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/* |
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Copyright @ 1999-2004, The Institute for Genomic Research (TIGR). |
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All rights reserved. |
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*/ |
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/* |
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* $RCSfile: HCLTree.java,v $ |
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* $Revision: 1.4 $ |
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* $Date: 2006/07/06 17:15:05 $ |
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* $Author: eleanorahowe $ |
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* $State: Exp $ |
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*/ |
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package org.tigr.microarray.mev.cluster.gui.impl.tease; |
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|
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import java.awt.AlphaComposite; |
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import java.awt.Color; |
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import java.awt.Composite; |
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import java.awt.Dimension; |
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import java.awt.Graphics; |
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import java.awt.Graphics2D; |
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import java.awt.Polygon; |
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import java.awt.event.MouseAdapter; |
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import java.awt.event.MouseEvent; |
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import java.beans.Expression; |
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import java.beans.PersistenceDelegate; |
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import java.io.BufferedWriter; |
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import java.io.File; |
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import java.io.FileOutputStream; |
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import java.io.FileWriter; |
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import java.io.IOException; |
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import java.io.PrintWriter; |
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import java.util.ArrayList; |
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import java.util.Arrays; |
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import java.util.Hashtable; |
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import java.util.Vector; |
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|
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import javax.swing.JFileChooser; |
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import javax.swing.JOptionPane; |
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import javax.swing.JPanel; |
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import javax.swing.SwingUtilities; |
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|
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import org.tigr.microarray.mev.TMEV; |
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import org.tigr.microarray.mev.cluster.gui.IData; |
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import org.tigr.microarray.mev.cluster.gui.IDisplayMenu; |
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import org.tigr.microarray.mev.cluster.gui.IFramework; |
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|
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|
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public class HCLTree extends JPanel implements java.io.Serializable { |
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|
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public static final long serialVersionUID = 202006060001L; |
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|
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// These constants specify a horizontal or |
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// vertical orientation. |
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|
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/** HORIZONTAL orientation */ |
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public static final int HORIZONTAL = 0; //gene tree |
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/** VERTICAL orientation */ |
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public static final int VERTICAL = 1; //sample tree |
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|
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public static final int xOrigin = 20; |
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|
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protected HCLTreeListener treeListener; |
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|
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protected int orientation = HORIZONTAL; |
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protected int min_pixels = 10; |
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protected int max_pixels = 50; |
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protected float zero_threshold = 0.05f; |
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protected Color lineColor = new Color(0, 0, 128); |
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protected Color belowThrColor = Color.lightGray; |
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protected Color selectedLineColor = Color.magenta; |
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|
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// initial data |
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protected IData data; |
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// a result data |
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protected HCLTreeData treeData; |
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// helpers |
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protected float minHeight; |
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protected int stepSize; |
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public int[] pHeights; |
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public float[] positions; |
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protected boolean[] selected; |
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protected Color[] nodesColors; |
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|
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public ArrayList dots; |
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|
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protected int [] parentNodes; |
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protected boolean [] terminalNodes; |
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protected float maxHeight; |
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protected boolean flatTree = false; |
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protected int horizontalOffset = 0; |
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|
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protected IFramework framework; |
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|
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/** |
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* Creates a new HCLTree. Used to restore state from a saved file. |
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* This constructor must remain in place with the same signature to ensure |
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* backwards-compatibility with future revisions of the class. |
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* Add another constructor that calls this one, rather than change this one. |
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* @author eleanorahowe |
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* |
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* @param treeData |
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* @param orientation |
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*/ |
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public HCLTree(HCLTreeData treeData, int orientation){ |
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this(treeData, new Integer(orientation), null); |
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} |
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|
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/** |
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* Constructs a <code>HCLTree</code> for passed result and |
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* with specified orientation. |
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* |
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* @param result the result of a hcl calculation. |
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* @param orientation the tree orientation. |
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*/ |
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public HCLTree(HCLTreeData treeData, Integer orientation, ArrayList dotsp){ |
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setBackground(Color.white); |
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if(dotsp == null) { |
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this.dots = new ArrayList(); |
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} else |
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this.dots = dotsp; |
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|
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this.treeData = treeData; |
