Beyond Realism: Learning the Art of Expressive Composition with StickerNet
Haoming Lu, David Kocharian, Humphrey Shi

TL;DR
This paper introduces StickerNet, a framework for expressive image composition that captures artistic and playful edits from real user data, moving beyond traditional realism-focused methods.
Contribution
It formulates the expressive composition task, builds a large dataset from real user edits, and demonstrates that StickerNet effectively models user intent and stylistic diversity.
Findings
StickerNet outperforms baseline models in user alignment.
The dataset reflects authentic user editing behavior.
The approach enables more artistic and expressive image compositions.
Abstract
As a widely used operation in image editing workflows, image composition has traditionally been studied with a focus on achieving visual realism and semantic plausibility. However, in practical editing scenarios of the modern content creation landscape, many compositions are not intended to preserve realism. Instead, users of online platforms motivated by gaining community recognition often aim to create content that is more artistic, playful, or socially engaging. Taking inspiration from this observation, we define the expressive composition task, a new formulation of image composition that embraces stylistic diversity and looser placement logic, reflecting how users edit images on real-world creative platforms. To address this underexplored problem, we present StickerNet, a two-stage framework that first determines the composition type, then predicts placement parameters such as…
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Taxonomy
TopicsVisual Attention and Saliency Detection · Generative Adversarial Networks and Image Synthesis · Aesthetic Perception and Analysis
