/* Analog event handler */
private void BPackAnalogChanged(object sender, AnalogChangeEventArgs e)
{
timeStamp = e.Time.ToLocalTime();
x = e.Channels[0];
y = e.Channels[1];
z = e.Channels[2];
}
private void analog_AnalogChanged(object sender, AnalogChangeEventArgs e)
{
if (Values != null)
{
Values(e.Channels);
}
}
void analog_AnalogChanged(object sender, AnalogChangeEventArgs e)
{
{
double v = Convert.ToDouble(e.Channels[0]);
result.Enqueue(v);
if (result.Count > 22)
{
AsyncWorker.ReportProgress(-1, null);
result.Dequeue();
}
}
}
/* Analog event handler */
private void WiimoteAnalogChanged(object sender, AnalogChangeEventArgs e)
{
anaTimeStamp = e.Time.ToLocalTime();
if (e.Channels[0] == -999.0f)
{
parasitized = true;
// This Wiimote is parasitized by Wiifit
bbTopLeft = e.Channels[1]; // WiiFit pressure sensor data (top left corner)
bbTopRight = e.Channels[2]; // WiiFit pressure sensor data (top right corner)
bbBottomLeft = e.Channels[3]; // WiiFit pressure sensor data (bottom left corner)
bbBottomRight = e.Channels[4]; // WiiFit pressure sensor data (bottom right corner)
}
else
{
parasitized = false;
battery = e.Channels[0]; // Wiimote battery info
accelX = e.Channels[1]; // Wiimote acceleration on X axis
accelY = e.Channels[2]; // Wiimote acceleration on Y axis
accelZ = e.Channels[3]; // Wiimote acceleration on Z axis
}
}
/* Analog event handler */
private void OpenvibeAnalogChanged(object sender, AnalogChangeEventArgs e)
{
anaTimeStamp = e.Time.ToLocalTime();
numOfChannels = e.Channels.Length;
if (firstTrial)
{
for (int i = 0; i < numOfChannels; i++)
{
// Without any rounding about the signal data, you can only receive maximum 11 channels safely.
// Because the buffer string is corrupted by exceeding the size of buffer.
// It causes an 'ArgumentOutOfRange' error in UIVA_Client.
signal.Add(Math.Round(e.Channels[i], 3));
}
firstTrial = false;
}
else
{
for (int i = 0; i < numOfChannels; i++)
{
signal[i] = Math.Round(e.Channels[i], 3);
}
}
}
private static void WandJoystickChanged(object sender, AnalogChangeEventArgs e)
{
}
/* Analog event handler */
private void AnalogChanged(object sender, AnalogChangeEventArgs e)
{
Vrpn.AnalogRemote analogSender = (Vrpn.AnalogRemote)sender;
//sender.GetType() == Vrpn.AnalogRemote
if (remotes.isPresent(analogSender))
{
AnalogEvent analogEvent = new AnalogEvent(this.remotes[analogSender].Name);
analogEvent.Channels = e.Channels.OfType<double>().ToList();
analogEvent.Time = e.Time;
Console.WriteLine("Analog: " + analogEvent);
this.SendEvent(analogSender, analogEvent);
}
else
{
analogSender.AnalogChanged -= new Vrpn.AnalogChangeEventHandler(this.AnalogChanged);
}
}
private static void WandJoystickChanged(object sender, AnalogChangeEventArgs e)
{
}
/* Analog event handler */
private void MouseAnalogChanged(object sender, AnalogChangeEventArgs e)
{
anaTimeStamp = e.Time.ToLocalTime();
x = e.Channels[0];
y = e.Channels[1];
}
/* Analog event handler */
private void EpocAnalogChanged(object sender, AnalogChangeEventArgs e)
{
anaTimeStamp = e.Time.ToLocalTime();
channel_val = e.Channels[0]; //// I guess that index 0 of array 'Channels' will be signal data.
//num_channel = (int)e.Channels[1]; //// I guess that index 1 of array 'Channels' will be number of channels.
}
