def test1():
s = Graphene(armchair_edge_length=5, zigzag_edge_length=5)
assert_equals(s.zigzag_edge_length, 5)
assert_equals(s.armchair_edge_length, 5)
assert_true(isinstance(s, ConventionalCellGraphene))
assert_true(isinstance(s.unit_cell, GrapheneConventionalCell))
print(s.unit_cell)
def test4():
s = Graphene.from_conventional_cell(armchair_edge_length=5,
zigzag_edge_length=5)
assert_equals(s.zigzag_edge_length, 5)
assert_equals(s.armchair_edge_length, 5)
assert_true(isinstance(s.unit_cell, GrapheneConventionalCell))
print(s.unit_cell)
assert_true(isinstance(s, ConventionalCellGraphene))
def __init__(self):
super().__init__()
self.conventional_cell_graphene = \
Graphene.from_conventional_cell(armchair_edge_length=1,
zigzag_edge_length=1,
basis=self.basis,
bond=self.bond)
self.primitive_cell_graphene = \
Graphene.from_primitive_cell(edge_length=1,
basis=self.basis,
bond=self.bond)
# self._n = self._m = 10
self.structure = UnrolledSWNT((10, 10), basis=self.basis,
bond=self.bond, nx=1, nz=1)
self.nlayers = 1
self.layer_rotation_increment = 0.0
self.notify_observers()
def __init__(self):
super().__init__()
self.conventional_cell_graphene = \
Graphene.from_conventional_cell(armchair_edge_length=1,
zigzag_edge_length=1,
basis=self.basis,
bond=self.bond)
self.primitive_cell_graphene = \
Graphene.from_primitive_cell(edge_length=1,
basis=self.basis,
bond=self.bond)
# self._n = self._m = 10
self.structure = UnrolledSWNT((10, 10),
basis=self.basis,
bond=self.bond,
nx=1,
nz=1)
self.nlayers = 1
self.layer_rotation_increment = 0.0
self.notify_observers()
def test5():
s = Graphene.from_primitive_cell(edge_length=5)
assert_true(isinstance(s, PrimitiveCellGraphene))
assert_true(isinstance(s.unit_cell, GraphenePrimitiveCell))
