The remaining methods, constants and fields in the NBT class now pertain to generic NBT functionality (except for the matchList()/matchTree() methods, but that's a job for another time). All NBT I/O specific logic has now been moved to NBTStream and its descendents.
the modulo (%) operator only operates on integers. If it's used on floats, they are silently casted to ints, which results in loss of accuracy. Fractions of a degree might not seem important, but for ray-tracing purposes a fraction of a degree can make the difference between hit and miss.
* Removed broken EntityEatEvents - these don't fit the pattern since they only apply to Human entities anyway. PlayerItemConsumeEvent and PlayerInteractEvent can be used for cancellation purposes, and plugins can do custom stuff without mess.
* Restrict item consuming to Living entities only
* Added FoodSource->requiresHunger()
* Only items implementing the Consumable interface can now be consumed.
* The effects from consuming items are now generic-ized by way of the Living->consume() function. This is overridden in Human to allow applying food and hunger.
* Fixed the hardcoded mess for buckets
This fixes#983, but I haven't yet tested if this will prevent cheating in an actual hacker scenario. Needs more tests.
Additionally, this should remove the need for the negative threshold - if the diff is less than 0, the player is almost definitely cheating.
This issue can be seen on W10 Edition. Stand on the corner of a block and turn so that the majority of the target block is behind you. Then look down and try to mine it.
Rarity is used for "weighting" enchantments on enchantment tables and such. Therefore higher numbers mean the enchantment is more common. This changes the rarity values to match vanilla.
* Enchantment: Split enchantment type data from instance data
This commit splits enchantments into (effectively) enchantment TYPES vs enchantment INSTANCES.
When applying an enchantment to an item, it only needs to know 2 things:
1. the enchantment ID (identifier) which is used to identify the TYPE
2. the enchantment LEVEL which is used to modify the enchantment's power IN THIS INSTANCE.
Therefore, the LEVEL is not an immutable property. However, all other properties of the currently-named "Enchantment" class are immutable type properties.
Currently, when applying an enchantment to an item, a copy of the enchantment object is created from the registry, and returned. This copies all of the properties contained by the type, which is obviously sub optimal.
