package TUGLaby; import java.awt.Dimension; import java.awt.Image; import java.net.MalformedURLException; import java.net.URL; import java.util.HashMap; import java.util.LinkedList; import javax.swing.ImageIcon; import javax.swing.JButton; import javax.swing.JScrollPane; import PrintGame.*; /* * JApplet.java * * Created on 16. August 2004, 22:30 */ /** * * @author user */ public class TUGLabyrinth extends javax.swing.JApplet implements Runnable { private static final long serialVersionUID = 7538087491086535801L; private static final int height = 700; private static final int width = 950; private RuleTreePanel rule_tree_panel_; private RulesBrickPanel rules_brick_panel_; private JScrollPane rule_tree_scrollpane_; private HashMap brick_images_; private JButton testa_; protected Thread th_; /** ADDED FROM PrintGame ********************************************************* */ protected final static boolean create_labyrinth_ = false; // Switch, nur derzeit nötig //number of cells in a row and a col protected final static int ROWS = 20; protected final static int COLS = 20; //size of the labyrinth // protected final static int LABYRINTH_HEIGHT = ROWS * CELL_HEIGHT; // protected final static int LABYRINTH_WHITH = COLS * CELL_WHITH; Image way, wall, robot, diamond; protected static LabyrinthField labyrinth_field_; protected static Labyrinth labyrinth_; protected static LevelHandler level_handler_; protected static Robot robot_; protected static WriteLabToXML write_lab_; protected InstructionList instruct_list_; protected TuringMachine turing_machine_; protected PrintLabyrinth print_labyrinth_; protected boolean ready_to_run_; /** ADDED FROM PrintGame ********************************************************* */ /** Initializes the applet JApplet */ public void init() { getContentPane().setLayout( null ); this.setSize(width, height ); String abs_filename = getParameter("abs_filename"); abs_filename = "Game.xml"; ready_to_run_ = false; // START TESTENVI testa_ = new JButton(); getContentPane().add( testa_); // END TESTENVI loadImages(); rule_tree_panel_ = new RuleTreePanel( brick_images_ ); rules_brick_panel_ = new RulesBrickPanel( brick_images_ ); rule_tree_panel_.setPreferredSize( new Dimension(250,height-10 ) ); rule_tree_scrollpane_ = new JScrollPane( rule_tree_panel_ ); print_labyrinth_ = new PrintLabyrinth(brick_images_, robot_, null); getContentPane().add( rule_tree_scrollpane_ ); getContentPane().add( rules_brick_panel_ ); getContentPane().add( print_labyrinth_ ); rule_tree_scrollpane_.setBounds(5, 5, 268, height-10+1); rules_brick_panel_.setBounds(280, 5, 320, 75); print_labyrinth_.setBounds(280,90,400,400); // START TESTENVI testa_.setBounds( 610,5,70,30); testa_.setText("Oldta"); testa_.addActionListener(new java.awt.event.ActionListener() { public void actionPerformed(java.awt.event.ActionEvent evt) { System.out.println("Rule Tree -->"); instruct_list_ = new InstructionList(); LinkedList listi = TUGLabyrinth.this.rule_tree_panel_.getRuleList(); for( int i = 0; i< listi.size(); i++) { Instruction dummy = ((ConditionRulePanel)listi.get(i)).getInstruction() ; instruct_list_.addInstruction( dummy ); } ready_to_run_ = true; th_.run(); } }); // END TESTENVI URL new_url = null; try { new_url = new URL(getDocumentBase(),abs_filename); } catch( MalformedURLException ex ) { System.err.println(ex.getMessage()); } String file_name = new_url.toString(); level_handler_= new LevelHandler(); level_handler_.loadGameXmlFile(file_name); th_ = new Thread(this); } /** * This method is called from within the init() method to initialize the * form. WARNING: Do NOT modify this code. The content of this method is * always regenerated by the Form Editor. */ private void loadImages() { brick_images_ = new HashMap(); // load the images which are display at the brick_rules panel brick_images_.put("CONDITION_DEFAULT",loadImage("images.jpg")); brick_images_.put("CONDITION_HOVER",loadImage("images1.jpg")); brick_images_.put("ACTION_DEFAULT",loadImage("images2.jpg")); brick_images_.put("ACTION_HOVER",loadImage("images3.jpg")); brick_images_.put("ARROW_UP",loadImage("arrow_up.gif")); brick_images_.put("ARROW_DOWN",loadImage("arrow_down.gif")); brick_images_.put("ARROW_LEFT",loadImage("arrow_left.gif")); brick_images_.put("ARROW_RIGHT",loadImage("arrow_right.gif")); brick_images_.put("FREE_GROUND",loadImage("free_ground.gif")); brick_images_.put("WALL_GROUND",loadImage("wall_ground.gif")); brick_images_.put("EMPTY_FLOOR",loadImage("floor_empty.gif")); brick_images_.put("FLOOR_1",loadImage("floor_1.gif")); brick_images_.put("FLOOR_2",loadImage("floor_2.gif")); brick_images_.put("FLOOR_3",loadImage("floor_3.gif")); brick_images_.put("X_BUTTON",loadIcon("x_button.gif")); brick_images_.put("COND_NONE",loadImage("cond_none.gif")); brick_images_.put("COND_GREEN",loadImage("cond_green.gif")); brick_images_.put("COND_BLUE",loadImage("cond_blue.gif")); brick_images_.put("LAB_WAY",loadImage("way_3.jpg" )); brick_images_.put("LAB_WALL",loadImage("way_2.jpg" )); brick_images_.put("LAB_ROBOT",loadImage("robot_template.gif" )); brick_images_.put("LAB_DIAMOND",loadImage("diamond.gif" )); } private Image loadImage( String name) { ImageIcon icon = null; try { icon = new ImageIcon(new URL(getCodeBase(),name)); return icon.getImage(); } catch(MalformedURLException e) { System.out.println("Failed to create URL:\n" + e); return null; } } private ImageIcon loadIcon( String name ) { ImageIcon icon = null; try { icon = new ImageIcon(new