CKF track summary | trackfinding | ttbar with 200 pileup | default seeding

physmon/data/trackfinding_ttbar_pu200/tracksummary_ckf_hist.root [monitored] vs. CI/physmon/reference/trackfinding_ttbar_pu200/tracksummary_ckf_hist.root [reference]

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NDF


1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/35 bins, cf. 5.916079783099616
pull < 1 in 50/50 bins, cf. 7.0710678118654755
Intregal: 11667.0+-108.01388799594245 vs. 11666.0+-108.00925886237717: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/78 bins, cf. 8.831760866327848
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/100 bins, cf. 10.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11543.0+-107.43835441777765 vs. 11543.0+-107.43835441777765: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/75 bins, cf. 8.660254037844387
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11667.0+-108.01388799594245 vs. 11666.0+-108.00925886237717: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/100 bins, cf. 10.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11659.0+-107.97684937059425 vs. 11658.0+-107.97221864905805: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/100 bins, cf. 10.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/97 bins, cf. 9.848857801796104
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/99 bins, cf. 9.9498743710662
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 10390.0+-101.93134944657605 vs. 10389.0+-101.92644406629714: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/95 bins, cf. 9.746794344808963
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 10800.0+-103.92304845413264 vs. 10801.0+-103.92785959500947: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/94 bins, cf. 9.695359714832659
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 5655.0+-75.1997340420829 vs. 5657.0+-75.21303078589507: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.02 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/98 bins, cf. 9.899494936611665
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 8578.0+-92.61749294814668 vs. 8582.0+-92.63908462414771: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.03 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/37 bins, cf. 6.082762530298219
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/98 bins, cf. 9.899494936611665
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11658.0+-107.97221864905805 vs. 11657.0+-107.96758772891057: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

0.9696978596891035 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/2 bins, cf. 1.4142135623730951
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/100 bins, cf. 10.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 139315.0+-373.2492464828295 vs. 139307.0+-373.23852962951185: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.02 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/8 bins, cf. 2.8284271247461903
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 143171.0+-378.3794391877022 vs. 143163.0+-378.3688676410891: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

0.9999999999999905 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/8 bins, cf. 2.8284271247461903
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 135097.0+-367.5554379954132 vs. 135089.0+-367.5445551222328: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.02 < 3

0.9998364607623863 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/3 bins, cf. 1.7320508075688772
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/17 bins, cf. 4.123105625617661
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 11260.0+-106.11314715905847 vs. 11260.0+-106.11314715905847: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/16 bins, cf. 4.0
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

0.9988230793863232 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/3 bins, cf. 1.7320508075688772
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

Chi2Test is not applicable
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/1 bins, cf. 1.0
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/21 bins, cf. 4.58257569495584
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 10906.0+-104.43179592442141 vs. 10905.0+-104.42700800080408: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

Chi2Test is not applicable
KolmogorovTest is not applicable
RatioCheck is not applicable
pull < 1 in 100/100 bins, cf. 10.0
IntegralTest is not applicable

0.9999999999849942 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/8 bins, cf. 2.8284271247461903
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 1009.0+-31.76476034853718 vs. 1007.0+-31.73326330524486: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.04 < 3

