Qsplat

The QSplat Multiresolution Point Rendering System. QSplat is a program for displaying large geometric models in real time. It was originally designed during the course of the Digital Michelangelo Project, to render the hundred-million-polygon models we were producing. It features: Fast startup and progressive loading. Real-time interactive display with a user-selectable frame rate. Refinement to a high-quality rendering when idle. Point-based multiresolution representation with splat rendering, level-of-detail control, and hierarchical visibility culling. Compact representation - 6 bytes per input point including normals, 9 bytes including color Fast preprocessing. QSplat is available for research and commercial use, free of charge, as described at the bottom of this web page.


References in zbMATH (referenced in 33 articles )

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  1. Cao, Junjie; Chen, He; Zhang, Jie; Li, Yujiao; Liu, Xiuping; Zou, Changqing: Normal estimation via shifted neighborhood for point cloud (2018)
  2. Wu, Yunlong; Zhang, Qing; Zhang, Shuxuan: Fast cylindrical fitting method using point cloud’s normals estimation (2018)
  3. Cazals, Frederic; Kanhere, Harshad; Loriot, Sébastien: Computing the volume of a union of balls: a certified algorithm (2011)
  4. Okamoto, Yasuhide; Oishi, Takeshi; Ikeuchi, Katsushi: Image-based network rendering of large meshes for cloud computing (2011) ioport
  5. Kumar, Pankaj; Kumar, Piyush: Almost optimal solutions to (k)-clustering problems (2010)
  6. Tian, Fenglin; Hua, Wei; Dong, Zilong; Bao, Hujun: Adaptive voxels: interactive rendering of massive 3D models (2010) ioport
  7. Cazals, Frédéric; Loriot, Sébastien: Computing the arrangement of circles on a sphere, with applications in structural biology (2009)
  8. de Castro, Pedro M. M.; Cazals, Frédéric; Loriot, Sébastien; Teillaud, Monique: Design of the CGAL 3D spherical kernel and application to arrangements of circles on a sphere (2009)
  9. Liang, Xiaohui; Zhao, Qinping; He, Zhiying; Xie, Ke; Liu, Yubo: A point-based rendering approach for real-time interaction on mobile devices (2009)
  10. Sheng, Bin; Zhu, Jian; Wu, En-Hua; Zhang, Yan-Ci: Lumiproxy: a hybrid representation of image-based models (2009) ioport
  11. Vézien, J. M.; Ménélas, B.; Nelson, J.; Picinali, L.; Bourdot, P.; Ammi, M.; Katz, B. F. G.; Burkhardt, J. M.; Pastur, L.; Lusseyran, F.: Multisensory VR exploration for computer fluid dynamics in the corsaire project (2009) ioport
  12. Zhang, Liqiang; Guo, Zhifeng; Kang, Zhizhong; Zhang, Lixin; Zhang, Xingming; Yang, Ling: Web-based visualization of spatial objects in 3DGIS (2009)
  13. Busking, Stef; Vilanova, Anna; van Wijk, Jarke J.: Particle-based non-photorealistic volume visualization (2008) ioport
  14. Lien, Jyh-Ming: Covering Minkowski sum boundary using points with applications (2008)
  15. Ochotta, Tilo; Saupe, Dietmar: Image-based surface compression (2008)
  16. Chisnall, David; Chen, Min; Hansen, Charles: Ray-driven dynamic working set rendering (2007) ioport
  17. Saleem, Waqar; Schall, Oliver; Patanè, Giuseppe; Belyaev, Alexander; Seidel, Hans-Peter: On stochastic methods for surface reconstruction (2007) ioport
  18. Zhang, Haitao; Kaufman, Arie E.: Point-and-edge model for edge-preserving splatting (2007) ioport
  19. Ji, Junfeng; Wu, Enhua; Li, Sheng; Liu, Xuehui: View-dependent refinement of multiresolution meshes using programmable graphics hardware (2006) ioport
  20. Kim, Youngmin; Lee, Chang Ha; Varshney, Amitabh: Vertex --- transformation streams (2006)

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