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Methods for an objective and subjective description of starting transients of some flue organ pipes - Integrating the view of an organ-builder

机译:客观和主观描述某些烟道风琴的启动瞬变的方法-结合风琴制作者的观点

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The transient sound from an organ pipe is a very important component in deciding the pipe's timbre. This paper addresses the issue of verbal description of transient sounds of flue organ pipes. This problem must be solved when, as in our case, one wishes to document, understand and possibly assist the work of an organ-builder in the process of voicing organ pipes. Therefore, we explain the procedure used to map the relationship between verbal descriptors and quantitative acoustic analyses. The study is restricted to single flue organ pipes (no chords). A procedure integrating both objective and subjective methods is presented in order to develop such a description. After an introduction on basic voicing principles, a list of verbal descriptors used by the voicer is presented and serves as a basis for listening tests and signal analysis. Several types of listening tests are described. Computer implementation of these tests is shown to be particularly useful. Signal analysis using time-frequency methods is employed for separating harmonics and for representing the transient components of the signal. Results are also reported on the perception of the speed of the transient and of the sound "hiss". [References: 29]
机译:来自风琴管的瞬态声音是决定管子音色的重要组成部分。本文讨论了烟道风琴管瞬态声音的口头描述问题。在我们的情况下,当希望记录,理解并可能帮助器官制造者的工作为器官管发声时,必须解决该问题。因此,我们解释了用于映射言语描述符与定量声学分析之间关系的过程。该研究仅限于单个烟管风琴(无和弦)。为了发展这样的描述,提出了一种将客观和主观方法结合在一起的程序。在介绍了基本的发声原理之后,将提供由发声器使用的口头描述符列表,并作为听音测试和信号分析的基础。描述了几种类型的听力测试。这些测试的计算机实现被证明是特别有用的。使用时频方法进行信号分析可用于分离谐波并表示信号的瞬态分量。还报告了对瞬态速度和声音“嘶嘶声”的感知的结果。 [参考:29]

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