#Nextengine scanstudio hd torrent software#

#Nextengine scanstudio hd torrent software#

Every time I tried to fuse the model of the ballast stone, the software created more holes in the model rather than filling them. This is where I ran into the most trouble.

The last step in ScanStudio is to fuse the model which fills small holes and blends all of the models together to create a seamless digital image. The trimming and merging process went smoothly. I used ScanStudioHD software to trim extra data off the model and then used a yellow tag on the ballast stone as a merging point for the three models. I spent Wednesday morning doing just that. Once an artifact is scanned, the next step is to edit the object by trimming excess data and merging several models together. Each scan took about ten minutes, and Jodi and I spent thirty minutes total scanning the object. The large ballast stone turned out to be easier to scan than I expected. For the third scan, we placed the ballast stone vertically on the mount and the scanner was able to record the entire object in one scan. The NextEngine scanner recorded half of the ballast stone in the first scan and the other half in the second scan. We carefully placed the ballast stone horizontally on the mount. However, since the ballast stone was so large, it took three scans to completely record all of the information. Normally, objects can be scanned twice with the NextEngine scanner and produce a complete digital model of an object. I decided to try using the NextEngine scanner instead. The digital model of the ballast stone in ScanStudio HD. This may have been due to the irregular and asymmetrical shape of the ballast stone.

Unfortunately, we tried several times but could not produce a successful scan of the ballast stone with the Sense scanner. Instead of using the NextEngine scanner, I opted for the Sense 3D scanner which has the ability to scan larger objects such as complete ceramic vessels, anchors and even people! We placed the ballast stone on a mount and as I held the Sense scanner Jodi manually rotated the mount. The ballast stone along with its attachments measured around 30 cm long, which is large for our NextEngine Desktop 3D Scanner.

Jodi planned to remove the iron portion and the ceramic sherd from the ballast stone and wanted a 3D scan of the whole object before removing each piece. The ballast stone had an iron attachment and a ceramic sherd from a Spanish olive jar embedded on its side. This specific site is being used to educate the public on PensacolaвЂ™s maritime and colonial history. One of the shipwrecks dated to a period right before the Civil War and the other shipwreck (located about 400 meters west from the first Emanuel Point site)В isВ associated with de LunaвЂ™s expeditions to colonize Florida. The University of West Florida worked with the Florida DivisionВ of Historic Resources to excavate the area, which was possible thanks to grant funds and UWFвЂ™s Archaeology Institute, and found two previously unknown shipwrecks. In total, de Luna had seven ships that were lost in a hurricane that hit the Pensacola area about a month after his arrival and therefore, his remaining vessels may still be in the Pensacola Bay. This is the oldest shipwreck in Florida and was Tristan de LunaвЂ™s first attempt at creating a colony in present day Florida. In 1992, the Florida Division of Historical ResourcesВ found the remains of a Spanish galleon from Tristan de LunaвЂ™s 1559 expedition while conducting an underwater survey of the Pensacola Bay ( Emanuel Point I). Graduate student Jodi Preston stopped by the lab last week with a ballast stone from the Emanuel Point II site.