| Excitingly enough, UNESCO and IDA are helping fund cameras for 3D scanning of cultural heritage sites in Syria to preserve them in the event ISIS/ISIL destroys them: https://en.wikipedia.org/wiki/Destruction_of_cultural_herita... "After the Palmyra temple's destruction in August 2015, the Institute for Digital Archaeology (IDA) announced plans to establish a digital record of historical sites and artifacts threatened by ISIL advance.[56][57][58][59] To accomplish this goal, the IDA, in collaboration with UNESCO, will deploy 5,000 3D cameras to partners in the Middle East.[60] The cameras will be used to capture 3D scans of local ruins and relics.[61][62][63]" Million Image Database: http://digitalarchaeology.org.uk/projects/ Mapillary is also performing photogrammetry on a massive scale with crowdsourced photos (Mapillary allows for the use of their photo database for contribution to OSM as well: https://www.mapillary.com/osm.html). http://blog.mapillary.com/update/2015/11/10/pointclouds.html The future is very bright for recreating 3D objects as well as map data programatically. EDIT: Apologies this comment isn't formatted better, was super excited to get all of this information into a comment quickly. It intersects right between my archival and photogrammetry interests. |
It captures shape and texture, but that's all. It's hollow. You can't take a core sample of a 3D scan, you can't X-Ray a 3D scan, you can't smell it or touch it; you can't tell if there's anything inside and you can't carbon-date it. It can't capture how pliable or brittle the object is or how dense it is. A high-res scan of the Mona Lisa can't actually be used to recreate the Mona Lisa. Short of nanoscale replicators, there's information missing.