def __init__(self,
paper,
type="normal",
points=[],
shape=(8, 10, 3),
pin=1,
spline=0,
package=None,
fill="#000"):
meta_enabled.__init__(self, standard=paper.standard)
drawable.__init__(self)
with_line.__init__(self)
line_colored.__init__(self)
self.paper = paper
self.type = type
self.points = []
self.spline = spline
self.paper = paper
self.shape = shape
self.items = []
self.pin = 1
if points:
for p in points:
pnt = point(self.paper, xy=p, arrow=self)
self.points.append(pnt)
self.reaction = reaction()
self.reaction.arrows.append(self)
if package:
self.read_package(package)
def __init__( self, standard=None, atoms=(), package=None, molecule=None, type='n', order=1,
simple_double=1):
# initiation
self.molecule = molecule
oasa.bond.__init__( self, order=order, vs=atoms, type=type)
meta_enabled.__init__( self, standard=standard)
line_colored.__init__( self)
drawable.__init__( self)
with_line.__init__( self)
#
self.type = type
self.order = order
self.item = None
self.second = []
self.third = []
self.items = []
if atoms:
self.atom1, self.atom2 = atoms
self.selector = None
# implicit values
self.center = None
self.auto_bond_sign = 1
self.simple_double = simple_double
self.equithick = 0
if package:
self.read_package( package)
def __init__( self, standard=None, atoms=(), package=None, molecule=None, type='n', order=1,
simple_double=1):
# initiation
self.molecule = molecule
oasa.bond.__init__( self, order=order, vs=atoms, type=type)
meta_enabled.__init__( self, standard=standard)
line_colored.__init__( self)
drawable.__init__( self)
with_line.__init__( self)
#
self.type = type
self.order = order
self.item = None
self.second = []
self.third = []
self.items = []
if atoms:
self.atom1, self.atom2 = atoms
self.selector = None
# implicit values
self.center = None
self.auto_bond_sign = 1
self.simple_double = simple_double
self.equithick = 0
if package:
self.read_package( package)
def __init__( self, paper, coords=(), package=None, width=1, spline=False):
self.spline = spline
line_colored.__init__( self)
vector_graphics_item.__init__( self, paper, coords=coords, package=package, width=width)
del self.coords # polygon does use points for storage of coord information
if not package:
self.points = []
for i in range( 0, len( coords), 2):
x = coords[i]
y = coords[i+1]
self.points.append( classes.point( self.paper, xy=( x, y), arrow=self))
def __init__( self, paper, type="normal", points=[], shape=(8,10,3), pin=1, spline=0, package=None, fill="#000"):
meta_enabled.__init__( self, standard=paper.standard)
drawable.__init__( self)
with_line.__init__( self)
line_colored.__init__( self)
self.paper = paper
self.type = type
self.points = []
self.spline = spline
self.paper = paper
self.shape = shape
self.items = []
self.pin = 1
if points:
for p in points:
pnt = point( self.paper, xy=p, arrow=self)
self.points.append( pnt)
self.reaction = reaction()
self.reaction.arrows.append( self)
if package:
self.read_package( package)
