/// <summary>
/// Constructor
/// </summary>
public LogicPWMConnector()
{
deviceConnector = new MSaleaeDevices();
deviceConnector.OnLogicConnect += new MSaleaeDevices.OnLogicConnectDelegate(devices_OnConnect);
deviceConnector.OnDisconnect += new MSaleaeDevices.OnDisconnectDelegate(devices_OnDisconnect);
pwmGenerator = new LogicPwmDataGenerator();
pwmGenerator.sampleRate = sampleRate;
deviceConnector.BeginConnect();
}
public ConsoleDemo()
{
MSaleaeDevices devices = new MSaleaeDevices();
devices.OnLogicConnect += new MSaleaeDevices.OnLogicConnectDelegate(devices_LogicOnConnect);
devices.OnLogic16Connect += new MSaleaeDevices.OnLogic16ConnectDelegate(devices_Logic16OnConnect);
devices.OnDisconnect += new MSaleaeDevices.OnDisconnectDelegate(devices_OnDisconnect);
devices.BeginConnect();
Console.WriteLine("Logic is currently set up to read and write at {0} Hz. You can change this in the code.", mSampleRateHz);
}
public ConsoleDemo()
{
MSaleaeDevices devices = new MSaleaeDevices();
devices.OnLogicConnect += new MSaleaeDevices.OnLogicConnectDelegate(devices_LogicOnConnect);
devices.OnLogic16Connect += new MSaleaeDevices.OnLogic16ConnectDelegate(devices_Logic16OnConnect);
devices.OnDisconnect += new MSaleaeDevices.OnDisconnectDelegate(devices_OnDisconnect);
devices.BeginConnect();
Console.WriteLine("Logic is currently set up to read and write at {0} Hz. You can change this in the code.", mSampleRateHz);
}
public void Dispose()
{
this.Disconnect();
Thread.Sleep(100); // Allow the PWM generator to fully stop
pwmGenerator.Dispose();
pwmGenerator = null;
logicDevice = null;
deviceConnector = null;
running = false;
GC.Collect();
}
