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flstudio-scripting

FL Studio Python scripting for MIDI controller development, piano roll manipulation, Edison audio editing, workflow automation, and FLP file parsing with PyFLP. Use for programmatic configuration, device customization, MIDI transport, macros, and save file manipulation. Covers all 427+ API functions across 14 MIDI scripting modules plus piano roll, Edison, and PyFLP contexts.

Why use this skill?

Master FL Studio automation with the flstudio-scripting skill. Learn to control MIDI hardware, manipulate piano rolls, and automate complex DAW workflows using Python API scripts.

skill-install — Terminal

Install via CLI (Recommended)

clawhub install openclaw/skills/skills/delorenj/flstudio-scripting
Or

What This Skill Does

The flstudio-scripting skill provides a comprehensive programmatic interface for FL Studio, enabling automation, hardware MIDI integration, and deep project manipulation. It grants the ability to interact with FL Studio's internal Python API, which includes over 427 functions across 14 distinct modules. Users can automate complex tasks such as mixer routing, pattern sequencing, playlist management, and custom MIDI controller mapping. By leveraging this skill, you can move beyond manual point-and-click operations to create highly personalized workflows, custom hardware feedback loops, and automated musical arrangement generation.

Installation

To install this skill, run the following command in your terminal or OpenClaw interface: clawhub install openclaw/skills/skills/delorenj/flstudio-scripting. Ensure you have FL Studio 20.8.4 or higher installed, along with a compatible Python 3.6+ environment. Scripts must be placed in the 'Shared\Python\User Scripts' directory within your FL Studio installation folder to be recognized by the DAW.

Use Cases

This skill is designed for music producers and software engineers looking to enhance their creative tools. Primary use cases include creating custom MIDI controller scripts for hardware integration (faders, knobs, and pads), automating repetitive mixer routing tasks, batch processing piano roll data, and building macro-driven workflows to speed up arrangement. For advanced users, it allows for the parsing and modification of FLP files, enabling external control over project files that were previously restricted to the internal GUI.

Example Prompts

  1. "Create a MIDI script for my controller that maps the first 8 faders to the first 8 mixer tracks and enables feedback for the track names."
  2. "Write a piano roll script that takes all selected notes and quantizes their start times to the grid while randomizing the velocity between 70 and 90."
  3. "Can you help me automate the playlist track arming process so that when I switch to pattern 5, it automatically selects the 'Drums' track in the playlist?"

Tips & Limitations

Scripts are categorized into three distinct contexts: MIDI controller scripts (continuous), Piano Roll scripts (on-demand), and Edison scripts (on-demand). Be mindful that MIDI scripts run continuously, meaning inefficient code can impact audio performance or cause dropouts. Always verify your API usage against the 14 core modules provided in the documentation. Avoid attempting to access UI elements or system files not explicitly exposed by the FL Studio Python API, as doing so may lead to script crashes or instability.

Metadata

Author@delorenj
Stars2387
Views0
Updated2026-03-09
View Author Profile
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Add to Configuration

Paste this into your clawhub.json to enable this plugin.

{
  "plugins": {
    "official-delorenj-flstudio-scripting": {
      "enabled": true,
      "auto_update": true
    }
  }
}

Tags(AI)

#flstudio#midi#music-production#python-automation#daw
Safety Score: 3/5

Flags: file-read, file-write, code-execution