| Publisher | Golem Kin Games |
|---|---|
| File size | 544.50kB |
| Number of files | 18 |
| Latest version | 1 |
| Latest release date | 2024-10-09 12:42:27 |
| First release date | 2024-10-09 12:42:27 |
| Supported Unity versions | 2018.4.2 or higher |
Waypoint is a highly customizable tool designed for Unity developers who need dynamic object movement along waypoints. Perfect for AI patrol systems, moving platforms, and guided path navigation. The system supports Linear, Bezier, and Curved paths, obstacle avoidance with raycasting, and flexible loop modes, providing a range of functionalities to suit various gameplay needs.
Key Features:
- Multiple Path Types: Choose between Linear, Bezier, or Curved (Catmull-Rom) paths for varied movement styles.
- Looping & Ping-Pong Support: Options to loop, ping-pong, or stop at the last waypoint.
- Obstacle Avoidance: Built-in raycast-based avoidance system with customizable ray count, avoidance layers, and tags.
- Smooth Steering: Objects smoothly rotate and steer towards the next waypoint, including avoidance adjustments.
- Fully Customizable: Control movement types (Rigidbody, CharacterController, General), path curviness, avoidance strength, and raycasting distance.
- Curved Path Restrictions: When using Curved paths, only 'Loop' and 'None' modes are available to ensure smooth, seamless movement.
- Gizmos Support: Visualize waypoints, paths, and avoidance raycasts directly in the Unity Editor for easy tweaking and debugging.
- Editor Tools: Add, remove, or reorder waypoints directly from the editor. Dynamic titles and visual organization for a clean workflow.
- Obstacle LayerMask & Tags: Fine-tune the avoidance behavior with layers and tags for precise control over what the object can avoid.
Technical Details:
- Platform Support: Works in Unity 2020.3 and above.
- Compatible Components: Works with Rigidbody, CharacterController, and General transform-based movement.
- Editor Integration: Intuitive editor interface with support for waypoint management, gizmo visualization, and path configuration.
Usage Scenarios:
- AI patrol systems for guards, animals, or NPCs.
- Guided path navigation for moving platforms, vehicles, or characters.
- Dynamic obstacle avoidance systems for AI-driven movement.
- Complex pathfinding across Linear, Bezier, or Curved paths with minimal setup.
