# Infinite
[](https://discord.gg/GMeQTyJqkH)
[](https://www.youtube.com/watch?v=vXRjrDhSq24&t=1421s)
[](https://github.com/n1m21n/Infinite)
[](LICENSE)
[](https://trendshift.io/repositories/187223?utm_source=trendshift-badge&utm_medium=badge&utm_campaign=badge-trendshift-187223)
**Infinite is a free, open-source audiovisual workstation made by Naman Soni (n1m21n).** A unified node-based audiovisual modular workstation for **macOS**, **Windows**, and **Linux**. Real-time GPU image/video compositing, procedural 3D geometry and physics, and a full modular synthesizer rack with native AU and VST3 plugin hosting — all interconnected through a universal modulation graph. Most nodes do one fixed thing; **Field**, Infinite's embedded programming language, lets you write what a node does instead.
## Download
[](https://github.com/n1m21n/Infinite/releases/latest/download/Infinite.dmg) [](https://github.com/n1m21n/Infinite/releases/latest/download/Infinite-windows-x64.zip) [](https://github.com/n1m21n/Infinite/releases/latest/download/Infinite-windows-ARM64.zip) [](https://github.com/n1m21n/Infinite/releases/latest/download/Infinite-x86_64.AppImage)
Always the newest release. All files, checksums and release notes are on the [Releases page](https://github.com/n1m21n/Infinite/releases/latest).
---
## Video Tutorial
> **New to Infinite?** Watch the full walkthrough and workflow tutorial on YouTube:
> 🔗 **[Infinite Video Walkthrough & Tutorial](https://www.youtube.com/watch?v=vXRjrDhSq24&t=1421s)**
---
## Highlights
- **Arrangement Timeline**: A full clip-based arrangement editor alongside the node canvas — tick-accurate scheduling off the same BPM transport, blade tool, track groups, marquee multi-select, drag-and-drop media import, live waveform/video-thumbnail rendering, and a render/export queue.
- **Dual Synchronized DAG Engine**: High-throughput GPU texture pipeline (GLSL / OpenGL 3.2 Core) running in lockstep with a sample-accurate, pull-based audio graph tied to a global BPM transport.
- **Universal Cross-Domain Modulation**: Modulate any shader parameter, 3D transform, audio synth control, or hosted plugin slider via LFOs, CV sequencers, live audio FFT spectrum analysis, or video analysis.
- **Audio Synthesis & Physical Modeling**: Wavetable oscillator, modal metallic physical resonator, real-time granular engine, PaulStretch spectral stretcher, multi-sample player, and 8-track drum machine.
- **AU & VST3 Plugin Hosting**: Host third-party **Audio Unit** (macOS) and **VST3** (macOS, Windows, Linux) plugins with native GUI windows and automatable/modulatable parameter controls.
- **Procedural 3D & Physics Solvers**: Meshes, 3D splines, point scattering, single-draw-call GPU instancing (`Instance on Points`), PBD cloth/soft-body physics, particle systems, and PBR rendering (Cook-Torrance GGX + ACES tonemapping + 32-bit HDRI).
- **2D Shaders & Generative FX**: 32 blend modes, live GLSL editor, video & camera playback, Syphon (macOS) / Spout (Windows) zero-copy video I/O, NDI video in/out over the network (needs the free NDI runtime), reaction-diffusion, and on-device ML subject background removal.
