Creating Stunning 3D Glass Portal Card Effect Using React Three Fiber and Gaussian Splatting
Introduction:
Check out the unique and fascinating 3D portal effect created using React Three Fiber and Three.js. This innovative technique allows for realistic rendering and optimization of 3D scenes with the use of MeshTransmissionMaterial and Gaussian Splatting. Discover how real-world objects can be seamlessly integrated into your 3D scenes, opening up a world of possibilities for creators.
Full Article: Creating Stunning 3D Glass Portal Card Effect Using React Three Fiber and Gaussian Splatting
How to Create a Supercool 3D Portal Effect Using React Three Fiber and Three.js
Creating a 3D portal effect has never been easier thanks to the new Spline feature demonstrated by Max @Aximoris. If you want to create your portal effect and have more control over the scene, replicating it using React Three Fiber (R3F) and Three.js is the way to go. Here’s how you can do it.
Setting Up the Scene
Thanks to the R3F community, a MeshTransmissionMaterial is now available in the Drei repository, making it easier to create the effect. By adding a model behind the glass object and ensuring proper lighting, you can achieve the desired 3D portal effect.
Fixing the Issue
A simple fix can be applied to ensure that only the object behind the glass is visible. By incorporating the Transmission material props, you can set the “behind-the-glass” scene manually. This optimizes the scene rendering significantly by rendering the object only once.
Incorporating Gaussian Splatting
Gaussian Splatting is an interesting technique to render 3D scenes, allowing you to integrate real-world objects into your 3D scenes. By using this technique, you can recreate objects accurately, even from old videos. Playcanvas developers provide an editor to remove unnecessary elements from scan files, reducing file size and making them more usable in a web environment.
Adapting the Rendering Technique
Recent developments have made it possible to adapt the Gaussian Splatting rendering technique for use in Three.js and React Three Fiber. Paul Henschel successfully ported it to React Three Fiber, and with a simple code, you can incorporate edited scan files into your 3D scenes.
Expanding the Demos
The possibilities are endless when it comes to creating 3D scenes with React Three Fiber and Three.js. You can easily add additional objects, sculptures, and architectural elements to enhance your scenes. It’s truly fascinating to see the involvement of many amazing individuals in the rapid spread of this new technology.
In Conclusion
The use of open source technology and the contributions of many individuals have driven the advancements in 3D web technology. By supporting open source projects and sponsoring amazing authors, you can contribute to the continuous development of these technologies.
It’s incredible to see how a random video recorded on a phone can become real-life objects in a Three.js scene within an hour. The possibilities for creating captivating and immersive 3D experiences are endless. With the right tools and techniques, you can take your 3D scenes to the next level.
Summary: Creating Stunning 3D Glass Portal Card Effect Using React Three Fiber and Gaussian Splatting
Learn how to create a 3D portal effect using React Three Fiber and Three.js in this exciting tutorial. Replicate the supercool Spline feature created by Max, adding more control over the scene. Discover MeshTransmissionMaterial and Gaussian Splatting to render 3D scenes and integrate real-life objects. Check out the live demos and get inspired to create your own stunning 3D effects!
3D Glass Portal Card Effect with React Three Fiber and Gaussian Splatting
Welcome to our guide on creating a stunning 3D glass portal card effect using React Three Fiber and Gaussian splatting! Read on for a step-by-step tutorial on how to achieve this eye-catching effect for your web projects.
What is React Three Fiber?
React Three Fiber is a powerful and declarative library for creating 3D and VR experiences with React. It allows developers to easily build interactive 3D scenes and animations using the familiar syntax of React components.
What is Gaussian Splatting?
Gaussian splatting is a technique used in computer graphics to create smooth and realistic visual effects. It involves simulating the diffusion of particles, such as light or color, across a surface to achieve a natural and organic appearance.
How to Create a 3D Glass Portal Card Effect with React Three Fiber and Gaussian Splatting
- Install React Three Fiber and set up a new project.
- Create a 3D scene with a portal card geometry and apply a glass material to it.
- Implement Gaussian splatting to achieve a realistic glass effect on the portal card.
- Add interactive features and animations to enhance the immersive experience.
Benefits of Using 3D Glass Portal Card Effect
Enhance user engagement with a unique and visually appealing 3D experience.
Create memorable and impactful web presentations for products or services.
Showcase technical skills and innovation in web development.
Stay ahead of the curve with cutting-edge 3D and VR technology.
Frequently Asked Questions
Q: How difficult is it to implement the 3D glass portal card effect using React Three Fiber and Gaussian splatting?
A: While it may seem complex at first, with the right resources and guidance, it is achievable for developers with intermediate knowledge of React and 3D graphics.
Q: Can this effect be applied to different types of 3D objects and scenes?
A: Yes, the techniques used can be adapted to various 3D elements and environments to create a range of captivating visual effects.
Q: Is the 3D glass portal card effect compatible with major web browsers and devices?
A: Yes, when implemented properly, the effect should work seamlessly across popular web browsers and devices, including mobile and VR platforms.
