configurator.java

JavaANPR是一个自动车牌识别程序

/*
------------------------------------------------------------------------
JavaANPR - Automatic Number Plate Recognition System for Java
------------------------------------------------------------------------

This file is a part of the JavaANPR, licensed under the terms of the
Educational Community License

Copyright (c) 2006-2007 Ondrej Martinsky. All rights reserved

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including modifications or derivatives, that you make:

# The full text of the Educational Community License in a location
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If you want to alter upon this work, you MUST attribute it in 
a) all source files
b) on every place, where is the copyright of derivated work
exactly by the following label :

---- label begin ----
This work is a derivate of the JavaANPR. JavaANPR is a intellectual 
property of Ondrej Martinsky. Please visit http://javaanpr.sourceforge.net 
for more info about JavaANPR. 
----  label end  ----

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                                         http://javaanpr.sourceforge.net
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*/

package javaanpr.configurator;

import java.util.*;
import java.io.*;
import java.awt.*;

public class Configurator {
    /* Default name of configuration file */
    private String fileName = new String("config.xml");
    /* Configuration file's comment */
    private String comment = new String("This si global configuration file for Automatic Number Plate Recognition System");
    
    /* Primary property list containing values from configuration file */
    private Properties list;
    
    public Configurator() {
        list = new Properties();
        /* ***** BEGIN *** Definition of property defaults  ******* */
        
        // PHOTO
        
        // adaptive thresholding radius (0 = no adaptive)
        this.setIntProperty("photo_adaptivethresholdingradius", 7); // 7 is recommanded
        
        // BANDGRAPH - spracovanie horizontalnej projekcie detekovanej oblasti znacky
        // na ose X sa detekuje peak, peakfoot, a nakoniec sa to nasobi p.d.m.c konstantou
        this.setDoubleProperty("bandgraph_peakfootconstant", 0.55); //0.75
        this.setDoubleProperty("bandgraph_peakDiffMultiplicationConstant", 0.2);
        
        // CARSNAPSHOT
        this.setIntProperty("carsnapshot_distributormargins", 25);
        this.setIntProperty("carsnapshot_graphrankfilter", 9);
        
        
        // CARSNAPSHOTGRAPH
        this.setDoubleProperty("carsnapshotgraph_peakfootconstant", 0.55); //0.55
        this.setDoubleProperty("carsnapshotgraph_peakDiffMultiplicationConstant", 0.1);
        
        
        this.setIntProperty("intelligence_skewdetection", 0);
        
        // CHAR
        // this.setDoubleProperty("char_contrastnormalizationconstant", 0.5);  //1.0
        this.setIntProperty("char_normalizeddimensions_x", 8); //8
        this.setIntProperty("char_normalizeddimensions_y", 13); //13
        this.setIntProperty("char_resizeMethod",1); // 0=linear 1=average
        this.setIntProperty("char_featuresExtractionMethod",0); //0=map, 1=edge
        this.setStrProperty("char_neuralNetworkPath","./resources/neuralnetworks/network_avgres_813_map.xml");
        this.setStrProperty("char_learnAlphabetPath","./resources/alphabets/alphabet_8x13");
        this.setIntProperty("intelligence_classification_method",0); // 0 = pattern match ,1=nn
     
        // PLATEGRAPH
        this.setDoubleProperty("plategraph_peakfootconstant", 0.7); // urci sirku detekovanej medzery
        this.setDoubleProperty("plategraph_rel_minpeaksize", 0.86); // 0.85 // mensie cislo seka znaky, vacsie zase nespravne zdruzuje
        
        // PLATEGRAPHHORIZONTALGRAPH
        this.setDoubleProperty("platehorizontalgraph_peakfootconstant", 0.05);
        this.setIntProperty("platehorizontalgraph_detectionType",1); // 1=edgedetection 0=magnitudederivate
        
        // PLATEVERICALGRAPH
        this.setDoubleProperty("plateverticalgraph_peakfootconstant", 0.42);
        
        // INTELLIGENCE
        this.setIntProperty("intelligence_numberOfBands",3);
        this.setIntProperty("intelligence_numberOfPlates",3);
        this.setIntProperty("intelligence_numberOfChars",20);
        
        this.setIntProperty("intelligence_minimumChars",5);
        this.setIntProperty("intelligence_maximumChars",15);
        
