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Technically, the center of the range meter is the center of the depth of view. If you have captured unwanted objects, you must remove them later during the editing stage (see Editing Scans).ĭon’t record too many frames: ensure that you have sufficiently scanned all regions, but avoid scanning them twice, except when providing overlapping areas for subsequent alignment. When the geometry of the scene is changing, the system may fail to find the correct position of new frames relative to previously aligned ones. If you’re capturing an object in one scan, do so all the way around the object-regardless of direction-plus a little more (360+ degrees)Īvoid capturing any objects that may change shape during the scanning process. If you’re capturing an object over several scans, remember to capture a common area in each one to ensure successful alignment
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Maintain the scanner orientation in such a way that the field of view is sufficiently filled with surfaces (see Figure 37).Keep the object as close to the center of the field of view as possible.Notes Regarding Scanner-Calibration Files.Correcting Field of View for EVA, MHT, MH and L Scanners.Surface-Consistency Detection During Import.Registering Artec Studio as Default Viewer.Using Sections to Measure Area and Volume.Placing Objects on Coordinate Plane (Positioning Tool).Moving, Rotating and Scaling (Transformation Tool).
ARTEC STUDIO SCAN REFLECTIVE MANUAL
Texture-Healing Brush: Manual Inpainting.Manual Rigid Alignment Using Point Specification.Specifying Points and Editing Their Positions.Manual Rigid Alignment Without Specifying Points.Storing and Exporting Color Information.Understanding How Artec Studio Applies Transformations.Exporting Models, Scans and Point Clouds.Rendering and Texturing Untextured Polygons.Representation of Normals and Boundaries.Global Coordinate System and Rotation Center.Notes on Scanning With Third-Party 3D Sensors.Using Photogrammetry Solution (Scan Reference).Auto-align new scans with those marked in Workspace.Base Removal: Erasing a Supporting Surface.Selecting and Preparing Objects for Scanning.Managing Artec 3D Scanners and Products.3D Scanner Activation Using Artec Installation Center.On the other hand, it is a top performer.
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I’m told the Artec Leo system is available for around US$30K, placing it a bit more expensive than some other options. However, for HD scans you really need a very powerful laptop with graphics to obtain the highest quality scans. The associated software, Artec Studio, is quite powerful and is unstoppable when faced with seemingly unusable raw data. The device, although heavier than some other handheld units, makes up for that with the ability to scan very quickly. ConclusionsĪfter using the Artec Leo for a few weeks, I’m quite impressed. I could have spent a bit more time to catch the undersides, but it was clear to me that capturing even something as geometrically crazy as this device is relatively straightforward with the Artec Leo. Made from multiple separate scans and aligned together, it came out pretty well. “Ironworker” machine captured with the Artec Leo handheld 3D scanner įinally, this is a scan of a large and complex machine.