Low resolution scans are very crude, so more may be required to capture all the surfaces in any case. Select mid-SD resolution using the slider bar. This area controls the scope of the scan, either single, bracket (3 scans from different angles), 360 (several scans all around the object).ĭivisions determines the angles between scans in bracket and 360 modes - the greater the number of divisions, the smaller the angle between scans. Do not worry if your object does not fit in the preview at the appropriate distance - you can scan different parts of the object and align them together later quite easily.Īt the top of the scan window, select single scan. Watch this and manually adjust the position of the scanner so that the object is in the centre of the on screen preview. On screen you will see a live video image from the camera in the scanner. These screw into the holes at the corners of the turntable. There are various attachments for mounting more delicate objects onto the turntable. Place your object in the centre of the turntable. Using a ruler ensure that the centre of the turntable is 17" from the front of the scanner for a normal scan, or 11" for a macro (closeup) scan. The scanner will brightly illuminate the object for setting up. The bottom pane is a library of scans in the current file.Ĭlick the triangular 'Scan' button in the main toolbar to enter the scan window.
#NEXTENGINE SCANSTUDIO HD PRO DOWNAD SOFTWARE#
The software environment is very simple: 3D geometry is shown in the main window, all the tools you need are accessed using the top toolbar, which also shows the status of the program. The blue light on the top of the scanner should illuminate. Startup NextEngine HD from the desktop on the connected computer. one-on-one and group consultations, workshops, guest lectures and presentationsĬURVE stands out as a resource on the Georgia State University campus for investigators in all disciplines and at all levels.Ensure that the scanner power and USB cables are plugged in at the back of the scanner, and the turntable is connected at the front of the scanner using the small network cable.the latest geospatial and visualization tools for analyzing the complex challenges of cities, connecting Atlanta with the world.access to specialty software packages for quantitative, qualitative, and spatial data analysis.visualization and modeling software, high-end graphics processors, and immersive large-scale displays.21 st century investigators who seek to bridge quantitative and qualitative methods, creativity, and diverse modes of inquiry.engaged learners and researchers with an interest in making new connections with spatial and numeric data, digital media, and human narrative, bridging the arts and sciences.budding researchers (undergraduates), graduate students, and expert researchers from multiple disciplines in a shared, hands-on, interactive research environment.Over 10,000 students visit the University Library every day, with well over 1.5 million visits per year. CURVE: Collaborative University Research & Visualization Environment is an ambitious and innovative project to create a technology-rich discovery space and digital scholarship center within Georgia State University Library.Īt the heart of the Georgia State University campus, the University Library is engaging students, faculty, and staff by connecting them with data sets, unique visualization hardware and software, and the latest online research tools.
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