public override void DoWork(I2C thisSensor)
{
I2cSensordata thisReading = new I2cSensordata();
Sup.LogTraceInfoMessage($"I2cSensorDevice {SensorUsed}: DoWork routine entry");
try
{
lock ( Response )
{
thisConnect.Write(SHT31SingleShotCommand);
Response = thisConnect.Read(6);
}
// For debugging, normally not on
Sup.LogTraceInfoMessage($"I2cSensorDevice {SensorUsed} data read: {Response[ 0 ]}; {Response[ 1 ]}; {Response[ 2 ]}; {Response[ 3 ]}; {Response[ 4 ]}; {Response[ 5 ]}; "); // {Response[6]}; {Response[7]};
thisReading.Humidity = 100 * (double)(Response[3] * 0x100 + Response[4]) / 65535; // BitConverter.ToUInt16(Response, 3) / 65535;
thisReading.TemperatureF = -49 + 315 * (double)(Response[0] * 0x100 + Response[1]) / 65535; // Must be in Fahrenheit for the Davis simulation
thisReading.TemperatureC = -45 + 175 * (double)(Response[0] * 0x100 + Response[1]) / 65535; // This is the same in Celsius
thisSensor.ObservationList.Add(thisReading);
}
catch (Exception e)
{
Sup.LogTraceWarningMessage($"I2cSensorDevice Exception {SensorUsed}:...{e.Message}");
}
return;
}
public override void DoWork(I2C thisSensor)
{
I2cSensordata thisReading = new I2cSensordata();
Sup.LogTraceInfoMessage($"I2cSimulatorDevice {SensorUsed}: DoWork routine entry");
// new DateTime(1970, 1, 1)
thisReading.Humidity = 70;
thisReading.TemperatureF = 77.0;
thisReading.TemperatureC = 25.0;
thisSensor.ObservationList.Add(thisReading);
}