max_y = list_of_segments[s_n].analogsignals[0][t_p]
t_p = t_p + 1
max_values.append(max_y)
#print('The length of the seg is ' + str(len(segs[s_n].analogsignals[0])) + ' for current signal')
#print('The max current is ' + str(max_y))
return max_values
abf_file_name = './data/input/18227014.abf'
abf = AxonIO(abf_file_name)
#print file info
print(abf.read_protocol)
#count segments
n_seg = abf.segment_count(block_index=0)
print('Found ' + str(n_seg) + ' segments.')
# Generate an array containing segments
segs = get_segments(abf)
print(segs[15])
# Visually check the values of the analog signal
# in seg[15].
print(segs[15].analogsignals[0])
a_seg_1 = np.array(segs[15].analogsignals[0])
plt.plot(a_seg_1, 'r-o')
plt.show()
# Get the time point at which the voltage step
# t1_step = t_start_vstep(segs[15])
t1_step = 18000
