Search Results for "example"

Filament is a real-time physically-based renderer written in C++. It is mobile-first, but also multi-platform. We are very conscientious about keeping Filament small, fast to load, and focused on rendering. For example, Filament does not compile materials at run time. Instead, we provide a command line tool (matc) that does this offline. Filament is a physically based rendering (PBR) engine for Android. The goal of Filament is to offer a set of tools and APIs for Android developers that will enable them to create high quality 2D and 3D rendering with ease. ...

...Besides being sort of neat looking, this view is interesting in that it highlights the differences between the number of contributions with more granularity. This isn't meant to completely replace the standard 2D graph though, because in most ways it is actually less useful. For example, there are no axis labels, shorter bars can be hidden behind taller ones, you can't hover over a bar to see the day and count, etc. If you want to hack on the extension, you'll need to install it manually. First clone or fork this repo. Then, on your Chrome Extensions page, make sure "Developer mode" is checked. You can then click the "Load unpacked extension" button and browse to the src directory of this repo.

GLSLmath provides C++ math operations as defined by GLSL. For example, it provides methods to easily setup viewing transformations and perspective projections. GLSLmath has been inspired by the glm and slmath libraries, which aim to mimic GLSL, but in contrast to those GLSLmath does not focus on a complete conforming implementation of GLSL. It rather aims to provide a convenient single header file that implements the most commonly used subset of GLSL so that it is easy to use for rapid prototyping and GLSL teaching purposes. ...

This is a C++ conversion of the Qt3D QML Shadow Map example. This is not a strict port, since I just wanted the shadow mapping for another project I'm working on, so the fancy airplane animation is not included. I tried to build the classes so that they mirror the QML in terms of interface and functionality. It took me weeks to work this out, so I'm posting the code to help others. It's a shame that Qt3D is so lacking in documentation and example code.

...You can prepare images for as many levels of pixel density as you want and let retina.js dynamically serve the right image to the user. retina.js assumes you are using Apple's prescribed high-resolution modifiers (@2x, @3x, etc) to denote high-res image variants on your server. It also assumes that if you have prepared a variant for a given high-res environment, that you have also prepared variants for each environment below it. For example, if you have prepared 3x variants, retina.js will assume that you have also prepared 2x variants. If the environment does have 3x capabilities, retina.js will serve up the 3x image. It will expect that url to be /images/my_image@3x.png. If the environment has the ability to display images at higher densities than 3x, retina.js will serve up the image of the highest resolution that you've provided, in this case 3x.

...The Core3D library provides structure and organization to speed up application development. Tightly coupled or interrelated functionalities are partitioned into groups. These groups ensure there is a separation of concerns. For example, the description of shapes and visual characteristics of a scene are separated from code that renders the scene on different graphics hardware. This code structure allows any developer to build a 3D application quickly without having to know much about rendering pipelines, event handling, threading, etc. The Core3D framework consists of a collection of very lightweight classes that model a complete 3D environment. ...

loadmd2 chung is a dll to load 3D md2 animated models into openGL. It is written in compiled freebasic, but can be called by any other current programming language , as c++ or LibertyBasic.

QC Player Plus is a simple Quartz Composer composition player. It takes the Apple-supplied "QC Player" example project, improves the rendering pipeline and adds the features you need for it to be useful in a live context.

osgGtk is a library of C based Gtk+ and C++ based Gtk-- widgets to support OpenSceneGraph (OSG) applications. The library also includes several example applications such as osgviewerGtk and osgviewerGtkmm.

This 3D visualization program would allow you to travel through interiors of imported buildings. Client - server architecture would allow "virtual clients" - for example for showing in real-time, where staff is located (using additional equipment)

MusicWatcher is a perl based non-realtime music analysis and visualization system with complete example implementations. One example renders a 3d music driven animation in povray.

An easy to use managed graphics engine. Utilises OpenGL, Direct3D9, and Xna through an abstraction layer. Accompanied by a number of other helpfull tools, for example to simplify input and networking.

PovMorpheus is programm for morphing between two or more PovRay files. It is programm for generating intermediate files for animation. For example you can take two files with nurbs patches and to make interpolation with PovMorpheus.