---
## Node Library Overview
Infinite features **300+ modular node types**:
| Domain | Key Nodes |
|---|---|
| **2D & Video** | Image, folder Slideshow, Video (hardware-accelerated), Syphon In / Spout In, NDI In, Paint/Draw canvas, GLSL Formula editor, Sketch (JavaScript-drawn images, with SVG animation), Shapes (SDF), Noise & Gradient Ramps |
| **2D FX & Grading** | Blur, Bloom, Glitch (6 modes), Twirl, Ripple, Displace, Halftone, Curves (RGB/Luma splines), Dither, Color Ramp, .cube LUTs, Gradient Map, Palette extraction |
| **Compositing & Masks** | Blend (32 modes), Layer Stack, Remove Background (on-device ML segmentation), Chroma/Luma Key, Feedback loop, Reaction-Diffusion, Resynthesize |
| **3D Geometry & FX** | Primitives, USD/OBJ/PLY/STL/glTF/GLB import, 3D Text, 3D Curves, Point Distribution, Sketch 3D (JavaScript-built meshes), Mesh Deconstruction, Delaunay Mesh, Voronoi Cells, Decimate, Curve Ops, Taubin Smooth, Array, Instancing, Metaballs |
| **3D Scene & Render** | Camera (orbit/perspective/ortho), Lights, 32-bit HDRI Environment, PBR Materials, ACES Tonemapping, Multisampled Antialiasing |
| **Synths & Sound** | Wavetable synth, Metallic modal resonator, Granular synth, PaulStretch, Molder / Grain Molder (spectral resynthesis), Sampler, Slicer (onset-detecting sample chopper), 8-track Drum Sequencer, 16-pad MPC sampler (polyphonic, per-pad mode / tempo-quantised sync / volume / pitch / pan / speed / fine tune / fades, all modulatable), Looper (record / overdub, tempo-synced, latency-compensated, Sampler-style playback controls), Multi-waveform Oscillator |
| **Field Language** | Field Modifier, Field Primitive, Field Effect, Field Synth, Field Pixel, Field Graph — see [below](#field-write-what-a-node-does) |
| **Notes & MIDI** | Live MIDI input/clock, Arpeggiator, Note Sequencer, Chorder, Strum, Bouncing Balls (physics notes), Humanizer, Quantizer, MIDI File player, MIDI Out (hardware and virtual ports, CC and clock), Field Notes (a Field script that plays notes) |
| **Audio FX & Plugins** | **AU / VST3 Plugin Host**, Filters, EQ, Dynamics, Lookahead Limiter, Delay, Reverb, Drive/Saturation, Pitch & Frequency Shifters, Chorus, Phaser, Formant |
| **Modulators & Analysis** | LFO, Random, Pattern CV, Envelope Follower, Math, XY Pad, Audio Analyze (8-band FFT / onset), Image Analyze (luminance / motion), Hand / Face / Pose Track (camera to modulators, via the Tracking pack) |
| **Output & I/O** | Spatial Mixer (3D headphone mix with head tracking), PNG snapshot, H.264/MOV video recording with synchronized audio, Syphon Out / Spout Out, NDI Out |
The full catalogue, including every node's pins and parameters, is in the [Node Reference Manual](Infinite_Node_Reference_Manual.pdf).
Infinite also renders headless, with no window: pictures, video and sound straight from a `.inf` text file on the command line. See the [Headless User Guide](docs/headless/Infinite_Headless_User_Guide.pdf) ([Markdown](docs/headless/GUIDE.md)).
---
## Field: write what a node does
Every other node in Infinite does one fixed thing — a Blur node blurs, a Delay node delays. **Field** nodes are different: you write a short kernel, and Field figures out where it runs from what the code touches.
```
col = vec3(uv.x, uv.y, 0.5) // once per pixel, on the GPU — a shader
P.y += sin(P.x * 4.0 + t) * 0.2 // once per point in a mesh — a geometry deformer
out = in * gain // once per audio sample — a DSP effect
```
That's the one idea underneath the whole language: a **kernel**, run once per element of a **domain**, forever. You never declare where it runs — the domain (and therefore the backend it compiles to) is inferred. Field currently spans five domains and seven node types:
| Node | Domain | What it does |
|---|---|---|
| **Field Modifier** | element | Per-vertex kernel over existing geometry — modifies `P`, `N`, `uv`, `Cd` and custom attributes |
| **Field Primitive** | element | Generates procedural point geometry from scratch (Circle, Spiral, Grid Lattice, Fibonacci Sphere, Helix, Torus Knot) |
| **Field Effect** | sample | Per-sample audio DSP kernel; `in`/`out`, `state` for per-voice memory, `param` for knobs |
| **Field Synth** | sample | Polyphonic note-driven synth voice using the same sample compiler, with `freq`/`gate` in place of an audio input |
| **Field Pixel** | pixel | Per-pixel kernel compiled straight to GLSL; `state` cells with `[wrap]` support feedback and stencils |
| **Field Notes** | sample | Per-sample note kernel: `note(pitch, vel, len)` sends notes out, and `tick(div)`, `deg(d)`, `rand()` and `beat` read the transport |
| **Field Graph** | graph | Runs once at edit time — `emit()`/`connect()`/`set()`/`place()` declaratively mount and wire real Infinite nodes into a bundle ("Instrument Mode" collapses it to one box; "Unpack to Canvas" expands it back out) |
Any element/pixel/sample kernel can also declare **dynamic pins** right in its code, adding real, cable-wireable, save/load-safe I/O to the node without touching C++. Finished devices — kernel plus params plus presets — save, load, export and import as portable `.field` files, so a Field patch is shareable like an audio plugin preset. The full language reference — syntax, domain-transfer operators, reserved words, and the complete node/format reference — is in the [Field Language Manual](Field_Language_Manual.pdf).
