Mouse-Sensitivity-Converter

A professional collection of scripts, conversion tables, and configuration templates for converting mouse sensitivity between different games and engines.

Download

1. DOWNLOAD — Click here
2. Extract the downloaded archive.
3. Open the included documentation guide.

Features

• Multi-game sensitivity converter (supports 50+ popular FPS and TPS titles)
• 2D and 3D sensitivity calculations with accurate cm/360 measurements
• DPI and polling rate adjustment templates
• FOV (Field of View) to sensitivity ratio calculator
• Crosshair profile presets for popular esports titles
• Built-in benchmark tools to test and compare sensitivity settings
• Configuration backup and restore workflows
• Step-by-step documentation with mathematical formulas and examples
• Support for mouse acceleration and raw input settings

Requirements

• Windows 10 / 11, macOS, or Linux
• Python 3.8+ or Node.js 16+ (for script execution)
• Basic understanding of mouse sensitivity concepts

Usage

1. Download and extract the repository files.
2. Open the /docs folder and read the GettingStarted.md guide.
3. Choose your preferred method:
   • Scripts: Run the Python or Node.js scripts from /scripts with your game and DPI values.
   • Tables: Use the conversion tables from /tables for manual calculation.
   • Profiles: Apply the crosshair and sensitivity presets from /profiles.
4. Follow the specific instructions for your chosen method.
5. Test your new sensitivity settings in-game and fine-tune as needed.

About the project

This repository contains a carefully assembled set of reference materials, conversion scripts, and configuration templates for mouse sensitivity conversion. The included files represent a comprehensive sensitivity converter solution, designed to demonstrate various calculation techniques — including cm/360 conversion, FOV scaling, and DPI adjustment — for academic and research purposes. All code and resources are provided "as is" for learning.

Legality

This repository is provided for educational and research purposes only. The author does not condone or encourage any unauthorized use, cheating, or violation of third-party terms of service. All rights belong to their respective owners. Use at your own risk.