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this.orientation = orientation.intValue(); //horizontal or vertical |
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// helpers |
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this.flatTree = flatTreeCheck(treeData.height); |
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this.minHeight = getMinHeight(treeData.node_order, treeData.height); |
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|
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this.maxHeight = getMaxHeight(this.treeData.node_order, treeData.height); |
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|
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this.zero_threshold = minHeight; |
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this.terminalNodes = new boolean[this.treeData.height.length]; //terminalNodes is a boolean array that has |
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//the size of the number of genes |
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this.pHeights = getPixelHeights(treeData.node_order, treeData.height); |
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|
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this.positions = getPositions(treeData.node_order, treeData.child_1_array, treeData.child_2_array); |
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this.selected = new boolean[treeData.node_order.length*2]; |
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this.nodesColors = new Color[treeData.node_order.length*2]; |
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|
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deselect(this.selected); |
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if (treeData.node_order.length >= 1 && !flatTree) { |
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switch (this.orientation) { |
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case HORIZONTAL: |
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this.stepSize = 5; |
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setSizes(this.pHeights[treeData.node_order[treeData.node_order.length-2]] + xOrigin, 0); |
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break; |
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case VERTICAL: |
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this.stepSize = 20; |
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setSizes(0, this.pHeights[treeData.node_order[treeData.node_order.length-2]]); |
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break; |
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} |
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} else { |
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setSizes(0, 0); |
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} |
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|
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initializeParentNodeArray(); |
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|
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addMouseListener(new Listener()); |
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} |
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|
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private HCLTree() { } |
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|
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|
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|
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public static PersistenceDelegate getPersistenceDelegate(){ |
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return new HCLTreePersistenceDelegate(); |
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} |
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|
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|
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/** |
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* Sets specified listener to be notified by tree events. |
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*/ |
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public void setListener(HCLTreeListener treeListener) { |
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this.treeListener = treeListener; |
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} |
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public HCLTreeData getTreeData(){return this.treeData;} |
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public void setTreeData(HCLTreeData htd){ |
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this.treeData = htd; |
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} |
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public void addInfoBox(TEASEInfoBox infoBox) { |
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this.dots.add(infoBox); |
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add(infoBox); |
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} |
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|
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private void initializeParentNodeArray(){ |
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parentNodes = new int[this.treeData.height.length]; |
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for(int i = 0 ; i < this.treeData.node_order.length; i++){ |
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if(this.treeData.node_order[i] != -1) { |
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parentNodes[this.treeData.node_order[i]] = findParent(i); |
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} |
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} |
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} |
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|
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private int findParent(int index){ |
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int node = this.treeData.node_order[index]; |
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26 Feb 07 |
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for(int i = 0; i < this.treeData.child_1_array.length; i++){ |
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if(this.treeData.child_1_array[i] == node) |
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return i; |
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} |
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26 Feb 07 |
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for(int i = 0; i < this.treeData.child_2_array.length; i++){ |
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if(this.treeData.child_2_array[i] == node) |
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return i; |
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} |
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26 Feb 07 |
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return 0; |
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26 Feb 07 |
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} |
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26 Feb 07 |
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|
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26 Feb 07 |
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/** |
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* Sets specified tree attributies. |
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26 Feb 07 |
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*/ |
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26 Feb 07 |
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public void setProperties(float zeroThreshold, int minDistance, int maxDistance) { |
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this.zero_threshold = zeroThreshold; |
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26 Feb 07 |
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this.min_pixels = minDistance; |
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26 Feb 07 |
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this.max_pixels = maxDistance; |
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26 Feb 07 |
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this.pHeights = getPixelHeights(treeData.node_order, treeData.height); |
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26 Feb 07 |
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|
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26 Feb 07 |
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if (treeData.node_order.length > 1) { |
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26 Feb 07 |
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switch (this.orientation) { |
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26 Feb 07 |
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case HORIZONTAL: |
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setSizes(this.pHeights[treeData.node_order[treeData.node_order.length-2]] + xOrigin, getHeight()); |
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for (int i = 0; i < this.dots.size(); i++) { |
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TEASEInfoBox dot = (TEASEInfoBox) this.dots.get(i); |
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26 Feb 07 |
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dot.resetX(this.pHeights[treeData.node_order[treeData.node_order.length-2]] - |
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26 Feb 07 |
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this.pHeights[treeData.node_list[i]] + xOrigin); |
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26 Feb 07 |
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222 |
} |
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26 Feb 07 |
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223 |
break; |
