com.megacrit.cardcrawl.helpers.RelicLibrary Java Examples

public static String Postfix(String __result, AbstractRelic.RelicTier tier)
{
    if (depth == 0 && RelicLibrary.getRelic(__result) instanceof SuperRareRelic) {
        RelicTools.returnRelicToPool(tier, __result);
        ++depth;
        __result = AbstractDungeon.returnRandomRelicKey(tier);
        --depth;
    }

    return __result;
}
 

public static String Postfix(String __result, AbstractRelic.RelicTier tier)
{
    if (depth == 0 && RelicLibrary.getRelic(__result) instanceof SuperRareRelic) {
        RelicTools.returnRelicToPool(tier, __result);
        ++depth;
        __result = AbstractDungeon.returnEndRandomRelicKey(tier);
        --depth;
    }

    return __result;
}
 

@Override
protected void buttonEffect(int i) { // This is the event:
    switch (screenNum) {
        case 0: // While you are on screen number 0 (The starting screen)
            switch (i) {
                case 0: // If you press button the first button (Button at index 0), in this case: Inspiration.
                    this.imageEventText.updateBodyText(DESCRIPTIONS[1]); // Update the text of the event
                    this.imageEventText.updateDialogOption(0, OPTIONS[5]); // 1. Change the first button to the [Leave] button
                    this.imageEventText.clearRemainingOptions(); // 2. and remove all others
                    screenNum = 1; // Screen set the screen number to 1. Once we exit the switch (i) statement,
                    // we'll still continue the switch (screenNum) statement. It'll find screen 1 and do it's actions
                    // (in our case, that's the final screen, but you can chain as many as you want like that)

                    AbstractRelic relicToAdd = RelicLibrary.starterList.get(AbstractDungeon.relicRng.random(RelicLibrary.starterList.size() - 1)).makeCopy();
                    // Get a random starting relic

                    AbstractDungeon.getCurrRoom().spawnRelicAndObtain((float)(Settings.WIDTH / 2), (float)(Settings.HEIGHT / 2), relicToAdd);


                    break; // Onto screen 1 we go.
                case 1: // If you press button the second button (Button at index 1), in this case: Deinal

                    CardCrawlGame.screenShake.shake(ScreenShake.ShakeIntensity.MED, ScreenShake.ShakeDur.MED, false);
                    // Shake the screen
                    CardCrawlGame.sound.play("BLUNT_FAST");  // Play a hit sound
                    AbstractDungeon.player.decreaseMaxHealth(healthdamage); // Lose max HP
                    if (CardGroup.getGroupWithoutBottledCards(AbstractDungeon.player.masterDeck.getPurgeableCards()).size() > 0) {
                        // If you have cards you can remove - remove a card
                        AbstractDungeon.gridSelectScreen.open(
                                CardGroup.getGroupWithoutBottledCards(
                                        AbstractDungeon.player.masterDeck.getPurgeableCards()),
                                1, OPTIONS[6], false, false, false, true);
                    }

                    this.imageEventText.updateBodyText(DESCRIPTIONS[2]);
                    this.imageEventText.updateDialogOption(0, OPTIONS[5]);
                    this.imageEventText.clearRemainingOptions();
                    screenNum = 1;

                    // Same as before. A note here is that you can also do
                    // imageEventText.clearAllDialogs();
                    // imageEventText.setDialogOption(OPTIONS[1]);
                    // imageEventText.setDialogOption(OPTIONS[4]);
                    // (etc.)
                    // And that would also just set them into slot 0, 1, 2... in order, just like what we do in the very beginning

                    break; // Onto screen 1 we go.
                case 2: // If you press button the third button (Button at index 2), in this case: Acceptance

                    AbstractCard c = new Apotheosis().makeCopy();
                    AbstractDungeon.effectList.add(new ShowCardAndObtainEffect(c, (float) (Settings.WIDTH / 2), (float) (Settings.HEIGHT / 2)));

                    this.imageEventText.updateBodyText(DESCRIPTIONS[3]);
                    this.imageEventText.updateDialogOption(0, OPTIONS[5]);
                    this.imageEventText.clearRemainingOptions();
                    screenNum = 1;
                    break;
                case 3: // If you press button the fourth button (Button at index 3), in this case: TOUCH
                    imageEventText.loadImage("stsjorbsmodResources/images/events/IdentityCrisisEvent2.png"); // Change the shown image
                    // Other than that, this option doesn't do anything special.
                    this.imageEventText.updateBodyText(DESCRIPTIONS[4]);
                    this.imageEventText.updateDialogOption(0, OPTIONS[5]);
                    this.imageEventText.clearRemainingOptions();
                    screenNum = 1;
                    break;
            }
            break;
        case 1: // Welcome to screenNum = 1;
            switch (i) {
                case 0: // If you press the first (and this should be the only) button,
                    openMap(); // You'll open the map and end the event.
                    break;
            }
            break;
    }
}
 

public static boolean returnRelicToPool(String relicID)
{
    AbstractRelic.RelicTier tier = RelicLibrary.getRelic(relicID).tier;
    return returnRelicToPool(tier, relicID);
}
 

