chans

Documentation

Overview

Package chans provides standard neural conductance channels for computing a point-neuron approximation based on the standard equivalent RC circuit model of a neuron (i.e., basic Ohms law equations). Includes excitatory, leak, inhibition, and dynamic potassium channels.

Index

• type Chans
  • func (ch *Chans) SetAll(e, l, i, k float32)
  • func (ch *Chans) SetFmMinusOther(minus float32, oth Chans)
  • func (ch *Chans) SetFmOtherMinus(oth Chans, minus float32)

Types

type Chans

type Chans struct {
	E float32 `desc:"excitatory sodium (Na) AMPA channels activated by synaptic glutamate"`
	L float32 `desc:"constant leak (potassium, K+) channels -- determines resting potential (typically higher than resting potential of K)"`
	I float32 `desc:"inhibitory chloride (Cl-) channels activated by synaptic GABA"`
	K float32 `desc:"gated / active potassium channels -- typically hyperpolarizing relative to leak / rest"`
}

Chans are ion channels used in computing point-neuron activation function

func (*Chans) SetAll

func (ch *Chans) SetAll(e, l, i, k float32)

SetAll sets all the values

func (*Chans) SetFmMinusOther

func (ch *Chans) SetFmMinusOther(minus float32, oth Chans)

SetFmMinusOther sets all the values from given value minus other Chans

func (*Chans) SetFmOtherMinus

func (ch *Chans) SetFmOtherMinus(oth Chans, minus float32)

SetFmOtherMinus sets all the values from other Chans minus given value