def __init__ (self,pvPrefix="", mnemonic=""):
"""
**Constructor**
See :class:`py4syn.epics.StandardDevice`
Parameters
----------
pvPrefix : `string`
Lauda's device base naming of the PV (Process Variable)
mnemonic : `string`
Lauda's mnemonic
"""
StandardDevice.__init__(self, mnemonic)
self.pvBTemp = PV(pvPrefix + ":BTEMP")
self.pvETemp = PV(pvPrefix + ":ETEMP")
self.pvBLevel = PV(pvPrefix+ ":BLEVEL")
self.pvBSP = PV(pvPrefix+":BSP")
self.pvBPower = PV(pvPrefix+":BPOWER")
self.pvBOverTemp = PV(pvPrefix+":BOVERTEMP")
self.pvBTN = PV(pvPrefix+":BTN")
self.pvBStatus = PV(pvPrefix + ":BSTATS")
self.pvBThermoStatus = PV(pvPrefix + ":BTHERMOSTATS")
self.pvWSP = PV(pvPrefix + ":WSP")
self.pvWPump = PV(pvPrefix + ":WPUMP")
self.pvWTN = PV(pvPrefix + ":WTN")
self.pvWStart = PV(pvPrefix + ":WSTART")
self.pvWStop = PV(pvPrefix + ":WSTOP")
def __init__(self, pvName, mnemonic, timeBased=False):
"""
**Constructor**
To use this Keithley Class you must pass the PV (Process Variable) prefix.
.. Note::
e.g.: SXS:K6514
Examples
--------
>>> from KeithleyClass import *
>>> name = Keithley('SOL:K6514', 'k1')
"""
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.timeBased = timeBased
self.keithley = Device(pvName+':',
('GetMed','SetMed','GetMedRank','SetMedRank','GetAver',
'SetAver','GetAverCoun','SetAverCoun','GetNPLC','SetNPLC',
'GetAutoZero', 'SetAutoZero','GetZeroCheck','SetZeroCheck',
'GetAverTCon','SetAverTCon','GetCurrRange','SetCurrRange',
'GetZeroCor','SetZeroCor', 'GetAutoCurrRange','SetAutoCurrRange'
'Count','ContinuesMode', 'CNT', 'OneMeasure'))
self.pvMeasure = PV(pvName+':'+'Measure', auto_monitor=False)
self._counting = self.isCountingPV()
self.keithley.add_callback('CNT', self.onStatusChange)
def __init__(self, mnemonic, description, backwardFormula,
forwardFormulasDict):
"""
**Pseudo Motor class Constructor**
Parameters
----------
mnemonic : `string`
Motor mnemonic
description : `string`
Motor Description
backwardFormula : `string`
Mathematical Formula used to calculate the Pseudo motor position based on other motors
forwardFormulasDict : `dictionary`
Dictionary containing mathematical relations to move each of the motors involved in the pseudo motor movement
"""
StandardDevice.__init__(self, mnemonic)
self.name = mnemonic
self.description = description
self.backFormula = backwardFormula
self.forwardDict = forwardFormulasDict
def __init__(self, pvStatusName="", pvControlName="", pvHutchName="", mnemonic="", invert=False):
StandardDevice.__init__(self, mnemonic)
self.delay = 0.01
self.invert = invert
self.pvStatus = PV(pvStatusName)
self.pvControl = PV(pvControlName)
self.pvHutch = PV(pvHutchName)
def __init__(self, pvPrefix="", mnemonic=""):
"""
**Constructor**
See :class:`py4syn.epics.StandardDevice`
Parameters
----------
pvPrefix : `string`
Lauda's device base naming of the PV (Process Variable)
mnemonic : `string`
Lauda's mnemonic
"""
StandardDevice.__init__(self, mnemonic)
self.pvBTemp = PV(pvPrefix + ":BTEMP")
self.pvETemp = PV(pvPrefix + ":ETEMP")
self.pvBLevel = PV(pvPrefix + ":BLEVEL")
self.pvBSP = PV(pvPrefix + ":BSP")
self.pvBPower = PV(pvPrefix + ":BPOWER")
self.pvBOverTemp = PV(pvPrefix + ":BOVERTEMP")
self.pvBTN = PV(pvPrefix + ":BTN")
self.pvBStatus = PV(pvPrefix + ":BSTATS")
self.pvBThermoStatus = PV(pvPrefix + ":BTHERMOSTATS")
self.pvWSP = PV(pvPrefix + ":WSP")