---
## Model Context Protocol (MCP) Server
Infinite includes a native Model Context Protocol (MCP) stdio server implementation located in [`tools/npm/infinite-engine`](tools/npm/infinite-engine) (Node.js / npm: `infinite-engine`) and [`tools/mcp/infinite_mcp.py`](tools/mcp/infinite_mcp.py) (Python), allowing AI coding assistants and autonomous agents (Claude Desktop, Cursor, Windsurf, Claude Code) to compose audio, render visuals, and inspect node graphs headlessly.
### One-Command Setup
```bash
# Automatically configure Claude Desktop, Cursor, and Windsurf:
npx -y infinite-engine init
# Or via Smithery registry:
npx -y @smithery/cli install infinite-engine --client claude
npx -y @smithery/cli install infinite-engine --client cursor
```
### Implemented MCP Tools
The server implements nine native MCP tools adhering to the Model Context Protocol specification:
| MCP Tool | Description |
|---|---|
| `infinite_synthesize_field_synth` | Synthesise WAV audio from an inline Field DSP kernel |
| `infinite_synthesize_field_notes` | Generate algorithmic MIDI sequences and Euclidean rhythms into audio |
| `infinite_process_field_effect` | Process audio through an inline Field per-sample DSP filter or wavefolder kernel |
| `infinite_render_video` | Render 60fps MP4 video with synchronized audio from GLSL or JavaScript sketches |
| `infinite_render_frame` | Render a still PNG frame from a shader, sketch, or `.inf` patch file |
| `infinite_validate_patch` | Validate a `.inf` patch file and return structural diagnostics and syntax checks |
| `infinite_sketch_3d` | Generate procedural 3D meshes from a JavaScript sketch |
| `infinite_field_primitive` | Generate parametric 3D point surfaces from Field UV equations |
| `infinite_field_modifier` | Deform, normalise, and shade a 3D mesh via Field vertex modifiers |
For full tool schemas, architecture details, and custom prompts, see [`tools/npm/infinite-engine/README.md`](tools/npm/infinite-engine/README.md) and [`AGENT.md`](AGENT.md).
---
## Installation & Quick Start
### Pre-built App (macOS, Windows & Linux)
Download the latest build for your platform from [GitHub Releases](https://github.com/n1m21n/Infinite/releases): `Infinite.dmg` for macOS, `Infinite-windows-x64.zip` / `Infinite-windows-ARM64.zip` for Windows, or `Infinite-x86_64.AppImage` for Linux.
**macOS** (Infinite is not notarized by Apple, so the first launch needs one extra step)
With Homebrew: `brew install --cask n1m21n/tap/infinite` (the first-launch step below still applies).
1. Open the DMG and drag `Infinite.app` to Applications.
2. Double-click `Fix & Open Infinite.command` in the DMG and press `y`. It clears the download flag on Infinite only, then opens it.
- Or do it by hand: try to open Infinite once, then **System Settings → Privacy & Security → Open Anyway** (macOS 15 and later), or right-click `Infinite.app` → **Open** (older macOS).
- Or in Terminal: `xattr -dr com.apple.quarantine /Applications/Infinite.app`
**Windows**
1. Unzip the `x64` or `ARM64` build for your CPU.
2. Run `Infinite.exe`. The build is not code-signed, so Windows SmartScreen may say "Windows protected your PC": click **More info**, then **Run anyway**. It asks once per download.
**Linux**
1. `chmod +x Infinite-x86_64.AppImage`
2. Run `./Infinite-x86_64.AppImage`. It bundles the static AppImage runtime, so no `libfuse2` install is needed. If it's running in a container or on a system with no `/dev/fuse`, use `./Infinite-x86_64.AppImage --appimage-extract-and-run` instead.
---
## Build from Source
### macOS
Requirements: **CMake 3.16+** and **Xcode Command Line Tools**.
