Browser that supports webgl

Easily display and interact with webpages in 2D using the Unity web browser plugin trusted by hundreds of developers. Try the demo here and see the developer site for full documentation. Due to browser limitations, this package has significant limitations compared to the other 3D WebView packages. Please see this page for the full list of limitations.Load a webpage from a URL or HTML stringWatch videos and YouTube embedsCreate UIs with HTMLGet started fast with the 2D CanvasWebViewPrefabC# source code for a unified API that works seamlessly across Windows, macOS, Android, iOS, visionOS, WebGL, and UWP (each platform sold separately)Powered by the HTML elementComprehensive APIs for controlling the browser and listening to browser events (see this page for limitations)Execute JavaScriptSend messages from C# to JavaScript and vice versaView PDFsIntegrate with OAuthIncludes additional APIs for platform-specific featuresSupports transparent pagesExamples 3D WebView's included CanvasWebViewDemo scene WebGL WebView Demo System requirementsUnity 2018.4 or newerWebGL Build SupportAdds Important notes and limitationsProducts purchased through the Vuplex Store are downloaded through the Vuplex Developer Dashboard. For a comparison of the Vuplex Store vs. the Unity Asset Store, please see this page.This package only supports WebGL. To support other platforms, you can install additional 3D WebView packages, and you can save money on multiple packages by buying a bundle. All of the 3D WebView packages work seamlessly together, so all you need to do is install them into the same project, and then 3D WebView automatically detects and uses the correct plugin at runtime and build time.3D

Enabled browser. To publish the model in the Web, the content of the target directory must just be copied to a web site. WebGL-Publisher writes the geometric information into an own model format with the extension wpm (WebGL-Publisher Model). The reasons for defining an own model format are: The format is optimized for an Internet environment and is based on JSON notation The format has its focus on reducing the data size but keeping the readability The format supports not only plain 3D data but also Animations Layer Lines in 2D/3D space with different line styles Arcs in 2D/3D space with different line styles Crosshatches in 2D/3D space with different line styles Text and Labels in 2D/3D space with different fonts Dimensions (linear, angular and radial) in 2D/3D space with different fonts 3D geometry with individual color/texture/shader options Assembly structures incl. referenced components (must be loaded only once) There are numerous cloud based solutions to display models via WebGL in web browsers. In doing so the native models are uploaded into a portal and are converted by a remote server. The generated output is publisher under a specific URL from the provider. The following aspects illustrate the benefits of WebGL-Publisher compared to these solutions. Control of the native models Using WebGL-Publisher the original models do not have to be uploaded via internet. This protects the intellectual property and the know-how of the creator because no design ideas are given away. In addition to that it is secure that the native

Debugging and trouble shooting WebGL buildsWebGL is an API for rendering graphics in web browsers, which is based on the functionality of the OpenGL ES graphics library. WebGL 1.0 roughly matches OpenGL ES 2.0 functionality, and WebGL 2.0 roughly matches OpenGL ES 3.0 functionality.Deferred RenderingUnity WebGL only supports Deferred Rendering Path if WebGL2.0 is available. On WebGL1.0, Unity WebGL runtime will fallback to Forward Rendering.Global IlluminationUnity WebGL only supports baked GI. Realtime GI is not currently supported in WebGL. Furthermore, only Non-Directional lightmaps are supported.Procedural MaterialsUnity WebGL does not support Procedural Materials at runtime. Like on other unsupported platforms, Procedural Materials will be baked into ordinary Materials during the build.Linear RenderingWebGL does not support linear color space rendering.MovieTexturesWebGL does not support playing Video using the MovieTexture class. However, you can efficiently play back video in your WebGL content using the HTML5 video element. Download this Asset Store package for an example of how to do so.WebGL Shader code restrictionsThe WebGL 1.0 specification imposes some limitations on GLSLS shader code, which are more restricted then what many OpenGL ES 2.0 implementations allow. This is mostly relevant when you write your own shaders.Specifically, WebGL has restriction on which values can be used to index arrays or matrices: WebGL only allows dynamic indexing with constant expressions, loop indices or a combination. The only exception is for uniform access in vertex shaders, which can be indexed using any expression.Also, restrictions apply on control structures. The only type of loops which are allowed are counting for loops, where the initializer initializes a variable to a constant, the update adds a constant to or subtracts a constant from the variable, and the continuation test compares the variable to a constant. for loops which don’t match those criteria and while loops are not allowed.Font renderingUnity WebGL supports dynamic font rendering like all Unity platforms. However, it does not have access to the fonts installed on the user’s machine, so any fonts used must be included in the project folder (including any fallback fonts for international characters, or bold/italic versions of fonts), and set up as fallback font names.Anti-AliasingWebGL supports anti-aliasing on most (but not on all) combinations of browsers and GPUs. To use it, anti-aliasing must be enabled in the default Quality Setting for the WebGL platform. Switching quality settings at runtime will not enabled or disable anti-aliasing - it has to be set up in the