qmcpack/tests/converter/test_O_rmg/input

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# Description of run.
description="atom_O_pp"
# Expected test energy
test_energy="-15.87801563"
test_energy_tolerance = "1.00000000e-06"
#spin_polarization="true"
# Wavefunction grid
wavefunction_grid="16 16 16"
potential_grid_refinement = "2"
# number of unoccupied states
occupations_type = "Fixed"
#states_count_and_occupation_spin_down = "1 1.0 3 0.3333333333 3 0.0"
states_count_and_occupation_spin_down = "2 1.0 6 0.0"
states_count_and_occupation_spin_up = "4 1.0 4 0.0"
preconditioner_threshold = "0.0001"
# Units for bravais_lattice_type and atoms
#crds_units=
#"Bohr"
#"Angstrom"
bravais_lattice_type="Cubic Primitive"
# Lattice constants
a_length="20.0"
b_length="20.0"
c_length="20.0"
start_mode="LCAO Start"
#start_mode="Random Start"
#start_mode="Restart From File"
write_qmcpack_restart = "true"
calculation_mode="Quench Electrons"
#calculation_mode="Relax Structure"
#atomic_orbital_type = "localized"
kohn_sham_solver="davidson"
subdiag_driver="lapack"
charge_mixing_type = "Broyden"
charge_density_mixing = "0.7"
kohn_sham_mucycles = "3"
max_scf_steps="1000"
potential_acceleration_constant_step="1.0"
write_data_period="10"
# Criterion used to judge SCF convergency
#energy_convergence_criterion="1.0e-9"
#rms_convergence_criterion = "1.0e-10"
rms_convergence_criterion = "1.0e-9"
atomic_coordinate_type="Absolute"
# List atomic symbol, coordinates, and movable flag (1 == movable)
# symbol and coordinates are required, moveable is optional, default is 1
atoms = "
O 10.0 10.0 10.0 1 0.0
"
#exchange_correlation_type="PBE"
pseudopotential=
"
O ./O.BFD.xml
"