private static void Main()
{
_sensor = new BME280(Hardware.SocketOne, BME280.I2CAddresses.Address0)
{
TemperatureUnit = TemperatureUnits.Fahrenheit,
PressureCompensation = PressureCompensationModes.SeaLevelCompensated
};
_sensor.SetRecommendedMode(BME280.RecommendedModes.WeatherMonitoring);
while (true)
{
Debug.WriteLine("------Reading individual values-------");
Debug.WriteLine($"Pressure.......: {_sensor.ReadPressure():F1} hPa");
Debug.WriteLine($"Temperature....: {_sensor.ReadTemperature():F2} °F");
Debug.WriteLine($"Humidity.......: {_sensor.ReadHumidity():F2} %RH");
Debug.WriteLine($"Altitude.......: {_sensor.ReadAltitude():F0} meters\n");
_sensor.ReadSensor(out Single pressure, out Single temperature, out Single humidity, out Single altitude);
Debug.WriteLine("------Using the ReadSensor Method-------");
Debug.WriteLine($"Pressure.......: {pressure:F1} hPa");
Debug.WriteLine($"Temperature....: {temperature:F2} °F");
Debug.WriteLine($"Humidity.......: {humidity:F2} %RH");
Debug.WriteLine($"Altitude.......: {altitude:F0} meters\n");
Thread.Sleep(5000);
}
}
private void TimerCallback(object state)
{
var temp = bme280.ReadTemperature();
var press = bme280.ReadPreasure() / 100;
var humidity = bme280.ReadHumidity();
var alt = bme280.ReadAltitude(1013); // 1013hPa = pressure at 0m
Debug.WriteLine("Temp:{0:F2}℃ Humidity:{1:F2}% Press:{2:F2}hPa Alt:{3:F0}m", temp, humidity, press, alt);
var task = this.Dispatcher.RunAsync(Windows.UI.Core.CoreDispatcherPriority.Normal, () =>
{
tempValue.Text = temp.ToString("F2") + "℃";
humValue.Text = humidity.ToString("F2") + "%";
pressValue.Text = press.ToString("F2") + "hPa";
});
}