distance to object

简明释义

至目标的距离

英英释义

例句

1.In augmented reality, the app calculates the distance to object 到物体的距离 to place virtual items accurately.

在增强现实中，应用程序计算到物体的距离以准确放置虚拟物品。

2.The robot uses sensors to measure the distance to object 到物体的距离 for navigation.

机器人使用传感器测量到物体的距离以进行导航。

3.During the experiment, we measured the distance to object 到物体的距离 using a laser rangefinder.

在实验中，我们使用激光测距仪测量了到物体的距离。

4.The game requires players to estimate the distance to object 到物体的距离 before making a shot.

游戏要求玩家在射击之前估计到物体的距离。

5.The drone's camera can automatically adjust focus based on the distance to object 到物体的距离 it detects.

无人机的相机可以根据检测到的到物体的距离自动调整焦距。

作文

Understanding the concept of distance to object is crucial in various fields, including physics, navigation, and even everyday life. The term refers to the measurable space between an observer and a particular object. This measurement can be expressed in various units, such as meters, kilometers, or miles, depending on the context. In physics, for example, distance to object plays a significant role in understanding motion and forces. For instance, when calculating gravitational force, the distance to object between two masses affects the strength of the attraction they exert on each other. The greater the distance, the weaker the gravitational pull becomes. In navigation, the distance to object is essential for determining how far a ship or an aircraft is from a landmark or another vessel. Navigators use this information to make informed decisions about their route and to ensure safety at sea or in the air. For instance, if a pilot knows the distance to object of an approaching mountain, they can adjust their altitude accordingly to avoid a collision.In our daily lives, we often unconsciously assess the distance to object without realizing it. When driving a car, for example, we need to maintain a safe distance to object from the vehicle in front of us to prevent accidents. This involves constantly gauging the space between our car and others, adjusting our speed, and reacting to changes in traffic conditions. Moreover, technology has advanced our ability to measure distance to object. Devices such as laser rangefinders and ultrasonic sensors provide accurate measurements that are invaluable in construction, surveying, and even robotics. These tools help professionals determine distances with precision, which is critical for planning and executing projects successfully. In conclusion, the concept of distance to object is not just a scientific term; it is a fundamental aspect of our interaction with the world around us. Whether we are aware of it or not, we constantly measure and respond to the distance to object in various scenarios, from driving to navigating through physical spaces. By understanding this concept better, we can improve our skills in various disciplines and enhance our everyday decision-making processes.

理解“distance to object”这一概念在物理学、导航甚至日常生活中都是至关重要的。这个术语指的是观察者与特定物体之间可测量的空间。这一测量可以用多种单位表示，如米、公里或英里，具体取决于上下文。例如，在物理学中，“distance to object”在理解运动和力方面发挥着重要作用。例如，在计算引力时，两个质量之间的“distance to object”会影响它们相互施加的吸引力的强度。距离越大，引力就越弱。在导航中，“distance to object”对于确定船只或飞机与地标或其他船只之间的距离至关重要。导航员利用这些信息来做出明智的航线决策，以确保海上或空中的安全。例如，如果一名飞行员知道即将到来的山脉的“distance to object”，他们可以相应地调整高度以避免碰撞。在我们的日常生活中，我们常常无意识地评估“distance to object”，却没有意识到。当开车时，例如，我们需要与前方车辆保持安全的“distance to object”以防止事故。这涉及不断衡量我们汽车与其他汽车之间的空间，调整我们的速度，并对交通状况的变化作出反应。此外，技术进步提高了我们测量“distance to object”的能力。激光测距仪和超声波传感器等设备提供了准确的测量，这在建筑、测量甚至机器人领域都是无价的。这些工具帮助专业人员精确确定距离，这对于成功规划和执行项目至关重要。总之，“distance to object”这一概念不仅仅是一个科学术语；它是我们与周围世界互动的基本方面。无论我们是否意识到，我们在各种场景中不断测量和响应“distance to object”，从驾驶到在物理空间中导航。通过更好地理解这一概念，我们可以提高各个学科的技能，增强日常决策过程。