Understanding three-view drawings based on heuristics

Kim, C.; Inoue, Masanobu; Nishihara, Seiichi

doi:10.1109/icpr.1992.201612

Cited by 3 publications

(1 citation statement)

References 4 publications

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“…Markowsky和Wesley扩展其早前的fleshing out wire-frames方法 [29] 为fleshing out projections方法 [30] ,建立了另外,Lafue [34] 、Haralick等人 [35] 、Kim等人 [36] 、Nishihara [37] 、Garza等人 [38] 、江涛等人 [39] 也针对多面体提出了面向线框的重建算法.针对多面体的重建算法要求输入的二维视图中只能包含直线段,从而将许多常见的形体都排除在形体覆盖域之外.因此,这类算法的实用性受到极大的制约.…”

Section: 针对多面体的重建方法unclassified

Research on Solid Reconstruction from Engineering Drawings

Gong¹

2008

Journal of Software

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Solid reconstruction from engineering drawings is one of the efficient technologies to product solid models, which has become one of the important research topics in both computer graphics and artificial intelligence.The problem of solid reconstruction from engineering drawings is introduced. The taxonomy for solid reconstruction techniques is presented with the typical algorithms reviewed. After comparing the application areas of the algorithms, the open research issues are analyzed. Finally, future work in the research field is also pointed out.

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Section: 针对多面体的重建方法unclassified

Research on Solid Reconstruction from Engineering Drawings

Gong¹

2008

Journal of Software

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Understanding engineering drawings-an intelligent approach to solid modeling

Nishihara

Proceedings of International Conference on Expert Systems for Development

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Understanding three-view drawings of mechanical parts with curved shapes

Kim

Tsuchida

Inoue

et al.

[Proceedings 1992] IEEE International Conference on Systems Engineering

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A system that interprets a given three-view engineering drawing and reconstructs 3-D solid models with curved shapes is described. The solid object is confined to the 3-D sheet metal object composed of planes and cutting faces consisting of lines and arcs. B y giving the high priority to the cutting faces of the 3-D sheet metal object in the operation of the combinatorial search of faces, we can reduce the reconstruction processing time. It is shown that 3-D scenes can be successfully reconstructed by the proposed algorithm and the eficiency of understanding system is also proved by experiments.

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Understanding three-view drawings based on heuristics

Cited by 3 publications

References 4 publications

Research on Solid Reconstruction from Engineering Drawings

Research on Solid Reconstruction from Engineering Drawings

Understanding engineering drawings-an intelligent approach to solid modeling

Understanding three-view drawings of mechanical parts with curved shapes

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