private void Adc_Connected(object sender, EventArgs e)
{
// Set the ADC bit rate to 16 bit
adc.BitRate = 16;
Int32 counter = 1;
Int32 totalsamples = 1000;
double[] readarray = new double[totalsamples];
DateTime starttime = DateTime.Now;
// Clear the console window
Console.Clear();
Console.WriteLine("Start: " + starttime.ToString("s"));
while (counter < totalsamples)
{
// read the voltage from channel 1 and display on the screen
readarray[counter] = adc.ReadVoltage(1);
counter += 1;
}
DateTime endtime = DateTime.Now;
Console.WriteLine("End: " + endtime.ToString("s"));
double totalseconds = (endtime - starttime).TotalSeconds;
double samplespersecond = totalsamples / totalseconds;
Console.WriteLine(samplespersecond.ToString("N2") + " samples per second");
}
private static void ReadADC(Object sender)
{
// get the voltage values from all 8 ADC channels
try
{
channel1_value = adc.ReadVoltage(1);
channel2_value = adc.ReadVoltage(2);
if (channel1_value != 0 || channel2_value != 0)
{
convertADCreadingsToTempature();
}
}
catch (Exception)
{
Debug.WriteLine("F**k");
}
// reset the timer so it will run again after the preset period
_timer.Change(TIME_INTERVAL_IN_MILLISECONDS, Timeout.Infinite);
}
private void Adc_Connected(object sender, EventArgs e)
{
// Set the ADC bit rate to 16 bit
adc.BitRate = 16;
// Clear the console window
Console.Clear();
while (true)
{
// read from adc channels and print to screen
Console.WriteLine("Channel 1: " + adc.ReadVoltage(1).ToString("N3"));
Console.WriteLine("Channel 2: " + adc.ReadVoltage(2).ToString("N3"));
Console.WriteLine("Channel 3: " + adc.ReadVoltage(3).ToString("N3"));
Console.WriteLine("Channel 4: " + adc.ReadVoltage(4).ToString("N3"));
Console.WriteLine("Channel 5: " + adc.ReadVoltage(5).ToString("N3"));
Console.WriteLine("Channel 6: " + adc.ReadVoltage(6).ToString("N3"));
Console.WriteLine("Channel 7: " + adc.ReadVoltage(7).ToString("N3"));
Console.WriteLine("Channel 8: " + adc.ReadVoltage(8).ToString("N3"));
Console.SetCursorPosition(0, 0);
}
}