def __init__(self, parent = None):
# Establish a connection to
try:
me = singleton.SingleInstance() # will sys.exit(-1) if other instance is running
except:
print("Multiple instances cannot be running")
time.sleep(2)
sys.exit(1)
try:
cxn = labrad.connect()
except:
print("Please start the labrad manager")
time.sleep(3)
sys.exit(0)
try:
tele = cxn.telecomm_server
except:
print("Please start the telecomm server")
time.sleep(3)
sys.exit(1)
laser = Device("Laser Endpoint Monitor")
laser.connection(cxn)
laser.setServerName("goldstein_s_laser_endpoint_monitor")
laser.addParameter("Voltage","get_reading", None)
laser.selectDeviceCommand("select_device", 0)
laser.addPlot()
laser.setPlotRefreshRate(0.02)
laser.setRefreshRate(0.02)
laser.setYLabel("Strength")
laser.begin()
self.devices.append(laser)
# Start the datalogger. This line can be commented
# out if no datalogging is required.
self.chest = dataChestWrapper(self.devices)
# Create the gui
self.gui = MGui.MGui()
self.gui.setRefreshRate(0.02)
self.gui.startGui(self.devices, 'Laser Endpoint System Gui', 'Laser Endpoint Data', tele)
def __init__(self, parent = None):
# Establish a connection to labrad
try:
cxn = labrad.connect()
except:
print("Please start the labrad manager")
sys.exit(0)
try:
tele = cxn.telecomm_server
except:
print("Please start the telecomm server")
sys.exit(1)
##################################################################
# How to Use nViewer:
################################################################
# nViewer can be used with any labrad server, and given a new device class (it must have a "prompt" function), anything else.
# It is meant to be a tool which allows much, much easier creation of straightforward gui's.
# To create you own, make a new class in which you establish a connection to labrad, create new
# device instances, and start the gui.
#
#
# Here are the steps to create your own gui.
# 1. Establish LabRad connection
# cxn = labrad.connect()
#
# 2. Create Device
# ex = Device("NAME OF LABRAD SERVER",
# "TITLE TO BE SHOWN ON GUI",
# [LIST OF FIELDS TO BE DISPLAYED ON GUI],
# [LIST OF THOSE FIELDS' CORRESPONDING SERVER SETTINGS],
# [ARGUMENTS TO BE PASSED TO THOSE SETTINGS]
# CONNECTION REFERENCE,
# ["LIST","OF","BUTTONS"],
# ["SETTINGS", "ACTIVATED", "BY BUTTONS"],
# ["ALERT TO BE DISPLAYED WITH EACH BUTTON PRESS", "NONE IF NO MESSAGE"]
# ["ARGUMENTS PASSED TO THE SETTINGS TRIGGERED BY THE BUTTONS"]
# "yAxis Label"(OPTIONAL),
# "SELECT DEVICE COMMAND (OPTIONAL FOR SERVERS THAT DO NOT REQUIRE DEVICE SELECTION)",
# "DEVICE NUMBER",)
# 3. Start the dataChest datalogger, this line can be commented out
# if no datalogging is required.
# self.chest = dataChestWrapper(self.devices)
#
# 4. Start nGui and name the window
# self.gui = NGui.NGui()
# self.gui.startGui(self.devices, Window title)
#
# 5. Initialize nViewer OUTSIDE OF THE CLASS
# viewer = nViewer()
# viewer.__init__()
###################################################################
LeidenDRTemperature = Device("Random")
LeidenDRTemperature.connection(cxn)
LeidenDRTemperature.setServerName("my_server")
LeidenDRTemperature.addParameter("Pressure","pressure", None)
LeidenDRTemperature.addParameter("Temperature", "temperature", None)
#LeidenDRTemperature.selectDeviceCommand("select_device", 0)
LeidenDRTemperature.addPlot()
LeidenDRTemperature.setPlotRefreshRate(3)
LeidenDRTemperature.setRefreshRate(3)
LeidenDRTemperature.setYLabel("Hi", "Custom Units")
LeidenDRTemperature.begin()
self.devices.append(LeidenDRTemperature)
