void function ( double arg0 ) { this . tolerance = arg0 ; }
sets the size of the largest change difference between the current and previous values for any vertex that can be tolerated . concode_field_sep int max_iterations concode_elem_sep Map<V,T> output concode_elem_sep Map<V,T> current_values concode_elem_sep double max_delta concode_elem_sep boolean output_reversed concode_elem_sep Transformer<VEPair<V,E>,? extends Number> edge_weights concode_elem_sep int total_iterations concode_elem_sep double tolerance concode_elem_sep Hypergraph<V,E> graph concode_elem_sep boolean accept_disconnected_graph concode_elem_sep boolean hyperedges_are_self_loops concode_field_sep void acceptDisconnectedGraph concode_elem_sep void afterStep concode_elem_sep boolean isDisconnectedGraphOK concode_elem_sep double update concode_elem_sep void collectDisappearingPotential concode_elem_sep T getVertexScore concode_elem_sep T getOutputValue concode_elem_sep Number getEdgeWeight concode_elem_sep int getMaxIterations concode_elem_sep T getCurrentValue concode_elem_sep void setMaxIterations concode_elem_sep double getTolerance concode_elem_sep void swapOutputForCurrent concode_elem_sep int getAdjustedIncidentCount concode_elem_sep Transformer<VEPair<V,E>,? extends Number> getEdgeWeights concode_elem_sep void setEdgeWeights concode_elem_sep void setHyperedgesAreSelfLoops concode_elem_sep boolean done concode_elem_sep void updateMaxDelta concode_elem_sep int getIterations concode_elem_sep void step concode_elem_sep void setCurrentValue concode_elem_sep void initialize concode_elem_sep void evaluate concode_elem_sep void setOutputValue