I'm using MySQL db and Python. I running some face recognition queries such as below:
for encodeFace, faceLoc in zip(encodesCurFrame, facesCurFrame):
matches = face_recognition.compare_faces(encodeListKnown, encodeFace)
face_Dis = face_recognition.face_distance(encodeListKnown, encodeFace)
# print(face_Dis)
matchIndex = np.argmin(faceDis)
I need to store the matchIndex
numpy array into MySQL db and retrieve it to compare it with the real-time result coming from video stream.
As example for one face array as below:
[array([-0.03982568, 0.0466256 , 0.10839709, -0.04618508, -0.18365356,
0.01487046, -0.02441945, -0.11297068, 0.17233874, -0.04669763,
0.29686055, -0.03716658, -0.26820186, 0.00475622, -0.03315876,
0.11188678, -0.17055775, -0.11814106, -0.04149977, -0.12335332,
0.10478698, 0.07871094, -0.0245239 , -0.05221708, -0.11528996,
-0.29134476, -0.11530365, -0.05149739, 0.1486412 , -0.07742441,
0.03924546, 0.08309049, -0.18108843, -0.07448926, 0.0588475 ,
-0.00206966, -0.07270631, -0.09870195, 0.19136742, -0.01333379,
-0.16585402, -0.06306425, 0.03135228, 0.15242851, 0.12671986,
0.06151334, 0.02930382, -0.10507341, 0.05431183, -0.21889399,
0.0982563 , 0.19636418, 0.08638678, 0.04246487, 0.10104641,
-0.21091488, -0.00053184, 0.19133894, -0.15123004, 0.09692279,
0.10679097, -0.0997081 , -0.02019324, -0.05096144, 0.129476 ,
0.02539396, -0.04582587, -0.19065364, 0.21564247, -0.07370852,
-0.11738002, 0.13342284, -0.12635913, -0.16233116, -0.27765995,
-0.00732662, 0.50213826, 0.02980643, -0.2086312 , 0.01042579,
-0.00930636, -0.02900947, 0.14645986, 0.0320985 , -0.03112174,
-0.09587738, -0.15909459, -0.0389645 , 0.19932204, -0.03060728,
-0.05045725, 0.2260851 , -0.00543171, 0.05067419, 0.07360222,
0.09129907, -0.04530992, -0.00215137, -0.0877424 , -0.06189177,
0.05106816, -0.06142666, -0.08767837, 0.14337413, -0.12626182,
0.15789033, -0.00425556, 0.01465969, -0.06580043, -0.11303413,
-0.06203099, 0.03172189, 0.20761757, -0.2837159 , 0.16302592,
0.16049571, -0.01303555, 0.14014119, 0.03616813, 0.04973216,
0.00611662, -0.11366641, -0.26029304, -0.10216802, -0.00345476,
-0.0911523 , -0.042996 , 0.04715518])