def Init(self):
cxBaseC.Init(self)
self.Searcher = IndriSearchCenterC()
self.hDocAnaData = {}
self.hDocText = {}
self.OutDir = ''
self.QInName = ""
def Init(self):
cxBaseC.Init(self)
self.QIn = ""
self.OutDir = ""
self.Word2VecInName = ""
self.Word2VecModel = None
self.Searcher = IndriSearchCenterC()
self.BinNumber = 100
def Init(self):
cxBaseC.Init(self)
self.Searcher = IndriSearchCenterC()
self.QueryNodePreFetchedCollector = QueryPreFetchedNodeCollectorC()
self.DocNodeFaccAnaCollector = DocNodeFaccAnaCollectorC()
self.lQueryNodeGroup = []
self.lDocNodeGroup = []
def Init(self):
cxBaseC.Init(self)
self.Evaluator = AdhocEvaC()
self.Searcher = IndriSearchCenterC()
self.Word2VecInName = ""
self.Word2VecModel = None
self.lLmName = []
self.LmClass = None
self.lOutName = []
self.QueryInName = ""
def Init(self):
cxBaseC.Init(self)
self.Evaluator = AdhocEvaC()
self.Searcher = IndriSearchCenterC()
self.Word2VecInName = ""
self.Word2VecModel = None
self.cLmName = "kde"
self.LmClass = KernelDensityLmC
#lm conf input
self.ParaConf = cxConfC()
def Init(self):
cxBaseC.Init(self)
self.Searcher = IndriSearchCenterC()
self.ObjCenter = FbObjCacheCenterC()
self.Evaluator = AdhocEvaC()
self.Inferener = LESInferencerC()
self.QDocNodeDataDir = ""
self.OrigQWeight = 0.5
self.UseQObjOnly = True
def Init(self):
cxBaseC.Init(self)
self.NodeDir = ""
self.Searcher = IndriSearchCenterC()
self.ObjCenter = FbObjCacheCenterC()
self.QDocFeatureExtractor = LeToRFeatureExtractCenterC()
self.QObjFeatureExtractor = FbQObjFeatureExtractCenterC()
self.DocObjFeatureExtractor = FbObjDocFeatureExtractCenterC()
self.ObjObjFeatureExtractor = ObjObjFeatureExtractCenterC()
def Init(self):
cxBaseC.Init(self)
self.Prepared = False
self.Word2VecInName = ""
self.Word2VecModel = None
self.lFeatureGroup = []
self.Searcher = IndriSearchCenterC()
self.GivenFeatureExtractor = LeToRGivenFeatureExtractorC()
self.EmbTermPairFeatureExtractor = EmbeddingTermPairFeatureExtractorC()
self.EmbLmFeatureExtractor = EmbeddingLmFeatureExtractorC()
self.QRelCenter = AdhocQRelC()
self.QRelIn = ""
def Init(self):
cxBaseC.Init(self)
self.lQObjFeatureGroup = []
self.lObjObjFeatureGroup = []
self.lDocObjFeatureGroup = []
self.QObjAnaExtractor = QueryObjEdgeFeatureAnaExtractorC()
self.DocObjFaccExtractor = DocObjEdgeFeatureFaccExtractorC()
self.ObjObjKGExtractor = ObjObjEdgeFeatureKGExtractorC()
self.ObjObjPreCalcExtractor = ObjObjEdgeFeaturePreCalcSimExtractorC()
self.ObjObjTextSimExtractor = ObjObjEdgeFeatureTextSimExtractorC()
self.Searcher = IndriSearchCenterC()
self.ObjCenter = FbObjCacheCenterC()
self.NodeDir = ""
LineCnt += 1
if 0 == (LineCnt % 1000):
print 'second round [%s] line' % (LineCnt)
if 1 == LineCnt:
Dim = line.strip().split()[-1]
print >> out, '%d\t%s' % (cnt, Dim)
continue
word = line.split()[0]
if word in sVoc:
print >> out, line.strip()
print 'finished'
out.close()
import sys
if 2 != len(sys.argv):
print 'conf:\nqin\nword2vecin\nout'
IndriSearchCenterC.ShowConf()
sys.exit()
Searcher = IndriSearchCenterC(sys.argv[1])
conf = cxConfC(sys.argv[1])
QInName = conf.GetConf('qin')
OutName = conf.GetConf('out')
Word2VecIn = conf.GetConf('word2vecin')
sVoc = MakeVocabulary(QInName, Searcher)
FilterWord2VecModel(Word2VecIn, OutName, sVoc)
def Init(self):
DocGraphConstructorC.Init(self)
self.Searcher = IndriSearchCenterC()
def Init(self):
cxBaseC.Init(self)
self.Searcher = IndriSearchCenterC()
self.ObjCenter = FbObjCacheCenterC()
self.NeighborNum = 50