/**
* isStackable.
*
* @param c a {@link forge.Card} object.
* @return a boolean.
*/
public static boolean isStackable(Card c) {
/*String name = c.getName();
if( name.equals("Swamp") || name.equals("Bog") ||
name.equals("Forest") || name.equals("Grass") ||
name.equals("Plains") || name.equals("White Sand") ||
name.equals("Mountain") || name.equals("Rock") ||
name.equals("Island") || name.equals("Underwater")) {
return true;
}
*/
if (c.isLand()
|| (c.getName().startsWith("Mox") && !c.getName().equals("Mox Diamond"))
|| (c.isLand() && c.isEnchanted())
|| (c.isAura() && c.isEnchanting())
|| (c.isToken() && CardFactoryUtil.multipleControlled(c))
|| (c.isCreature() && (c.isEquipped() || c.isEnchanted()))
|| (c.isEquipment() && c.isEquipping())
|| (c.isEnchantment())
|| (c instanceof ManaPool && c.isSnow())) return true;
return false;
}
/**
* setupPanel.
*
* @param p a {@link javax.swing.JPanel} object.
* @param list a {@link java.util.ArrayList} object.
* @param stack a boolean.
*/
private static void setupPanel(JPanel p, ArrayList<Card> list, boolean stack) {
int maxY = 0;
int maxX = 0;
// remove all local enchantments
Card c;
/*
for(int i = 0; i < list.size(); i++)
{
c = (Card)list.get(i);
if(c.isLocalEnchantment())
list.remove(i);
}
//add local enchantments to the permanents
//put local enchantments "next to" the permanent they are enchanting
//the inner for loop is backward so permanents with more than one local enchantments are in the right order
Card ca[];
for(int i = 0; i < list.size(); i++)
{
c = (Card)list.get(i);
if(c.hasAttachedCards())
{
ca = c.getAttachedCards();
for(int inner = ca.length - 1; 0 <= inner; inner--)
list.add(i + 1, ca[inner]);
}
}
*/
if (stack) {
// add all Cards in list to the GUI, add arrows to Local Enchantments
ArrayList<Card> manaPools = getManaPools(list);
ArrayList<Card> enchantedLands = getEnchantedLands(list);
ArrayList<Card> basicBlues = getBasics(list, Constant.Color.Blue);
ArrayList<Card> basicReds = getBasics(list, Constant.Color.Red);
ArrayList<Card> basicBlacks = getBasics(list, Constant.Color.Black);
ArrayList<Card> basicGreens = getBasics(list, Constant.Color.Green);
ArrayList<Card> basicWhites = getBasics(list, Constant.Color.White);
ArrayList<Card> badlands = getNonBasicLand(list, "Badlands");
ArrayList<Card> bayou = getNonBasicLand(list, "Bayou");
ArrayList<Card> plateau = getNonBasicLand(list, "Plateau");
ArrayList<Card> scrubland = getNonBasicLand(list, "Scrubland");
ArrayList<Card> savannah = getNonBasicLand(list, "Savannah");
ArrayList<Card> taiga = getNonBasicLand(list, "Taiga");
ArrayList<Card> tropicalIsland = getNonBasicLand(list, "Tropical Island");
ArrayList<Card> tundra = getNonBasicLand(list, "Tundra");
ArrayList<Card> undergroundSea = getNonBasicLand(list, "Underground Sea");
ArrayList<Card> volcanicIsland = getNonBasicLand(list, "Volcanic Island");
ArrayList<Card> nonBasics = getNonBasics(list);
ArrayList<Card> moxEmerald = getMoxen(list, "Mox Emerald");
ArrayList<Card> moxJet = getMoxen(list, "Mox Jet");
ArrayList<Card> moxPearl = getMoxen(list, "Mox Pearl");
ArrayList<Card> moxRuby = getMoxen(list, "Mox Ruby");
ArrayList<Card> moxSapphire = getMoxen(list, "Mox Sapphire");
// ArrayList<Card> moxDiamond = getMoxen(list, "Mox Diamond");
list = new ArrayList<Card>();
list.addAll(manaPools);
list.addAll(enchantedLands);
list.addAll(basicBlues);
list.addAll(basicReds);
list.addAll(basicBlacks);
list.addAll(basicGreens);
list.addAll(basicWhites);
list.addAll(badlands);
list.addAll(bayou);
list.addAll(plateau);
list.addAll(scrubland);
list.addAll(savannah);
list.addAll(taiga);
list.addAll(tropicalIsland);
