Normalization class

A parameter class that primarily pertain to XLayers for customizing the intake of SensorEvent data.

autocompensates, a flag for toggling autocompensation after steady sensor samples for some time
delay, how long to wait before kicking in autocompensation, considering sensitivity to past samples in a buffer
compensation, an amount to shear from raw AccelerometerEvent data (x or y axis, as gyroscope is used for z data)
scalar, an amount to multiply by the calculated sensor parallax factor
samplingRate, how frequently sensor data samples are propagated
sensitivity, a double clamped between 0..1, that influences the maximum List length for a sensors data samples buffer.
- A larger sensitivity and thus smaller samples buffer means new, strong outlier accelerometer data stands out more easily from the average of the past samples in the buffer

There is a fine balance between sensitivity and samplingRate. It is recommended to keep them default and modify delay as necessary.

Constructors

Normalization({bool autocompensates = true, Duration delay = const Duration(milliseconds: 1000), List<double> compensation = Compensation.none, List<double> scalar = const [1.0, 1.0, 1.0], Duration samplingRate = const Duration(milliseconds: 10), double sensitivity = 0.9}): A parameter class that primarily pertain to XLayers for customizing the intake of SensorEvent data.
const

autocompensates → bool: Should these sensor samples be autocompensated? That is, with our without a supplied compensation, should values generate dynamically for the compensation that is subtracted from sensor samplings?
final
compensation → List<double>: A List<double> ordered [x,y] that corresponds to an amount that gets shaved from each raw AccelerometerEvent, sampled at samplingRate, to compensate for a device being held in a "standard" position for some time.
final
delay → Duration: A Duration that represents how long to wait before kicking autocompensation into play. Default is 1000ms.
final
hashCode → int: The hash code for this object.
no setterinherited
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited
samplingRate → Duration: A Duration that represents how frequently new sensor samples occur.
final
scalar → List<double>: A List<double> ordered [x,y,z] that corresponds to an amount that is multiplied to the SensorEvent before output as parallax factor.
final
sensitivity → double: How "sensitive" this Normalization should be as an double. Clamped between 0..1.
final

noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
toString() → String: A string representation of this object.
inherited