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文艺复兴早期艺术中的遮挡问题。

Occlusion issues in early Renaissance art.

作者信息

Gillam Barbara

机构信息

School of Psychology, University of New South Wales, Sydney. N.S.W. 2052 Australia; e-mail:

出版信息

Iperception. 2011;2(9):1076-97. doi: 10.1068/i0468aap. Epub 2011 Dec 20.

Abstract

Early Renaissance painters innovatively attempted to depict realistic three-dimensional scenes. A major problem was to produce the impression of overlap for surfaces that occlude one another in the scene but are adjoined in the picture plane. Much has been written about perspective in art but little about occlusion. Here I examine some of the strategies for depicting occlusion used by early Renaissance painters in relation to ecological considerations and perceptual research. Perceived surface overlap is often achieved by implementing the principle that an occluding surface occludes anything behind it, so that occlusion perception is enhanced by a lack of relationship of occluding contour to occluded contours. Some well-known figure-ground principles are also commonly used to stratify adjoined figures. Global factors that assist this stratification include the placement of figures on a ground plane, a high viewpoint, and figure grouping. Artists of this period seem to have differed on whether to occlude faces and heads, often carefully avoiding doing so. Halos were either eliminated selectively or placed oddly to avoid such occlusions. Finally, I argue that the marked intransitivity in occlusion by architecture in the paintings of Duccio can be related to the issue of perceptual versus cognitive influences on the visual impact of paintings.

摘要

文艺复兴早期的画家创新性地尝试描绘逼真的三维场景。一个主要问题是要营造出画面中在场景中相互遮挡但在画面平面上相邻的表面的重叠感。关于艺术中的透视法已有诸多著述,但关于遮挡法的却很少。在此,我探讨文艺复兴早期画家在描绘遮挡时所采用的一些策略,并结合生态学考量和感知研究进行分析。通过运用遮挡表面会遮挡其后方任何物体这一原则,常常能够实现对表面重叠的感知,这样一来,由于遮挡轮廓与被遮挡轮廓之间缺乏关联,遮挡感知便得以增强。一些著名的图形 - 背景原则也通常用于对相邻图形进行分层。有助于这种分层的全局因素包括图形在地面平面上的位置、高视角以及图形分组。这一时期的艺术家在是否遮挡面部和头部的问题上似乎存在差异,他们常常会小心翼翼地避免这样做。光环要么被有选择地去除,要么被奇怪地放置以避免此类遮挡。最后,我认为杜乔画作中建筑造成的遮挡的显著非传递性可能与感知和认知对绘画视觉效果的影响问题有关。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/0c5e/3485794/9712bbbdf0de/i-perception-2-1076-g0001.jpg

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