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PixlOne avatar

PixlOne/logiops

0
View on GitHub↗
4,298 stars·317 forks·C++·GPL-3.0·27 views

Logiops

logiops is a userspace driver and configuration tool for Logitech hardware that utilizes the HID++ protocol to manage input behaviors. It functions as an input device mapper and peripheral gesture engine, allowing for the assignment of custom key presses and actions to hardware buttons on compatible mice and keyboards.

The project differentiates itself through a specialized gesture engine that triggers software actions based on mouse movement and button combinations. It also provides hardware-level control over vendor-specific features, such as adjusting SmartShift thresholds for scroll wheels and managing host device switching for peripherals paired with multiple computers.

Broad capabilities include input configuration for sensor sensitivity and high-resolution scrolling, as well as the customization of thumb wheels. The system uses configuration files to map these settings and hardware behaviors to the device.

Features

  • HID++ Implementations - Implements the vendor-specific HID++ protocol to manage advanced feature requests and device responses for Logitech hardware.
  • Hardware Button Mappers - Assigns custom key presses and actions to hardware buttons on compatible mice and keyboards.
  • DPI and Tracking Sensitivity Controls - Provides hardware-level adjustment of dots-per-inch (DPI) and tracking sensitivity for compatible mice.
  • HID Device Communication - Communicates raw HID reports directly in userspace without requiring a kernel-level driver.
  • Logitech Device Customizations - Configures hardware behaviors and input mappings for Logitech mice and keyboards using the HID++ protocol.
  • Input Event Interception - Intercepts raw hardware input signals to trigger custom software actions or hardware state changes.
  • Mouse Gesture Mapping - Maps combined mouse button holds and movements to custom system-wide actions.
  • File-Based Hardware Configuration - Sets hardware behaviors and input mappings via a configuration file using the HID++ protocol.
  • Secondary Wheel Configuration - Provides a set of options to define the behavior and settings for secondary thumb-operated wheels.
  • Hardware Configuration Mappings - Translates static configuration files into specific binary commands used to control hardware device behavior.
  • Peripheral Performance Tuning - Tunes sensor sensitivity and scroll wheel behaviors to optimize precision and navigation.
  • Hardware State Sequencing - Sends interdependent binary packet sequences to change device modes such as SmartShift or host pairing.
  • Hardware Scroll Thresholds - Implements adjustable thresholds for automatically switching between ratcheted and free-spinning scroll wheel modes.
  • Physical Button Action Mappings - Assigns key presses or custom actions to hardware buttons to customize peripheral behavior.

Star history

Star history chart for pixlone/logiopsStar history chart for pixlone/logiops

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

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Frequently asked questions

What does pixlone/logiops do?

logiops is a userspace driver and configuration tool for Logitech hardware that utilizes the HID++ protocol to manage input behaviors. It functions as an input device mapper and peripheral gesture engine, allowing for the assignment of custom key presses and actions to hardware buttons on compatible mice and keyboards.

What are the main features of pixlone/logiops?

The main features of pixlone/logiops are: HID++ Implementations, Hardware Button Mappers, DPI and Tracking Sensitivity Controls, HID Device Communication, Logitech Device Customizations, Input Event Interception, Mouse Gesture Mapping, File-Based Hardware Configuration.

Which projects share features with pixlone/logiops?

Projects with overlapping indexed features include: aprilnea/openlogi — OpenLogi is a local-first hardware configuration tool and cross-application input mapper written in Rust. It enables… pwr-solaar/solaar — Solaar is a device management tool and configuration suite for Logitech wireless peripherals on Linux. It serves as an… pqrs-org/karabiner-archived — This project is a macOS keyboard remapping utility that intercepts and transforms hardware input events to customize… linearmouse/linearmouse — LinearMouse is a macOS system utility that overrides default pointer acceleration and scrolling behaviors for mice and… rvaiya/keyd — keyd is a kernel-level daemon for Linux that intercepts and remaps physical keyboard inputs to create custom layouts… pqrs-org/karabiner-elements — Karabiner-Elements is a system-level utility designed for advanced keyboard and mouse customization. It functions as a…

Projects sharing features with Logiops

These projects share indexed features with Logiops. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • aprilnea/openlogiAprilNEA avatar

    AprilNEA/OpenLogi

    5,314View on GitHub↗

    OpenLogi is a local-first hardware configuration tool and cross-application input mapper written in Rust. It enables the customization of peripherals using the HID++ protocol, allowing users to manage device settings without the need for cloud accounts or telemetry. The system distinguishes itself by employing a local-first approach, storing all device configurations and button mappings in plain-text files. This design supports manual editing and version control while ensuring that commands are dispatched directly to the hardware memory. The suite covers several hardware management areas, in

    Rust
    View on GitHub↗5,314
  • pwr-solaar/solaarpwr-Solaar avatar

    pwr-Solaar/Solaar

    8,909View on GitHub↗

    Solaar is a device management tool and configuration suite for Logitech wireless peripherals on Linux. It serves as an input peripheral monitor that tracks battery levels and connection link quality via a system tray application, while providing a receiver manager for pairing and unpairing wireless devices with proprietary USB receivers. The project features an input device automation engine that maps hardware events and mouse gestures to simulated keyboard inputs or system commands. This allows for the creation of custom rules that trigger actions based on device notifications or specific wi

    Python
    View on GitHub↗8,909
  • pqrs-org/karabiner-archivedpqrs-org avatar

    pqrs-org/Karabiner-archived

    3,787View on GitHub↗

    This project is a macOS keyboard remapping utility that intercepts and transforms hardware input events to customize key mappings, mouse behavior, and system automation. It utilizes a kernel-level input interceptor to modify or block raw hardware signals before they reach the operating system, paired with a state-aware rule engine that processes signals through conditional logic based on the active application or hardware. The system includes a human interface device emulator to inject synthesized keyboard and mouse events into macOS and a keyboard macro system for executing shell commands, l

    C++
    View on GitHub↗3,787
  • linearmouse/linearmouselinearmouse avatar

    linearmouse/linearmouse

    6,335View on GitHub↗

    LinearMouse is a macOS system utility that overrides default pointer acceleration and scrolling behaviors for mice and trackpads. It provides tools to remove cursor acceleration for linear movement and decouple scroll directions for individual devices. The project features an input device profiler that allows for unique cursor and scroll configurations based on the connected hardware. It also includes an input remapper to assign mouse buttons and scroll gestures to keyboard shortcuts and system media controls. The utility covers pointer precision adjustment, scroll behavior customization, an

    Swiftaccelerationcursormac
    View on GitHub↗6,335
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