Datasets:
image
imagewidth (px) 1.72k
1.72k
| frame_id
int64 0
9
| timestamp
float64 5.37
9.5
| frequency
int64 0
0
| time_scale
int64 1
1
| capture_date
stringdate 2026-01-13 19:57:36
2026-01-13 19:57:40
|
|---|---|---|---|---|---|
0
| 5.365
| 0
| 1
|
2026-01-13T19:57:36.427Z
|
|
1
| 5.813
| 0
| 1
|
2026-01-13T19:57:36.946Z
|
|
2
| 6.219
| 0
| 1
|
2026-01-13T19:57:37.459Z
|
|
3
| 6.688
| 0
| 1
|
2026-01-13T19:57:37.954Z
|
|
4
| 7.147
| 0
| 1
|
2026-01-13T19:57:38.619Z
|
|
5
| 7.552
| 0
| 1
|
2026-01-13T19:57:38.936Z
|
|
6
| 8.032
| 0
| 1
|
2026-01-13T19:57:39.445Z
|
|
7
| 8.501
| 0
| 1
|
2026-01-13T19:57:39.939Z
|
|
8
| 9.003
| 0
| 1
|
2026-01-13T19:57:40.519Z
|
|
9
| 9.504
| 0
| 1
|
2026-01-13T19:57:40.947Z
|
Audioform_Dataset_v1
This dataset is the very first output from AUDIOFORM β a Three.js powered 3D audio visualization tool that turns audio files into beautiful, timestamped visual frames with rich metadata. AUDIOFORM by webXOS is available for download in the /audioform/ folder of this repo so developers can create their own similar datasets. Audio for is a synthetic harmonic oscilator that runs in HTML, think of it as the "Hello World" / MNIST-style dataset application for audio-to-visual multimodal machine learning.
This dataset contains 10 captured frames from a short uploaded WAV file (played at 1Γ speed), together with per-frame metadata including dominant frequency, timestamp, and capture info.
Dataset Structure
audioform_dataset/
βββ images/
β βββ frame_0001.png
β βββ frame_0002.png
β βββ ... (10 PNG frames total)
βββ metadata.csv # Main metadata file (Hugging Face viewer uses this)
βββ README.md
| Column | Type | Description | Example Value |
|---------------|---------|-----------------------------------------------------------------------------|-----------------------------------|
| `file_name` | string | Relative path to the visualization PNG (required by Hugging Face) | `images/frame_0001.png` |
| `frame_id` | int | Sequential frame number (0-based) | 0, 1, 2, β¦, 9 |
| `timestamp` | float | Time in seconds when the frame was captured from the audio | 5.365, 6.219, 9.504 |
| `frequency` | int | Dominant / main detected audio frequency at capture time (Hz) | 0 (in this tiny sample) |
| `time_scale` | int | Playback speed multiplier used during visualization | 1 |
| `capture_date`| string | UTC ISO timestamp when the frame was rendered | 2026-01-13T19:57:36.427Z |
See how fast a tiny diffusion model / GAN / LoRA can memorize & regenerate these exact 10 styles. Use the frames as style references for ControlNet, IP-Adapter, or fine-tuning SD to adopt this neon 3D audio-viz aesthetic.
This dataset shows the **format** AUDIOFORM produces.
β Feed it real music, voices, field recordings, synths
β Generate 1kβ100k+ frames
β Add labels (genre, instrument, mood, multiple freq peaksβ¦)
β Unlock serious applications:
- Music video auto-generation
- Visual audio classifiers
- Audio-conditioned image/video generation
- Interactive music β 3D art installations
- Novel multimodal music understanding models
Dataset Description
This dataset was generated using AUDIOFORM, a 3D audio visualization system.
- Total Frames: 10
- Generation Date: 2026-01-13
- Audio Type: Uploaded WAV File
- Time Scaling: 1x
Dataset Structure
images/: Contains all captured frames in PNG formatmetadata.csv: Contains classification data for each frame
Metadata Columns
file_name: Relative path to the image file (e.g., images/frame_0001.png) - REQUIRED for Hugging Faceframe_id: Unique identifier for each frametimestamp: Time in seconds when frame was capturedfrequency: Audio frequency at capture time (Hz)time_scale: Playback speed multipliercapture_date: ISO date string of capture
Intended Use
This dataset is intended for training machine learning models on audio visualization patterns, waveform classification, or generative AI tasks.
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