self.pvWPump = PV(pvPrefix + ":WPUMP")
self.pvWTN = PV(pvPrefix + ":WTN")
self.pvWStart = PV(pvPrefix + ":WSTART")
self.pvWStop = PV(pvPrefix + ":WSTOP")
def __init__(self, pvName, mnemonic):
"""
**Constructor**
See :class:`py4syn.epics.StandardDevice`
Parameters
----------
pvName : `string`
Motor's base naming of the PV (Process Variable)
mnemonic : `string`
Motor's mnemonic
"""
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.pvType = PV(pvName + ".RTYP", connection_timeout=3)
if (self.pvType.status is None):
raise Exception("Epics PV " + pvName +
" seems to be offline or not reachable")
if (self.pvType.get() != "motor"):
raise Exception(pvName + " is not an Epics Motor")
self.motor = Device(
pvName + '.',
('RBV', 'VAL', 'DRBV', 'DVAL', 'RLV', 'RVAL', 'RRBV', 'STOP',
'MOVN', 'LLS', 'HLS', 'SSET', 'SUSE', 'SET', 'VELO', 'EGU',
'DMOV', 'STUP', 'DESC', 'BDST', 'HLM', 'LLM', 'DHLM', 'DLLM',
'VOF', 'FOF', 'OFF', 'DIR', 'LVIO', 'HOMF', 'HOMR'))
self.motor.add_callback('DMOV', self.onStatusChange)
self._moving = self.isMovingPV()
self.motorDesc = self.getDescription()
def __init__(self, pvPrefix="", mnemonic="", channel=0):
"""
**Constructor**
See :class:`py4syn.epics.StandardDevice`
Parameters
----------
pvPrefix : `string`
LakeShore331's device base naming of the PV (Process Variable); Like DXAS:LS331;
mnemonic : `string`
LakeShore331's mnemonic
"""
StandardDevice.__init__(self, mnemonic)
self.lakeshore331 = Device(
pvPrefix + ':',
('GetHEAT', 'GetHeaterRange', 'GetAPIDD', 'GetAPIDI', 'GetAPIDP',
'GetASetPoint', 'GetBPIDD', 'GetBPIDI', 'GetBPIDP',
'GetBSetPoint', 'GetCTempA', 'GetCTempB', 'GetKTempA',
'GetKTempB', 'SetHeaterRange', 'SetAPIDD', 'SetAPIDI', 'SetAPIDP',
'SetASetPoint', 'SetBPIDD', 'SetBPIDI', 'SetBPIDP',
'SetBSetPoint', 'GetCmode', 'SetCmode'))
self.ls331_control = Device(pvPrefix + ':CONTROL:',
['SetAPID', 'SetBPID', 'Trigger'])
if (channel == 1):
self.ls331_channel = LakeShore_t.Channel_B
else:
# Default
self.ls331_channel = LakeShore_t.Channel_A
def __init__(self, pvRotaryMagnetName="", mnemonic=""):
StandardDevice.__init__(self, mnemonic)
self._active = False
self._done = self.isDone()
self.pvRotaryMagnetDESC = PV(pvRotaryMagnetName + ".DESC")
self.pvRotaryMagnetVAL = PV(pvRotaryMagnetName + ".VAL",
self.onValChange)
def __init__(self, pvName, mnemonic):
"""
**Constructor**
See :class:`py4syn.epics.StandardDevice`
Parameters
----------
pvName : `string`
Motor's base naming of the PV (Process Variable)
mnemonic : `string`
Motor's mnemonic
"""
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.pvType = PV(pvName+".RTYP", connection_timeout=3)
if(self.pvType.status == None):
raise Exception("Epics PV "+ pvName+" seems to be offline or not reachable")
if(self.pvType.get()!= "motor"):
raise Exception(pvName+" is not an Epics Motor")
self.motor = Device(pvName+'.', ('RBV','VAL', 'DRBV', 'DVAL','RLV', 'RVAL', 'RRBV',
'STOP','MOVN','LLS','HLS','SSET','SUSE',
'SET','VELO','EGU','DMOV','STUP', 'DESC',
'BDST', 'HLM', 'LLM', 'DHLM', 'DLLM',
'VOF','FOF','OFF', 'DIR','LVIO'))
self.motor.add_callback('DMOV',self.onStatusChange)
self._moving = self.isMovingPV()
self.motorDesc = self.getDescription()
def __init__(self, pvName, mnemonic, scalerObject=""):
"""
**Constructor**
Parameters
----------
pvName : `string`
Charge-Coupled Device (CCD)'s naming of the PV (Process Variable)
