adjacent pitch error

简明释义

相邻节距误差相邻周节误差

英英释义

例句

1.The sound engineer had to correct the adjacent pitch error before finalizing the track.

声响工程师必须在完成曲目之前纠正邻近音高误差。

2.The musician noticed an adjacent pitch error in the harmony, which affected the overall sound of the piece.

音乐家注意到和声中存在一个邻近音高误差，这影响了整个曲子的声音。

3.In the audio analysis, we identified an adjacent pitch error that caused a dissonance in the recording.

在音频分析中，我们识别出一个邻近音高误差，导致录音中出现不和谐的声音。

4.During the live performance, an adjacent pitch error was noticeable, prompting the band to adjust quickly.

在现场表演中，明显出现了一个邻近音高误差，促使乐队迅速调整。

5.The software can automatically detect any adjacent pitch error in the vocal tracks.

该软件可以自动检测人声轨道中的任何邻近音高误差。

作文

In the realm of audio engineering and music production, precision is paramount. One of the crucial aspects that professionals focus on is pitch accuracy. Any deviation from the intended pitch can lead to significant issues in sound quality and overall performance. Among the various types of pitch inaccuracies, the term adjacent pitch error refers to a specific kind of pitch deviation that occurs when two notes that are close in frequency are not tuned correctly relative to each other. This can create a dissonant sound that is unpleasant to the ear and can disrupt the harmony of a musical piece.Understanding adjacent pitch error is essential for musicians and audio engineers alike. When two instruments or vocalists perform together, they must be in tune with each other. If one instrument plays a note that is slightly off from the expected pitch, it can cause an adjacent pitch error, which is particularly noticeable when the pitches are close together. For example, if a violin is playing a note that is slightly sharp compared to a flute playing a nearby note, the resulting sound may clash, creating tension rather than harmony.This concept is not just limited to live performances; it also plays a significant role in recorded music. In the studio, producers often use pitch correction tools to ensure that all elements of a track are perfectly in tune. However, if these tools are not applied carefully, they can inadvertently introduce adjacent pitch error. This is especially true when multiple vocal tracks are layered over one another. If one vocal track is slightly off-pitch compared to another, listeners may perceive this as a lack of professionalism in the production.To mitigate adjacent pitch errors, musicians often engage in rigorous tuning practices before performances. They may use electronic tuners or apps that display the exact frequency of a note, allowing them to adjust their instruments accurately. Additionally, ear training is crucial; musicians learn to identify subtle differences in pitch and develop the ability to correct them instinctively.Moreover, in ensemble settings, communication is key. Musicians must actively listen to one another and make real-time adjustments to their pitches. This collaborative effort helps to minimize the risk of adjacent pitch error and ensures that the overall sound is cohesive and harmonious.In conclusion, the concept of adjacent pitch error highlights the importance of pitch accuracy in music. Whether in live performances or studio recordings, maintaining the correct relationship between closely related pitches is essential for achieving a pleasing sound. Musicians and audio engineers must be vigilant in their tuning practices and attentive to the pitches produced by their peers to create harmonious music that resonates with audiences. By understanding and addressing adjacent pitch errors, they can elevate their craft and enhance the listening experience for everyone involved.

在音频工程和音乐制作领域，精确度是至关重要的。专业人士关注的关键方面之一是音高的准确性。任何偏离预期音高的情况都可能导致声音质量和整体表现出现重大问题。在各种音高不准确的类型中，术语邻近音高误差指的是当两个频率接近的音符相对彼此未正确调音时发生的一种特定音高偏差。这可能会产生一种不和谐的声音，令人不悦，并可能打乱音乐作品的和声。理解邻近音高误差对于音乐家和音频工程师来说都是至关重要的。当两种乐器或歌手一起演奏时，他们必须彼此保持音准。如果一种乐器演奏的音符与预期音高稍有偏差，就可能导致邻近音高误差，这在音高接近时尤其明显。例如，如果小提琴演奏的音符相比于长笛演奏的邻近音符稍微偏高，所产生的声音可能会冲突，创造出紧张感而非和谐感。这一概念不仅限于现场表演；它在录音音乐中也起着重要作用。在录音室中，制作人通常使用音高修正工具来确保曲目中的所有元素都完美调音。然而，如果这些工具没有谨慎应用，它们可能会无意中引入邻近音高误差。尤其是在多条人声轨道叠加在一起时，如果一条人声轨道与另一条略微偏离音高，听众可能会认为这在制作上缺乏专业性。为了减少邻近音高误差，音乐家通常在表演前进行严格的调音练习。他们可能会使用电子调音器或显示音符确切频率的应用程序，从而使他们的乐器准确调整。此外，耳朵训练也至关重要；音乐家学习识别音高的微妙差异，并培养自发纠正它们的能力。此外，在合奏环境中，沟通是关键。音乐家必须积极倾听彼此，并实时调整他们的音高。这种协作努力有助于最大限度地减少邻近音高误差的风险，并确保整体声音的统一和和谐。总之，邻近音高误差的概念突显了音高准确性在音乐中的重要性。无论是在现场表演还是录音中，保持紧密相关音高之间的正确关系对于实现愉悦的声音至关重要。音乐家和音频工程师必须在调音实践中保持警惕，并注意同伴所产生的音高，以创造与听众共鸣的和谐美妙的音乐。通过理解和解决邻近音高误差，他们可以提升自己的技艺，为每个人带来更好的听觉体验。