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26 Feb 07 |
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224 |
case VERTICAL: |
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26 Feb 07 |
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225 |
setSizes(getWidth(), this.pHeights[treeData.node_order[treeData.node_order.length-2]]); |
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26 Feb 07 |
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226 |
break; |
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26 Feb 07 |
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} |
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26 Feb 07 |
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228 |
} |
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26 Feb 07 |
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229 |
} |
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26 Feb 07 |
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|
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26 Feb 07 |
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/** |
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26 Feb 07 |
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* Set the tree threshold |
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26 Feb 07 |
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233 |
*/ |
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26 Feb 07 |
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234 |
public void setZeroThreshold(float zeroThreshold){ |
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26 Feb 07 |
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235 |
this.zero_threshold = zeroThreshold; |
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26 Feb 07 |
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236 |
} |
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26 Feb 07 |
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|
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26 Feb 07 |
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238 |
/** |
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26 Feb 07 |
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* Returns the cluster row indices for the current distance threshold |
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26 Feb 07 |
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240 |
*/ |
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26 Feb 07 |
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public int [][] getClusterRowIndices(){ |
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26 Feb 07 |
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|
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26 Feb 07 |
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int k = this.getNumberOfTerminalNodes(); |
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26 Feb 07 |
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int index = 0; |
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26 Feb 07 |
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245 |
int [] endPoints; |
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26 Feb 07 |
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int [] rows; |
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26 Feb 07 |
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|
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26 Feb 07 |
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int testCnt = 0; |
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26 Feb 07 |
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249 |
int [] terminals; |
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26 Feb 07 |
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250 |
for(int i = 0; i < this.terminalNodes.length; i++){ |
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26 Feb 07 |
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251 |
if(this.terminalNodes[i] == true) |
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26 Feb 07 |
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252 |
testCnt++; |
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26 Feb 07 |
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253 |
} |
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26 Feb 07 |
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254 |
terminals = new int[testCnt]; |
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26 Feb 07 |
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255 |
int terminalCnt = 0; |
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26 Feb 07 |
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256 |
|
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26 Feb 07 |
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257 |
for(int i = 0; i < this.terminalNodes.length; i++){ |
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26 Feb 07 |
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258 |
if(this.terminalNodes[i] == true){ |
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26 Feb 07 |
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259 |
terminals[terminalCnt] = i; |
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26 Feb 07 |
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terminalCnt++; |
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26 Feb 07 |
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} |
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26 Feb 07 |
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262 |
} |
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26 Feb 07 |
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263 |
|
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26 Feb 07 |
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int [][] clusters = new int[terminals.length][]; |
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26 Feb 07 |
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|
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26 Feb 07 |
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266 |
for(int i = 0; i < clusters.length; i++){ |
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26 Feb 07 |
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267 |
index = terminals[i]; |
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26 Feb 07 |
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268 |
if(index >= this.treeData.node_order.length){ |
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26 Feb 07 |
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269 |
endPoints = this.getSubTreeEndPointElements(index); |
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26 Feb 07 |
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|
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26 Feb 07 |
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} |
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26 Feb 07 |
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272 |
else{ |
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26 Feb 07 |
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273 |
endPoints = new int[2]; |
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26 Feb 07 |
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274 |
endPoints[1] = (int)this.positions[index]; |
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26 Feb 07 |
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275 |
endPoints[0] = (int)this.positions[index]; |
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26 Feb 07 |
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276 |
} |
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26 Feb 07 |
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|
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26 Feb 07 |
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rows = new int[endPoints[1]-endPoints[0]+1]; |
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26 Feb 07 |
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// rows = new int[endPoints[1]-endPoints[0]+1]; |
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26 Feb 07 |
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280 |
|
2 |
26 Feb 07 |
jari |
281 |
for(int j = 0; j < rows.length; j++){ |
2 |
26 Feb 07 |
jari |
282 |
rows[j] = endPoints[0]+j; |
2 |
26 Feb 07 |
jari |
283 |
} |
2 |
26 Feb 07 |
jari |
284 |
clusters[i] = rows; |
2 |
26 Feb 07 |
jari |
285 |
} |
2 |
26 Feb 07 |
jari |
286 |
return clusters; |
2 |
26 Feb 07 |
jari |
287 |
} |
2 |
26 Feb 07 |
jari |
288 |
|
2 |
26 Feb 07 |
jari |
289 |
/** |
2 |
26 Feb 07 |
jari |
* Sets the tree height based on min and max distances supplied |
2 |
26 Feb 07 |
jari |
291 |
*/ |
2 |
26 Feb 07 |
jari |
292 |
public void setPixelHeightLimits(int minDistance, int maxDistance){ |
2 |
26 Feb 07 |
jari |
293 |
this.min_pixels = minDistance; |
2 |
26 Feb 07 |
jari |
294 |
this.max_pixels = maxDistance; |
2 |
26 Feb 07 |
jari |
295 |
this.pHeights = getPixelHeights(treeData.node_order, treeData.height); |
2 |
26 Feb 07 |
jari |
296 |
if (treeData.node_order.length > 1) { |
2 |
26 Feb 07 |
jari |
297 |
switch (this.orientation) { |
2 |
26 Feb 07 |
jari |
298 |
case HORIZONTAL: |
2 |
26 Feb 07 |
jari |
299 |
setSizes(this.pHeights[treeData.node_order[treeData.node_order.length-2]] + xOrigin, getHeight()); |
2 |
26 Feb 07 |
jari |
300 |
for (int i = 0; i < this.dots.size(); i++) { |
2 |
26 Feb 07 |
jari |
301 |
TEASEInfoBox dot = (TEASEInfoBox) this.dots.get(i); |
2 |
26 Feb 07 |
jari |
302 |
dot.resetX(this.pHeights[treeData.node_order[treeData.node_order.length-2]] - |
2 |
26 Feb 07 |
jari |
303 |
this.pHeights[treeData.node_list[i]] + xOrigin); |
2 |
26 Feb 07 |
jari |
304 |
} |
2 |
26 Feb 07 |
jari |
305 |
break; |
2 |
26 Feb 07 |
jari |
306 |
case VERTICAL: |
2 |
26 Feb 07 |
jari |
307 |
