void Accelerometer_CurrentValueChanged(object sender, SensorReadingEventArgs <AccelerometerReading> e)
{
if (ShakeDetection.JustShook(e.SensorReading.Acceleration))
{
// We're on a different thread, so transition to the UI thread
this.Dispatcher.BeginInvoke(delegate()
{
PredictButton_Click(null, null);
});
}
}
private void processData(ShakeDetection.GVector gv)
{
if (starting)
return;
labelGFX.Text = gv.X.ToString("0.00000");
labelGFY.Text = gv.Y.ToString("0.00000");
labelGFZ.Text = gv.Z.ToString("0.00000");
lblOrientation.Text = gv.ToScreenOrientation().ToString();
lblDirection.Text = gv.direction.ToString();
lblTilt.Text = gv.Tilt.ToString("0");
lblRoll.Text = gv.Roll.ToString("0");
lblPitch.Text = gv.Pitch.ToString("0");
lblAcceleration.Text = gv.Length.ToString("0.0");
addLog(gv.ToString());
shaker1.addValues(gv);
shaker2.addValues(gv);
shaker3.addValues(gv);
shaker4.addValues(gv);
shaker5.addValues(gv);
shaker6.addValues(gv);
shaker7.addValues(gv);
shaker8.addValues(gv);
shaker9.addValues(gv);
Movedetection.GMVector gmv = new Movedetection.GMVector(gv.X, gv.Y, gv.Z);
move1.addValues(gmv);
perfChart1._AddValue((decimal)gv.X);
perfChart2._AddValue((decimal)gv.Y);
perfChart3._AddValue((decimal)gv.Z);
}
void shaker1_ShakeDetected(object sender, ShakeDetection.ShakeEventArgs bre)
{
shakeLabel(lblShake1);
}
void shaker2_ShakeDetected(object sender, ShakeDetection.ShakeEventArgs e)
{
shakeLabel(lbShake2);
}
void shaker3_ShakeDetected(object sender, ShakeDetection.ShakeEventArgs bre)
{
shakeLabel(lblShake3);
#if USE_SCANNER
if (!bScannerIsOn)
{
//scanEvents.doScanButton(); //use for remote control
bcr.ScannerOn = true;
bScannerIsOn = true;
}
scanTimeout = 0; //reset scanner timeout
#endif
}
void myThread_bgThreadEvent(object sender, ShakeDetection.ShakeEventArgs bte)
{
processData(bte._gvector);
}
