Struct WindowTransmission 

pub struct WindowTransmission {
    pub center_mz: f64,
    pub width_mz: f64,
    pub k: f64,
}

Vendor-neutral precursor transmission for ONE isolation window (P6b).

The quadrupole m/z transfer is the SAME apply_transmission curve the scan-indexed Bruker path uses internally — the only vendor difference is HOW the active window is found: Bruker locates it by (frame_id, scan_id) (the mobility-partitioned PASEF window), while a no-IMS instrument (Orbitrap Astral) locates it by acquisition event / cycle position + m/z (there is no scan axis). This type decouples the m/z transfer from that lookup, so the fragment render can ask “is this precursor transmitted?” without knowing how the window was selected. It is purely additive — the existing IonTransmission (TimsTransmissionDIA/DDA) path is unchanged.

Fields

center_mz: f64

width_mz: f64

k: f64

Sigmoid steepness of the quadrupole edge (same k as the Bruker path).

Implementations

impl WindowTransmission

pub fn new(center_mz: f64, width_mz: f64, k: f64) -> Self

pub fn probabilities(&self, mz: &[f64]) -> Vec<f64>

Per-m/z transmission probabilities through this window — identical to the curve the scan-indexed path applies once it has found the window.

pub fn any_transmitted(&self, mz: &[f64], min_proba: Option<f64>) -> bool

True if ANY of mz is transmitted above min_proba (default 0.5) — the window-based equivalent of IonTransmission::any_transmitted.

pub fn transmitted_set( &self, mz: &[f64], min_proba: Option<f64>, ) -> HashSet<usize>

Indices of mz transmitted above min_proba (default 0.5) — the window-based equivalent of IonTransmission::get_transmission_set.

Trait Implementations

impl Clone for WindowTransmission

fn clone(&self) -> WindowTransmission

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for WindowTransmission

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

Formats the value using the given formatter.

impl Copy for WindowTransmission