height of eye

简明释义

眼高

英英释义

例句

1.The architect considered the height of eye when designing the building's windows.

建筑师在设计建筑窗户时考虑了视高。

2.For pilots, understanding the height of eye is essential during takeoff and landing.

对于飞行员来说，了解视高在起飞和着陆时至关重要。

3.In surveying, the height of eye is crucial for determining the correct angles.

在测量中，视高对于确定正确的角度至关重要。

4.When using a telescope, the height of eye must be calibrated for precise observations.

使用望远镜时，必须校准视高以进行精确观察。

5.The captain adjusted the ship's navigation based on the height of eye to ensure accurate readings.

船长根据视高调整了船只的导航，以确保读数准确。

作文

The concept of height of eye is often discussed in various fields, particularly in surveying and navigation. It refers to the vertical distance from the observer's eye to a reference point, typically the ground or sea level. Understanding this measurement is crucial for accurate readings and assessments in both land and maritime environments. For instance, in surveying, knowing the height of eye allows surveyors to determine the visibility range and the angles of elevation or depression when measuring distances to distant objects. This is essential for creating precise maps and plans that reflect the true dimensions of the landscape.In navigation, especially in maritime contexts, the height of eye plays a significant role in determining how far one can see. Sailors often use the height of their eyes above sea level to calculate the distance to the horizon. The formula used is based on the curvature of the Earth; the higher the observer's position, the further they can see. This principle is vital for safe navigation, as it helps mariners avoid hazards and identify landmasses or other vessels in time. Therefore, understanding the height of eye is not just an academic exercise; it has practical implications that can affect safety and efficiency at sea.Moreover, the height of eye is also relevant in photography and cinematography. When capturing images or videos, the angle and position of the camera can dramatically influence the composition and perspective of the shot. A photographer might choose to raise the camera to increase the height of eye, which can provide a more dynamic view of the scene, emphasizing certain elements while diminishing others. This technique can create a sense of depth and scale, drawing viewers into the image.In architecture and urban planning, the height of eye is essential for assessing sightlines and visual impacts of buildings. Planners and architects must consider how tall structures will affect the views from surrounding areas. By analyzing the height of eye, they can determine how much light and air will reach public spaces and ensure that new developments harmonize with existing landscapes.In conclusion, the height of eye is a multifaceted concept with applications in surveying, navigation, photography, and architecture. It highlights the importance of perspective in various disciplines and underscores the need for precision in measurements. Whether one is navigating across the open seas, capturing stunning visuals, or designing a new building, understanding the height of eye can significantly enhance outcomes and improve overall effectiveness. As we continue to explore the world around us, the significance of this simple yet powerful measurement will undoubtedly remain a cornerstone of our interactions with our environment.

‘眼高’这一概念在多个领域中经常被讨论，特别是在测量和导航中。它指的是观察者的眼睛到一个参考点（通常是地面或海平面）的垂直距离。理解这个测量对于在陆地和海洋环境中进行准确的读数和评估至关重要。例如，在测量中，了解‘眼高’可以使测量师确定可视范围以及在测量远处物体时的仰角或俯角。这对于创建反映景观真实尺寸的精确地图和计划是必不可少的。在导航，特别是在海洋环境中，‘眼高’在确定一个人能看到多远方面发挥着重要作用。水手们通常利用他们的眼睛高于海平面的高度来计算到地平线的距离。使用的公式是基于地球的曲率；观察者的位置越高，能看到的距离就越远。这个原理对安全导航至关重要，因为它帮助水手避免危险并及时识别陆地或其他船只。因此，理解‘眼高’不仅仅是一个学术练习；它具有实际意义，可能影响海上的安全和效率。此外，‘眼高’在摄影和电影制作中也很重要。在拍摄图像或视频时，相机的角度和位置会极大地影响画面的构图和视角。摄影师可能选择抬高相机，以增加‘眼高’，这可以提供更具动态感的场景视图，强调某些元素，同时减弱其他元素。这种技术可以创造出深度感和规模感，将观众吸引到图像中。在建筑和城市规划中，‘眼高’对于评估建筑物的视线和视觉影响至关重要。规划者和建筑师必须考虑高层建筑将如何影响周围地区的视野。通过分析‘眼高’，他们可以确定有多少光线和空气将到达公共空间，并确保新开发项目与现有景观协调。总之，‘眼高’是一个多方面的概念，在测量、导航、摄影和建筑等领域都有应用。它突显了各个学科中视角的重要性，并强调了测量精度的必要性。无论是在开放海域航行、捕捉惊艳的视觉效果，还是设计新建筑，理解‘眼高’都能显著提高结果并改善整体效果。随着我们继续探索周围的世界，这一简单而强大的测量的重要性无疑将继续成为我们与环境互动的基石。