// Event Handler
private void OnTimer(object sender, EventArgs e)
{
double[] daneRys;
// read all the data in the queue:
while (driver.Count > 0) // driver = the queue of buffer contents
{
// get the current data buffer at the front of the queue
DaneSerialPort data = driver.Dequeue(); // driver.Count decreases
for (int g = 0; g < data.zmienna.Length; g++)
{ // interpret the current byte data.zmienna[g]
daneRys = Convert.interpretBinaryStream(data.zmienna[g]); // public byte[] zmienna; // buffer
if (daneRys != null) // the 8 channel data is completely read => Add the double data of each channel to the list of
// values for each channel.
{
//daneRys = ValueOrZero(daneRys); // daneRys = array of 8 places => ValueOrZero sets the non-activated channel to 0
// which indicates which channel is active.
writeEEGToFile(daneRys); // within This function, daneRys is converted to microVolt unit
createEEGPlot(daneRys);
}
// else: get the next byte
} // get the next buffer at the queue
}
}// OnTimer
// Event Handler
private void timer1_Tick(object sender, EventArgs e)
{
double[] daneRys;
// read all the data in the queue:
while (driver.Count > 0) // driver = the queue of buffer contents
{
// get the current data buffer at the front of the queue
DaneSerialPort data = driver.Dequeue(); // driver.Count decreases
for (int g = 0; g < data.zmienna.Length; g++)
{ // interpret the current byte data.zmienna[g]
daneRys = Convert.interpretBinaryStream(data.zmienna[g]); // public byte[] zmienna; // buffer
if (daneRys != null) // the 8 channel data is completely read
{
daneRys = ValueOrZero(daneRys); // daneRys = array of 8 places => ValueOrZero sets the non-activated channel to 0
// which indicates which channel is active.
writeToFile(daneRys);
createPlot(daneRys);
}
// else: get the next byte
} // get the next buffer at the queue
}
}
private void timer1_Tick(object sender, EventArgs e)
{
double[] daneRys;
while (driver.Count > 0)
{
DaneSerialPort data = driver.Dequeue();
for (int g = 0; g < data.zmienna.Length; g++)
{
daneRys = Convert.interpretBinaryStream(data.zmienna[g]);
if (daneRys != null)
{
daneRys = ValueOrZero(daneRys);
writeToFile(daneRys);
drawPlot(daneRys);
}
}
}
}
