private static void AutosaveTimer_Elapsed(object sender, System.Timers.ElapsedEventArgs e)
{
AutosaveTimer.Interval = Settings.ExportSettings.AutosaveInterval * 1000;
if (!Stm32Ads1220.AcquisitionInProgress)
{
AutosaveTimer.Stop();
}
if (AdcChannels.Values.Count > 0)
{
new Thread(() => { CsvExporter.AutoSave(AdcChannels.Values); }).Start();
}
}
private static void Stm32Ads1220_AcquisitionDataReceived(object sender, AcquisitionEventArgs e)
{
Trace("App DataReceived");
if (!AdcChannels.ContainsKey(e.Channel))
{
bool added = AdcChannels.TryAdd(
e.Channel,
new AdcChannel(e.Channel,
(int)Math.Ceiling(Settings.Default.AcquisitionDuration * Settings.Default.AcquisitionSpeed),
Settings.Default.Average, Settings.Default.AcquisitionSpeed
)
);
if (added)
{
AdcChannels[e.Channel].DropPoints = Settings.Default.AcqDropPoints;
AdcChannels[e.Channel].CalculatedXColumnSelector = x => CsvExporter.OADateToSeconds(x);
if (ChannelEnable.ContainsKey(e.Channel))
{
AdcChannels[e.Channel].IsVisible = ChannelEnable[e.Channel];
}
if (ChannelNames.ContainsKey(e.Channel))
{
AdcChannels[e.Channel].Name = ChannelNames[e.Channel];
}
if (ColorSet.ContainsKey(e.Channel))
{
AdcChannels[e.Channel].Color = ColorSet[e.Channel];
}
if (ChannelMathY.ContainsKey(e.Channel))
{
AdcChannels[e.Channel].MathExpressionY = ChannelMathY[e.Channel];
}
new Thread(() =>
{
NewChannelDetected?.Invoke(Stm32Ads1220, new NewChannelDetectedEventArgs(e.Channel));
}).Start();
}
else
{
Logger.Error(Default.msgAdcChannelConcurrency);
return;
}
}
AdcChannels[e.Channel].AddPoint(e.Value);
if (!AutosaveTimer.Enabled)
{
AutosaveTimer.Start();
}
}