Exospheres
Embedded Form Generation
This project explores the use of internal displacement textures as a method for shaping geometry from within. Rather than applying surface-level deformation, the texture influences the structure volumetrically, resulting in forms that suggest inner tension, growth, or erosion. This inward-directed force creates complexity that feels embedded rather than imposed.
Generative design in this context merges the act of ideation with the formation of shape. The logic that drives deformation is inseparable from the concept itself, making the process inherently exploratory. Each form becomes a response to encoded parameters, blurring the line between thought and structure.
Variability in Evolution
The system supports continuous variation through procedural adjustment, allowing for families of shapes to emerge rather than singular results. This variability is not a byproduct but a core advantage—offering a scalable, adaptive approach to design that evolves in dialogue with its own constraints.
