LimenGameFramework Module
Subsystem Breakdown
AI & Behavior Trees
Class Name | Role |
|---|---|
Provides essential functionality for behavior trees, blackboards, and AI perception. |
User Interface (HUD)
Class Name | Role |
|---|---|
Manages widgets in the Limen Game Framework. |
Characters & Player Management
Class Name | Role |
|---|---|
Base class for the LimenCharacter, only includes locomotion and is able to queue notifications if the controller class is the LimenPlayerController. | |
Manages player input and state, providing functionality for pausing, changing input modes, and handling pawn transitions. | |
A custom player state class for managing client readiness in a game. |
Game Modes & States
Class Name | Role |
|---|---|
FLimenGameFrameworkModule | Manages the initialization and shutdown of the Limen Game Framework module. |
Manages the game mode and gameplay logic for the Limen framework. | |
A game mode specifically designed for the lobby phase of a game, inheriting from | |
A custom game state class for managing the lobby phase of a game. |
Replication & Networking
Class Name | Role |
|---|---|
FReplicatedPlayerArrayItem | Represents an item in a replicated player array, containing a weak pointer to an |
Design Philosophy
The LimenGameFramework is designed to provide a robust and scalable foundation for game development. It emphasizes modularity, reusability, and performance optimization. The framework supports advanced AI behavior through behavior trees and blackboards, ensuring that developers can create complex and intelligent characters with ease. The user interface system allows for the creation of dynamic and interactive HUDs, enhancing the player's experience. Character management is streamlined to handle various gameplay scenarios efficiently, while game modes and states are designed to be easily extended and customized.
Recommended Integration
Developers can integrate LimenGameFramework into their projects by leveraging its core components such as AI controllers, HUD management, and character handling. The framework supports the creation of custom game modes and states, allowing developers to tailor gameplay experiences to their specific needs. Additionally, the replication system ensures smooth network communication, enabling multiplayer functionality without compromising performance.