T. Sucontphunt, B. Tunwattanapong, Z. Deng, and U. Neumann,
Proceeding of Graphics Interface (GI) 2010, Ottawa, Ontario, Canada, May-June 2010, pp. 209-216. [pdf][bibtex][demo]

The whole milk dragon.

T. Sucontphunt, Z. Mo, U. Neumann, and Z. Deng,
Proceeding of Graphics Interface (GI) 2008, Windsor, Ontario, Canada, May 28-30, 2008, pp. 177-184. [pdf][bibtex][demo ]

December 2007. 

This is a third person shooting game developed from XNA framework. I used pencil drawing style to render the game to make it a little different.

Game play is very simple, trying to kill other opponent. The game starts being 2 players mode but player can change the mode to 1 player or 0 player (who would do that?) at anytime in the game, by set either player to be "Auto-Monster".

Player can change the controlled monster at anytime and the weapon will be changed according to the monster selection, and we have four monsters/weapons to be selected here.

For each round, the scene will be changed, and we have three scenes.

Animation Project: Physically-Based Wind Force effects on Tree Animation.  May 2003.

Basically, I developed 3D animation of the Tree that can be bended by applying simulated wind force. The work focused on realistic interaction between wind force and the auto-generated L-Systems (Lindenmayer) tree structure. The main work is on animating realistic interaction between the objects (tree's branches) and the virtual environment (wind force) by using Forward Kinematics: Time Integration - Standard Euler method. This also makes objects interacting in real time without key-framing effort from animator. Each branch of the tree placed into this virtual environment has its own properties and the global environment has a job to apply the law of physics involved to each of them.

Please follow the links for details.