🤖 AI Summary
This study addresses the current lack of systematic integration of image-generating generative AI in modeling and simulation. It presents the first comprehensive exploration of text-to-image generation techniques within this domain, proposing tool-agnostic, transferable principles and establishing a localized, reproducible generation pipeline that combines prompt engineering with simulation output mapping. The proposed approach supports diverse applications—including conceptual model representation, visualization of simulation results, generation of instructional materials, and construction of multi-scale model interfaces—thereby offering practitioners a structured knowledge framework to evaluate and adapt this emerging technology. By doing so, it significantly enhances the visual expressiveness and interactive capabilities of simulation systems.
📝 Abstract
Text-to-image generation is a form of generative artificial intelligence (GenAI) that converts textual descriptions into images. Most applications of GenAI in modeling and simulation (M&S) have focused on large language models for documentation, coding, or explanation. By contrast, the potential of image generation remains largely unexplored. This tutorial introduces text-to-image generation to the M&S community and details how it can support several M&S tasks, including communicating conceptual models, visualizing simulation outcomes, generating educational materials, and interfacing heterogeneous models in multi-scale simulations. The tutorial combines conceptual guidance with practical workflows, explaining how modern image generators operate, how prompts and simulation outputs can be translated into visual scenes, and how practitioners can integrate these tools into reproducible local pipelines. By focusing on transferable principles rather than specific tools, the tutorial equips M&S practitioners with the knowledge needed to evaluate, adopt, and adapt text-to-image generation in their simulation workflows.