def nxt():
plt.close()
x = gen()
Gnn = conformal.gamma("nn", z, eps)
Gfisher = conformal.fisher(z, eps)
ax = conformal.plot2(z, (Gnn, Gfisher), x)
print(conformal.intervals(Gnn))
print(conformal.intervals(Gfisher))
plt.show()
#ax.get_figure().savefig("img/compare.svg")
z.append(x)
def nxt():
plt.close()
x = gen()
G = conformal.gamma("nn", z, eps)
print(conformal.intervals(G), x, x in G)
ax = conformal.plot(z, G, x)
plt.show()
#ax.get_figure().savefig("img/plot.svg")
z.append(x)
def nxt():
x = gen()
G = conformal.gamma("mean", z, eps)
print("z G x correct?:", z, conformal.intervals(G), x, x in G)
z.append(x)
def nxt():
x = gen()
G = conformal.gamma("nn", z, eps)
print(z)
print(conformal.intervals(G), x, x in G)
z.append(x)