setSizes(getWidth(), this.pHeights[treeData.node_order[treeData.node_order.length-2]]); |
2 |
26 Feb 07 |
jari |
308 |
break; |
2 |
26 Feb 07 |
jari |
309 |
} |
2 |
26 Feb 07 |
jari |
310 |
} |
2 |
26 Feb 07 |
jari |
311 |
} |
2 |
26 Feb 07 |
jari |
312 |
|
2 |
26 Feb 07 |
jari |
313 |
|
2 |
26 Feb 07 |
jari |
314 |
/** |
2 |
26 Feb 07 |
jari |
* Sets horizontal margin (offset for sample tree) |
2 |
26 Feb 07 |
jari |
316 |
*/ |
2 |
26 Feb 07 |
jari |
317 |
public void setHorizontalOffset(int offset){ |
2 |
26 Feb 07 |
jari |
318 |
this.horizontalOffset = offset; |
2 |
26 Feb 07 |
jari |
319 |
} |
2 |
26 Feb 07 |
jari |
320 |
|
2 |
26 Feb 07 |
jari |
321 |
/** |
2 |
26 Feb 07 |
jari |
* finds min dist in tree, initializes zeroThreshold |
2 |
26 Feb 07 |
jari |
323 |
*/ |
2 |
26 Feb 07 |
jari |
324 |
private float findMinDistance(){ |
2 |
26 Feb 07 |
jari |
325 |
float min = Float.POSITIVE_INFINITY; |
2 |
26 Feb 07 |
jari |
326 |
for(int i = 0; i < treeData.height.length;i++){ |
2 |
26 Feb 07 |
jari |
327 |
min = Math.min(min, treeData.height[i]); |
2 |
26 Feb 07 |
jari |
328 |
} |
2 |
26 Feb 07 |
jari |
329 |
return min; |
2 |
26 Feb 07 |
jari |
330 |
} |
2 |
26 Feb 07 |
jari |
331 |
|
2 |
26 Feb 07 |
jari |
332 |
/** |
2 |
26 Feb 07 |
jari |
* Sets node color. |
2 |
26 Feb 07 |
jari |
334 |
*/ |
2 |
26 Feb 07 |
jari |
335 |
public void setNodeColor(int node, Color color) { |
2 |
26 Feb 07 |
jari |
336 |
setSubTreeColor(node, color); |
2 |
26 Feb 07 |
jari |
337 |
repaint(); |
2 |
26 Feb 07 |
jari |
338 |
} |
2 |
26 Feb 07 |
jari |
339 |
|
2 |
26 Feb 07 |
jari |
340 |
private void setSubTreeColor(int node, Color color) { |
2 |
26 Feb 07 |
jari |
341 |
this.nodesColors[node] = color; |
2 |
26 Feb 07 |
jari |
342 |
if (treeData.child_1_array[node] != -1) { |
2 |
26 Feb 07 |
jari |
343 |
setNodeColor(treeData.child_1_array[node], color); |
2 |
26 Feb 07 |
jari |
344 |
} |
2 |
26 Feb 07 |
jari |
345 |
if (treeData.child_2_array[node] != -1) { |
2 |
26 Feb 07 |
jari |
346 |
setNodeColor(treeData.child_2_array[node], color); |
2 |
26 Feb 07 |
jari |
347 |
} |
2 |
26 Feb 07 |
jari |
348 |
} |
2 |
26 Feb 07 |
jari |
349 |
|
2 |
26 Feb 07 |
jari |
350 |
/** |
2 |
26 Feb 07 |
jari |
* Clears all the colored tree nodes. |
2 |
26 Feb 07 |
jari |
352 |
*/ |
2 |
26 Feb 07 |
jari |
353 |
public void resetNodeColors() { |
2 |
26 Feb 07 |
jari |
354 |
for (int i = this.nodesColors.length; --i >= 0;) { |
2 |
26 Feb 07 |
jari |
355 |
this.nodesColors[i] = null; |
2 |
26 Feb 07 |
jari |
356 |
} |
2 |
26 Feb 07 |
jari |
357 |
repaint(); |
2 |
26 Feb 07 |
jari |
358 |
} |
2 |
26 Feb 07 |
jari |
359 |
|
2 |
26 Feb 07 |
jari |
360 |
/** |
2 |
26 Feb 07 |
jari |
* Returns the zero threshold attribute. |
2 |
26 Feb 07 |
jari |
362 |
*/ |
2 |
26 Feb 07 |
jari |
363 |
public float getZeroThreshold() { |
2 |
26 Feb 07 |
jari |
364 |
return zero_threshold; |
2 |
26 Feb 07 |
jari |
365 |
} |
2 |
26 Feb 07 |
jari |
366 |
|
2 |
26 Feb 07 |
jari |
367 |
/** |
2 |
26 Feb 07 |
jari |
* Returns the min distance attribute. |
2 |
26 Feb 07 |
jari |
369 |
*/ |
2 |
26 Feb 07 |
jari |
370 |
public int getMinDistance() { |
2 |
26 Feb 07 |
jari |
371 |
return min_pixels; |
2 |
26 Feb 07 |
jari |
372 |
} |
2 |
26 Feb 07 |
jari |
373 |
|
2 |
26 Feb 07 |
jari |
374 |
/** |
2 |
26 Feb 07 |
jari |
* Returns the max distance attribute. |
2 |
26 Feb 07 |
jari |
376 |
*/ |
2 |
26 Feb 07 |
jari |
377 |
public int getMaxDistance() { |
2 |
26 Feb 07 |
jari |
378 |
return max_pixels; |
2 |
26 Feb 07 |
jari |
379 |
} |
2 |
26 Feb 07 |
jari |
380 |
|
2 |
26 Feb 07 |
jari |
381 |
/** |
2 |
26 Feb 07 |
jari |
* Returns the minimum node distance |
2 |
26 Feb 07 |
jari |
383 |
*/ |
2 |
26 Feb 07 |
jari |
384 |
public float getMinNodeDistance(){ |
2 |
26 Feb 07 |
jari |
385 |
return minHeight; |
2 |
26 Feb 07 |
jari |
386 |
} |
2 |
26 Feb 07 |
jari |
387 |
|
2 |
26 Feb 07 |
jari |
388 |
/** |
2 |
26 Feb 07 |
jari |
* Returns the maximum node distance |
2 |
26 Feb 07 |
jari |
390 |
*/ |
2 |
26 Feb 07 |
jari |
391 |
public float getMaxNodeDistance(){ |
2 |
26 Feb 07 |
jari |
392 |
return maxHeight; |
2 |
26 Feb 07 |
jari |
393 |
} |
2 |
26 Feb 07 |
jari |
394 |
|
2 |
26 Feb 07 |
jari |
395 |
/** |
2 |
26 Feb 07 |
jari |
396 |
* |
2 |
26 Feb 07 |
jari |
397 |
*/ |
2 |
26 Feb 07 |
jari |
398 |
public int getNumberOfTerminalNodes(){ |
2 |
26 Feb 07 |
jari |
399 |
int n = 0; |
2 |
26 Feb 07 |
jari |
400 |
int index = 0; |
2 |
26 Feb 07 |
jari |
401 |
float [] height = this.treeData.height; |
2 |
26 Feb 07 |
jari |
402 |
int [] nodeOrder = this.treeData.node_order; |
2 |
26 Feb 07 |
jari |
403 |
|
2 |
26 Feb 07 |
jari |
404 |
for(int i = 0; i < nodeOrder.length; i++){ |
2 |
26 Feb 07 |
jari |
405 |
index = nodeOrder[i]; |
2 |
26 Feb 07 |
jari |
406 |
if(index == -1 || height[index] < zero_threshold){ |
2 |
26 Feb 07 |
jari |
407 |
continue; |
2 |
26 Feb 07 |
jari |
408 |
} |
2 |
26 Feb 07 |
jari |
409 |
n++; |
2 |
26 Feb 07 |
jari |
410 |
} |
2 |
26 Feb 07 |
jari |
411 |
return n+1; |
2 |
26 Feb 07 |
jari |
412 |
} |
2 |
26 Feb 07 |
jari |
413 |
|
2 |
26 Feb 07 |
jari |
414 |
/** |
2 |
26 Feb 07 |
jari |
* Returns a boolean array indicating which nodes are terminal |
2 |
26 Feb 07 |
jari |
416 |
*/ |
2 |
26 Feb 07 |
jari |
417 |
public boolean [] getTerminalNodes(){ |
2 |
26 Feb 07 |
jari |
418 |
return terminalNodes; |
2 |
26 Feb 07 |
jari |
419 |
} |
2 |
26 Feb 07 |
jari |
420 |
|
2 |
26 Feb 07 |
jari |
421 |
/** |
2 |
26 Feb 07 |
jari |
* Returns min height of the tree nodes. |
2 |
26 Feb 07 |
jari |
423 |
*/ |
2 |
26 Feb 07 |
jari |
424 |
private float getMinHeight(int[] nodeOrder, float[] height) { |
2 |
26 Feb 07 |
jari |
425 |
float min = Float.MAX_VALUE; |
2 |
26 Feb 07 |
jari |
426 |
for (int i=0; i<nodeOrder.length-1; i++) { |
2 |
26 Feb 07 |
jari |
427 |
min = Math.min(min, height[nodeOrder[i]]); |
2 |
26 Feb 07 |
jari |
428 |
} |
2 |
26 Feb 07 |
jari |
429 |
return min; |
2 |
26 Feb 07 |
jari |
430 |
} |
2 |
26 Feb 07 |
jari |
431 |
|
2 |
26 Feb 07 |
jari |
432 |
/** |
2 |
26 Feb 07 |
jari |
* Returns true if tree is flat |
2 |
26 Feb 07 |
jari |
434 |
*/ |
2 |
26 Feb 07 |
jari |
435 |
private boolean flatTreeCheck(float [] height){ |
2 |
26 Feb 07 |
jari |
436 |
if(height.length == 1) |
2 |
26 Feb 07 |
jari |
437 |
return false; |
2 |
26 Feb 07 |
jari |
438 |
|
2 |
26 Feb 07 |
jari |
439 |
for(int i = 0; i < height.length-1; i++){ |
2 |
26 Feb 07 |
jari |
440 |
if(height[i] != height[i+1]) |
2 |
26 Feb 07 |
jari |
441 |
return false; |
2 |
26 Feb 07 |
jari |
442 |
} |
2 |
26 Feb 07 |
jari |
443 |
return true; |
2 |
26 Feb 07 |
jari |
444 |
} |
2 |
26 Feb 07 |
jari |
445 |
|
2 |
26 Feb 07 |
jari |
446 |
/** |
2 |
26 Feb 07 |
jari |
* Returns height of the tree nodes. |
2 |
26 Feb 07 |
jari |
448 |
*/ |
2 |
26 Feb 07 |
jari |
449 |
private float getMaxHeight(int[] nodeOrder, float[] height) { |
2 |
26 Feb 07 |
jari |
450 |
float max = Float.MIN_VALUE; |
2 |
26 Feb 07 |
jari |
451 |
for (int i=0; i<nodeOrder.length-1; i++) { |
2 |
26 Feb 07 |
jari |
452 |
max = Math.max(max, height[nodeOrder[i]]); |
2 |
26 Feb 07 |
jari |
453 |
} |
2 |
26 Feb 07 |
jari |
//System.out.println("min height of the tree nodes"+max); |
2 |
26 Feb 07 |
jari |
455 |
return max; |
2 |
26 Feb 07 |
jari |
456 |
} |
2 |
26 Feb 07 |
jari |
457 |
|
2 |
26 Feb 07 |
jari |
458 |
/** |
2 |
26 Feb 07 |
jari |
* Deselects the tree. |
2 |
26 Feb 07 |
jari |
460 |
*/ |
2 |
26 Feb 07 |
jari |
461 |
private void deselect(boolean[] selected) { |
2 |
26 Feb 07 |
jari |
462 |
for (int i = selected.length; --i >= 0;) { |
2 |
26 Feb 07 |
jari |
463 |
selected[i] = false; |
2 |
26 Feb 07 |
jari |
464 |
} |
2 |
26 Feb 07 |
jari |
465 |
} |
2 |
26 Feb 07 |
jari |
466 |
|
2 |
26 Feb 07 |
jari |
467 |
/** |
2 |
26 Feb 07 |
jari |
* Deselects all nodes |
2 |
26 Feb 07 |
jari |
469 |
*/ |
2 |
26 Feb 07 |
jari |
470 |
public void deselectAllNodes(){ |
2 |
26 Feb 07 |
jari |
471 |
deselect(this.selected); |
2 |
26 Feb 07 |
jari |
472 |
} |
2 |
26 Feb 07 |
jari |
473 |
|
2 |
26 Feb 07 |
jari |
474 |
|
2 |
26 Feb 07 |
jari |
475 |
/** |
2 |
26 Feb 07 |
jari |
* Fills in an array by -1 values. |
2 |
26 Feb 07 |
jari |
477 |
*/ |
2 |
26 Feb 07 |
jari |
478 |
private void clear(int[] array) { |
2 |
26 Feb 07 |
jari |
479 |
for (int i = array.length; --i >= 0;) { |
2 |
26 Feb 07 |
jari |
480 |
array[i] = -1; |
2 |
26 Feb 07 |
jari |
481 |
} |
2 |
26 Feb 07 |
jari |
482 |
} |
2 |
26 Feb 07 |
jari |
483 |
|
2 |
26 Feb 07 |
jari |
484 |
/** |
2 |
26 Feb 07 |
jari |
* Calculates the current scale. |
2 |
26 Feb 07 |
jari |
486 |
*/ |
2 |
26 Feb 07 |
jari |
487 |
private float getScale() { |
2 |
26 Feb 07 |
jari |
// return this.min_pixels/Math.max(this.minHeight, this.zero_threshold); |
2 |
26 Feb 07 |
jari |
//return 1.0f; |
2 |
26 Feb 07 |
jari |
490 |
return this.max_pixels/this.maxHeight; |
2 |
26 Feb 07 |
jari |
491 |
} |
2 |
26 Feb 07 |
jari |
492 |
|
2 |
26 Feb 07 |
jari |
493 |
/** |
2 |
26 Feb 07 |
jari |
* Calculates tree node y positions. |
2 |
26 Feb 07 |
jari |
495 |
*/ |
2 |
26 Feb 07 |
jari |
496 |
private float[] getPositions(int[] nodeOrder, int[] child1, int[] child2) { |
2 |
26 Feb 07 |
jari |
497 |
float[] positions = new float[child1.length]; |
2 |
26 Feb 07 |
jari |
498 |
Arrays.fill(positions, -1); |
2 |
26 Feb 07 |
jari |
499 |
if (nodeOrder.length < 2) { |
2 |
26 Feb 07 |
jari |
500 |
return positions; |
2 |
26 Feb 07 |
jari |
501 |
} |
2 |
26 Feb 07 |
jari |
502 |
fillPositions(positions, child1, child2, 0, child1.length-2); |
2 |
26 Feb 07 |
jari |
503 |
int node; |
2 |
26 Feb 07 |
jari |
504 |
for (int i=0; i<nodeOrder.length-1; i++) { |
2 |
26 Feb 07 |
jari |
505 |
node = nodeOrder[i]; |
2 |
26 Feb 07 |
jari |
506 |
positions[node] = (positions[child1[node]] + positions[child2[node]])/2f; |
2 |
26 Feb 07 |
jari |
507 |
} |
2 |
26 Feb 07 |
jari |
// System.out.println("HCLTree 511, positions[]"); |
2 |
