Efficient C++ pathfinders on 2D grids using variations of A* search - bftjoe/pathfinding. Efficient C++ pathfinders on 2D grids using variations of A* search - bftjoe/pathfinding. Skip to content. ...

Many Graph Signal Processing (GSP) applications consider product graphs, the product of smaller graphs. For example, with time-varying graph data, the graph shift can be the (Cartesian) product of a ...

2D Grid: Represents the canvas on which pixel patterns are generated and evolved. Fitness Function: Evaluates the quality of each pixel pattern based on predefined criteria. Mutation and Crossover: ...

We propose a compact data structure with cache-efficient memory layout for the representation of graph instances that are based on regular N-D grids with topologically identical neighborhood systems.