用大模型分析画作判断抑郁,准确率比心理医生高17.6%
VS-LLM: Visual-Semantic Depression Assessment based on LLM for Drawing Projection Test
- 结合视觉与语义特征,用大模型评估画作中的情绪线索
- 在限时无提示条件下,识别准确率提升17.6%(对比人工评估)
- 适合心理学研究与智能辅助诊断场景
绘画投射测验(DPT)是艺术治疗中的重要工具,通过让被试绘制“一个人从树上摘苹果(PPAT)”的场景,可揭示其是否存在抑郁等心理状态。相比量表,DPT能更丰富地反映个体心理状态。然而,PPAT的解读耗时且依赖心理医生经验。为解决此问题,本文提出一种自动化的视觉-语义抑郁评估方法(VS-LLM)。不同于传统草图识别,本方法关注整体画面特征如色彩使用和空间布局;由于测验有时间限制且禁止口头提示,画作常存在准确性低、细节不足的问题。为此,本文构建了自动化分析实验环境,提出基于大模型的视觉-语义融合评估方法,并在实验中验证:该方法相较心理医生评估,准确率提升17.6%。相关数据集与代码已开源。
原文摘要 · Abstract (English)
The Drawing Projection Test (DPT) is an essential tool in art therapy, allowing psychologists to assess participants' mental states through their sketches. Specifically, through sketches with the theme of "a person picking an apple from a tree (PPAT)", it can be revealed whether the participants are in mental states such as depression. Compared with scales, the DPT can enrich psychologists' understanding of an individual's mental state. However, the interpretation of the PPAT is laborious and depends on the experience of the psychologists. To address this issue, we propose an effective identification method to support psychologists in conducting a large-scale automatic DPT. Unlike traditional sketch recognition, DPT more focus on the overall evaluation of the sketches, such as color usage and space utilization. Moreover, PPAT imposes a time limit and prohibits verbal reminders, resulting in low drawing accuracy and a lack of detailed depiction. To address these challenges, we propose the following efforts: (1) Providing an experimental environment for automated analysis of PPAT sketches for depression assessment; (2) Offering a Visual-Semantic depression assessment based on LLM (VS-LLM) method; (3) Experimental results demonstrate that our method improves by 17.6% compared to the psychologist assessment method. We anticipate that this work will contribute to the research in mental state assessment based on PPAT sketches' elements recognition. Our datasets and codes are available at https://github.com/wmeiqi/VS-LLM.
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