def BipartiteGraphWithoutOverlapsModel():
builder = BipartitniModelBuilder((60, 40))
builder.addCommunityA(range(20))
builder.addCommunityA(range(20, 40))
builder.addCommunityA(range(40, 60))
builder.addCommunityB(range(20))
builder.addCommunityB(range(20, 40))
builder.addCommunityRelation(0, 0)
builder.addCommunityRelation(1, 1)
builder.addCommunityRelation(2, 1)
model = builder.getModel()
return model
def TreeGraphModel():
builder = BipartitniModelBuilder((80, 80))
builder.addCommunityA(range(20))
builder.addCommunityA(range(20, 40))
builder.addCommunityA(range(40, 60))
builder.addCommunityA(range(60, 80))
builder.addCommunityB(range(20))
builder.addCommunityB(range(20, 40))
builder.addCommunityB(range(40, 60))
builder.addCommunityB(range(60, 80))
builder.addCommunityRelation(0, 0)
builder.addCommunityRelation(0, 1)
builder.addCommunityRelation(0, 2)
builder.addCommunityRelation(1, 1)
builder.addCommunityRelation(1, 3)
builder.addCommunityRelation(2, 3)
builder.addCommunityRelation(3, 3)
model = builder.getModel()
return model
def BipartiteOverlappingGraphModel(common=(10, 10)):
C = [int(c / 2) for c in common]
builder = BipartitniModelBuilder((50, 90))
builder.addCommunityA(range(25 + C[0]))
builder.addCommunityA(range(25 - C[0], 50))
builder.addCommunityB(range(30))
builder.addCommunityB(range(30 - C[1], 60 + C[0]))
builder.addCommunityB(range(60, 90))
builder.addCommunityRelation(0, 0)
builder.addCommunityRelation(0, 1)
builder.addCommunityRelation(1, 1)
builder.addCommunityRelation(1, 2)
model = builder.getModel()
return model
def BipartitniGrafSPrekryvem():
builder = BipartitniModelBuilder((50, 50))
builder.addCommunityA(range(30))
builder.addCommunityA(range(20, 50))
builder.addCommunityB(range(20))
builder.addCommunityB(range(15, 35))
builder.addCommunityB(range(30, 50))
builder.addCommunityRelation(0, 0)
builder.addCommunityRelation(0, 1)
builder.addCommunityRelation(1, 1)
builder.addCommunityRelation(1, 2)
model = builder.getModel()
generateDetectAndSave(model, 'bipartitniSPrekryvem.gexf')