public void WriteToFile(WdaqReading reading, string currentFile)
{
_lock.Wait();
if (_cache == null)
{
_cache = new ConcurrentBag <WdaqReading>();
}
if (_cache.Count == MAX_SIZE)
{
var data = _cache.ToList();
var tr = new Thread(() => StoreFile(data, currentFile));
tr.Start();
_cache = null;
}
else
{
_cache.Add(reading);
}
_lock.Release();
}
private void WdaqReadingReceived(object sender, WdaqReading reading)
{
temp_chart.Series.First().Values.Add(reading.Temperature);
humidity_chart.Series.First().Values.Add(reading.Humidity);
pressure_chart.Series[0].Values.Add(reading.Pressure.Temperature);
pressure_chart.Series[1].Values.Add(reading.Pressure.Pressure);
pressure_chart.Series[2].Values.Add(reading.Pressure.Altitude);
accelerometer.Series[0].Values.Add(reading.Accelerometer.XValue);
accelerometer.Series[1].Values.Add(reading.Accelerometer.YValue);
accelerometer.Series[2].Values.Add(reading.Accelerometer.ZValue);
gyroscope.Series[0].Values.Add(reading.Gyroscope.XValue);
gyroscope.Series[1].Values.Add(reading.Gyroscope.YValue);
gyroscope.Series[2].Values.Add(reading.Gyroscope.ZValue);
control_box.Invoke((MethodInvoker)(() =>
{
altitude_txt.Text = $"Altitud: {reading.Pressure.Altitude}";
wind_speed_label.Text = $"Velocidad de viento: {reading.WindSensor.WindMph}";
}));
}
