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A scientific approach to microphone placement for cymbals in live sound

机译:现场声音的麦克风放置的科学方法

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摘要

Current practice regarding overhead microphone placement on drum kits at live events is largely informed by personal experience and industry-standard practice, where there seems to be a lack of scientific evidence supporting these placements. This research addresses this by first recordings from points around different cymbals which are struck by three types of drumsticks. The measurements are processed in MATLAB to produce visual representations of the auditory data. The work puts forward evidence that cymbal radiation patterns are dependent on shape, size, profile and striking method while the attack and sustain are primarily dependent on cymbal weight. Ideal overhead microphone placement diagrams are generated based on these results to give live sound engineers a quick reference guide for best practice at live events.
机译:当前在现场活动中将高架麦克风放置在架子鼓上的做法很大程度上取决于个人经验和行业标准实践,在这些实践中似乎缺乏科学的证据来支持这些放置。这项研究通过首先记录不同different片周围的点来解决这一问题,这些points片被三种类型的鼓槌敲击。在MATLAB中处理测量结果,以产生听觉数据的直观表示。这项工作提出了evidence辐射模式取决于形状,大小,轮廓和打击方式的证据,而the击和延音主要取决于c的重量。根据这些结果生成理想的头戴式麦克风放置图,为现场声音工程师提供快速参考指南,以指导现场活动的最佳实践。

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