Overview

The GD Panel Framework offers an innovative approach to UI management within the Godot 4 environment, specifically for those using the mono (.Net) module. This system embraces a panel-based architecture that simplifies user interface interactions, allowing developers to focus more on game logic rather than intricate control handling. With a focus on gamepad, keyboard, and mouse compatibility, it provides a unified framework for managing user interactions through organized panels.

By enabling developers to encapsulate user interactions within UIPanels, the GD Panel Framework streamlines the process of handling controls, inputs, and game state, ensuring a smoother workflow especially when dealing with complex UI requirements. The framework’s design promotes self-contained panel logic, which simplifies the programming of intricate user flows and enhances the overall gaming experience.

Features

Panel-Based UI Management: Organizes controls and inputs into UIPanels, creating a flexible and manageable UI framework for games.
Scoped User Interactions: Ensures user actions are only active when the associated panel is displayed, simplifying control management and reducing clutter in the global input logic.
Easy Installation: Distributes as a zip/addon for straightforward integration into Godot projects without complicated assembly requirements.
Simple API Usage: Offers a user-friendly API for quickly creating and managing panels, making it accessible for developers of all experience levels.
Customizable Input Binding: Provides a variety of input routing and registration methods, allowing developers to easily configure key bindings tailored to specific game mechanics.
Panel Logic Management: Facilitates control flow through panels that can manage their own logic and self-close, returning control to the main game seamlessly.
Built-In Tweeners: Includes customizable tweening options for smooth visual transitions between panel states, enhancing the user interface aesthetics.
Framework-Level Caching: Improves performance by caching frequently used panel states, reducing overhead when managing large UI structures.

Delsin Yu

GDPanelFramework