Struct DenseSolution 

pub struct DenseSolution<F: IntegrateFloat> {
    pub t: Vec<F>,
    pub y: Vec<Array1<F>>,
    pub dydt: Option<Vec<Array1<F>>>,
    pub method: ContinuousOutputMethod,
    pub f: Option<Box<dyn Fn(F, ArrayView1<'_, F>) -> Array1<F>>>,
}

A dense solution that supports evaluation at any time within the integration range

Fields

t: Vec<F>

Time points from the discrete solution

y: Vec<Array1<F>>

Solution values at time points

dydt: Option<Vec<Array1<F>>>

Derivatives at time points (if available)

method: ContinuousOutputMethod

Interpolation method to use

f: Option<Box<dyn Fn(F, ArrayView1<'_, F>) -> Array1<F>>>

Function to evaluate derivatives (if derivatives not provided)

Implementations

impl<F: IntegrateFloat> DenseSolution<F>

pub fn new( t: Vec<F>, y: Vec<Array1<F>>, dydt: Option<Vec<Array1<F>>>, method: Option<ContinuousOutputMethod>, f: Option<Box<dyn Fn(F, ArrayView1<'_, F>) -> Array1<F>>>, ) -> Self

Create a new dense solution object from a discrete solution

pub fn evaluate(&self, t: F) -> IntegrateResult<Array1<F>>

Evaluate the solution at a specific time point

pub fn dense_output( &self, npoints: usize, ) -> IntegrateResult<(Vec<F>, Vec<Array1<F>>)>

Create a dense sequence of solution values for plotting or analysis

pub fn extract_component( &self, component: usize, n_points: usize, ) -> IntegrateResult<(Vec<F>, Vec<F>)>

Extract a single component from the solution at dense points

Trait Implementations

impl<F: IntegrateFloat> Debug for DenseSolution<F>

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

Formats the value using the given formatter.