MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
80
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
60
40
20
0
50
100
j3 p (GeV)
T
150
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
0
1000
2000
M(j1,j2,b) (GeV)
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
40
ph_j_40_100 : 58.3%
30
20
10
0
1000
2000
M(j1,j2,j3,b) (GeV)
3000
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
γ φ (radians)
2
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
30
20
10
0
0
200
400
600
M(j2,b) (GeV)
800
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
30
20
10
0
500
1000
M(j2,j3,b) (GeV)
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
2
∆R(j2,b)
4
6
1b3j1ph
Number of Events
60
MadGraph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
1000
2000
3000
M(γ ,j1,j2,j3,b) (GeV)
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
60
ph_j_40_100 : 58.3%
40
20
0
0
1000
2000
M(j1,j2,j3) (GeV)
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
1
2
∆φ(j2,b) (radians)
3
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
30
ph_j_40_100 : 58.3%
20
10
0
500
1000
M(j1,j3,b) (GeV)
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
80
ph_j_40_100 : 58.3%
60
40
20
0
0
1000
M(j1,j2) (GeV)
2000
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
0
500
M(j1,b) (GeV)
1000
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
30
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
20
10
0
2
4
∆R(j1,b)
6
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
30
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
20
10
0
500
1000
M(γ ,j1,j3,b) (GeV)
1500
1b3j1ph
Number of Events
60
MadGraph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
0
1000
2000
3000
M(γ ,j1,j2,b) (GeV)
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
30
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
20
10
0
10
20
M(j2) (GeV)
30
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
1
2
∆φ(γ ,j3) (radians)
3
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
1
2
∆φ(γ ,j2) (radians)
3
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
30
ph_j_40_100 : 58.3%
20
10
0
100
200
300
400
M(X)(XX→ 4j) (GeV)
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
0
200
400
M(γ ,j3) (GeV)
600
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
20
10
0
20
40
M(j1) (GeV)
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
50
100
150
γ p (GeV)
T
200
250
1b3j1ph
Number of Events
20
MadGraph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
1
2
∆φ(j1,b) (radians)
3
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
20
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
2
∆R(γ ,j3)
4
6
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
30
20
10
0
0
100
200
∆Mass(X)(XX→ 4j) (GeV)
300
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
40
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
30
20
10
0
50
100
150
j2 p (GeV)
T
200
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
40
ph_j_40_100 : 58.3%
30
20
10
0
500
M(γ ,j3,b) (GeV)
1000
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
1000
2000
M(γ ,j2,j3,b) (GeV)
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
0
500
M(γ ,b) (GeV)
1000
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
20
ph_j_40_100 : 58.3%
15
10
5
0
0
0.5
1
∆Mass(X)/M(X)(XX→ 4j)
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
15
ph_j_40_100 : 58.3%
10
5
0
10
20
p (GeV)
T
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
15
ph_j_40_100 : 58.3%
10
5
0
10
20
clusteredObjectsRecoil p (GeV)
T
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
20
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
-2
0
b eta
2
4
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
20
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
-2
0
b detEta
2
4
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
15
ph_j_40_100 : 58.3%
10
5
0
2
4
∆R(γ ,j2)
6
1b3j1ph
Number of Events
60
MadGraph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
0
1000
2000
M(γ ,j1,j2,j3) (GeV)
3000
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
30
20
10
0
500
1000
M(γ ,j1,b) (GeV)
1500
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
0.5
1
planesAngle(XX→ 4j) (GeV)
1.5
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
1
2
∆φ(γ ,b) (radians)
3
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
40
ph_j_40_100 : 58.3%
30
20
10
0
0
200
400
600
M(j3,b) (GeV)
800
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
2
∆R(γ ,b)
4
6
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
γ eta
2
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
γ detEta
2
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
j3 φ (radians)
2
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
30
20
10
0
10
20
30
M(b) (GeV)
40
1b3j1ph
Number of Events
15
MadGraph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
1
2
∆φ(j1,j2) (radians)
3
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
20
15
10
5
0
5
10
15
M(j3) (GeV)
20
25
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
30
ph_j_40_100 : 58.3%
20
10
0
100
200
j1 p (GeV)
T
300
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
2
4
∆R(j2,j3)
6
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
200
ph_j_40_100 : 58.3%
150
100
50
0
-1
-0.5
0
uncl p (GeV)
T
0.5
1
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
40
20
0
0
500
M(j1,j3) (GeV)
1000
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
30
20
10
0
500
M(γ ,j1,j3) (GeV)
1000
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
20
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
1
2
min∆R(γ ,j)
3
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
80
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
60
40
20
0
0
500
M(j2,j3) (GeV)
1000
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
0
1
2
∆φ(γ ,j1) (radians)
3
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
15
ph_j_40_100 : 58.3%
10
5
0
-4
-2
0
j3 eta
2
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
15
ph_j_40_100 : 58.3%
10
5
0
-4
-2
0
j3 detEta
2
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
1
2
∆φ(j1,j3) (radians)
3
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
b φ (radians)
2
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
j2 eta
2
4
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
j2 detEta
2
4
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
1
2
∆φ(j2,j3) (radians)
3
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
2
∆R(γ ,j1)
4
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
80
ph_j_40_100 : 58.3%
60
40
20
0
0
1000
2000
M(γ ,j1,j2) (GeV)
3000
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
j1 φ (radians)
2
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
60
40
20
0
0
500
1000
1500
M(γ ,j2,b) (GeV)
2000
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
ph_j_100_200 : 30.2%
Number of Events
20
ph_j_40_100 : 58.3%
15
10
5
0
2
4
∆R(j1,j3)
6
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
5
10
minMass(j) (GeV)
15
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
80
60
40
20
0
0
500
1000
1500
M(γ ,j2) (GeV)
2000
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
20
10
0
200
400
600
sumPt (GeV)
800
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
40
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
30
20
10
0
50
100
b p (GeV)
T
150
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
80
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
60
40
20
0
0
500
1000
1500
M(γ ,j2,j3) (GeV)
2000
1b3j1ph
MadGraph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
0
1
2
∆φ(j3,b) (radians)
3
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
j2 φ (radians)
2
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
20
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
2
4
∆R(j3,b)
6
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
20
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
2
4
∆R(j1,j2)
6
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
20
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
15
10
5
0
1
2
3
min∆R(j,j)
4
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
15
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
j1 eta
2
4
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
15
ph_j_100_200 : 30.2%
ph_j_40_100 : 58.3%
10
5
0
-2
0
j1 detEta
2
4
MadGraph
1b3j1ph
ph_j_200_inf : 11.5%
Number of Events
ph_j_100_200 : 30.2%
30
ph_j_40_100 : 58.3%
20
10
0
0
200
400
M(γ ,j1) (GeV)
600