list.addAll(tundra);
list.addAll(undergroundSea);
list.addAll(volcanicIsland);
list.addAll(nonBasics);
list.addAll(moxEmerald);
list.addAll(moxJet);
list.addAll(moxPearl);
list.addAll(moxRuby);
list.addAll(moxSapphire);
// list.addAll(moxDiamond);
int atInStack = 0;
int marginX = 5;
int marginY = 5;
int x = marginX;
int cardOffset = Constant.Runtime.stackOffset[0];
String color = "";
ArrayList<JPanel> cards = new ArrayList<JPanel>();
ArrayList<CardPanel> connectedCards = new ArrayList<CardPanel>();
boolean nextEnchanted = false;
Card prevCard = null;
int nextXIfNotStacked = 0;
for (int i = 0; i < list.size(); i++) {
JPanel addPanel;
c = list.get(i);
addPanel = new CardPanel(c);
boolean startANewStack = false;
if (!isStackable(c)) {
startANewStack = true;
} else {
String newColor = c.getName(); // CardUtil.getColor(c);
if (!newColor.equals(color)) {
startANewStack = true;
color = newColor;
}
}
if (i == 0) {
startANewStack = false;
}
if (!startANewStack && atInStack == Constant.Runtime.stackSize[0]) {
startANewStack = true;
}
if (c.isAura() && c.isEnchanting() && !nextEnchanted) startANewStack = false;
else if (c.isAura() && c.isEnchanting()) {
startANewStack = true;
nextEnchanted = false;
}
if (c.isLand() && c.isEnchanted()) {
startANewStack = false;
nextEnchanted = true;
}
// very hacky, but this is to ensure enchantment stacking occurs correctly when a land is
// enchanted, and there are more lands of that same name
else if ((prevCard != null
&& c.isLand()
&& prevCard.isLand()
&& prevCard.isEnchanted()
&& prevCard.getName().equals(c.getName()))) startANewStack = true;
else if (prevCard != null
&& c.isLand()
&& prevCard.isLand()
&& !prevCard.getName().equals(c.getName())) startANewStack = true;
/*
if (c.getName().equals("Squirrel Nest")) {
startANewStack = true;
System.out.println("startANewStack: " + startANewStack);
}
*/
if (c.isAura() && c.isEnchanting() && prevCard != null && prevCard instanceof ManaPool)
startANewStack = true;
if (c instanceof ManaPool && prevCard instanceof ManaPool && prevCard.isSnow())
startANewStack = false;
if (startANewStack) {
setupConnectedCards(connectedCards);
connectedCards.clear();
// Fixed distance if last was a stack, looks a bit nicer
if (atInStack > 1) {
x +=
Math.max(addPanel.getPreferredSize().width, addPanel.getPreferredSize().height)
+ marginX;
} else {
x = nextXIfNotStacked;
}
atInStack = 0;
} else {
if (i != 0) {
x += cardOffset;
}
}
nextXIfNotStacked = x + marginX + addPanel.getPreferredSize().width;
int xLoc = x;
int yLoc = marginY;
yLoc += atInStack * cardOffset;
addPanel.setLocation(new Point(xLoc, yLoc));
addPanel.setSize(addPanel.getPreferredSize());
cards.add(addPanel);
connectedCards.add((CardPanel) addPanel);
atInStack++;
prevCard = c;
}
setupConnectedCards(connectedCards);
connectedCards.clear();
for (int i = cards.size() - 1; i >= 0; i--) {
JPanel card = cards.get(i);
// maxX = Math.max(maxX, card.getLocation().x + card.getSize().width + marginX);
maxY = Math.max(maxY, card.getLocation().y + card.getSize().height + marginY);
p.add(card);
}
maxX = nextXIfNotStacked;
// System.out.println("x:" + maxX + ", y:" + maxY);
if (maxX > 0 && maxY > 0) { // p.getSize().width || maxY > p.getSize().height) {
// p.setSize(new Dimension(maxX, maxY));
p.setPreferredSize(new Dimension(maxX, maxY));
}
} else {
// add all Cards in list to the GUI, add arrows to Local Enchantments
JPanel addPanel;
for (int i = 0; i < list.size(); i++) {
c = list.get(i);
/*if(c.isLocalEnchantment())
addPanel = getCardPanel(c, "<< " +c.getName());
else
addPanel = getCardPanel(c);
*/
addPanel = new CardPanel(c);
p.add(addPanel);
}
}
} // setupPanel()