@Override
public void update(float elapsedTime, boolean[][] keyboardstate) {
// All the main battle logic will go here
if (turn == 0) { // If it's the MainCharacter turn we do something
if (StartGameState.character.isParalyzed()) {
if (drawParalyzed) {
StartGameState.character.paralyzeCount -= 1;
turn = 1;
try {
Thread.sleep(2000);
} catch (InterruptedException ex) {
}
drawParalyzed = false;
} else {
drawParalyzed = true;
}
} else {
if (turnState == 0) {
if (keyboardstate[KeyEvent.VK_ENTER][1]) {
if (actionScroller.getCountX() == 1 && actionScroller.getCountY() == 1) {
turnState = 1;
System.out.println(turnState);
} else if (actionScroller.getCountX() == 1 && actionScroller.getCountY() == 2) {
turnState = 2;
System.out.println(turnState);
} else if (actionScroller.getCountX() == 2 && actionScroller.getCountY() == 1) {
turnState = 3;
System.out.println(turnState);
} else if (actionScroller.getCountX() == 2 && actionScroller.getCountY() == 2) {
turnState = 4;
System.out.println(turnState);
}
} else {
if (!keyboardstate[KeyEvent.VK_S][0]
&& !keyboardstate[KeyEvent.VK_W][0]
&& !keyboardstate[KeyEvent.VK_A][0]
&& !keyboardstate[KeyEvent.VK_D][0]) { // Handle the absence of scrolling
// Reset the scroller action variables
actionScroller.scrollDirection = -1;
actionScroller.scrollTimer = 0;
} else {
if (keyboardstate[KeyEvent.VK_S][0] && keyboardstate[KeyEvent.VK_W][0]) {
actionScroller.scrollDirection = -1;
actionScroller.scrollTimer = 0;
} else if (keyboardstate[KeyEvent.VK_S][1]) {
if (actionScroller.scrollDirection
== 0) { // If the scroller was already scrolling down...
actionScroller.scrollTimer +=
elapsedTime; // We add the elapsed time to the scroll timer...
if (actionScroller.scrollTimer
> actionScroller
.TIMER_MAX) { // And determine if we've waited to long enough ...
actionScroller.scrollTimer -=
actionScroller
.TIMER_MAX; // To justify a scroll. We reset the scrollTimer...
actionScroller.scrollDown(); // And finally we scroll down.
}
} else { // If the scroller was not already scrolling down...
actionScroller.scrollDown(); // We scroll down...
actionScroller.scrollDirection = 0; // Set the scroll direction to down...
actionScroller.scrollTimer = 0; // And reset the scrollTimer.
}
} else if (keyboardstate[KeyEvent.VK_W][1]) {
if (actionScroller.scrollDirection
== 3) { // If the scroller was already scrolling up...
actionScroller.scrollTimer +=
elapsedTime; // We add the elapsed time to the scroll timer...
if (actionScroller.scrollTimer
> actionScroller
.TIMER_MAX) { // And determine if we've waited to long enough ...
actionScroller.scrollTimer -=
actionScroller
.TIMER_MAX; // To justify a scroll. We reset the scrollTimer...
actionScroller.scrollUp(); // And finally we scroll up.
}
} else { // If the scroller was not already scrolling up...
actionScroller.scrollUp(); // We scroll up...
actionScroller.scrollDirection = 3; // Set the scroll direction to up...
actionScroller.scrollTimer = 0; // And reset the scrollTimer.
}
}
if (keyboardstate[KeyEvent.VK_A][0] && keyboardstate[KeyEvent.VK_D][0]) {
actionScroller.scrollDirection = -1;
actionScroller.scrollTimer = 0;
} else if (keyboardstate[KeyEvent.VK_A][1]) {
if (actionScroller.scrollDirection
== 1) { // If the scroller was already scrolling down...
actionScroller.scrollTimer +=
elapsedTime; // We add the elapsed time to the scroll timer...
if (actionScroller.scrollTimer
> actionScroller
.TIMER_MAX) { // And determine if we've waited to long enough ...
actionScroller.scrollTimer -=
actionScroller
.TIMER_MAX; // To justify a scroll. We reset the scrollTimer...
actionScroller.scrollLeft(); // And finally we scroll down.
}
} else { // If the scroller was not already scrolling down...
actionScroller.scrollLeft(); // We scroll down...
actionScroller.scrollDirection = 1; // Set the scroll direction to down...
actionScroller.scrollTimer = 0; // And reset the scrollTimer.
}
} else if (keyboardstate[KeyEvent.VK_D][1]) {
if (actionScroller.scrollDirection
== 2) { // If the scroller was already scrolling up...
actionScroller.scrollTimer +=
elapsedTime; // We add the elapsed time to the scroll timer...
if (actionScroller.scrollTimer
> actionScroller
.TIMER_MAX) { // And determine if we've waited to long enough ...
actionScroller.scrollTimer -=
actionScroller
.TIMER_MAX; // To justify a scroll. We reset the scrollTimer...
actionScroller.scrollRight(); // And finally we scroll up.
