protected override void SetupBall(int index)
{
// Retrieve the proper position of the ball according to the provided index
Vector3 position = Utils.GetBallPosition(index, true);
// Create the ball
Transform ts_Ball = Instantiate(this.go_Ball.transform, position, Quaternion.identity);
Ball ball = ts_Ball.GetComponent <Ball>();
// Attach the ball to the opponent row parent
ball.transform.parent = this.transform;
// Select a random color
int random_index = Random.Range(0, 8);
BallManager.Color color = BallManager.GetColor(random_index);
// Setup the ball
ball.SetIndex(index);
ball.SetColor(color);
ball.SetParentRow(this);
ball.SetIsOpponent(true);
// Add the current ball to the record
this.m_balls.Add(ball);
}
/**
* Return the count of color found in the opponent row
*/
private int CountColor(BallManager.Color ball_color)
{
int sum = 0;
foreach (Ball ball in this.m_balls)
{
if (ball.GetColor() == ball_color)
{
sum++;
}
}
return(sum);
}
/**
* Return if a color still has to be well placed or not
*/
public bool IsColorFullyFound(BallManager.Color ball_color, PlayerRow current_player_row)
{
int color_count = this.CountColor(ball_color);
List <Ball> player_balls = current_player_row.GetBalls();
for (int x = 0, y = this.m_balls.Count - 1; x < this.m_balls.Count; x++, y--)
{
if (player_balls[x].GetColor() == ball_color && player_balls[x].Equals(this.m_balls[y]))
{
color_count--;
}
}
return(color_count == 0);
}
/**
* Set the ball color
*/
public void SetColor(BallManager.Color color)
{
this.is_colored = true;
this.m_color = color;
this.SetMaterialColor();
}
