CONSURF

CONSURF. Part one: introduction of the conic lofting tile. This paper introduces the conic lofting tile and is the first of a series describing CONSURF, the surface lofting program now being used by the British Aircraft Corporation. The tile is the building block for surfaces defined by CONSURF and has the mathematical freedom to match the shapes produced by manual conic lofting. It is presented as a generalization of the bicubic patch. CONSURF. Part two: description of the algorithms. This paper introduces the conic lofting tile and is the first of a series describing CONSURF, the surface lofting program now being used by the British Aircraft Corporation. The tile is the building block for surfaces defined by CONSURF and has the mathematical freedom to match the shapes produced by manual conic lofting. It is presented as a generalization of the bicubic patch.


References in zbMATH (referenced in 29 articles )

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  1. Siggel, Martin; Kleinert, Jan; Stollenwerk, Tobias; Maierl, Reinhold: TiGL: an open source computational geometry library for parametric aircraft design (2019)
  2. Abdul Karim, Samsul Ariffin; Saaban, Azizan: Shape preserving interpolation using rational cubic ball function and its application in image interpolation (2017)
  3. Marco, Ana; Martínez, José-Javier: Bidiagonal decomposition of rectangular totally positive Said-Ball-Vandermonde matrices: error analysis, perturbation theory and applications (2016)
  4. Tahat, Ayser Nasir Hassan; Piah, Abd Rahni Mt; Yahya, Zainor Ridzuan: Shape preserving data interpolation using rational cubic ball functions (2015)
  5. Zhu, Yuanpeng; Han, Xuli; Liu, Shengjun: Curve construction based on four (\alpha\beta)-Bernstein-like basis functions (2015)
  6. Bezerra, Licio Hernanes: Efficient computation of Bézier curves from their Bernstein-Fourier representation (2013)
  7. Hu, Qianqian; Wang, Guojin: Rational cubic/quartic Said-Ball conics (2011)
  8. Marco, Ana; Martínez, José-Javier: Accurate computations with Said-Ball-Vandermonde matrices (2010)
  9. Zhang, Li; Tan, Jieqing; Dong, Zhiyuan: The dual bases for the Bézier-Said-Wang type generalized Ball polynomial bases and their applications (2010)
  10. Zhang, Li; Tan, Jieqing; Wu, Hongyi; Liu, Zhi: The weighted dual functions for Wang-Bézier type generalized Ball bases and their applications (2009)
  11. Zhang, Li; Wu, Hongyi; Tan, Jieqing: Dual bases for Wang-Bézier basis and their applications (2009)
  12. Chen, Jie; Wang, Guo-Jin: Construction of triangular DP surface and its application (2008)
  13. Delgado, J.; Peña, J. M.: Progressive iterative approximation and bases with the fastest convergence rates (2007)
  14. Stiller, Jörg: Point-normal interpolation schemes reproducing spheres, cylinders and cones (2007)
  15. Delgado, Jorge; Peña, Juan Manuel: On the generalized Ball bases (2006)
  16. Jiang, Su-Rong; Wang, Guo-Jin: Conversion and evaluation for two types of parametric surfaces constructed by NTP bases (2005)
  17. Yang, Jingzhou; Abdel-Malek, Karim: Approximate swept volumes of NURBS surfaces or solids (2005)
  18. Wu, Hongyi: Unifying representation of Bézier curve and generalized Ball curves (2000)
  19. Hu, Shimin; Wang, Guojin; Sun, Jiaguang: A type of triangular ball surface and its properties (1998)
  20. Yin, Baocai; Gao, Wen: A radial basis function interpolation surface (1998)

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