def __init__(self):
super(_Atom, self).__init__()
#Molecular
self._symbol = "C"
self._serial = 1
self._name = "default"
self._is_het = False
self._atom_type = "C"
#No API
self._occupancy = 0.0
self._bfactor = 0.0
self._acceptor = False
self._donor = False
self._formal_charge = 0
#Rendering
#API
self._selected = False
self._atom_mode = _Atom.AtomRenderingMode.BallStick
self._labeled = False
self._label_text = ""
self._atom_rendering = True
self._atom_color = Color.Clear()
self._atom_scale = 0.5
self._surface_rendering = False
self._surface_color = Color.Clear()
self._surface_opacity = 1.0
#No API
self._hydrogened = True
self._watered = True
self._het_atomed = True
self._het_surfaced = True
#conformer
self._positions = [Vector3()]
self._in_conformer = [True]
#internal
self._unique_identifier = _Atom._atom_count
self._bonds = []
self._parent = None
_Atom._atom_count += 1
def __init__(self):
super(_Residue, self).__init__()
#molecular
self._type = "ARG" #RESIDUEDATA
self._serial = 1
self._name = "res"
self._secondary_structure = _Residue.SecondaryStructure.Unknown
#rendering
self._ribboned = True
self._ribbon_size = 1.0
self._ribbon_mode = _Residue.RibbonMode.SecondaryStructure
self._ribbon_color = Color.Clear()
self._labeled = False
self._label_text = ""
#connections
self._atoms = []
self._bonds = []
self._parent = None