head	1.5;access;symbols;locks	rirwin:1.5; strict;comment	@# @;1.5date	2005.06.10.18.50.58;	author rirwin;	state Exp;branches;next	1.4;1.4date	2005.05.24.15.52.44;	author rirwin;	state Exp;branches;next	1.3;1.3date	2005.03.11.22.33.49;	author patil;	state Exp;branches;next	1.2;1.2date	2004.12.31.23.53.09;	author patil;	state Exp;branches;next	1.1;1.1date	2004.12.28.00.04.32;	author patil;	state Exp;branches;next	;desc@@1.5log@Establishing RCS version.@text@/** * file: OutputPanel.java * * last edited: Ryan Irwin */// import necessary java libraries//import java.awt.*;import javax.swing.*;import java.util.*;import javax.swing.border.*;//These imports are not needed - Phil T. 6-23-03//import java.awt.event.*;//import javax.swing.Timer;/** * OutputPanel acts as the top level container that encompasses the output * plot that displays the input classes as well as the decision regions * * heirarchy: JPanel->SubPanel->OutputPanel * */public class OutputPanel extends SubPanel implements Cloneable{    // *********************************************************************    //    // declare global variables and components    //    // *********************************************************************    // static members    //    public static double Xmax = 2.0; // maximum range of the x axis    public static double Xmin = -2.0; // minimum range of the x axis    public static double Ymax = 2.0; // maximum range of the y axis    public static double Ymin = -2.0; // minimum range of the y axis    public static double Rx = 0.0; // time per pixel ration of the x axis    public static double Ry = 0.0; // time per pixel ration of the y axis    // declare components    //    String title; // title for the input panel    Font currentFont = getFont(); // fonts for the buttons    Font newFont = new Font(currentFont.getName(), currentFont.getStyle(), 12);    DisplayArea disp_area_d; // declare a panel for plotting    static final int GRID_DIV = 20; // division size for the grid    int width = 0; // width of the canvas    int height = 0; // height of the canvas    int zeroX = 0; // zero position on x axis    int zeroY = 0; // zero position on y axis    int currObject = 0; // current object that is in focus    String newline; // newline statement for text area    String text; // string for process description    int algorithm = 0; // index to indicate algorithm to be used    // *********************************************************************    //    // declare class constructors    //    // *********************************************************************    /**     * constructor initializes the samples to be plotted in the signal panel     *     */    OutputPanel()    {	super();	// initialize the panel used for plotting	//	disp_area_d = new DisplayArea();	// set the border for the panel	//	title = new String("Output Display:");	Border titleBorder =	    BorderFactory.createTitledBorder(				BorderFactory.createLineBorder(Color.black),				title,				TitledBorder.LEFT,				TitledBorder.ABOVE_TOP,				newFont,				Color.black);	setBorder(titleBorder);    }    /**     * constructor initializes the samples to be plotted in the signal panel     *     * @@param   toCopy OutputPanel to be initialized     */    OutputPanel(OutputPanel toCopy)    {	super();	// initialize the panel used for plotting	//	disp_area_d = toCopy.disp_area_d;	// set the border for the panel	//	title = new String("Output Display:");	Border titleBorder =	    BorderFactory.createTitledBorder(				BorderFactory.createLineBorder(Color.black),				title,				TitledBorder.LEFT,				TitledBorder.ABOVE_TOP,				newFont,				Color.black);	setBorder(titleBorder);    }    // *********************************************************************    //    // declare class methods    //    // *********************************************************************    /**     * Adds components to the input panel     *     */  public void add_components()  {    constrain(	      this,	      disp_area_d,	      0,	      0,	      GridBagConstraints.REMAINDER,	      GridBagConstraints.REMAINDER,	      GridBagConstraints.BOTH,	      GridBagConstraints.NORTHWEST,	      1,	      1,	      2,	      2,	      2,	      2);  }        /**     * Paints the current data points and if needed the decision regions     *     * @@param    g graphics object to use     */    public void paintComponent(Graphics g)    {	super.paintComponent(g);		// g.drawLine(10, 15, 410, 50); draws a line but always	// near the Text Output Display:. 	// the line is drawn in the background.	// idea is to draw a line - refer the AlgorithmLP.java code.    }        /**     * Adds points to the output panel     *     * @@param points_a points to be added to panel     * @@param type_a integer value of type     * @@param color_a color of point     *     * @@return   true     *     */    public boolean addOutput(Vector<MyPoint> points_a, int type_a, Color color_a)    {	disp_area_d.output_points_d.add(points_a);	disp_area_d.type_d.addElement(new Integer(type_a));	disp_area_d.color_d.add(color_a);		// init the algorithm	//	return true;    }    /**     * Gets the width on the output canvas     * method: getDisplayWidth     *     * @@return  width of the output plot     */    public int getDisplayWidth()    {		// return the width 	//	return disp_area_d.getWidth();    }    /**     * Gets the height on the output canvas     *     * @@return  height of the output plot     */    public int getDisplayHeight()    {	// return the width 	//	return disp_area_d.getHeight();    }    /**     * Gets the X direction Ratio     *     * @@return  X ratio of the output plot     */    public double getXRatio()    {		Rx = (Xmax - Xmin) / getDisplayWidth();		// return the width 	//	return Rx;  }    /**     * Gets the Y direction Ratio     *     * @@return  Y Ratio of the output plot     */    public double getYRatio()    {		Ry = (Ymax - Ymin) / getDisplayWidth();		// return the width 	//	return Ry;    }    /**     * Clears the input panel screen     *     */    public void clear()    {	super.repaint();	disp_area_d.clear();	disp_area_d.repaint();    }    /**     * Redraws the input panel screen     */    public void refresh()    {	super.repaint();	disp_area_d.repaint();    }    /**     * Duplicates the OutputPanel Object     *     * @@return  clone of OutputPanel     */    public OutputPanel copy()    {	try 	{	    return (OutputPanel)clone();	}	catch (CloneNotSupportedException e) 	    {}	return null;	      }}@1.4log@fixed javadoc comments.@text@d7 1d26 1a26 1class OutputPanel extends SubPanel implements Cloneabled185 1a185 2    public boolean addOutput(Vector points_a, int type_a, Color color_a)    {d188 1a188 1	disp_area_d.type_d.add(new Integer(type_a));@1.3log@comments changed to suit Java Documentation style.@text@d4 1a18 2 * class: OutputPanel *a74 8     * method: OutputPanel     *     * @@param    Data d: data samples form the input plot     * @@param    InputPanel in: panel that encompasses the input plot     * @@param    ProcessBox p: process description box     *     * @@return   none     *a101 8     * method: OutputPanel     *     * @@param    Data d: data samples form the input plot     * @@param    InputPanel in: panel that encompasses the input plot     * @@param    ProcessBox p: process description box     *     * @@return   none     *d104 1d136 1a136 6     * method: add_components     *     * @@param   none     * @@return  none     *     * add components to the input paneld160 1a160 7     * method: paintComponent      *     * @@param    Graphics g: graphics object     *     * @@return   none     *     * paing the current data points and if needed the decision regionsd162 1d175 1a175 1     * method: addOutputd177 3a179 2     * @@param      *    Graphics g: graphics objectd181 1a181 3     * @@return   : none     *     * paing the current data points and if needed the decision regionsd197 1a199 1     * @@param   nonea200 3     *