Waveform.java

package wf.model;

import javafx.beans.property.BooleanProperty;
import javafx.beans.property.DoubleProperty;
import javafx.beans.property.IntegerProperty;
import javafx.beans.property.SimpleBooleanProperty;
import javafx.beans.property.SimpleDoubleProperty;
import javafx.beans.property.SimpleIntegerProperty;

public class Waveform {

	private final IntegerProperty wf_ID; // waveform ID number
	private final DoubleProperty wf_bg; // waveform background to be substracted
	private final DoubleProperty wf_amp; // waveform amplitude
	private final DoubleProperty wf_amp_90p; //waveform 90% amplitude leading
	private final DoubleProperty wf_amp_50p; //waveform 50% amplitude leading
	private final DoubleProperty wf_amp_10p; //waveform 10% amplitude leading
	private final DoubleProperty wf_slope; // waveform slope rising signal side
	private final DoubleProperty wf_rt; // waveform risetime
	private final DoubleProperty wf_ft; // waveform falltime
	private final DoubleProperty wf_peak_time; // waveform peak time
	private final DoubleProperty wf_peak_time_l90p; //waveform peak time 90% amplitude leading
	private final DoubleProperty wf_peak_time_l50p; //waveform peak time 50% amplitude leading
	private final DoubleProperty wf_peak_time_l10p; //waveform peak time 10% amplitude leading
	private final DoubleProperty wf_peak_time_t90p; //waveform peak time 90% amplitude leading
	private final DoubleProperty wf_peak_time_t50p; //waveform peak time 50% amplitude leading
	private final DoubleProperty wf_peak_time_t10p; //waveform peak time 10% amplitude leading
	private final DoubleProperty wf_after_peak_time_50p; //waveform after peak time 50% amplitude
	private final DoubleProperty wf_tot; //waveform time over threshold
	private final DoubleProperty wf_charge; //waveform integral charge
	private final IntegerProperty wf_n_peaks; //waveform number of peaks
	private final BooleanProperty wf_is_regular; //waveform containing two zeros (start and end)

	/**
	  * Default constructor.
	  */
	 public Waveform() {

		 this(0);
	 }

	public Waveform(int valueID) {

		//Initial dummy data
		this.wf_ID = new SimpleIntegerProperty(valueID);
		this.wf_bg = new SimpleDoubleProperty();
		this.wf_amp  = new SimpleDoubleProperty();
		this.wf_amp_90p = new SimpleDoubleProperty();
		this.wf_amp_50p = new SimpleDoubleProperty();
		this.wf_amp_10p = new SimpleDoubleProperty();
		this.wf_slope = new SimpleDoubleProperty();
		this.wf_rt = new SimpleDoubleProperty();
		this.wf_ft = new SimpleDoubleProperty();
		this.wf_peak_time = new SimpleDoubleProperty();
		this.wf_peak_time_l90p = new SimpleDoubleProperty();
		this.wf_peak_time_l50p = new SimpleDoubleProperty();
		this.wf_peak_time_l10p = new SimpleDoubleProperty();
		this.wf_peak_time_t90p = new SimpleDoubleProperty();
		this.wf_peak_time_t50p = new SimpleDoubleProperty();
		this.wf_peak_time_t10p = new SimpleDoubleProperty();
		this.wf_after_peak_time_50p = new SimpleDoubleProperty();
		this.wf_tot = new SimpleDoubleProperty();
		this.wf_charge = new SimpleDoubleProperty();
		this.wf_n_peaks = new SimpleIntegerProperty();
		this.wf_is_regular = new SimpleBooleanProperty();
	}

