Systematic optical testing of the architectural silhouette from the riverbank approach.
The finalized architectural mist drawing synthesizing three distinct movement strokes into a unified, fluid plan.
Grasshopper definition processing YOLO computer-vision data to extrude volumetric massing from the 2D mist captures.
1:100 fluid-derived masterplan mapped onto the Isola Bianca riverbank, negotiating the unstable topographic boundary.
ELLA YUN HONG
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University College London Year 5 PG21 Tutor: Abigail Ashton, Andrew Porter, Tom Holberton
Catching Fog Bringing Fluid into a Sculptural, Human-Accessible Form to Explore Space and Perception. Methodology: https://youtu.be/n6o49Fn1igE This matrix documents the systematic testing of material reflectance, structural density, and volumetric light scattering, ensuring the proposed “solid-state blur” physically under varying environmental states.
PORTFOLIO 2025-2026
1 MIST TO MASS An ongoing MArch thesis at the Bartlett that asks how atmospheric phenomena — specifically fog — can be translated into architectural form. A custom Arduino-controlled mist device generates fog that is filmed, detected through a self-trained YOLO computer-vision model, and translated into a porous threedimensional lattice through a Grasshopper parametric pipeline. The project sits at the intersection of drawing, observation, and computational translation.
Software: Rhino, Grasshopper, After Effect, Premier Pro, YOLO Training, 3D Print, Arduino Circuit ELLA YUN HONG
PORTFOLIO 2025-2026
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