|
import java.awt.*;
import java.awt.event.*;
import javax.swing.*;
public class JGrammzApplet extends JApplet {
private JTextArea oh, ag, rs;
private String orig = "";
private String gram = "";
public void init () {
Container fx = getContentPane();
oh = new JTextArea(4,25);
oh.setEditable(true);
oh.setLineWrap(true);
ag = new JTextArea(4,25);
ag.setEditable(true);
ag.setLineWrap(true);
rs = new JTextArea(4,25);
rs.setEditable(false);
rs.setLineWrap(true);
JButton tex = new JButton("Go Check");
tex.addActionListener(new ActionListener () {
public void actionPerformed(ActionEvent e) {
if (oh.getText()!=orig) {
orig = oh.getText();
rs.setText(Chequer.findThisGram(orig, gram));
}
if (ag.getText()!=gram) {
gram = ag.getText();
rs.setText(Chequer.findThisGram(orig, gram));
}
}
});
JButton clearAll = new JButton("Go clear all");
clearAll.addActionListener(new ActionListener () {
public void actionPerformed(ActionEvent e) {
orig = "";
gram = "";
oh.setText("");
ag.setText("");
rs.setText("");
}
});
Font middF = new Font("SansSerif", 1, 20);
JLabel cff = new JLabel("=");
cff.setFont(middF);
tex.setFont(middF);
JPanel pO = new JPanel();
JPanel pR = new JPanel();
pO.setBounds(0,0,600,80);
pR.setBounds(150,80,300,200);
pO.add(new JScrollPane(oh),BorderLayout.CENTER);
pO.add(cff);
pO.add(new JScrollPane(ag), BorderLayout.CENTER);
pR.add(tex);
pR.add(new JScrollPane(rs), BorderLayout.CENTER);
pR.add(clearAll);
fx.setLayout(null);
fx.add(pO);
fx.add(pR);
}
}
|
public class Chequer {
public static String findThisGram (String MJOriginal,
String UBGram) {
String dataProceed = "";
String [] netText = new String [2];
char [] alphLetter = {'A','B','C','D','E','F','G','H','I',
'J','K','L','M','N','O','P','Q','R','S','T','U','V',
'W','X','Y','Z'};
netText[0] = MJOriginal;
netText[1] = UBGram;
String [] upperCaseTextP = new String [2];
int [][] RLetter = new int [2][26];
int myLengthV = 0;
int [][] noAnag = new int [2][26];
for (int vow=0; vow<2; vow++) {
upperCaseTextP[vow] = netText[vow].toUpperCase();
myLengthV = upperCaseTextP[vow].length();
for (int bdf=0; bdf<myLengthV; bdf++) {
for (int joe=0; joe<=25; joe++) {
if (upperCaseTextP[vow].charAt(bdf)==alphLetter[joe])
RLetter[vow][joe]++;
}
}
}
int bullet = 0;
boolean XMissLetters = false;
boolean XSLetters = false;
boolean noGram = false;
for (int ij=0; ij<=25; ij++) {
bullet = RLetter[0][ij]-RLetter[1][ij];
if (bullet>0) {
noAnag[0][ij] = bullet;
noGram = true;
XMissLetters = true;
} else if (bullet<0) {
noAnag[1][ij] = -bullet;
noGram = true;
XSLetters = true;
}
}
if (noGram) {
if (XSLetters) {
dataProceed = dataProceed+"Excess letters: ";
for (int jx=0; jx<=25; jx++) {
if (noAnag[1][jx]!=0) {
if (noAnag[1][jx]!=1)
dataProceed = dataProceed+noAnag[1][jx];
dataProceed = dataProceed+alphLetter[jx]+" ";
}
}
dataProceed = dataProceed+"\n";
}
if (XMissLetters) {
dataProceed = dataProceed+"Missing letters: ";
for (int w=0; w<=25; w++) {
if (noAnag[0][w]!=0) {
if (noAnag[0][w]!=1)
dataProceed = dataProceed+noAnag[0][w];
dataProceed = dataProceed+alphLetter[w]+" ";
}
}
}
} else {
dataProceed = dataProceed+"It's an anagram!";
}
return dataProceed;
}
}
|
