Enum InputData3D 

pub enum InputData3D<'a> {
    Transmission {
        transmission: ArrayView3<'a, f64>,
        uncertainty: ArrayView3<'a, f64>,
    },
    Counts {
        sample_counts: ArrayView3<'a, f64>,
        open_beam_counts: ArrayView3<'a, f64>,
    },
    CountsWithNuisance {
        sample_counts: ArrayView3<'a, f64>,
        flux: ArrayView3<'a, f64>,
        background: ArrayView3<'a, f64>,
    },
}

3D input data for spatial mapping.

The outer dimension is energy (axis 0), inner dimensions are spatial (y, x). The two variants correspond to InputData but carry 3D arrays.

Variants

Transmission

Pre-normalized transmission + uncertainty.

Fields

transmission: ArrayView3<'a, f64>

uncertainty: ArrayView3<'a, f64>

Counts

Raw detector counts + open beam reference.

Fields

sample_counts: ArrayView3<'a, f64>

open_beam_counts: ArrayView3<'a, f64>

CountsWithNuisance

Raw detector counts with explicit nuisance spectra.

Fields

sample_counts: ArrayView3<'a, f64>

flux: ArrayView3<'a, f64>

background: ArrayView3<'a, f64>

Implementations

impl InputData3D<'_>

pub fn is_counts(&self) -> bool

true when the input is a counts variant (Counts or CountsWithNuisance) — i.e. the per-pixel dispatch goes through the counts-KL path (joint-Poisson deviance) rather than transmission.

Trait Implementations

impl<'a> Debug for InputData3D<'a>

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

Formats the value using the given formatter.