# Start the datalogger. This line can be commented
# out if no datalogging is required.
self.chest = dataChestWrapper(self.devices)
# Create the gui
self.gui = MGui.MGui()
self.gui.setRefreshRate(3)
self.gui.startGui(self.devices, 'Leiden Gui', 'Leiden Data', tele)
def __init__(self, parent=None):
# Establish a connection to labrad
try:
cxn = labrad.connect()
except:
print("Please start the labrad manager")
time.sleep(2)
sys.exit(0)
try:
tele = cxn.telecomm_server
except:
print("Please start the telecomm server")
time.sleep(2)
sys.exit(1)
Return = Device("Return")
Return.setServerName("mks_pdr2000_server")
Return.addParameter("Pressure 1", "get_pressure", None, 0)
Return.addParameter("Pressure 2", "get_pressure", None, 1)
Return.addPlot()
Return.setPlotRefreshRate(3)
Return.setRefreshRate(3)
Return.setYLabel("Pressure")
Return.selectDeviceCommand("select_device", 0)
Return.connection(cxn)
Return.begin()
self.devices.append(Return)
Still = Device("Still")
Still.setServerName("mks_pdr2000_server")
Still.addParameter("Pressure 1", "get_pressure", None, 0)
Still.addParameter("Pressure 2", "get_pressure", None, 1)
Still.addPlot()
Still.setPlotRefreshRate(3)
Still.setRefreshRate(3)
Still.setYLabel("Pressure")
Still.selectDeviceCommand("select_device", 2)
Still.connection(cxn)
Still.begin()
self.devices.append(Still)
Keg = Device("Keg")
Keg.setServerName("mks_pdr2000_server")
Keg.addParameter("Pressure 1", "get_pressure", None, 0)
Keg.addParameter("Pressure 2", "get_pressure", None, 1)
Keg.addPlot()
Keg.setPlotRefreshRate(3)
Keg.setRefreshRate(3)
Keg.setYLabel("Pressure")
Keg.selectDeviceCommand("select_device", 1)
Keg.connection(cxn)
Keg.begin()
self.devices.append(Keg)
lake370 = Device("Lakeshore 370")
lake370.setServerName("lakeshore_ruox")
for i in range(0, 5):
lake370.addParameter("Temperature " + str(i + 1), "temperatures", None, i)
lake370.setYLabel("Temperature")
lake370.selectDeviceCommand("select_device", 0)
lake370.addPlot()
lake370.setPlotRefreshRate(3)
lake370.setRefreshRate(3)
lake370.connection(cxn)
lake370.begin()
self.devices.append(lake370)
lake218 = Device("Lakeshore 218")
lake218.setServerName("lakeshore_218")
lake218.addParameter("Sensor 1", "get_temperature", 1)
lake218.addParameter("Sensor 2", "get_temperature", 2)
lake218.addParameter("Sensor 3", "get_temperature", 3)
lake218.addParameter("Sensor 4", "get_temperature", 4)
lake218.addParameter("Sensor 5", "get_temperature", 5)
lake218.addParameter("Sensor 6", "get_temperature", 6)
lake218.addParameter("Sensor 7", "get_temperature", 7)
lake218.addParameter("Sensor 8", "get_temperature", 8)
lake218.addPlot()
lake218.setPlotRefreshRate(3)
lake218.setRefreshRate(3)
lake218.setYLabel("Temperature")
lake218.selectDeviceCommand("select_device", 0)
lake218.connection(cxn)
lake218.begin()
self.devices.append(lake218)
# Start the datalogger. This line can be commented
# out if no datalogging is required.
self.chest = dataChestWrapper(self.devices)
# Create the gui
self.gui = MGui.MGui()
self.gui.startGui(self.devices, "Leiden Gui", "Leiden Data", tele)
def __init__(self, parent = None):
