首个细粒度历史书法风格数据集,助力文化传承智能识别
HCSU: A Dataset and Benchmark for Fine-Grained Historical Calligraphy Style Understanding

- 构建分离墨迹与拓片的39,307幅历代书法家作品数据集
- 提出层级化美学描述与可解释性评估协议,突破传统标签局限
- 揭示主流视觉语言模型在书法细粒度理解上的本质缺陷
自动化细粒度书法风格感知对文化遗产保护至关重要,但受限于现有数据集存在的模态混合与扁平标签问题。为此,我们提出HCSU,首个面向细粒度历史书法风格理解的综合性数据集。HCSU包含49位历史著名书法家、跨越10个朝代的39,307幅精心整理的字形图像,系统分离了真迹墨迹(Tie)与石刻拓片(Bei),解决长期存在的模态混合难题。不同于传统扁平标签,HCSU提供层级化的专家撰写美学描述,支持两种严谨评估范式:细粒度风格判别与可解释性美学推理。大量实验表明,当前先进视觉语言模型虽有可观表现,但仍对字体级别、文本内容及来源特定线索敏感,难以基于笔触细节进行美学判断。最终,HCSU基准暴露了现有多模态架构的根本局限,旨在推动面向文化遗产保护的专家级视觉推理发展。数据集已公开于 https://huggingface.co/datasets/Tongji209/HCSU。
原文摘要 · Abstract (English)
Automated fine-grained perception of calligraphy styles--a task vital to cultural heritage preservation--remains a critical challenge for Large Vision-Language Models (LVLMs), largely constrained by existing datasets that suffer from modal mixture and flattened labels. To bridge this gap, we introduce HCSU, the first comprehensive dataset tailored for fine-grained Historical Calligraphy Style Understanding. HCSU comprises 39,307 meticulously curated character images from 49 historically prominent calligraphers across 10 dynasties, systematically decoupling authentic ink manuscripts (Tie) from stone rubbings (Bei) to resolve the long-standing modal mixture problem. Moving beyond conventional flattened labels, HCSU provides hierarchical expert-written aesthetic descriptions, enabling two rigorous evaluation protocols: fine-grained style discrimination and interpretable aesthetic reasoning. Extensive evaluations reveal a persistent gap between calligraphy-related knowledge and visually grounded style perception: state-of-the-art LVLMs show non-trivial performance but remain sensitive to script-level, textual, and source-specific cues, and often struggle to ground aesthetic judgments in fine-grained brushwork evidence. Ultimately, the HCSU benchmark exposes fundamental limitations in current multimodal architectures, aiming to inspire the evolution of expert-level visual reasoning for cultural heritage preservation. The dataset is available at https://huggingface.co/datasets/Tongji209/HCSU.
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