Abstract
The problem of creating a flexible, integrated motion-synthesis environment that orchestrates the coordination of diverse motion control systems is discussed. An implemented prototype system, called The Magic Theatre, is described which attempts to factor out interactive and procedural functions common to many motion control schemas. A theoretical model is given in which diverse motion control systems may both interact with each other and operate in series on animated elements in a scene.
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References
Amkraut S., “Flock: Computer Animation of Populations Using Vector Force Fields,” Master Thesis, ACCAD, The Ohio State University 1989
Amkraut S., “Computer Animation with Vector Force Fields”, in preparation
“Geometric Collisions for Time-Dependent Parametric Surfaces”, ACM Computer Graphics 24:39–48, Proc. Siggraph 1987
“Curved Surfaces and Coherence for Non-penetrating Rigid body Simulation,” ACM Computer Graphics 24:19–28, Proc. Siggraph 1990
, Barzel R. and Barr A.,”A Modelling system based on Dynamic Constraints”, ACM Computer Graphics 22:179–188, Proc. Siggraph 1987
, Borning A. “Thinglab: A Constraint-Oriented Simulation Laboratory,” Stanford University Computer Science Department, Rep. 79–746, 1979
Robot Motion: Planning and Control, MIT Press 1982
Chadwick J. and Haumann D., “Layered Construction of Deformable Animated Characters,” ACM Computer Graphics 22: 179–252
“A fast procedure for computing the distance between complex objects in space,” IEEE Journal of Robotics and Automation, vol 4., 1988
Girard M. “Computational Modelling for the Computer Animation of Legged Figures,” ACM Computer Graphics 19:263–272, Proc. Siggraph 1985
Girard M. “Interactive Design of 3D Computer Animated Legged Animal Motion,”, IEEE Computer Graphics and Applications, 7(6):39–51, 1987
“Constrained Optimization of Articulated Animal Motion in Computer animation,” in Making Them Move: Mechanics.Control,and Animation of Articulated Figures ed. Badler, Barsky, and Zeltzer Morgan-Kaufmann Press 1990
Hahn J., “Realistic Animation of Rigid Bodies,” ACM Computer Graphics 22:299–308, Proc. Siggraph 1988
Kass M., and Miller G., “Rapid, Stable Fluid Dynamics for Computer Graphics,” ACM Computer Graphics 24:49–58, Proc. Siggraph 1990
Magnenat-Thalmann N.and Thalmann D., “Simulation of Object and Human Skin Deformations in a Grasping Task,” ACM Computer Graphics 23:21–29, Proc. Siggraph 1989
Magnenat-Thalmann N.and Thalmann D. “Human Body Deformations Using Joint-dependent Local Operators and Finite-Element Theory,” in Making Them Move: Mechanics,Control,and Animation of Articulated Figures ed. Badler, Barsky, and Zeltzer Morgan-Kaufmann Press 1990
“Dynamic Simulation of Autonomous Legged Locomotion,” ACM Computer Graphics 24:29–38, Proc. Siggraph 1990
Miller G. “The Motion Dynamics of Snakes and Worms,”ACM Computer Graphics 22:169–179, Proc. Siggraph 1988
“Efficient dynamic computer simulation of robotic mechanisms,” IEEE Proceedings of Joint Automatic Control 1981
, Platt J. and Barr A., “Constraint Methods for Flexible Models,” ACM Computer Graphics 22:279–288, Proc. Siggraph 1988
Legged Robots that Balance, MIT Press 1986
Reynolds C., “Flocks, Schools, and Herds: A Behavioral Model,” ACM Computer Graphics 21, Proc. Siggraph 1987
Reeves W., Ostby E., and Leffler S., “The Menv Modelling and Animation Environment”, Journal of Visualization and Computer Animation, vol.1,no.1 Aug. 1990
Rijpkema H. and M. Girard, “Computer Animation of Knowledge-Based Human Hand Grasping,”, submitted for publication
Rijpkema and Girard, “Efficient Collision Detection of Moving Concave Polyhedral Objects,” (in preparation)
Robot hands and the Mechanics of Manipulation, MIT Press 1985
“The Virtual Erecter Set: Dynamic Simulation with Linear Recursive Constraint Propagation,” Proc. 1990 Symposium on Interactive 3D Graphics, 1990
Smith A., “Plants, Fractals, and Formal Languages,”Computer Graphics 18:1–10, Proc. Siggraph 1984
Stevens, Heidelmann,”Dynamics-Based Optimization of Articulated Figure Animation,” Masters Thesis, Informatica, (RUG) Rijksuniversity Groningen 1990 (paper with Girard in preparation)
, Terzopoulos D. and Witkin A. “Physically based models with rigid and deformable components,” Proc. Graphics Interface, Canada 1988
“Collision Detection and Response for Computer Animation”, ACM Computer Graphics 22:289–299, Proc. Siggraph 1988
Zeltzer D. “Toward an Integrated View of 3-D Computer Animation,” The Visual Computer,1(4):249–259 1985
“An Integrated Graphical Simulation Platform,” Proceedings Graphics Interface 1989
Waters, K., “A Muscle Model for Animating Three-Dimensional Facial Expressions”, Computer Graphics 21:17–24, Proc. Siggraph 1987
Williams L., “Performance Driven Facial Animation,” ACM Computer Graphics 24:235–242, Proc. Siggraph 1990
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Amkraut, S., Girard, M. (1991). Toward an Integrated Motion-Synthesis Environment. In: Thalmann, N.M., Thalmann, D. (eds) Computer Animation ’91. Springer, Tokyo. https://doi.org/10.1007/978-4-431-66890-9_10
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DOI: https://doi.org/10.1007/978-4-431-66890-9_10
Publisher Name: Springer, Tokyo
Print ISBN: 978-4-431-66892-3
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