import java.awt.*; import java.applet.*; import java.awt.image.FilteredImageSource; import java.awt.image.CropImageFilter; public class klevel extends Canvas implements Runnable { public String plot = "--Plot Line--"; public String inst = "--Instruction Line--"; public double done = 0.0d; public final static int TOP = -1, MIDDLE = 0, BOTTOM = 1; public final static int LEFT = -1, CENTER = 0, RIGHT = 1; public static Applet master; public static boolean disable_dim = false; public Image oI, statI; public Graphics oG, statG; public Thread runner; public int speed = 500; // half a second public boolean doStatic = true, startLoad = false, loaded = false; public boolean timer_on = false; // can't override public klevel () { setBackground(Color.black); } // don't override public void paint (Graphics g) { ensureBuffers(); update(g); } // call this public void start() { timer_on = true; runner = new Thread(this); runner.start(); } // call this public void stop() { timer_on = false; runner = null; } // don't override public void run () { long startTime = System.currentTimeMillis(); //This is the animation loop. while (Thread.currentThread() == runner) { repaint(); try { startTime += speed; Thread.sleep(Math.max(0,startTime-System.currentTimeMillis())); // Thread.sleep(speed); } catch (InterruptedException e) { break; } } } // call this public AudioClip waitAudioClip (String file) { return master.getAudioClip(master.getDocumentBase(),file); } // call this public Image waitImage (String file) { Image a = master.getImage(master.getDocumentBase(),file); MediaTracker track = new MediaTracker(this); track.addImage(a,0); try { track.waitForID(0); } catch (Exception e) { } return a; } // call this public Image cropImage (Image i, int x, int y, int w, int h) { MediaTracker st = new MediaTracker(this); Image cp = createImage(new FilteredImageSource(i.getSource(), new CropImageFilter(x,y,w,h))); st.addImage(cp,0); try { st.waitForID(0); } catch (Exception e) { } return cp; } // don't override public void ensureBuffers () { if (oI==null || statI==null) { oI = createImage(400,300); statI = createImage(400,300); oG = oI.getGraphics(); statG = statI.getGraphics(); } } // don't override public void update (Graphics g) { boolean skipthisround = false; if (loaded) { if (doStatic) { drawStatic(statG); doStatic=false; } } else { oG.setFont(new Font("TimesRoman",Font.BOLD,20)); drawText(oG,"Loading Level, please wait.",new Point(200,100),CENTER,TOP,new Color(0,0,180),true); g.drawImage(oI,0,0,this); if (startLoad==false) { startLoad=true; loaded=true; loadData(); skipthisround=true; } } if (timer_on == true && skipthisround == false) { if (loaded) { oG.drawImage(statI,0,0,this); drawNormal(oG); g.drawImage(oI,0,0,this); } } else { g.drawImage(oI,0,0,this); } } // call this, to call drawText simpler public void displayText (Graphics g, String s) { if (disable_dim == false) { Image dim = createImage(new FilteredImageSource(oI.getSource(), new dimFilter(100))); MediaTracker track = new MediaTracker(this); track.addImage(dim,0); try { track.waitForID(0); } catch (Exception e) { } g.drawImage(dim,0,0,this); } else { g.setColor(Color.black); for (int i=0;i<800;i+=2) { g.drawLine(i,0,0,i); } } for (int i=0;i<200;i++) { g.setColor(new Color(200-i,200-i,200-i)); g.fillRect(i*2,50,2,50); } g.setColor(new Color(100,100,100)); g.draw3DRect(0,50,400,50,true); g.setFont(new Font("TimesRoman",0,22)); drawText(g, s, new Point(200,75),CENTER,MIDDLE,new Color(255,255,0),true); } // call this public void drawText (Graphics g, String s, Point p, int ha, int va, Color c, boolean three_d) { int tw = g.getFontMetrics().stringWidth(s); int tha = g.getFontMetrics().getAscent(); int drx=0, dry=0; switch (ha) { case LEFT: drx=p.x-tw; break; case CENTER: drx=p.x-(tw/2); break; case RIGHT: drx=p.x; break; } switch (va) { case TOP: dry=p.y; break; case MIDDLE: dry=p.y+(tha/4); break; // one-forth is not exact case BOTTOM: dry=p.y+tha; break; } if (three_d) // if 3d { g.setColor(changeColor(c,1)); g.drawString(s,drx-1,dry); g.setColor(changeColor(c,-1)); g.drawString(s,drx+1,dry); } g.setColor(changeColor(c,0)); g.drawString(s,drx,dry); } // call this public void drawAlignImage (Graphics g, Image i, int x, int y, int ha, int va) { drawAlignImage(g,i,x,y,ha,va,1); } // call this public void drawAlignImage (Graphics g, Image i, int x, int y, int ha, int va, double factor) { int w = (int) (i.getWidth(this) * factor); int h = (int) (i.getHeight(this) * factor); int drx=0, dry=0; switch (ha) { case LEFT: drx=x; break; case CENTER: drx=x-(w/2); break; case RIGHT: drx=x-w; break; } switch (va) { case TOP: dry=y-h; break; case MIDDLE: dry=y-(h/2); break; case BOTTOM: dry=y; break; } if (factor != 1) g.drawImage(i,drx,dry,w,h,this); else g.drawImage(i,drx,dry,this); } private Color changeColor(Color c, int change) { double m = (change==1) ? 23d/17d : ((change==-1) ? 9d/17d : 1); return new Color(multFix(c.getRed(),m),multFix(c.getGreen(),m),multFix(c.getBlue(),m)); } private int multFix (int n, double m) { double i = (double) n; i *= m; if (i<0) i=0; if (i>255) i=255; return (int) i; } // override public void drawNormal (Graphics g) { } // override public void drawStatic (Graphics g) { } // override public void loadData () { } // override public void cleanUp () { stop(); } // call this public void nextLevel () { ((koffer)master).nextLevel(); } // call this public void enableNextLevel () { if (((koffer)master).ingame) ((koffer)master).nextbutton.enable(true); } // call this public void changeScore (int change) { ((koffer)master).changeScore(change); } } class President { String Name, Party, Elect, Serve, Extra; boolean done; public President (Name, Party, Elect, Serve) { return this (Name, Pary, Elect, Serve, ""); } public President (Name, Party, Elect, Serve, Extra) { this.Name = Name; this.Party = Party; this.Elect = Elect; this.Serve = Serve; this.Extra = Extra; this.done = false; } } /* Type PresType Name As String Party As String Elect As String serve As String done As Single extra As String End Type */