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Frequently Asked Questions

Who should use Byrst?

Byrst is perfect for anyone who needs to quickly and easily create 3D models from photos. Whether you're an e-commerce seller wanting to showcase your products in 3D, a designer visualizing furniture in a room, or just someone who wants to play with AR, Byrst can help! It's especially useful for:

  • Online retailers
  • Interior designers
  • AR/VR developers
  • 3D artists
  • Anyone exploring 3D and AR!

How do I start to use Byrst?

It's easy! Just follow these steps:

  1. Sign up for a free account using your Google, Facebook, or Apple account.

  2. Choose your capture method: Byrst offers several ways to create 3D models. Choose the method that best suits your needs:

    • Single Image to 3D: Use a single photo to create a 3D model.
    • Multiple Images 3D: Use multiple photos to create a detailed 3D model.
    • Adjust the real-world size and make any edits. 📐
    • Publish and share your 3D model! 🌐

What are the system requirements?

Byrst works on most modern devices.

For capturing photos, you'll need:

  • A smartphone or DSLR camera.
  • A stable internet connection.

For processing, editing, managing, and viewing 3D models:

What's the difference between the free and paid version?

Byrst offers a range of plans to suit different needs, from our free Starter plan to our enterprise-level options. Each plan includes a specific number of 3D models per month, maximum image sizes, and access to various features.  

To see a detailed comparison of all our plans, including the latest pricing and features, please visit our pricing page: https://www.byrst.com/pricing

How can I get customer support?

We're here to help! You can reach our support team by emailing us at support@byrst.com.

Model Creation

How do I create a new model?

Follow the steps outlined in our Quick Start Guide.

What type of images can I use for model creation?

We recommend using clear, well-lit photos. Avoid blurry images, extreme angles, and complex backgrounds. However, the specific image requirements vary depending on which 3D modeling method you choose. Here's a breakdown:

For Single Image to 3D (Depth):

  • Recommended Inputs:

    • Single Object: Ensure the image contains only one object.
    • Standard Front View: Use a front-facing view of the object.
    • Simple Background: Preferably white, monochrome, or no background.

  • Avoid These Inputs:

    • Text Overlay: Do not use images with text.
    • Multiple Objects: Avoid including more than one object in the image.

For Single Image to 3D (Flat):

  • High-resolution images with clear details and minimal distortion are best. Avoid blurry or heavily pixelated images.

For Multiple Images 3D (Full Object Scan):

  • Key Considerations:
    • Overlap: Take multiple overlapping photos of the object from all angles. Each photo should share some common visual elements with the adjacent photos.
    • Coverage: Ensure you capture the entire object; no parts should be hidden or omitted.
    • Consistent Lighting: Use consistent lighting across all photos to avoid variations in color and shadows, which can affect the 3D reconstruction. Avoid harsh shadows or reflections.
    • Sharp Focus: Ensure all photos are in sharp focus.

Why is my model size off when I view it in my room?

The 3D models we generate are based on the image you provide, and while our system can infer shape and form, it cannot automatically determine the real-world size of the object. Therefore, you'll need to adjust the model's size after it's generated to match the actual dimensions of the object in your room. See our Model Edit guide for details.

Can I upload video to make a model?

Currently, Byrst creates models from still images. Video upload is not yet supported.

How do I resize my model?

See our Model Edit for instructions.

How do I export my model?

You can export your 3D models in GLB and USDZ formats. These are industry-standard formats widely supported by 3D viewers, AR platforms, and game engines.

What file formats can I export my model?

Byrst currently supports exporting to GLB (.glb) and USDZ (.usdz) file formats.

Embedding and Sharing

How do I embed my model on my website?

You can easily embed your 3D models on your website using our embed code. Visit our Publish & Share Your Model documentation for instructions and examples.

How do I share my model with others?

Byrst provides shareable links for your 3D models. You can easily share these links via email, social media, or any other platform. See our Embedding and Sharing documentation for more information.

Image to 3D vs Full Object Scan

We offer several ways to create 3D models from images, each suited to different needs. This guide explains the options and helps you choose the best one for your project.

1. Single Image to 3D:

This method uses a single 2D image to generate a 3D model. We offer two variations:

  • My Item Has Depth (Image to 3D - Depth):

    • Best For: Objects with inherent three-dimensionality, where the shape is well-represented in a single view. Examples include sofas, sculptures, lamps, vases, and many everyday objects.

    • How it Works: Sophisticated algorithms analyze the image to infer depth and construct a 3D model. The software identifies visual cues like shading, perspective, and edges to estimate the object's volume.

    • Key Features:

      • Fast and convenient: Only one image is required.

    • Limitations:

      • Accuracy is limited by the information available in the single image. Complex geometries or hidden portions of the object may not be accurately represented.
      • Fine details might be simplified.
      • Material properties and textures are inferred from the 2D image and may not be accurate.

  • My Item is Flat (Image to 3D - Flat):

    • Best For: Flat objects like paintings, artwork, photographs, documents, and textiles where preserving surface detail is paramount.

    • How it Works: The software analyzes the provided high-resolution image to create an extruded, representation. No AI is used and information comes directly from the image data itself.

    • Key Features:

      • High-Resolution Detail: Leverages the highest possible resolution of the input image to maximize detail in the resulting model.
      • Preserves surface details and textures with great fidelity.
      • Adds a sense of dimensionality to flat artwork.

    • Limitations:

      • The resulting model is essentially flat with added relief; it does not capture true 3D volume.
      • Depth information is derived from the 2D image data and, while enhanced by the high resolution, may still not perfectly reflect the real-world depth (if any) of the original object. It's primarily creating a 3D representation of the surface of the flat object.
      • The "3D" effect is limited to the relief generated from the depth map; it doesn't create a fully volumetric object.

2. Multiple Images 3D (Full Object Scan):

  • Full Object Scan:

    • Best For: Creating highly accurate and detailed 3D models of real-world objects. Suitable for objects of any size and complexity.

    • How it Works: Photogrammetry techniques are used. Multiple overlapping photographs of the object are taken from various angles. Specialized software analyzes these images, identifies common points, and reconstructs the 3D geometry.

    • Key Features:

      • High accuracy and detail.
      • Captures the full 360-degree view of the object.
      • Realistic textures and material properties.

    • Limitations:

      • Requires taking multiple images from various angles.
      • Processing time can be longer.
      • Controlled lighting and environment are often recommended for optimal results.

Which Method Should I Choose?

  • Single Image 3D (Depth): Ideal for quickly producing 3D model of objects from a single viewpoint where taking many photos might not be possible or practical.
  • Single Image 3D (Flat): Best for adding a 3D effect to flat artwork and documents.
  • Full Object Scan: The best choice for high-quality, accurate 3D models of real-world objects.