Music Visualizer for Glowing Tron-Style Car (Sequence Generator)
Budget: €8 – €2,000 EUR
I’m looking for a creative and technically-minded freelancer to help bring a unique project to life — a glowing car that responds to music in a Tron-style light show. This is not a typical LED setup — the car uses special glowing paint controlled via Arduino, with over 80 independent glowing areas (triangles, lines, squares, and other shapes), all programmed via 54 separate channels.
### ? How It Works:
- Each glowing area has a simple **on/off command**.
- Commands are executed via a **timestamped sequence**, formatted like this in the Arduino code:
```
{ 0, 1, HIGH },
{ 50, 2, HIGH },
{ 60, 3, HIGH },
{ 70, 4, HIGH },
{ 100, 5, HIGH },
{ 110, 1, LOW },
```
- First number = milliseconds after sequence start.
- Second = channel (area) number.
- Third = ON (HIGH) or OFF (LOW).
- Areas can flash extremely rapidly (50+ times/sec) with no durability loss.
The hardware (the car itself) is currently unavailable but will be ready by mid-April. In the meantime, **a simulator is available** to test and preview the light sequences virtually.
---
### ? Project Goals:
- **Create one or more music visualizers** that convert audio tracks into timed light sequences for the car.
- Visualizations must be **synchronized with music**, with patterns matching the **rhythm, beat, melody, or mood**.
- Must use **creativity and artistic understanding** to assign visual styles and shapes (triangles, lines, etc.) to different musical elements.
---
### ✅ Requirements:
- Experience with **music visualizers** or audio-based generative visuals.
- Ability to **map audio features to light behavior** (e.g., beats = flashes, bass = pulses in lower sections, etc.).
- No Arduino knowledge is required — I will handle the hardware side.
- Deliver sequences in the simple format used above (timestamped channel commands).
- knowledge of audio analysis tools (e.g., FFT, beat detection).
---
### ? What You’ll Get:
- Video walkthrough of the car and glowing zones.
- Access to the **virtual simulator** for previewing sequences.
- Support and guidance on how the channels are mapped to the car areas.
### ? Next Steps:
If you're interested, please reply with:
1. Examples of similar creative/technical work (visualizers, generative art, etc.)
2. A short idea of how you might approach this challenge.
3. Your availability in the next few days/weeks.
Looking forward to working with someone passionate about mixing music, light, and motion!
### ? How It Works:
- Each glowing area has a simple **on/off command**.
- Commands are executed via a **timestamped sequence**, formatted like this in the Arduino code:
```
{ 0, 1, HIGH },
{ 50, 2, HIGH },
{ 60, 3, HIGH },
{ 70, 4, HIGH },
{ 100, 5, HIGH },
{ 110, 1, LOW },
```
- First number = milliseconds after sequence start.
- Second = channel (area) number.
- Third = ON (HIGH) or OFF (LOW).
- Areas can flash extremely rapidly (50+ times/sec) with no durability loss.
The hardware (the car itself) is currently unavailable but will be ready by mid-April. In the meantime, **a simulator is available** to test and preview the light sequences virtually.
---
### ? Project Goals:
- **Create one or more music visualizers** that convert audio tracks into timed light sequences for the car.
- Visualizations must be **synchronized with music**, with patterns matching the **rhythm, beat, melody, or mood**.
- Must use **creativity and artistic understanding** to assign visual styles and shapes (triangles, lines, etc.) to different musical elements.
---
### ✅ Requirements:
- Experience with **music visualizers** or audio-based generative visuals.
- Ability to **map audio features to light behavior** (e.g., beats = flashes, bass = pulses in lower sections, etc.).
- No Arduino knowledge is required — I will handle the hardware side.
- Deliver sequences in the simple format used above (timestamped channel commands).
- knowledge of audio analysis tools (e.g., FFT, beat detection).
---
### ? What You’ll Get:
- Video walkthrough of the car and glowing zones.
- Access to the **virtual simulator** for previewing sequences.
- Support and guidance on how the channels are mapped to the car areas.
### ? Next Steps:
If you're interested, please reply with:
1. Examples of similar creative/technical work (visualizers, generative art, etc.)
2. A short idea of how you might approach this challenge.
3. Your availability in the next few days/weeks.
Looking forward to working with someone passionate about mixing music, light, and motion!