remove scientific connotation

[ernesto13edop]

i have this code

        BeanWriterProcessor<CsvRawDataItemVor> writerProcessor = new BeanWriterProcessor<>(CsvRawDataItemVor.class);
        writerProcessor.convertType(Double.class, Conversions.formatToNumber("#.##########"));
        writerProcessor.convertType(Float.class, Conversions.formatToNumber("#.##########"));

        CsvWriterSettings writerSettings = new CsvWriterSettings();
        writerSettings.setRowWriterProcessor(writerProcessor);
        writerSettings.setHeaders(headers);

        CsvWriter beanWriter = new CsvWriter(writer, writerSettings);
        beanWriter.writeHeaders();
        csvRawDataItemVor.forEach(beanWriter::processRecord);

but the conversion is not applied I leave also the class CsvRawDataItemVor

public class CsvRawDataItemVor {

    ////////// METADATA //////////

    @Parsed(field = "latitude")
    private Double latitude;

    @Parsed(field = "longitude")
    private Double longitude;

    @Parsed(field = "hmsl")
    private Double altitude;

    @Parsed(field = "posFlag")
    private String fixState;

    @Parsed(field = "position") //This field is calculated on the app,
    private Float position;     // so the first time the file is read, its empty

    @Parsed(field = "distance_to_vor")
    private Float distanceToVor;

    @Parsed(field = "timestamp")
    private Double timestamp;

    @Parsed(field = "battery")
    private Double rxBattery;

    // GENERAL
    @Parsed(field = "carrier_frequency")
    private Float carrierFrequency;
    @Parsed(field = "bearing")
    private Float bearing;
    @Parsed(field = "calculated_bearing")
    private Float geoBearing;
    @Parsed(field = "field_strength")
    private Float fieldStrength;
    @Parsed(field = "bearing_error")
    private Float bearingError;
    @Parsed(field = "bearing_low_pass_filter")
    private Float bearingLowPassFilter;
    @Parsed(field = "bearing_high_pass_filter")
    private Float bearingHighPassFilter;

    // AM
    @Parsed(field = "f30hz_mod_depth")
    private Float f30HzModDepth;
    @Parsed(field = "f30hz_mod_frequency")
    private Float f30HzModFrequency;

    // FM
    @Parsed(field = "f9960hz_mod_depth")
    private Float f9960HzModDepth;
    @Parsed(field = "f9960hz_subcarrier_frequency")
    private Float f9960HzSubcarrierFrequency;
    @Parsed(field = "f9960hz_30hz_mod_frequency")
    private Float f9960Hz30HzModFrequency;
    @Parsed(field = "f9960hz_deviation")
    private Float f9960HzDeviation;
    @Parsed(field = "f9960hz_frequency_deviation")
    private Float f9960HzFrequencyDeviation;

    ///////////// METHODS WITH CALCULATIONS /////////////////


    //////////////// GETTERS AND SETTERS //////////////

    public Double getLatitude() {
        return latitude;
    }

    public void setLatitude(Double latitude) {
        this.latitude = latitude;
    }

    public Double getLongitude() {
        return longitude;
    }

    public void setLongitude(Double longitude) {
        this.longitude = longitude;
    }

    public Double getAltitude() {
        return altitude;
    }

    public void setAltitude(Double altitude) {
        this.altitude = altitude;
    }

    public String getFixState() {
        return fixState;
    }

    public void setFixState(String fixState) {
        this.fixState = fixState;
    }

    public Double getTimestamp() {
        return timestamp;
    }

    public void setTimestamp(Double timestamp) {
        this.timestamp = timestamp;
    }

    public Double getRxBattery() {
        return rxBattery;
    }

    public void setRxBattery(Double rxBattery) {
        this.rxBattery = rxBattery;
    }

    public Float getPosition() {
        return position;
    }

    public void setPosition(Float position) {
        this.position = position;
    }

    public Float getCarrierFrequency() {
        return carrierFrequency;
    }

    public void setCarrierFrequency(Float carrierFrequency) {
        this.carrierFrequency = carrierFrequency;
    }

    public Float getDistanceToVor() {
        return distanceToVor;
    }

    public void setDistanceToVor(Float distanceToVor) {
        this.distanceToVor = distanceToVor;
    }

    public Float getGeoBearing() {
        return geoBearing;
    }

    public void setGeoBearing(Float geoBearing) {
        this.geoBearing = geoBearing;
    }

    public Float getBearing() {
        return bearing;
    }

    public void setBearing(Float bearing) {
        this.bearing = bearing;
    }

    public Float getFieldStrength() {
        return fieldStrength;
    }

    public void setFieldStrength(Float fieldStrength) {
        this.fieldStrength = fieldStrength;
    }

    public Float getBearingError() {
        return bearingError;
    }

    public void setBearingError(Float bearingError) {
        this.bearingError = bearingError;
    }

    public Float getBearingLowPassFilter() {
        return bearingLowPassFilter;
    }

    public void setBearingLowPassFilter(Float bearingLowPassFilter) {
        this.bearingLowPassFilter = bearingLowPassFilter;
    }

    public Float getBearingHighPassFilter() {
        return bearingHighPassFilter;
    }

    public void setBearingHighPassFilter(Float bearingHighPassFilter) {
        this.bearingHighPassFilter = bearingHighPassFilter;
    }

    public Float getF30HzModDepth() {
        return f30HzModDepth;
    }

    public void setF30HzModDepth(Float f30HzModDepth) {
        this.f30HzModDepth = f30HzModDepth;
    }

    public Float getF30HzModFrequency() {
        return f30HzModFrequency;
    }

    public void setF30HzModFrequency(Float f30HzModFrequency) {
        this.f30HzModFrequency = f30HzModFrequency;
    }

    public Float getF9960HzModDepth() {
        return f9960HzModDepth;
    }

    public void setF9960HzModDepth(Float f9960HzModDepth) {
        this.f9960HzModDepth = f9960HzModDepth;
    }

    public Float getF9960HzSubcarrierFrequency() {
        return f9960HzSubcarrierFrequency;
    }

    public void setF9960HzSubcarrierFrequency(Float f9960HzSubcarrierFrequency) {
        this.f9960HzSubcarrierFrequency = f9960HzSubcarrierFrequency;
    }

    public Float getF9960Hz30HzModFrequency() {
        return f9960Hz30HzModFrequency;
    }

    public void setF9960Hz30HzModFrequency(Float f9960Hz30HzModFrequency) {
        this.f9960Hz30HzModFrequency = f9960Hz30HzModFrequency;
    }

    public Float getF9960HzDeviation() {
        return f9960HzDeviation;
    }

    public void setF9960HzDeviation(Float f9960HzDeviation) {
        this.f9960HzDeviation = f9960HzDeviation;
    }

    public Float getF9960HzFrequencyDeviation() {
        return f9960HzFrequencyDeviation;
    }

    public void setF9960HzFrequencyDeviation(Float f9960HzFrequencyDeviation) {
        this.f9960HzFrequencyDeviation = f9960HzFrequencyDeviation;
    }