rendered paste bodyimport java.io.*;import java.io.FileNotFoundException;import java.util.*;import java.awt.*;import java.awt.event.*;import javax.swing.*; // for JOptionPaneclass jackymaze2 extends Frame implements MouseListener{ int mazeField[][]; //instance of the maze array being created from file int prev = 1; int moves = 0; int backmoves = 0; static int rows = 0; static int columns = 0; int choice [] = new int [4]; boolean reversing = false; //check if the mouse is backtracking boolean win = false; //check if the maze is solved boolean unbeatable = false; //checks for an impossible maze public jackymaze2() { super("Jacky Maze"); Panel pan = new Panel(); Button solve = new Button("click me please!"); solve.addMouseListener(this); pan.add(solve); // misspelled solve add(pan, BorderLayout.SOUTH); setSize(800,800); setVisible(true); setBackground(Color.pink); } public static void main (String args[]){ String filename = JOptionPane.showInputDialog("enter name of file without .txt!"); jackymaze2 load = new jackymaze2(); load.LoadPolyFromDisk(filename + ".txt" ); // what is unifilename? load.repaint(); } public void LoadPolyFromDisk (String PolyFileName) { try{ FileReader Afr = new FileReader(PolyFileName); BufferedReader Abr = new BufferedReader(Afr); String LineIn,LineOut; LineIn=Abr.readLine(); // misspelt LineIn (LuneIn?) int row = Integer.parseInt(LineIn); LineIn= Abr.readLine(); int col = Integer.parseInt(LineIn); int rowcnt = 0; LineIn=Abr.readLine(); StringTokenizer tokens=new StringTokenizer (LineIn); mazeField = new int [row] [col]; while (rowcnt < row) { while (tokens.hasMoreTokens()) { for(int y=0; y<col; y++) { mazeField[rowcnt] [y] = Integer.parseInt (tokens.nextToken()); // nexToken()? } } LineIn=Abr.readLine(); if(LineIn != null) { tokens=new StringTokenizer(LineIn); } rowcnt = rowcnt + 1; } Abr.close(); Afr.close(); for(int w=0; w<row; w++) { for (int z=0; z < col ; z++) { System.out.print(mazeField [w] [z] ); } System.out.print("\n"); } } catch (FileNotFoundException e){ System.err.println("file not found"); } catch (IOException e){ System.err.println("read failed"); } } public void paint (Graphics g) { int posx = 30; int posy = 30; int spot = 0; if (unbeatable == false) { if (moves == 0) { mazeField [rows] [columns] = 3; // misspelt columns } for(int a = 0; a < mazeField.length; a++){ for (int b = 0; b<mazeField[a].length;b++){ if (mazeField[a][b] == 1){ g.setColor(Color.black); g.fillRect(posx,posy,16,16); posx = posx + 16; } else if (mazeField[a][b] == 0){ g.setColor(Color.white); g.fillRect(posx,posy,16,16); posx = posx + 16; } else if (mazeField[a][b] == 9){ g.setColor(Color.yellow); g.fillRect(posx,posy,16,16); posx = posx + 16; } else if (mazeField[a][b] == 3){ g.setColor(Color.red); g.fillRect(posx,posy,16,16); posx = posx + 16; } else if (mazeField[a][b] == 4){ g.setColor(Color.blue); g.fillRect(posx,posy,16,16); posx = posx + 16; } else if (mazeField[a][b] == 8){ g.setColor(Color.cyan); g.fillRect(posx,posy,16,16); posx = posx + 16; } } posy = posy +16; posx = 30; } } else if (unbeatable == true) { g.drawString("found the cheese", 250,250); } } public void mouseClicked(MouseEvent me) { repaint(); int ctr0 = 0; int ctr = 0; int bt = 0; int dbt = 0; int deadend = 0; int wrong = 0; boolean open = false; moves++; for(int tile = 0; tile < 10; tile++) { for(int pick = 0; pick < choice.length; pick++) { if(pick == 3) { if(rows - 1 < -1) { if(mazeField[rows - 1][columns] == tile) { choice[pick] = tile; } } else { choice[pick] = 1; } } if(pick == 1) { if(rows + 1< mazeField.length) { if(mazeField[rows+1][columns] == tile) { choice[pick] = tile; } } else { choice[pick] = 1; } } if(pick == 2) { if(columns - 1 > -1) { if(mazeField[rows][columns - 1] == tile) { choice[pick] = tile; } } else { choice[pick] = 1; } } if(pick == 0) { if(columns + 1 < mazeField[rows].length) { if(mazeField[rows][columns + 1] == tile) { choice[pick] = tile; } } else { choice[pick] = 1; } } } } ctr0 = 0; for(int pikprev = 0; pikprev < 4; pikprev++) { if(prev == 3) { ctr0 = 0; } else if(prev == pikprev) { ctr0 = prev + 1; } } ctr = 0; bt = 0; dbt = 0; wrong = 0; if(reversing == true) { for(int fail = 0; fail < choice.length; fail++) { if(choice[fail] == 4 || choice[fail] == 1) { wrong++; } } } if(wrong == 4) { unbeatable = true; } for(int back = 0; back < choice.length; back++) { if(choice[back] == 1 || choice[back] == 3|| choice[back] == 4 || choice[back] == 8) { bt++; } else if(choice[back] == 0) { bt--; } if(reversing == true) { if(choice[back] == 0 || choice[back] == 3 || choice[back] == 8) { dbt++; } } } if(dbt >= 2) { mazeField[rows][columns] = 8; } for(int dead = 0; dead < choice.length; dead++) { if(choice[dead] == 1 || choice[dead] == 4) { deadend++; } } if(deadend >= 3) { open = true; } else { open = false; } if(dbt >= 2) { mazeField[rows][columns] = 8; } if(bt > 2) { reversing = true; mazeField[rows][columns] = 4; } else { reversing = false; moves = 0; } while(ctr < 4) { for(int found = 0; found < choice.length; found++) { if(choice[found] == 9) { System.out.println("the cheese has been founded"); win = true; ctr = 4; } } if(reversing == false) { if(choice[ctr0] == 1 || choice[ctr0] == 3 || choice[ctr0] == 4) { if(choice[prev] == 0) { if(prev == 0) { columns++; prev = 0; } else if(prev == 1) { rows++; prev = 1; } else if(prev == 2) { columns--; prev = 2; } else if(prev == 3) { rows--; prev = 3; } mazeField[rows][columns] = 3; ctr = 4; } } else if(choice[ctr0] == 0) { if(ctr0 == 0) { columns++; prev = 0; } else if(ctr0 == 1) { rows++; prev = 1; } else if(ctr0 == 2) { columns--; prev = 2; } else if(ctr0 == 3) { rows--; prev = 3; } mazeField[rows][columns] = 3; ctr = 4; } ctr0++; if(ctr0 > 3) { ctr0 = 0; } System.out.println("direction count: " + ctr0); System.out.println("choice direction count: " + choice[ctr0]); System.out.println("previous: " + prev); } else if(reversing == true) { if(choice[ctr0] == 1 || choice[ctr0] == 4 || open == false && choice[prev] == 8) { if(choice[prev] == 3) { if(prev == 0) { columns++; prev = 0; } else if(prev == 1) { rows++; prev = 1; } else if(prev == 2) { columns--; prev = 2; } else if(prev == 3) { rows--; prev = 3; } mazeField[rows][columns] = 4; ctr = 4; } } else if(choice[ctr0] == 3 || open == true && choice[ctr0] == 8) { if(prev == 0) { columns++; prev = 0; } else if(prev == 1) { rows++; prev = 1; } else if(prev == 2) { columns--; prev = 2; } else if(prev == 3) { rows--; prev = 3; } mazeField[rows][columns] = 4; ctr = 4; } ctr0++; if(ctr0 > 3) { ctr0 = 0; } //debugging System.out.println("direction count: " + ctr0); System.out.println("choice direction count: " + choice[ctr0]); System.out.println("previous: " + prev); } ctr++; } System.out.println("\n"); for(int a = 0; a < mazeField.length; a++) { for(int b = 0; b < mazeField[a].length; b++) { System.out.print(mazeField[a][b]); } System.out.println(""); } System.out.println(""); System.out.print(rows + " "); System.out.print(columns); repaint(); if(win == true) { JOptionPane.showMessageDialog(null, "Maze subdued"); System.exit(0); } } public void mouseEntered(MouseEvent me){} public void mousePressed(MouseEvent me){} public void mouseReleased(MouseEvent me){} public void mouseExited(MouseEvent me){} }