void CalculateAIAndInstantiateSphere()
{
//
//Hard Strategy
//
Ai_Comp = new AICompMinimax(grid);
Ai_Comp.setChance(AIComp.Chance.COMP);
//
//Easy Strategy
//
//This function performs tasks for AI and plays the computer chance
// bool found = false;
// int sphere_box = -1;
// while (!found) {
// int next_box = Random.Range(0,8);
// if(grid[next_box] == 0)
// {
// sphere_box = next_box;
// found = true;
// grid[sphere_box] = 2;
// steps++;
// }
// }
int sphere_box = Ai_Comp.move();
int[] center = ComputeCenter(sphere_box);
grid[sphere_box] = 2;
steps++;
Debug.Log("Instantiating Sphere");
Instantiate(sphere, new Vector3(center [0], center [1], 0), Quaternion.identity);
Game_States current_state = CheckPattern(2);
if (current_state == Game_States.COMP_WON)
{
//End the game and display Player wins
Debug.Log("Comp Won");
}
else
{
//This will start the process for comp
hasUserPlayed = false;
}
Debug.Log("Click User");
}
void CalculateAIAndInstantiateSphere()
{
//
//Hard Strategy
//
Ai_Comp = new AICompMinimax (grid);
Ai_Comp.setChance (AIComp.Chance.COMP);
//
//Easy Strategy
//
//This function performs tasks for AI and plays the computer chance
// bool found = false;
// int sphere_box = -1;
// while (!found) {
// int next_box = Random.Range(0,8);
// if(grid[next_box] == 0)
// {
// sphere_box = next_box;
// found = true;
// grid[sphere_box] = 2;
// steps++;
// }
// }
int sphere_box = Ai_Comp.move();
int[] center = ComputeCenter (sphere_box);
grid[sphere_box] = 2;
steps++;
Debug.Log ("Instantiating Sphere");
Instantiate(sphere, new Vector3 (center [0], center [1], 0), Quaternion.identity);
Game_States current_state = CheckPattern (2);
if (current_state == Game_States.COMP_WON) {
//End the game and display Player wins
Debug.Log("Comp Won");
} else {
//This will start the process for comp
hasUserPlayed = false;
}
Debug.Log ("Click User");
}
