def frequency():
no_test = 800
max_current = 8
f = []
for i in range(800):
x = NLIF(3, 0.1, I=i * max_current / no_test, duration=200)
if (len(x.spike) > 1):
f.append(1 / (x.spike[1] - x.spike[0]))
elif (len(x.spike) == 1):
f.append(1 / x.time[-1])
else:
f.append(0)
my_plot(True, 7, np.arange(0, max_current, max_current/no_test), f, 'F - I', 'Current', 'Frequency', 1)
def plot(self):
my_plot(False, self.fig, self.time, self.u, 'U - T', 'Time',
'Potential', 2, self.time, self.current_lst, 'I - T', 'Time',
'Current')
return