mnemonic : `string`
Device mnemonic
scalerObject : `object`
It represents logically the Scaler device
"""
StandardDevice.__init__(self, mnemonic)
self.pvAcquire = PV(pvName+":Acquire", callback=self.onAcquireChange)
self.pvConfigWait = PV(pvName+":Wait", callback=self.onWaitChange)
self.pvAutoIncrement = PV(pvName+":AutoIncrement")
self.pvMinX = PV(pvName+":MinX")
self.pvMinY = PV(pvName+":MinY")
self.pvSizeX = PV(pvName+":SizeX")
self.pvSizeY = PV(pvName+":SizeY")
self.pvAcquireTime = PV(pvName+":AcquireTime")
self.pvFileNumber = PV(pvName+":FileNumber")
self.pvNumImages = PV(pvName+":NumImages")
self.pvFilePath = PV(pvName+":FilePath")
self.pvFileName = PV(pvName+":FileName")
self.pvCommand = PV(pvName+":StrInput")
self.pvCommandOut = PV(pvName+":StrOutput")
self.scaler = scalerObject
self._done = self.isDone()
self._doneConfig = self.isDoneConfig()
self.time = float(self.pvAcquireTime.get()/1000000) #Convert from microsecond to second
def __init__(self, pvName, mnemonic, imageBufferQueue=None, processName=""):
StandardDevice.__init__(self, mnemonic)
self.processName = processName
self.initCamera = True
self.initNELM = True
self.NCount = 0
self.NData = 0
self.imageBufferQueue = imageBufferQueue
self.pvData = PV(pvName+":Data", auto_monitor=True)
self.pvData.add_callback(self.onDataChange)
self.pvAcquire = PV(pvName+":Acquire", callback=self.onAcquireChange, auto_monitor=True)
self.pvAcquireRBV = PV(pvName+":Acquire_RBV", callback=self.onAcquireRBVChange, auto_monitor=True)
self.pvNELM = PV(pvName+":Data.NELM", callback=self.onNELMChange)
self._done = self.isDone()
self.pvPixelSize = PV(pvName + ":PixelSize")
self.pvCheckImage = PV(pvName + ":CheckImage")
self.pvMinX = PV(pvName + ":MinX")
self.pvMinY = PV(pvName + ":MinY")
self.pvSizeX = PV(pvName + ":SizeX")
self.pvSizeY = PV(pvName + ":SizeY")
self.pvAcquireTime = PV(pvName+":AcquireTime")
self.pvAcquireTimeBase = PV(pvName+":AcquireTimeBase")
self.pvDelayTime = PV(pvName + ":DelayTime")
self.pvDelayTimeBase = PV(pvName + ":DelayTimeBase")
self.pvFileFormat = PV(pvName + ":FileFormat")
self.pvFileName = PV(pvName + ":FileName")
self.pvFileNumber = PV(pvName + ":FileNumber")
self.pvFilePath = PV(pvName + ":FilePath")
def __init__(self, pvName, mnemonic, timeBased=False):
"""
**Constructor**
To use this Keithley Class you must pass the PV (Process Variable) prefix.
.. Note::
e.g.: SXS:K6514
Examples
--------
>>> from KeithleyClass import *
>>> name = Keithley('SOL:K6514', 'k1')
"""
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.timeBased = timeBased
self.keithley = Device(pvName+':',
('GetMed','SetMed','GetMedRank','SetMedRank','GetAver',
'SetAver','GetAverCoun','SetAverCoun','GetNPLC','SetNPLC',
'GetAutoZero', 'SetAutoZero','GetZeroCheck','SetZeroCheck',
'GetAverTCon','SetAverTCon','GetRange','SetRange',
'GetZeroCor','SetZeroCor', 'GetAutoCurrRange','SetAutoCurrRange'
'Count','ContinuesMode', 'CNT', 'OneMeasure'))
self.pvMeasure = PV(pvName+':'+'Measure', auto_monitor=False)
self._counting = self.isCountingPV()
self.keithley.add_callback('CNT', self.onStatusChange)
def __init__(self, pvName, mnemonic):
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.modem = Device(pvName + ':FONE:',
('discar.PROC', 'audio', 'numero', 'discar.VALA'))
self._status = self.getStatus()
