void AccelerometerChanged(MotionVector vector)
{
string newRotationVector;
if (vector.X <= vector.Y && vector.X <= vector.Z)
{
newRotationVector = "X";
}
else if (vector.Y <= vector.Z)
{
newRotationVector = "Y";
}
else
{
newRotationVector = "Z";
}
if (RotationVector == newRotationVector)
{
return;
}
else
{
RotationVector = newRotationVector;
Reset();
}
}
void GyroscopeChanged(MotionVector vector)
{
if (LatestCompassHeading == -1)
{
return; // Not started yet. Ignore.
}
var change = GetRotation(vector);
var newHeading = GetNewHeading(change);
var error = GetHeadingError(newHeading);
TotalRotation -= change;
if (error >= TooMuchError)
{
newHeading = LatestCompassHeading;
}
else if (error > ToleratedError)
{
// Get it closer to the compass reading:
if (IsAfter(newHeading, LatestCompassHeading))
{
newHeading -= COMPASS_APPROACH_SPEED;
TotalRotation -= COMPASS_APPROACH_SPEED;
}
else
{
newHeading += COMPASS_APPROACH_SPEED;
TotalRotation += COMPASS_APPROACH_SPEED;
}
if (newHeading > FULL_CIRCLE)
{
newHeading = FULL_CIRCLE;
}
else if (newHeading < 0)
{
newHeading = 0;
}
}
SmoothHeading = newHeading;
CurrentError = error;
OnChanged();
}
float GetRotation(MotionVector change)
{
double rotation;
switch (RotationVector)
{
case "X": rotation = change.X; break;
case "Y": rotation = change.Y; break;
case "Z": rotation = change.Z; break;
default: return(0f);
}
if (Math.Abs(rotation) < GyroscopeChangeSensitivity)
{
return(0f);
}
return((float)(rotation * (int)SensorDelay.Game * 0.001f).ToDegreeFromRadians());
}