cursor target bearing

简明释义

物标方位线板

英英释义

例句

1.The cursor target bearing indicated a direct course towards the destination.

光标目标方位指示了通往目的地的直接航线。

2.Using the navigation system, the captain set the cursor target bearing for the next waypoint.

使用导航系统，船长为下一个航路点设置了光标目标方位。

3.The software displays the cursor target bearing on the map for easy navigation.

软件在地图上显示光标目标方位以便于导航。

4.The pilot adjusted the aircraft's heading to align with the cursor target bearing.

飞行员调整了飞机的航向以与光标目标方位对齐。

5.To ensure accuracy, the crew double-checked the cursor target bearing before takeoff.

为了确保准确性，机组人员在起飞前再次检查了光标目标方位。

作文

In the world of navigation and mapping, precision is key. One term that often comes up in discussions about navigation systems is cursor target bearing. This phrase can be broken down into three parts: cursor, target, and bearing. Understanding each component helps to grasp the overall meaning. A 'cursor' refers to a movable indicator on a computer screen that shows a user's position or selection. In mapping software, the cursor allows users to interact with the map, selecting points of interest or destinations. The 'target' is the specific location or object that the user intends to reach or focus on. It could be a landmark, a waypoint, or any other point on the map. Finally, 'bearing' denotes the direction or angle to a particular target from a reference point, usually expressed in degrees. When combined, cursor target bearing essentially describes the directional information that indicates where a user needs to go concerning their current position, represented by the cursor. This concept is particularly vital in various applications, such as GPS devices, aviation systems, and maritime navigation. For instance, when a pilot is flying an aircraft, they may need to adjust their course based on the cursor target bearing displayed on their navigation system to ensure they are heading in the right direction. Moreover, modern technology has made it easier to calculate and display the cursor target bearing accurately. Advanced algorithms and real-time data from satellites allow navigation systems to provide instant updates on a user's position and the required bearing to reach their desired target. This capability enhances safety and efficiency in travel, whether on land, at sea, or in the air. Understanding cursor target bearing is crucial for anyone involved in navigation, whether professionally or recreationally. For example, hikers using GPS devices must know how to interpret the cursor target bearing to navigate through unfamiliar terrains safely. Similarly, sailors rely on accurate bearings to avoid hazards and reach their destinations without incident. In conclusion, the phrase cursor target bearing encapsulates an essential aspect of navigation technology. By breaking down the components and understanding their individual meanings, we gain insight into how this concept functions in practical applications. As technology continues to advance, the importance of accurately determining the cursor target bearing will only grow, making it a fundamental skill for navigators in all fields. Whether you are a professional pilot, a sailor, or simply someone who enjoys exploring new places, mastering the concept of cursor target bearing will undoubtedly enhance your navigation skills and overall experience in the great outdoors.

在导航和制图的世界中，精确性是关键。一个常常出现在导航系统讨论中的术语是光标目标方位角。这个短语可以分解为三个部分：光标、目标和方位。理解每个组成部分有助于掌握整体含义。“光标”指的是计算机屏幕上的可移动指示器，显示用户的位置或选择。在制图软件中，光标允许用户与地图互动，选择兴趣点或目的地。“目标”是用户打算到达或关注的特定位置或对象。它可以是地标、航点或地图上的任何其他点。最后，“方位”表示从参考点到特定目标的方向或角度，通常以度数表示。当结合在一起时，光标目标方位角本质上描述了指示用户需要朝向某个目标的方向信息，相对于他们当前的位置，由光标表示。这个概念在各种应用中尤为重要，例如GPS设备、航空系统和海洋导航。例如，当飞行员驾驶飞机时，他们可能需要根据导航系统上显示的光标目标方位角调整航向，以确保他们朝着正确的方向飞行。此外，现代技术使得准确计算和显示光标目标方位角变得更加容易。高级算法和来自卫星的实时数据使导航系统能够提供用户位置和到达所需目标的航向的即时更新。这种能力提高了旅行的安全性和效率，无论是在陆地、海洋还是空中。理解光标目标方位角对任何参与导航的人来说都是至关重要的，无论是专业人士还是业余爱好者。例如，使用GPS设备的徒步旅行者必须知道如何解释光标目标方位角，以安全地穿越不熟悉的地形。同样，水手依赖准确的方位来避免危险并顺利到达目的地。总之，短语光标目标方位角概括了导航技术的一个重要方面。通过拆解组成部分并理解它们的单独含义，我们可以深入了解这个概念在实际应用中的功能。随着技术的不断进步，准确确定光标目标方位角的重要性只会增加，使其成为所有领域导航者的基本技能。无论您是专业飞行员、水手，还是仅仅喜欢探索新地方的人，掌握光标目标方位角的概念无疑会增强您的导航技能和在大自然中的整体体验。