中国大陆用户请访问：https://www.bilibili.com/video/BV1uv41137p2/ 观看完整作品视频

This artifact is inspired by the reaction diffusion algorithm which simulates the behaviours of reacting and diffusing of two virtual chemicals across a two-dimensional grid. The Gray-Scott model associated with the algorithm offers a wide range of possibilities for the emergence of diverse and unique complex forms, shapes and behaviours out of the system. Instead of simply displaying the system in two-dimension, the resultant patterns from the system are in turn used for three-dimensional geometries as textures and material maps to create more interesting looks. In the meantime, the visual elements are further modified by the real-time data generated by the audience’s interactions with a Leap Motion controller. Therefore, the artefact also aims to create an interactive and engaging experience somehow akin to a hand clay moulding experience in the real world but a rather simplified one. That said, the audience is allowed to manipulate specific characteristics (colour, speed, and types of patterns) of the 3D-generated reaction diffusion geometry in real-time and save the result as image files.

这个人工制品的灵感来自反应扩散算法，该算法模拟了两种虚拟化学物质在二维网格中的反应和扩散行为。与算法相关的Gray-Scott模型为系统外出现各种独特的复杂形式、形状和行为提供了广泛的可能性。而不是简单地在二维中显示系统，系统的结果模式依次用于三维几何图形作为纹理和材质地图，以创建更有趣的外观。同时，观众与Leap Motion控制器的互动产生的实时数据进一步修改了视觉元素。因此，人工制品也旨在创造一种互动和吸引人的体验，某种程度上类似于现实世界中的手工粘土造型体验，但相当简化。也就是说，观众可以实时操纵3d生成的反应扩散几何图形的特定特征(颜色、速度和图案类型)，并将结果保存为图像文件。