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package eu.equalparts.cardbase.decks;
import eu.equalparts.cardbase.cards.Card;
public final class Statistics {
private Statistics() {}
public static double calculatePercentage(StandaloneDeck deck, String type) {
double allCardsByType = count(deck, type);
double allCards = count(deck);
return allCardsByType / allCards;
}
public static int count(StandaloneDeck deck, String type) {
int count = type.contains("Land") ? countBasicLands(deck) : 0;
for (Card card : deck.cards) {
if (card.type != null &&
card.type.contains(type)) {
count += card.count;
}
}
return count;
}
public static int count(StandaloneDeck deck) {
int totalCards = countBasicLands(deck);
for (Card card : deck.cards) {
totalCards += card.count;
}
return totalCards;
}
private static int countBasicLands(StandaloneDeck deck) {
return deck.plains +
deck.islands +
deck.swamps +
deck.mountains +
deck.forests;
}
public static int[] computeDistribution(StandaloneDeck deck, String type) {
int arraySize = 0;
for (Card card : deck.cards) {
if (card.type != null && card.type.contains(type))
if (card.cmc != null && card.cmc >= arraySize)
arraySize = card.cmc + 1;
}
int[] costs = new int[arraySize];
for (Card card : deck.cards) {
if (card.type != null && card.type.contains(type))
if (card.cmc != null)
costs[card.cmc] += card.count;
}
return costs;
}
public static int[] computeDistribution(StandaloneDeck deck) {
int arraySize = 0;
for (Card card : deck.cards) {
if (card.cmc != null && card.cmc >= arraySize)
arraySize = card.cmc + 1;
}
int[] costs = new int[arraySize];
for (Card card : deck.cards) {
if (card.cmc != null)
costs[card.cmc] += card.count;
}
return costs;
}
}
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