Untitled

package io;

import java.awt.*;
import java.awt.event.*;
import java.io.*;
import svm.SVM;

public class OutputData extends Dialog{
	
	public String dataInputFile;
	public int vectors_count;
	public int attributes_count;
	public String algortihm;
	public long max_stages_count;
	public long stages_count;
	public long computing_time; //milis
	public float[] w;
	public int accuracy;
	public int testing_vectors_count;
	
	SVM svm;
	public Button bSave, bTest, bReserved1, bReserved2, bReserved3;
	public TextArea ta;
	
	public OutputData(SVM svm){
		super(svm, "Output Data", false);
		this.svm = svm;
		setBackground(svm.settings.background_color_default);
		setResizable(false);
		resize(640,480);
		move((svm.res.width-640)/2,(svm.res.height-480)/2);
		setLayout(null);
		
		int w = (size().width-10)/5;
		bSave = new Button("Save Output Data");
		bSave.setBounds(8,30,w-5,30);
		bSave.setBackground(svm.settings.button_color_default);
		bSave.setForeground(svm.settings.button_label_default);
		add(bSave);
		
		bTest = new Button("Classifier Testing");
		bTest.setBounds(8+w,30,w-5,30);
		bTest.setBackground(svm.settings.button_color_default);
		bTest.setForeground(svm.settings.button_label_default);
		add(bTest);
		
		bReserved1 = new Button("...reserved...");
		bReserved1.setBounds(8+2*w,30,w-5,30);
		bReserved1.setBackground(svm.settings.button_color_default);
		bReserved1.setForeground(svm.settings.button_label_default);
		add(bReserved1);
		
		bReserved2 = new Button("...reserved...");
		bReserved2.setBounds(8+3*w,30,w-5,30);
		bReserved2.setBackground(svm.settings.button_color_default);
		bReserved2.setForeground(svm.settings.button_label_default);
		add(bReserved2);
		
		bReserved3 = new Button("...reserved...");
		bReserved3.setBounds(8+4*w,30,w-5,30);
		bReserved3.setBackground(svm.settings.button_color_default);
		bReserved3.setForeground(svm.settings.button_label_default);
		add(bReserved3);
		
		ta = new TextArea("");
		ta.setBounds(8,65,size().width-16,size().height-73);
		ta.setBackground(svm.settings.button_color_default);
		ta.setForeground(svm.settings.button_label_default);
		add(ta);
		
	}
	
	public void print(){
		System.out.println("Input Data File="+dataInputFile);
		System.out.println("Vectors Count="+vectors_count);
		System.out.println("Attributes Count="+attributes_count);
		System.out.println("==============================================");
		System.out.println("Algorithm="+algortihm);
		System.out.println("Stages Count="+stages_count);
		System.out.println("Computing Time="+computing_time+"ms");
		System.out.println("==============================================");
		System.out.println("Classifier:");
		for(int j=0;j<w.length;j++) System.out.println("w["+j+"]="+w[j]);
		System.out.println("==============================================");
		System.out.println("Accuracy="+accuracy+"%");
		System.out.println("Testing Vectors Count="+testing_vectors_count+"\n");
	}
	
	public void showInputData(){
		svm.control.showInputData(dataInputFile,vectors_count+"",attributes_count+"",algortihm,max_stages_count+"");
	}
	
	public void showOutputData(){
		ta.append("Input Data File="+dataInputFile+"\n");
		ta.append("Vectors Count="+vectors_count+"\n");
		ta.append("Attributes Count="+attributes_count+"\n");
		ta.append("Computing Time="+computing_time+"ms"+"\n");
		ta.append("Stages Count="+stages_count+"\n");
		String s = w[0] + "*x["+0+"]";
		for(int j=1;j<attributes_count;j++){
			if(w[j]==0) continue;
			s+=w[j]<0?"-":"+";
			s+=Math.abs(w[j])+"*x["+j+"]";
		}
		if(w[attributes_count]!=0){
			s+=w[attributes_count]<0?"-":"+";
			s+=Math.abs(w[attributes_count])+"";
		}
		ta.append("Classifier:"+s+"<0"+"\n");
		ta.append("Accuracy="+accuracy+"%\n");
		ta.append("Stages Count="+stages_count+"\n");
		ta.append("Testing Vectors Count="+testing_vectors_count+"\n");
		ta.append("=============================================="+"\n");
		ta.append("=============================================="+"\n");
		
		svm.control.showOutputData(stages_count+"",computing_time+"ms",w);
	}
	
	public void saveOutputData(){
		try{
			FileDialog fd = new FileDialog(this,"Save OutputData",1);
			if(svm.ind.dir!=null) fd.setDirectory(svm.ind.dir+"svm\\data");
			fd.setFile(svm.ind.input_file.substring(0,svm.ind.input_file.indexOf("."))++"_output.txt");
			fd.setVisible(true);
			if(fd.getFile()!=null){
				svm.inf.dir = fd.getDirectory();
				String fisier = fd.getFile();
				svm.ind.path = svm.ind.dir + fisier;
				File file = new File(svm.ind.path);
				if(file.exists()) file.delete();
				BufferedWriter bw = new BufferedWriter(new FileWriter(file));
				bw.write(ta.getText());
				bw.close();
			}
		}
		catch(IOException e){e.printStackTrace();}
	}
	
	public boolean handleEvent(Event e){
		if(e.id == Event.WINDOW_DESTROY){
			svm.mb.getMenu(2).getItem(2).setLabel("Show Output Data");
			dispose();
		}else if(e.id == Event.ACTION_EVENT && e.target == bSave){
			saveOutputData();
			return true;
		}else if(e.id == Event.ACTION_EVENT && e.target == bTest){
			return true;
		}else return false;
		return super.handleEvent(e);
	}
}