#typescript #3d #amap #antv #data_visualization #geojson #geospatial #gis #javascript #line #map #mapbox #point #polygon #webgl

https://github.com/antvis/L7

#typescript #3d_engine #webgl #webgl2

https://github.com/oasis-engine/engine

#javascript #visualization #d3 #charts #webgl #charting_library #plotly #data_visualization #regl #plotly_dash

https://github.com/plotly/plotly.js

#javascript #engine #game #game_engine #gamedev #webgl

https://github.com/KilledByAPixel/LittleJS

#cplusplus #d3d11 #d3d12 #d3d9 #dawn #directx #directx_11 #directx_12 #engine #gamedev #gles #glfw #graphics #metal #opengl #rendering #sdl #vulkan #vulkan_api #webgl #webgpu

https://github.com/bkaradzic/bgfx

#javascript #canvas #html5 #matrix #matrix_digital_rain #matrix_rain #regl #webgl #webgl_computer_graphics

https://github.com/Rezmason/matrix

#cplusplus #c #c_plus_plus #console #fragment_shader #geometry #glfw #glsl #glslviewer #graphics #linux #opengl_es #osx #raspberry_pi #raspberrypi #shaders #texture #uniform #vertex_shaders #webgl

https://github.com/patriciogonzalezvivo/glslViewer

#javascript #2d_game_engine #canvas2d #chrome #cordova #es6 #firefox #game_development #game_engine #gamedev #hacktoberfest #html5 #html5_canvas #melonjs #tiled #web3 #webaudio #webgl #webgl2 #webkit

https://github.com/melonjs/melonJS

#typescript #console #development #javascript #pty #ssh #terminal #terminal_emulators #tty #vt100 #webgl #xterm

https://github.com/xtermjs/xterm.js

#javascript #charting_library #charts #d3 #data_visualization #plotly #plotly_dash #regl #visualization #webgl

Plotly.js is a powerful tool for creating various types of charts and visualizations using JavaScript. It allows you to make statistical charts, 3D graphs, scientific charts, and more. You can easily load it into your project using a script tag or as a Node module. This library is beneficial because it offers a wide range of visualization options, making it easy to present data in an interactive and engaging way. Additionally, it is well-documented and has a strong community support, which helps if you need help or want to contribute to its development.

https://github.com/plotly/plotly.js

#rust #game #game_development #game_engine #gamedev #graphics #html #opengl #pico_8 #pixel_art #python #pyxel #rust #tic_80 #webgl

Pyxel is a simple and fun way to make retro-style games using Python. It lets you create games with 16 colors and 4 sound channels, just like old video games. You can run Pyxel on Windows, Mac, Linux, and even in your web browser. To get started, you just need to install Python and then use the `pip install pyxel` command. Pyxel comes with easy-to-use tools for editing images and sounds, and it has many examples to help you learn. This makes it great for beginners and experienced developers alike, allowing you to focus on creating your game without complicated coding.

https://github.com/kitao/pyxel

#cplusplus #3d #cocos #cocoscreator #engine #game_development #game_engine #gamedev #metal #mit_license #open_source #vulkan #webgl #webgl2 #webgpu

Cocos Creator is a powerful tool for making 2D and 3D games. It supports many platforms like Windows, Mac, iOS, Android, and more. It offers features like easy animation, physics, and UI systems, making game development easier. The engine uses modern graphics APIs like Vulkan and Metal for high performance. It also supports TypeScript for scripting, which is easy to use. This tool helps developers work together smoothly and publish games quickly across different platforms. It's open-source, so developers can contribute and customize it as needed.

https://github.com/cocos/cocos-engine

#typescript #data_visualization #geospatial_analysis #javascript #maps #python #visualization #webgl

deck.gl is a powerful tool that helps you create fast, interactive, and visually impressive maps and data visualizations using WebGL technology. It lets you turn large sets of data into layers like icons, polygons, and text, which you can view in different ways such as maps or 3D scenes. It works well with popular map providers like Google Maps and Mapbox, and supports easy interaction like clicking and filtering. You can use it simply by adding a script or installing it via npm or Python. This makes it easier for you to build custom, high-performance visualizations quickly and with less coding effort.

https://github.com/visgl/deck.gl

#javascript #3d #augmented_reality #canvas #html5 #javascript #svg #virtual_reality #webaudio #webgl #webgl2 #webgpu #webxr

Three.js is a powerful and easy-to-use JavaScript library that helps you create 3D graphics and animations on the web with much less code than using WebGL directly. It handles complex tasks like rendering and math calculations, so you can focus on designing your 3D scenes. It supports WebGL and WebGPU, with additional options like SVG and CSS3D. Three.js has excellent documentation, many examples, and a large, active community that provides support and updates. This makes it ideal for quickly building interactive 3D content that works across browsers, improving your web projects with engaging visuals and smooth performance[1][3][5].

https://github.com/mrdoob/three.js

#javascript #3d_gaussian_splatting #game_development #game_engine #gamedev #gaussian_splatting #gltf #hacktoberfest #javascript #nodejs #playcanvas #typescript #virtual_reality #webgl #webgl2 #webgpu #webxr

PlayCanvas is an open-source game engine that lets you create 3D and 2D games or apps that run in any browser, using WebGL and WebGPU for fast, high-quality graphics. It supports advanced features like animation, physics, sound, and asset streaming, and you can write code in JavaScript or TypeScript. The engine is free, easy to set up, and works well for both simple projects and complex games, making it simple to build and share interactive content online.

https://github.com/playcanvas/engine