public AO_Channel(AnalogOutChannelsEnum Channel, AgilentU254xClass Driver)
{
switch (Channel)
{
case AnalogOutChannelsEnum.AOut1: _channelName = ChannelNamesEnum.AOUT1; break;
case AnalogOutChannelsEnum.AOut2: _channelName = ChannelNamesEnum.AOUT2; break;
default:
throw new ArgumentException();
}
_driver = Driver;
_DigitalChannels = new DigitalChannels(_driver);
switch (Channel)
{
case AnalogOutChannelsEnum.AOut1:
{
_Selector_A0 = new DigitalBit(_DigitalChannels[DigitalChannelsEnum.DIOA], 4);
_Selector_A1 = new DigitalBit(_DigitalChannels[DigitalChannelsEnum.DIOA], 5);
_Selector_A2 = new DigitalBit(_DigitalChannels[DigitalChannelsEnum.DIOA], 6);
_Enable = new DigitalBit(_DigitalChannels[DigitalChannelsEnum.DIOA], 7);
} break;
case AnalogOutChannelsEnum.AOut2:
{
_Selector_A0 = new DigitalBit(_DigitalChannels[DigitalChannelsEnum.DIOA], 0);
_Selector_A1 = new DigitalBit(_DigitalChannels[DigitalChannelsEnum.DIOA], 1);
_Selector_A2 = new DigitalBit(_DigitalChannels[DigitalChannelsEnum.DIOA], 2);
_Enable = new DigitalBit(_DigitalChannels[DigitalChannelsEnum.DIOA], 3);
} break;
default:
break;
}
_driver.AnalogOut.set_Polarity(_channelName, AgilentU254xAnalogPolarityEnum.AgilentU254xAnalogPolarityBipolar);
}
public DigitalChannel(DigitalChannelsEnum Channel, AgilentU254xClass Driver)
{
int width = 0;
switch (Channel)
{
case DigitalChannelsEnum.DIOA:
{
_channelName = ChannelNamesEnum.DIOA;
width = 8;
} break;
case DigitalChannelsEnum.DIOB:
{
_channelName = ChannelNamesEnum.DIOB;
width = 8;
} break;
case DigitalChannelsEnum.DIOC:
{
_channelName = ChannelNamesEnum.DIOC;
width = 4;
} break;
case DigitalChannelsEnum.DIOD:
{
_channelName = ChannelNamesEnum.DIOD;
width = 4;
} break;
default:
throw new ArgumentException();
}
_driver = Driver;
Driver.Digital.Channels.get_Item(_channelName).Direction = AgilentU254xDigitalChannelDirectionEnum.AgilentU254xDigitalChannelDirectionOut;
_bitArray = new DigitalBit[width];
for (int i = 0; i < width; i++)
{
_bitArray[i] = new DigitalBit(this, i);
}
}
