filling-in ring

简明释义

密封环

英英释义

A filling-in ring is a type of geometric shape or structure that is used to complete or fill in a particular area, often used in mathematical contexts or in the design of certain objects.

填充环是一种几何形状或结构,用于完成或填充特定区域,通常用于数学上下文或某些物体的设计中。

例句

1.During the jewelry show, many models showcased stunning filling-in rings.

在珠宝展上,许多模特展示了令人惊艳的填充戒指

2.The jeweler recommended a filling-in ring for the engagement set to enhance its beauty.

珠宝商推荐了一款填充戒指来增强订婚套装的美感。

3.She wore a filling-in ring with her wedding band to make it more visually appealing.

她佩戴了一枚填充戒指与她的婚戒搭配,使其更具视觉吸引力。

4.The filling-in ring was designed to fit perfectly between the main stones of her ring.

这枚填充戒指的设计旨在完美契合她戒指主石之间。

5.He surprised her with a beautiful filling-in ring as a gift on their anniversary.

他在周年纪念日给她送了一枚美丽的填充戒指作为礼物。

作文

In the field of optics, various phenomena can lead to intriguing visual effects. One such phenomenon is the appearance of a filling-in ring, which occurs when certain visual stimuli are presented to the human eye. This optical illusion is particularly fascinating because it demonstrates how our brain processes and interprets visual information. The filling-in ring can often be observed in situations where there are contrasting colors or patterns, leading to a perceptual completion of images that are not fully present. For instance, consider a scenario where a circle is drawn with a black outline but is left empty in the center. When this circle is placed against a background of vibrant colors, the observer may perceive a colored ring around the perimeter of the circle, even though no actual color is present in that area. This perceived color is what we refer to as a filling-in ring—it is the brain's way of filling in gaps in visual information based on surrounding cues. The study of filling-in rings has significant implications for our understanding of visual perception and cognitive processing. Researchers have conducted numerous experiments to investigate how different factors influence the strength and clarity of these rings. For example, the size of the empty area within the circle and the contrast between the circle and its background can greatly affect how pronounced the filling-in ring appears. Moreover, the concept of filling-in rings extends beyond simple shapes and colors. It can also apply to more complex images and scenes. In real-world settings, our brains are constantly engaged in a process of interpretation, filling in details that are not explicitly visible. This ability is crucial for navigating our environment, as it allows us to make sense of incomplete information. Artists and designers often leverage the principles behind filling-in rings to create visually striking works. By manipulating colors, shapes, and contrasts, they can evoke specific feelings and responses from viewers. Understanding how the brain fills in gaps can help creators design more effective visual experiences that capture attention and provoke thought. In conclusion, the filling-in ring phenomenon showcases the incredible capabilities of the human visual system. It highlights how our perception is not merely a passive reception of visual stimuli but an active construction of reality. As we continue to explore the intricacies of visual perception, the study of filling-in rings will undoubtedly provide valuable insights into the workings of the mind and the nature of perception itself.

在光学领域,各种现象可能导致引人入胜的视觉效果。其中一个现象是出现填充环,当某些视觉刺激呈现给人眼时就会发生这种现象。这种光学错觉尤其迷人,因为它展示了我们的大脑如何处理和解释视觉信息。填充环通常可以在对比色或图案的情况下观察到,导致对未完全存在的图像的感知补全。例如,考虑一个场景,其中画了一个黑色轮廓的圆圈,但中心留空。当这个圆圈放置在鲜艳颜色的背景上时,观察者可能会在圆圈的周边感知到一个彩色环,即使该区域实际上没有颜色。这种感知到的颜色就是我们所称的填充环——这是大脑根据周围线索填补视觉信息缺口的一种方式。对填充环的研究对我们理解视觉感知和认知处理具有重要意义。研究人员进行了大量实验,以调查不同因素如何影响这些环的强度和清晰度。例如,圆圈内空白区域的大小以及圆圈与背景之间的对比度都可以极大地影响填充环的显著性。此外,填充环的概念不仅限于简单的形状和颜色。它也适用于更复杂的图像和场景。在现实世界中,我们的大脑不断参与解释过程,填补那些未明确可见的细节。这种能力对于我们在环境中导航至关重要,因为它使我们能够理解不完整的信息。艺术家和设计师常常利用填充环背后的原理来创作视觉上引人注目的作品。通过操纵颜色、形状和对比,他们可以激发观众的特定情感和反应。理解大脑如何填补空白可以帮助创作者设计出更有效的视觉体验,吸引注意力并引发思考。总之,填充环现象展示了人类视觉系统的不可思议的能力。它突显了我们的感知不仅仅是对视觉刺激的被动接收,而是对现实的主动构建。随着我们继续探索视觉感知的复杂性,对填充环的研究无疑将为我们提供有关心智运作和感知本质的宝贵见解。