private void Cycle()
{
_cycleCount++;
Debug.Print("Cycle: " + _cycleCount);
StringBuilder sb = new StringBuilder();
sb.AppendLine("state.vitalsAndSensorsUpdated=false");
sb.AppendLine("vitals.id=" + DeviceId);
sb.AppendLine("vitals.currentCycle~i=" + _cycleCount);
long memoryBytesFree = Debug.GC(false);
sb.AppendLine("vitals.memoryBytesFree~i=" + memoryBytesFree);
temperatureHumidity.RequestMeasurement();
Thread.Sleep(1000);
sb.AppendLine("sensor.temperatureHumidity.temperature~f=" + _temperature.ToString());
sb.AppendLine("sensor.temperatureHumidity.relativeHumidity~f=" + _relativeHumidity.ToString());
double lightSensorPercentage = lightSensor.ReadLightSensorPercentage();
sb.AppendLine("sensor.lightSensor.lightSensorPercentage~f=" + lightSensorPercentage.ToString());
sb.AppendLine("sensor.lastLine=" + _lastLine);
sb.AppendLine("state.vitalsAndSensorsUpdated=true");
string chatterText = sb.ToString();
_bone2.Write(chatterText);
Thread.Sleep(8 * 1000);
}
private void Cycle()
{
led7c.SetColor(LED7C.LEDColor.Blue);
_cycleCount++;
Debug.Print("sensor cycle: " + _cycleCount);
UpdateDisplay("sensor cycle", _cycleCount.ToString());
StringBuilder sb = new StringBuilder();
sb.AppendLine("state.vitalsAndSensorsUpdated=false");
sb.AppendLine("vitals.id=" + DeviceId);
sb.AppendLine("vitals.currentCycle~i=" + _cycleCount);
_temperature2 = 0; _relativeHumidity = 0;
temperatureHumidity.RequestMeasurement();
Thread.Sleep(500);
sb.AppendLine("sensor.temperatureHumidity.temperature~f=" + _temperature2.ToString());
sb.AppendLine("sensor.temperatureHumidity.relativeHumidity~f=" + _relativeHumidity.ToString());
_temperature = 0; _pressure = 0;
barometer.RequestMeasurement();
Thread.Sleep(500);
sb.AppendLine("sensor.barometer.temperature~f=" + _temperature.ToString());
sb.AppendLine("sensor.barometer.pressure~f=" + _pressure.ToString());
long memoryBytesFree = Debug.GC(false);
sb.AppendLine("vitals.memoryBytesFree~i=" + memoryBytesFree);
_lightSensorPercentage = lightSensor.ReadLightSensorPercentage();
sb.AppendLine("sensor.lightSensor.lightSensorPercentage~f=" + _lightSensorPercentage.ToString());
sb.AppendLine("sensor.lastLine=" + _lastLine);
sb.AppendLine("state.vitalsAndSensorsUpdated=true");
string chatterText = sb.ToString();
_bone3.Write(chatterText);
led7c.SetColor(LED7C.LEDColor.Green);
UpdateDisplay("temperature 1", _temperatureF.ToString("n2") + "F / " + _temperature.ToString("n2") + "C");
Thread.Sleep(2 * 1000);
UpdateDisplay("temperature 2", _temperature2F.ToString("n2") + "F / " + _temperature2.ToString("n2") + "C");
Thread.Sleep(2 * 1000);
UpdateDisplay("humidity", _relativeHumidity.ToString("n2") + "%");
Thread.Sleep(2 * 1000);
UpdateDisplay("barometer", _pressure.ToString("n2") + " hPa");
Thread.Sleep(2 * 1000);
UpdateDisplay("lightness", _lightSensorPercentage.ToString("n2") + "%");
Thread.Sleep(2 * 1000);
}
private void Cycle()
{
_cycleCount++;
Debug.Print("sensor cycle: " + _cycleCount);
UpdateDisplay("sensor cycle", _cycleCount.ToString());
StringBuilder sb = new StringBuilder();
sb.AppendLine("state.vitalsAndSensorsUpdated=false");
sb.AppendLine("vitals.id=" + DeviceId);
sb.AppendLine("vitals.currentCycle~i=" + _cycleCount);
_temperature2 = 0; _relativeHumidity = 0;
temperatureHumidity.RequestMeasurement();
Thread.Sleep(500);
sb.AppendLine("sensor.temperatureHumidity.temperature~f=" + _temperature2.ToString());
sb.AppendLine("sensor.temperatureHumidity.relativeHumidity~f=" + _relativeHumidity.ToString());
_temperature = 0; _pressure = 0;
barometer.RequestMeasurement();
Thread.Sleep(500);
sb.AppendLine("sensor.barometer.temperature~f=" + _temperature.ToString());
sb.AppendLine("sensor.barometer.pressure~f=" + _pressure.ToString());
double gasSenseVoltage = gasSense.ReadVoltage();
sb.AppendLine("sensor.gasSense.MQ-3.voltage~f=" + gasSenseVoltage.ToString());
Thread.Sleep(200);
double lightSensorPercentage = lightSensor.ReadLightSensorPercentage();
sb.AppendLine("sensor.lightSensor.lightSensorPercentage~f=" + lightSensorPercentage.ToString());
long memoryBytesFree = Debug.GC(false);
sb.AppendLine("vitals.memoryBytesFree~i=" + memoryBytesFree);
sb.AppendLine("sensor.lastLine=" + _lastLine);
sb.AppendLine("state.vitalsAndSensorsUpdated=true");
string chatterText = sb.ToString();
_pcduino1.Write(chatterText);
UpdateDisplay("temperature 1", _temperatureF.ToString("n2") + "F / " + _temperature.ToString("n2") + "C");
Thread.Sleep(2 * 1000);
UpdateDisplay("temperature 2", _temperature2F.ToString("n2") + "F / " + _temperature2.ToString("n2") + "C");
Thread.Sleep(2 * 1000);
UpdateDisplay("humidity", _relativeHumidity.ToString("n2") + "%");
Thread.Sleep(2 * 1000);
UpdateDisplay("barometer", _pressure.ToString("n2") + " hPa");
Thread.Sleep(2 * 1000);
UpdateDisplay("MQ-3 air sensor", gasSenseVoltage.ToString("n2") + " / 3.3 V");
Thread.Sleep(2 * 1000);
UpdateDisplay("lightness", lightSensorPercentage.ToString("n2") + "%");
Thread.Sleep(2 * 1000);
}