BlockyPenguin

Modifying vanilla with Mixins, no Forge, no Fabric, just plain old vanilla. I know, it's not recommended, but it's a personal project of mine, just to see where it could lead. I have no intentions of making anything fancy, i.e. "real" modified servers like paper or sponge, it's more of a testing ground. Any ideas as to how to fix this?

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I'm attempting to use FG to download the vanilla Minecraft server. Gradle throws this massive error: hastebin build.gradle:

Okay, so what would I set the seed to? I already have a public static final Random instance in my main class, would that do the job?

That's strange, because I'm definitely calling it on a World object, unless World implements IWorldReader. So this is what I've got: @Override public ActionResult<ItemStack> onItemRightClick(World world, PlayerEntity player, Hand hand) { IChunk ichunk = world.getChunk(player.getPosition()); if(ichunk instanceof Chunk) { Chunk chunk = (Chunk)ichunk; long seed = MathHelper.getCoordinateRandom(player.getPosition().getX(), player.getPosition().getY(), player.getPosition().getZ()); seed += chunk.getInhabitedTime() * Config.RIFT_MULTIPLICATION_FACTOR.get(); player.sendStatusMessage(new StringTextComponent(seed + ""), false); } return ActionResult.resultSuccess(player.getHeldItem(hand)); } But how would I turn that into value between 0 and 1? or at least 0 and 100, or some other easily measurable number. Then I've also got to worry about the boolean dictating whether or not a chunk is a rift or not.

Okay, thanks Here is the source code of World#getChunk: default IChunk getChunk(BlockPos pos) { return this.getChunk(pos.getX() >> 4, pos.getZ() >> 4); } So what do you suggest I do then?

Because World#getChunk() returns an IChunk. Ah, thanks. TBH, I'm a little concerned about changing over to Mojang mappings, I know there are a few legality issues still. What would be the right place to ask about this?

Okay, so, let's say that I want to get this data when an item is right clicked, it would be something like this, right? @Override public ActionResult<ItemStack> onItemRightClick(World world, PlayerEntity player, Hand hand) { ItemStack stack = player.getHeldItem(hand); Chunk c = (Chunk)world.getChunk(player.getPosition()); c.getInhabitedTime(); return ActionResult.resultSuccess(stack); } But MathHelper.getSeed doesn't seem to exist...

Okay... so how would i get the chunk then? Would it help if i uploaded my code to github?

But wouldn't it be incremented at a different rate? I think I forgot to mention as well, that I have the float set to a random value between 0.0 and 0.2 in the capability's default implementation's constructor.

Okay, I'm thinking we're not quite on the same page here, so I'll start again: I've made a capability for chunks, which contains a float value. I would like the float to increase by 0.1 every x amount of time. My thought is that if I get all the loaded chunks, I can iterate over them and increase this value. As to how I would implement a timer without a tick() method, I am at a loss, but one problem at a time.

Every loaded chunk, I guess...

Yes, but how do I get the instance of Chunk? That's what's confusing me...

Oh, ok... but my question still remains as to how to get the inhabited time.

So this is my capability: public class RiftCapability implements IRift { private boolean isRift; private float riftActivityPercent; public RiftCapability() { this.isRift = Rifts.RAND.nextInt(100) < 5; this.riftActivityPercent = isRift ? Utils.randomFloatBounds(0.15f) : 0.0f; } public RiftCapability(boolean isRift, float riftActivityPercent) { this.isRift = isRift; this.riftActivityPercent = riftActivityPercent; } @Override public boolean isRift() { return isRift; } @Override public float getRiftActivityPercent() { return riftActivityPercent; } @Override public void setRiftActivityPercent(float riftActivityPercent) { if(riftActivityPercent < 0 || riftActivityPercent > 1) throw new IndexOutOfBoundsException("Rift Activity Percent cannot be less than 0 or greater than 1!"); else this.riftActivityPercent = riftActivityPercent; } @Override public void openRift() { this.isRift = true; } @Override public void closeRift() { this.isRift = false; } @Override public void riftEvent() { //TODO: Fire a rift event. } } This is my provider: public class RiftCapabilityProvider implements ICapabilitySerializable<INBT> { @CapabilityInject(IRift.class) public static final Capability<IRift> RIFT_CAPABILITY = null; private LazyOptional<IRift> instance = LazyOptional.of(RIFT_CAPABILITY::getDefaultInstance); @Override public <T> LazyOptional<T> getCapability(Capability<T> cap, Direction side) { return cap == RIFT_CAPABILITY ? instance.cast() : LazyOptional.empty(); } @Override public INBT serializeNBT() { return RIFT_CAPABILITY.getStorage().writeNBT( RIFT_CAPABILITY, instance.orElseThrow(() -> new IllegalArgumentException("LazyOptional must not be empty!")), null ); } @Override public void deserializeNBT(INBT nbt) { RIFT_CAPABILITY.getStorage().readNBT( RIFT_CAPABILITY, instance.orElseThrow(() -> new IllegalArgumentException("LazyOptional must not be empty!")), null, nbt ); } } And I attach it like so: public static void attachRiftCapability(AttachCapabilitiesEvent<Chunk> event) { World world = event.getObject().getWorld(); if(!world.isRemote) event.addCapability(new ResourceLocation(Rifts.MODID, "rift_capability"), new RiftCapabilityProvider()); } Does this help?