	// waveform ID number
	public int get_wf_ID() {

		return wf_ID.get();
	}

	public void set_wf_ID(int value) {

		this.wf_ID.set(value);
	}

	public IntegerProperty wf_IDProperty() {

		return wf_ID;
	}

	// waveform background to be substracted
	public double get_wf_bg() {

		return wf_bg.get();
	}

	public void set_wf_bg(double value) {

		this.wf_bg.set(value);
	}

	public DoubleProperty wf_bgProperty() {

		return wf_bg;
	}

	// waveform amplitude
	public double get_wf_amp() {

		return wf_amp.get();
	}

	public void set_wf_amp(double value) {

		this.wf_amp.set(value);
	}

	public DoubleProperty wf_ampProperty() {

		return wf_amp;
	}

	//waveform 90% amplitude
	public double get_wf_amp_90p() {

		return wf_amp_90p.get();
	}

	public void set_wf_amp_90p(double value) {

		this.wf_amp_90p.set(value);
	}

	public DoubleProperty wf_amp_90pProperty() {

		return wf_amp_90p;
	}

	//waveform 50% amplitude
	public double get_wf_amp_50p() {

		return wf_amp_50p.get();
	}

	public void set_wf_amp_50p(double value) {

		this.wf_amp_50p.set(value);
	}

	public DoubleProperty wf_amp_50pProperty() {

		return wf_amp_50p;
	}

	//waveform 10% amplitude
	public double get_wf_amp_10p() {

		return wf_amp_10p.get();
	}

	public void set_wf_amp_10p(double value) {

		this.wf_amp_10p.set(value);
	}

	public DoubleProperty wf_amp_10pProperty() {

		return wf_amp_10p;
	}

	// waveform slope rising signal side
	public double get_wf_slope() {

		return wf_slope.get();
	}

	public void set_wf_slope(double value) {

		this.wf_slope.set(value);
	}

	public DoubleProperty wf_slopeProperty() {

		return wf_slope;
	}

	// waveform risetime
	public double get_wf_rt() {

		return wf_rt.get();
	}

	public void set_wf_rt(double value) {

		this.wf_rt.set(value);
	}

	public DoubleProperty wf_rtProperty() {

		return wf_rt;
	}

	// waveform falltime
	public double get_wf_ft() {

		return wf_ft.get();
	}

	public void set_wf_ft(double value) {

		this.wf_ft.set(value);
	}

	public DoubleProperty wf_ftProperty() {

		return wf_ft;
	}

	// waveform peak time
	public double get_wf_peak_time() {

		return wf_peak_time.get();
	}

	public void set_wf_peak_time(double value) {

		this.wf_peak_time.set(value);
	}

	public DoubleProperty wf_peak_timeProperty() {

		return wf_peak_time;
	}

	//waveform peak time 90% amplitude leading
	public double get_wf_peak_time_l90p() {

		return wf_peak_time_l90p.get();
	}

	public void set_wf_peak_time_l90p(double value) {

		this.wf_peak_time_l90p.set(value);
	}

	public DoubleProperty wf_peak_time_l90pProperty() {

		return wf_peak_time_l90p;
	}

	//waveform peak time 90% amplitude trailing
	public double get_wf_peak_time_t90p() {

		return wf_peak_time_t90p.get();
	}

	public void set_wf_peak_time_t90p(double value) {

		this.wf_peak_time_t90p.set(value);
	}

	public DoubleProperty wf_peak_time_t90pProperty() {

		return wf_peak_time_t90p;
	}

	//waveform peak time 50% amplitude leading
	public double get_wf_peak_time_l50p() {

		return wf_peak_time_l50p.get();
	}

	public void set_wf_peak_time_l50p(double value) {

		this.wf_peak_time_l50p.set(value);
	}

	public DoubleProperty wf_peak_time_l50pProperty() {

		return wf_peak_time_l50p;
	}

	//waveform peak time 50% amplitude trailing
	public double get_wf_peak_time_t50p() {

		return wf_peak_time_t50p.get();
	}

	public void set_wf_peak_time_t50p(double value) {

		this.wf_peak_time_t50p.set(value);
	}

	public DoubleProperty wf_peak_time_t50pProperty() {

		return wf_peak_time_t50p;
	}

	//waveform peak time 10% amplitude leading
	public double get_wf_peak_time_l10p() {

		return wf_peak_time_l10p.get();
	}

	public void set_wf_peak_time_l10p(double value) {

		this.wf_peak_time_l10p.set(value);
	}

	public DoubleProperty wf_peak_time_l10pProperty() {

		return wf_peak_time_l10p;
	}

	//waveform peak time 10% amplitude trailing
	public double get_wf_peak_time_t10p() {

		return wf_peak_time_t10p.get();
	}

	public void set_wf_peak_time_t10p(double value) {

		this.wf_peak_time_t10p.set(value);
	}

	public DoubleProperty wf_peak_time_t10pProperty() {

		return wf_peak_time_t10p;
	}

	//waveform after peak time 50% amplitude
	public double get_wf_after_peak_time_50p() {

		return wf_after_peak_time_50p.get();
	}

	public void set_wf_after_peak_time_50p(double value) {

		this.wf_after_peak_time_50p.set(value);
	}

	public DoubleProperty wf_after_peak_time_50pProperty() {

		return wf_after_peak_time_50p;
	}

	//waveform time over threshold
	public double get_wf_tot() {

		return wf_tot.get();
	}

	public void set_wf_tot(double value) {

		this.wf_tot.set(value);
	}

	public DoubleProperty wf_totProperty() {

		return wf_tot;
	}

	//waveform integral charge
	public double get_wf_charge() {

		return wf_charge.get();
	}

	public void set_wf_charge(double value) {

		this.wf_charge.set(value);
	}

	public DoubleProperty wf_chargeProperty() {

		return wf_charge;
	}

	//waveform number of peaks
	public int get_wf_n_peaks() {

		return wf_n_peaks.get();
	}

	public void set_wf_n_peaks(int value) {

		this.wf_n_peaks.set(value);
	}

	public IntegerProperty wf_n_peaksProperty() {

		return wf_n_peaks;
	}

	//waveform containing two zeros (start and end)
	public boolean get_wf_is_regular() {

		return wf_is_regular.get();
	}

	public void set_wf_is_regular(boolean value) {

		this.wf_is_regular.set(value);
	}

	public BooleanProperty wf_is_regularProperty() {

		return wf_is_regular;
	}
}