pitch changing system

简明释义

变螺距机构

英英释义

例句

1.Our synthesizer comes with a built-in pitch changing system that can simulate various musical instruments.

我们的合成器配备了内置的音高变化系统，可以模拟各种乐器的声音。

2.In our latest software update, we've improved the pitch changing system for better audio quality during recordings.

在我们最新的软件更新中，我们改进了音高变化系统，以提高录音时的音频质量。

3.The pitch changing system in this software allows users to experiment with different vocal effects.

这个软件中的音高变化系统允许用户尝试不同的声乐效果。

4.The DJ used a pitch changing system to create unique remixes by altering the tempo of popular songs.

DJ使用了音高变化系统，通过改变流行歌曲的节奏来创作独特的混音。

5.The new guitar model features an advanced pitch changing system that allows musicians to easily adjust the key of their playing.

这款新吉他配备了先进的音高变化系统，使音乐家能够轻松调整演奏的调性。

作文

In the world of music and sound engineering, the term pitch changing system refers to a technology or mechanism that alters the frequency of sound waves, thereby modifying the perceived pitch of an audio signal. This system is crucial in various applications, from music production to live performances. Musicians often rely on pitch changing systems to create unique sounds, adjust their instruments, or even correct the pitch of their vocals during recording sessions. By manipulating the pitch, artists can explore new creative avenues and enhance their musical compositions.One of the most common uses of a pitch changing system is in digital audio workstations (DAWs). These software platforms allow producers to record, edit, and manipulate sound with precision. Within these DAWs, users can apply pitch changing systems to individual tracks, enabling them to shift the pitch of a vocal line or instrumental part to better fit the overall arrangement. This capability is particularly useful when a singer struggles to hit certain notes, as the system can seamlessly adjust their performance to match the desired key.Moreover, pitch changing systems are also employed in live sound settings. Musicians may use pedals or rack-mounted processors that enable real-time pitch manipulation during performances. This technology allows performers to experiment with different musical styles and effects, creating a dynamic and engaging experience for the audience. For instance, a guitarist might employ a pitch changing system to simulate the sound of a different instrument or to achieve a specific tonal quality that enhances their performance.Another significant application of pitch changing systems is in film and television production. Sound designers use these systems to create sound effects or to alter dialogue recordings. For example, if a character in a movie needs to sound younger or older, a sound engineer can utilize a pitch changing system to modify the actor's voice accordingly. This technique not only helps to convey the narrative more effectively but also adds an additional layer of creativity to the storytelling process.The advancements in technology have led to the development of sophisticated pitch changing systems that employ algorithms and artificial intelligence. These modern systems can analyze audio signals and apply pitch adjustments with remarkable accuracy, preserving the natural quality of the sound while altering its pitch. This is particularly important in genres like classical music, where maintaining the integrity of the original performance is paramount.In conclusion, the pitch changing system is an invaluable tool in the realm of music and sound production. From enhancing live performances to facilitating creative exploration in the studio, these systems play a vital role in shaping the soundscape of contemporary music. As technology continues to evolve, we can expect even more innovative applications of pitch changing systems, further enriching the artistic possibilities for musicians and sound engineers alike.

在音乐和声音工程的世界中，术语音高变化系统指的是一种技术或机制，用于改变声波的频率，从而修改音频信号的感知音高。这种系统在各种应用中至关重要，从音乐制作到现场表演。音乐家常常依赖于音高变化系统来创造独特的声音，调整他们的乐器，甚至在录音过程中纠正他们的声乐音高。通过操控音高，艺术家可以探索新的创作途径，并增强他们的音乐作品。音高变化系统最常见的用途之一是在数字音频工作站（DAW）中。这些软件平台允许制作人精确地录制、编辑和操纵声音。在这些DAW中，用户可以将音高变化系统应用于单个轨道，使他们能够将人声或乐器部分的音高调整到更好地适应整体编排。这种能力在歌手难以达到某些音符时尤其有用，因为该系统可以无缝地调整他们的演出，以匹配所需的音调。此外，音高变化系统也被用于现场声音设置。音乐家可能会使用踏板或机架式处理器，在表演期间实现实时音高操控。这项技术使表演者能够尝试不同的音乐风格和效果，为观众创造动态而引人入胜的体验。例如，吉他手可能会使用音高变化系统来模拟另一种乐器的声音，或实现增强其表演的特定音色。音高变化系统的另一个重要应用是在电影和电视制作中。声音设计师利用这些系统来创建音效或改变对话录音。例如，如果电影中的角色需要听起来年轻或年长，声音工程师可以利用音高变化系统来相应地修改演员的声音。这种技术不仅有助于更有效地传达叙事，还为讲故事过程增添了额外的创意层次。技术的进步导致了复杂的音高变化系统的发展，这些系统采用算法和人工智能。这些现代系统可以分析音频信号，并以惊人的准确性应用音高调整，同时保留声音的自然质量。这在古典音乐等类型中尤为重要，因为保持原始表演的完整性至关重要。总之，音高变化系统是音乐和声音制作领域中不可或缺的工具。从增强现场表演到促进录音室中的创意探索，这些系统在塑造当代音乐的声音景观中发挥着重要作用。随着技术的不断发展，我们可以期待音高变化系统更具创新性的应用，进一步丰富音乐家和声音工程师的艺术可能性。