Efficiency X on layer 0 = 0.911018 +/-(naive) 0.00349065 +/-(correct) 0.00349122
Efficiency Y on layer 0 = 0.966782 +/-(naive) 0.00219706 +/-(correct) 0.00219897
Efficiency X on layer 1 = 0.870735 +/-(naive) 0.00411315 +/-(correct) 0.00411329
Efficiency Y on layer 1 = 0.870735 +/-(naive) 0.00411315 +/-(correct) 0.00411329
Efficiency X on layer 2 = 0.840673 +/-(naive) 0.00448693 +/-(correct) 0.00448684
Efficiency Y on layer 2 = 0.836314 +/-(naive) 0.00453609 +/-(correct) 0.00453597
Efficiency X on layer 3 = 0.965429 +/-(naive) 0.00223979 +/-(correct) 0.00224163
Efficiency Y on layer 3 = 0.965429 +/-(naive) 0.00223979 +/-(correct) 0.00224163
Efficiency X on layer 4 = 0.901248 +/-(naive) 0.00365752 +/-(correct) 0.00365797
Efficiency Y on layer 4 = 0.785661 +/-(naive) 0.00503106 +/-(correct) 0.00503067
Efficiency X on layer 5 = 0.948144 +/-(naive) 0.0027185 +/-(correct) 0.00271976
Efficiency Y on layer 5 = 0.948144 +/-(naive) 0.0027185 +/-(correct) 0.00271976
Efficiency X on layer 6 = 0.984969 +/-(naive) 0.00149174 +/-(correct) 0.00149507
Efficiency Y on layer 6 = 0.977905 +/-(naive) 0.00180214 +/-(correct) 0.00180473
Efficiency X on layer 7 = 0.436345 +/-(naive) 0.00608013 +/-(correct) 0.00607923
Efficiency Y on layer 7 = 0.436345 +/-(naive) 0.00608013 +/-(correct) 0.00607923
Efficiency X on layer 8 = 0.9513 +/-(naive) 0.00263884 +/-(correct) 0.00264019
Efficiency Y on layer 8 = 0.980009 +/-(naive) 0.00171602 +/-(correct) 0.0017188