Constraint-based object modelling

Journal of Engineering Design

Volumn 7, Issue 2, 1996, Pages 209-232

  Žalik, Borut ^a   Guid, Nikola ^a   Clapworthy, Gordon ^b  

^a UNIVERSITY OF MARIBOR   (Slovenia)

^b DE MONTFORT UNIVERSITY   (United Kingdom)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0039926470     PISSN: 09544828     EISSN: None     Source Type: Journal    
DOI: 10.1080/09544829608907937     Document Type: Article

References (33)

1. BIJL, A. (1987) An approach to design theory, in: YOSHIKAWA, H. & WARMAN, E.A. (Eds), Design Theory for CAD (Amsterdam, Elsevier Science).
2. VÖLKER, H.B., REQUICHA, A.A.G. & CONWAY, R.W. (1988) Computer applications in manufacturing, Annual Review of Computer Science, 3, pp. 349-387.
3. MÄNTYLÄ, M. (1989) Directions for research in product modelling, in: KIMURA, F. & ROLSTADÅS, A. (Eds), Computer Applications in Production and Engineering (Amsterdam, Elsevier Science).
4. ARBAB, F. (1989) Examples of geometric reasoning in OAR, in: AKMAN, V., TEN HAGEN, P.J.W. & VEERKAMP, P.J. (Eds), Intelligent CAD Systems II (Berlin, Springer Verlag).
5. ROSSIGNAC, J.R., BORREL, P. & NACKMAN, L.R. (1989) Interactive design with sequences of parametrized transformations, in: AKMAN, V., TEN HAGEN, P.J.W. & VEERKAMP, P.J. (Eds), Intelligent CAD Systems II (Berlin, Springer Verlag).
6. ROLLER, D., SCHONEK, F. & VERROUST, A. (1989) Dimension-driven geometry in CAD: A survey, in: STRASSER, W. & SEIDEL, H.-P. (Eds), Theory and Practice of Geometric Modelling (Berlin, Springer Verlag).
7. CONCHERI, G. (1993) Assessment of the current practical applicability of variational geometry techniques in MCAE systems, in: JEZERNIK, A. (Ed.), Proceedings of the International Conference Design to Manufacture in Modern Industry, Maribor, Faculty of Technical Sciences.
8. FITZGERALD, W.J. (1981) Using axial dimensions to determine the proportions of line drawings in computer graphics, Computer Aided Design, 13, pp. 377-382.
9. LIN, V.C., GOSSARD, D.C. & LIGHT, R.A. (1981) Variational geometry in computer aided design, Computer Graphics, 15, pp. 171-177.
10. LIGHT, R.A. & GOSSARD, D. (1982) Modification of geometric models through variational geometry, Computer Aided Design, 14, pp. 209-214.
11. NELSON, G. (1985) Juno, a constraint-based graphics system, Computer Graphics, 19, pp. 235-243.
12. SUNDE, G. (1987) CAD System with declarative specification of shape, in: Eurographics Workshop on Intelligent CAD Systems, Noordwijkerhout, The Netherlands, pp. 90-104.
13. ALDEFELD, B. (1988) Variation of geometrics based on a geometric-reasoning method, Computer Aided Design, 20, pp. 117-126.
14. ALDEFELD, B., MALBERG, H., RICHTER, H. & VOSS, K. (1991) Rule-based variational geometry in computer-aided design, in: PHAM, D.T. (Ed.), Artificial Intelligence in Design (Berlin, Springer Verlag).
15. SHIMADA, K., NUMAO, M., MASUDA, H. & KAWABE, S. (1989) Constraint-based object description for product modelling, in: KIMURA, F. & ROLSTADÅS, A. (Eds), Computer Applications in Production and Engineering (Amsterdam, Elsevier Science).
16. ANDO, H., SUZUKI, H. & KIMURA, F. (1989) A geometric reasoning system for mechanical product design, in: KIMURA, F. & ROLSTADÅS, A. (Eds), Computer Applications in Production and Engineering (Amsterdam, Elsevier Science).
17. KIMURA, F., SUZUKI, H. & WINGARD, L.A. (1987) Uniform approach to dimensioning and tolerancing in product modelling, in: ESTENSEN, K.BØ.L., FALSTER, P. & WARMAN, E.A. (Eds), Computer Applications in Production and Engineering (Amsterdam, Elsevier Science).
18. SUZUKI, H., ANDO, H. & KIMURA, F. (1990) Geometric constraints and reasoning for geometrical CAD systems, Computers and Graphics, 14, pp. 211-224.
19. KONDO, K. (1990) PIGMOD: Parametric and interactive geometric modeller for mechanical design, Computer Aided Design, 22, pp. 633-644.
20. VAN EMMERIK, M.J.G.M. (1990) A system for interactive graphical modeling with three-dimensional constraints, in: CHUA, T.S. & KUNII, T.L. (Eds), CG International '90 (Tokyo, Springer Verlag).
21. BAYKAN, C.A. & FOX, M.S. (1992) WRIGHT: A constraint based spatial layout system, in: TONG, C. & DUVVURU, S. (Eds), Artificial Intelligence in Engineering Design - Design Representation and Models of Routine Design (San Diego, Academic Press).
22. VERROUST, A., SCHONEK, F. & ROLLER, D. (1992) Rule-oriented method for parametrized computer-aided design, Computer Aided Design, 24, pp. 531-540.
23. KOVALENKO, V., REVIAKIN, G. & HUHLAEV, E. (1992) Parametrizing of mechanical drawings by stepwise computation of geometric elements, Programirovanie, 3, pp. 64-78 (in Russian).
24. KURLANDER, D. & FEINER, S. (1993) Inferring constraints from multiple snapshots, ACM Transactions on Graphics, 12, pp. 227-304.
25. LELER, W. (1988) Constraint Programming Language (Reading, MA, Addison-Wesley).
26. FREEMAN-BENSON, B.N., MALONEY, J. & BORNING, A. (1990) An incremental constraint solver, Communications of the ACM, 33, pp. 54-63.
27. SANNELLA, M., MALONEY, J., FREEMAN-BENSON, B.N. & BORNING, A. (1993) Multi-way versus one-way constraints in user interfaces: Experience with the DeltaBlue algorithm, Software-Practice and Experience, 23, pp. 529-566.
28. ŽALIK, B., GUID, N. & VESEL, A. (1992) Representing geometric objects using constraint description graphs, in: BELLI, F. & RADERMACHER, F.J. (Eds), Industrial and Engineering Applications of Artificial Intelligence and Expert Systems (Berlin, Springer Verlag).
29. ŽALIK, B., GUID, N. & VESEL, A. (1992) FLEXI: An experimental constraint-based modeling system, in: KUNII, T.L. (Ed.), CG International '90 (Tokyo, Springer Verlag).
30. TAKALA, T. (1985) User interface management system with geometric modeling capability: A CAD system's framework, IEEE Computer Graphics and Applications, 5, pp. 42-50.
31. ROSSIGNAC, J.R. (1990) Issues on feature-based editing and interrogation of solid models, Computers and Graphics, 14, pp. 149-172.
32. ŽALIK, B., GUID, N. & VESEL, A. (1993) Reusability of parametrized geometric objects, Programming and Computer Software, 19, pp. 165-176.
33. ŽALIK, B. (1995) Font design with incompletely constrained font features, in: Proceedings of Pacific Graphics '95 (Singapore, World Scientific).