#
# Index of state to be plotted, as it appears in eigenvectors
#
plot_state 20

#
# Index of spin component of the exciton to plot. Default is 1.
#
plot_spin 1

#
# Size of supercell
#
supercell_size 1 1 60

#
# coordinates of the hole in crystal coordinates, in units of lattice vectors
# (usually, the hole is near the center of the supercell)
# (e.g. center of 1 1 60 supercell should be written as 0.5 0.5 30.0)
#
hole_position    0.8025    0.3487    30.00
# corresponds to  21.121073141660   22.792380000000   0.005915241051  in real space + 50*(0,0,az)
# hole 2 a.u. on x dir from an atom at 5.96137532  0.0 from center of tube
# original coord:     19.121073141660   22.792380000000    0.005915241051
#

# input option 'restrict_kpoints' reduces the sum over k-points
# above to a sum over the specified number that give most of the contribution
# to the norm of eigenvectors. This is handy if there are many k-points
# but only a few of them give sizable contribution.
#restrict_kpoints 5

#  q-shift used in the calculation of valence bands (WFNq_fi file)
# Only needed if restrict_kpoints is used, otherwise determined automatically.
q_shift   0.00000  0.00000  0.00000

# EXPERIMENTAL FEATURES FOR TESTING PURPOSES ONLY
# 'unfolded BZ' is from the kpoints in the WFN file
# 'full BZ' is generated from the kgrid parameters in the WFN file
# See comments in Common/checkbz.f90 for more details
# Replace unfolded BZ with full BZ
#fullbz_replace
# Write unfolded BZ and full BZ to files
#fullbz_write

