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22-Mar-2016 05:58

However, there are pairs of cards (not present in the input file), which leads to an exception. =0) return result; assert my Hand Value == other Hand Value; final List other Reordered Cards = other Hand Value.reordered Cards(other); assert my Reordered Cards.size() == other Reordered Cards.size(); // A backward lexicographical comparison of card ranks.

Feel free to ignore slightly deviating coding conventions and lacking javadoc (I hope it's commented enough to be understandable). for (int i=my Reordered Cards.size(); i--0; ) { final Rank my Rank = my Reordered Cards.get(i).rank(); final Rank other Rank = other Reordered Cards.get(i).rank(); result = Integer.compare(my Rank.value(), other Rank.value()); if (result!

After having reviewed this question, I recalled that I haven't solved Project Euler's problem 54. throw new Runtime Exception("Not implemented: " + this); } } suits = Enum Multiset.create(Suit.class); int min = Integer. MIN_VALUE; for (final Card c : this.cards) { final Rank rank = c.rank(); min = Math.min(min, rank.value()); max = Math.max(max, rank.value()); ranks.add(rank); suits.add(c.suit()); } rank Histogram = histogram(ranks); suit Histogram = histogram(suits); is Straight = max - min == CARDS_IN_HAND - 1 && rank Histogram.equals(Immutable Multiset.of(1, 1, 1, 1, 1)); } /** * The inverse method to {@link #to String().} * * The input must be exactly of the form "vs vs vs vs vs", * where {@code v} is a {@code Value.symbol()} and {@code s} is {@code Rank.symbol()}, * for example {@code "5H 5C 6S 7S KD"} */ static Hand for String(String cards) { check Argument(cards.length() == TO_STRING_LENGTH); final List list = Array List(); for (final String s : Splitter.on(' ').split To List(cards)) list.add(String(s)); return new Hand(list); } /** * Returns a positive number if {@code this} is stronger than {@code other}, * a negative number if it's weaker, * and 0 if they're equally strong.

So I did it, however, I fount out that implementing the exact rules is rather tricky. It works, problem solved, so let's call my code working. */ @Override public int compare To(Hand other) { final Hand Value my Hand Value = to Hand Value(); final Hand Value other Hand Value = Hand Value(); int result = my Hand Value.compare To(other Hand Value); if (result!

* But if two ranks tie, for example, both players have a pair of queens, * then highest cards in each hand are compared (see example 4 below); * if the highest cards tie then the next highest cards are compared, and so on. * * If two players have the same ranked hands then the rank made up of the highest value wins; * for example, a pair of eights beats a pair of fives (see example 1 below).