“Sensitive Floral” is an innovative interactive artwork that delves into the intersection of art, biomimicry, and computational systems. This generative piece emulates the reactive behavior of Mimosa pudica, commonly known as the “sensitive plant,” using a sophisticated blend of fractal tree structures and Cellular Automata (CA). The work synthesizes these elements to mirror the adaptive and responsive characteristics of natural systems, offering a visual and experiential exploration of nature’s inherent complexity.
In “Sensitive Floral,” user interactions trigger a cascade of movement within a digital ecosystem, where thousands of virtual leaves respond to stimuli much like their botanical counterpart. This dynamic system not only replicates the mechanical response of Mimosa pudica but also extends its expressive potential into the realm of generative art. The artwork’s algorithmic foundation organizes coding rules and geometric relationships to generate forms that evolve in real-time, offering an immersive experience that bridges the gap between human-computer interaction and digital aesthetics.
This presentation will discuss the development of “Sensitive Floral,” focusing on its computational framework, the role of biomimetic design in generating organic visual experiences, and the broader implications for kinetic art and adaptive systems. Attendees will gain insights into how complex biological behaviors can inspire new modes of artistic expression, pushing the boundaries of interactive and generative art in contemporary digital practices.