D5 Render has introduced an industry-first: D5 GS 3D with Gaussian Splatting, making it the first 3D rendering software to offer this powerful feature. D5 GS 3D empowers users to transform MP4 videos into navigable 3D models that can be viewed, rotated, and explored directly in a browser. Available exclusively for D5 for Teams users, this tool is perfect for professionals in architecture, design, and digital visualization, offering a new dimension in presenting 3D content online.

Whether embedding on a website or sharing through a link, D5 GS 3D simplifies creating, editing, and displaying interactive 3D models.

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What is Gaussian Splatting and How Does it Work?

Gaussian Splatting is a state-of-the-art technique in 3D rendering, enabling MP4 videos to be transformed into real-time interactive 3D models. Similar to Neural Radiance Fields (NeRFs), this technology provides a way to create navigable models quickly, with high-quality rendering. Using Gaussian splats—small points that collectively shape the model’s structure—this method enables highly detailed models that are efficient and fast to process.

By simplifying the model creation process and making it accessible, Gaussian Splatting reduces the technical hurdles associated with creating and sharing 3D models. Additionally, the real-time interactivity in a browser allows creators to present their work with a streamlined, engaging experience.

Getting Started with D5 GS 3D

Here’s how to begin transforming your 3D creations with D5 GS 3D:

1. Upload a One-Shot Videos
Begin by uploading a one-shot video of the object you want to convert into a 3D model. This could be a video rendered in D5 Render or footage captured on your smartphone. The Video to 3D service in D5 GS processes the footage, converting it into a real-time, fully interactive model.

2. Edit and Customize Splats
After the initial processing, a PLY file is generated. Open this file in the Splat Editor for further refinement, like trimming edges or enhancing specific details. The editor allows easy fine-tuning, and the camera position at the time of saving is set as the model’s default display angle.

3. Share Your 3D Model Online‍

Sharing your 3D files is simple. You can distribute these models through links, QR codes, or by embedding them on popular platforms such as Notion, Google Docs, and Webflow using iframe. This makes it easy for clients and collaborators to view and interact with your model directly from their browser, offering an engaging experience.

Check out an example of 3D Gaussian Splatting in action.

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Best Practices for High-Quality 3D Models

Follow these best practices to ensure your video-to-3D conversions result in high-quality models:

Capture Multiple Angles:

For better quality, record your object from a variety of angles. Use a circular, ascending approach that captures top, middle, and bottom sections for a full 360-degree view.

Avoid Dynamic Objects:

To maintain model accuracy, avoid moving subjects in the frame. Also, disable any dynamic effects and the 2-point perspective in D5 Render to prevent distortion.

Use a Continuous Shot:

Ensure the video is a single, continuous shot without cuts. The service only processes the initial segment, so multiple cuts may prevent full rendering.

Keep Camera Movement Smooth:

Smooth camera movement is crucial. Sudden position changes can lower the model’s clarity, as D5 GS samples four frames per second during training.

Optimal Resolution:

For best results, use a resolution of 2K. Higher resolutions do not significantly impact model quality and may slow processing.

By following these best practices, you can ensure that your video conversions yield high-quality 3D models, providing an exceptional experience for those interacting with your content.

Click here to see the example of the results you can achieve using this feature. Please note that the reel is only accessible to Teams users. To share it with non-Teams users, you'll need to switch to a project link.

How This Technology Can Transform Your Workflow

Here’s how 3D model rendering with Gaussian splats can enhance your 3D projects:

1. Elevate Architectural Visualizations

Convert your architectural projects into interactive 3D files that clients can explore online. Unlike traditional panoramic VR, which is ideal for indoor and ground-level views, 3D Gaussian Splatting is perfect for creating bird's-eye views of buildings, offering a unique perspective for clients.

See an example of a bird's-eye view here.

2. Collaborate in 3D with Online Tools

Seamlessly integrate 3D visualizations into online platforms like Notion or Google Docs, enabling synchronized 3D project collaboration within your team. Imagine presenting a 3D model as part of a proposal, where clients can explore the design directly in their web browser!

Check out a live example here.

3. Enhance Engagement and Interactivity

‍Sharing 3D models is effortless. This technology allows users to rotate, zoom, and navigate the model in real time, making for a highly interactive experience that clients and collaborators will appreciate.

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What's Coming Next?

D5 Render continues to evolve, with future updates planned to include features like D5 AR (Augmented Reality) and enhanced interactivity. These advancements will broaden the scope of real-time collaboration and immersive project exploration in 3D spaces.

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Frequently Asked Questions (FAQs)

1. What is Gaussian Splatting in 3D rendering?
   It’s a technique that transforms video files into real-time, interactive 3D models, ideal for applications in fields like architecture and design.
2. How does it differ from NeRF technology?
   Gaussian Splatting is generally faster and more efficient than NeRF for many 3D applications, offering ease of use and quality outputs in interactive settings.
3. What are ideal video conditions for 3D model creation?
   Use continuous, high-quality, one-shot videos taken from multiple angles for the best quality.
4. How can this technology improve my workflow?
   It accelerates model creation and simplifies sharing of interactive 3D content, making it valuable for professionals.
5. Is it suitable for collaborative projects?
   Absolutely. These models can be embedded and shared on platforms like Notion or Webflow, enabling real-time, interactive collaboration.
6. What are the limitations?
   This technology requires stable video input and works best with non-moving subjects. Videos with cuts or rapid movements may impact model quality.

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Why This Technology Matters

For architects, designers, and 3D visualization professionals, Gaussian Splatting is transformative. It speeds up the rendering process, allows for easy customization, and provides an accessible way to share high-quality, interactive 3D models. It’s a powerful addition to any workflow, opening new possibilities for immersive client presentations and collaborative design.

Get started with D5 GS 3D today and see how it can transform your 3D workflow!