def __init__(self, qiString):
self.graph = dict()
listOfNode = []
qi = [qiString]
self.quasiId = copy.copy(qi)
for i in range(0, generalizzazione[qiString] + 1):
levelOfGeneralizations = dict()
levelOfGeneralizations[qiString] = i
node = Nodo(qi, False, levelOfGeneralizations)
if i == 0:
node.isRoot = True
listOfNode.append(node)
for node in listOfNode:
self.graph[node] = nearNodes(node)
def __init__(self, qiString1, qiString2):
# numero di nodi = (generalizzazione[qiString1]+1)*(generalizzazione[qiString]+1)
listOfNode = []
qi = [qiString1, qiString2]
self.quasiId = copy.copy(qi)
for i in range(0, generalizzazione[qiString2] + 1):
for j in range(0, generalizzazione[qiString1] + 1):
levelOfGeneralizations = dict()
levelOfGeneralizations[qiString2] = i
levelOfGeneralizations[qiString1] = j
node = Nodo(qi, False, levelOfGeneralizations)
if i == 0 and j == 0:
node.isRoot = True
listOfNode.append(node)
self.graph = dict()
for node in listOfNode:
self.graph[node] = nearNodes(node)
