private static void Main()
{
_bmp180 = new BMP180(Hardware.SocketOne)
{
OverSamplingSetting = BMP180.Oss.UltraHighResolution,
TemperatureUnit = TemperatureUnits.Celsius
};
Debug.WriteLine("BMP180 Demo");
Debug.WriteLine("Is a BMP180 connected? " + _bmp180.IsConnected());
Debug.WriteLine("BMP180 Sensor OSS is - " + _bmp180.OverSamplingSetting + "\n");
while (true)
{
Debug.WriteLine($"Temperature : {_bmp180.ReadTemperature():F2} °C");
Debug.WriteLine($" Pressure : {_bmp180.ReadPressure():F1} Pascals");
Debug.WriteLine($" Altitude : {_bmp180.ReadAltitude():F0} meters\n");
Thread.Sleep(2000);
}
}
public static void Main()
{
_bmp180 = new BMP180(Hardware.SocketThree, ClockRatesI2C.Clock400KHz, 1000, Hardware.SocketThree.An)
{
OverSamplingSetting = BMP180.Oss.UltraHighResolution,
TemperatureUnit = TemperatureUnits.Fahrenheit
};
_bmp180.MeasurementComplete += MeasurementComplete;
Debug.Print("BMP180 Demo");
Debug.Print("Driver Version Info - " + _bmp180.DriverVersion);
Debug.Print("Is a BMP180 connected? " + _bmp180.IsConnected());
Debug.Print("BMP180 Sensor OSS is - " + _bmp180.OverSamplingSetting + "\n");
/* Use one of the following methods to read sensor */
new Thread(PollingwithEventsThread).Start();
//new Thread(DirectReadThread).Start();
Thread.Sleep(Timeout.Infinite);
}