Grids Pro
Provides 1D, 2D, and 3D grids, including rectangular and hexagonal, with advanced shape transformations, A* pathfinding, range-finding, and other grid algorithms.
Provides 1D, 2D, and 3D grids, including rectangular and hexagonal, with advanced shape transformations, A* pathfinding, range-finding, and other grid algorithms.* This page contains affiliate links, meaning we may earn a small commission if you purchase something through them, at no extra cost. $50
- Category:
- Tools › Utilities
- Developer:
- Gamelogic
- Price:
- $50
- Rating:
- Favorites:
- 771
- Supported Unity Versions:
- 2019.4.14 or higher
- Current Version:
- 4.1.0
- Download Size:
- 5.13 MB
- Last Update:
- Dec 9, 2024
- Description:
- Grids are used in strategy games, RPG games, puzzle games, and many more. This package is suitable for a variety of games, including those with 1D, 2D, and 3D grids, as well as rectangular and hexagonal grids.
It provides sophisticated ways to describe grid shapes, allowing you to combine shapes or transform shapes using various operators. Grids can be used as data structures similar to 2D arrays or dictionaries, making it easy to keep your logic and representation separate.
The package includes useful games-specific algorithms, such as A* path finding, range finding, connected sets, and 2D aggregation. It also provides integer vectors and matrices, allowing for efficient linear transformations in grid spaces.
The editor setup allows you to build grid shapes from graphs and grid maps from graphs, making it easy to create complex grid structures. The package also comes with algorithms to calculate grid colorings and can be extended to support more exotic grids.
This package is suitable for implementing gamelogic and algorithms, and provides a powerful toolset for game developers. - Technical Details:
- Supports 1D, 2D, and 3D grids, rectangular and hexagonal grids, and provides advanced shape transformations, A* pathfinding, range-finding, and other grid algorithms. Includes editor setup for building grid shapes from graphs and grid maps from graphs, as well as algorithms for calculating grid colorings and supporting exotic grids.
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