Struct ToolMaterial 

pub struct ToolMaterial {
    pub id: String,
    pub durability: u32,
    pub speed: f32,
    pub attack_damage: f32,
    pub enchantability: u32,
    pub level: String,
    pub repair: String,
    pub level_index: u32,
    pub incorrect: String,
    pub game_tools: String,
}

What tools are made of. The game’s are built in (ToolMaterial::built_ins); a mod declares its own in a .ydef (kind: "tool_material") or registers one (Registry::register_tool_material).

Fields

id: String

durability: u32

Uses before it breaks.

speed: f32

How fast it mines (wood 2 … netherite 9, gold 12).

attack_damage: f32

Attack damage it adds (wood 0 … netherite 4).

enchantability: u32

level: String

Its level on the tool ladder (minecraft:iron, mymod:mythril).

repair: String

What repairs it: an item id or #tag.

level_index: u32

Minecraft 1.20’s level number of level (wood 0 … netherite 4).

incorrect: String

Minecraft 1.21’s tag of the blocks a tool of it can’t mine for drops (minecraft:incorrect_for_iron_tool).

game_tools: String

What the game’s tools of it are named by (wooden_: minecraft:wooden_axe); empty for a mod’s own.

Implementations

impl ToolMaterial

pub fn built_ins() -> &'static [ToolMaterial]

The game’s materials: wood, stone, iron, diamond, gold, netherite.

pub fn built_in(name: &str) -> Option<&'static ToolMaterial>

One of the game’s, by short name or id.

pub fn like(id: impl Into<String>, like: &str) -> Option<ToolMaterial>

id with like’s level (one of the game’s: iron), durability, speed, damage, enchantability and repair — change what differs.

pub fn game_tool(&self, kind: &str) -> Option<GameTool>

The game’s tool of kind (a mod’s kind: REFERENCE_KIND) made of this material, or — a mod’s — of REFERENCE_MATERIAL.

Trait Implementations

impl Clone for ToolMaterial

fn clone(&self) -> ToolMaterial

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for ToolMaterial

fn fmt(&self, f: &mut Formatter<'_>) -> Result<(), Error>

Formats the value using the given formatter.

impl Fields for ToolMaterial

const FIELDS: &'static [(&'static str, &'static str)]

impl PartialEq for ToolMaterial

fn eq(&self, other: &ToolMaterial) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl Schema for ToolMaterial

fn encode(&self, __yog_w: &mut Writer)

Writes itself in the binary form, straight — Schema::write’s value encoded, unless the type knows better (derived ones do).

fn decode(__yog_d: &mut Decoder<'_>) -> Option<ToolMaterial>

Reads itself from the binary form, straight; None when it isn’t what Schema::encode writes — then read_bytes reads the slow way, which says what’s wrong. Through a value unless the type knows better (derived ones do).

fn pack(&self, __yog_p: &mut Packer)

Packs itself into a frame (crate::frame): its binary form as bytes, unless the type packs itself (derived ones and plain types do).

fn unpack(__yog_u: &mut Unpacker<'_>) -> Option<ToolMaterial>

Reads itself out of a frame; None if the bytes aren’t what Schema::pack writes.

fn shape() -> Shape

What the format looks like.

fn read(v: &ValueRef<'_>, cx: &mut Reader<'_>) -> Option<ToolMaterial>

Reads v. Problems go to cx at its current path; None when the value couldn’t be read (the problem is in cx).

fn write(&self) -> Value

The value, as the format writes it.

fn absent() -> Option<Self>

The value of a field that isn’t there — None: the field is required.

fn skip(&self) -> bool

Whether a struct leaves this field out when writing it.

fn pack_list(items: &[Self], p: &mut Packer)

A list of these packed: a count, then each one (floats raw).

fn unpack_list(u: &mut Unpacker<'_>) -> Option<Vec<Self>>

A list of these out of a frame.

fn encode_list(items: &[Self], w: &mut Writer)

A list of these written straight (numbers pack theirs).

fn decode_list(d: &mut Decoder<'_>) -> Option<Vec<Self>>

A list of these read straight.

impl StructuralPartialEq for ToolMaterial