Trait Algorithmen3DBinPackaging 

pub trait Algorithmen3DBinPackaging
where
    Self: Sized,
{
    // Required methods
    fn create_algorithmen(
        input: Vec<Item>,
        bin: Bin,
    ) -> Result<Self, AlgorithmenError>;
    fn add_item(&mut self, input: Vec<Item>) -> Result<(), AlgorithmenError>;
    fn remove_item(&mut self, input: Vec<Item>) -> Result<(), Vec<Item>>;
    fn space_left(&self) -> u32;
    fn check_fit_quick(input: &[Item], bin: &Bin) -> (bool, SpaceLeftBin);
    fn calculate(self) -> Result<SortedBin, AlgorithmenError>;
    fn calculate_custom<F>(
        self,
        custom_score_function: Option<F>,
    ) -> Result<SortedBin, AlgorithmenError>
       where F: Fn(&Bin, &Item, &Corners) -> f32 + Send + Sync;
}

Defines a trait for 3d Bin Packaging algorithments, so is replacing the algorithm possible

Required Methods

fn create_algorithmen( input: Vec<Item>, bin: Bin, ) -> Result<Self, AlgorithmenError>

A Algorithmen Input where all packages are there

fn add_item(&mut self, input: Vec<Item>) -> Result<(), AlgorithmenError>

Add Items Later

fn remove_item(&mut self, input: Vec<Item>) -> Result<(), Vec<Item>>

Remove Item If not fit give back items

fn space_left(&self) -> u32

If Space is left

fn check_fit_quick(input: &[Item], bin: &Bin) -> (bool, SpaceLeftBin)

Checks if the Items can be in a bin, possible fast check

fn calculate(self) -> Result<SortedBin, AlgorithmenError>

A final result

the score function checks what the best position is to place a object

Used default score function

fn calculate_custom<F>( self, custom_score_function: Option<F>, ) -> Result<SortedBin, AlgorithmenError>

where F: Fn(&Bin, &Item, &Corners) -> f32 + Send + Sync,

A final result

the score function checks what the best position is to place a object

In some chasses a custom is preferred

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety".

Implementors

impl Algorithmen3DBinPackaging for SecondAlgorithmen