@Override
public int[] Locate(CtBehavior ctMethodToPatch) throws Exception {// All the locator has and needs is an override of the Locate method
    // In simple terms, the locator works like this:
    // We give is something to match with, and it returns the line number that it finds the ting on,
    // inside the method which we specified wayyyy early on in our @SpirePatch annotation.
    // The Locate method is of type int[] - it returns an array of ints. These ints are actually the matching line numbers.
    
    // This is where we open up the https://github.com/kiooeht/ModTheSpire/wiki/Matcher documentation.
    
    // The line in the original method, "return !RelicLibrary.getRelic(retVal).canSpawn() ? returnEndRandomRelicKey(tier) : retVal;"
    // is just a simple ternary operator, check out http://www.cafeaulait.org/course/week2/43.html
    // or https://stackoverflow.com/questions/8898590/short-form-for-java-if-statement or simply ask google.
    // if you can't spawn the relic(note the "!"), grab a new relic from the end of the list instead
    // (call the returnEndRandomRelicKey() method) - otherwise return the relic.
    
    // We want to insert our code immediately above it so we'll need to use a matcher against something in that line.
    // We have a few of options for this 1 particular line. Before you proceed, read the docs and see how many you can personally spot.
    
    // 1. RelicLibrary.getRelic - is calling the the getRelic() method of the RelicLibrary class.
    // (You can also see that by Ctrl+clicking on getRelic)
    // 2. getRelic(retVal).canSpawn() - is calling the canSpawn() method of the AbstractRelic class.
    // (get relic() returns an AbstractRelic so we just use canSpawn() directly from it to check if we can spawn it)
    // 3. returnEndRandomRelicKey(tier) - is calling the returnEndRandomRelicKey method of the AbstractDungeon class.
    // At the end of the day, all three of these are MethodCallMatchers.
    
    /*
     * BUT WAIT!
     * Did you know that the third option is *actually* on a completely different line than the first one?
     * Decompiling the code with a different decompiler shows that the last line is actually a lot more like this:
     *
     * if (!RelicLibrary.getRelic(retVal).canSpawn()) {
     *      return returnEndRandomRelicKey(tier);
     * }
     *  return retVal;
     *
     *  Which means that if we use the third matcher we will insert code inside the if statement, while if we use 1. or 2. - just outside of it.
     *
     *  Follow this guide to learn how to decompile your game.
     *  https://github.com/daviscook477/BaseMod/wiki/Decompiling-Your-Game
     *  Essentially - you would want to use JD-GUI and Luyten *both* to get a precise look.
     *  (You can 100% still totally use the IntelliJ for quick-referencing code, it is still very fast and convenient)
     *
     *  On a sidenote, you should enable debug lines in intelliJ both for bugfixing and seeing what thing is *really* on what line
     *  To do so:
     * 1. Ctrl+Shift+A
     * 2. Registry
     * 3. Scroll down and set decompiler.dump.original.lines to true
     */
    
    // A good way to choose, usually, would be to pick the matcher least likely to appear elsewhere in the code of the method
    // i.e. the rarest one. In this case, it doesn't really matter as it's 3 of the same matcher, and none of their methods
    // ever appear again anywhere else, so let's just go for the first one:
    // As the documentation says, put the Class type and the method name (as a string) as your parameters:
    
    Matcher finalMatcher = new Matcher.MethodCallMatcher(RelicLibrary.class, "getRelic");
    
    // Now we just have to return the line number corresponding to that particular method call.
    // We have 2 options:
    // 1. findInOrder - Returns the first line number that matches the description of the matcher
    // (i.e. the very first time it finds RelicLibrary.getRelic() in the method we're patching.)
    
    // 2. findAllInOrder - Returns an array of ints - all of the line numbers matching the description.
    // (This is, for example, if the method we're patching had used "RelicLibrary.getRelic()" 3 different times,
    // and we want to insert our code right before ALL of the matches, or before a particular one of them.)
    
