Struct Assembler 

pub struct Assembler<R: AssemblerRecipe>(/* private fields */);

The assembler can craft most items in the game.

To use, first build the assembler using Assembler::build, providing the desired recipe and the required resources. Then, add inputs using inputs, for example assembler.inputs(&tick).0.add(bundle). The assembler will automatically process the inputs over time, which can be advanced using the Tick. Outputs can be extracted using outputs, for example assembler.outputs(&tick).0.bundle::<1>(). If you want to change the recipe, use change_recipe, but ensure the assembler is empty first.

See the implementors of the AssemblerRecipe trait for recipes that can be used in the assembler.

Implementations

impl<R: AssemblerRecipe> Assembler<R>

pub fn build( tick: &Tick, recipe: R, copper_wires: Bundle<CopperWire, 12>, iron: Bundle<Iron, 6>, ) -> Self

Builds an assembler. Costs 12 copper wires and 6 iron.

pub fn change_recipe<R2: AssemblerRecipe>( self, recipe: R2, ) -> Result<Assembler<R2>, MachineNotEmptyError<Self>>

Changes the Recipe of the assembler. Returns the original assembler if the the input and output buffers are not empty.

pub fn inputs(&mut self, tick: &Tick) -> &mut <R as Recipe>::Inputs

Update internal state and access input buffers.

pub const fn input_amounts(&self) -> <R as Recipe>::InputAmountsType

Amount of each input resource needed for one recipe cycle

pub fn outputs(&mut self, tick: &Tick) -> &mut <R as Recipe>::Outputs

Update internal state and access output buffers.

pub const fn output_amounts(&self) -> <R as Recipe>::OutputAmountsType

Amount of each output resource created per recipe cycle

Trait Implementations

impl<R: Debug + AssemblerRecipe> Debug for Assembler<R>

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

Formats the value using the given formatter.