The game state can be represented in a lot of different ways, but you will learn how to create extendible classes in order to use the high-level board AI algorithms for different circumstances.
It is important to be clear on object-oriented programming, specifically on inheritance and polymorphism. This is because we'll be creating generic functions that can be applied to a number of board game decisions and then writing specific subclasses that inherit and further specify these functions.
We will build two classes in order to represent game-tree with the help of the following steps:
Create the abstract class
Move:using UnityEngine; using System.Collections; public abstract class Move { }Create the pseudo-abstract class
Board:using UnityEngine; using System.Collections; public class Board { protected int player; //next steps here }Define the default constructor:
public Board() { player = 1; }Implement the virtual...