下载PDF预览

开放世界移动系统（Open World Locomotion System） 是一个为虚幻引擎设计的高级资产，旨在为游戏提供多样化和复杂的移动机制。这个系统支持广泛的移动方式，允许角色与环境无缝互动。系统模块化设计，使其可以轻松集成到现有项目中或根据特定的游戏需求进行调整。它的设计强调灵活性，确保开发人员可以根据需求自定义其功能。

The Open World Locomotion System is an advanced Unreal Engine asset designed to implement versatile and sophisticated movement mechanics for your games. This system enables a broad range of traversal capabilities, allowing characters to interact seamlessly with their environment.

The system is modular, making it easy to integrate into existing projects or adapt to specific gameplay requirements. Its design emphasizes flexibility, ensuring developers can customize its features to suit their needs.

Key Features：

•Dynamic Climbing System: Enables climbing on any surface, including moving objects and skeletal meshes (note: skeletal mesh climbing is not supported in multiplayer). Includes a manual/automatic climbing toggle.

Ledge Climbing: Allows characters to climb up to a ledge and decide whether to climb up, move back down, or continue along the ledge. This feature can be triggered through a variable or a collision box for seamless integration.

Directional jump and jump off when climbing

Ladder movement

•Vaulting System: Enables characters to climb onto objects, vault over obstacles, climb down when near a ledge, or drop down to the floor below from a ledge. This system is designed for smooth and context-aware transitions between actions.

•Ground Movement System: Features 8-directional movement and four distinct movement states—Sprint, Run, Walk, and Crouch. Includes additional traversal mechanics such as rolling and sliding for enhanced mobility.

•Animation Overlay System: A framework for blending animations, enabling upper body actions like carrying or using a weapon without compromising lower body movement.

•Gliding System: Includes a rigged and animated glider..

•Skydiving Mechanics: Adds high-altitude free-fall and descent functionality.

•Swimming System: Supports swimming both on the surface and underwater, with smooth transitions between states and an option to lock the player to the surface.

•The Open World Locomotion System is designed to provide robust and efficient solutions for implementing advanced traversal mechanics, making it an ideal choice for creating immersive gameplay experiences.