protected int calcExpansionScore(FinalScoringEntry entry) {
int rInt = 0;
EuroFinalScoringEntry euroEntry;
if (entry instanceof EuroFinalScoringEntry) {
euroEntry = (EuroFinalScoringEntry) entry;
rInt = euroEntry.getStationPoints();
}
return rInt;
}
protected void completeExpansionEntries(FinalScoringEntry entry, Player player) {
if (player instanceof EuroPlayer) {
EuroPlayer p = (EuroPlayer) player;
if (entry instanceof EuroFinalScoringEntry) {
EuroFinalScoringEntry euroEntry = (EuroFinalScoringEntry) entry;
euroEntry.setStationPoints(4 * p.getStations().stationsLeft());
}
}
}
private int euroCompare(EuroFinalScoringEntry entry1, EuroFinalScoringEntry entry2) {
/**
* From the Europe rules: "The player with the most points wins the euroGame. If two or more
* player are tied with the most points, the player who has completed the most Destination
* Tickets is the winner. If still tied, the player who used the least number of Stations is
* declared the winner. In the unlikely event player are still tied, the player with the
* European Express bonus card wins."
*/
int rValue = 99; // entry1 is better than entry2 as default
if (entry2.getFinalScore() > entry1.getFinalScore()) {
rValue = -99;
} else if (entry2.getFinalScore() == entry1.getFinalScore()) {
if (countTickets(entry2) > countTickets(entry1)) {
rValue = -99;
} else if (countTickets(entry2) == countTickets(entry1)) {
if (entry2.getStationPoints() > entry1.getStationPoints()) {
rValue = -99;
} else if (entry2.getStationPoints() == entry1.getStationPoints()) {
// this is a quick test for whether they have a longest track or not
if (!entry2.getLongestTrack().isEmpty() && entry1.getLongestTrack().isEmpty()) {
rValue = -99;
} else if (!entry2.getLongestTrack().isEmpty() && !entry1.getLongestTrack().isEmpty()) {
rValue = 0;
}
}
}
}
return rValue;
}
