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Pitch Perception and the Natural Scale: a Case-Study of the Logarithmic - Linear Dichotomy, in Acoustics and Music

机译:音高感知和自然音阶:对数的案例研究-声学和音乐中的线性二分法

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摘要

The progression type to be found in building up the intervals of the natural system is governed by a variation law that is different from the one in charge of natural harmonics. This incongruity between the two types of progression is one source of mathematical-acoustic errors, whose consequences could be found all through the history of Western music. The natural system actually offers the clear-sighted image of this contradiction - partly surviving in the equal tempered system. On a closer scrutiny of this process, more adequate mathematical-acoustic solutions could be designed, in order to give a rigorous mathematical touch to the more flexible character of some sonorous structures built with more than 12 steps in an octave - more and more plausible today, consequent on the development of new ways to produce the sound.
机译:在建立自然系统的间隔时可以找到的渐进类型是由与自然谐波负责的变化规律不同的变化规律支配的。两种类型的进程之间的不一致是数学声错误的一个来源,其错误的后果可以在整个西方音乐的历史中找到。自然系统实际上提供了这种矛盾的清晰形象-在同等温和的系统中部分存在。在对此过程进行更仔细的研究时,可以设计出更充分的数学声学解决方案,以便对某些在八度音阶中具有超过12个台阶的声音结构的更灵活的特性给予严格的数学影响-如今越来越合理,因此开发了产生声音的新方法。

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