@Test public void testComputeLeftNeighborContribution() { OverlapUpdateNormalization overlapUpdateNormalization = new OverlapUpdateNormalization(); assertNotNull(overlapUpdateNormalization.computeLeftNeighborContribution(0)); assertNotEquals(0, overlapUpdateNormalization.computeLeftNeighborContribution(0)); }
@Override public double computeLeftNeighborContribution(int leftNodeDegree) { return 1.0; }
OverlapUpdateNormalization extends RelatedTweetUpdateNormalization { @Override public double computeLeftNeighborContribution(int leftNodeDegree) { return 1.0; } }
OverlapUpdateNormalization extends RelatedTweetUpdateNormalization { @Override public double computeLeftNeighborContribution(int leftNodeDegree) { return 1.0; }  }
OverlapUpdateNormalization extends RelatedTweetUpdateNormalization { @Override public double computeLeftNeighborContribution(int leftNodeDegree) { return 1.0; }  @Override double computeLeftNeighborContribution(int leftNodeDegree); @Override double computeScoreNormalization(double cooccurrence, int similarNodeDegree,
      int nodeDegree); }
OverlapUpdateNormalization extends RelatedTweetUpdateNormalization { @Override public double computeLeftNeighborContribution(int leftNodeDegree) { return 1.0; }  @Override double computeLeftNeighborContribution(int leftNodeDegree); @Override double computeScoreNormalization(double cooccurrence, int similarNodeDegree,
      int nodeDegree);  }