# Ground-state calculation
calc = GPAW(nbands=7,
h=0.4,
poissonsolver=PoissonSolver(eps=1e-16),
convergence={'density': 1e-8},
xc='GLLBSC',
txt='gs.out')
atoms.set_calculator(calc)
energy = atoms.get_potential_energy()
calc.write('gs.gpw', mode='all')
fxc = 'LDA'
# Time-propagation calculation with linearize_to_fxc()
td_calc = TDDFT('gs.gpw', txt='td.out')
td_calc.linearize_to_xc(fxc)
td_calc.absorption_kick(np.ones(3) * 1e-5)
td_calc.propagate(20, 4, 'dm.dat')
world.barrier()
# Test the absolute values
data = np.loadtxt('dm.dat').ravel()
if 0:
from gpaw.test import print_reference
print_reference(data, 'ref', '%.12le')
ref = [
0.0, 1.46915686e-15, -3.289312570937e-14, -2.273046460905e-14,
-3.201827522804e-15, 0.82682747, 1.41057108e-15, 6.113786981692e-05,
6.113754003915e-05, 6.113827654045e-05, 1.65365493, 1.69317502e-16,
0.0001066406796495, 0.0001066481954317, 0.0001066442404437, 2.4804824,