URL(getCodeBase(),name)); return icon; } catch(MalformedURLException e) { System.out.println("Failed to create URL:\n" + e); return null; } } // ----------------------------------------------------------------------------- public void createInstructList() { instruct_list_ = new InstructionList(); //1 - Condition(N oder B, Markierung, Links Wand, Rechts Wand, Vorne Wand) Instruction instruction = new Instruction(new Condition(0, 0, true, true, false), new Action(0, 0, Action.MOVE_AHEAD)); instruct_list_.addInstruction(instruction); //2 instruction = new Instruction(new Condition(0, 0, false, true, true), new Action(0, 0, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //3 instruction = new Instruction(new Condition(0, 0, true, false, true), new Action(0, 0, Action.MOVE_RIGHT)); instruct_list_.addInstruction(instruction); //4 instruction = new Instruction(new Condition(0, 0, false, false, true), new Action(0, 1, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //5 instruction = new Instruction(new Condition(0, 0, true, false, false), new Action(0, 1, Action.MOVE_AHEAD)); instruct_list_.addInstruction(instruction); //6 instruction = new Instruction(new Condition(0, 0, false, true, false), new Action(0, 1, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //7 instruction = new Instruction(new Condition(0, 0, true, true, true), new Action(1, 0, Action.MOVE_BACK)); instruct_list_.addInstruction(instruction); // B in condition or/and action //8 instruction = new Instruction(new Condition(1, 0, true, true, false), new Action(1, 0, Action.MOVE_AHEAD)); instruct_list_.addInstruction(instruction); //9 instruction = new Instruction(new Condition(1, 0, false, true, true), new Action(1, 0, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //10 instruction = new Instruction(new Condition(1, 0, true, false, true), new Action(1, 0, Action.MOVE_RIGHT)); instruct_list_.addInstruction(instruction); //11 instruction = new Instruction(new Condition(1, 1, false, false, true), new Action(0, 2, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //12 instruction = new Instruction(new Condition(1, 1, true, false, false), new Action(0, 2, Action.MOVE_AHEAD)); instruct_list_.addInstruction(instruction); //13 instruction = new Instruction(new Condition(1, 1, false, true, false), new Action(0, 2, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //14 instruction = new Instruction(new Condition(1, 2, false, false, true), new Action(1, 0, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //15 instruction = new Instruction(new Condition(1, 2, true, false, false), new Action(1, 0, Action.MOVE_AHEAD)); instruct_list_.addInstruction(instruction); //16 instruction = new Instruction(new Condition(1, 2, false, true, false), new Action(1, 0, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //Vier Weg Kreuzung //1 instruction = new Instruction(new Condition(0, 0, false, false, false), new Action(0, 1, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //2 instruction = new Instruction(new Condition(1, 1, false, false, false), new Action(0, 2, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //3 instruction = new Instruction(new Condition(1, 2, false, false, false), new Action(0, 3, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //4 instruction = new Instruction(new Condition(1, 3, false, false, false), new Action(1, 0, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); //Loops bei 3 Weg Kreuzungen instruction = new Instruction(new Condition(0, 1, false, false, true), new Action(1, 2, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); instruction = new Instruction(new Condition(0, 1, false, true, false), new Action(1, 2, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); instruction = new Instruction(new Condition(0, 1, true, false, false), new Action(1, 2, Action.MOVE_AHEAD)); instruct_list_.addInstruction(instruction); //Loops bei 4 Weg Kreuzungen instruction = new Instruction(new Condition(0, 1, false, false, false), new Action(0, 2, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); instruction = new Instruction(new Condition(0, 2, false, false, false), new Action(1, 3, Action.MOVE_LEFT)); instruct_list_.addInstruction(instruction); } public void run() { try { int levels=level_handler_.getNumLevels(); for(int level=1;level<=levels;level++) { level_handler_.loadLevel(level); labyrinth_field_=level_handler_.getLabyrinthField(); robot_ = new Robot(); robot_.setPos(level_handler_.getStartpointRow(), level_handler_.getStartpointCol()); robot_.setStartDirection(level_handler_.getStartDirection()); // Testprogramm: turing_machine_ = new TuringMachine(); turing_machine_.setLabyrinthField(labyrinth_field_); turing_machine_.setRobot(robot_); // createInstructList(); turing_machine_.setInstructionList(instruct_list_); turing_machine_.setMode(TuringMachine.FASTFORWARD); // Zeichnen des Labyrinths print_labyrinth_.setLabyrinthField( labyrinth_field_); print_labyrinth_.setRobot( robot_ ); //turing_machine_.setMode(TuringMachine.SINGLE_STEP); repaint(); Thread.sleep(50); if( ready_to_run_ ) { System.out.println("Turing Maschine started."); turing_machine_.start(print_labyrinth_); System.out.println("Anzahl der Schritte " + turing_machine_.getNumSteps()); System.out.println("Anzahl der gesammelten Diamanten " + turing_machine_.getNumTakenDiamonds()); } } } catch(IllegalDirectionException ex) { System.err.println(ex.getMessage()); } catch (InterruptedException ex) { System.err.println(ex.getMessage()); } } }