    // In our case "RelicLibrary.getRelic()" is called only once, in that particular return statement, so we can just return it.
    return LineFinder.findInOrder(ctMethodToPatch, finalMatcher);
    
    // If we wanted to use findAllInOrder instead, we would do it like this:
    // return new int[]{LineFinder.findAllInOrder(ctMethodToPatch, finalMatcher)[0]};
    // The [0] in this case indicates the index of the line number in the array (in the order they were found)
    // The first (and for us, only) instance of "RelicLibrary.getRelic()" would be at index 0. The second at index 1, and so on.
    
    // Finally, if we wanted to insert our code before *every* line with a match, we would just skip the index and return the whole list of lines:
    // return LineFinder.findAllInOrder(ctMethodToPatch, finalMatcher)
}
 

@Override
protected void buttonEffect(int i) { // This is the event:
    switch (screenNum) {
        case 0: // While you are on screen number 0 (The starting screen)
            switch (i) {
                case 0: // If you press button the first button (Button at index 0), in this case: Inspiration.
                    this.imageEventText.updateBodyText(DESCRIPTIONS[1]); // Update the text of the event
                    this.imageEventText.updateDialogOption(0, OPTIONS[5]); // 1. Change the first button to the [Leave] button
                    this.imageEventText.clearRemainingOptions(); // 2. and remove all others
                    screenNum = 1; // Screen set the screen number to 1. Once we exit the switch (i) statement,
                    // we'll still continue the switch (screenNum) statement. It'll find screen 1 and do it's actions
                    // (in our case, that's the final screen, but you can chain as many as you want like that)

                    AbstractRelic relicToAdd = RelicLibrary.starterList.get(AbstractDungeon.relicRng.random(RelicLibrary.starterList.size() - 1)).makeCopy();
                    // Get a random starting relic

                    AbstractDungeon.getCurrRoom().spawnRelicAndObtain((float)(Settings.WIDTH / 2), (float)(Settings.HEIGHT / 2), relicToAdd);


                    break; // Onto screen 1 we go.
                case 1: // If you press button the second button (Button at index 1), in this case: Deinal

                    CardCrawlGame.screenShake.shake(ScreenShake.ShakeIntensity.MED, ScreenShake.ShakeDur.MED, false);
                    // Shake the screen
                    CardCrawlGame.sound.play("BLUNT_FAST");  // Play a hit sound
                    AbstractDungeon.player.decreaseMaxHealth(healthdamage); // Lose max HP
                    if (CardGroup.getGroupWithoutBottledCards(AbstractDungeon.player.masterDeck.getPurgeableCards()).size() > 0) {
                        // If you have cards you can remove - remove a card
                        AbstractDungeon.gridSelectScreen.open(
                                CardGroup.getGroupWithoutBottledCards(
                                        AbstractDungeon.player.masterDeck.getPurgeableCards()),
                                1, OPTIONS[6], false, false, false, true);
                    }

                    this.imageEventText.updateBodyText(DESCRIPTIONS[2]);
                    this.imageEventText.updateDialogOption(0, OPTIONS[5]);
                    this.imageEventText.clearRemainingOptions();
                    screenNum = 1;

                    // Same as before. A note here is that you can also do
                    // imageEventText.clearAllDialogs();
                    // imageEventText.setDialogOption(OPTIONS[1]);
                    // imageEventText.setDialogOption(OPTIONS[4]);
                    // (etc.)
                    // And that would also just set them into slot 0, 1, 2... in order, just like what we do in the very beginning

                    break; // Onto screen 1 we go.
                case 2: // If you press button the third button (Button at index 2), in this case: Acceptance

                    AbstractCard c = new Apotheosis().makeCopy();
                    AbstractDungeon.effectList.add(new ShowCardAndObtainEffect(c, (float) (Settings.WIDTH / 2), (float) (Settings.HEIGHT / 2)));

                    this.imageEventText.updateBodyText(DESCRIPTIONS[3]);
                    this.imageEventText.updateDialogOption(0, OPTIONS[5]);
                    this.imageEventText.clearRemainingOptions();
                    screenNum = 1;
                    break;
                case 3: // If you press button the fourth button (Button at index 3), in this case: TOUCH
                    imageEventText.loadImage("theDefaultResources/images/events/IdentityCrisisEvent2.png"); // Change the shown image
                    // Other than that, this option doesn't do anything special.
                    this.imageEventText.updateBodyText(DESCRIPTIONS[4]);
                    this.imageEventText.updateDialogOption(0, OPTIONS[5]);
                    this.imageEventText.clearRemainingOptions();
                    screenNum = 1;
                    break;
            }
            break;
        case 1: // Welcome to screenNum = 1;
            switch (i) {
                case 0: // If you press the first (and this should be the only) button,
                    openMap(); // You'll open the map and end the event.
                    break;
            }
            break;
    }
}