26 Feb 07 |
jari |
// for(int i = 0 ; i < positions.length;i++) { |
2 |
26 Feb 07 |
jari |
// System.out.print(positions[i]+" "); |
2 |
26 Feb 07 |
jari |
511 |
// } |
2 |
26 Feb 07 |
jari |
512 |
return positions; |
2 |
26 Feb 07 |
jari |
513 |
} |
2 |
26 Feb 07 |
jari |
514 |
|
2 |
26 Feb 07 |
jari |
515 |
private int fillPositions(float[] positions, int[] child1, int[] child2, int pos, int index) { |
2 |
26 Feb 07 |
jari |
516 |
if (child1[index] != -1) { |
2 |
26 Feb 07 |
jari |
517 |
pos = fillPositions(positions, child1, child2, pos, child1[index]); |
2 |
26 Feb 07 |
jari |
518 |
} |
2 |
26 Feb 07 |
jari |
519 |
if (child2[index] != -1) { |
2 |
26 Feb 07 |
jari |
520 |
pos = fillPositions(positions, child1, child2, pos, child2[index]); |
2 |
26 Feb 07 |
jari |
521 |
} else { |
2 |
26 Feb 07 |
jari |
522 |
positions[index] = pos; |
2 |
26 Feb 07 |
jari |
523 |
pos++; |
2 |
26 Feb 07 |
jari |
524 |
} |
2 |
26 Feb 07 |
jari |
525 |
return pos; |
2 |
26 Feb 07 |
jari |
526 |
} |
2 |
26 Feb 07 |
jari |
527 |
|
2 |
26 Feb 07 |
jari |
528 |
/** |
2 |
26 Feb 07 |
jari |
* Returns heights shifted by min distance, corrects for distance polarity change |
2 |
26 Feb 07 |
jari |
530 |
*/ |
2 |
26 Feb 07 |
jari |
531 |
private float[] shiftHeights(float [] height, float minH){ |
2 |
26 Feb 07 |
jari |
532 |
for(int i = 0; i < height.length; i++) |
2 |
26 Feb 07 |
jari |
533 |
height[i] = height[i] - minH; |
2 |
26 Feb 07 |
jari |
534 |
return height; |
2 |
26 Feb 07 |
jari |
535 |
} |
2 |
26 Feb 07 |
jari |
536 |
|
2 |
26 Feb 07 |
jari |
537 |
|
2 |
26 Feb 07 |
jari |
538 |
/** |
2 |
26 Feb 07 |
jari |
* Returns nodes heights in pixels. |
2 |
26 Feb 07 |
jari |
540 |
*/ |
2 |
26 Feb 07 |
jari |
541 |
private int[] getPixelHeights(int[] nodeOrder, float[] height) { |
2 |
26 Feb 07 |
jari |
542 |
float scale = getScale(); |
2 |
26 Feb 07 |
jari |
543 |
int[] pHeights = new int[nodeOrder.length*2]; |
2 |
26 Feb 07 |
jari |
544 |
int node; |
2 |
26 Feb 07 |
jari |
545 |
int child_1, child_2; |
2 |
26 Feb 07 |
jari |
546 |
for (int i=0; i<nodeOrder.length-1; i++) { |
2 |
26 Feb 07 |
jari |
547 |
node = nodeOrder[i]; |
2 |
26 Feb 07 |
jari |
548 |
child_1 = treeData.child_1_array[node]; |
2 |
26 Feb 07 |
jari |
549 |
child_2 = treeData.child_2_array[node]; |
2 |
26 Feb 07 |
jari |
550 |
|
2 |
26 Feb 07 |
jari |
551 |
pHeights[node] = Math.max(pHeights[child_1], pHeights[child_2]) + |
2 |
26 Feb 07 |
jari |
552 |
Math.max(Math.min((int)Math.round(height[node]*scale), max_pixels), min_pixels); |
2 |
26 Feb 07 |
jari |
553 |
} |
2 |
26 Feb 07 |
jari |
// System.out.println("HCLTree 553"); |
2 |
26 Feb 07 |
jari |
// for (int i = 0 ; i < pHeights.length; i++) |
2 |
26 Feb 07 |
jari |
// System.out.print(pHeights[i]+ " "); |
2 |
26 Feb 07 |
jari |
557 |
return pHeights; |
2 |
26 Feb 07 |
jari |
558 |
} |
2 |
26 Feb 07 |
jari |
559 |
|
2 |
26 Feb 07 |
jari |
560 |
/** |
2 |
26 Feb 07 |
jari |
* Paints the tree into specified graphics. |
2 |
26 Feb 07 |
jari |
562 |
*/ |
2 |
26 Feb 07 |
jari |
563 |
public void paint(Graphics g) { |
2 |
26 Feb 07 |
jari |
564 |
|
2 |
26 Feb 07 |
jari |
565 |
super.paint(g); |
2 |
26 Feb 07 |
jari |
566 |
if (this.treeData.node_order.length == 1){ |
2 |
26 Feb 07 |
jari |
567 |
g.setColor(Color.black); |
2 |
26 Feb 07 |
jari |
568 |
g.drawLine(0,0,10,0); |
2 |
26 Feb 07 |
jari |
569 |
} |
2 |
26 Feb 07 |
jari |
570 |
|
2 |
26 Feb 07 |
jari |
571 |
for(int i = 0 ; i < this.terminalNodes.length; i++){ |
2 |
26 Feb 07 |
jari |
572 |
terminalNodes[i] = false; |
2 |
26 Feb 07 |
jari |
573 |
} |
2 |
26 Feb 07 |
jari |
574 |
|
2 |
26 Feb 07 |
jari |
575 |
if (this.treeData.node_order.length < 2) { |
2 |
26 Feb 07 |
jari |
576 |
return; |
2 |
26 Feb 07 |
jari |
577 |
} |
2 |
26 Feb 07 |
jari |
578 |
int sign = 1; |
2 |
26 Feb 07 |
jari |
579 |
if (this.orientation == VERTICAL) { |
2 |
26 Feb 07 |
jari |
580 |
((Graphics2D)g).rotate(-Math.PI/2.0); |
2 |
26 Feb 07 |
jari |
581 |
sign = -1; |
2 |
26 Feb 07 |
jari |
582 |
} |
2 |
26 Feb 07 |
jari |
583 |
int max_node_height = this.pHeights[this.treeData.node_order[this.treeData.node_order.length-2]]; |
2 |
26 Feb 07 |
jari |
584 |
|
2 |
26 Feb 07 |
jari |
585 |
int node; |
2 |
26 Feb 07 |
jari |
586 |
int child_1, child_2; |
2 |
26 Feb 07 |
jari |
587 |
int child_1_x1, child_1_x2, child_1_y; |
2 |
26 Feb 07 |
jari |
588 |
int child_2_x1, child_2_x2, child_2_y; |
2 |
26 Feb 07 |
jari |
589 |
for (int i=0; i<this.treeData.node_order.length-1; i++) { |
2 |
26 Feb 07 |
jari |
590 |
node = this.treeData.node_order[i]; |
2 |
26 Feb 07 |
jari |
591 |
child_1 = this.treeData.child_1_array[node]; |
2 |
26 Feb 07 |
jari |
592 |
child_2 = this.treeData.child_2_array[node]; |
2 |
26 Feb 07 |
jari |
593 |
child_1_x1 = (max_node_height-this.pHeights[node])*sign; |
2 |
26 Feb 07 |
jari |
594 |
child_1_x2 = (max_node_height-this.pHeights[child_1])*sign; |
2 |
26 Feb 07 |
jari |
595 |
child_1_y = (int)(this.positions[child_1]*this.stepSize)+this.stepSize/2; |
2 |
26 Feb 07 |
jari |
596 |
child_2_x1 = (max_node_height-this.pHeights[node])*sign; |
2 |
26 Feb 07 |
jari |
597 |
child_2_x2 = (max_node_height-this.pHeights[child_2])*sign; |
2 |
26 Feb 07 |
jari |
598 |
child_2_y = (int)(this.positions[child_2]*this.stepSize)+this.stepSize/2; |
2 |
26 Feb 07 |
jari |
599 |
|
2 |
26 Feb 07 |
jari |
600 |
|
2 |
26 Feb 07 |
jari |
601 |
|
2 |
26 Feb 07 |
jari |
602 |
if (this.nodesColors[node] == null){ |
2 |
26 Feb 07 |
jari |
603 |
if(this.treeData.height[node] >= zero_threshold) { |
2 |
26 Feb 07 |
jari |
604 |
g.setColor(lineColor); |
2 |
26 Feb 07 |
jari |
605 |
this.terminalNodes[node] = false; |
2 |
26 Feb 07 |
jari |
606 |
if(this.pHeights[child_1] == 0) |
2 |
26 Feb 07 |
jari |
607 |
this.terminalNodes[child_1] = true; |
2 |
26 Feb 07 |
jari |
608 |
if(this.pHeights[child_2] == 0) |
2 |
26 Feb 07 |
jari |
609 |
this.terminalNodes[child_2] = true; |
2 |
26 Feb 07 |
jari |
610 |
} else{ |
2 |
26 Feb 07 |
jari |
611 |
g.setColor(belowThrColor); |
2 |
26 Feb 07 |
jari |
612 |
this.terminalNodes[node] = false; |
2 |
26 Feb 07 |
jari |
613 |
|
2 |
26 Feb 07 |
jari |
614 |
if(this.treeData.height[parentNodes[node]] >= zero_threshold){ |
2 |
26 Feb 07 |
jari |
615 |
drawWedge(g, node, child_1_x1+xOrigin, child_2_x1+xOrigin, child_1_y, child_2_y); |
2 |
26 Feb 07 |
jari |
616 |
this.terminalNodes[node] = true; |
2 |
26 Feb 07 |
jari |
617 |
this.terminalNodes[child_1] = false; |
2 |
26 Feb 07 |
jari |
618 |
this.terminalNodes[child_2] = false; |
2 |
26 Feb 07 |
jari |
619 |
} |
2 |
26 Feb 07 |
jari |
620 |
} |
2 |
26 Feb 07 |
jari |
621 |
} else { |
2 |
26 Feb 07 |
jari |
622 |
g.setColor(this.nodesColors[node]); |
2 |
26 Feb 07 |
jari |
623 |
if(this.treeData.height[node] >= zero_threshold) { |
2 |
26 Feb 07 |
jari |
// g.setColor(lineColor); |
2 |
26 Feb 07 |
jari |
625 |
this.terminalNodes[node] = false; |
2 |
26 Feb 07 |
jari |
626 |
if(this.pHeights[child_1] == 0) |
2 |
26 Feb 07 |
jari |
627 |
this.terminalNodes[child_1] = true; |
2 |
26 Feb 07 |
jari |
628 |
if(this.pHeights[child_2] == 0) |
2 |
26 Feb 07 |
jari |
629 |
this.terminalNodes[child_2] = true; |
2 |
26 Feb 07 |
jari |
630 |
} else{ |
2 |
26 Feb 07 |
jari |
// g.setColor(belowThrColor); |
2 |
26 Feb 07 |
jari |
632 |
this.terminalNodes[node] = false; |
2 |
26 Feb 07 |
jari |
633 |
|
2 |
26 Feb 07 |
jari |
634 |
if(this.treeData.height[parentNodes[node]] > zero_threshold){ |
2 |
26 Feb 07 |
jari |
635 |
drawWedge(g, node, child_1_x1+xOrigin, child_2_x1+xOrigin, child_1_y, child_2_y); |
2 |
26 Feb 07 |
jari |
636 |
this.terminalNodes[node] = true; |
2 |
26 Feb 07 |
jari |
637 |
this.terminalNodes[child_1] = false; |
2 |
26 Feb 07 |
jari |
638 |
this.terminalNodes[child_2] = false; |
2 |
26 Feb 07 |
jari |
639 |
} |
2 |
26 Feb 07 |
jari |
640 |
} |
2 |
26 Feb 07 |
jari |
641 |
|
2 |
26 Feb 07 |
jari |
642 |
} |
2 |
26 Feb 07 |
jari |
643 |
|
2 |
26 Feb 07 |
jari |
644 |
if (this.selected[node]) |
2 |
26 Feb 07 |
jari |
645 |
g.setColor(selectedLineColor); |
2 |
26 Feb 07 |
jari |
646 |
|
2 |
26 Feb 07 |
jari |
647 |
/* |
2 |
26 Feb 07 |
jari |
if (this.selected[node]) { |
2 |
26 Feb 07 |
jari |
g.setColor(selectedLineColor); |
2 |
26 Feb 07 |
jari |
} else { |
2 |
26 Feb 07 |
jari |
651 |
|
2 |
26 Feb 07 |
jari |
if (this.nodesColors[node] == null){ |
2 |
26 Feb 07 |
jari |
if(this.treeData.height[node] >= zero_threshold) { |
2 |
26 Feb 07 |
jari |
g.setColor(lineColor); |
2 |
26 Feb 07 |
jari |
this.terminalNodes[node] = false; |
2 |
26 Feb 07 |
jari |
if(this.pHeights[child_1] == 0) |
2 |
26 Feb 07 |
jari |
this.terminalNodes[child_1] = true; |
2 |
26 Feb 07 |
jari |
if(this.pHeights[child_2] == 0) |
2 |
26 Feb 07 |
jari |
this.terminalNodes[child_2] = true; |
2 |
26 Feb 07 |
jari |
} else{ |
2 |
26 Feb 07 |
jari |
g.setColor(belowThrColor); |
2 |
26 Feb 07 |
jari |
this.terminalNodes[node] = false; |
2 |
26 Feb 07 |
jari |
663 |
|
2 |
26 Feb 07 |
jari |
if(this.treeData.height[parentNodes[node]] >= zero_threshold){ |
2 |
26 Feb 07 |
jari |
drawWedge(g, node, child_1_x1+xOrigin, child_2_x1+xOrigin, child_1_y, child_2_y); |
2 |
26 Feb 07 |
jari |
this.terminalNodes[node] = true; |
2 |
26 Feb 07 |
jari |
this.terminalNodes[child_1] = false; |
2 |
26 Feb 07 |
jari |
this.terminalNodes[child_2] = false; |
2 |
26 Feb 07 |
jari |
669 |
} |
2 |
26 Feb 07 |
jari |
670 |
} |
2 |
26 Feb 07 |
jari |
} else { |
2 |
26 Feb 07 |
jari |
g.setColor(this.nodesColors[node]); |
2 |
26 Feb 07 |
jari |
673 |
} |
2 |
26 Feb 07 |
jari |
674 |
} |
2 |
26 Feb 07 |
jari |
675 |
|
2 |
26 Feb 07 |
jari |
676 |
*/ |
2 |
26 Feb 07 |
jari |
677 |
|
2 |
26 Feb 07 |
jari |
678 |
if(this.orientation == HORIZONTAL){ |
2 |
26 Feb 07 |
jari |
679 |
g.drawLine(child_1_x1 + xOrigin, child_1_y, child_1_x2 + xOrigin, child_1_y); |
2 |
26 Feb 07 |
jari |
680 |
g.drawLine(child_2_x1 + xOrigin, child_2_y, child_2_x2 + xOrigin, child_2_y); |
