Python - numpy - complex

from __future__ import print_function
import numpy as np

Z = np.array([
    [(0.006807721430203688, -81.46897205040608), (0.003415323421254521, 28.39278436997311)],
    [(0.005655394562415266, -3.9653893889864045), (0.0012579228508627063, -0.004793001022412831)],
    [(0.0011839417577218592, 0.003367610034685792),(0.0009527970980828063, 0.009237864349152691)]
])

C = Z[:,:,0] + 1j * Z[:,:,1]

# ---------------------------------------------

print('\n--- Z[:,:,0] ---\n')

print( Z[:,:,0] )

# ---------------------------------------------

print('\n--- Z[:,:,0] + 1j * Z[:,:,1] ---\n')

print(C)

# ---------------------------------------------

print('\n--- np.real(C) ---\n')

print(np.real(C))

# ---------------------------------------------

'''
--- Z[:,:,0] ---

[[ 0.00680772  0.00341532]
 [ 0.00565539  0.00125792]
 [ 0.00118394  0.0009528 ]]

--- Z[:,:,0] + 1j * Z[:,:,1] ---

[[ 0.00680772 -8.14689721e+01j  0.00341532 +2.83927844e+01j]
 [ 0.00565539 -3.96538939e+00j  0.00125792 -4.79300102e-03j]
 [ 0.00118394 +3.36761003e-03j  0.00095280 +9.23786435e-03j]]

--- np.real(C) ---

[[ 0.00680772  0.00341532]
 [ 0.00565539  0.00125792]
 [ 0.00118394  0.0009528 ]]
'''