def finalize(self):
self.canvas.setBounds()
if self.xaxis:
self.createXAxisSpace()
if self.yaxis:
self.createYAxis()
if self.y2axis:
self.createY2Axis()
if self.xaxis:
self.createXAxis()
Graph.finalize(self)
self.background()
self.boundingBox()
self.canvas.finalize()
def finalize (self):
self.canvas.setBounds ()
if self.xaxis:
self.createXAxisSpace ()
if self.yaxis:
self.createYAxis ()
if self.y2axis:
self.createY2Axis ()
if self.xaxis:
self.createXAxis ()
Graph.finalize (self)
self.background ()
self.boundingBox ()
self.canvas.finalize ()
class Interests():
"""An object for a group of people connected by interests
"""
def __init__(self, users_1, users_2, interests):
# super().__init__(users_1, users_2, interests)
self.interest_graph = Graph(users_1, users_2, interests)
@staticmethod
def _reconstruct_edges_from_nodes(nodes):
"""Given a list of nodes, construct all possible edges
"""
return list(combinations(sorted(nodes), 2))
def construct_full_interest_graph(self):
"""Calculates the full interest graph
If 1 and 2 share interest A and 2 and 3 share interest A too,
we will connect 1 and 3 with interest A.
"""
nodes_by_interests = self.interest_graph.nodes_by_weight()
full_interest_graph = Graph([], [], [])
for interest, nodes in nodes_by_interests.items():
for edge in self._reconstruct_edges_from_nodes(nodes):
full_interest_graph.add_edges([edge[0]], [edge[1]], [interest])
self.full_interest_graph = full_interest_graph
return full_interest_graph
def construct_full_interest_graph(self):
"""Calculates the full interest graph
If 1 and 2 share interest A and 2 and 3 share interest A too,
we will connect 1 and 3 with interest A.
"""
nodes_by_interests = self.interest_graph.nodes_by_weight()
full_interest_graph = Graph([], [], [])
for interest, nodes in nodes_by_interests.items():
for edge in self._reconstruct_edges_from_nodes(nodes):
full_interest_graph.add_edges([edge[0]], [edge[1]], [interest])
self.full_interest_graph = full_interest_graph
return full_interest_graph
def __init__(self, users_1, users_2, interests):
# super().__init__(users_1, users_2, interests)
self.interest_graph = Graph(users_1, users_2, interests)
def setSVG(self):
self.canvas.create()
Graph.setSVG(self)
def __init__(self):
Graph.__init__(self, PieCanvas)
self.addCSS('graph.css')
def __init__(self, canvas, **attr):
Graph.__init__(self, canvas)
self.setProperties()
def setSVG (self):
self.canvas.create ()
Graph.setSVG (self)
def __init__ (self):
Graph.__init__ (self, PieCanvas)
self.addCSS ('graph.css')
def __init__ (self, canvas, **attr):
Graph.__init__ (self, canvas)
self.setProperties ()
