frame syncronous code

简明释义

帧同步码

英英释义

例句

1.To ensure smooth playback of the video, we need to implement frame syncronous code 帧同步代码 in our media player.

为了确保视频的流畅播放，我们需要在媒体播放器中实现帧同步代码。

2.The robotics team utilized frame syncronous code 帧同步代码 to ensure that all sensors were reading data at the same time.

机器人团队利用帧同步代码确保所有传感器同时读取数据。

3.When developing VR applications, it is crucial to implement frame syncronous code 帧同步代码 to maintain immersion.

在开发VR应用程序时，实施帧同步代码对于保持沉浸感至关重要。

4.The game developers are working on frame syncronous code 帧同步代码 to reduce lag during online multiplayer sessions.

游戏开发者正在开发帧同步代码以减少在线多人游戏中的延迟。

5.In order to synchronize animations with audio, we must use frame syncronous code 帧同步代码 in our animation software.

为了将动画与音频同步，我们必须在动画软件中使用帧同步代码。

作文

In the realm of computer programming and software development, the term frame syncronous code refers to a specific methodology used to ensure that various components of a system operate in harmony with one another. This concept is particularly crucial in environments where timing and synchronization are essential, such as in real-time systems or multimedia applications. The ability to execute tasks in a synchronized manner can significantly enhance the performance and reliability of software applications.To better understand frame syncronous code, we can break it down into two key components: 'frame' and 'synchronous'. The term 'frame' often denotes a single unit of time within which certain operations must be completed. In video processing, for instance, a frame represents one still image in a sequence of images that together create motion. Therefore, ensuring that all necessary computations and actions occur within the designated frame time is vital for maintaining smooth playback and high-quality visuals.On the other hand, 'synchronous' refers to processes that occur at the same time or in a coordinated manner. In programming, synchronous operations are those that block further execution until the current task is completed. This is in contrast to asynchronous operations, which allow other tasks to proceed without waiting for the current task to finish. The combination of these two concepts in frame syncronous code highlights the importance of executing operations within a fixed time frame while ensuring that all related processes are synchronized.One common application of frame syncronous code is in game development. Video games require a seamless experience for players, which means that graphics rendering, input handling, and sound processing must all occur within the same frame. If any of these elements lag behind, it can lead to a disjointed experience, causing frustration for players. By implementing frame syncronous code, developers can ensure that all aspects of the game run in sync, providing a smooth and enjoyable gaming experience.Moreover, frame syncronous code is also prevalent in animation software, where multiple layers of graphics and effects need to be rendered simultaneously. Each frame must be processed in a way that maintains the illusion of motion, requiring precise timing and coordination among various elements. Any delay in one part of the process can result in noticeable artifacts or stuttering animations, detracting from the overall quality of the product.In conclusion, the concept of frame syncronous code plays a pivotal role in various fields of technology, particularly in areas where timing and synchronization are critical. Understanding how to implement this coding technique can lead to more efficient and reliable software solutions. As technology continues to evolve, the demand for such synchronized systems will only grow, making it essential for developers to master the principles behind frame syncronous code. By doing so, they can create applications that not only meet user expectations but also push the boundaries of what is possible in the digital world.

在计算机编程和软件开发的领域中，术语frame syncronous code指的是一种特定的方法论，用于确保系统的各个组件彼此和谐地运作。这个概念在时间和同步至关重要的环境中尤为重要，比如实时系统或多媒体应用程序。以同步方式执行任务的能力可以显著提高软件应用程序的性能和可靠性。为了更好地理解frame syncronous code，我们可以将其分解为两个关键组成部分：“frame”和“synchronous”。“frame”一词通常表示在其中必须完成某些操作的时间单位。例如，在视频处理中，帧代表一系列图像中的一张静止图像，这些图像共同构成运动。因此，确保所有必要的计算和操作在指定的帧时间内完成，对于保持流畅的播放和高质量的视觉效果至关重要。另一方面，“synchronous”指的是同时发生或协调进行的过程。在编程中，同步操作是指在当前任务完成之前阻止进一步执行的操作。这与异步操作相对，后者允许其他任务在不等待当前任务完成的情况下继续进行。这两个概念在frame syncronous code中的结合强调了在固定时间帧内执行操作的重要性，同时确保所有相关过程是同步的。frame syncronous code的一个常见应用是在游戏开发中。视频游戏需要为玩家提供无缝的体验，这意味着图形渲染、输入处理和音频处理必须在同一帧内进行。如果这些元素中的任何一个滞后，就会导致不连贯的体验，从而使玩家感到沮丧。通过实施frame syncronous code，开发人员可以确保游戏的所有方面都同步运行，提供流畅愉快的游戏体验。此外，frame syncronous code在动画软件中也很常见，其中多个图层的图形和效果需要同时渲染。每一帧都必须以保持运动幻觉的方式进行处理，这需要对各种元素进行精确的时间控制和协调。过程中的任何延迟都可能导致明显的伪影或动画卡顿，从而削弱产品的整体质量。总之，frame syncronous code的概念在技术的各个领域发挥着关键作用，特别是在时间和同步至关重要的领域。理解如何实现这种编码技术可以导致更高效和可靠的软件解决方案。随着技术的不断发展，对这种同步系统的需求只会增加，因此开发人员掌握frame syncronous code背后的原则至关重要。通过这样做，他们可以创建不仅满足用户期望，而且推动数字世界可能性的应用程序。