def HIndexJudgement(graphFile, n):
'''
@author:
[email protected]
@params:
graphFile: full name of input graph;
@return:
calcTime: time for calculation;
result: n-order H Index values of graph, type: List;
'''
graphFileName, graphFileFormat = graphFile.split(".", 1)
if graphFileFormat == 'edgelist':
edgelist2gml.edgelist2gml(graphFile)
elif graphFileFormat == 'net':
net2gml.net2gml(graphFile)
nxG = nx.read_gml(graphFileName + '.gml')
igG = ig.Graph.Read_GML(graphFileName + '.gml')
start_time = time.clock()
# demo: result = calcH0IndexValues(nxG,igG)
# your solution:
result = calcHIndexValues(nxG, igG, n)
end_time = time.clock()
calcTime = end_time - start_time
return (result, calcTime)
def getGraph(graphFile):
graphFileName, graphFileFormat = graphFile.split(".", 1)
if graphFileFormat == 'edgelist':
edgelist2gml.edgelist2gml(graphFile)
elif graphFileFormat == 'net':
net2gml.net2gml(graphFile)
nxG = nx.read_gml(graphFileName + '.gml', label='id')
return nxG