2 |
26 Feb 07 |
jari |
681 |
g.drawLine(child_1_x1 + xOrigin, child_1_y, child_2_x1 + xOrigin, child_2_y); |
2 |
26 Feb 07 |
jari |
682 |
} |
2 |
26 Feb 07 |
jari |
683 |
else{ |
2 |
26 Feb 07 |
jari |
684 |
g.drawLine(child_1_x1, child_1_y + horizontalOffset, child_1_x2, child_1_y+ horizontalOffset); |
2 |
26 Feb 07 |
jari |
685 |
g.drawLine(child_2_x1, child_2_y + horizontalOffset, child_2_x2, child_2_y+ horizontalOffset); |
2 |
26 Feb 07 |
jari |
686 |
g.drawLine(child_1_x1, child_1_y + horizontalOffset, child_2_x1, child_2_y+ horizontalOffset); |
2 |
26 Feb 07 |
jari |
687 |
} |
2 |
26 Feb 07 |
jari |
688 |
} |
2 |
26 Feb 07 |
jari |
689 |
for (int i = 0; i < this.dots.size(); i ++) { |
2 |
26 Feb 07 |
jari |
690 |
TEASEInfoBox dot = (TEASEInfoBox)this.dots.get(i); |
2 |
26 Feb 07 |
jari |
691 |
dot.render(g); |
2 |
26 Feb 07 |
jari |
692 |
} |
2 |
26 Feb 07 |
jari |
693 |
} |
2 |
26 Feb 07 |
jari |
694 |
|
2 |
26 Feb 07 |
jari |
695 |
public void drawWedge(Graphics g, int node, int x1, int x2, int y1, int y2){ |
2 |
26 Feb 07 |
jari |
696 |
int [] xs = new int[3]; |
2 |
26 Feb 07 |
jari |
697 |
int [] ys = new int[3]; |
2 |
26 Feb 07 |
jari |
698 |
|
2 |
26 Feb 07 |
jari |
699 |
|
2 |
26 Feb 07 |
jari |
700 |
int k = node; |
2 |
26 Feb 07 |
jari |
701 |
int k1 = node; |
2 |
26 Feb 07 |
jari |
702 |
while(this.treeData.child_1_array[k] != -1){ |
2 |
26 Feb 07 |
jari |
703 |
k = this.treeData.child_1_array[k]; |
2 |
26 Feb 07 |
jari |
704 |
} |
2 |
26 Feb 07 |
jari |
705 |
while(this.treeData.child_2_array[k1] != -1){ |
2 |
26 Feb 07 |
jari |
706 |
k1 = this.treeData.child_2_array[k1];; |
2 |
26 Feb 07 |
jari |
707 |
} |
2 |
26 Feb 07 |
jari |
708 |
|
2 |
26 Feb 07 |
jari |
709 |
if(this.orientation == HORIZONTAL){ |
2 |
26 Feb 07 |
jari |
710 |
ys[0] = (y2-y1)/2 + y1; |
2 |
26 Feb 07 |
jari |
711 |
ys[1] = (int)(this.positions[k]*this.stepSize)+this.stepSize/2; |
2 |
26 Feb 07 |
jari |
712 |
ys[2] = (int)(this.positions[k1]*this.stepSize)+this.stepSize/2; |
2 |
26 Feb 07 |
jari |
713 |
xs[0] = x1; |
2 |
26 Feb 07 |
jari |
714 |
xs[1] = this.pHeights[treeData.node_order[treeData.node_order.length-2]] + xOrigin; |
2 |
26 Feb 07 |
jari |
715 |
xs[2] = this.pHeights[treeData.node_order[treeData.node_order.length-2]] + xOrigin; |
2 |
26 Feb 07 |
jari |
716 |
} else { |
2 |
26 Feb 07 |
jari |
717 |
ys[0] = (y2-y1)/2 + y1 + horizontalOffset; |
2 |
26 Feb 07 |
jari |
718 |
ys[1] = (int)(this.positions[k]*this.stepSize)+this.stepSize/2 + horizontalOffset; |
2 |
26 Feb 07 |
jari |
719 |
ys[2] = (int)(this.positions[k1]*this.stepSize)+this.stepSize/2 + horizontalOffset; |
2 |
26 Feb 07 |
jari |
720 |
xs[0] = x1 - xOrigin; |
2 |
26 Feb 07 |
jari |
721 |
xs[1] = -1*this.pHeights[treeData.node_order[treeData.node_order.length-2]]; |
2 |
26 Feb 07 |
jari |
722 |
xs[2] = -1*this.pHeights[treeData.node_order[treeData.node_order.length-2]]; |
2 |
26 Feb 07 |
jari |
723 |
} |
2 |
26 Feb 07 |
jari |
724 |
|
2 |
26 Feb 07 |
jari |
725 |
Color color = g.getColor(); |
2 |
26 Feb 07 |
jari |
726 |
Graphics2D g2 = (Graphics2D)g; |
2 |
26 Feb 07 |
jari |
727 |
Composite composite = g2.getComposite(); |
2 |
26 Feb 07 |
jari |
728 |
|
2 |
26 Feb 07 |
jari |
729 |
g2.setComposite(AlphaComposite.getInstance(AlphaComposite.SRC_OVER, 0.3f)); |
2 |
26 Feb 07 |
jari |
730 |
g.setColor(Color.blue); |
2 |
26 Feb 07 |
jari |
731 |
g.fillPolygon( new Polygon(xs,ys,3)); |
2 |
26 Feb 07 |
jari |
732 |
g.setColor(color); |
2 |
26 Feb 07 |
jari |
733 |
g2.setComposite(composite); |
2 |
26 Feb 07 |
jari |
734 |
} |
2 |
26 Feb 07 |
jari |
735 |
|
2 |
26 Feb 07 |
jari |
736 |
|
2 |
26 Feb 07 |
jari |
//THE FOLLOWING METHOD IS USED TO OVERRRIDE THE PAINT METHOD IN SUBCLASSES SUCH AS HCLSUPPORTTREE |
2 |
26 Feb 07 |
jari |
738 |
|
2 |
26 Feb 07 |
jari |
739 |
public void paintSubTree(Graphics g) { |
2 |
26 Feb 07 |
jari |
740 |
super.paint(g); |
2 |
26 Feb 07 |
jari |
741 |
} |
2 |
26 Feb 07 |
jari |
742 |
|
2 |
26 Feb 07 |
jari |
743 |
/** |
2 |
26 Feb 07 |
jari |
* Updates the tree size, if element size was changed. |
2 |
26 Feb 07 |
jari |
745 |
*/ |
2 |
26 Feb 07 |
jari |
746 |
public void onSelected(IFramework framework) { |
2 |
26 Feb 07 |
jari |
747 |
this.framework = framework; |
2 |
26 Feb 07 |
jari |
748 |
this.data = framework.getData(); |
2 |
26 Feb 07 |
jari |
749 |
updateSize(framework.getDisplayMenu().getElementSize()); |
2 |
26 Feb 07 |
jari |
750 |
|
2 |
26 Feb 07 |
jari |
// for (int i = 0; i < this.dots.size(); i++) |
2 |
26 Feb 07 |
jari |
// ((TEASEInfoBox)this.dots.get(i)).updateSize(framework.getDisplayMenu().getElementSize()); |
2 |
26 Feb 07 |
jari |
753 |
} |
2 |
26 Feb 07 |
jari |
754 |
|
2 |
26 Feb 07 |
jari |
755 |
/** |
2 |
26 Feb 07 |
jari |
* Updates the tree size, if element size was changed. |
2 |
26 Feb 07 |
jari |
757 |
*/ |
2 |
26 Feb 07 |
jari |
758 |
public void onMenuChanged(IDisplayMenu menu) { |
2 |
26 Feb 07 |
jari |
759 |
updateSize(menu.getElementSize()); |
2 |
26 Feb 07 |
jari |
760 |
} |
2 |
26 Feb 07 |
jari |
761 |
|
2 |
26 Feb 07 |
jari |
762 |
/** |
2 |
26 Feb 07 |
jari |
* Updates the tree size with specified element size. |
2 |
26 Feb 07 |
jari |
764 |
*/ |
2 |
26 Feb 07 |
jari |
765 |
protected void updateSize(Dimension elementSize) { |
2 |
26 Feb 07 |
jari |
766 |
switch (this.orientation) { |
2 |
26 Feb 07 |
jari |
767 |
case HORIZONTAL: |
2 |
26 Feb 07 |
jari |
768 |
if (flatTree || this.stepSize == elementSize.height) { |
2 |
26 Feb 07 |
jari |
769 |
return; |
2 |
26 Feb 07 |
jari |
770 |
} |
2 |
26 Feb 07 |
jari |
771 |
this.stepSize = elementSize.height; |
2 |
26 Feb 07 |
jari |
772 |
setSizes(getPreferredSize().width, this.stepSize*this.treeData.node_order.length); |
2 |
26 Feb 07 |
jari |
773 |
break; |
2 |
26 Feb 07 |
jari |
774 |
case VERTICAL: |
2 |
26 Feb 07 |
jari |
775 |
if (flatTree || this.stepSize == elementSize.width) { |
2 |
26 Feb 07 |
jari |
776 |
return; |
2 |
26 Feb 07 |
jari |
777 |
} |
2 |
26 Feb 07 |
jari |
778 |
this.stepSize = elementSize.width; |
2 |
26 Feb 07 |
jari |
779 |
setSizes(this.stepSize*this.treeData.node_order.length, getPreferredSize().height); |
2 |
26 Feb 07 |
jari |
780 |
break; |
2 |
26 Feb 07 |
jari |
781 |
} |
2 |
26 Feb 07 |
jari |
782 |
} |
2 |
26 Feb 07 |
jari |
783 |
|
2 |
26 Feb 07 |
jari |
784 |
/** |
2 |
26 Feb 07 |
jari |
* Sets the tree sizes. |
2 |
26 Feb 07 |
jari |
786 |
*/ |
2 |
26 Feb 07 |
jari |
787 |
public void setSizes(int width, int height) { |
2 |
26 Feb 07 |
jari |
788 |
if(orientation == HORIZONTAL){ |
2 |
26 Feb 07 |
jari |
789 |
setSize(width, height); |
2 |
26 Feb 07 |
jari |
790 |
setPreferredSize(new Dimension(width, height)); |
2 |
26 Feb 07 |
jari |
791 |
} |
2 |
26 Feb 07 |
jari |
792 |
else{ |
2 |
26 Feb 07 |
jari |
793 |
setSize(this.stepSize*this.treeData.node_order.length, height); |
2 |
26 Feb 07 |
jari |
794 |
setPreferredSize(new Dimension(this.stepSize*this.treeData.node_order.length, height)); |
2 |
26 Feb 07 |
jari |
795 |
} |
2 |
26 Feb 07 |
jari |
796 |
} |
2 |
26 Feb 07 |
jari |
797 |
|
2 |
26 Feb 07 |
jari |
798 |
/** |
2 |
26 Feb 07 |
jari |
* Returns the endpoint row indices for the subtree below a node |
2 |
26 Feb 07 |
jari |
800 |
*/ |
2 |
26 Feb 07 |
jari |
801 |
private int [] getSubTreeEndPointElements(int node){ |
2 |
26 Feb 07 |
jari |
802 |
int [] endPoints = new int[2]; |
2 |
26 Feb 07 |
jari |
803 |
endPoints[0] = (int)positions[node]; |
2 |
26 Feb 07 |
jari |
804 |
endPoints[1] = (int)positions[node]; |
2 |
26 Feb 07 |
jari |
805 |
int ptr = node; |
2 |
26 Feb 07 |
jari |
806 |
|
2 |
26 Feb 07 |
jari |
807 |
while(this.treeData.child_1_array[ptr] != -1) |
2 |
26 Feb 07 |
jari |
808 |
ptr = this.treeData.child_1_array[ptr]; |
2 |
26 Feb 07 |
jari |
809 |
|
2 |
26 Feb 07 |
jari |
810 |
endPoints[0] = (int)positions[ptr]; |
2 |
26 Feb 07 |
jari |
811 |
|
2 |
26 Feb 07 |
jari |
812 |
ptr = node; |
2 |
26 Feb 07 |
jari |
813 |
while(this.treeData.child_2_array[ptr] != -1) |
2 |
26 Feb 07 |
jari |
814 |
ptr = this.treeData.child_2_array[ptr]; |
2 |
26 Feb 07 |
jari |
815 |
endPoints[1] = (int)positions[ptr]; |
2 |
26 Feb 07 |
jari |
816 |
|
2 |
26 Feb 07 |
jari |
817 |
return endPoints; |
2 |
26 Feb 07 |
jari |
818 |
} |
2 |
26 Feb 07 |
jari |
819 |
|
2 |
26 Feb 07 |
jari |
820 |
|
2 |
26 Feb 07 |
jari |
821 |
/** |
2 |
26 Feb 07 |
jari |
* Selects node by specified x and y coordinaties. |
2 |
26 Feb 07 |
jari |
823 |
*/ |
2 |
26 Feb 07 |
jari |
824 |
private void selectNode(int x, int y) { |
2 |
26 Feb 07 |
jari |
825 |
deselect(this.selected); |
2 |
26 Feb 07 |
jari |
826 |
HCLCluster cluster = new HCLCluster(findNode(x, y), Integer.MAX_VALUE, Integer.MIN_VALUE); |
2 |
26 Feb 07 |
jari |
827 |
selectNode(cluster, cluster.root); |
2 |
26 Feb 07 |
jari |
828 |
fireEvent(cluster); |
2 |
26 Feb 07 |
jari |
829 |
repaint(); |
2 |
26 Feb 07 |
jari |
830 |
} |
2 |
26 Feb 07 |
jari |
831 |
|
2 |
26 Feb 07 |
jari |
832 |
/** |
2 |
26 Feb 07 |
jari |
* Selects tree for specified root node. |
2 |
26 Feb 07 |
jari |
834 |
*/ |
2 |
26 Feb 07 |
jari |
835 |
private void selectNode(HCLCluster cluster, int node) { |
2 |
26 Feb 07 |
jari |
836 |
if (node == -1) { |
2 |
26 Feb 07 |
jari |
837 |
cluster.firstElem = -1; |
2 |
26 Feb 07 |
jari |
838 |
cluster.lastElem = -1; |
2 |
26 Feb 07 |
jari |
839 |
return; |
2 |
26 Feb 07 |
jari |
840 |
} |
2 |
26 Feb 07 |
jari |
841 |
this.selected[node] = true; |
2 |
26 Feb 07 |
jari |
842 |
if (this.treeData.child_1_array[node] != -1) { |
2 |
26 Feb 07 |
jari |
843 |
selectNode(cluster, this.treeData.child_1_array[node]); |
2 |
26 Feb 07 |
jari |
844 |
} else { |
2 |
26 Feb 07 |
jari |
845 |
if (this.positions[node] < cluster.firstElem) { |
2 |
26 Feb 07 |
jari |
846 |
cluster.firstElem = (int)this.positions[node]; |
2 |
26 Feb 07 |
jari |
847 |
} |
2 |
26 Feb 07 |
jari |
848 |
if (this.positions[node] > cluster.lastElem) { |
2 |
26 Feb 07 |
jari |
849 |
