AR Occlusion with Large Dome - ARCore - YouTube CurvSurf

#arkit #arcore #measure #pointcloud #augmentedreality A virtual satellite is flying around a large real dome as an example of AR applications with occlusion. Google ARCore provides AR applications with device motion tracking and point cloud. CurvSurf FindSurface determines the size and position of dome by processing the point cloud. Tools used: - Samsung Galaxy Note 9 - Google ARCore 1.9 - OpenGL ES 3.1 - CurvSurf FindSurface. With Apple ARKit and iPhone XS Max, a comparable result could not be obtained for the large dome, today June 2019. The Planetarium of Gwacheon National Science Museum (sciencecenter.go.kr) is located at 37°26'21"N 127°00'19"E. 3-D, least squares, analytic geometry, differential geometry, principal curvature, principal direction, fitting, curve, surface, orthogonal distance fitting, robust fitting, point cloud, segmentation, region growing, outlier elimination, object recognition, reverse engineering, CAD CAM, BIM, augmented reality, occlusion, laser scanner, curve fitting, surface fitting, plane fitting, sphere fitting, cylinder fitting, cone fitting, torus fitting, piping, reducer, elbow, box, cuboid, radius, length, size, position, location, orientation, pose, rotation, axis, software, ISO 10360-6, ARKit, ARCore, HoloLens, RealSense, FindSurface

AR Occlusion with Large Dome - ARCore - YouTube
Likes	Dislikes
155 views views	377 followers
Science & Technology Creative Commons Attribution licence (reuse allowed)	Upload TimePremiered on 11 Jun 2019

3d printer,3ds,3d ultrasound,3ds emulator,3d printing,3ds games,3ds xl,3d tattoos,3d pen,3d warehouse,3d pictures,3d tuning,3d nails,3d doritos,3ds max,3d shapes,3d printed house,3d scanner,3d printing service,3dmark