self.modem.add_callback('discar.VALA', self.onStatusChange)
def __init__(self, pvStatusName="", pvControlName="", pvHutchName="", mnemonic="", invert=False):
StandardDevice.__init__(self, mnemonic)
self.delay = 0.01
self.invert = invert
self.pvStatus = PV(pvStatusName)
self.pvControl = PV(pvControlName)
self.pvHutch = PV(pvHutchName)
def __init__(self, pvName, mnemonic, scalerObject=""):
"""
**Constructor**
Parameters
----------
pvName : `string`
Charge-Coupled Device (CCD)'s naming of the PV (Process Variable)
mnemonic : `string`
Device mnemonic
scalerObject : `object`
It represents logically the Scaler device
"""
StandardDevice.__init__(self, mnemonic)
self.pvAcquire = PV(pvName + ":Acquire", callback=self.onAcquireChange)
self.pvConfigWait = PV(pvName + ":Wait", callback=self.onWaitChange)
self.pvAutoIncrement = PV(pvName + ":AutoIncrement")
self.pvMinX = PV(pvName + ":MinX")
self.pvMinY = PV(pvName + ":MinY")
self.pvSizeX = PV(pvName + ":SizeX")
self.pvSizeY = PV(pvName + ":SizeY")
self.pvAcquireTime = PV(pvName + ":AcquireTime")
self.pvFileNumber = PV(pvName + ":FileNumber")
self.pvNumImages = PV(pvName + ":NumImages")
self.pvFilePath = PV(pvName + ":FilePath")
self.pvFileName = PV(pvName + ":FileName")
self.pvCommand = PV(pvName + ":StrInput")
self.pvCommandOut = PV(pvName + ":StrOutput")
self.scaler = scalerObject
self._done = self.isDone()
self._doneConfig = self.isDoneConfig()
self.time = float(self.pvAcquireTime.get() /
1000000) #Convert from microsecond to second
def __init__(self, pvScalerName="", numberOfChannels=1, mnemonic=""):
StandardDevice.__init__(self, mnemonic)
self._counting = False
self.pvScalerTP = PV(
pvScalerName +
".TP") # envia para o IOC do cintilador o tempo de exposicao
#self.pvScalerCNT = PV(pvScalerName+".CNT", self.onStatusChange) # envia para o IOC o disparo da medida
self.pvScalerCNT = PV(pvScalerName +
".CNT") # envia para o IOC o disparo da medida
self.pvScalerFREQ = PV(pvScalerName + ".FREQ")
self.pvScalerVAL = PV(pvScalerName + ".VAL", self.onValChange)
self.pvScalerCounters = []
self.pvScalerGates = []
self.pvScalerPresets = []
# Initial State
if (self.pvScalerCNT.get() == 0 and self.pvScalerVAL.get() == 0):
self._counting = False
for i in range(1, 2 + numberOfChannels):
self.pvScalerCounters.append(
PV(pvScalerName + ".S" + str(i),
auto_monitor=False)) # valor do contador i
self.pvScalerGates.append(PV(pvScalerName + ".G" + str(i)))
self.pvScalerPresets.append(PV(pvScalerName + ".PR" + str(i)))
def __init__(self, pvNameIN, pvNameOUT, mnemonic, scalerObject=""):
StandardDevice.__init__(self, mnemonic)
# IN DXAS:DIO:bi8 # 1.0 (read TTL OUT from CCD)
# OUT DXAS:DIO:bo17 # 6.1 (write Trigger IN to CCD start acquisition)
self.pvAcquire = PV(pvNameOUT)
self.pvMonitor = PV(pvNameIN, callback=self.onAcquireChange)
self._done = self.isDone()
self.countTime = 1
def __init__(self, pvName="", pvHutchName="", mnemonic=""):
StandardDevice.__init__(self, mnemonic)
self.delay = 0.01
self.pvFilter1 = PV(pvName+":DIO:XIA:Filter1")
self.pvFilter2 = PV(pvName+":DIO:XIA:Filter2")
self.pvFilter3 = PV(pvName+":DIO:XIA:Filter3")
self.pvFilter4 = PV(pvName+":DIO:XIA:Filter4")
self.pvHutch = PV(pvHutchName)
def __init__(self, pvName, mnemonic, timeBased=False):
"""
**Constructor**
To use this Keithley Class you must pass the PV (Process Variable) prefix.
