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CompteWMNeuron

sc_neurocore_engine::neurons::rate

Struct CompteWMNeuron 

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pub struct CompteWMNeuron {
Show 24 fields
    pub v: f64,
    pub s_ampa: f64,
    pub s_nmda: f64,
    pub x_nmda: f64,
    pub s_gaba: f64,
    pub ref_remaining: f64,
    pub g_l: f64,
    pub g_ampa: f64,
    pub g_nmda: f64,
    pub g_gaba: f64,
    pub e_l: f64,
    pub e_exc: f64,
    pub e_inh: f64,
    pub c_m: f64,
    pub mg: f64,
    pub tau_ampa: f64,
    pub tau_nmda: f64,
    pub tau_x: f64,
    pub tau_gaba: f64,
    pub alpha_nmda: f64,
    pub v_threshold: f64,
    pub v_reset: f64,
    pub tau_ref: f64,
    pub dt: f64,

}
Expand description

Complete Compte pyramidal-cell state and source control-set configuration.

Conductances are microSiemens, voltages millivolts, current nanoamps, capacitance nanofarads, and time milliseconds. Incoming event flags map to recurrent NMDA, external AMPA, and inhibitory GABAA pathways respectively.

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§v: f64

Membrane potential in mV.

§s_ampa: f64

External AMPA open-channel accumulator.

§s_nmda: f64

Recurrent NMDA open fraction.

§x_nmda: f64

Recurrent NMDA rise precursor.

§s_gaba: f64

Incoming GABAA open-channel accumulator.

§ref_remaining: f64

Remaining absolute refractory duration in ms.

§g_l: f64

Leak conductance in microSiemens.

§g_ampa: f64

External pyramidal AMPA conductance in microSiemens.

§g_nmda: f64

Recurrent pyramidal NMDA conductance in microSiemens.

§g_gaba: f64

Interneuron-to-pyramidal GABAA conductance in microSiemens.

§e_l: f64

Leak reversal in mV.

§e_exc: f64

Excitatory reversal in mV.

§e_inh: f64

Inhibitory reversal in mV.

§c_m: f64

Membrane capacitance in nF.

§mg: f64

Extracellular magnesium concentration in mM.

§tau_ampa: f64

AMPA decay constant in ms.

§tau_nmda: f64

NMDA decay constant in ms.

§tau_x: f64

NMDA rise-precursor decay constant in ms.

§tau_gaba: f64

GABAA decay constant in ms.

§alpha_nmda: f64

NMDA saturation rate in inverse ms.

§v_threshold: f64

Sampled firing threshold in mV.

§v_reset: f64

Post-spike and refractory voltage in mV.

§tau_ref: f64

Absolute refractory duration in ms.

§dt: f64

Midpoint-RK2 integration step in ms.

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impl CompteWMNeuron

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pub fn new() -> Self

Construct the Compte (2000) source control-set pyramidal defaults.

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pub fn validate(&self) -> bool

Return whether all mutable state and configuration invariants hold.

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fn mg_block(&self, v: f64) -> Option<f64>

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fn derivatives( &self, state: [f64; 5], current: f64, membrane_active: bool, ) -> Option<[f64; 5]>

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pub fn step_events( &mut self, current: f64, recurrent_event: bool, external_event: bool, inhibitory_event: bool, ) -> Result<i32, &'static str>

Advance one atomic source-level midpoint-RK2 step.

The three flags apply recurrent-NMDA, external-AMPA, and inhibitory-GABAA event jumps before the continuous flow. Threshold detection is sampled; within-step firing-time interpolation is not claimed. An error leaves all public state unchanged.

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pub fn step(&mut self, current: f64, recurrent_event: bool) -> i32

Retain the generic two-argument engine adapter.

The boolean retains its historical meaning as a recurrent excitatory NMDA event. Invalid state returns zero without mutation; callers that require explicit errors use the complete step_events method.

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pub fn reset(&mut self)

Reset all dynamic state while preserving configuration.

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pub fn get_state(&self) -> [f64; 6]

Return the complete dynamic state in public trace order.

Trait Implementations§

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impl Clone for CompteWMNeuron

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fn clone(&self) -> Self

Returns a duplicate of the value. Read more
1.0.0 (const: unstable) · Source§

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

Performs copy-assignment from source. Read more
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impl Debug for CompteWMNeuron

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

Formats the value using the given formatter. Read more
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impl Default for CompteWMNeuron

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fn default() -> Self

Returns the “default value” for a type. Read more

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