Search Results for "collision detection"

VatraLib is a simple and light-weight cross-platform game engine which allows for creating old-school 2D games, such as Jump 'n' Runs, Real-time strategy games, and Shoot 'em ups. The key idea is to provide the developer with low-level functionality - animation control, collision detection and the like - so they can focus on making games instead of re-inventing the wheel. VatraLib has been rewritten from scratch, see current code under "Code". The first installment of VatraLib used JOGL for graphics, JOAL for sound, and Spring for dynamic object creation. That (crummy) source code is available under "LegacyCode".

!Help Wanted! See Discussions for more details. A platform game demonstrating concepts for 2D platform game creation in Java. Collect the stars and go through the door to advance levels. Graphics courtesy of: https://www.gameart2d.com https://opengameart.org/content/animated-fire https://craftpix.net Levels created using https://www.mapeditor.org/ Project created in the Eclipse Java IDE. Keys: Up, Down, Left, Right - Move Player Space - Jump M - Throw Kunai Q, A - Scroll...

Kochol Game Engine(KGE) is an object-orianted hardware accelerated 3D Game engine. Easy to use and powerful engine for cutting edge games.

UtiliGame is a light-weight game engine built upon the Utilis classes written in Java. It supports tiles, entities, collision detection, custom collision boxes, and much more.

Dealing with math in gamedev can be a hard task for beginners, so this library provides some code to make your life easier with strong focus on gamedev. Some tools for collision detection (but not physics) are provided too. The library is not strictly about math, so some helpfull 2d gamedev relevant abstractions (like chains) are included too. Key features: * Easy dealing with ranges, intervals * Timers and callbacks * Chains (for making chains of enemies, snakes, centipedes etc.) * Some collision detection relevant stuff like SAT, Sweep and Prune, QuadTree-management, AABB computations, OBB computations, Point rotations, Braking convex polys in concav subpolies etc.