The objective of Lunar Lander is to pilot a lunar landing module as it prepares to touch down on the moon. The terrain is very jagged and has only a few flat areas appropriate for landing. These areas are highlighted with green color. If the player successfully lands the module, he or she is awarded points based on how good the landing was and the difficulty of the landing site. If he or she crashes, points are awarded based on the severity of the crash and sometimes the player receives a fuel penalty. In either case, the game starts another round with a different set of terrain and the player’s remaining fuel. The game is over when the player has run out of fuel and crashes on the moon’s surface.

To pilot the lander, the player must counteract gravity by using the lander’s aft thrusters to slow its descent. The player uses a proportional throttle to adjust the strength of the thrusters, a new feature at the time of the game’s release. Three buttons provide the ability to rotate the craft clockwise and counterclockwise, and to “abort” an approach by firing the thrusters at full strength for a short time. Each action uses up the craft’s limited fuel, and when fuel has run out, the lander stops responding to the player’s actions.

https://slideme.org/application/rechild-lunar-lander-0

‘Marble Solitaire’ is one of the classic board strategy games. Its very simple by rule, “Eliminate as many marbles as possible by jumping over adjacent one.” Try different shape and size of the board to improve your expertise to minimal number of marbles left on the board at last.

https://slideme.org/application/marble-solitaire-10

Robotic Space Rock is a 3D tetris like game for the android mobile phone platform. The code is based on the SDK samples of the Android SDK. The intent is to create a fun to play game, and familiarize with the rich API of the android platform. The game uses openGL ES to render the graphics. As well as the classic tetris-like gameplay, the game provides additional game modes, “Dizzy” and “Monolith”.

http://code.google.com/p/monolithandroid/

Harmonic tide clock / tide prediction for Android. Originally based on muTide, a Java ME derivative of XTide, aTides uses of the same ‘station.dat’ and ‘data.dat’ files as muTide. Updated files placed on the SD card will override the ones included.

http://sourceforge.net/projects/a-tides/

Android PDF Viewer is a viewer for PDF-Files on ANDROID mobiles. The implementation will be a port of the PDF-Renderer which is published by SUN under the LGPL: https://pdf-renderer.dev.java.net/

http://sourceforge.net/projects/andpdf/

Here comes an “Android Sound Recorder Widget”…

http://sourceforge.net/projects/rehearsalassist/files/Android%20Sound%20Recorder%20Widget/SoundRecorderWidget_1_0_0.apk/

Harmonic tide clock / tide prediction for Android. Originally based on muTide, a Java ME derivative of XTide, aTides uses of the same ‘station.dat’ and ‘data.dat’ files as muTide. Updated files placed on the SD card will override the ones included.

http://sourceforge.net/projects/a-tides/

Android PDF Viewer is a viewer for PDF-Files on ANDROID mobiles. The implementation will be a port of the PDF-Renderer which is published by SUN under the LGPL: https://pdf-renderer.dev.java.net/

http://sourceforge.net/projects/andpdf/

Android PDF Viewer is a viewer for PDF-Files on ANDROID mobiles. The implementation will be a port of the PDF-Renderer which is published by SUN under the LGPL: https://pdf-renderer.dev.java.net/

http://sourceforge.net/projects/andpdf/

ConnectBot is a powerful open-source Secure Shell (SSH) client. It can manage simultaneous SSH sessions, create secure tunnels, and copy/paste between other applications.

This client allows you to connect to Secure Shell servers that typically run on UNIX-based servers. See Wikipedia for more information on Secure Shell.

https://slideme.org/application/connectbot