TiltMartinTiltFormulaInducedCylinder Method (Double, Double, Double)

Calculates the induced cylinder of a tilted lens. Inputs are the new sphere power in diopters from Martin's tilt formula. NOTE: NOTE: Rx must be transposed to same axis as the axis of tilt. Also, resulting induced cylinder will be ADDED to existing cylinder on same axis.

Namespace: OpticianMathLibrary
Assembly: OpticianMathLibrary (in OpticianMathLibrary.dll) Version: 1.0.0.0 (1.0.0.0)

Syntax

C++

ASP.NET

Copy

public static double MartinTiltFormulaInducedCylinder(
	double newSpherePower,
	double degreesOfTilt,
	double originalCylinderPower
)

Public Shared Function MartinTiltFormulaInducedCylinder ( 
	newSpherePower As Double,
	degreesOfTilt As Double,
	originalCylinderPower As Double
) As Double

public:
static double MartinTiltFormulaInducedCylinder(
	double newSpherePower, 
	double degreesOfTilt, 
	double originalCylinderPower
)

static member MartinTiltFormulaInducedCylinder : 
        newSpherePower : float * 
        degreesOfTilt : float * 
        originalCylinderPower : float -> float

Parameters

newSpherePower: Type: SystemDouble
In diopters
degreesOfTilt: Type: SystemDouble
In degrees
originalCylinderPower: Type: SystemDouble
In degrees.

Return Value

Type: Double
Induced cylinder power after tilt

Reference

Tilt Class

MartinTiltFormulaInducedCylinder Overload

OpticianMathLibrary Namespace

TiltAddLanguageSpecificTextSet("LSTF750CD3F_0?cpp=::|nu=.");MartinTiltFormulaInducedCylinder Method (Double, Double, Double)

Parameters

Return Value

Reference

TiltMartinTiltFormulaInducedCylinder Method (Double, Double, Double)