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About dim7.jp

dim7.jp is a creative lab built at the intersection of music theory and web technology. Every experiment here starts with a simple question: "What would it sound or look like if this everyday thing were mapped to music?"

The name "dim7" is borrowed from the diminished seventh chord β€” a symmetrical, tension-filled harmony that divides the octave into perfectly equal parts. It felt like the right metaphor for a site that tries to find unexpected patterns and beauty in ordinary data.

πŸ›  Tools & Experiments

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Clock Harmonizer

Each of the 12 positions on an analog clock face is mapped to one of the 12 chromatic pitches. The hour, minute, and second hands continuously trace three-note chords β€” harmony that evolves with time.

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Digital Clock Synthesizer

The hh:mm:ss timestamp is read as integer ratios and converted into Just Intonation frequencies in real time. Try setting the speed to βˆ’100Γ— for a retro game-console sound.

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Circle of Fifths Visualizer

Upload an audio file and watch the circle of fifths light up in response to the frequency content. Best experienced with a single melodic line rather than a full mix.

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A personality quiz that classifies your sense of humor into one of 16 types. Share your result with friends and compare β€” it often sparks surprisingly honest conversations.

πŸ‘€ About the Creator

I go by 1984dim7 online. I'm a hobbyist developer with a background in music who got fascinated by the ways code can make abstract theory tangible and interactive.

My process usually begins with a musical concept β€” interval relationships, tuning systems, harmonic motion β€” and ends with a browser-based tool that lets anyone explore it without needing any music theory background. I want the experience to be playful first, educational second.

🌐 Technology

All tools on dim7.jp are built with plain HTML, CSS, and JavaScript β€” no frameworks, no build steps. Audio is generated via the Web Audio API, which lets the browser synthesize sound entirely client-side. Visualizations use the Canvas API and AnalyserNode for real-time frequency analysis.

The site is intentionally lightweight: fast to load, works offline after the first visit, and runs on any modern browser.

πŸ“¬ Contact & Feedback

Bug reports, suggestions, and general feedback are always welcome. Visit the Contact Page or reach out on Instagram (@1984dim7).

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