}
} else { // If the scroller was not already scrolling up...
actionScroller.scrollRight(); // We scroll up...
actionScroller.scrollDirection = 2; // Set the scroll direction to up...
actionScroller.scrollTimer = 0; // And reset the scrollTimer.
}
}
}
}
} else if (turnState == 1) {
if (drawNoMana) {
try {
Thread.sleep(2000);
} catch (InterruptedException ex) {
}
drawNoMana = false;
} else {
if (keyboardstate[KeyEvent.VK_BACK_SPACE][1]) {
turnState = 0;
} else if (keyboardstate[KeyEvent.VK_ENTER][1]) {
playedCard = hand.getIndexed(cardScroller.getCountX() - 1);
if (StartGameState.character.mana < playedCard.getManaCost()) {
drawNoMana = true;
} else {
turnState = 5;
hand.remove(hand.getIndexedKey(cardScroller.getCountX() - 1));
cardScroller.setMenuCountX(hand.size());
cardScroller.setCountX(cardScroller.getCountX() - 1);
if (cardScroller.getCountX() <= 0) {
cardScroller.setCountX(1);
}
if (hand.size() > 0) {
cardScroller.setMenuSpacingX(cardWidth / hand.size());
}
}
} else {
if (!keyboardstate[KeyEvent.VK_S][0]
&& !keyboardstate[KeyEvent.VK_W][0]
&& !keyboardstate[KeyEvent.VK_A][0]
&& !keyboardstate[KeyEvent.VK_D][0]) { // Handle the absence of scrolling
// Reset the scroller action variables
cardScroller.scrollDirection = -1;
cardScroller.scrollTimer = 0;
} else {
if (keyboardstate[KeyEvent.VK_S][0] && keyboardstate[KeyEvent.VK_W][0]) {
cardScroller.scrollDirection = -1;
cardScroller.scrollTimer = 0;
} else if (keyboardstate[KeyEvent.VK_S][1]) {
if (cardScroller.scrollDirection
== 0) { // If the scroller was already scrolling down...
cardScroller.scrollTimer +=
elapsedTime; // We add the elapsed time to the scroll timer...
if (cardScroller.scrollTimer
> cardScroller
.TIMER_MAX) { // And determine if we've waited to long enough ...
cardScroller.scrollTimer -=
cardScroller
.TIMER_MAX; // To justify a scroll. We reset the scrollTimer...
cardScroller.scrollDown(); // And finally we scroll down.
}
} else { // If the scroller was not already scrolling down...
cardScroller.scrollDown(); // We scroll down...
cardScroller.scrollDirection = 0; // Set the scroll direction to down...
cardScroller.scrollTimer = 0; // And reset the scrollTimer.
}
} else if (keyboardstate[KeyEvent.VK_W][1]) {
if (cardScroller.scrollDirection
== 3) { // If the scroller was already scrolling up...
cardScroller.scrollTimer +=
elapsedTime; // We add the elapsed time to the scroll timer...
if (cardScroller.scrollTimer
> cardScroller
.TIMER_MAX) { // And determine if we've waited to long enough ...
cardScroller.scrollTimer -=
cardScroller
.TIMER_MAX; // To justify a scroll. We reset the scrollTimer...
cardScroller.scrollUp(); // And finally we scroll up.
}
} else { // If the scroller was not already scrolling up...
cardScroller.scrollUp(); // We scroll up...
cardScroller.scrollDirection = 3; // Set the scroll direction to up...
cardScroller.scrollTimer = 0; // And reset the scrollTimer.
}
}
if (keyboardstate[KeyEvent.VK_A][0] && keyboardstate[KeyEvent.VK_D][0]) {
cardScroller.scrollDirection = -1;
cardScroller.scrollTimer = 0;
} else if (keyboardstate[KeyEvent.VK_A][1]) {
if (cardScroller.scrollDirection
== 1) { // If the scroller was already scrolling down...
cardScroller.scrollTimer +=
elapsedTime; // We add the elapsed time to the scroll timer...
if (cardScroller.scrollTimer
> cardScroller
.TIMER_MAX) { // And determine if we've waited to long enough ...
cardScroller.scrollTimer -=
cardScroller
.TIMER_MAX; // To justify a scroll. We reset the scrollTimer...
cardScroller.scrollLeft(); // And finally we scroll down.
}
} else { // If the scroller was not already scrolling down...
cardScroller.scrollLeft(); // We scroll down...
cardScroller.scrollDirection = 1; // Set the scroll direction to down...
cardScroller.scrollTimer = 0; // And reset the scrollTimer.
