Material perception across different media-comparing perceived attributes in oil paintings and engravings.

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2024-08-03 eCollection Date: 2024-07-01 DOI:10.1177/20416695241261140
Yuguang Zhao, Jeroen Stumpel, Huib de Ridder, Maarten W A Wijntjes
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Abstract

We investigated the influence of the medium on the perception of depicted objects and materials. Oil paintings and their reproductions in engravings were chosen because they are vastly distinctive media while having completely identical content. A total of 15 pairs were collected, consisting of 88 fragments depicting different materials, including fabric, skin, wood and metal. Besides the original condition, we created three manipulations to understand the effect of colour (a greyscale version) and contrast (equalised histograms towards both painting and engraving). We performed rating experiments on five attributes: three-dimensionality, glossiness, convincingness, smoothness and softness. An average of 25 participants finished each of the 20 online experimental sessions (five attributes X four conditions). Besides clear correlations between the two media, the differences mainly show in their means (different levels of perceived attributes) and standard deviations (perceived range). In most sessions, paintings depict a wider range than engravings. In addition, it was the histogram equalisation (global contrast) that made the most impact on perceived attributes, rather than colour removal. This suggests that engravers compensated for the lack of colour by exploiting the possibilities of local contrast.

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不同媒介的物质感知--比较油画和雕刻的感知属性。
我们研究了媒介对描绘对象和材料感知的影响。之所以选择油画及其版画复制品,是因为它们是截然不同的媒介,但内容却完全相同。我们共收集了 15 对油画作品,包括 88 个不同材料的片段,包括织物、皮肤、木材和金属。除原始状态外,我们还制作了三种处理方法,以了解色彩(灰度版本)和对比度(绘画和雕刻的均衡直方图)的影响。我们对五个属性进行了评分实验:立体感、光泽度、说服力、平滑度和柔软度。在 20 个在线实验环节(五个属性 X 四个条件)中,每个环节平均有 25 名参与者完成。除了两种媒体之间的明显相关性外,差异主要体现在它们的平均值(感知属性的不同水平)和标准差(感知范围)上。在大多数情况下,绘画比雕刻描绘的范围更广。此外,对感知属性影响最大的是直方图均衡化(全局对比度),而不是去色。这表明,雕刻师通过利用局部对比度的可能性来弥补色彩的不足。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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