Package flanagan.analysis

Examples of flanagan.analysis.ErrorProp

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    public void calcTEmodeEffectiveRefractiveIndices(){
        this.effectiveRefractiveIndicesTE = new double[this.numberOfTEmeasurementsPrism];
        this.effectiveErrorsTE = new double[this.numberOfTEmeasurementsPrism];

        if(this.setTEerrors){
           ErrorProp alpha = new ErrorProp(this.prismAngleAlphaRad, 0.0D);
           ErrorProp prismRI = new ErrorProp(super.prismRefractiveIndex, 0.0D);
           ErrorProp airRI = new ErrorProp(RefractiveIndex.air(super.wavelength), 0.0D);
           ErrorProp phi = new ErrorProp();
           ErrorProp angle = new ErrorProp();
           for(int i=0; i<this.numberOfTEmeasurementsPrism; i++){
                angle.reset(this.anglesRadTE[i], this.errorsRadTE[i]);
                phi = (angle.over(prismRI)).times(airRI);
                phi = ErrorProp.asin(phi);
                phi = alpha.plus(phi);
                phi = prismRI.times(ErrorProp.sin(phi));
                this.effectiveRefractiveIndicesTE[i] = phi.getValue();
                this.effectiveErrorsTE[i] = phi.getError();
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    public void calcTMmodeEffectiveRefractiveIndices(){
        this.effectiveRefractiveIndicesTM = new double[this.numberOfTMmeasurementsPrism];
        this.effectiveErrorsTM = new double[this.numberOfTMmeasurementsPrism];

        if(this.setTMerrors){
           ErrorProp alpha = new ErrorProp(this.prismAngleAlphaRad, 0.0D);
           ErrorProp prismRI = new ErrorProp(super.prismRefractiveIndex, 0.0D);
           ErrorProp airRI = new ErrorProp(RefractiveIndex.air(super.wavelength), 0.0D);
           ErrorProp phi = new ErrorProp();
           ErrorProp angle = new ErrorProp();
           for(int i=0; i<this.numberOfTMmeasurementsPrism; i++){
                angle.reset(this.anglesRadTM[i], this.errorsRadTM[i]);
                phi = (angle.over(prismRI)).times(airRI);
                phi = ErrorProp.asin(phi);
                phi = alpha.plus(phi);
                phi = prismRI.times(ErrorProp.sin(phi));
                this.effectiveRefractiveIndicesTM[i] = phi.getValue();
                this.effectiveErrorsTM[i] = phi.getError();
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            this.superstrateRI = RefractiveIndex.air(super.wavelength);
            super.superstrateRefractiveIndex = RefractiveIndex.air(super.wavelength);
        }

        if(this.setTEerrors){
            ErrorProp superRI = new ErrorProp(super.superstrateRefractiveIndex, 0.0D);
            ErrorProp pitch = new ErrorProp(this.gratingPitch, 0.0D);
            ErrorProp lambda = new ErrorProp(super.wavelength, 0.0D);

           for(int i=0; i<this.numberOfTEmeasurementsGrating; i++){
                ErrorProp theta = new ErrorProp(this.anglesRadTM[i], this.errorsRadTM[i]);
                ErrorProp order = new ErrorProp((double)this.gratingOrderTE[i], 0.0D);
                ErrorProp calc = ErrorProp.sin(theta);
                calc = calc.times(superRI);
                calc = calc.plus(lambda.times(order).over(pitch));
                this.effectiveRefractiveIndicesTE[i] = calc.getValue();
                this.effectiveErrorsTE[i] = calc.getError();
           }
           super.enterTEmodeData(this.thicknessesTE, this.effectiveRefractiveIndicesTE, this.effectiveErrorsTE, this.modeNumbersTE);
        }
        else{
            for(int i=0; i<this.numberOfTEmeasurementsGrating; i++){
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            this.superstrateRI = RefractiveIndex.air(super.wavelength);
            super.superstrateRefractiveIndex = RefractiveIndex.air(super.wavelength);
        }

        if(this.setTMerrors){
            ErrorProp superRI = new ErrorProp(super.superstrateRefractiveIndex, 0.0D);
            ErrorProp pitch = new ErrorProp(this.gratingPitch, 0.0D);
            ErrorProp lambda = new ErrorProp(super.wavelength, 0.0D);