cluster.lastElem = (int)this.positions[node]; |
2 |
26 Feb 07 |
jari |
850 |
} |
2 |
26 Feb 07 |
jari |
851 |
cluster.setFinalSize(); |
2 |
26 Feb 07 |
jari |
852 |
} |
2 |
26 Feb 07 |
jari |
853 |
if (this.treeData.child_2_array[node] != -1) { |
2 |
26 Feb 07 |
jari |
854 |
selectNode(cluster, this.treeData.child_2_array[node]); |
2 |
26 Feb 07 |
jari |
855 |
} |
2 |
26 Feb 07 |
jari |
856 |
} |
2 |
26 Feb 07 |
jari |
857 |
|
2 |
26 Feb 07 |
jari |
858 |
/** |
2 |
26 Feb 07 |
jari |
* Returns index of a node by specified x and y coordinaties. |
2 |
26 Feb 07 |
jari |
860 |
*/ |
2 |
26 Feb 07 |
jari |
861 |
private int findNode(int x, int y) { |
2 |
26 Feb 07 |
jari |
862 |
if(this.orientation == HORIZONTAL) |
2 |
26 Feb 07 |
jari |
863 |
x -= xOrigin; //add origin offset |
2 |
26 Feb 07 |
jari |
864 |
int max_node_height = this.pHeights[this.treeData.node_order[this.treeData.node_order.length-2]]; |
2 |
26 Feb 07 |
jari |
865 |
int node; |
2 |
26 Feb 07 |
jari |
866 |
int child_1, child_2; |
2 |
26 Feb 07 |
jari |
867 |
int child_1_x1, child_1_x2, child_1_y; |
2 |
26 Feb 07 |
jari |
868 |
int child_2_x1, child_2_x2, child_2_y; |
2 |
26 Feb 07 |
jari |
869 |
for (int i=0; i<this.treeData.node_order.length-1; i++) { |
2 |
26 Feb 07 |
jari |
870 |
node = this.treeData.node_order[i]; |
2 |
26 Feb 07 |
jari |
871 |
child_1 = this.treeData.child_1_array[node]; |
2 |
26 Feb 07 |
jari |
872 |
child_2 = this.treeData.child_2_array[node]; |
2 |
26 Feb 07 |
jari |
873 |
child_1_x1 = (max_node_height-this.pHeights[node]); |
2 |
26 Feb 07 |
jari |
874 |
child_1_y = (int)(this.positions[child_1]*this.stepSize)+this.stepSize/2 + horizontalOffset; |
2 |
26 Feb 07 |
jari |
875 |
child_2_x1 = (max_node_height-this.pHeights[node]); |
2 |
26 Feb 07 |
jari |
876 |
child_2_y = (int)(this.positions[child_2]*this.stepSize)+this.stepSize/2 + horizontalOffset; |
2 |
26 Feb 07 |
jari |
877 |
switch (this.orientation) { |
2 |
26 Feb 07 |
jari |
878 |
case HORIZONTAL: |
2 |
26 Feb 07 |
jari |
879 |
if (child_1_y < y && child_2_y > y && x > child_1_x1) { |
2 |
26 Feb 07 |
jari |
880 |
return node; |
2 |
26 Feb 07 |
jari |
881 |
} |
2 |
26 Feb 07 |
jari |
882 |
break; |
2 |
26 Feb 07 |
jari |
883 |
case VERTICAL: |
2 |
26 Feb 07 |
jari |
884 |
if (child_1_y < x && child_2_y > x && y > child_1_x1) { |
2 |
26 Feb 07 |
jari |
885 |
return node; |
2 |
26 Feb 07 |
jari |
886 |
} |
2 |
26 Feb 07 |
jari |
887 |
break; |
2 |
26 Feb 07 |
jari |
888 |
} |
2 |
26 Feb 07 |
jari |
889 |
} |
2 |
26 Feb 07 |
jari |
890 |
return -1; |
2 |
26 Feb 07 |
jari |
891 |
} |
2 |
26 Feb 07 |
jari |
892 |
|
2 |
26 Feb 07 |
jari |
893 |
public void saveGeneNodeHeights(){ |
2 |
26 Feb 07 |
jari |
894 |
String line; |
2 |
26 Feb 07 |
jari |
895 |
int nodeIndex = 0; |
2 |
26 Feb 07 |
jari |
896 |
int child1, child2; |
2 |
26 Feb 07 |
jari |
897 |
|
2 |
26 Feb 07 |
jari |
898 |
File file = null; |
2 |
26 Feb 07 |
jari |
// final JFileChooser fc = new JFileChooser(TMEV.getFile("data/")); |
2 |
26 Feb 07 |
jari |
900 |
String dataPath = TMEV.getDataPath(); |
2 |
26 Feb 07 |
jari |
901 |
File fileLoc = TMEV.getFile("data/"); |
2 |
26 Feb 07 |
jari |
// if the data path is null go to default, if not null and not exist then to to default |
2 |
26 Feb 07 |
jari |
// else use the dataPath |
2 |
26 Feb 07 |
jari |
904 |
if(dataPath != null) { |
2 |
26 Feb 07 |
jari |
905 |
fileLoc = new File(dataPath); |
2 |
26 Feb 07 |
jari |
906 |
if(!fileLoc.exists()) { |
2 |
26 Feb 07 |
jari |
907 |
fileLoc = TMEV.getFile("data/"); |
2 |
26 Feb 07 |
jari |
908 |
} |
2 |
26 Feb 07 |
jari |
909 |
} |
2 |
26 Feb 07 |
jari |
910 |
final JFileChooser fc = new JFileChooser(fileLoc); |
2 |
26 Feb 07 |
jari |
911 |
int ret = fc.showSaveDialog(new javax.swing.JFrame()); |
2 |
26 Feb 07 |
jari |
912 |
if (ret == JFileChooser.APPROVE_OPTION) { |
2 |
26 Feb 07 |
jari |
913 |
file = fc.getSelectedFile(); |
2 |
26 Feb 07 |
jari |
914 |
} |
2 |
26 Feb 07 |
jari |
915 |
else return; |
2 |
26 Feb 07 |
jari |
916 |
|
2 |
26 Feb 07 |
jari |
917 |
try{ |
2 |
26 Feb 07 |
jari |
918 |
PrintWriter out = new PrintWriter(new FileOutputStream(file)); |
2 |
26 Feb 07 |
jari |
919 |
|
2 |
26 Feb 07 |
jari |
920 |
for(int i = 0; i < this.treeData.node_order.length-1; i++){ |
2 |
26 Feb 07 |
jari |
921 |
line = "Node_"+String.valueOf(i)+"\t"; |
2 |
26 Feb 07 |
jari |
922 |
child1 = this.treeData.child_1_array[this.treeData.node_order[i]]; |
2 |
26 Feb 07 |
jari |
923 |
child2 = this.treeData.child_2_array[this.treeData.node_order[i]]; |
2 |
26 Feb 07 |
jari |
924 |
|
2 |
26 Feb 07 |
jari |
925 |
if(child1 < this.treeData.height.length/2) |
2 |
26 Feb 07 |
jari |
926 |
line += "Gene_" + String.valueOf(child1+1) + "\t"; |
2 |
26 Feb 07 |
jari |
927 |
else |
2 |
26 Feb 07 |
jari |
928 |
line += "Node_" + String.valueOf(child1-this.treeData.height.length/2) + "\t"; |
2 |
26 Feb 07 |
jari |
929 |
|
2 |
26 Feb 07 |
jari |
930 |
if(child2 < this.treeData.height.length/2) |
2 |
26 Feb 07 |
jari |
931 |
line += "Gene_" + String.valueOf(child2+1) + "\t"; |
2 |
26 Feb 07 |
jari |
932 |
else |
2 |
26 Feb 07 |
jari |
933 |
line += "Node_" + String.valueOf(child2-this.treeData.height.length/2) + "\t"; |
2 |
26 Feb 07 |
jari |
934 |
|
2 |
26 Feb 07 |
jari |
935 |
line += String.valueOf(this.treeData.height[this.treeData.node_order[i]]); |
2 |
26 Feb 07 |
jari |
936 |
|
2 |
26 Feb 07 |
jari |
937 |
out.println(line); |
2 |
26 Feb 07 |
jari |
938 |
} |
2 |
26 Feb 07 |
jari |
939 |
out.flush(); |
2 |
26 Feb 07 |
jari |
940 |
out.close(); |
2 |
26 Feb 07 |
jari |
941 |
} catch (IOException ioe){ |
2 |
26 Feb 07 |
jari |
942 |
JOptionPane.showMessageDialog(this, "Error saving node height file.", "Error", JOptionPane.WARNING_MESSAGE); |
2 |
26 Feb 07 |
jari |
943 |
ioe.printStackTrace(); |
2 |
26 Feb 07 |
jari |
944 |
} |
2 |
26 Feb 07 |
jari |
945 |
} |
2 |
26 Feb 07 |
jari |
946 |
|
2 |
26 Feb 07 |
jari |
947 |
public void saveExperimentNodeHeights(){ |
2 |
26 Feb 07 |
jari |
948 |
String line; |
2 |
26 Feb 07 |
jari |
949 |
int nodeIndex = 0; |
2 |
26 Feb 07 |
jari |
950 |
int child1, child2; |
2 |
26 Feb 07 |
jari |
951 |
|
2 |
26 Feb 07 |
jari |
952 |
File file = null; |
2 |
26 Feb 07 |
jari |
// final JFileChooser fc = new JFileChooser(TMEV.getFile("data/")); |
2 |
26 Feb 07 |
jari |
954 |
String dataPath = TMEV.getDataPath(); |
2 |
26 Feb 07 |
jari |
955 |
File fileLoc = TMEV.getFile("data/"); |
2 |
26 Feb 07 |
jari |
// if the data path is null go to default, if not null and not exist then to to default |
2 |
26 Feb 07 |
jari |
// else use the dataPath |
2 |
26 Feb 07 |
jari |
958 |
if(dataPath != null) { |
2 |
26 Feb 07 |
jari |
959 |
fileLoc = new File(dataPath); |
2 |
26 Feb 07 |
jari |
960 |
if(!fileLoc.exists()) { |
2 |
26 Feb 07 |
jari |
961 |
fileLoc = TMEV.getFile("data/"); |
2 |
26 Feb 07 |
jari |
962 |
} |
2 |
26 Feb 07 |
jari |
963 |
} |
2 |
26 Feb 07 |
jari |
964 |
final JFileChooser fc = new JFileChooser(fileLoc); |
2 |
26 Feb 07 |
jari |
965 |
int ret = fc.showSaveDialog(new javax.swing.JFrame()); |
2 |
26 Feb 07 |
jari |
966 |
if (ret == JFileChooser.APPROVE_OPTION) { |
2 |
26 Feb 07 |
jari |
967 |
file = fc.getSelectedFile(); |
2 |
26 Feb 07 |
jari |
968 |
} |
2 |
26 Feb 07 |
jari |
969 |
else return; |
2 |
26 Feb 07 |
jari |
970 |
|
2 |
26 Feb 07 |
jari |
971 |
try{ |
2 |
26 Feb 07 |
jari |
972 |
PrintWriter out = new PrintWriter(new FileOutputStream(file)); |
2 |
26 Feb 07 |
jari |
973 |
|
2 |
26 Feb 07 |
jari |
974 |
for(int i = 0; i < this.treeData.node_order.length-1; i++){ |
2 |
26 Feb 07 |
jari |
975 |
line = "Node_"+String.valueOf(i)+"\t"; |
2 |
26 Feb 07 |
jari |
976 |
child1 = this.treeData.child_1_array[this.treeData.node_order[i]]; |
2 |
26 Feb 07 |
jari |
977 |
child2 = this.treeData.child_2_array[this.treeData.node_order[i]]; |
2 |
26 Feb 07 |
jari |
978 |
|
2 |
26 Feb 07 |
jari |
979 |
if(child1 < this.treeData.height.length/2) |
2 |
26 Feb 07 |
jari |
980 |
line += "Exp_" + String.valueOf(child1+1) + "\t"; |
2 |
26 Feb 07 |
jari |
981 |
else |
2 |
26 Feb 07 |
jari |
982 |
line += "Node_" + String.valueOf(child1-this.treeData.height.length/2) + "\t"; |
2 |
26 Feb 07 |
jari |
983 |
|
2 |
26 Feb 07 |
jari |
984 |
if(child2 < this.treeData.height.length/2) |
2 |
26 Feb 07 |
jari |
985 |
line += "Exp_" + String.valueOf(child2+1) + "\t"; |
2 |
26 Feb 07 |
jari |
986 |
else |
2 |
26 Feb 07 |
jari |
987 |
line += "Node_" + String.valueOf(child2-this.treeData.height.length/2) + "\t"; |
2 |
26 Feb 07 |
jari |
988 |
|
2 |
26 Feb 07 |
jari |
989 |
line += String.valueOf(this.treeData.height[this.treeData.node_order[i]]); |
2 |
26 Feb 07 |
jari |
990 |
|
2 |
26 Feb 07 |
jari |
991 |
out.println(line); |
2 |
26 Feb 07 |
jari |
992 |
} |
2 |
26 Feb 07 |
jari |
993 |
out.flush(); |
2 |
26 Feb 07 |
jari |
994 |
out.close(); |
2 |
26 Feb 07 |
jari |
995 |
} catch (IOException ioe){ |
2 |
26 Feb 07 |
jari |
996 |
JOptionPane.showMessageDialog(this, "Error saving node height file.", "Error", JOptionPane.WARNING_MESSAGE); |
2 |
26 Feb 07 |
jari |
997 |
ioe.printStackTrace(); |
2 |
26 Feb 07 |
jari |
998 |
} |
2 |
26 Feb 07 |
jari |
999 |
} |
2 |
26 Feb 07 |
jari |
1000 |
|
2 |
26 Feb 07 |
jari |
1001 |
|
2 |
26 Feb 07 |
jari |
1002 |
public void saveAsNewickFile() { |
2 |
26 Feb 07 |
jari |
1003 |
NewickFileOutputDialog dialog; |
2 |
26 Feb 07 |
jari |
1004 |
String newickString; |
2 |
26 Feb 07 |
jari |
1005 |
String [] annKeys; |
2 |
26 Feb 07 |
jari |
1006 |
|
2 |
26 Feb 07 |
jari |
1007 |
if(this.orientation == HCLTree.HORIZONTAL) { //gene tree |
2 |
26 Feb 07 |
jari |
1008 |
annKeys = data.getFieldNames(); |
2 |
26 Feb 07 |
jari |
1009 |
} else { //sample tree |
2 |
26 Feb 07 |
jari |
1010 |
Vector annKeyVector = data.getSampleAnnotationFieldNames(); |
2 |
26 Feb 07 |
jari |
1011 |
annKeys = new String[annKeyVector.size()]; |
2 |
26 Feb 07 |
jari |
1012 |
for(int i = 0; i < annKeys.length; i++) { |
