param import *
import _mccdaq
class MCCDAQ:
def __init__(self):
# Declare UL Revision Level
self.RevLevel=CURRENTREVNUM
# Initiate error handling
# Parameters:
# PRINTALL :all warnings and errors encountered will be printed
# DONTSTOP :program will continue even if error occurs.
# Note that STOPALL and STOPFATAL are only effective in
# Windows applications, not Console applications.
self.status=_mccdaq.ErrHandling(PRINTALL,DONTSTOP)
def getDeclareRevision(self):
return self.RevLevel
def getStatus(self):
return (self.status)
def AIn(self,BoardNum=0, Chan=0, Gain=BIP5VOLTS):
(self.status,data)=_mccdaq.AIn(BoardNum,Chan,Gain)
return data
def AInScan(self,BoardNum=0,LowChan=0, HighChan=4, Count=20, Rate=3125, Gain=BIP5VOLTS, Options=CONVERTDATA):
self.status=_mccdaq.AInScan(BoardNum, LowChan, HighChan, Count, Rate, Gain, Options)
def AOut(self,BoardNum=0, Chan=0, Gain=BIP5VOLTS, DataValue=0):
self.status=_mccdaq.AOut(BoardNum,Chan,Gain,DataValue)
def ToEngUnits(self,BoardNum=0, Gain=BIP5VOLTS, DataValue=0):
(self.status,EngUnits)=_mccdaq.ToEngUnits(BoardNum,Gain,DataValue)
return EngUnits
def FromEngUnits(self,BoardNum=0, Gain=BIP5VOLTS, EngUnits=0.0):
(self.status,DataValue)=_mccdaq.FromEngUnits(BoardNum,Gain,EngUnits)
return DataValue
def DConfigPort(self,BoardNum=0, PortNum=FIRSTPORTA, Direction=DIGITALIN):
self.status=_mccdaq.DConfigPort(BoardNum, PortNum, Direction)
def DIn(self,BoardNum=0, PortNum=FIRSTPORTA):
(self.status,data)=_mccdaq.DIn(BoardNum, PortNum)
return data
def DBitIn(self,BoardNum=0, PortType=FIRSTPORTA, BitNum=0 ):
(self.status,data)=_mccdaq.DBitIn(BoardNum, PortType, BitNum)
return data
def DOut(self,BoardNum=0, PortNum=FIRSTPORTA, DataValue=0):
self.status=_mccdaq.DOut(BoardNum, PortNum, DataValue)
def DBitOut(self,BoardNum=0, PortType=FIRSTPORTA, BitNum=0, BitValue=0 ):
self.status=_mccdaq.DBitOut(BoardNum, PortType, BitNum, BitValue)
def C8254Config(self,BoardNum=0, CounterNum=1, Config=HIGHONLASTCOUNT):
self.status=_mccdaq.C8254Config(BoardNum, CounterNum, Config)
def CLoad(self,BoardNum=0, RegName=LOADREG1, LoadValue=1000):
self.status=_mccdaq.CLoad(BoardNum, RegName, LoadValue)
def CLoad32(self,BoardNum=0, RegName=LOADREG1, LoadValue=1000):
self.status=_mccdaq.CLoad32(BoardNum, RegName, LoadValue)
def CIn(self,BoardNum=0, CounterNum=1):
(self.status,data)=_mccdaq.CIn(BoardNum, CounterNum)
return data
def CIn32(self,BoardNum=0, CounterNum=1):
(self.status,data)=_mccdaq.CIn32(BoardNum, CounterNum)
return data
def CFreqIn(self, BoardNum=0, SigSource=CTRINPUT1, GateInterval=100):
(self.status,Count,Freq)=_mccdaq.CFreqIn(BoardNum, SigSource, GateInterval)
return (Count,Freq)
def C9513Init(self,BoardNum=0, ChipNum=1, FOutDivider=0, FOutSource=FREQ4, Compare1= DISABLED, Compare2= DISABLED, TimeOfDay= DISABLED):
self.status=_mccdaq.C9513Init (BoardNum, ChipNum, FOutDivider, FOutSource, Compare1, Compare2, TimeOfDay)
def GetBoardName(self,BoardNum=0):
Name=_mccdaq.GetBoardName (BoardNum)
return Name
def GetErrMsg(self,ErrCode=0):
ErrMsg=_mccdaq.GetErrMsg (ErrCode)
return ErrMsg
def GetConfig (self, InfoType=DIGITALINFO, BoardNum=0, DevNum=0, ConfigItem=DIDEVTYPE):
(self.status, ConfigVal)=_mccdaq.GetConfig (InfoType, BoardNum, DevNum, ConfigItem)
return ConfigVal
def SetConfig (self, InfoType=BOARDINFO, BoardNum=0, DevNum=0, ConfigItem=BIDACUPDATEMODE, ConfigVal=UPDATEONCOMMAND):
self.status =_mccdaq.SetConfig (InfoType, BoardNum, DevNum, ConfigItem,ConfigVal)
def FlashLED(self,BoardNum=0):
self.status=_mccdaq.FlashLED (BoardNum)