Garment Display Technology Based On Three-dimensional Virtual Scanning Model

In recent years, with the upgrading of computer hardware level, the studysimulating clothes such flexible objects become more and more popular. Clothingconverted into a virtual three-dimensional display of clothing, has been one of thedifficulties in this area. Efficient and beautiful fabrics modeling, rapid and stablecollision detection theory, naturally became the researchers diligently continue topursue the goal. In this paper, the partial correlation algorithm some research based onthe combination of popular scanning device, designed two kinds of clothingdimensional virtual systems.Collision handling simulation in the fabric of clothing is a simulation model ofthe important issues. Given its highly complex calculations, researchers haveproposed many related collision handling cloth simulation algorithms and improve itsefficiency technologies. In this paper, a new algorithm is introduced to simplify theclothing fabric surface wrinkles, distorted collision handling calculation process. Thisalgorithm, the fabric surface collision detection is only the surface of the pelletpredefined processing, point to any area beyond the pellet surface is ignored, therebysimplifying the collision calculations. In practice, the density-based clusteringcomparison, collision checking the surface due to a small number of globular clustersare considered to be in pairs and reduce the occurrence of a collision. This algorithmcan guarantee collision process does not appear self-conflict handling clothes surface,for clothing model validity and stability.In this paper, three-dimensional scanner and kinect to obtain a three-dimensionalgarment data, combined with MFC OPENGL database programming platform toachieve a three-dimensional garment visualization program. Study in this article,found a way to get clothes bulk three-dimensional model, namely a three-dimensional scanner way, you can quickly and efficiently for a complete three-dimensionalinformation real clothes model. I hope this study can be accelerated three-dimensionalvirtual garment into the public life.