In this paper,the authors present a method for description of graphics constraints,recognition of constraint and self—organization of automatic match between dimension and drawings.In this way,multi—direction drive among dimensions part drawings and assembly drawing is established.By a series tests.it is indicated that this method is efficient,practical and general.
1 Robert Light, David Gossard D C. Modification of geometric model through variational geometry. CAD, 1982, 14(4): 209~214.
2 Aldefeld B. Variation of geometries based on a geometric reasoning method. CAD, 1988, 20(3): 117~126.
3 Lin V C, Gossard D C, Light R A. Variational geometry in computer aided design. CAM Computer Graphics, 1982, 15(3).
4 Koichi Kondo. PIGMOD: parametric and interactive geometric modeller for mechanical design. CAD, 1990, 22(10).
5 Suznki H, Ando H, Kimura F. Geometric constraints and reasoning for geometrical CAD system. Computer & Graphics, 1990, 14(2): 211~224.
6 高曙明, 彭群生. 一种基于几何推理的参数化设计方法. 计算机学报, 1994, 17(11): 816~821.
7 Dov Dori. A systactic/geometric approach to recognition of dimension in engineering machine drawings. Computer Vision, Graphics and Image processing, 1989, 47.
8 Roller D. An approach to computer aided parametric design. CAD, 1991, 23(5): 385~391.
9 葛建新, 彭群生. 基于约束的形状自动求解新算法. 计算机学报, 1995, 18(2): 114~126.
10 Zhang Shuyou. The generation of assembly drawing by automatic proceesing between parts overlapping. PG' 94/CADDM' 94, 1994, 8: 273~275.
11 Zhang Shuyou. The method for automatically obtaining the information of outline of section. CADDM' 91, 1991.