Struct PrecomputedStage 

pub struct PrecomputedStage {
    pub stage_type: u8,
    pub n_ports: usize,
    pub scattering: Vec<f64>,
    pub vs_injection: Option<Vec<f64>>,
    pub port_resistances: Vec<f64>,
    pub extract_coeffs: Option<Vec<f64>>,
    pub extract_vs: f64,
}

Precomputed data for one stage (WDF, MultiNL, or PushPull).

Fields

stage_type: u8

Stage type discriminant: 0 = WDF, 1 = MultiNL, 2 = PushPull.

n_ports: usize

Number of WDF / MNA ports.

scattering: Vec<f64>

Scattering matrix, n_ports × n_ports, row-major.

For RTypeAdaptor-based stages this is the power-normalized S̅ matrix (as stored internally). See the RTypeAdaptor docs for the normalization convention. If the raw matrix is ever needed, it can be recovered via S[i][j] = S̅[i][j] * √(R_i / R_j).

vs_injection: Option<Vec<f64>>

VS injection vector (length n_ports), present when the stage is driven by an ideal voltage source input.

port_resistances: Vec<f64>

Port resistances (Ω), length n_ports.

extract_coeffs: Option<Vec<f64>>

Node-voltage extraction coefficients (length n_ports), present when the output is read directly from MNA node voltages.

extract_vs: f64

VS component of the extraction formula: V_out = Σ extract_coeffs[k]·b[k] + extract_vs · V_in

Trait Implementations

impl Clone for PrecomputedStage

fn clone(&self) -> PrecomputedStage

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for PrecomputedStage

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

Formats the value using the given formatter.