🎯 ARC Raiders FPS Targeting Framework
A modular experimental framework focused on precision targeting logic, motion analysis, and configurable aiming models for modern first-person shooter (FPS) mechanics.
This repository presents a concept-level implementation of targeting system architecture designed for research, prototyping, and technical exploration in FPS environments.
🚀 Overview
The ARC Raiders FPS Targeting Framework explores how advanced targeting and aiming logic can be structured in a clean, extensible, and performance-oriented way for FPS games.
The project emphasizes configuration-driven design, modular components, and scalability across different gameplay scenarios, including bot behavior simulation, weapon tuning experiments, and input response modeling.
Built for experimentation, analysis, and conceptual study in FPS systems.
⚙️ Key Concepts
Target Acquisition Models Abstract algorithms for selecting and prioritizing targets in first-person perspectives.
Motion Prediction Pipelines Conceptual trajectory estimation models designed for high-speed FPS combat scenarios.
Input Smoothing & Response Curves Research-oriented approaches to create natural and consistent aiming behavior.
Weapon Profile Abstraction Parameter-driven profiles allowing different tuning strategies for rifles, SMGs, shotguns, and sniper rifles.
Performance-Aware Design Emphasis on low overhead, predictable execution, and modular separation of concerns.
🧩 Project Structure
The repository is organized to reflect a real-world FPS system layout:
core/ — foundational system interfaces
modules/ — isolated feature components
configs/ — configuration schemas and examples
docs/ — architectural notes and design explanations
assets/ — auxiliary resources (images, diagrams)
📌 Use Cases
FPS gameplay system research
Weapon tuning & targeting simulations
Bot/AI aiming experimentation
Configuration-driven system design studies
Educational reference for FPS system architecture
📖 Documentation
Detailed documentation is provided to outline system intentions, data flow, and configuration philosophy. This project is intended to be read, explored, and extended, rather than used as a drop-in FPS mod.
This repository:
does not interact with live games or online services
does not provide ready-to-use gameplay modifications
is intended solely for educational, research, and demonstrational purposes
📬 Contribution
Contributions, discussions, and conceptual improvements are welcome. Feel free to fork, explore, or adapt the structure for your own FPS system experiments.
🔖 Tags
#FPS -FirstPersonShooter -ARC_Raiders -GameDev -GameSystems -Targeting -ShooterMechanics -GameplayProgramming -GameAI -IndieDev -OpenSource -Experimental -FPSResearch