Efficiency X on layer 0 = 0.947399 +/-(naive) 0.00310439 +/-(correct) 0.0031062
Efficiency Y on layer 0 = 0.976987 +/-(naive) 0.00208518 +/-(correct) 0.00208885
Efficiency X on layer 1 = 0.903887 +/-(naive) 0.00409884 +/-(correct) 0.00409953
Efficiency Y on layer 1 = 0.903887 +/-(naive) 0.00409884 +/-(correct) 0.00409953
Efficiency X on layer 2 = 0.880681 +/-(naive) 0.00450793 +/-(correct) 0.00450826
Efficiency Y on layer 2 = 0.884355 +/-(naive) 0.00444723 +/-(correct) 0.00444761
Efficiency X on layer 3 = 0.971185 +/-(naive) 0.00232632 +/-(correct) 0.00232944
Efficiency Y on layer 3 = 0.971185 +/-(naive) 0.00232632 +/-(correct) 0.00232944
Efficiency X on layer 4 = 0.934635 +/-(naive) 0.0034372 +/-(correct) 0.00343859
Efficiency Y on layer 4 = 0.946239 +/-(naive) 0.00313652 +/-(correct) 0.00313829
Efficiency X on layer 5 = 0.965384 +/-(naive) 0.00254215 +/-(correct) 0.00254485
Efficiency Y on layer 5 = 0.965384 +/-(naive) 0.00254215 +/-(correct) 0.00254485
Efficiency X on layer 6 = 0.985496 +/-(naive) 0.00166258 +/-(correct) 0.00166755
Efficiency Y on layer 6 = 0.982982 +/-(naive) 0.00179862 +/-(correct) 0.00180311
Efficiency X on layer 7 = 0.651325 +/-(naive) 0.00662708 +/-(correct) 0.00662593
Efficiency Y on layer 7 = 0.651325 +/-(naive) 0.00662708 +/-(correct) 0.00662593
Efficiency X on layer 8 = 0.966157 +/-(naive) 0.0025146 +/-(correct) 0.00251734
Efficiency Y on layer 8 = 0.982402 +/-(naive) 0.00182848 +/-(correct) 0.00183288