def formSemanticNet(self, problem):
graph = Graph()
inCard = {}
pp = pprint.PrettyPrinter(indent=4)
#populate all inCard[obects] = figure, before parsing other things
# example inCards[b] = A
for figName, figure in problem.figures.iteritems():
# print "Figure: "+figName
# pp.pprint(figure.objects)
for objName, obj in figure.objects.iteritems():
inCard[obj.name] = figure.name
#pp.pprint(obj.attributes)
# print "inCards are: "
# pp.pprint(inCard)
graph.inCard = inCard
print "done building inCards. Initiating SemNet construction..."
# now we can identify which attribute is an attribute and which attribute is a relation
for figName, figure in problem.figures.iteritems():
# print "Parsing Figure: "+figName
# print figure.visualFilename
# pp.pprint(figure.objects)
card = Card(figure.name)
for objName, obj in figure.objects.iteritems():
properties = {}
properties['inCard'] = figure.name # add the additional property to identify the parent figure
relations = {}
#clientForMigration.php
#print "Object attributes:"
#pprint.pprint(obj.attributes)
for attrib, val in obj.attributes.iteritems():
vals = val.split(",")
isNode = True
#print "Adding "+attrib+"==>"+val
for v in vals:
if v in inCard:
# relations are saved in the format: relation['inside'] = 'b',
# where inside is the relation and 'b; is the target node
if attrib in relations:
relations[attrib].append(v)
else:
relations[attrib] = [v]
else:
isNode = False
break
if not isNode:
# properties are saved in the format: properties['filled'] = 'yes'
properties[attrib] = val
# got all relations and properties of the object. form the node now.
graph.addNode(obj.name, relations, properties)
card.addNode(graph.getNode(obj.name))
# end of for
graph.addCard(card)
return graph
