Analog Clock Download For Java Mobile

Free Analog Alarm Clock Apk Download For PC Windows 7,8,10,XP

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An animated analog tabletop alarm clock with these features:
– seconds hand
– button to stop alarm
– traditional bells
– options to set alarm, enable or disable alarm, enable or disable ticking sounds, enable or disable screen on
– alarm even automatically activates after app is exited
– supports portrait and landscape modes

Note: if your android device is rebooted, the alarm may not activate automatically. You must then run the app again to enable the alarm.

How To Play Analog Alarm Clock Apps On PC,Laptop,Tablet

1.Download and Install Android Emulator on PC,Laptop,Tablet.Click “Download Emulator” to download.

2.Run Android Emulator on PC, Laptop or Tablet.

3.Open Android Emulator for PC,Laptop,Tablet import the Analog Alarm Clock Apps file from your PC Into Android Emulator to install it.

4.Install Analog Alarm Clock APPS for PC Windows.Now you can play Analog Alarm Clock Apps Games on PC.

Analog clock can be created by using the Math class. Let's see the simple example:

Example of Analog clock in Applet:

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 ); }}