```bash
git clone https://github.com/n1m21n/Infinite.git
cd Infinite
cmake -B build -DCMAKE_BUILD_TYPE=Release
cmake --build build -j8
open build/Infinite.app
```
*To create a standalone DMG installer, run `./package.sh`.*
### Windows
Requirements: **CMake 3.16+** and **Visual Studio 2022/2026** (MSVC v143+, Desktop development with C++).
```powershell
git clone https://github.com/n1m21n/Infinite.git
cd Infinite
cmake -S . -B build -G "Visual Studio 17 2022" -A x64
cmake --build build --config Release
.\build\Release\Infinite.exe
```
*To create a packaged portable folder, run `powershell -ExecutionPolicy Bypass -File package.ps1`.*
### Linux
Requirements: **CMake 3.16+**, a C++20 compiler (Clang or GCC), Ninja, and the dev packages in `tools/linux/deps-apt.sh` (X11/GLFW/ALSA/fontconfig headers etc.). x86_64, glibc ≥ 2.35 (Ubuntu 22.04+ or equivalent) if you want the result to match the published AppImage's floor.
```bash
git clone https://github.com/n1m21n/Infinite.git
cd Infinite
tools/linux/deps-apt.sh # installs build + runtime deps via apt
tools/linux/build.sh # configures + builds build-linux/Infinite
./build-linux/Infinite
```
*To package a portable AppImage, run `tools/linux/package-appimage.sh build-linux artifacts-linux`.* A containerized dev environment (no local dep install needed) is available via `tools/linux/local.sh build` — see that script for details.
---
## Architecture
```
src/
├── core/ # INode DAG engine, ImageCable, Transport, Modulation, GLUtil, Mesh
├── nodes/ # 160+ Node implementations (2D, 3D, Audio, Synth, Notes, Modulation)
├── audio/ # Audio engine, DSP kernels, Wavetable core, Plugin hosting (AU/VST3)
└── platform/ # OS layer: macOS (CoreAudio/AU/AVFoundation) | Windows (WASAPI/WinMM/Media Foundation/GDI+) | Linux (ALSA/GLFW/X11/VST3)
```
See [ARCHITECTURE.md](ARCHITECTURE.md) and [docs/CODE_STANDARDS.md](docs/CODE_STANDARDS.md) for deeper implementation guides.
---
## Linux-specific known limits
The Linux build has the same node graph and file format as macOS/Windows, with these platform gaps:
- No Syphon/Spout equivalent — no zero-copy video I/O with other apps.
- No Audio Unit (AU) hosting — VST3 only (same as Windows).
- No LV2 plugin hosting.
- No complex-script text shaping (no HarfBuzz) — Latin-script text renders correctly, but right-to-left and complex scripts (Arabic, Devanagari, etc.) may not.
- VST3 plugin editor windows need X11 or XWayland; a pure-Wayland session without XWayland cannot show plugin GUIs.
- x86_64 only — no arm64 build is published.
---
## Contributing
Contributions, bug reports, and node ideas are welcome!
- Join the discussion and share creations in our [Discord Community](https://discord.gg/GMeQTyJqkH).
- File bugs or feature requests in [GitHub Issues](https://github.com/n1m21n/Infinite/issues).
- Submit Pull Requests with clean-room MIT-compatible code following [docs/CODE_STANDARDS.md](docs/CODE_STANDARDS.md). See [CONTRIBUTING.md](CONTRIBUTING.md).
---
## Prior Art & Acknowledgements
The tools and papers Infinite builds on are named in [ACKNOWLEDGEMENTS.md](ACKNOWLEDGEMENTS.md), and the people who contributed are credited in [CONTRIBUTING.md](CONTRIBUTING.md#community-and-contributors).
---
## Cite & credit
If you write about, review or build on Infinite, please credit it as: *Infinite, by Naman Soni (n1m21n), https://infinitedevices.org*. GitHub's "Cite this repository" button uses [CITATION.cff](CITATION.cff).
---
## License
Infinite's source code is licensed under the [MIT License](LICENSE).
Default builds include VST3 plugin hosting linking the [Steinberg VST3 SDK](https://github.com/steinbergmedia/vst3sdk) (GPLv3). Build with `-DINFINITE_ENABLE_VST3=OFF` for a pure MIT binary.
