Create AppletAnalogClock.java

Author: sh4d0wy

AppletAnalogClock.java

@@ -0,0 +1,101 @@
+import java.applet.*;  
+import java.awt.*;  
+import java.util.*;  
+import java.text.*;  
+  
+public class MyClock extends Applet implements Runnable {  
+  
+   int width, height;  
+   Thread t = null;  
+   boolean threadSuspended;  
+   int hours=0, minutes=0, seconds=0;  
+   String timeString = "";  
+  
+   public void init() {  
+      width = getSize().width;  
+      height = getSize().height;  
+      setBackground( Color.black );  
+   }  
+  
+   public void start() {  
+      if ( t == null ) {  
+         t = new Thread( this );  
+         t.setPriority( Thread.MIN_PRIORITY );  
+         threadSuspended = false;  
+         t.start();  
+      }  
+      else {  
+         if ( threadSuspended ) {  
+            threadSuspended = false;  
+            synchronized( this ) {  
+               notify();  
+            }  
+         }  
+      }  
+   }  
+  
+   public void stop() {  
+      threadSuspended = true;  
+   }  
+  
+   public void run() {  
+      try {  
+         while (true) {  
+  
+            Calendar cal = Calendar.getInstance();  
+            hours = cal.get( Calendar.HOUR_OF_DAY );  
+            if ( hours > 12 ) hours -= 12;  
+            minutes = cal.get( Calendar.MINUTE );  
+            seconds = cal.get( Calendar.SECOND );  
+  
+            SimpleDateFormat formatter  
+               = new SimpleDateFormat( "hh:mm:ss", Locale.getDefault() );  
+            Date date = cal.getTime();  
+            timeString = formatter.format( date );  
+  
+            // Now the thread checks to see if it should suspend itself  
+            if ( threadSuspended ) {  
+               synchronized( this ) {  
+                  while ( threadSuspended ) {  
+                     wait();  
+                  }  
+               }  
+            }  
+            repaint();  
+            t.sleep( 1000 );  // interval specified in milliseconds  
+         }  
+      }  
+      catch (Exception e) { }  
+   }  
+  
+   void drawHand( double angle, int radius, Graphics g ) {  
+      angle -= 0.5 * Math.PI;  
+      int x = (int)( radius*Math.cos(angle) );  
+      int y = (int)( radius*Math.sin(angle) );  
+      g.drawLine( width/2, height/2, width/2 + x, height/2 + y );  
+   }  
+  
+   void drawWedge( double angle, int radius, Graphics g ) {  
+      angle -= 0.5 * Math.PI;  
+      int x = (int)( radius*Math.cos(angle) );  
+      int y = (int)( radius*Math.sin(angle) );  
+      angle += 2*Math.PI/3;  
+      int x2 = (int)( 5*Math.cos(angle) );  
+      int y2 = (int)( 5*Math.sin(angle) );  
+      angle += 2*Math.PI/3;  
+      int x3 = (int)( 5*Math.cos(angle) );  
+      int y3 = (int)( 5*Math.sin(angle) );  
+      g.drawLine( width/2+x2, height/2+y2, width/2 + x, height/2 + y );  
+      g.drawLine( width/2+x3, height/2+y3, width/2 + x, height/2 + y );  
+      g.drawLine( width/2+x2, height/2+y2, width/2 + x3, height/2 + y3 );  
+   }  
+  
+   public void paint( Graphics g ) {  
+      g.setColor( Color.gray );  
+      drawWedge( 2*Math.PI * hours / 12, width/5, g );  
+      drawWedge( 2*Math.PI * minutes / 60, width/3, g );  
+      drawHand( 2*Math.PI * seconds / 60, width/2, g );  
+      g.setColor( Color.white );  
+      g.drawString( timeString, 10, height-10 );  
+   }  
+}