期刊文献+

工程设计中多图联动建模技术的研究与应用

Research on and Application of Multi-view Linkage Modeling Technique in Engineering Design
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摘要 工程设计中多图联动建模技术提供用户友好的工程设计空间,建立了工程原理图和多个工程布置图之间的信息关联。采用3D数据存储——2D图形可视转换技术,得到图形变换矩阵。把设备的各个视图的图块预存入图形库中,绘图时,设置相应的绘图图层,只要在布置图的一个视图中插入设备图,系统会在其他视图中自动插入相应的投影图形,并且当修改或者删除一个视图中的图形时,其他视图对应的图形也会自动完成相应的操作,实现了多个工程视图的联动。 The user-friendly engineering design space is developed with the multi-view linkage modeling technique in engineering design.The projection relationship among drawings can be established simultaneously.The graphics transformation matrix can be obtained by 3D data storage and 2D visualization conversion technology.Firstly,put the blocks of the views into the equipment graphics lib.Secondly,set the drawing layer.Then,the linkage of multiple projection drawings is realized by inserting the equipment drawing into one of the layout views,the corresponding projection graphics will also be inserted in the other views automatically.In addition,if drawings are modified or deleted in a view,appropriate action will be completed in the other views automatically.
出处 《计算技术与自动化》 2012年第1期129-131,共3页 Computing Technology and Automation
基金 2009年度辽宁省教育厅高等教育教学改革研究项目立项资助(183)
关键词 工程设计 AUTOCAD 绘图 建模 engineering design AutoCAD drawing modeling
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  • 1Winemiller E 顾斌等(译).Visual Basic数据库开发[M].北京:清华大学出版社,1999.475-504.
  • 2[1]Light R, Gossard D. Modification of geometric model through variation geometry[J].Computer Aided Design,1982,14(4):209-214.
  • 3[2]Buchanan SA. Constraint definition system:a computer-algebrabased approach to solving geometric-constraint problems[J]. Computer Aided Design,1993,25(12):741-750.
  • 4[3]Lee JY. Geometric reasoning for knowledge-based parametric designs using gragh representation[J]. Computer Aided Design,1996,28(10):831-841.
  • 5[4]Verroust A. Rule-oriented method for parameterized computer-aided design[J]. Computer Aided Design,1992,24(10):531-540.
  • 6[5]Kramer GA. A geometric constraint engine[J]. Artificial Intelligence,1992,58(1-3):327-360.
  • 7[6]Kin N. Geometrical constraint solving based on the extended Boltzmann machine[J]. Computers on industry,1992,19(2):239-250.
  • 8[7]Helor Y. Relaxed parametric design with probabilistic constraints[J]. Computer Aided Design,1994,26(56):426-433.
  • 9[8]Aldefeld B. Variation of geometry based on a geometric reasoning method[J]. Computer Aided Design,1988,20(3):117-126.
  • 10[9]Kondo K. PIGMOD:Parametric and interactive geometric modeling for mechanical design[J]. Computer Aided Design,1990,22(10):633-644.

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