheel.do_position()
if test_get_position:
print(cbp.filter_wheel.get_position())
def temperature(test_temperature=False):
cbp = CBP.CBP(temperature=True)
if test_temperature:
temp = cbp.temperature.do_photodiode()
return temp
def sr830(test_sr830=False):
cbp = CBP.CBP(sr830=True)
if test_sr830:
photo = cbp.sr830.get_sr830()
return photo
def spectrograph(test_spectrograph):
cbp = CBP.CBP(spectograph=True)
if test_spectrograph:
pass
def lamp(test_lamp=False):
cbp = CBP.CBP(lamp=True)
if test_lamp:
cbp.lamp.run_lamp(val=12)
def potentiometer(test_potentiometer=False):
cbp = CBP.CBP(potentiometer=True)
if test_potentiometer:
cbp.potentiometer.get_potentiometer()
