Struct DynamicRun 

pub struct DynamicRun<'a> { /* private fields */ }

A fluence-stepped run. See the module docs.

Implementations

impl<'a> DynamicRun<'a>

pub fn new( grid: CompositionGrid, beam: Beam, config: BcaConfig, stopping: &'a (dyn ElectronicStopping + Sync), table: &'a ScatteringTable, cfg: DynamicConfig, ) -> Result<Self, DynamicRunError>

Set up a run of beam.count primaries on grid.

pub fn with_retention( self, limits: impl IntoIterator<Item = (u8, f64)>, ) -> Result<Self, DynamicRunError>

Set the retention limits (see the module docs, “Retention limit”): for each (Z, f) the largest atomic fraction f, with 0 < f < 1, of element Z a slab may hold. Replaces any earlier limits; an empty map switches the model off (the default).

pub fn re_emitted_m2(&self) -> &BTreeMap<u8, f64>

Atoms/m² re-emitted by the retention limit over the accepted steps, by atomic number.

pub fn grid(&self) -> &CompositionGrid

The current target.

pub fn ions_done(&self) -> u64

Primaries used so far (accepted steps only).

pub fn ions_total(&self) -> u64

Total primaries of the run.

pub fn fluence_done_m2(&self) -> f64

Fluence delivered so far, ions/m².

pub fn fluence_per_ion_m2(&self) -> f64

Fluence one primary stands for, ions/m².

pub fn steps_done(&self) -> u64

Accepted steps so far.

pub fn cumulative(&self) -> &Yields

Event counts summed over the accepted steps.

pub fn recession_m(&self) -> f64

Cumulative surface recession of the accepted steps, m (0 with erosion off).

pub fn step(&mut self) -> Result<Option<StepRecord>, DynamicRunError>

Run the next step. Ok(None) when all primaries are used. On error the grid and the run state are unchanged.

pub fn run_all( &mut self, on_step: impl FnMut(&StepRecord, &CompositionGrid), ) -> Result<(), DynamicRunError>

Run all remaining steps, calling on_step after each accepted step.

Trait Implementations

impl Debug for DynamicRun<'_>

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

Formats the value using the given formatter.