Author: kexinl@andrew.cmu.edu

We present a playful design system that embeds actuation and computation in ordinary materials like paper. Our technique turns two-dimensional paper structures into self-morphing plants that react to the stimulus of water and transform themselves into organic, pre-programmed ways when placed within underwater environments.  MORPHING PRIMITIVES We explored a rich vocabulary of morphing primitives based
Continue reading Underwater Garden – Final Report

Methodology description: In our project ‘underwater garden’, we present a playful design system that embeds actuation and computation in ordinary materials like paper. Our technique turns passive paper into a self-assembling / self-morphing composite that reacts to the stimulus of water and transforms itself in interesting, pre-programmed ways.  The two methods used are: A) the
Continue reading Group D – Underwater Garden

Computational Design Process Data Visualization Image Transformation Physical Simulation Physical Experiments