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「Field recordingのための音響学習」の最終回となる本記事では、Field Recording における音の収集・記録・分析という技術的基盤を踏まえ、アート・科学・社会への多角的な応用についてご紹介します。
本記事は、OSCを用いたTidal Cycles の演奏を openFrameworks でビジュアライズする方法 です。
🌊 I visualized cube-shaped particle arrangements bursting in response to an attractor and sound data. The sound comes from an underwater recording of the incoming tide, capturing the delicate nuances of flowing water. For this recording, I used the AQUARIAN H2a hydrophone.
In this series, “Sound Learning for Field Recording,” we will explore the fundamentals of sound over several installments. In Part 1, we revisit the basic properties of sound and the mechanisms of hearing to establish a foundation for engaging with sound in the field.
Field recordingのための音響学習／第３回：聴覚心理・ラウドネスと空間音響 本記事では、録音対象の”意図” と “聴感” に合致した記録と編集のために、「人間の聴覚の特性」、の「音の “聞こえ方” の原理」、「空間における音の拡がり方」ついてのまとめです。リンクは下記にて
Sound visualization 🐟 Sound on. Microphone: H2a AQUARIAN -hydrophone Program Code: Processing This visualization is driven by sound data (RMS) and an Attractor.
I've uploaded the code for smoothRMS using the Processing sound library to my Patreon, as requested. You can check it out at the link below. The code compares it to the regular Amplitude function (the filled circle is the smooth, and the stroked circle is the regular amplitude).
Wallpapers for mobile "block city" Sound Visualization Plotter Art Sound Field recording // Taipei, Taiwan Microphone LOM basicUcho Recorder zoom F3
Sound visualization, Made with code #processing "Rectangular Composition" The forms composed of rectangles transform freely while maintaining a certain sense of order. The result is a complex structure—like a bird's nest with its own distinctive balance and shape. #genartclub
Sound visualization, Made with code. #Processing , Spherical harmonics Y_l^m(θ, φ) = sqrt[(2l + 1) / (4π) * (l - m)! / (l + m)!] * P_l^m(cos(θ)) * exp(i * m * φ) #genartclub
![b_generative_d's tweet image. Sound visualization, Made with code. #Processing ,
Spherical harmonics
Y_l^m(θ, φ) = sqrt[(2l + 1) / (4π) * (l - m)! / (l + m)!] * P_l^m(cos(θ)) * exp(i * m * φ)
#genartclub](https://pbs.twimg.com/media/GpyclYyakAAhB02.jpg)
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