Sound and Shape Synthesis Using Tensegrity Particle Systems

皮克斯的《玩具总动员》以其计算机生成的图像令观众惊叹不已，但声音仍然是合成和调谐的？几乎全靠人手完成。在工业中，虚拟现实系统被越来越多地应用于模拟和可视化，但通常情况下，声音处理得很差。在这个项目中，我们试图研究复杂的系统，它将以统一的方法模拟对象的声音、形状和交互特性。我们提出的张拉整体粒子系统生成最小、稳定和健壮的交互场景中对象的描述。这代表了一种新的独特的方法来统一表示多媒体对象，并将其应用于制造和娱乐。

Pixar's Toy Story amazed audiences with its computer-generated images, yet the sound was still composed and ?tuned? almost wholly by human hand. In industry, virtual reality systems are increasingly applied to simulation and visualisation but, in general, 'sound? is poorly handled. In this project, we seek to research complex systems that will simulate an object's sound, shape and interaction characteristics in a unified approach. Our proposed Tensegrity particle systems generate minimal, stable and robust descriptions of objects in interacting situations. This represents a new and unique approach to the unified representation of multimedia objects with applications in manufacturing and entertainment.