def __init__(self, address="001", tcpPort=None, ui=None, name='none'):
self.address = address
self.chan_ack = "@%sACK" % self.address
self.name = name
serial_device.__init__(self, ui=ui)
self.unit = "mbar"
self.channels = [Channel("img"),
Channel("img"),
Channel(""),
Channel("pirani"),
Channel("pirani"),
Channel(""),
Channel(""),
Channel(""),
Channel(""),
Channel(""),
Channel(""),
Channel("")]
self.controller_funcs = {"U": lambda: "@%sACK%s" % (address, self.unit),
"FV6": lambda: "@%sACK6.0" % address,
"FV5": lambda: "@%sACK5.0" % address,
"MT": lambda: "@%sACKHC,CC,T1" % address}
self.Terminator = ";FF"
if tcpPort is not None:
self.start_ip(tcpPort)
def __init__(self, address="001", tcpPort=None, ui=None, name='none'):
self.address = address
self.chan_ack = "@%sACK" % self.address
self.name = name
serial_device.__init__(self, ui=ui)
self.unit = "mbar"
self.channels = [
Channel("img"),
Channel("img"),
Channel(""),
Channel("pirani"),
Channel("pirani"),
Channel(""),
Channel(""),
Channel(""),
Channel(""),
Channel(""),
Channel(""),
Channel("")
]
self.controller_funcs = {
"U": lambda: "@%sACK%s" % (address, self.unit),
"FV6": lambda: "@%sACK6.0" % address,
"FV5": lambda: "@%sACK5.0" % address,
"MT": lambda: "@%sACKHC,CC,T1" % address
}
self.Terminator = ";FF"
if tcpPort is not None:
self.start_ip(tcpPort)
def __init__(self, name='none', tcpPort=9100, ui=None):
print "Create Digitel MPC controller %s" % name
self.name = name
serial_device.__init__(self, ui=ui)
self.voltageStrapping = 240
self.autoRestart = False
self.fanControl = False
self.setPoints = {}
self.supplies = {}
self.supplies[1] = PowerSupply("%s:%s" % (name, 1))
self.supplies[2] = PowerSupply("%s:%s" % (name, 2))
serial_device.Terminator = "\r"
self.start_ip(tcpPort)
def __init__(self, name="", tcpPort=None, ui=None):
self.name = name
serial_device.__init__(self, ui=ui)
self.gauges = {}
self.gauges[1] = Mks937aChannel(name + ":1", "img")
self.gauges[2] = Mks937aChannel(name + ":2", "img")
self.gauges[3] = Mks937aChannel(name + ":3", "")
self.gauges[4] = Mks937aChannel(name + ":4", "pirani")
self.gauges[5] = Mks937aChannel(name + ":5", "pirani")
serial_device.Terminator = "\r"
if tcpPort:
self.start_ip(tcpPort)
self.diagnostic("Created MKS937A crate %s" % name)
def __init__(self):
'''Constructor. Remember to call the base class constructor.'''
serial_device.__init__(self,
protocolBranches = ["sensorraw", "temp", "setdate", "date", "settime",\
"time", "ipaddress", "macAddress", "reseed"])
print "Initialising CryoconM14 simulator, V1.0"
self.raw = dict(zip('ABCD', [1, 2, 3, 4]))
self.temp = dict(zip('ABCD', [11, 12, 13, 14]))
self.ipad = '0.0.0.0'
self.mac = '00:01:02:03:04:05'
self.date = '01/02/2003'
self.time = '01:02:03'
self.seedset = int(False)
self.on = True
self.command("diaglevel 5")
return
def __init__(self):
'''Constructor. Remember to call the base class constructor.'''
serial_device.__init__(self, protocolBranches=[])
print "Initialising Elcomat3000 simulator, V1.0"
print "Power is %s" % self.power
self.transmitType1 = False
self.transmitType3 = False
self.transmitType5 = False
self.transmitType6 = False
self.measuredX = 4.5
self.measuredY = 2.3
self.day = 12
self.month = 1
self.year = 2001
self.focalLength = 300
return
def __init__(self, name='none', tcpPort=None, ui=None):
'''Create an MV2 RGA simulator.'''
self.name = name
serial_device.__init__(self, ui=ui)
self.InTerminator = "\r\n"
self.OutTerminator = "\r\r"
if tcpPort is not None:
self.start_ip(tcpPort)
self.userApplication = ''
self.userVersion = ''
self.barchartName = ''
self.barchartStartMass = 1
self.barchartEndMass = 50
self.barchartFilterMode = 'PeakCenter'
self.barchartAccuracy = 5
self.barchartEGainIndex = 0
self.barchartSourceIndex = 0
self.barchartDetectorIndex = 0
self.scanMeasurement = ''
self.schedule(self.process, 1)
self.diagnostic("Created MV2 RGA simulator %s\n" % name)
def __init__(self, name="none", tcpPort=None, ui=None):
"""Create an MV2 RGA simulator."""
