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How does fabric choice affect the sculpture’s compatibility with LiDAR scanning?
The compatibility of a sculpture with LiDAR scanning is significantly influenced by the fabric or material used in its creation. LiDAR (Light Detection and Ranging) technology relies on laser reflections to create precise 3D models, making material properties crucial for accurate scans.
Fabrics with high reflectivity, such as glossy or metallic surfaces, can cause overexposure or noise in LiDAR data, distorting the scan. Conversely, matte or textured fabrics absorb or scatter light more evenly, producing cleaner results. Dark or highly absorbent materials may reduce signal return, leading to incomplete or low-resolution scans.
Additionally, fabric texture plays a role. Smooth surfaces are easier to scan, while intricate weaves or patterns can introduce artifacts. For optimal LiDAR compatibility, artists should test materials beforehand, balancing aesthetic goals with technical requirements. Understanding these factors ensures high-fidelity digital reproductions of sculptural works.
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