src/CombingExperimentSimulation.java
/**
     * Prints observed and predicted complementary CDFs of inter-centroid distances
     * @param predictedFxFilter predicate giving filter for fraction replicated
     */
Prints observed and predicted complementary CDFs of inter-centroid distances
@param predictedFxFilter predicate giving filter for fraction replicated
Prints observed and predicted complementary CDFs of inter - centroid distances @param predictedFxFilter predicate giving filter for fraction replicated
public static void printObservedAndPredictedCcdfs(
            Predicate<PopulationAveragesCombingSimulation> predictedFxFilter ) {
        ReplicatingMoleculePopulationForCombingExpt.ComplementaryCdfs cdfs = population.getPredictedVsObservedComplementaryCdfOfIods(predictedFxFilter);
        System.out.println("OBSERVED vs PREDICTED CCDF OF ICDS");
        System.out.println("bin midpoint\tobserved\tpredicted");
        for (int i = 0; i < ParameterSet.NUMBER_INTERVALS_FOR_CCDF; i++) {
            System.out.println(i * ParameterSet.DISTANCE_INTERVAL_FOR_CCDF + "\t" + cdfs.getObservedComplementaryCdf().get(i) + "\t" + cdfs.getPredictedComplementaryCdf().get(i));
        }
    }
public static void printObservedAndPredictedCcdfs ( Predicate < PopulationAveragesCombingSimulation > predictedFxFilter ) { ReplicatingMoleculePopulationForCombingExpt . ComplementaryCdfs cdfs = population . getPredictedVsObservedComplementaryCdfOfIods ( predictedFxFilter ) ; System . out . println ( "OBSERVED vs PREDICTED CCDF OF ICDS" ) ; System . out . println ( "bin midpoint\tobserved\tpredicted" ) ; for ( int i = 0 ; i < ParameterSet . NUMBER_INTERVALS_FOR_CCDF ; i ++ ) { System . out . println ( i * ParameterSet . DISTANCE_INTERVAL_FOR_CCDF + "\t" + cdfs . getObservedComplementaryCdf ( ) . get ( i ) + "\t" + cdfs . getPredictedComplementaryCdf ( ) . get ( i ) ) ; } }
Prints observed and predicted complementary CDFs of inter-centroid distances
 @param predictedFxFilter predicate giving filter for fraction replicated
Prints observed and predicted complementary CDFs of inter - centroid distances @param predictedFxFilter predicate giving filter for fraction replicated
//get observed and predicted cCDFs