From Text to Blueprint: Leveraging Text-to-Image Tools for Floor Plan Creation

TL;DR

This paper investigates how AI-powered text-to-image synthesis tools can be used to generate detailed and functional architectural floor plans from textual descriptions, aiming to enhance design efficiency and creativity.

Contribution

It evaluates the effectiveness of current AI models like Stable Diffusion, GANs, and VAEs in generating residential floor plans from text prompts, highlighting their potential and limitations.

Findings

AI models can generate complex floor plans from text prompts

Current tools improve design efficiency and creativity

Limitations include accuracy and detail in generated plans

Abstract

Artificial intelligence is revolutionizing architecture through text-to-image synthesis, converting textual descriptions into detailed visual representations. We explore AI-assisted floor plan design, focusing on technical background, practical methods, and future directions. Using tools like, Stable Diffusion, AI leverages models such as Generative Adversarial Networks and Variational Autoencoders to generate complex and functional floorplans designs. We evaluates these AI models' effectiveness in generating residential floor plans from text prompts. Through experiments with reference images, text prompts, and sketches, we assess the strengths and limitations of current text-to-image technology in architectural visualization. Architects can use these AI tools to streamline design processes, create multiple design options, and enhance creativity and collaboration. We highlight AI's potential to drive smarter, more efficient floorplan design, contributing to ongoing discussions on AI integration in the design profession and its future impact.