Struct SynthesisGrid 

pub struct SynthesisGrid {
    pub e_min_ev: f64,
    pub e_max_ev: f64,
    pub n_energies: usize,
    pub n_tau: usize,
}

Configuration of the energy / time grids used to synthesize the IC kernel table. The energy grid spans the data range densely enough that interref interpolation error is negligible.

Fields

e_min_ev: f64

Lowest reference energy (eV), > 0.

e_max_ev: f64

Highest reference energy (eV), > e_min_ev.

n_energies: usize

Number of log-spaced reference energies (≥ 2).

n_tau: usize

Number of τ-samples spanning the prompt core of each kernel (≥ MIN_N_TAU = 8). A long storage tail (β ≪ α with R > 0) grows the per-kernel sample count beyond n_tau; that count is capped at 8192 (MAX_TAU_SAMPLES), past which the τ-step widens — never below the resolution floor (prompt core at the n_tau = 8 density, folds at ≥ 3 triangle samples per side / ≥ 1 sample per burst σ): a combination that cannot be resolved within the cap is rejected by IkedaCarpenter::new. Active burst/channel folds add their ±(4σ + FWHM) margin samples on top of the cap.

Implementations

impl SynthesisGrid

pub fn new(e_min_ev: f64, e_max_ev: f64) -> Self

A sensible default grid: [e_min, e_max] log-spaced over DEFAULT_N_ENERGIES points with DEFAULT_N_TAU τ-samples.

Trait Implementations

impl Clone for SynthesisGrid

fn clone(&self) -> SynthesisGrid

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for SynthesisGrid

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

Formats the value using the given formatter.