feat: new data extracting solution

[smartcmd]

Here we list the data which can only be generated from BDS:

Data for each block state

• name: Block::getName()
• blockAABB(the bounding box of a specific block state): Block::getCollisionShape()
• burnOdds(also named burnAbility): Block::getBurnOdds()
• flameOdds(also named burnChance): Block::getFlameOdds()
• lightDampening: Block::getLight() -> Brightness::value
• lightEmission: Block::getLightEmission() -> Brightness::value
• explosionResistance: Block::getExplosionResistance()
• friction: Block::getFriction()
• hardness(also named destroySpeed): Block::getDestroySpeed()
• thickness: Block::getThickness()
• canContainLiquid: Block::getLegacyBlock() -> BlockLegacy::canContainLiquid()
• canDropWithAnyTool(also named canHarvestWithHand): Block::canDropWithAnyTool()
• mapColor: Block::getMapColor()

Block material data for each block tyoe

How to get a block's material:

auto & material = block.getMaterial()

• canBeMovingBlock: Material::getBlocksMotion()
• canHavePrecipitation: Material::getBlocksPrecipitation()
• isAlwaysDestroyable: Material::isAlwaysDestroyable()
• isLiquid: Material::isLiquid()
• isSolid: Material::isSolid()
• isSolidBlocking: Material::isSolidBlocking()
• isSuperHot: Material::isSuperHot()
• translucency: Material::getTranslucency()
• materialType: ??? We get it using Material::isType() indirectly

The current method that we get a block's material type:

#include <mc/world/level/material/Material.h>
#include <mc/enums/MaterialType.h>

MaterialType findMaterialType(const Material & material) {
    for (MaterialType type : materialTypes) {
        if (material.isType(type)) {
            return type;
        }
    }
    return MaterialType::Any;
}

Data for each item type

• armorValue: Item::getArmorValue()
• toughnessValue: Item::getToughnessValue()
• attackDamage: Item::getAttackDamage()
• isDamageable: Item::isDamageable()
• id: Item::getId()
• name: Item::getFullItemName()
• maxDamage: Item::getMaxDamage()
• maxStackSize: Item::getMaxStackSize()
• name: Item::getFullItemName()

Special correct tools for some blocks

The current code:

void dumpBlockCorrectToolSpecial() {
    CompoundTag global = CompoundTag();
    BlockTypeRegistry::forEachBlock([&global](const BlockLegacy& blockLegacy) {
        auto correctItemList = ListTag();
        auto & block = blockLegacy.getDefaultState();
        for (const auto &item: ItemRegistryManager::getItemRegistry().getNameToItemMap() | std::views::values) {
            auto itemStack = ItemStack(*item, 1, 0);
            if (itemStack.canDestroySpecial(block)) {
                correctItemList.add(StringTag(item->getFullItemName()));
            }
        }
        if (correctItemList.size() != 0) {
            global.put(blockLegacy.getTypeName(), correctItemList);
        }
        return true;
    });
    writeNBT("data/block_correct_tool_special.nbt", global);
}

Block tag map

Contains all block tags that each block type has. see the example file

The current code that we generate this file can be found here.
It is a little ugly, and we would like to find a better implementation

Item tag map

Contains all item tags that each item type has. see the example file
It is similar to the block tag map.

The current code that we generate this file can be found here.
We also would like to find a better implementation