Struct EventSolout 

pub struct EventSolout<'a, T: Real, Y: State<T>, E: Event<T, Y>> { /* private fields */ }

Solout implementation that evaluates user-provided Event objects similar to SciPy events.

The EventSolout monitors the sign of event.event(t, y) across solver steps. When a sign change consistent with the configured CrossingDirection is detected, a Brent-Dekker root finding procedure is applied (using the solver’s interpolation) to locate the event time with high accuracy. The event point (t_event, y_event) is then appended to the solution. Depending on the EventConfig::terminate setting the integration may terminate after collecting the specified number of events.

Implementations

impl<'a, T: Real, Y: State<T>, E: Event<T, Y>> EventSolout<'a, T, Y, E>

pub fn new(event: &'a E, t0: T, tf: T) -> Self

Trait Implementations

impl<'a, T, Y, E> Solout<T, Y> for EventSolout<'a, T, Y, E>

where T: Real, Y: State<T>, E: Event<T, Y>,

fn solout<I>( &mut self, t_curr: T, t_prev: T, y_curr: &Y, y_prev: &Y, interpolator: &mut I, solution: &mut Solution<T, Y>, ) -> ControlFlag<T, Y>

where I: Interpolation<T, Y>,

Solout function to choose which points to output during the solving process.