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CorticalColumnRust

sc_neurocore_engine::cortical_column

Struct CorticalColumnRust 

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pub struct CorticalColumnRust {
Show 16 fields
    pub n: usize,
    decay: f64,
    threshold: f64,
    dt_over_tau: f64,
    pub v_l4: Vec<f64>,
    pub v_l23e: Vec<f64>,
    pub v_l23i: Vec<f64>,
    pub v_l5: Vec<f64>,
    pub v_l6: Vec<f64>,
    w_thal_l4: Vec<f64>,
    w_l4_l23e: Vec<f64>,
    w_l23e_l23i: Vec<f64>,
    w_l23i_l23e: Vec<f64>,
    w_l23e_l5: Vec<f64>,
    w_l5_l6: Vec<f64>,
    w_l6_l4: Vec<f64>,

}
Expand description

Cortical column with dense weight matrices and LIF-like dynamics.

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§n: usize§decay: f64§threshold: f64§dt_over_tau: f64§v_l4: Vec<f64>§v_l23e: Vec<f64>§v_l23i: Vec<f64>§v_l5: Vec<f64>§v_l6: Vec<f64>§w_thal_l4: Vec<f64>§w_l4_l23e: Vec<f64>§w_l23e_l23i: Vec<f64>§w_l23i_l23e: Vec<f64>§w_l23e_l5: Vec<f64>§w_l5_l6: Vec<f64>§w_l6_l4: Vec<f64>

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impl CorticalColumnRust

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pub fn new( n: usize, tau: f64, dt: f64, threshold: f64, w_exc: f64, w_inh: f64, seed: u64, ) -> Self

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pub fn step(&mut self, thalamic_input: &[f64]) -> [Vec<f64>; 5]

Run one timestep. Returns spike vectors for all 5 populations.

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pub fn reset(&mut self)

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