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Sensitive Floral: Exploring Fractal Tree Data Structures with Grid Computation in Real-Time Generative Graphical System for Mimic the Reactive Characteristics of Mimosa Pudica
Conference paper

Sensitive Floral: Exploring Fractal Tree Data Structures with Grid Computation in Real-Time Generative Graphical System for Mimic the Reactive Characteristics of Mimosa Pudica

Scottie Chih-Chieh Huang
ACM International Conference Proceeding Series, 16
11/2023
Appears in  keyword about Art

Abstract

Artificial Life Art Cellular Automata Fractal Tree Generative Design Grid Computing Human-Computer Interaction Computer Networks and Communications Computer Vision and Pattern Recognition Software
"Sensetive Floral"is an interactive, generative artwork that ventures into the exploration of a unique generative system, biomimetically emulating the reactive behaviors of the Mimosa pudica plant. By synthesizing the complexity of fractal tree data structures with the Cellular Automata (CA) mechanisms of grid computations, the artwork elegantly mirrors nature's adaptive and responsive traits. This approach unveils the potential of generative design, harnessing coding rules and geometric relationships within parameters to shape biomimetic aesthetics. The interactive interface allows users to initiate a ripple of movement by simply touching the screen, triggering a cascade of changes across thousands of leaves, akin to the group leaf movements observed in Mimosa pudica. This subtle yet intricate dance of digital flora not only reflects the beauty of natural phenomena but also opens further opportunities for expression in shape and movement behavior, promising a vast array of applications in the field of tech-art and human-computer interaction.

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