Any views expressed within media held on this service are those of the contributors, should not be taken as approved or endorsed by the University, and do not necessarily reflect the views of the University in respect of any particular issue.

Recording for Background Music in Meditative Environments

In order to reflect and support key concepts such as breath regulation, meditation, and focused attention, I recorded a series of sound samples intended for use as background music. These recordings feature instruments commonly associated with sound healing practices, including improvised performances on singing bowls, handpans, and bells.

These instruments were chosen for their sonorous qualities—specifically, their ability to produce stable frequency ranges and harmonically rich tones. The sustained, resonant sounds they generate are known to induce states of relaxation and mental clarity, making them particularly suitable for meditative environments. By incorporating these textures into the soundscape, the composition creates an auditory space that gently guides the listener toward a calmer physiological state, facilitating deeper engagement with their own breathing cycle.

This approach not only enhances the aesthetic quality of the background music but also serves a functional purpose: it reinforces the psychological and physiological benefits associated with mindful breathing. In this way, sound becomes an active agent in supporting the immersive and introspective experience intended for the listener.

Storyboard Design for Documenting the Installation Exhibition

Screenshot

This week, I developed a detailed storyboard for the documentary recording of the installation exhibition. To effectively capture the interaction between the audience and the installation, I primarily employed medium close-up shots at eye level. This perspective not only highlights the audience’s natural reactions but also enhances the immersive experience, allowing viewers to engage more deeply with the footage.

The storyboard incorporates a shot/reverse shot technique to emphasize the dynamic interaction between the audience and the installation. On one hand, the shots document how viewers gradually synchronize their breathing with the installation’s background music (BGM) and visual cues, achieving a steady rhythm. On the other hand, they capture the way in which the installation visually responds to the audience’s breathing patterns, demonstrating the reciprocal influence between the two and reinforcing the sense of interactivity.

A major challenge in the filming process is the inability to implement additional lighting adjustments within the exhibition space. This limitation poses constraints on the visual quality and atmospheric composition of the footage. To address this issue, I have referenced relevant visual works and artistic styles to identify optimal approaches for utilizing natural light. By making full use of the available ambient lighting in the exhibition space and employing strategic composition, camera movement, and color grading, I aim to compensate for the lack of artificial lighting while maintaining the intended visual and narrative impact.

This storyboard design not only focuses on the artistic expressiveness of the installation but also seeks to enhance the immersive experience through audiovisual storytelling. The goal is to accurately capture the interactive atmosphere of the exhibition and effectively convey it through the documentary.

 Designing Background Music to Align with Visuals and Interview Content

To align with the conceptual and visual representation of the 5-5 breathing pattern, I re-edited and re-arranged certain percussive elements in the meditation music. At the beginning of the piece, I selected bell sounds and their playback as auditory cues to guide the audience’s breathing rhythm—five seconds of inhalation followed by five seconds of exhalation. These bell sounds were precisely edited into 5-second cycles, creating a consistent temporal structure that reinforces the meditative atmosphere and synchronizes effectively with the visual rhythm.

Based on responses gathered through audience interviews, “ocean waves” emerged as one of the most frequently mentioned associative keywords. Responding to this finding, I gradually introduced sand shaker sounds—chosen for their resemblance to the sound of waves—after the listener’s breathing had stabilized. These too were edited into 5-second loops, maintaining the established breathing rhythm while enriching the auditory texture with a natural, flowing quality. This transition from bells to sand shakers provided both variation and a deeper connection to imagery associated with calmness and nature.

This rhythmic editing strategy not only resolved the issue of mismatched audio-visual timing but also supported the immersive quality of the experience. By structuring sound in accordance with a fixed breathing tempo, the composition facilitates a meditative state rooted in repetition, stability, and fluidity, thereby enhancing the listener’s ability to enter a focused and relaxed mental state.

Development Blog – March 12th, 2025

IMG_4282

Location – Alison House Music Store

Participants – Xinyi Qian,Roulin Liu

Microphone and TouchDesigner Troubleshooting
Equipment
Microphones:
Rode smartLav+ Lavalier Mic
DPA 4061 Lavalier Mic
Audio Interface:
RME FireFace UCX
Software:
TouchDesigner
RME FireFace UCX Driver
Process of Development

Issue Identification
On Tuesday, we attempted to connect the Rode smartLav+ Lavalier Mic to the computer, but it failed to capture audio.
It was unclear whether the issue was due to hardware failure, software incompatibility, or another technical limitation.

Equipment Borrowing & Alternative Testing
Xinyi re-borrowed the Rode smartLav+ Lavalier Mic for further testing.
Additionally, we borrowed the DPA 4061 Lavalier Mic, as research suggested it offers superior audio quality.
Connection Issue with DPA 4061
The DPA 4061 uses an XLR adapter, which cannot be directly connected to a computer.
To resolve this, we borrowed the RME FireFace UCX audio interface.

Setup & Software Installation
With the help of the Music Store staff, we successfully connected the microphones to the computer using the RME FireFace UCX.
We installed the necessary drivers for the FireFace UCX to ensure proper functionality.

Testing & Results
Both microphones were able to function properly after the setup.
After conducting audio tests, we found: The DPA 4061 captured more subtle details, such as breathing sounds.
It was more sensitive and had lower latency than the Rode smartLav+.
Based on these results, we decided to proceed with the DPA 4061 for our project.

Upcoming Goals
We will fine-tune parameters in RME and TouchDesigner to achieve the best audio quality.

Initial Inspiration for Sound Design

Based on our discussion, I have selected some of my recorded meditation-related audio. These melodies are very stable and can help visitors focus on their breathing process. They may serve as a steady background sound or as a reference for variations.  

https://uoe-my.sharepoint.com/:f:/g/personal/s2704842_ed_ac_uk/ElfzNEbs9bNHoibQeSdXCBABx8M9X7JolhIARKDgCyCqng?e=tsOtDl

 

Areas for improvement:  

– Collaborate with the TD team to record audio materials that align with the visual elements.  

– Develop a Max patcher to define how the breathing process influences the audio, such as changes in EQ.  

– Work with the Arduino team to test how the collected data affects the Max output.  

css.php

Report this page

To report inappropriate content on this page, please use the form below. Upon receiving your report, we will be in touch as per the Take Down Policy of the service.

Please note that personal data collected through this form is used and stored for the purposes of processing this report and communication with you.

If you are unable to report a concern about content via this form please contact the Service Owner.

Please enter an email address you wish to be contacted on. Please describe the unacceptable content in sufficient detail to allow us to locate it, and why you consider it to be unacceptable.
By submitting this report, you accept that it is accurate and that fraudulent or nuisance complaints may result in action by the University.

  Cancel