            for(int i=0; i<this.numberOfTMmeasurementsGrating; i++){
                ErrorProp theta = new ErrorProp(this.anglesRadTM[i], this.errorsRadTM[i]);
                ErrorProp order = new ErrorProp((double)this.gratingOrderTM[i], 0.0D);
                ErrorProp calc = ErrorProp.sin(theta);
                calc = calc.times(superRI);
                calc = calc.plus(lambda.times(order).over(pitch));
                this.effectiveRefractiveIndicesTM[i] = calc.getValue();
                this.effectiveErrorsTM[i] = calc.getError();
           }
           super.enterTMmodeData(this.thicknessesTM, this.effectiveRefractiveIndicesTM, this.effectiveErrorsTM, this.modeNumbersTM);
        }
        else{
            for(int i=0; i<this.numberOfTMmeasurementsGrating; i++){
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        for(int i=0; i<this.numberOfFrequencies; i++){
            this.voltagePhasesDeg[i] = Math.toDegrees(this.voltagePhasesRad[i]);
            this.voltages[i].polar(voltageMagnitudes[i], voltagePhasesRad[i]);
            this.realV[i] = this.voltages[i].getReal();
            this.imagV[i] = this.voltages[i].getImag();
            ErrorProp mag = new ErrorProp(voltageMagnitudes[i], voltageMagnitudeWeights[i]);
            ErrorProp phase = new ErrorProp(voltagePhasesRad[i], voltagePhaseWeights[i]);
            ComplexErrorProp volt = new ComplexErrorProp();
            volt.polar(mag, phase);
            this.realVweights[i] = volt.getRealError();
            this.imagVweights[i] = volt.getImagError();
        }
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            this.voltagePhasesRad[i] = Math.toRadians(this.voltagePhasesDeg[i]);
            this.voltagePhaseWeightsRad[i] = Math.toRadians(voltagePhaseWeights[i]);
            this.voltages[i].polar(voltageMagnitudes[i], voltagePhasesRad[i]);
            this.realV[i] = this.voltages[i].getReal();
            this.imagV[i] = this.voltages[i].getImag();
            ErrorProp mag = new ErrorProp(voltageMagnitudes[i], voltageMagnitudeWeights[i]);
            ErrorProp phase = new ErrorProp(voltagePhasesRad[i], this.voltagePhaseWeightsRad[i]);
            ComplexErrorProp volt = new ComplexErrorProp();
            volt.polar(mag, phase);
            this.realVweights[i] = volt.getRealError();
            this.imagVweights[i] = volt.getImagError();
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        for(int i=0; i<this.numberOfFrequencies; i++){
            this.impedancePhasesDeg[i] = Math.toDegrees(this.impedancePhasesRad[i]);
            this.impedances[i].polar(impedanceMagnitudes[i], impedancePhasesRad[i]);
            this.realZ[i] = this.impedances[i].getReal();
            this.imagZ[i] = this.impedances[i].getImag();
            ErrorProp mag = new ErrorProp(impedanceMagnitudes[i], impedanceMagnitudeWeights[i]);
            ErrorProp phase = new ErrorProp(impedancePhasesRad[i], impedancePhaseWeights[i]);
            ComplexErrorProp volt = new ComplexErrorProp();
            volt.polar(mag, phase);
            this.realZweights[i] = volt.getRealError();
            this.imagZweights[i] = volt.getImagError();
        }
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            this.impedancePhasesRad[i] = Math.toRadians(this.impedancePhasesDeg[i]);
            this.impedancePhaseWeightsRad[i] = Math.toRadians(impedancePhaseWeights[i]);
            this.impedances[i].polar(impedanceMagnitudes[i], impedancePhasesRad[i]);
            this.realZ[i] = this.impedances[i].getReal();
            this.imagZ[i] = this.impedances[i].getImag();
            ErrorProp mag = new ErrorProp(impedanceMagnitudes[i], impedanceMagnitudeWeights[i]);
            ErrorProp phase = new ErrorProp(impedancePhasesRad[i], this.impedancePhaseWeightsRad[i]);
            ComplexErrorProp volt = new ComplexErrorProp();
            volt.polar(mag, phase);
            this.realZweights[i] = volt.getRealError();
            this.imagZweights[i] = volt.getImagError();
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        for(int i=0; i<this.numberOfFrequencies; i++){
            this.voltagePhasesDeg[i] = Math.toDegrees(this.voltagePhasesRad[i]);
            this.voltages[i].polar(voltageMagnitudes[i], voltagePhasesRad[i]);
            this.realV[i] = this.voltages[i].getReal();
            this.imagV[i] = this.voltages[i].getImag();
            ErrorProp mag = new ErrorProp(voltageMagnitudes[i], voltageMagnitudeWeights[i]);
            ErrorProp phase = new ErrorProp(voltagePhasesRad[i], voltagePhaseWeights[i]);
            ComplexErrorProp volt = new ComplexErrorProp();
            volt.polar(mag, phase);
            this.realVweights[i] = volt.getRealError();
            this.imagVweights[i] = volt.getImagError();
        }
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            this.voltagePhasesRad[i] = Math.toRadians(this.voltagePhasesDeg[i]);
            this.voltagePhaseWeightsRad[i] = Math.toRadians(voltagePhaseWeights[i]);
            this.voltages[i].polar(voltageMagnitudes[i], voltagePhasesRad[i]);
            this.realV[i] = this.voltages[i].getReal();
            this.imagV[i] = this.voltages[i].getImag();
            ErrorProp mag = new ErrorProp(voltageMagnitudes[i], voltageMagnitudeWeights[i]);
            ErrorProp phase = new ErrorProp(voltagePhasesRad[i], this.voltagePhaseWeightsRad[i]);
            ComplexErrorProp volt = new ComplexErrorProp();
            volt.polar(mag, phase);
            this.realVweights[i] = volt.getRealError();
            this.imagVweights[i] = volt.getImagError();
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Related Classes of flanagan.analysis.ErrorProp

  • flanagan.circuits.ImpedSpecRegression
  • flanagan.optics.GratingCoupler
  • flanagan.optics.PrismCoupler
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