def SetDO(NoDev, NoSubDev, Name):
#Get number of lines
meNumberChannels = meDriver.meQueryNumberChannels(NoDev, NoSubDev)
#Get CAPS (capability flags)
meCAPS = meDriver.meQuerySubdeviceCaps(NoDev, NoSubDev)
#Configure output type
if (meCAPS & meDriver.ME_CAPS_DIO_SINK_SOURCE) == meDriver.ME_CAPS_DIO_SINK_SOURCE:
#User has to shows hardware configuration
DIO_Output_Type = GetOutputType(NoDev, NoSubDev, Name)
else:
#Use default
DIO_Output_Type = meDriver.ME_SINGLE_CONFIG_DIO_OUTPUT
#Configure sub-device for output
meDriver.meIOSingleConfig(NoDev, NoSubDev, 0, DIO_Output_Type, meDriver.ME_REF_NONE, meDriver.ME_TRIG_CHAN_NONE, meDriver.ME_TRIG_TYPE_NONE, meDriver.ME_TRIG_EDGE_NONE, meDriver.ME_IO_SINGLE_NO_FLAGS)
for meNoChannels in range(meNumberChannels):
#Write to sub-device
SingleDict = {
'Device': NoDev,
'Subdevice': NoSubDev,
'Channel': 0,
'Dir': meDriver.ME_DIR_OUTPUT,
'Value': 0x01 << meNoChannels,
'TimeOut': meDriver.ME_VALUE_NOT_USED,
'Flags': meDriver.ME_IO_SINGLE_TYPE_NO_FLAGS,
'Errno': 0
}
SingleList = [SingleDict]
meDriver.meIOSingle(SingleList, meDriver.ME_IO_SINGLE_NO_FLAGS)
#Read back
GetDO(NoDev, NoSubDev, Name)
time.sleep(1)
def SetAO(NoDev, NoSubDev, NoChannel):
#Get maximalaceppted value
#Using range 0
(iUnit, dMin, dMax, iMaxData) = meDriver.meQueryRangeInfo(NoDev, NoSubDev, 0)
STEPS = 9
step = (dMax-dMin)/(STEPS-1)
#Configure sub-device for output
meDriver.meIOSingleConfig(NoDev, NoSubDev, NoChannel, 0, meDriver.ME_REF_AO_GROUND, meDriver.ME_TRIG_CHAN_DEFAULT, meDriver.ME_TRIG_TYPE_SW, meDriver.ME_TRIG_EDGE_NONE, meDriver.ME_IO_SINGLE_NO_FLAGS)
for i in range(STEPS):
#Write to sub-device
SingleDict = {
'Device': NoDev,
'Subdevice': NoSubDev,
'Channel': NoChannel,
'Dir': meDriver.ME_DIR_OUTPUT,
'Value': meDriver.meUtilityPhysicalToDigital(dMin, dMax, iMaxData, dMin + (step * i)),
'TimeOut': meDriver.ME_VALUE_NOT_USED,
'Flags': meDriver.ME_IO_SINGLE_TYPE_NO_FLAGS,
'Errno': 0
}
SingleList = [SingleDict]
meDriver.meIOSingle(SingleList, meDriver.ME_IO_SINGLE_NO_FLAGS)
print "Device [%d:%d/%d] SET:%f(0x%x)" % (NoDev, NoSubDev, NoChannel, dMin + (step * i), SingleList[0]['Value'])
#Read back
GetAO(NoDev, NoSubDev, NoChannel)
time.sleep(1)
def GetDO(NoDev, NoSubDev, Name):
#Read from sub-device
SingleDict = {
'Device': NoDev,
'Subdevice': NoSubDev,
'Channel': 0,
'Dir': meDriver.ME_DIR_INPUT,
'Value': 0,
'TimeOut': meDriver.ME_VALUE_NOT_USED,
'Flags': meDriver.ME_IO_SINGLE_TYPE_NO_FLAGS,
'Errno': 0
}
SingleList = [SingleDict]
meDriver.meIOSingle(SingleList, meDriver.ME_IO_SINGLE_NO_FLAGS)
print "Device %d: %s%d value=0x%x" % (NoDev, Name, NoSubDev, SingleList[0]['Value'])
def GetDI(NoDev, NoSubDev, Name):
#Configure sub-device for input
meDriver.meIOSingleConfig(NoDev, NoSubDev, 0, meDriver.ME_SINGLE_CONFIG_DIO_INPUT, meDriver.ME_REF_NONE, meDriver.ME_TRIG_CHAN_NONE, meDriver.ME_TRIG_TYPE_NONE, meDriver.ME_TRIG_EDGE_NONE, meDriver.ME_IO_SINGLE_NO_FLAGS)
#Read from sub-device
SingleDict = {
'Device': NoDev,
'Subdevice': NoSubDev,
'Channel': 0,
'Dir': meDriver.ME_DIR_INPUT,
'Value': 0,
'TimeOut': meDriver.ME_VALUE_NOT_USED,
'Flags': meDriver.ME_IO_SINGLE_TYPE_NO_FLAGS,
'Errno': 0
}
SingleList = [SingleDict]
meDriver.meIOSingle(SingleList, meDriver.ME_IO_SINGLE_NO_FLAGS)
print "Device %d: %s%d value=0x%x" % (NoDev, Name, NoSubDev, SingleList[0]['Value'])
def GetAO(NoDev, NoSubDev, NoChannel):
#Using range 0
(iUnit, dMin, dMax, iMaxData) = meDriver.meQueryRangeInfo(NoDev, NoSubDev, 0)
#Read from sub-device
SingleDict = {
'Device': NoDev,
'Subdevice': NoSubDev,
'Channel': NoChannel,
'Dir': meDriver.ME_DIR_INPUT,
'Value': 0,
'TimeOut': meDriver.ME_VALUE_NOT_USED,
'Flags': meDriver.ME_IO_SINGLE_TYPE_NO_FLAGS,
'Errno': 0
}
SingleList = [SingleDict]
meDriver.meIOSingle(SingleList, meDriver.ME_IO_SINGLE_NO_FLAGS)
print "Device [%d:%d/%d] GET:%f(0x%x)" % (NoDev, NoSubDev, NoChannel, meDriver.meUtilityDigitalToPhysical(dMin, dMax, iMaxData, SingleList[0]['Value'], meDriver.ME_MODULE_TYPE_MULTISIG_NONE, 0), SingleList[0]['Value'])
