'type': 15,
'coordination': 5,
'name': 'B5 site'
},
]
type_count = len(basetype_names)
type_names = []
type_data = []
for i, n in enumerate(basetype_names):
type_names.append(n)
type_data.append(basetype_data[i])
for sym in neighbor_symmetries:
new_type = apply_neighbor_symmetry(n, sym)
if new_type not in type_names:
type_names.append(new_type)
type_data.append(basetype_data[i])
type_numbers = {}
for i, n in enumerate(type_names):
type_numbers[n] = i
data = {
'symmetries': symmetries,
'surface_names': surface_names,
'surface_numbers': surface_numbers,
'surface_data': surface_data,
'surface_count': surface_count,
'name': '111 surface with ad-atom'},
{'type': 15,
'coordination': 5,
'name': 'B5 site'},
]
type_count = len(basetype_names)
type_names = []
type_data = []
for i, n in enumerate(basetype_names):
type_names.append(n)
type_data.append(basetype_data[i])
for sym in neighbor_symmetries:
new_type = apply_neighbor_symmetry(n, sym)
if new_type not in type_names:
type_names.append(new_type)
type_data.append(basetype_data[i])
type_numbers = {}
for i, n in enumerate(type_names):
type_numbers[n] = i
data = {'symmetries': symmetries,
'surface_names': surface_names,
'surface_numbers': surface_numbers,
'surface_data': surface_data,
'surface_count': surface_count,
'surface_mapping': surface_mapping,