private void HandleYaw(Vector3 towardGravity)
{
float angle = Vector3.SignedAngle(Vector3.down, towardGravity, Vector3.up);
float relativeAmount = angle / ANGLE_MAX;
_Roll.Invoke(RelativeInputEvent.WithinFullRange(relativeAmount));
}
private void HandlePitch(Vector3 towardGravity)
{
float angle = Vector3.SignedAngle(Vector3.forward, towardGravity, Vector3.right);
float relativeAmount = angle / ANGLE_MAX;
_Pitch.Invoke(RelativeInputEvent.WithinFullRange(relativeAmount));
}
internal DeviceMotionToRelativeInput(
RelativeInputEvent Roll,
RelativeInputEvent Pitch,
RelativeInputEvent Yaw
)
{
_Roll = Roll;
_Pitch = Pitch;
_Yaw = Yaw;
}
private float MapToRange(float value)
{
if (IsNegativeToPositive)
{
return(0.5f + (value / 2f));
}
else
{
return(RelativeInputEvent.WithinPositiveRange(value));
}
}
public override Vector3 GetPointFromRelativeInput(float relativeInput)
{
float internalRelative;
if (_FullRange)
{
internalRelative = RelativeInputEvent.WithinFullRange(relativeInput);
}
else
{
internalRelative = RelativeInputEvent.WithinPositiveRange(relativeInput);
}
return(DeterminePointInSpaceFromRelativeInput(internalRelative));
}
private void NotifyNewInput()
{
float value = RelativeInputEvent.WithinFullRange(Curve.Evaluate(_TimeSeconds));
InputConsumers.Invoke(value);
}
