public void getPermutedScore(boolean isNested) { if (isNested) { int[] un_related = Sample.SampleIndex(0, qualified_Unrelated - 1, qualified_Unrelated); for (int i = 0; i < un_related.length; i++) { PersonTable.get(i).setPermutedScore(score[un_related[i]]); } int c = qualified_Unrelated; for (int i = 0; i < numSib.length; i++) { int[] si = Sample.SampleIndex(0, numSib[i] - 1, numSib[i]); for (int j = 0; j < si.length; j++) { PersonTable.get(c + j).setPermutedScore(score[c + si[j]]); } c += si.length; } } else { int[] idx = Sample.SampleIndex(0, PersonTable.size() - 1, PersonTable.size()); for (int i = 0; i < idx.length; i++) { PersonTable.get(i).setPermutedScore(score[idx[i]]); } } }
public TMSeller( BufferHolder bh, PaymentSender ps, ItemSender is, AuctionHouse ah, List<ItemType> itemTypes) { super(bh, ps, is, ah); int numberOfAuctions = numberOfAuctions(r.nextDouble()); int numberOfTimeUnits = AuctionHouse.ONE_DAY * (100 - 7); List<Integer> listOfTimes = Sample.randomSample(numberOfTimeUnits, numberOfAuctions, r); Collections.sort(listOfTimes, Collections.reverseOrder()); auctionSubmissionTimes = new ArrayDeque<>(listOfTimes); // System.out.println(auctionSubmissionTimes.size()); itemTypesUsed = new ArrayList<>(); this.itemTypes = itemTypes; }