基于重组思想的人工动物仿真平台的框架设计

摘要

Considering the inefficiency in model and scene reconfiguration,difficulty in modification and complexity in motion-control using current 3D modeling technologies, we researched a reconfigurable 3D modeling method based on gene recombination. Based on hierarchical indexing, a new motion control method applying to reconfigurable character modeling was proposed. Path-planning method on Characteristic model in intelligent area was analyzed. Finally, an artificial animal simulation framework, based on reconfiguration, was given. The function of each important component of the framework was proposed.%针对角色动画制作过程中模型和场景重用效率低、修改困难以及运动控制复杂等问题,利用混沌算法的良好随机特性设计了应用于场景复用的场景管理器；借鉴基因序列重组理论,提出了基于重组思想的角色模型可重组建模方法和基于分层索引的、适用于可重组角色模型的运动控制方法；分析了角色模型在智能化环境中的路径规划方法.基于以上内容,以人工动物为例,构建了基于重组思想的人工动物仿真平台框架,并对平台中涉及的其他关键组成部分进行了详细阐述.