metamerism

简明释义

英[mɪˈtæmərɪzəm]美[məˈtæməˌrɪzəm]

n. 位变异构；体节性；条件等色

英英释义

单词用法

同义词

反义词

例句

1.A one color in a color of the light source under the same, but in a separate light sources, their rendering of color change in the phenomenon is called metamerism.

这种当一种颜色在某光源下表现的颜色不同，但在另外的光源下，其表现的颜色爆发保持的本体不离称为同色同谱本体。

2.A one color in a color of the light source under the same, but in a separate light sources, their rendering of color change in the phenomenon is called metamerism.

这种当一种颜色在某光源下表现的颜色不同，但在另外的光源下，其表现的颜色爆发保持的本体不离称为同色同谱本体。

3.In the fashion industry, metamerism is crucial for fabric selection to avoid discrepancies in color appearance under various lighting.

在时尚行业中，metamerism 对于面料选择至关重要，以避免在不同光照下颜色外观的差异。

4.The metamerism effect can lead to unexpected results in digital displays when viewed under different types of screens.

在不同类型的屏幕下观看时，metamerism 效应可能导致意想不到的结果。

5.Photographers need to consider metamerism when editing images to ensure the colors remain true across different viewing platforms.

摄影师在编辑图像时需要考虑 metamerism，以确保颜色在不同查看平台上保持真实。

6.Artists must be aware of metamerism when mixing paints to ensure their artwork maintains consistency in different lighting.

艺术家在混合颜料时必须意识到 metamerism，以确保他们的艺术作品在不同光照下保持一致性。

7.In color theory, metamerism refers to the phenomenon where two colors appear the same under one lighting condition but differ under another.

在色彩理论中，metamerism 指的是在一种光照条件下两种颜色看起来相同，但在另一种光照条件下却不同的现象。

作文

Metamerism is a fascinating concept that plays a significant role in various fields, particularly in color theory and biology. In simple terms, metamerism refers to the phenomenon where two colors appear to match under one lighting condition but look different under another. This effect occurs because the human eye perceives colors based on the way light interacts with objects and how those objects reflect or absorb certain wavelengths of light. Understanding metamerism is crucial for artists, designers, and anyone involved in color-sensitive industries. For instance, in the world of painting, an artist may mix two pigments that appear identical in daylight. However, once the artwork is displayed under artificial lighting, the colors may diverge significantly, leading to unexpected results. This can be frustrating for artists who strive for consistency and harmony in their work. Therefore, it is essential for artists to consider the lighting conditions in which their work will be viewed. In addition to art, metamerism also has implications in the field of fashion. Clothing manufacturers must account for this phenomenon when producing garments. A dress that looks perfect in a showroom's bright lights might appear dull and mismatched when worn outdoors. This inconsistency can affect consumer satisfaction and impact sales. Fashion designers often conduct extensive tests under various lighting conditions to ensure that their colors remain true to the intended design. Beyond aesthetics, metamerism also has important applications in biology, particularly in the study of animal coloration. Many species have developed unique color patterns that rely on metamerism to communicate with each other or to evade predators. For example, some chameleons can change their color based on their environment, creating a form of camouflage that helps them survive. This ability is not just about changing color; it is also about understanding how those colors will be perceived by other animals in different lighting conditions. Moreover, metamerism is a critical consideration in the development of technologies such as digital displays and printing. Engineers and designers must ensure that the colors produced by screens or printers remain consistent across various devices and lighting environments. This requires a deep understanding of color science and the principles of metamerism. In conclusion, the concept of metamerism extends beyond mere color perception; it influences artistic expression, fashion design, biological adaptation, and technological innovation. By recognizing and understanding metamerism, individuals in these fields can create more effective and appealing products, artworks, and designs. As we continue to explore the intricacies of color and light, the significance of metamerism will undoubtedly remain a vital area of study and application. It reminds us that our perception of the world is not always straightforward and that context plays a crucial role in how we experience color. In essence, metamerism teaches us to appreciate the complexity of visual perception and encourages us to consider the myriad factors that influence how we see and interpret the colors around us.

变色现象是一个迷人的概念，在多个领域中扮演着重要角色，尤其是在色彩理论和生物学中。简单来说，metamerism指的是一种现象，其中两种颜色在一种光照条件下看起来相同，但在另一种光照条件下却显得不同。这种效果的发生是因为人眼根据光与物体的相互作用以及这些物体反射或吸收特定波长的光的方式来感知颜色。理解metamerism对艺术家、设计师以及任何涉及颜色敏感行业的人来说都是至关重要的。例如，在绘画的世界里，一位艺术家可能会混合两种颜料，这两种颜料在日光下看起来完全相同。然而，一旦作品在人工光照下展示，这些颜色可能会显著不同，导致意想不到的结果。这对于追求一致性和和谐的艺术家来说可能是令人沮丧的。因此，艺术家考虑他们的作品将在哪种光照条件下被观看是非常重要的。除了艺术，metamerism在时尚领域也有重要的影响。服装制造商在生产衣物时必须考虑这一现象。一件在展厅明亮灯光下看起来完美的裙子，在户外穿着时可能显得暗淡且不协调。这种不一致性会影响消费者满意度并影响销售。时尚设计师通常会在各种光照条件下进行广泛测试，以确保他们的颜色保持真实于预期设计。超越美学，metamerism在生物学中的应用也很重要，特别是在动物颜色研究中。许多物种发展出独特的颜色模式，依赖于metamerism来相互交流或躲避捕食者。例如，一些变色龙可以根据环境改变颜色，创造出一种帮助它们生存的伪装。这种能力不仅仅是关于改变颜色；它还涉及理解这些颜色在不同光照条件下将如何被其他动物感知。此外，metamerism在数字显示和印刷等技术的发展中也是一个关键考虑因素。工程师和设计师必须确保屏幕或打印机产生的颜色在各种设备和光照环境中保持一致。这需要对色彩科学和metamerism原理有深入的理解。总之，metamerism的概念超越了单纯的颜色感知；它影响着艺术表现、时尚设计、生物适应和技术创新。通过认识和理解metamerism，这些领域的从业者可以创造出更有效和更具吸引力的产品、艺术作品和设计。随着我们继续探索色彩和光的复杂性，metamerism的重要性无疑将继续成为研究和应用的一个重要领域。它提醒我们，我们对世界的感知并不总是简单的，背景在我们如何体验颜色方面起着至关重要的作用。本质上，metamerism教会我们欣赏视觉感知的复杂性，并鼓励我们考虑影响我们如何看待和解读周围颜色的无数因素。