self.name = name
serial_device.__init__(self, ui=ui)
self.InTerminator = "\r\n"
self.OutTerminator = "\r\r"
if tcpPort is not None:
self.start_ip(tcpPort)
self.userApplication = ""
self.userVersion = ""
self.barchartName = ""
self.barchartStartMass = 1
self.barchartEndMass = 50
self.barchartFilterMode = "PeakCenter"
self.barchartAccuracy = 5
self.barchartEGainIndex = 0
self.barchartSourceIndex = 0
self.barchartDetectorIndex = 0
self.scanMeasurement = ""
self.schedule(self.process, 1)
self.diagnostic("Created MV2 RGA simulator %s\n" % name)
def __init__(self):
serial_device.__init__(self)
self.devices = []
self.start_no_io()
self.schedule(self.process, 1)
def __init__(self):
self.pump_state = ":"
self.properties = {
"force": {
"values": [20],
"types": [int],
"get format": "\n{values[0]}%\r\n{pump}",
"test": lambda val: val if 1 <= val[0] <= 100 else False,
"error format": "Argument error: %s\n Out of range"},
"poll": {
"values": ["OFF"],
"types": [str],
"get format": "Polling mode is {values[0]}\r\n{pump}",
"test": lambda val:
val if val[0].upper() in ("ON", "OFF") else False,
"error format": ""},
"diameter": {
"values": [10.0],
"types": [float],
"get format": "\n{values[0]:.4f} mm\r\n{pump}",
"test": lambda val:
val if 0.1 <= round(val[0], 4) <= 99 else False,
"error format": "Argument error: %s\n Diameter out of range"},
"irun": {
"new pump state": ">"},
"wrun": {
"new pump state": "<"},
"stop": {
"new pump state": ":"},
"stp": {
"new pump state": ":"},
"irate": {
"values": [0.0, "ul/min"],
"types": [float, str],
"get format":
"\n{values[0]:.4f} {values[1]}\r\n{pump}",
"test": lambda val:
(val if 0.0 <= round(val[0], 4) <= 10000000 and
re.search("^[pnum]l/sec|min|hr", val[1],
re.IGNORECASE) else False),
"error format": "Argument error: {0[0]} {0[1]} {pump}"},
"wrate": {
"values": [0.0, "ul/min"],
"types": [float, str],
"get format":
"\n{values[0]:.4f} {values[1]}\r\n{pump}",
"test": lambda val:
(val if 0.0 <= round(val[0], 4) <= 10000000 and
re.search("^[pnum]l/sec|min|hr", val[1],
re.IGNORECASE) else False),
"error format": "Argument error: {0[0]} {0[1]} {pump}"},
"tvolume": {
"values": [0.0, "nl"],
"types": [float, str],
"get format": "\n{values[0]} {values[1]}\r\n{pump}",
"test": self.tvolume_test,
"error format": "Argument error: {0[0]} {0[1]} {pump}"},
"ivolume": {
"values": [0.0, "nl"],
"types": [float, str],
"get format": "\n{values[0]} {values[1]}\r\n{pump}"},
"wvolume": {
"values": [0.0, "nl"],
"types": [float, str],
"get format": "\n{values[0]} {values[1]}\r\n{pump}"},
"ttime": {
"values": ["0 seconds"],
"types": [str, str],
"get format": "\n{values[0]}\r\n{pump}",
"test": self.ttime_test}
}
serial_device.__init__(self)
def __init__(self):
'''Constructor. Remember to call the base class constructor.'''
# See file CryoconM32.protocol for comment on what these functions do.
serial_device.__init__(self,
protocolBranches=[
"getSensorraw",
"getTemp",
"getTempUnits",
"getTempMin",
"getTempMax",
"getTempVariance",
"getTempSlope",
"getTempOffset",
"getSetpointT",
"setSetpointT",
"getLoopType",
"setLoopType",
"getLoopSource",
"getLoopRamp",
"getLoopRampRate",
"setLoopRampRate",
"getLoopPGain",
"setLoopPGain",
"getLoopIGain",
"setLoopIGain",
"getLoopDGain",
"setLoopDGain",
"getLoopManOutput",
"setLoopManOutput",
"reseed",
"getFirmwareRev",
"getHardwareRev",
"getModel",
"getControllerName",
"getAmbientT",
"getSinkT",
"getStatsTime",
"resetStats",
"getFilterTC",
"getDisplayRes",
"getPUControl",
])
print "CryoconM32_sim: Initialising."
self.on = 0
self.channelA = Sensor("A")
self.channelB = Sensor("B")
self.channels = {"A": self.channelA, "B": self.channelB}
self.loop1 = Loop("1", self.channelA)
self.loop2 = Loop("2", self.channelB)
self.loops = {"1": self.loop1, "2": self.loop2}
self.firmwareRev = "Simulation XYZ"
self.hardwareRev = "Simulation ABC"
self.model = "CryoconM32"
self.controllerName = "Magnet-22"
# The protocol file at present has a carriage return character in its format
# definition. Need to test this against the real instrument to figure out
# what is going on.
self.ambientT = "+32C"
self.sinkT = "+50C"
self.calcStatsReset()
print "CryoconM32_sim: Initialised."
return
def __init__(self):
# place your initialisation code here
serial_device.__init__(self)
def __init__(self):
# place your initialisation code here
serial_device.__init__(self)
self.nDebugLevel = 0
