 & = & \sup_{z\in\mathbb{D}} \sum_{k\geq N} \frac{(0-\left\vert \lambda_k\right\vert^0)(0-\left\vert z\right\vert^0)}{\left\vert 0-z\overline{\lambda_k}\right\vert^0} \frac{0}{(0+\left\vert \Theta(z)\right\vert)(0+\left\vert \Theta(\lambda_k)\right\vert)}\\   