Rust library to create a Good Game Easily

ggez is a Rust library to create a Good Game Easily. The current version is 0.6.0-rc1. This is a RELEASE CANDIDATE version, which means that the API should be stable but there are still known bugs to address. See the release milestone on the issue tracker for details. More specifically, ggez is a lightweight cross-platform game framework for making 2D games with minimum friction. It aims to implement an API based on (a Rustified version of) the LÖVE game framework. This means it contains basic and portable 2D drawing, sound, resource loading and event handling, but finer details and performance characteristics may be different than LÖVE. ggez is not meant to be everything to everyone, but rather a good base upon which to build. Thus it takes a fairly batteries-included approach without needing a million additions and plugins for everything imaginable, but also does not dictate higher-level functionality such as physics engine or entity component system. Instead the goal is to allow you to use whichever libraries you want to provide these functions, or build your own libraries atop ggez. Filesystem abstraction that lets you load resources from folders or zip files Hardware-accelerated 2D rendering built on the gfx-rs graphics engine Loading and playing .ogg, .wav and .flac files via the rodio crate TTF font rendering with rusttype and glyph_brush. Interface for handling keyboard and mouse events easily through callbacks Config file for defining engine and game settings Easy timing and FPS measurement functions. Math library integration with mint. Some more advanced graphics options: shaders, sprite batches and render targets 

Procgen Benchmark: Procedurally-Generated Game-Like Gym-Environments

16 simple-to-use procedurally-generated gym environments which provide a direct measure of how quickly a reinforcement learning agent learns generalizable skills. The environments run at high speed (thousands of steps per second) on a single core. Faster: Gym Retro environments are already fast, but Procgen environments can run &gt;4x faster. Randomized: Gym Retro environments are always the same, so you can memorize a sequence of actions that will get the highest reward. Procgen environments are randomized so this is not possible. Customizable: If you install from source, you can perform experiments where you change the environments, or build your own environments. The environment-specific code for each environment is often less than 300 lines. This is almost impossible with Gym Retro. Windows 10 macOS 10.14 (Mojave), 10.15 (Catalina) Linux (manylinux2010) 3.7 64-bit 3.8 64-bit 3.9 64-bit 3.10 64-bit Must have at least AVX 

Source code for 'Build your own 2D Game Engine and Create Great Web Games' by Kelvin Sung, Jebediah Pavleas, Fernando Arnez, and Jason Pace

This repository accompanies Build your own 2D Game Engine and Create Great Web Games by Kelvin Sung, Jebediah Pavleas, Fernando Arnez, and Jason Pace (Apress, 2015). 

Files related to the RaspberryPi powered retro gaming handheld

Thank you for checking out my instructions on how to build your own RaspberryPi handheld. The RaspberryPi handheld is a Raspberry Pi powered handheld system that runs RetroPie giving you the ability to play games from the NES, SNES, Genesis, GameBoy, GameGear, Atari, Playstation, arcade games (MAME) and lots of other systems. In designing this handheld I made sure to include enough buttons for full Playstation emulation so there is a d-pad, start, select, A, B, X, Y, L1, R1, L2, and R2 buttons. The SuperGameGirl is powered by a 6000mAh LiPo battery that gives it around 7 hours battery life. The battery is rechargeable via microUSB on the bottom of the handheld with a status LED to showing charging and fully charged states. The power supply in the unit allows it to be charged while you are playing as well. A microcontroller distributes the power from the powersupply to the RaspberryPi, screen, amp, and other peripherals while ensuring that the Pi is shutdown properly when the switch its turned off. This is required to prevent SD card corruption and loosing your precious saved games! Using RetroPie allows the emulators to be quickly set-up, brings saving to systems that previously didn't have the ability to save games, allows the adding of games via USB and uses EmulationStation as a nice clean way to organize everything. If this sounds like fun, keep reading! The detailed instructions on how to assemble one can be found here: https://imgur.com/a/gFhk7. Here you will find the .stl files that you will need to 3D print the case as well as the softwear that you will need to load onto the Pi and the ATTiny85. 2/29/2016 - Another batch of boards were ordered. I expect them in 25 days or less from today. Boards are still available to order. 3/5/2016 - The boards are in production. I expect them in 20 days or so. There are still a few boards left in this batch available for order. 3/12/2016 - The boards are out of production and are being mailed to me. Expected delivery date is late next week. 3/18/2016 - The boards have arrived to me from the manufacturer, I will pack and ship tonight and tomorrow. Thank you everyone for your support. On one unit there is a static/hum noise from the speaker at all times that the other unit doesn't have. I don't know why and figure out the difference. On one unit the display has some static on it, it doesn't effect the gameplay but you can see it if you are really looking for it and it is pissing me off. It is almost like the display is low on power. Maybe there is a little too much voltage drop across the MOSFET... I dunno I originally designed it to have the ATTiny run on 3.3V to make it easier to talk to the Pi and to save power (hence the second power supply) but I could not get it to switch the MOSFET and have the display still switch on and off with just 3.3V despite all data sheets saying it should work. Anyone know why? I turned it up to 5v and added a voltage divider to talk to the Pi and it works but probably not as efficiently as it should be. 

Software Development Kit for building your own games using the OpenRA engine.

This repository contains a bare development environment for creating a new mod/game on the OpenRA engine. These scripts and support files wrap and automatically manage a copy of the OpenRA game engine and common files during development, and generates Windows installers, macOS .app bundles, and Linux AppImages for distribution. 

bob's game (from the infamous upcoming RPG "bob's game") is a multiplayer puzzle game- but not just any puzzle game, EVERY puzzle game! It's a build-your-own puzzle game with a puzzle game creator where YOU define all the rules to your own custom game!  This is the full source code for the puzzle game and RPG engine in C++.

bob's game is "source available" and "free as in beer" but not "Open Source" and "free as in speech" (yet). Lots more game mode features, modes, and goals Better multiplayer lobby with chat Tournament features and ladders, regional and global Matchmaking by region or rank Server verification Spectator mode, replays, challenge replay Custom themes, sounds, and music Android, iOS, and Browser support 

Online web role playing game (RPG) engine let you build your own game directly from your browser.

Online web role playing game (RPG) engine let you build your own game directly from your browser. This is a complete and fully running engine, allowing to directly create a multi-player game running on any HTML5 browser (even mobile phones). This is also the same base engine used on https://www.dotworldmaker.com. 

Build your own Arduino based retro handheld game console

This is a Tank War Game written use JavaScript. try to play. If you have any suggestion or bug to post, click here. I built my own jQuery library in this project. How to build your own js library?. 

Web application that helps you build your own Pokémon team in any core series game

Build your own Node.js / HTML5 real time multiplayer game with blackjack and hookers!