Group animation motion control system and method

Abstract

The invention relates to a group animation motion control system and a group animation motion control method, which belong to the technical field of autonomous intelligent animation. The group animation motion control system comprises a scene partitioning module, a path planning module, a group control module, an individual control module, a collision processing module, a mathematical operation module, a system module and a rendering module. By the control method, a group movement control stage and an individual motion control stage are performed respectively, animators can integrally grasp the movement trend of groups in the production process, the computation efficiency of all individual motion components is improved, the efficiency of the motion control is improved, and a function of real-time interactive control is realized.

Description

technical field [0001] The invention relates to a group animation motion control system and method, and belongs to the technical field of autonomous intelligent body animation. Background technique [0002] The motion control methods of group animation are mainly two kinds: the top-down method emphasizing group and controllability and the bottom-up method emphasizing individual autonomy. The top-down approach starts with the animator determining the behavior of the group, and the behavior of the group determines the behavior of the individuals. In the bottom-up approach, however, individuals autonomously determine locomotor behavior, and the voluntary movement of all individuals determines groupness. [0003] At present, the research on controllability in group animation motion control often ignores the requirement of autonomy, it is difficult to achieve real motion simulation effect, and there are few researches on real-time interactive control; while the research on auton...

AI Technical Summary

Problems solved by technology

[0003]Currently, research on controllability in group animation motion control often ignores the requirement of autonomy, it is difficult to achieve real motion simulation effects, and the research on real-time interactive control is relatively limited. However, the research on autonomous motion control lacks the interactive control of animators. Animators can only control the target of group movement, and it is difficult to predict the movement trend of the group.

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