def __init__(self, field, id, cell0, cell1, effects=None, color=None):
"""Store basic info and create a DataElement object"""
# process passed params
if color is None:
self.m_color = DEF_LINECOLOR
else:
self.m_color = color
# store other params
self.m_shape = Line()
self.m_path = []
self.m_score = 0
super(MyConnector,self).__init__(field,id,cell0,cell1,effects)
class MyConnector(Connector):
"""Represents a connector between two cells.
Create a connector as a subclass of the basic data element.
Stores the following values:
m_cell0, m_cell1: the two cells connected by this connector
makeBasicShape: create the set of arcs that will define the shape
"""
def __init__(self, field, id, cell0, cell1, effects=None, color=None):
"""Store basic info and create a DataElement object"""
# process passed params
if color is None:
self.m_color = DEF_LINECOLOR
else:
self.m_color = color
# store other params
self.m_shape = Line()
self.m_path = []
self.m_score = 0
super(MyConnector,self).__init__(field,id,cell0,cell1,effects)
# move to superclass?
def addPath(self,path):
"""Record the path of this connector."""
self.m_path = path
def render(self):
if self.m_cell0.m_location and self.m_cell1.m_location:
self.m_shape.update(self.m_field,
self.m_cell0.m_location, self.m_cell0.m_location,
self.m_cell0.m_radius, self.m_cell1.m_radius,
self.m_color,self.m_path)
#print ("Render Connector(%s):%s to %s" % (self.m_id,cell0.m_location,cell1.m_location))
self.m_shape.render()
def draw(self):
if self.m_cell0.m_location and self.m_cell1.m_location:
self.m_shape.draw()
