PromptNavi: Text-to-image generation through interactive prompt visual exploration

Modern text-to-image generative models can create high-quality and impressive images, but require extensive trial-and-error to interpret user intents. To solve this issue, we propose PromptNavi, a visual exploration interface for node-based prompt composition leveraging large language models to enhance the efficiency of text-to-image generation. In contrast to conventional prompting interfaces, PromptNavi allows users to manipulate and combine visual attributes of target images directly to refine outputs iteratively. Our user study confirmed that the results generated using PromptNavi achieved significant improvements in user usability, reduced cognitive load, and superior image quality rated by independent evaluators. It is verified that users achieved better results with less effort across all measured dimensions, including creativity, atmosphere, coherence, and overall impression. We believe PromptNavi may bridge the gap between user intent and generative AI outputs, advancing human-centered generative AI by making generative models accessible to novices with an enhanced user experience. Source codes are available at: https://anonymous.4open.science/r/project-5996/ . • We propose PromptNavi, a node-and-connection interface that renders prompt engineering more transparent, particularly for non-experts. • An LLM-based approach for fine-grained attribute interpolation, streamlining the process of refining prompts while clarifying the relationship between textual elements and generated outputs. • Empirical validation of PromptNavi’s effectiveness, including user studies demonstrating significant improve- ments in user experience and generative quality over existing baseline tools.

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Publication Details

Journal
Computers & Graphics
Published
2025-09-22
DOI
https://doi.org/10.1016/j.cag.2025.104417
Citations
4
Primary Topic
Multimodal Machine Learning Applications
Type
article
Field-Weighted Citation Impact
5.10
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article

PromptNavi: Text-to-image generation through interactive prompt visual exploration

Haoran Xie, Bofei Huang
4 citations
Computers & Graphics
Multimodal Machine Learning Applications
5.10
article

PromptNavi: Text-to-image generation through interactive prompt visual exploration

Haoran Xie, Bofei Huang
article en
4 citations

Abstract

Modern text-to-image generative models can create high-quality and impressive images, but require extensive trial-and-error to interpret user intents. To solve this issue, we propose PromptNavi, a visual exploration interface for node-based prompt composition leveraging large language models to enhance the efficiency of text-to-image generation. In contrast to conventional prompting interfaces, PromptNavi allows users to manipulate and combine visual attributes of target images directly to refine outputs iteratively. Our user study confirmed that the results generated using PromptNavi achieved significant improvements in user usability, reduced cognitive load, and superior image quality rated by independent evaluators. It is verified that users achieved better results with less effort across all measured dimensions, including creativity, atmosphere, coherence, and overall impression. We believe PromptNavi may bridge the gap between user intent and generative AI outputs, advancing human-centered generative AI by making generative models accessible to novices with an enhanced user experience. Source codes are available at: https://anonymous.4open.science/r/project-5996/ . • We propose PromptNavi, a node-and-connection interface that renders prompt engineering more transparent, particularly for non-experts. • An LLM-based approach for fine-grained attribute interpolation, streamlining the process of refining prompts while clarifying the relationship between textual elements and generated outputs. • Empirical validation of PromptNavi’s effectiveness, including user studies demonstrating significant improve- ments in user experience and generative quality over existing baseline tools.

Computers & GraphicsVol. 132
Waseda University (JP), Japan Advanced Institute of Science and Technology (JP)
Openalex Percentile: Top 4%
Multimodal Machine Learning Applications
5.10
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