.. Note::
e.g.: SXS:K6514
Examples
--------
>>> from KeithleyClass import *
>>> name = Keithley('SOL:K6514', 'k1')
"""
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.timeBased = timeBased
self.keithley = Device(
pvName + ":",
(
"GetMed",
"SetMed",
"GetMedRank",
"SetMedRank",
"GetAver",
"SetAver",
"GetAverCoun",
"SetAverCoun",
"GetNPLC",
"SetNPLC",
"GetAutoZero",
"SetAutoZero",
"GetZeroCheck",
"SetZeroCheck",
"GetAverTCon",
"SetAverTCon",
"GetRange",
"SetRange",
"GetZeroCor",
"SetZeroCor",
"GetAutoCurrRange",
"SetAutoCurrRange" "Count",
"ContinuesMode",
"CNT",
"OneMeasure",
),
)
self.pvMeasure = PV(pvName + ":" + "Measure", auto_monitor=False)
self._counting = self.isCountingPV()
self.keithley.add_callback("CNT", self.onStatusChange)
def __init__(self, pvName, mnemonic, scalerObject=""):
StandardDevice.__init__(self, mnemonic)
self.pvAcquire = PV(pvName+":cam1:Acquire", callback=self.onAcquireChange)
self.pvNumImages = PV(pvName+":cam1:NumImages")
self.pvFileName = PV(pvName+":cam1:FileName")
self.pvFilePath = PV(pvName+":cam1:FilePath")
self.pvAcquireTime = PV(pvName+":cam1:AcquireTime")
self.pvFileNumber = PV(pvName+":cam1:FileNumber")
self.pvArrayCounter = PV(pvName+":cam1:ArrayCounter")
self.pvArrayCounterRBV = PV(pvName+":cam1:ArrayCounter_RBV")
self.scaler = scalerObject
self._done = self.isDone()
self.time = self.pvAcquireTime.get()
def __init__(self, pvName, mnemonic, scalerObject=""):
StandardDevice.__init__(self, mnemonic)
self.pvAcquire = PV(pvName + ":cam1:Acquire",
callback=self.onAcquireChange)
self.pvNumImages = PV(pvName + ":cam1:NumImages")
self.pvFileName = PV(pvName + ":cam1:FileName")
self.pvFilePath = PV(pvName + ":cam1:FilePath")
self.pvAcquireTime = PV(pvName + ":cam1:AcquireTime")
self.pvFileNumber = PV(pvName + ":cam1:FileNumber")
self.pvArrayCounter = PV(pvName + ":cam1:ArrayCounter")
self.pvArrayCounterRBV = PV(pvName + ":cam1:ArrayCounter_RBV")
self.scaler = scalerObject
self._done = self.isDone()
self.time = self.pvAcquireTime.get()
def __init__(self, pvPrefix="", mnemonic=""):
StandardDevice.__init__(self, mnemonic)
self.pvBVAL_RBV = PV(pvPrefix + ":BVAL_RBV")
self.pvBVAL = PV(pvPrefix + ":BVAL")
self.pvBPOS = PV(pvPrefix + ":BPOS")
self.pvSVON = PV(pvPrefix + ":SVON")
self.pvRUNNING = PV(pvPrefix + ":RUNNING")
self.pvRUNNING.add_callback(self.finish)
self.pvJOB = PV(pvPrefix + ":JOB")
self.pvGOJOB = PV(pvPrefix + ":GOJOB")
self.pvSTA1 = PV(pvPrefix + ":STA1")
self.pvSTA2 = PV(pvPrefix + ":STA2")
self.motomanfinish = False
def __init__ (self,pvPrefix="", mnemonic=""):
StandardDevice.__init__(self, mnemonic)
self.pvBVAL_RBV = PV(pvPrefix + ":BVAL_RBV")
self.pvBVAL = PV(pvPrefix + ":BVAL")
self.pvBPOS = PV(pvPrefix+ ":BPOS")
self.pvSVON = PV(pvPrefix+":SVON")
self.pvRUNNING = PV(pvPrefix+":RUNNING")
self.pvRUNNING.add_callback(self.finish)
self.pvJOB = PV(pvPrefix+":JOB")
self.pvGOJOB = PV(pvPrefix+":GOJOB")
self.pvSTA1 = PV(pvPrefix+":STA1")
self.pvSTA2 = PV(pvPrefix + ":STA2")
self.motomanfinish = False
def __init__ (self,pvPrefix, mnemonic):
StandardDevice.__init__(self, mnemonic)
self.pvAcquire = PV(pvPrefix + ":Acquire")
self.pvTime = PV(pvPrefix + ":Time")
self.pvDataRBV = PV(pvPrefix+ ":Data_RBV")
self.pvAcquireRBV = PV(pvPrefix+":Acquire_RBV")
self.pvAcquireRBV.add_callback(self.finish)
self.pvSettings = PV(pvPrefix+":Settings")
self.pvFlatfield = PV(pvPrefix+":FlatfieldCorrection")
self.pvFlatfieldRBV = PV(pvPrefix+":FlatfieldCorrection_RBV")
