def main():
qtapp = Qt.QApplication(sys.argv) #setup plot window
my_adr = adr_system.AdrSystem(app=qtapp)
pickle_file_name = 'automag_logs.pkl'
datestring = my_adr.adr_control.AutoMag(StartHour=9,
StartMinute=22,
DaysFromNow=0,
Maguptime=4,
Magdowntime=4,
Holdtime=4)
#adr.AutoMag(StartHour = 7, StartMinute = 15, DaysFromNow = 1, Maguptime = 30, Magdowntime = 45, Holdtime = 60)
# TempLogger.main(sys.argv, app = qtapp, startdata = True, Timerstep=5000)
print "Done with automag."
print "Plot hold temperature."
t1 = lakeshore370_thermometer.Lakeshore370Thermometer(address=1, name='ADR', \
lakeshore=my_adr.temperature_controller)
#filename_holdtime = time.strftime("%Y_%m_%d_%H_%M", starttime)
log_folder = "/home/pcuser/data/ADRLogs/"
logfilename = "PostMag.txt"
therms = [t1]
tempmon = TempLoggerN.TempLogger(thermometers=therms, timerstep=6000, temperature_delay=5000, \
log_folder=log_folder, log_file_name=logfilename, \
pickle_datestring=datestring, pickle_key="MagMeasure", pickle_file_name=pickle_file_name, \
temp_title='Automag Hold Temperature', resist_title='Resistance')
tempmon.resize(900, 600)
tempmon.show()
tempmon.start_event()
sys.exit(qtapp.exec_())
def __init__(self, tempTarget=0.035, adr_system_in=None):
if adr_system_in is None:
self.a = adr_system.AdrSystem()
else:
self.a = adr_system_in
self.controlThermExcitation = 31.6e-9
self.baseTempResistance = 60e3
self.rampRate = 0.050
self.readyToControl = False
self.setupTempControl()
self.goToTemp(tempTarget)
def main():
qtapp = Qt.QApplication(sys.argv) #setup plot window
my_adr = adr_system.AdrSystem(app=qtapp)
my_adr.adr_control.AutoMag(StartHour=15,
StartMinute=27,
DaysFromNow=0,
Maguptime=4,
Magdowntime=4,
Holdtime=4)
#adr.AutoMag(StartHour = 7, StartMinute = 15, DaysFromNow = 1, Maguptime = 30, Magdowntime = 45, Holdtime = 60)
TempLogger.main(sys.argv, app=qtapp, startdata=True, Timerstep=5000)
import time
import sys
usage='Automag_velma.py <hour> <min> <daysfromnow>'
N = len(sys.argv)
if N == 1: # if no arguments given use default (start at 5 am tomorrow)
hour = 5
min = 0
daysfromnow=1
elif N == 4: # if arguments given, use them
hour = int(sys.argv[1])
min = int(sys.argv[2])
daysfromnow = int(sys.argv[3])
else:
print 'Unknown length of arguments. Abort!\n%s'%usage
sys.exit()
print 'Automaging velma. MAKE SURE YOU\'RE IN RAMP MODE AND THAT THE HEATSWITCH IS CLOSED!'
monitortime = 2.0 # hours to monitor temperature after mag cycle
#my_adr = adrcontrol.Adrcontrol()
#qtapp = Qt.QApplication(sys.argv)
#my_adr = adr_system.AdrSystem(app=qtapp)
my_adr = adr_system.AdrSystem()
my_adr.adr_control.AutoMag(hour,min,daysfromnow,25,30,40) # Maguptime, Magdowntime, Holdtime
#my_adr.AutoMag(hour,min,daysfromnow,35,40,40)
t=time.time() # time after magcycle completes in epoch units
thold=t+3600*monitortime
my_adr.adr_control.MonitorTemperature(time.localtime(thold))
def main():
daysFromNow = []
while not type(daysFromNow) == type(int(1)):
try:
print(
'Type a integer and press enter, 0 = today, 1 = tommorow, ...')
daysFromNow = int(
input('How many days from now should tupac Automag? '))
except ValueError:
print('You screwed that up, try following the instructions')
qtapp = Qt.QApplication(sys.argv) #setup plot window
my_adr = adr_system.AdrSystem(app=qtapp)
t1 = lakeshore370_thermometer.Lakeshore370Thermometer(address=1, name='FAA GRT', \
lakeshore=my_adr.temperature_controller)
# print('logging temp for a long time')
# t0 = time.time()
# tempdata = []
# timedata = []
# while time.localtime()[3]<5 or time.localtime()[3]> 12:
# timedata.append(time.time()-t0)
# tempdata.append(my_adr.temperature_controller.getTemperature())
# time.sleep(1)
# numpy.savetxt('openHSwarmup.txt', [timedata,tempdata])
therms = [t1]
my_adr.adr_control.addThermometers(therms)
pickle_file_name = 'automag_logs.pkl'
for j in range(100):
heaterOut = my_adr.temperature_controller.getHeaterOut()
if heaterOut > 0:
my_adr.temperature_controller.setTemperatureSetPoint(0)
print('heaterOut = %0.2f%%, setting to zero' % heaterOut)
time.sleep(3)
elif heaterOut == 0:
print('setting relay to Ramp')
my_adr.magnet_control_relay.setRelayToRamp()
print('Closing heatswitch.')
my_adr.adr_control.heatswitch.CloseHeatSwitch()
break
else:
raise ValueError('heaterOut = %0.2f%% <0' % heaterOut)
#datestring = my_adr.adr_control.AutoMag(StartHour=4, StartMinute=0, DaysFromNow=1, Maguptime=30, Magdowntime=45, Holdtime=240)
datestring = my_adr.adr_control.autoMag(StartHour=6,
StartMinute=0,
DaysFromNow=daysFromNow,
Maguptime=30,
Magdowntime=45,
Holdtime=60)
#adr.AutoMag(StartHour = 7, StartMinute = 15, DaysFromNow = 1, Maguptime = 30, Magdowntime = 45, Holdtime = 60)
#my_adr.adr_control.MagDown(magdowntime=45)
# TempLogger.main(sys.argv, app = qtapp, startdata = True, Timerstep=5000)
if my_adr.temperature_controller.getHeaterOut() == 0:
print "Done with automag."
# print "Setting up temp control."
my_adr.magnet_control_relay.setRelayToControl()
else:
raise ValueError('didnt demag back to zero heaterOut')
print('waiting for 10 mins after demag before engaging temp control')
del my_adr
time.sleep(60 * 10)
print('done waiting, setting up temp control')
tTupac = tempControlTupac.TempControlTupac(tempTarget=0.08)
time.sleep(1)
tTupac.goToTemp(0.08)
print('temp control should be setup now')
#filename_holdtime = time.strftime("%Y_%m_%d_%H_%M", starttime)
#log_folder = "/home/pcuser/data/ADRLogs/"
# log_folder = my_adr.logfolder
# logfilename = time.strftime('%G%M%d_%H%M%S.log')
# print('starting temp logger')
# tempmon = TempLoggerN.TempLogger(thermometers=therms, timerstep=6000, temperature_delay=5000, \
# log_folder=log_folder, log_file_name=logfilename, \
# pickle_datestring=datestring, pickle_key="MagMeasure", pickle_file_name=pickle_file_name, \
# temp_title='Automag Hold Temperature', resist_title='Resistance')
# tempmon.resize(900, 600)
# tempmon.show()
# tempmon.start_event()
# sys.exit(qtapp.exec_())
print('starting temp logger')
os.system('python TempLogger.py')