Lee Byunghwee, Seo Min Kyung, Kim Daniel, Shin In-Seob, Schich Maximilian, Jeong Hawoong, Han Seung Kee
Department of Physics, Korea Advanced Institute of Science and Technology, Daejeon 34141, Korea.
Department of Physics, Chungbuk National University, Cheongju, Chungchungbuk-do 28644, Korea.
Proc Natl Acad Sci U S A. 2020 Oct 27;117(43):26580-26590. doi: 10.1073/pnas.2011927117. Epub 2020 Oct 12.
Painting has played a major role in human expression, evolving subject to a complex interplay of representational conventions, social interactions, and a process of historization. From individual qualitative work of art historians emerges a metanarrative that remains difficult to evaluate in its validity regarding emergent macroscopic and underlying microscopic dynamics. The full scope of granular data, the summary statistics, and consequently, also their bias simply lie beyond the cognitive limit of individual qualitative human scholarship. Yet, a more quantitative understanding is still lacking, driven by a lack of data and a persistent dominance of qualitative scholarship in art history. Here, we show that quantitative analyses of creative processes in landscape painting can shed light, provide a systematic verification, and allow for questioning the emerging metanarrative. Using a quasicanonical benchmark dataset of 14,912 landscape paintings, covering a period from the Western renaissance to contemporary art, we systematically analyze the evolution of compositional proportion via a simple yet coherent information-theoretic dissection method that captures iterations of the dominant horizontal and vertical partition directions. Tracing frequency distributions of seemingly preferred compositions across several conceptual dimensions, we find that dominant dissection ratios can serve as a meaningful signature to capture the unique compositional characteristics and systematic evolution of individual artist bodies of work, creation date time spans, and conventional style periods, while concepts of artist nationality remain problematic. Network analyses of individual artists and style periods clarify their rhizomatic confusion while uncovering three distinguished yet nonintuitive supergroups that are meaningfully clustered in time.
绘画在人类表达中发挥了重要作用,其演变受到表现传统、社会互动以及历史化过程等复杂相互作用的影响。从艺术史学家的个体定性研究中浮现出一种元叙事,但就新兴的宏观和潜在微观动态而言,其有效性仍难以评估。详细数据的全貌、汇总统计数据以及因此产生的偏差,完全超出了个体定性人类学术研究的认知极限。然而,由于缺乏数据以及定性学术研究在艺术史中一直占据主导地位,目前仍缺乏更具定量性的理解。在此,我们表明对风景画创作过程的定量分析能够提供启示、进行系统验证,并对新兴的元叙事提出质疑。我们使用一个包含14912幅风景画的准规范基准数据集,涵盖从西方文艺复兴到当代艺术的时期,通过一种简单而连贯的信息理论剖析方法系统地分析构图比例的演变,该方法捕捉主导水平和垂直分割方向的迭代。通过追踪几个概念维度上看似偏好的构图的频率分布,我们发现主导分割比率可以作为一个有意义的特征,用以捕捉个体艺术家作品群体、创作日期时间跨度和传统风格时期的独特构图特征及系统演变,而艺术家国籍的概念则仍然存在问题。对个体艺术家和风格时期的网络分析澄清了它们的错综复杂关系,同时揭示了三个独特但不直观的超群,这些超群在时间上有意义地聚类。