Visualising Change

This project investigates how a novel approach to visualisation could help address the challenge of motivating residential retrofitting. Emerging retrofitting research and practice emphasises retro-cladding, the upgrading of the exterior facade of a building, using a modular approach. We present a machine-learning based approach aimed to motivate residential retrofitting through the generation of images and cost/benefit information describing climatically specific additions of external insulation and green roof panels to the façade of a Danish type house. Our approach chains a series of different models together, and implements a method for the controlled navigation of the principal generative StyleGAN model. The attached publication details our processes and considerations for the generation of new datasets, the specification and chaining of models, and the linking of climatic data to travel through the latent space of a StyleGAN model to visualise and provide a simple cost-benefit report for retro-cladding specific to the local climates of five different Danish cities.

I worked closely with Paul to generate a parametric workflow to generate the visual dataset on which the machine was trained. The dataset included visualizations of all the different environmental scenarios and pre-defined parameters.