private void _sensor_ReadingComplete(object sender, ReadingArgs e)
{
DispatcherHelper.CheckBeginInvokeOnUI(() =>
{
ReadingDateTime = e.ReadingTime;
PM1_0Concentration_CF1 = _sensor.PM1_0Concentration_CF1;
PM2_5Concentration_CF1 = _sensor.PM2_5Concentration_CF1;
PM10_0Concentration_CF1 = _sensor.PM10_0Concentration_CF1;
PM1_0Concentration_amb = _sensor.PM1_0Concentration_amb;
PM2_5Concentration_amb = _sensor.PM2_5Concentration_amb;
PM10_0Concentration_amb = _sensor.PM10_0Concentration_amb;
PM0_3Count = _sensor.PM0_3Count;
PM0_5Count = _sensor.PM0_5Count;
PM1_0Count = _sensor.PM1_0Count;
PM5_0Count = _sensor.PM5_0Count;
PM10_0Count = _sensor.PM10_0Count;
ProductVersion = _sensor.ProductVersion;
ErrorCodes = _sensor.StatusCodes;
while (Readings.Count > GraphReadings)
{
Readings.RemoveAt(0);
}
Reading reading = new Reading
{
PM1_0Concentration = PM10_0Concentration_CF1,
PM2_5Concentration = PM2_5Concentration_CF1,
PM10_0Concentration = PM10_0Concentration_CF1,
ReadingDateTime = ReadingDateTime
};
Readings.Add(reading);
while (CountsLow.Count > GraphReadings)
{
CountsLow.RemoveAt(0);
}
CountsLow countsLow = new CountsLow
{
PM2_5Count = PM2_5Count,
PM5_0Count = PM5_0Count,
PM10_0Count = PM10_0Count,
ReadingDateTime = ReadingDateTime
};
CountsLow.Add(countsLow);
while (CountsHigh.Count > GraphReadings)
{
CountsHigh.RemoveAt(0);
}
CountsHigh countsHigh = new CountsHigh
{
PM1_0Count = PM1_0Count,
PM0_5Count = PM0_5Count,
PM0_3Count = PM0_3Count,
ReadingDateTime = ReadingDateTime
};
CountsHigh.Add(countsHigh);
});
}
private void UT61Callback(object o, ReadingArgs e)
{
Reading = e.Value;
Unit7SymbolVisibilityByte = (byte)e.Units7Symbol;
Unit8SymbolVisibilityByte = (byte)e.Units8Symbol;
UnitExponenetSymbolVisibilityByte = (byte)e.UnitExponent;
UnitSymbolVisibilityByte = (byte)e.Units;
//switch (e.UnitExponent)
//{
// //[9] Symbole µ m k M Beeps Diode % 0
// case UnitExponent.Diode:
// UnitExponenetSymbolVisibilityByte = 0b0000_0100;
// break;
// case UnitExponent.Kilo:
// UnitExponenetSymbolVisibilityByte = 0b0010_0000;
// break;
// case UnitExponent.Mega:
// UnitExponenetSymbolVisibilityByte = 0b0001_0000;
// break;
// case UnitExponent.Micro:
// case UnitExponent._Micro:
// UnitExponenetSymbolVisibilityByte = 0b1000_0000;
// break;
// case UnitExponent.Mili:
// UnitExponenetSymbolVisibilityByte = 0b0100_0000;
// break;
// case UnitExponent.Beeps:
// UnitExponenetSymbolVisibilityByte = 0b0000_1000;
// break;
// case UnitExponent.Precent:
// UnitExponenetSymbolVisibilityByte = 0b0000_0010;
// break;
// case UnitExponent.Blank:
// case UnitExponent.Unknown:
// default:
// UnitExponenetSymbolVisibilityByte = 0b0000_0000;
// break;
//}
//switch (e.Units)
//{
// //[10] Symbole V A Ohm 0 Hz F °C °F
// case Units.Amperes:
// UnitSymbolVisibilityByte = 0b0100_0000;
// break;
// case Units.Celcius:
// UnitSymbolVisibilityByte = 0b0000_0010;
// break;
// case Units.Faerengheit:
// UnitSymbolVisibilityByte = 0b0000_0001;
// break;
// case Units.Farad:
// UnitSymbolVisibilityByte = 0b0000_0100;
// break;
// case Units.Hz:
// UnitSymbolVisibilityByte = 0b0000_1000;
// break;
// case Units.Ohms:
// UnitSymbolVisibilityByte = 0b0010_0000;
// break;
// case Units.Volts:
// case Units._Volts:
// UnitSymbolVisibilityByte = 0b1000_0000;
// break;
// case Units.Zero:
// default:
// UnitSymbolVisibilityByte = 0b0001_0000;
// break;
//}
}