        // plate heuristics
        this.setDoubleProperty("intelligence_maxCharWidthDispersion",0.5); // in plate
        this.setDoubleProperty("intelligence_minPlateWidthHeightRatio",0.5);
        this.setDoubleProperty("intelligence_maxPlateWidthHeightRatio",15.0);
        
        // char heuristics
        this.setDoubleProperty("intelligence_minCharWidthHeightRatio",0.1);
        this.setDoubleProperty("intelligence_maxCharWidthHeightRatio",0.92);
        this.setDoubleProperty("intelligence_maxBrightnessCostDispersion", 0.161);
        this.setDoubleProperty("intelligence_maxContrastCostDispersion", 0.1);
        this.setDoubleProperty("intelligence_maxHueCostDispersion", 0.145);
        this.setDoubleProperty("intelligence_maxSaturationCostDispersion", 0.24); //0.15
        this.setDoubleProperty("intelligence_maxHeightCostDispersion", 0.2);
        this.setDoubleProperty("intelligence_maxSimilarityCostDispersion", 100);
        
        // RECOGNITION
        this.setIntProperty("intelligence_syntaxanalysis",2);
        this.setStrProperty("intelligence_syntaxDescriptionFile","./resources/syntax/syntax.xml");
        
        // NEURAL NETWORK
        //int maxK, double eps, double lambda, double micro
        
        this.setIntProperty("neural_maxk", 8000); // maximum K - maximalny pocet iteracii
        this.setDoubleProperty("neural_eps", 0.07); // epsilon - pozadovana presnost
        this.setDoubleProperty("neural_lambda", 0.05); // lambda factor - rychlost ucenia, velkost gradientu
        this.setDoubleProperty("neural_micro", 0.5); // micro - momentovy clen pre prekonavanie lokalnych extremov
        // top(log(m recognized units)) = 6
        this.setIntProperty("neural_topology", 20); // topologia strednej vrstvy
        
        /* ***** END ***** Definition of property defaults  ******* */
        
        this.setStrProperty("help_file_help","./resources/help/help.html");
        this.setStrProperty("help_file_about","./resources/help/about.html");
        this.setStrProperty("reportgeneratorcss","./resources/reportgenerator/style.css");
    }
    public Configurator(String path) {
        this();
        try {
            loadConfiguration(path);
        } catch (Exception ex) {
            System.out.println("Error: Couldn't load configuration file "+path);
            System.exit(1);
        }
    }
    
    public void setConfigurationFileName(String name) {
        this.fileName = name;
    }
    
    public String getConfigurationFileName() {
        return this.fileName;
    }
    
    public String getStrProperty(String name) {
        return list.getProperty(name).toString();
    }
    
    public String getPathProperty(String name) {
        return this.getStrProperty(name).replace('/',File.separatorChar);
        
    }
    
    public void setStrProperty(String name, String value) {
        list.setProperty(name, value);
    }
    
    public int getIntProperty(String name) throws NumberFormatException {
        return Integer.decode(list.getProperty(name));
    }
    
    public void setIntProperty(String name, int value) {
        list.setProperty(name, String.valueOf(value));
    }
    
    public double getDoubleProperty(String name) throws NumberFormatException {
        return Double.parseDouble(list.getProperty(name));
    }
    
    public void setDoubleProperty(String name, double value) {
        list.setProperty(name, String.valueOf(value));
    }
    
    public Color getColorProperty(String name) {
        return new Color(Integer.decode(list.getProperty(name)));
    }
    
    public void setColorProperty(String name, Color value) {
        list.setProperty(name, String.valueOf(value.getRGB()));
    }
    
    public void saveConfiguration() throws IOException {
        FileOutputStream os = new FileOutputStream(fileName);
        list.storeToXML(os, comment);
    }
    
    public void saveConfiguration(String arg_file) throws IOException {
        FileOutputStream os = new FileOutputStream(arg_file);
        list.storeToXML(os, comment);
    }
    
    public void loadConfiguration() throws IOException {
        FileInputStream is = new  FileInputStream(fileName);
        list.loadFromXML(is);
    }
    
    public void loadConfiguration(String arg_file) throws IOException {
        FileInputStream is = new  FileInputStream(arg_file);
        list.loadFromXML(is);
    }
    
}