基于l -系统的胃生长可视化建模

R. Durikovic, K. Kaneda, H. Yamashita
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引用次数: 1

摘要

采用参数l系统(Lindenmayer系统)来模拟人类胚胎发育第3周至第4周期间人类胃的生长和结构变化。该模型考虑了已知的胚胎在生长过程中的运动。该框架使用l系统的形式化,其结构依赖于时间和平滑增长函数。该方法捕捉了人类胚胎胃的发育过程,与真实胚胎的静态观察结果一致。计算机动画和视觉解释使得准确理解建模过程成为可能,并导致人类胃在不同发展阶段的现实探索。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visual modeling of stomach growth on the basis of L-systems
A parametric L-system (Lindenmayer system) is developed to model the growth and structure changes of human stomach over the time starting in the third week and going on into week four of human embryo development. The model takes into account what is known about embryo movement during growth. The framework uses the formalism of L-systems with constructs that are dependent on time and smooth growth functions. The method captures the development of human embryo stomach consistently with static observations of the real embryo. Computer animation and visual interpretation make it possible to understand the modeled processes accurately and lead to realistic exploration of the human stomach at various stages of development.
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