Efficiency X on layer 0 = 0.934606 +/-(naive) 0.00321362 +/-(correct) 0.00321476
Efficiency Y on layer 0 = 0.967388 +/-(naive) 0.00230889 +/-(correct) 0.0023112
Efficiency X on layer 1 = 0.881379 +/-(naive) 0.00420315 +/-(correct) 0.00420343
Efficiency Y on layer 1 = 0.881379 +/-(naive) 0.00420315 +/-(correct) 0.00420343
Efficiency X on layer 2 = 0.865326 +/-(naive) 0.00443756 +/-(correct) 0.00443767
Efficiency Y on layer 2 = 0.865326 +/-(naive) 0.00443756 +/-(correct) 0.00443767
Efficiency X on layer 3 = 0.968739 +/-(naive) 0.00226211 +/-(correct) 0.0022645
Efficiency Y on layer 3 = 0.968739 +/-(naive) 0.00226211 +/-(correct) 0.0022645
Efficiency X on layer 4 = 0.916019 +/-(naive) 0.00360542 +/-(correct) 0.00360618
Efficiency Y on layer 4 = 0.91585 +/-(naive) 0.00360871 +/-(correct) 0.00360947
Efficiency X on layer 5 = 0.959108 +/-(naive) 0.00257434 +/-(correct) 0.00257624
Efficiency Y on layer 5 = 0.959108 +/-(naive) 0.00257434 +/-(correct) 0.00257624
Efficiency X on layer 6 = 0.979047 +/-(naive) 0.00186182 +/-(correct) 0.00186502
Efficiency Y on layer 6 = 0.975667 +/-(naive) 0.00200289 +/-(correct) 0.00200577
Efficiency X on layer 7 = 0.586685 +/-(naive) 0.00640112 +/-(correct) 0.00640007
Efficiency Y on layer 7 = 0.586685 +/-(naive) 0.00640112 +/-(correct) 0.00640007
Efficiency X on layer 8 = 0.957418 +/-(naive) 0.00262468 +/-(correct) 0.00262651
Efficiency Y on layer 8 = 0.977357 +/-(naive) 0.00193377 +/-(correct) 0.0019368