apparent vertical

简明释义

视垂线

英英释义

例句

1.In surveying, the apparent vertical is crucial for ensuring that structures are built correctly according to specifications.

在测量中，表观垂直对于确保结构按照规范正确建造至关重要。

2.The artist emphasized the apparent vertical lines in her painting to create a sense of height.

艺术家在她的画作中强调了表观垂直的线条，以营造出高耸的感觉。

3.During the construction process, workers must check the apparent vertical alignment of the walls regularly.

在施工过程中，工人必须定期检查墙壁的表观垂直对齐情况。

4.The engineer explained that the apparent vertical of the tower could be affected by wind forces.

工程师解释说，塔的表观垂直可能会受到风力的影响。

5.The architect used the term apparent vertical to describe how the building would appear to stand upright despite its unique design.

建筑师用表观垂直这个术语来描述这座建筑尽管设计独特，但看起来仍然是直立的。

作文

In the study of physics and engineering, understanding the concept of apparent vertical is crucial for various applications. The term apparent vertical refers to the perceived direction of gravity or the vertical line as it appears to an observer, which may differ from the true vertical due to various factors such as motion, perspective, or environmental influences. For instance, when a person is on a moving train, the sensation of what is 'up' and 'down' can be altered by the speed and direction of the train's movement. This phenomenon can lead to confusion in determining the actual vertical alignment. In architectural design, the apparent vertical is an important consideration. Architects must ensure that structures appear stable and upright to observers. If a building leans slightly or has an optical illusion created by its design, it can affect how people perceive its apparent vertical. This is particularly significant in tall buildings where even a slight tilt can create discomfort among occupants and passersby. Additionally, the use of materials that reflect light can also play a role in how the verticality of a structure is perceived. Moreover, in the realm of nature, the apparent vertical can be influenced by the surrounding landscape. For example, when standing at the base of a tall mountain, the steepness of the incline can distort our perception of what is truly vertical. The trees and rocks around us might make us feel as if the vertical line is tilted, even though gravity is acting straight down towards the center of the Earth. This effect can also be observed in photography, where angles and perspectives can change the viewer's interpretation of vertical lines. The concept of apparent vertical is not limited to physical environments; it extends into the field of psychology as well. Our brains interpret visual information based on context and experience. When we are in a situation where the actual vertical seems distorted, our brain tries to compensate for this discrepancy. For instance, in virtual reality environments, designers must carefully consider how apparent vertical will affect user experience. If users perceive the vertical incorrectly, it can lead to discomfort or even motion sickness. In conclusion, the notion of apparent vertical encompasses a wide array of fields including physics, architecture, nature, and psychology. Understanding this concept allows us to better navigate our environments and design experiences that align with human perception. Whether it’s ensuring a building looks straight to the eye or creating engaging virtual reality experiences, recognizing the significance of apparent vertical is essential. As we continue to explore the interplay between perception and reality, the understanding of apparent vertical will remain a key element in various disciplines, ultimately enhancing our interaction with the world around us.

在物理和工程学的研究中，理解表观垂直的概念对各种应用至关重要。术语表观垂直指的是重力或垂直线的感知方向，它可能因运动、视角或环境影响等各种因素而与真实的垂直方向不同。例如，当一个人处于移动的火车上时，‘上’和‘下’的感觉可能会因火车的速度和方向而改变。这种现象可能导致在确定实际垂直对齐时的困惑。在建筑设计中，表观垂直是一个重要的考虑因素。建筑师必须确保结构在观察者眼中看起来稳定且直立。如果一栋建筑稍微倾斜或由于其设计产生了光学错觉，这可能会影响人们对其表观垂直的感知。这在高层建筑中特别重要，因为即使是轻微的倾斜也会给居住者和路人带来不适。此外，反射光的材料的使用也会影响结构的垂直度的感知。此外，在自然界中，表观垂直也会受到周围景观的影响。例如，当站在高山脚下时，陡峭的坡度可能会扭曲我们对真正垂直的感知。我们周围的树木和岩石可能让我们觉得垂直线是倾斜的，即使重力是朝向地球中心的。这种效应在摄影中也可以观察到，角度和视角可以改变观众对垂直线的解读。表观垂直的概念不仅限于物理环境；它还扩展到心理学领域。我们的脑袋根据上下文和经验来解释视觉信息。当我们处于实际垂直似乎失真的情况下，我们的大脑试图补偿这种差异。例如，在虚拟现实环境中，设计师必须仔细考虑表观垂直如何影响用户体验。如果用户错误地感知垂直，可能会导致不适甚至晕动病。总之，表观垂直的概念涵盖了包括物理学、建筑学、自然和心理学在内的广泛领域。理解这一概念使我们能够更好地导航我们的环境，并设计出符合人类感知的体验。无论是确保建筑在眼中看起来笔直，还是创造引人入胜的虚拟现实体验，认识到表观垂直的重要性都是必不可少的。随着我们继续探索感知与现实之间的相互作用，表观垂直的理解将始终是各种学科中的关键元素，最终增强我们与周围世界的互动。