2026.1.2.8 ␍ ␍ //generate object storing wavefront response value and gradient␍ RadialWavefrontPhaseInformation wavefrontPhaseInformation = new RadialWavefrontPhaseInformation(0, 0);␍ ␍ if(InputᴗWavefrontᴗData != null) { //generate output wavefront data ␍ double phaseOut = 0; // sphereFunction.GetValue(new VectorD(r, 0));␍ double gradientOut = 0; // sphereFunction.GetDerivatives(new VectorD(r, 0)).X;␍ ␍ long longAssociatedDataPointIndex;␍ bool isOutside;␍ Complex[] inputData = InputᴗWavefrontᴗData.PointInterpolation(r, true, out longAssociatedDataPointIndex, out isOutside);␍ ␍ //interpolate input wavefront data␍ double phaseIn = inputData[0].Re;␍ double gradientIn = inputData[1].Re;␍ ␍ //calculate phase difference␍ double phase = phaseOut - phaseIn;␍ double gradient = gradientOut - gradientIn;␍ ␍ wavefrontPhaseInformation = new RadialWavefrontPhaseInformation(phase, gradient);␍ }␍ ␍ //return generated wavefront phase information␍ return wavefrontPhaseInformation;InputᴗWavefrontᴗData<_variableType typeID="VirtualLabAPI.Core.Modules.SupportedDataTypes, VirtualLabAPI, Version=2026.1.2.8, Culture=neutral, PublicKeyToken=null">DataArray1D␣9<_value typeID="VirtualLabAPI.Core.Numerics.DataArray1D, VirtualLabAPI, Version=2026.1.2.8, Culture=neutral, PublicKeyToken=null">␀falseNoUnit␣0␀NaNNaNfalsefalsetrue␀1/13/2026 12:50:26 PMAttribution␣1false␀1