C# Class Porrey.Uwp.IoT.Calibration.AdjustedNonLinearCalibration

Allows calibration of a device using a 2nd Order Polynomial in the form y = ax² + bx + c and includes an adjustment for 0.

Inheritance: Porrey.Uwp.IoT.Calibration.CalibratedMeasurement

Afficher le fichier Open project: porrey/iot

Méthodes publiques

Méthode	Description
AdjustedNonLinearCalibration ( float maximum ) : System	Creates an instance of Windows.Devices.Sensors.AdjustedNonLinearCalibration with the specified point count and maximum reading value.
AdjustedNonLinearCalibration ( float maximum, CalibrationPoint calibrationPoints ) : System	Creates an instance of Windows.Devices.Sensors.AdjustedNonLinearCalibration with the specified point count, maximum reading values and calibration points.
AdjustedNonLinearCalibration ( float minimum, float maximum ) : System	Creates an instance of Windows.Devices.Sensors.AdjustedNonLinearCalibration with the specified point count and minimum and maximum reading values.
AdjustedNonLinearCalibration ( float minimum, float maximum, CalibrationPoint calibrationPoints ) : System	Creates an instance of Windows.Devices.Sensors.AdjustedNonLinearCalibration with the specified point count, minimum and maximum reading values and calibration points.
CalculateFormulaVariables ( CalibrationPoint calibrationPoints, float &a, float &b, float &c ) : void	Calculates the values a, b and c in the formula y = ax² + bx + c

Méthodes protégées

Méthode	Description
OnAdjustedReading ( float x ) : float
OnCalibrationPointsChanged ( CalibrationPoint calibrationPoints ) : void

Method Details

AdjustedNonLinearCalibration() public méthode

Creates an instance of Windows.Devices.Sensors.AdjustedNonLinearCalibration with the specified point count and maximum reading value.

public AdjustedNonLinearCalibration ( float maximum ) : System
maximum	float	The maximum adjusted reading value allowed.
Résultat	System

AdjustedNonLinearCalibration() public méthode

Creates an instance of Windows.Devices.Sensors.AdjustedNonLinearCalibration with the specified point count, maximum reading values and calibration points.

public AdjustedNonLinearCalibration ( float maximum, CalibrationPoint calibrationPoints ) : System
maximum	float	The maximum adjusted reading value allowed.
calibrationPoints	CalibrationPoint	The calibrations points used to adjust the reading.
Résultat	System

AdjustedNonLinearCalibration() public méthode

Creates an instance of Windows.Devices.Sensors.AdjustedNonLinearCalibration with the specified point count and minimum and maximum reading values.

public AdjustedNonLinearCalibration ( float minimum, float maximum ) : System
minimum	float	The minimum adjusted reading value allowed.
maximum	float	The maximum adjusted reading value allowed.
Résultat	System

AdjustedNonLinearCalibration() public méthode

Creates an instance of Windows.Devices.Sensors.AdjustedNonLinearCalibration with the specified point count, minimum and maximum reading values and calibration points.

public AdjustedNonLinearCalibration ( float minimum, float maximum, CalibrationPoint calibrationPoints ) : System
minimum	float	The minimum adjusted reading value allowed.
maximum	float	The maximum adjusted reading value allowed.
calibrationPoints	CalibrationPoint	The calibrations points used to adjust the reading.
Résultat	System

CalculateFormulaVariables() public méthode

Calculates the values a, b and c in the formula y = ax² + bx + c

public CalculateFormulaVariables ( CalibrationPoint calibrationPoints, float &a, float &b, float &c ) : void
calibrationPoints	CalibrationPoint
a	float
b	float
c	float
Résultat	void

OnAdjustedReading() protected méthode

protected OnAdjustedReading ( float x ) : float
x	float
Résultat	float

OnCalibrationPointsChanged() protected méthode

protected OnCalibrationPointsChanged ( CalibrationPoint calibrationPoints ) : void
calibrationPoints	CalibrationPoint
Résultat	void