}
} else if (keyboardstate[KeyEvent.VK_D][1]) {
if (cardScroller.scrollDirection
== 2) { // If the scroller was already scrolling up...
cardScroller.scrollTimer +=
elapsedTime; // We add the elapsed time to the scroll timer...
if (cardScroller.scrollTimer
> cardScroller
.TIMER_MAX) { // And determine if we've waited to long enough ...
cardScroller.scrollTimer -=
cardScroller
.TIMER_MAX; // To justify a scroll. We reset the scrollTimer...
cardScroller.scrollRight(); // And finally we scroll up.
}
} else { // If the scroller was not already scrolling up...
cardScroller.scrollRight(); // We scroll up...
cardScroller.scrollDirection = 2; // Set the scroll direction to up...
cardScroller.scrollTimer = 0; // And reset the scrollTimer.
}
}
}
}
}
} else if (turnState == 2) {
if (shouldWait) {
if (itemMenu.isActive()) {
itemMenu.update(elapsedTime, keyboardstate);
if (keyboardstate[KeyEvent.VK_ENTER][1]) {
itemMenu.setActive(false);
drawItemUsed = true;
}
} else {
shouldWait = false;
drawItemUsed = false;
try {
// Waits a little on the enemy turn, this is just for testing and will be removed
// when AI is written
Thread.sleep(1500);
} catch (InterruptedException ex) {
}
turnState = 0;
turn = 1;
}
} else {
itemMenu.setActive(true);
if (keyboardstate[KeyEvent.VK_BACK_SPACE][1]) {
turnState = 0;
itemMenu.setActive(false);
} else {
itemMenu.update(elapsedTime, keyboardstate);
if (keyboardstate[KeyEvent.VK_ENTER][1]) {
if (itemMenu.state == 1 && itemMenu.error == false) {
shouldWait = true;
}
}
}
}
} else if (turnState == 3) {
if (shouldWait) {
try {
// Waits a little on the enemy turn, this is just for testing and will be removed when
// AI is written
Thread.sleep(2000);
} catch (InterruptedException ex) {
}
drawNoCards = false;
shouldWait = false;
turnState = 0;
} else {
if (keyboardstate[KeyEvent.VK_BACK_SPACE][1]) {
turnState = 0;
} else if (keyboardstate[KeyEvent.VK_ENTER][1]) {
if (deckCount >= MainCharacter.deck.size()) {
drawNoCards = true;
shouldWait = true;
} else {
hand.put(
hand.getIndexedKey(hand.size() - 1) + 1, MainCharacter.deck.get(deckCount));
cardScroller.setMenuCountX(hand.size());
cardScroller.setMenuSpacingX(cardWidth / hand.size());
deckCount++;
turn = 1;
turnState = 0;
}
}
}
} else if (turnState == 4) {
if (keyboardstate[KeyEvent.VK_BACK_SPACE][1]) {
turnState = 0;
}
} else if (turnState == 5) {
try {
if (drawMoveApplication) {
Thread.sleep(1800);
if (enemy.health > 0) {
turn = 1;
turnState = 0;
} else {
turn = 2;
}
drawMoveApplication = false;
} else {
Thread.sleep(1800);
effectMessage = playedCard.applyEffect(StartGameState.character, enemy);
drawMoveApplication = true;
}
} catch (InterruptedException ex) {
}
}
}
} else if (turn
== 1) { // If it's the Enemy's turn we can't do anything, and the AI decides what to do
try {
if (enemy.isParalyzed()) {
if (drawParalyzed) {
enemy.paralyzeCount -= 1;
turn = 0;
try {
Thread.sleep(2000);
} catch (InterruptedException ex) {
}
drawParalyzed = false;
} else {
drawParalyzed = true;
}
} else {
// Waits a little on the enemy turn, this is just for testing and will be removed when AI
// is written
if (enemyMoveChosen) {
Thread.sleep(1800);
if (drawMoveApplication) {
turn = 0;
enemyMoveChosen = false;
drawMoveApplication = false;
} else {
drawMoveApplication = true;
}
} else {
if (enemy.getClass().equals(Creature.class)) {
Creature creature = (Creature) enemy;
int moveCount = creature.battleMoves.length;
Random rand = new Random();
double r = rand.nextDouble();
int i = 1;
while (r > (double) i / moveCount) {
i++;
}
lastEnemyMove = MoveCache.getMove(creature.battleMoves[i - 1]);
effectMessage = lastEnemyMove.applyEffect(creature, StartGameState.character);
enemyMoveChosen = true;
}
Thread.sleep(1500);
}
}
} catch (InterruptedException ex) {
}
} else if (turn == 2) {
try {
// Waits a little when the battle is won
Thread.sleep(2000);
} catch (InterruptedException ex) {
}
endEvent();
} else if (turn == 3) {
try {
// Waits a little when the battle is lost
Thread.sleep(2000);
} catch (InterruptedException ex) {
}
endEvent();
}
}