Upload of refactored SixMeaningsQuestion now called SixMeaningsController.
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package uk.ac.aber.cs22120.group20.selfassessment;
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/**
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* @(#) SixMeaningsController.java 0,1 2020/04/27
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* <p>
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* Copyright (c) 2020 Aberystwyth University.
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* All rights reserved.
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*/
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import javafx.fxml.FXML;
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import javafx.fxml.Initializable;
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import javafx.scene.control.Label;
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import javafx.scene.input.MouseEvent;
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import javafx.scene.text.Text;
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import uk.ac.aber.cs22120.group20.javafx.Application;
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import uk.ac.aber.cs22120.group20.json.DictionaryEntry;
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import java.net.URL;
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import java.util.*;
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/**
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* A class that generate questions and check answers for match the meaning test.
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*
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* @author Brad Corbett [brc9]
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* @author Henry Dugmore [hjd3]
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* @author Kain Bryan-Jones [kab74]
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* @author Luke Wybar [law39]
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* @author Marcin Jakobik [maj83]
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* @author Oscar Pocock [osp1]
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* @author Tom Perry [top1]
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* @author Waylen Watts [ncw]
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* @version 0.1 Initial development
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* @see uk.ac.aber.cs22120.group20.javafx.Application
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*/
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public class SixMeaningsController extends TranslationController implements Initializable {
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private Random rand = new Random();
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private LinkedList<DictionaryEntry> wordSet = new LinkedList<>();
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private ArrayList<Integer> orderList = new ArrayList<>(Arrays.asList(0, 1, 2, 3, 4, 5));
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private int correct = 0;
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private int incorrect = 0;
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private String wordCounterpart;
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@FXML
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private Text correctAnswer;
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@FXML
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private Text wrongAnswer;
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@FXML
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private Label wordToTranslate;
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@FXML
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private Text possibleAnswer1;
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@FXML
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private Text possibleAnswer2;
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@FXML
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private Text possibleAnswer3;
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@FXML
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private Text possibleAnswer4;
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@FXML
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private Text possibleAnswer5;
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@FXML
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private Text possibleAnswer6;
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@FXML
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void temp(MouseEvent event) {
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checkAnswers();
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}
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private void getWords(LinkedList<DictionaryEntry> practiceList) {
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boolean isDuplicate = false;
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do {
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int word = rand.nextInt(practiceList.size() - 1);
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DictionaryEntry chosenWord = practiceList.get(word);
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if (wordSet.size() >= 1) {
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for (DictionaryEntry setOfQuestion : wordSet) {
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if (setOfQuestion.equals(chosenWord)) {
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isDuplicate = true;
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break;
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}
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}
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//If duplicate wasn't found add entry to the list
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if (!isDuplicate) {
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wordSet.add(chosenWord);
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}
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//... otherwise, add entry to the
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} else {
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wordSet.add(chosenWord);
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}
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isDuplicate = false;
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} while (wordSet.size() < 6);
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}
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private void setWordsE(LinkedList<DictionaryEntry> questions, ArrayList<Integer> orderList) {
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//WelshWord1 Is the question word and as a result is always right.
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wordToTranslate.setText(questions.get(0).getWelsh());
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//This stores the correct answer for the english word.
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wordCounterpart = questions.get(0).getEnglish();
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possibleAnswer1.setText(questions.get(orderList.get(0)).getEnglish());
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possibleAnswer2.setText(questions.get(orderList.get(1)).getEnglish());
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possibleAnswer3.setText(questions.get(orderList.get(2)).getEnglish());
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possibleAnswer4.setText(questions.get(orderList.get(3)).getEnglish());
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possibleAnswer5.setText(questions.get(orderList.get(4)).getEnglish());
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possibleAnswer6.setText(questions.get(orderList.get(5)).getEnglish());
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Collections.shuffle(orderList); //I know that this does not belong here it was moved here for debug purposes. It lives five lines up.
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}
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private void setWordsW(LinkedList<DictionaryEntry> questions, ArrayList<Integer> orderList) {
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//WelshWord1 Is the question word and as a result is always right.
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wordToTranslate.setText(questions.get(0).getEnglish());
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//This stores the correct answer for the english word.
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wordCounterpart = questions.get(0).getWelsh();
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possibleAnswer1.setText(questions.get(orderList.get(0)).getWelsh());
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possibleAnswer2.setText(questions.get(orderList.get(1)).getWelsh());
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possibleAnswer3.setText(questions.get(orderList.get(2)).getWelsh());
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possibleAnswer4.setText(questions.get(orderList.get(3)).getWelsh());
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possibleAnswer5.setText(questions.get(orderList.get(4)).getWelsh());
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possibleAnswer6.setText(questions.get(orderList.get(5)).getWelsh());
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Collections.shuffle(orderList); //I know that this does not belong here it was moved here for debug purposes. It lives five lines up.
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}
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public void checkAnswers() {
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String option1 = possibleAnswer1.toString();
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String option2 = possibleAnswer2.toString();
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String option3 = possibleAnswer3.toString();
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String option4 = possibleAnswer4.toString();
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String option5 = possibleAnswer5.toString();
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String option6 = possibleAnswer6.toString();
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if (option1 == wordCounterpart) {
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correct++;
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} else incorrect++;
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if (option2 == wordCounterpart) {
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correct++;
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} else incorrect++;
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if (option3 == wordCounterpart) {
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correct++;
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} else incorrect++;
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if (option4 == wordCounterpart) {
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correct++;
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} else incorrect++;
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if (option5 == wordCounterpart) {
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correct++;
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} else incorrect++;
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if (option6 == wordCounterpart) {
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correct++;
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} else incorrect++;
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correctAnswer.setText(Integer.toString(correct));
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wrongAnswer.setText(Integer.toString(incorrect));
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wordSet.clear();
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this.prepare();
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}
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private void prepare() {
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getWords(Application.dictionary);
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Random rd = new Random();
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System.out.println(rd.nextBoolean());
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if (rd.nextBoolean() == true) {
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setWordsE(wordSet, orderList);
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} else setWordsW(wordSet, orderList);
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}
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@Override
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public void initialize(URL url, ResourceBundle resourceBundle) {
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this.prepare();
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}
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}
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