Introduction to Featureless Object Scan in KIRI Engine #computergraphics #ai #neus #nsr #3dscan

Introduction

If you've ventured into the world of 3D scanning using traditional apps on your smartphone, you may have encountered challenges when trying to scan simple objects. Issues such as poor results or inability to capture certain characteristics are commonly faced. This is primarily due to conventional 3D scanning apps relying on photogrammetry technologies, which struggle with shiny, transparent, or uniformly colored objects.

To address these limitations, we have developed the Featureless Object Scan using the KIRI Engine. This innovative solution leverages a powerful neural network algorithm capable of converting even the most challenging objects into a detailed 3D mesh. The best part is that it's exceptionally user-friendly: simply tap "start" and walk around the object you wish to scan.

To optimize your scanning experience and achieve better results with the Featureless Object Scan, consider the following tips:

1. Capture from Multiple Heights: Shoot the video from three distinct heights - top, middle, and bottom. This approach ensures that all sides of the object are well represented in the scan.

2. Stabilize the Object: During the scanning process, don't move the object. Stability is crucial for accurate data capture.

3. Frame the Object Properly: Make sure the entire object is included within the camera frame while capturing. Avoid close-ups, as these could potentially confuse the scanning algorithm.

With practice, you’ll quickly adapt to using this robust method. Happy scanning, and enjoy exploring the vast capabilities of the KIRI Engine!

Keywords

• KIRI Engine
• 3D scanning
• Featureless Object Scan
• Neural networks
• Photogrammetry
• 3D mesh
• Scanning tips

FAQ

Q: What is the KIRI Engine?
A: The KIRI Engine is a powerful 3D scanning technology that allows users to capture detailed 3D meshes of objects, even those that are challenging to scan using traditional methods.

Q: How does the Featureless Object Scan work?
A: It utilizes a neural network algorithm that can successfully scan shiny, transparent, or uniformly colored objects, which are typically problematic for standard photogrammetry apps.

Q: What are the best practices for using the Featureless Object Scan?
A: Best practices include scanning the object from multiple heights, ensuring the object remains stationary, and avoiding close-ups while capturing.

Q: Is the Featureless Object Scan difficult to use?
A: No, it's very user-friendly. You just need to tap "start" and walk around the object to create a scan.

Q: Can I scan any type of object?
A: Yes, the Featureless Object Scan is designed to handle various types of objects, especially those that are difficult to scan with conventional applications.