public static void I2cBmp085Test()
{
Log("I2cBmp085Test begin");
try {
var bmp = new BoschBmp085(daq.I2cPort);
var count = 3;
while (count-- != 0)
{
Log("Temp: " + bmp.ReadTemperatureCelsius() + " Celsius");
Log("Barometric Pressure: " + bmp.ReadPressurePascals() + " Pascals");
Log("Altitude: " + bmp.ReadAltitudeMeters() + " Meters");
Thread.Sleep(500);
Log("--------------------------------------------");
}
} catch (I2cException e) {
Log("I2C transaction failed: " + e.Message);
}
Log("I2cBmp085Test end");
}
public static void Main()
{
daq.Initialize(GoSockets.Socket4);
var state = daq.GetClockState();
if (state == NwazetDAQ.ClockState.Invalid)
{
daq.SetDateTime(new DateTime(2012, 10, 05, 20, 39, 00));
}
var usartConfig = new UsartConfig();
usartConfig.BaudRate = UsartBaudRate.Baud57600;
daq.UsartPort.SetConfig(usartConfig);
daq.UsartPort.Write("\r\n\r\nNwazet DAQ Pro Kit - demo\r\n");
canvas.Initialize(GoSockets.Socket5);
canvas.SetOrientation(Orientation.Landscape);
InitDisplay();
seg.SetBrightness(.1f);
seg.SetColon(true);
while (true)
{
var hih = new HIH613x(daq.I2cPort);
var bmp085 = new BoschBmp085(daq.I2cPort);
var taos = new TaosTSL256x(daq.I2cPort);
var pressure = 0;
AdcSample sample = null;
try {
while (true)
{
try {
seg.SetBrightness(pot.GetValue());
sample = daq.ReadAnalogInputs();
ShowTime(sample.Time);
hih.Read();
pressure = bmp085.ReadPressurePascals();
taos.Read();
} catch (I2cException e) {
Debug.Print("I2C transaction failed: " + e.Message);
daq.I2cPort.BusReset();
}
UpdateDisplay(hih.TemperatureCelsius, hih.RelativeHumidityPercent, pressure, taos.Lux, taos.InfraredSpectrum, sample);
daq.UsartPort.Write(
sample.Time.ToString() + "," +
hih.TemperatureCelsius + "," +
hih.RelativeHumidityPercent + "," +
pressure + "," +
taos.Lux + "," +
taos.InfraredSpectrum + "," +
sample.Values[(int)ADC.A0].ToString()
+ "\r\n");
}
} catch (Exception e) {
Debug.Print("Other exception: " + e.Message);
hih.Dispose();
bmp085.Dispose();
taos.Dispose();
}
}
}