def analysis(self):
#from matplotlib import pyplot
#pyplot.figure(figsize=(8,4)) # Default figsize is (8,6)
#pyplot.plot(self.t_vec, self.v_vec)
#pyplot.xlabel('time (ms)')
#pyplot.ylabel('mV')
#pyplot.show()
G.plotVariable('Plot', ['VerySimpleCell.v_vec'])
def analysis(self):
#from matplotlib import pyplot
# pyplot.figure(figsize=(8,4)) # Default figsize is (8,6)
# pyplot.plot(self.t_vec, self.v_vec_soma, label='soma')
# pyplot.plot(self.t_vec, self.v_vec_dend, 'r', label='dend')
# pyplot.xlabel('time (ms)')
# pyplot.ylabel('mV')
# pyplot.legend()
# pyplot.show()
#plot voltage vs time
G.plotVariable('Plot', ['SimpleCell.v_vec_dend', 'SimpleCell.v_vec_soma'])
def plot_voltage(self):
"""Plot the recorded traces"""
#pyplot.figure(figsize=(8,4)) # Default figsize is (8,6)
#pyplot.plot(self.t_vec, self.soma_v_vec, color='black', label='soma(0.5')
#pyplot.plot(self.t_vec, self.dend_v_vec, color='red', label='dend(0.5)')
#pyplot.legend()
#pyplot.xlabel('time (ms)')
#pyplot.ylabel('mV')
#pyplot.ylim(-80,20)
#pyplot.title('Cell voltage')
#pyplot.show()
G.plotVariable('Plot', ['SimpleNetwork.soma_v_vec_' + str(self.cell_index), 'SimpleNetwork.dend_v_vec_' + str(self.cell_index)])