self.pvFlip = PV(pvPrefix + ":FlipChannels")
self.pvFlipRBV = PV(pvPrefix + ":FlipChannels_RBV")
self.mythenfinish = (self.pvAcquireRBV.get() == 0)
def __init__(self, pvName, mnemonic):
StandardDevice.__init__(self, mnemonic)
self.pvAcquire = PV(pvName + ":Acquire", callback=self.onAcquireChange)
self.pvAcquire_RBV = PV(pvName + ":Acquire_RBV")
self.pvAcquireTime = PV(pvName + ":AcquireTime")
self.pvAcquireTime_RBV = PV(pvName + ":AcquireTime_RBV")
self.pvNumImages = PV(pvName + ":NumImages")
self.pvNumImages_RBV = PV(pvName + ":NumImages_RBV")
self.pvNumImagesCounter_RBV = PV(pvName + ":NumImagesCounter_RBV")
self.pvNumExposures = PV(pvName + ":NumExposures")
self.pvNumExposures_RBV = PV(pvName + ":NumExposures_RBV")
self.pvNumExposuresCounter_RBV = PV(pvName +
":NumExposuresCounter_RBV")
self.pvImageMode = PV(pvName + ":ImageMode")
self.pvImageMode_RBV = PV(pvName + ":ImageMode_RBV")
self.pvTriggerMode = PV(pvName + ":TriggerMode")
self.pvTriggerMode_RBV = PV(pvName + ":TriggerMode_RBV")
self.pvFrameType = PV(pvName + ":FrameType")
self.pvFrameType_RBV = PV(pvName + ":FrameType_RBV")
self.pvGain = PV(pvName + ":LFGain")
self.pvGain_RBV = PV(pvName + ":LFGain_RBV")
self.pvNumAccumulations = PV(pvName + ":NumAccumulations")
self.pvNumAccumulations_RBV = PV(pvName + ":NumAccumulations_RBV")
self.pvNumAcquisitions = PV(pvName + ":NumAcquisitions")
self.pvNumAcquisitions_RBV = PV(pvName + ":NumAcquisitions_RBV")
self.pvNumAcquisitionsCounter_RBV = PV(pvName +
":NumAcquisitionsCounter_RBV")
self.pvBackgroundEnable = PV(pvName + ":LFBackgroundEnable")
self.pvBackgroundEnable_RBV = PV(pvName + ":LFBackgroundEnable_RBV")
self.pvBackgroundPath = PV(pvName + ":LFBackgroundPath")
self.pvBackgroundPath_RBV = PV(pvName + ":LFBackgroundPath_RBV")
self.pvBackgroundFile = PV(pvName + ":LFBackgroundFile")
self.pvBackgroundFile_RBV = PV(pvName + ":LFBackgroundFile_RBV")
self.pvFilePath = PV(pvName + ":FilePath")
self.pvFilePath_RBV = PV(pvName + ":LFFilePath_RBV")
self.pvFileName = PV(pvName + ":FileName")
self.pvFileName_RBV = PV(pvName + ":LFFileName_RBV")
self.pvFileNumber = PV(pvName + ":FileNumber")
self.pvFileNumber_RBV = PV(pvName + ":FileNumber_RBV")
self.pvArrayCounter = PV(pvName + ":ArrayCounter")
self.pvArrayCounter_RBV = PV(pvName + ":ArrayCounter_RBV")
self.pvAutoIncrement = PV(pvName + ":AutoIncrement")
self.pvAutoIncrement_RBV = PV(pvName + ":AutoIncrement_RBV")
self.pvImageArrayData = PV(pvName + ":image1:ArrayData")
# Current state
self._done = self.isDone()
self.time = self.pvAcquireTime_RBV.get()
self.countTime = 1
self.paused = False
def __init__(self, mnemonic, backwardFormula):
"""
**Pseudo Counter class Constructor**
Parameters
----------
mnemonic : `string`
Counter mnemonic
backwardFormula : `string`
Mathematical Formula used to calculate the Pseudo counter value position based on other counters
"""
StandardDevice.__init__(self, mnemonic)
self.name = mnemonic
self.backFormula = backwardFormula
def __init__(self, mnemonic, backwardFormula):
"""
**Pseudo Counter class Constructor**
Parameters
----------
mnemonic : `string`
Counter mnemonic
backwardFormula : `string`
Mathematical Formula used to calculate the Pseudo counter value position based on other counters
"""
StandardDevice.__init__(self, mnemonic)
self.name = mnemonic
self.backFormula = backwardFormula
def __init__(self, pvPrefix="", mnemonic=""):
"""
**Constructor**
See :class:`py4syn.epics.StandardDevice`
Parameters
----------
