def __init__(self): super(MCCThread, self).__init__() #Constants self.IC_Mode = 1; self.VC_Mode = 0; self.MCC_DLLPATH = "./DLL/" # Variables self.HoldingPotential = 0.07; self.HoldingEnable = False # self.PulseEnable = False # self.PulseAmplitude = 0.05 # self.PulseInterval = 20 #in milli seconds # self.PulseFrequency = 1000/self.PulseInterval #in Hz self.TestSignalEnable = False self.TestSignalAmplitude = 0.05 #in mV self.TestSignalFrequency = 60 #in Hz self.Mode = self.VC_Mode self.HoldingEnable = False; #initialize handle self.mcc = (mccControl(dllPath = "./DLL")) self.lastPulseTime = None; self.accumulateCycle = 0; self.stopBoolean = False;
def __init__(self):
super(MCCThread, self).__init__()
#Constants
self.IC_Mode = 1
self.VC_Mode = 0
self.MCC_DLLPATH = "./DLL/"
# Variables
self.HoldingPotential = 0.07
self.HoldingEnable = False
# self.PulseEnable = False
# self.PulseAmplitude = 0.05
# self.PulseInterval = 20 #in milli seconds
# self.PulseFrequency = 1000/self.PulseInterval #in Hz
self.TestSignalEnable = False
self.TestSignalAmplitude = 0.05 #in mV
self.TestSignalFrequency = 60 #in Hz
self.Mode = self.VC_Mode
self.HoldingEnable = False
#initialize handle
self.mcc = (mccControl(dllPath="./DLL"))
self.lastPulseTime = None
self.accumulateCycle = 0
self.stopBoolean = False
def __init__(self, Mcc_Channel_Number = 1): ''' Mcc_Channel_Number arguments indicates which channel in the found channel list will be returned ''' #print "H000000000000000000000000000000000000000000000000" # super(MCCThread, self).__init__() #print "H111111111111111111111111111111111111111111111111" #Constants self.IC_Mode = 1; self.VC_Mode = 0; self.IEZ_Mode = 2; self.MCC_DLLPATH = "./DLL/" # Variables self.HoldingPotential = -0.07; self.HoldingEnable = False # self.PulseEnable = False # self.PulseAmplitude = 0.05 # self.PulseInterval = 20 #in milli seconds # self.PulseFrequency = 1000/self.PulseInterval #in Hz self.TestSignalEnable = False self.TestSignalAmplitude = 0.005 #in V self.TestSignalFrequency = 60.0 #in Hz self.Mode = self.VC_Mode self.HoldingEnable = False; #initialize handle if Mcc_Channel_Number == 1: self.mcc = (mccControl(dllPath = "./DLL")) else: self.mcc = (mccControl(Mcc_Channel_Number = 2, dllPath = "./DLL")) self.lastPulseTime = None; self.accumulateCycle = 0; self.stopBoolean = False;
def __init__(self, Mcc_Channel_Number=1):
'''
Mcc_Channel_Number arguments indicates which channel in the found channel list will be returned
'''
#print "H000000000000000000000000000000000000000000000000"
# super(MCCThread, self).__init__()
#print "H111111111111111111111111111111111111111111111111"
#Constants
self.IC_Mode = 1
self.VC_Mode = 0
self.IEZ_Mode = 2
self.MCC_DLLPATH = "./DLL/"
# Variables
self.HoldingPotential = -0.07
self.HoldingEnable = False
# self.PulseEnable = False
# self.PulseAmplitude = 0.05
# self.PulseInterval = 20 #in milli seconds
# self.PulseFrequency = 1000/self.PulseInterval #in Hz
self.TestSignalEnable = False
self.TestSignalAmplitude = 0.005 #in V
self.TestSignalFrequency = 60.0 #in Hz
self.Mode = self.VC_Mode
self.HoldingEnable = False
#initialize handle
if Mcc_Channel_Number == 1:
self.mcc = (mccControl(dllPath="./DLL"))
else:
self.mcc = (mccControl(Mcc_Channel_Number=2, dllPath="./DLL"))
self.lastPulseTime = None
self.accumulateCycle = 0
self.stopBoolean = False
def main():
from mcc import mccControl
from IPython import embed
from config import MCC_DLLPATH
mcc=mccFuncs(mccControl(MCC_DLLPATH))
embed()
