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Recently, laser-scanning technology, especially mobile mapping systems (MMSs), has been applied to measure 3D urban scenes.\udThus, it has become possible to simulate a traditional cultural event in a virtual space constructed using measured point clouds. In\udthis paper, we take the festival float procession in the Gion Festival that has a long history in Kyoto City, Japan. The city government\udplans to revive the original procession route that is narrow and not used at present. For the revival, it is important to know whether a\udfestival float collides with houses, billboards, electric wires or other objects along the original route. Therefore, in this paper, we\udpropose a method for visualizing the collisions of point cloud objects. The advantageous features of our method are (1) a see-through\udvisualization with a correct depth feel that is helpful to robustly determine the collision areas, (2) the ability to visualize areas of high\udcollision risk as well as real collision areas, and (3) the ability to highlight target visualized areas by increasing the point densities\udthere

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

COLLISION VISUALIZATION OF A LASER-SCANNED POINT CLOUD OF STREETS AND A FESTIVAL FLOAT MODEL USED FOR THE REVIVAL OF A TRADITIONAL PROCESSION ROUTE