N_max = 10
arch = HDFArchive('nonint.h5', 'r')
for i in arch:
subarch = arch[i]
pp = PdfPages("G_nonint_%s.pdf" % i)
G_tau = subarch['G_tau']
V = subarch['V']
e = subarch['e']
beta = G_tau.mesh.beta
n_tau = len(G_tau.mesh)
for m, b in enumerate(G_tau.indices):
g_theor = GfImTime(indices=[0], beta=beta, n_points=n_tau)
e1 = e[m] - V[m]
e2 = e[m] + V[m]
g_theor_w = GfImFreq(indices=[0], beta=beta)
g_theor_w << 0.5 * inverse(iOmega_n - e1) + 0.5 * inverse(iOmega_n -
e2)
g_theor << InverseFourier(g_theor_w)
plt.clf()
G_bin = rebinning_tau(G_tau[b], 200)
oplot(G_bin[0, 0], name="cthyb")
oplot(g_theor[0, 0], name="Theory")
pp.savefig(plt.gcf())
pp.close()
from matplotlib.backends.backend_pdf import PdfPages
N_max = 10
arch = HDFArchive('nonint.h5','r')
for i in arch:
subarch = arch[i]
pp = PdfPages("G_nonint_%s.pdf"%i)
G_tau = subarch['G_tau']
V = subarch['V']
e = subarch['e']
beta = G_tau.beta
n_tau = len(G_tau.mesh)
for m, b in enumerate(G_tau.indices):
g_theor = GfImTime(indices = [0], beta=beta, n_points=n_tau)
e1 = e[m] - V[m]
e2 = e[m] + V[m]
g_theor_w = GfImFreq(indices = [0], beta=beta)
g_theor_w << 0.5*inverse(iOmega_n - e1) + 0.5*inverse(iOmega_n - e2)
g_theor[0,0] << InverseFourier(g_theor_w)
plt.clf()
oplot(rebinning_tau(G_tau[b][0,0],200), name="cthyb")
oplot(g_theor[0,0], name="Theory")
pp.savefig(plt.gcf())
pp.close()