# Establish a connection to LabRAD.
try:
me = singleton.SingleInstance() # will sys.exit(-1) if other instance is running
except:
print("Multiple instances cannot be running")
time.sleep(2)
sys.exit(1)
try:
cxn = labrad.connect()
except:
print("Please start the LabRAD manager")
time.sleep(2)
sys.exit(0)
try:
tele = cxn.telecomm_server
except:
print("Please start the telecomm server")
time.sleep(2)
sys.exit(1)
PT1000s = Device("PT1000s")
PT1000s.connection(cxn)
PT1000s.setServerName("goldstein_s_pt1000_temperature_monitor")
PT1000s.addParameter("3K", "get_temperatures", None, 0)
PT1000s.addParameter("50K", "get_temperatures", None, 1)
PT1000s.selectDeviceCommand("select_device", 0)
PT1000s.setYLabel("Temperature")
PT1000s.addPlot()
PT1000s.begin()
self.devices.append(PT1000s)
LeidenDRTemperature = Device("Leiden DR")
LeidenDRTemperature.connection(cxn)
LeidenDRTemperature.setServerName("leiden_dr_temperature")
LeidenDRTemperature.addParameter("Mix (PT-1000)",
"mix_temperature_pt1000", None)
LeidenDRTemperature.addParameter("Mix (TT)",
"mix_temperature", None)
LeidenDRTemperature.addParameter("Still",
"still_temperature", None)
LeidenDRTemperature.addParameter("Exchange",
"exchange_temperature", None)
LeidenDRTemperature.selectDeviceCommand("select_device", 0)
LeidenDRTemperature.addPlot()
LeidenDRTemperature.begin()
LeidenDRTemperature.setYLabel("Temperature")
self.devices.append(LeidenDRTemperature)
Compressor = Device("Compressor")
Compressor.setServerName("cp2800_compressor")
Compressor.addButton("Turn Off",
"You are about to turn the compressor off.",
"status", None)
Compressor.addButton("Turn On",
"You are about to turn the compressor on.",
"status", None)
Compressor.addParameter("Input Water Temperature",
"temperaturesforgui", None, 0)
Compressor.addParameter("Output Water Temperature",
"temperaturesforgui", None, 1)
Compressor.addParameter("Helium Temperature",
"temperaturesforgui", None, 2)
Compressor.addParameter("Oil Temperature",
"temperaturesforgui", None, 3)
Compressor.addPlot()
Compressor.setYLabel("Temperature")
Compressor.selectDeviceCommand("select_device", 0)
Compressor.connection(cxn)
Compressor.begin()
self.devices.append(Compressor)
Vacuum = Device("Vacuum")
Vacuum.setServerName("pfeiffer_vacuum_maxigauge")
Vacuum.connection(cxn)
Vacuum.addPlot()
# Vacuum.addParameter("Sensor 1", "get_pressures", None, 0)
# Vacuum.addParameter("Sensor 2", "get_pressures", None, 1)
# Vacuum.addParameter("Sensor 3", "get_pressures", None, 2)
Vacuum.addParameter("OVC Pressure", "get_pressures", None, 3)
Vacuum.addParameter("IVC Pressure", "get_pressures", None, 4)
Vacuum.addParameter("Still Pressure", "get_pressures", None, 5)
Vacuum.setYLabel("Pressure")
Vacuum.selectDeviceCommand("select_device", 0)
Vacuum.begin()
self.devices.append(Vacuum)
Temperature = Device("Temperature")
Temperature.connection(cxn)
Temperature.setServerName("omega_temperature_monitor")
Temperature.addParameter("Exteranal Water Temperature",
"get_temperature")
Temperature.selectDeviceCommand("select_device", 0)
Temperature.addPlot()
Temperature.setYLabel("Temperature")
Temperature.begin()
self.devices.append(Temperature)
Flow = Device("Flow Meter")
Flow.connection(cxn)
Flow.setServerName("omega_ratemeter")
Flow.addParameter("External Water Flow Rate", "get_rate")
Flow.selectDeviceCommand("select_device", 0)
Flow.setYLabel("Flow Rate")
Flow.addPlot()
Flow.begin()
self.devices.append(Flow)
# Start the datalogger. This line can be commented
# out if no datalogging is required.
self.chest = dataChestWrapper(self.devices)
# Create the gui.
self.gui = MGui.MGui()
self.gui.startGui(self.devices, 'Leiden DR GUI', 'Leiden Data', tele)
