<jupyter_start><jupyter_text>$r_0$ est la racine de plus grand module. $\mu_0$ est le coefficient de plus grand module.<jupyter_code>k = np.arange(3 * n ** 2)
q = np.vectorize(lambda k: 1 + np.real(mu @ r ** k))
q_k = q(k)

k_low = k[1:n + 1]
q_low = q_k[1:n + 1]
k_great = k[n + 1:]
q_great = q_k[n + 1:]

plt.scatter(k_low, q_low)
plt.plot(k_low, ((n + 1) / n) ** k_low / (n + 1))
plt.scatter(k_great, q_great)
plt.plot(k_great, 1 + np.real(mu[0] * r[0] ** k_great))
plt.show()<jupyter_output><empty_output>
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