pvPrefix : `string`
Blue Ribbon BD306's device base naming of the PV (Process Variable)
mnemonic : `string`
Blue Ribbon BD306's mnemonic
"""
StandardDevice.__init__(self, mnemonic)
self.pvP1 = PV(pvPrefix + ":P1")
self.pvP2 = PV(pvPrefix + ":P2")
def __init__(self, pvName, mnemonic):
"""
**Constructor**
See :class:`py4syn.epics.StandardDevice`
See :class:`py4syn.epics.ICountable`
Parameters
----------
pvName : `string`
PV name (Process Variable)
mnemonic : `string`
Mnemonic
"""
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.pv = PV(pvName)
def __init__(self, pvName, mnemonic, scalerObject=""):
StandardDevice.__init__(self, mnemonic)
self.pvAcquire = PV(pvName + ":Acquire", callback=self.onAcquireChange)
self.pvAcquire_RBV = PV(pvName + ":Acquire_RBV")
self.pvAcquireTime = PV(pvName + ":AcquireTime")
self.pvAcquireTime_RBV = PV(pvName + ":AcquireTime_RBV")
self.pvNumImages = PV(pvName + ":NumImages")
self.pvNumImages_RBV = PV(pvName + ":NumImages_RBV")
self.pvNumImagesCounter_RBV = PV(pvName + ":NumImagesCounter_RBV")
self.pvNumExposures = PV(pvName + ":NumExposures")
self.pvNumExposures_RBV = PV(pvName + ":NumExposures_RBV")
self.pvNumExposuresCounter_RBV = PV(pvName + ":NumExposuresCounter_RBV")
self.pvImageMode = PV(pvName + ":ImageMode")
self.pvImageMode_RBV = PV(pvName + ":ImageMode_RBV")
self.pvTriggerMode = PV(pvName + ":TriggerMode")
self.pvTriggerMode_RBV = PV(pvName + ":TriggerMode_RBV")
self.pvFrameType = PV(pvName + ":FrameType")
self.pvFrameType_RBV = PV(pvName + ":FrameType_RBV")
self.pvGain = PV(pvName + ":LFGain")
self.pvGain_RBV = PV(pvName + ":LFGain_RBV")
self.pvNumAccumulations = PV(pvName + ":NumAccumulations")
self.pvNumAccumulations_RBV = PV(pvName + ":NumAccumulations_RBV")
self.pvNumAcquisitions = PV(pvName + ":NumAcquisitions")
self.pvNumAcquisitions_RBV = PV(pvName + ":NumAcquisitions_RBV")
self.pvNumAcquisitionsCounter_RBV = PV(pvName + ":NumAcquisitionsCounter_RBV")
self.pvBackgroundEnable = PV(pvName + ":LFBackgroundEnable")
self.pvBackgroundEnable_RBV = PV(pvName + ":LFBackgroundEnable_RBV")
self.pvBackgroundPath = PV(pvName + ":LFBackgroundPath")
self.pvBackgroundPath_RBV = PV(pvName + ":LFBackgroundPath_RBV")
self.pvBackgroundFile = PV(pvName + ":LFBackgroundFile")
self.pvBackgroundFile_RBV = PV(pvName + ":LFBackgroundFile_RBV")
self.pvFilePath = PV(pvName + ":FilePath")
self.pvFilePath_RBV = PV(pvName + ":LFFilePath_RBV")
self.pvFileName = PV(pvName + ":FileName")
self.pvFileName_RBV = PV(pvName + ":LFFileName_RBV")
self.pvFileNumber = PV(pvName + ":FileNumber")
self.pvFileNumber_RBV = PV(pvName + ":FileNumber_RBV")
self.pvArrayCounter = PV(pvName + ":ArrayCounter")
self.pvArrayCounter_RBV = PV(pvName + ":ArrayCounter_RBV")
self.pvAutoIncrement = PV(pvName + ":AutoIncrement")
self.pvAutoIncrement_RBV = PV(pvName + ":AutoIncrement_RBV")
self.pvImageArrayData = PV(pvName + ":image1:ArrayData")
# Counter device object
#self.scaler = scalerObject
self._done = self.isDone()
self.time = self.pvAcquireTime_RBV.get()
self.countTime = 1
def __init__(self, pvName, mnemonic):
"""
**Constructor**
See :class:`py4syn.epics.StandardDevice`
See :class:`py4syn.epics.ICountable`
Parameters
----------
pvName : `string`
PV name (Process Variable)
mnemonic : `string`
Mnemonic
"""
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.countTime = 1
self.value = 0
def __init__(self, pvScalerName="", numberOfChannels=1, mnemonic=""):
StandardDevice.__init__(self, mnemonic)
