neuron = Neuron(1)
fig = figure()
subplots_adjust(left=0.15, bottom=0.25)
sl = IstepSlider()
Vm_panel = Panel(211, neuron.get_t(), neuron.get_V(), ylabel='Vm [mV]', ylim=(-80, 50))
Gates_panel = Panel(413, neuron.get_t(), neuron.get_m(), ylabel='Gate vars [-]')
Istep_panel = Panel(414, neuron.get_t(), sl.get_value(), ylabel='Istep [uA]', ylim=(sl.minval, sl.maxval))
fig.add_axes(sl.position)
fig.add_subplot(Vm_panel.getPanel())
fig.add_subplot(Gates_panel.getPanel())
fig.add_subplot(Istep_panel.getPanel())
# ----------------------------------------------------------------------------
# Main loop
# ----------------------------------------------------------------------------
while True:
I = sl.get_value()
neuron.update(I)
# ----------------------------------------------------------------------------
# Plot part
# ----------------------------------------------------------------------------
Vm_panel.updateVector(neuron.get_t(), neuron.get_V())
Gates_panel.updateVector(neuron.get_t(), neuron.get_m())
Istep_panel.updateVector(neuron.get_t(), sl.get_value())
Vm_panel.plotPanel()
Gates_panel.plotPanel()
Istep_panel.plotPanel()
