mattm401/Mercury
The Simple Java Game Library -
Developer Profile
mattm401
Discovered public repositories for mattm401 in the GitHub catalog.
mattm401/SpaceWar
SpaceWar game build in Java
mattm401/BitingDeath
A zombie game in Java. Leading a team, scavenging, hitting 'Next day' button. Both the model and a Swing implementation.
mattm401/Heroes
Java game
mattm401/Terasology
Terasology is an open source project started by Benjamin "begla" Glatzel to research procedural terrain generation and efficient rendering techniques in Java using the LWJGL. The engine uses a block-based voxel-like approach as seen in Minecraft. After proving itself as a solid tech demo begla was joined at first by Anton "small-jeeper" Kireev and Rasmus "Cervator" Praestholm and a full-fledged game concept was born. Our goal is a game that pays ample tribute to Minecraft in initial look and origin, but stakes out its own niche by adopting the NPC-helper and caretaker feel from such games as Dwarf Fortress and Dungeon Keeper, while striving for added depth and sophistication in the foundation systems akin to DF.
mattm401/rps-java
Javascript Rock-Paper-Scissors game
mattm401/Math-Game
A math game Java program
mattm401/JavaGame
a 2D Game...
mattm401/DnD-AttributeGen
A Java-Based Dungeons and Dragons Attribute Generator. 4e only, so far.
mattm401/SnooSharp
C# Portable Class Library for interacting with the Reddit API
mattm401/pcl
Point Cloud Library (PCL)
mattm401/tunnelers-unified
The resurrection of the Tunnelers game, in Unity3D.
mattm401/Cuber-Unity
Platformer game developed in Unity3D and C#
mattm401/BlockWars
Destroy your enemies base with your own base components - Unity3D game
mattm401/duality
a 2D Game Development Framework
mattm401/BioSeq.jl
Julia's package for working on Bioinformatics with DNA, RNA and Protein Sequences
mattm401/pDAMGES
A parallel (OpenMP) Diagonally-dominant Algebraic Multigrid Equation Solver by Benjamin G. Jimenez, Virginia Forstall, and Matthew Louis Mauriello. This project was created as part of the requirements for completion of CMSC714: High Performance Computing at the University of Maryland. Feel free to use with credit given to the authors in any derived work. To give credit where credit is due, these programs must be configured to work with ATLAS, GotoBLAS2, or another LAPACK/CBLAS package which are the property of their respective authors. If you would like to use another linear algebra package, you should just have to reconfigure the MAKEFILE for them - as long as it includes standard CBLAS/LAPACK you should be fine.