self._counting = False
self.pvScalerTP = PV(pvScalerName+".TP") # envia para o IOC do cintilador o tempo de exposicao
#self.pvScalerCNT = PV(pvScalerName+".CNT", self.onStatusChange) # envia para o IOC o disparo da medida
self.pvScalerCNT = PV(pvScalerName+".CNT") # envia para o IOC o disparo da medida
self.pvScalerFREQ = PV(pvScalerName+".FREQ")
self.pvScalerVAL = PV(pvScalerName+".VAL", self.onValChange)
self.pvScalerCounters = []
self.pvScalerGates = []
self.pvScalerPresets = []
# Initial State
if(self.pvScalerCNT.get() == 0 and self.pvScalerVAL.get() == 0):
self._counting = False
for i in range(1,2+numberOfChannels):
self.pvScalerCounters.append(PV(pvScalerName+".S"+str(i), auto_monitor=False)) # valor do contador i
self.pvScalerGates.append(PV(pvScalerName+".G"+str(i)))
self.pvScalerPresets.append(PV(pvScalerName+".PR"+str(i)))
def __init__(self,
pvName,
mnemonic,
imageBufferQueue=None,
processName=""):
StandardDevice.__init__(self, mnemonic)
self.processName = processName
self.initCamera = True
self.initNELM = True
self.NCount = 0
self.NData = 0
self.imageBufferQueue = imageBufferQueue
self.pvData = PV(pvName + ":Data", auto_monitor=True)
self.pvData.add_callback(self.onDataChange)
self.pvAcquire = PV(pvName + ":Acquire",
callback=self.onAcquireChange,
auto_monitor=True)
self.pvAcquireRBV = PV(pvName + ":Acquire_RBV",
callback=self.onAcquireRBVChange,
auto_monitor=True)
self.pvNELM = PV(pvName + ":Data.NELM", callback=self.onNELMChange)
self._done = self.isDone()
self.pvPixelSize = PV(pvName + ":PixelSize")
self.pvCheckImage = PV(pvName + ":CheckImage")
self.pvMinX = PV(pvName + ":MinX")
self.pvMinY = PV(pvName + ":MinY")
self.pvSizeX = PV(pvName + ":SizeX")
self.pvSizeY = PV(pvName + ":SizeY")
self.pvAcquireTime = PV(pvName + ":AcquireTime")
self.pvAcquireTimeBase = PV(pvName + ":AcquireTimeBase")
self.pvDelayTime = PV(pvName + ":DelayTime")
self.pvDelayTimeBase = PV(pvName + ":DelayTimeBase")
self.pvFileFormat = PV(pvName + ":FileFormat")
self.pvFileName = PV(pvName + ":FileName")
self.pvFileNumber = PV(pvName + ":FileNumber")
self.pvFilePath = PV(pvName + ":FilePath")
def __init__(self, mnemonic, description, backwardFormula, forwardFormulasDict):
"""
**Pseudo Motor class Constructor**
Parameters
----------
mnemonic : `string`
Motor mnemonic
description : `string`
Motor Description
backwardFormula : `string`
Mathematical Formula used to calculate the Pseudo motor position based on other motors
forwardFormulasDict : `dictionary`
Dictionary containing mathematical relations to move each of the motors involved in the pseudo motor movement
"""
StandardDevice.__init__(self, mnemonic)
self.name = mnemonic
self.description = description
self.backFormula = backwardFormula
self.forwardDict = forwardFormulasDict
def __init__(self, pvRotaryMagnetName="", mnemonic=""):
StandardDevice.__init__(self, mnemonic)
self._active = False
self._done = self.isDone()
self.pvRotaryMagnetDESC = PV(pvRotaryMagnetName+".DESC")
self.pvRotaryMagnetVAL = PV(pvRotaryMagnetName+".VAL", self.onValChange)
def __init__(self, mca, mnemonic, channel):
StandardDevice.__init__(self, mnemonic)
self.mca = mca
self.mnemonic = mnemonic
self.channel = channel
def __init__(self, pvName, mnemonic):
StandardDevice.__init__(self, mnemonic)
self.pvName = pvName
self.modem = Device(pvName+':FONE:', ('discar.PROC','audio','numero','discar.VALA'))
self._status = self.getStatus()
self.modem.add_callback('discar.VALA',self.onStatusChange)