2 |
26 Feb 07 |
jari |
1013 |
annKeys[i] = (String)(annKeyVector.elementAt(i)); |
2 |
26 Feb 07 |
jari |
1014 |
} |
2 |
26 Feb 07 |
jari |
1015 |
} |
2 |
26 Feb 07 |
jari |
1016 |
|
2 |
26 Feb 07 |
jari |
1017 |
dialog = new NewickFileOutputDialog(framework.getFrame(), annKeys, this.orientation); |
2 |
26 Feb 07 |
jari |
1018 |
|
2 |
26 Feb 07 |
jari |
1019 |
if(dialog.showModal() == JOptionPane.OK_OPTION) { |
2 |
26 Feb 07 |
jari |
1020 |
|
2 |
26 Feb 07 |
jari |
1021 |
if(this.orientation == HCLTree.HORIZONTAL) |
2 |
26 Feb 07 |
jari |
1022 |
newickString = generateNewickStringForGeneTree(dialog.getAnnotationKey()); |
2 |
26 Feb 07 |
jari |
1023 |
else |
2 |
26 Feb 07 |
jari |
1024 |
newickString = generateNewickStringForSampleTree(dialog.getAnnotationKey()); |
2 |
26 Feb 07 |
jari |
1025 |
|
2 |
26 Feb 07 |
jari |
1026 |
saveNewickString(newickString, dialog.getOutputFile()); |
2 |
26 Feb 07 |
jari |
1027 |
} |
2 |
26 Feb 07 |
jari |
1028 |
} |
2 |
26 Feb 07 |
jari |
1029 |
|
2 |
26 Feb 07 |
jari |
1030 |
private void saveNewickString(String s, File outputFile) { |
2 |
26 Feb 07 |
jari |
1031 |
try { |
2 |
26 Feb 07 |
jari |
1032 |
BufferedWriter bw = new BufferedWriter(new FileWriter(outputFile)); |
2 |
26 Feb 07 |
jari |
1033 |
bw.write(s); |
2 |
26 Feb 07 |
jari |
1034 |
bw.flush(); |
2 |
26 Feb 07 |
jari |
1035 |
bw.close(); |
2 |
26 Feb 07 |
jari |
1036 |
} catch (IOException ioe) { |
2 |
26 Feb 07 |
jari |
1037 |
JOptionPane.showMessageDialog(framework.getFrame(), "Error saving Newick file: "+outputFile.getAbsolutePath()+".<BR>"+ |
2 |
26 Feb 07 |
jari |
1038 |
"Please check that file location is valid and permissions are open.", "IO Error Saving Newick File", JOptionPane.ERROR_MESSAGE); |
2 |
26 Feb 07 |
jari |
1039 |
} |
2 |
26 Feb 07 |
jari |
1040 |
} |
2 |
26 Feb 07 |
jari |
1041 |
|
2 |
26 Feb 07 |
jari |
1042 |
private String generateNewickStringForSampleTree(String annotationKey) { |
2 |
26 Feb 07 |
jari |
1043 |
|
2 |
26 Feb 07 |
jari |
1044 |
String s = new String(""); |
2 |
26 Feb 07 |
jari |
1045 |
|
2 |
26 Feb 07 |
jari |
1046 |
int node, leftChild, rightChild, parent; |
2 |
26 Feb 07 |
jari |
1047 |
|
2 |
26 Feb 07 |
jari |
1048 |
float leftHeight, rightHeight; |
2 |
26 Feb 07 |
jari |
1049 |
|
2 |
26 Feb 07 |
jari |
1050 |
Hashtable treeHash = new Hashtable(); |
2 |
26 Feb 07 |
jari |
1051 |
String nodeName = ""; |
2 |
26 Feb 07 |
jari |
1052 |
|
2 |
26 Feb 07 |
jari |
1053 |
for(int i = 0; i < treeData.node_order.length-1; i++) { |
2 |
26 Feb 07 |
jari |
1054 |
node = treeData.node_order[i]; |
2 |
26 Feb 07 |
jari |
1055 |
|
2 |
26 Feb 07 |
jari |
1056 |
leftChild = treeData.child_1_array[node]; |
2 |
26 Feb 07 |
jari |
1057 |
rightChild = treeData.child_2_array[node]; |
2 |
26 Feb 07 |
jari |
1058 |
|
2 |
26 Feb 07 |
jari |
1059 |
leftHeight = treeData.height[leftChild]; |
2 |
26 Feb 07 |
jari |
1060 |
rightHeight = treeData.height[rightChild]; |
2 |
26 Feb 07 |
jari |
1061 |
|
2 |
26 Feb 07 |
jari |
1062 |
parent = parentNodes[node]; |
2 |
26 Feb 07 |
jari |
1063 |
|
2 |
26 Feb 07 |
jari |
1064 |
if(leftChild < this.treeData.height.length/2) { |
2 |
26 Feb 07 |
jari |
1065 |
s = this.data.getSampleAnnotation(leftChild, annotationKey)+":"+String.valueOf(this.treeData.height[node]/2.0f); |
2 |
26 Feb 07 |
jari |
1066 |
treeHash.put(String.valueOf(leftChild),s); |
2 |
26 Feb 07 |
jari |
1067 |
} |
2 |
26 Feb 07 |
jari |
1068 |
if(rightChild < this.treeData.height.length/2) { |
2 |
26 Feb 07 |
jari |
1069 |
s = this.data.getSampleAnnotation(rightChild, annotationKey)+":"+String.valueOf(this.treeData.height[node]/2.0f); |
2 |
26 Feb 07 |
jari |
1070 |
treeHash.put(String.valueOf(rightChild),s); |
2 |
26 Feb 07 |
jari |
1071 |
} |
2 |
26 Feb 07 |
jari |
1072 |
if(treeHash.containsKey(String.valueOf(leftChild)) && treeHash.containsKey(String.valueOf(rightChild))) { |
2 |
26 Feb 07 |
jari |
1073 |
s = "("+treeHash.get(String.valueOf(leftChild))+","+treeHash.get(String.valueOf(rightChild))+"):"+String.valueOf(this.treeData.height[parentNodes[node]]/2.0f); |
2 |
26 Feb 07 |
jari |
1074 |
treeHash.put(String.valueOf(node), s); |
2 |
26 Feb 07 |
jari |
1075 |
|
2 |
26 Feb 07 |
jari |
//remove entries as they become obsolete |
2 |
26 Feb 07 |
jari |
1077 |
treeHash.remove(String.valueOf(leftChild)); |
2 |
26 Feb 07 |
jari |
1078 |
treeHash.remove(String.valueOf(rightChild)); |
2 |
26 Feb 07 |
jari |
1079 |
} |
2 |
26 Feb 07 |
jari |
1080 |
} |
2 |
26 Feb 07 |
jari |
1081 |
return s+";"; |
2 |
26 Feb 07 |
jari |
1082 |
} |
2 |
26 Feb 07 |
jari |
1083 |
|
2 |
26 Feb 07 |
jari |
1084 |
|
2 |
26 Feb 07 |
jari |
1085 |
private String generateNewickStringForGeneTree(String annotationKey) { |
2 |
26 Feb 07 |
jari |
1086 |
|
2 |
26 Feb 07 |
jari |
1087 |
String [] fieldNames = data.getFieldNames(); |
2 |
26 Feb 07 |
jari |
1088 |
|
2 |
26 Feb 07 |
jari |
1089 |
int attIndex = 0; //element attribute index, annotation field index |
2 |
26 Feb 07 |
jari |
1090 |
for(int i = 0; i < fieldNames.length; i++) { |
2 |
26 Feb 07 |
jari |
1091 |
if(fieldNames[i].equals(annotationKey)) { |
2 |
26 Feb 07 |
jari |
1092 |
attIndex = i; |
2 |
26 Feb 07 |
jari |
1093 |
break; |
2 |
26 Feb 07 |
jari |
1094 |
} |
2 |
26 Feb 07 |
jari |
1095 |
} |
2 |
26 Feb 07 |
jari |
1096 |
|
2 |
26 Feb 07 |
jari |
1097 |
String s = new String(""); |
2 |
26 Feb 07 |
jari |
1098 |
|
2 |
26 Feb 07 |
jari |
1099 |
int node, leftChild, rightChild, parent; |
2 |
26 Feb 07 |
jari |
1100 |
|
2 |
26 Feb 07 |
jari |
1101 |
float leftHeight, rightHeight; |
2 |
26 Feb 07 |
jari |
1102 |
|
2 |
26 Feb 07 |
jari |
1103 |
Hashtable treeHash = new Hashtable(); |
2 |
26 Feb 07 |
jari |
1104 |
String nodeName = ""; |
2 |
26 Feb 07 |
jari |
1105 |
|
2 |
26 Feb 07 |
jari |
1106 |
for(int i = 0; i < treeData.node_order.length-1; i++) { |
2 |
26 Feb 07 |
jari |
1107 |
node = treeData.node_order[i]; |
2 |
26 Feb 07 |
jari |
1108 |
|
2 |
26 Feb 07 |
jari |
1109 |
leftChild = treeData.child_1_array[node]; |
2 |
26 Feb 07 |
jari |
1110 |
rightChild = treeData.child_2_array[node]; |
2 |
26 Feb 07 |
jari |
1111 |
|
2 |
26 Feb 07 |
jari |
1112 |
leftHeight = treeData.height[leftChild]; |
2 |
26 Feb 07 |
jari |
1113 |
rightHeight = treeData.height[rightChild]; |
2 |
26 Feb 07 |
jari |
1114 |
|
2 |
26 Feb 07 |
jari |
1115 |
parent = parentNodes[node]; |
2 |
26 Feb 07 |
jari |
1116 |
|
2 |
26 Feb 07 |
jari |
1117 |
if(leftChild < this.treeData.height.length/2) { |
2 |
26 Feb 07 |
jari |
1118 |
s = this.data.getElementAttribute(leftChild, attIndex)+":"+String.valueOf(this.treeData.height[node]/2.0f); |
2 |
26 Feb 07 |
jari |
1119 |
treeHash.put(String.valueOf(leftChild),s); |
2 |
26 Feb 07 |
jari |
1120 |
} |
2 |
26 Feb 07 |
jari |
1121 |
if(rightChild < this.treeData.height.length/2) { |
2 |
26 Feb 07 |
jari |
1122 |
s = this.data.getElementAttribute(rightChild, attIndex)+":"+String.valueOf(this.treeData.height[node]/2.0f); |
2 |
26 Feb 07 |
jari |
1123 |
treeHash.put(String.valueOf(rightChild),s); |
2 |
26 Feb 07 |
jari |
1124 |
} |
2 |
26 Feb 07 |
jari |
1125 |
if(treeHash.containsKey(String.valueOf(leftChild)) && treeHash.containsKey(String.valueOf(rightChild))) { |
2 |
26 Feb 07 |
jari |
1126 |
s = "("+treeHash.get(String.valueOf(leftChild))+","+treeHash.get(String.valueOf(rightChild))+"):"+String.valueOf(this.treeData.height[parentNodes[node]]/2.0f); |
2 |
26 Feb 07 |
jari |
1127 |
treeHash.put(String.valueOf(node), s); |
2 |
26 Feb 07 |
jari |
1128 |
|
2 |
26 Feb 07 |
jari |
//remove entries as they become obsolete |
2 |
26 Feb 07 |
jari |
1130 |
treeHash.remove(String.valueOf(leftChild)); |
2 |
26 Feb 07 |
jari |
1131 |
treeHash.remove(String.valueOf(rightChild)); |
2 |
26 Feb 07 |
jari |
1132 |
} |
2 |
26 Feb 07 |
jari |
1133 |
} |
2 |
26 Feb 07 |
jari |
1134 |
return s+";"; |
2 |
26 Feb 07 |
jari |
1135 |
} |
2 |
26 Feb 07 |
jari |
1136 |
|
2 |
26 Feb 07 |
jari |
1137 |
/** |
2 |
26 Feb 07 |
jari |
* Notifies the tree listener. |
2 |
26 Feb 07 |
jari |
* @see HCLCluster |
2 |
26 Feb 07 |
jari |
1140 |
*/ |
2 |
26 Feb 07 |
jari |
1141 |
private void fireEvent(HCLCluster cluster) { |
2 |
26 Feb 07 |
jari |
1142 |
if (this.treeListener != null) { |
2 |
26 Feb 07 |
jari |
1143 |
this.treeListener.valueChanged(this, cluster); |
2 |
26 Feb 07 |
jari |
1144 |
} |
2 |
26 Feb 07 |
jari |
1145 |
} |
2 |
26 Feb 07 |
jari |
1146 |
|
2 |
26 Feb 07 |
jari |
//***************************Inner Class*****************************// |
2 |
26 Feb 07 |
jari |
1148 |
|
2 |
26 Feb 07 |
jari |
1149 |
/** |
2 |
26 Feb 07 |
jari |
* The class to listen to mouse events. |
2 |
26 Feb 07 |
jari |
1151 |
*/ |
2 |
26 Feb 07 |
jari |
1152 |
private class Listener extends MouseAdapter{ |
2 |
26 Feb 07 |
jari |
1153 |
public void mouseClicked(MouseEvent e) { |
2 |
26 Feb 07 |
jari |
1154 |
if (SwingUtilities.isRightMouseButton(e)) { |
2 |
26 Feb 07 |
jari |
1155 |
return; |
2 |
26 Feb 07 |
jari |
1156 |
} |
2 |
26 Feb 07 |
jari |
1157 |
selectNode(e.getX(), e.getY()); |
2 |
26 Feb 07 |
jari |
1158 |
} |
2 |
26 Feb 07 |
jari |
1159 |
} |
2 |
26 Feb 07 |
jari |
1160 |
|
2 |
26 Feb 07 |
jari |
1161 |
/** |
2 |
26 Feb 07 |
jari |
* @return |
2 |
26 Feb 07 |
jari |
1163 |
*/ |
2 |
26 Feb 07 |
jari |
1164 |
public int getOrientation() { |
2 |
26 Feb 07 |
jari |
1165 |
return this.orientation; |
2 |
26 Feb 07 |
jari |
1166 |
} |
2 |
26 Feb 07 |
jari |
1167 |
private static class HCLTreePersistenceDelegate extends PersistenceDelegate { |
2 |
26 Feb 07 |
jari |
1168 |
public Expression instantiate(Object oldInstance, java.beans.Encoder encoder) { |
2 |
26 Feb 07 |
jari |
1169 |
HCLTree aTree = (HCLTree) oldInstance; |
2 |
26 Feb 07 |
jari |
1170 |
return new Expression(aTree, aTree.getClass(), "new", new Object[]{aTree.treeData, new Integer(aTree.orientation), aTree.dots}); |
2 |
26 Feb 07 |
jari |
1171 |
} |
2 |
26 Feb 07 |
jari |
1172 |
} |
2 |
26 Feb 07 |
jari |
1173 |
} |