0.9999999999247846 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/8 bins, cf. 2.8284271247461903
pull < 1 in 30/30 bins, cf. 5.477225575051661
Intregal: 975.0+-31.22498999199199 vs. 973.0+-31.192947920964443: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.05 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/50 bins, cf. 7.0710678118654755
pull < 1 in 50/50 bins, cf. 7.0710678118654755
Intregal: 11187.0+-105.76861538282516 vs. 11187.0+-105.76861538282516: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/50 bins, cf. 7.0710678118654755
pull < 1 in 50/50 bins, cf. 7.0710678118654755
Intregal: 11159.0+-105.63616804863759 vs. 11159.0+-105.63616804863759: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/50 bins, cf. 7.0710678118654755
pull < 1 in 50/50 bins, cf. 7.0710678118654755
Intregal: 11214.0+-105.89617556833674 vs. 11214.0+-105.89617556833674: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/50 bins, cf. 7.0710678118654755
pull < 1 in 50/50 bins, cf. 7.0710678118654755
Intregal: 11178.0+-105.72606112023658 vs. 11178.0+-105.72606112023658: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/50 bins, cf. 7.0710678118654755
pull < 1 in 50/50 bins, cf. 7.0710678118654755
Intregal: 11235.0+-105.99528291391084 vs. 11235.0+-105.99528291391084: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/49 bins, cf. 7.0
pull < 1 in 50/50 bins, cf. 7.0710678118654755
Intregal: 11082.0+-105.27107864936124 vs. 11082.0+-105.27107864936124: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/78 bins, cf. 8.831760866327848
pull < 1 in 80/80 bins, cf. 8.94427190999916
Intregal: 11255.0+-106.0895847856895 vs. 11255.0+-106.0895847856895: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/80 bins, cf. 8.94427190999916
pull < 1 in 80/80 bins, cf. 8.94427190999916
Intregal: 10942.0+-104.60401521930217 vs. 10942.0+-104.60401521930217: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/80 bins, cf. 8.94427190999916
pull < 1 in 80/80 bins, cf. 8.94427190999916
Intregal: 10890.0+-104.35516278555652 vs. 10889.0+-104.35037134576953: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/80 bins, cf. 8.94427190999916
pull < 1 in 80/80 bins, cf. 8.94427190999916
Intregal: 9906.0+-99.52889027814989 vs. 9906.0+-99.52889027814989: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/80 bins, cf. 8.94427190999916
pull < 1 in 80/80 bins, cf. 8.94427190999916
Intregal: 9632.0+-98.14275317108238 vs. 9632.0+-98.14275317108238: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/71 bins, cf. 8.426149773176359
pull < 1 in 80/80 bins, cf. 8.94427190999916
Intregal: 11093.0+-105.32331175955302 vs. 11093.0+-105.32331175955302: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

0.9950777486408401 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/1 bins, cf. 1.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 5488.0+-74.08103670980854 vs. 5488.0+-74.08103670980854: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/90 bins, cf. 9.486832980505138
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11147.0+-105.57935404235053 vs. 11147.0+-105.57935404235053: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/100 bins, cf. 10.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 10414.0+-102.04900783447137 vs. 10414.0+-102.04900783447137: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

t_p


1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/100 bins, cf. 10.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 10453.0+-102.23991392797629 vs. 10453.0+-102.23991392797629: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/74 bins, cf. 8.602325267042627
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11246.0+-106.04715932074748 vs. 11246.0+-106.04715932074748: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/100 bins, cf. 10.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11259.0+-106.10843510296436 vs. 11259.0+-106.10843510296436: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/64 bins, cf. 8.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11252.0+-106.07544484940895 vs. 11252.0+-106.07544484940895: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/67 bins, cf. 8.18535277187245
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11256.0+-106.09429767899876 vs. 11256.0+-106.09429767899876: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/100 bins, cf. 10.0
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 10926.0+-104.52750834110607 vs. 10926.0+-104.52750834110607: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/97 bins, cf. 9.848857801796104
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11260.0+-106.11314715905847 vs. 11260.0+-106.11314715905847: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/92 bins, cf. 9.591663046625438
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 10043.0+-100.21476937058729 vs. 10043.0+-100.21476937058729: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/78 bins, cf. 8.831760866327848
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11058.0+-105.15702544290609 vs. 11058.0+-105.15702544290609: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/79 bins, cf. 8.888194417315589
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11094.0+-105.32805893967665 vs. 11094.0+-105.32805893967665: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/75 bins, cf. 8.660254037844387
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11238.0+-106.00943354249186 vs. 11238.0+-106.00943354249186: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

1.0 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/67 bins, cf. 8.18535277187245
pull < 1 in 100/100 bins, cf. 10.0
Intregal: 11260.0+-106.11314715905847 vs. 11260.0+-106.11314715905847: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.00 < 3

0.9994081053461157 > 0.01
1.0 > 0.68
(a/b - 1) / sigma(a/b) > 3 for 0/3 bins, cf. 1.7320508075688772
pull < 1 in 4/4 bins, cf. 2.0
Intregal: 11668.0+-108.01851693112621 vs. 11667.0+-108.01388799594245: (int_a - int_b) / sqrt(sigma(int_a)^2 + sigma(int_b)^2) = 0.01 < 3