Context Navigation

Back to SFS

SFS: sfs_atlas_susy_2018_031.ma5

File sfs_atlas_susy_2018_031.ma5, 5.7 KB (added by Benjamin Fuks, 6 years ago)

Line
1	#<><><><><><><><><><><><><><><><><><><><><><><><><>
2	# <>
3	# ATLAS-SUSY-2018-031 <>
4	# Author: Jack Y. Araz <>
5	# Please cite arXiv:2006.09387 <>
6	# arXiv:1908.03122 <>
7	# Based on MadAnalysis 5 v1.9.4+ <>
8	# <>
9	#<><><><><><><><><><><><><><><><><><><><><><><><><>
10
11	# FastJet Configuration
12	set main.fastsim.package = fastjet
13	set main.fastsim.algorithm = antikt
14	set main.fastsim.radius = 0.4
15	set main.fastsim.bjet_id.matching_dr = 0.3
16	set main.fastsim.bjet_id.exclusive = true
17	set main.fastsim.exclusive_id = false
18	set main.fastsim.ptmin = 20.0
19
20	# SFS Configuration
21	set main.fastsim.jetrecomode = jets
22
23	## HCAL
24	# http://arxiv.org/pdf/hep-ex/0004009v1
25	# http://villaolmo.mib.infn.it/ICATPP9th_2005/Calorimetry/Schram.p.pdf
26	define smearer j with E sqrt(E^20.0302^2 + E0.5205^2 + 1.59^2) [abseta <= 1.7]
27	define smearer j with E sqrt(E^20.05^2 + E0.706^2) [abseta > 1.7 and abseta <= 3.2]
28	define smearer j with E sqrt(E^20.0942^2 + E0.075^2) [abseta > 3.2 and abseta <= 4.9]
29
30	# Jet Energy Scale this feature only available for v1.9.4 and beyond
31	define jes 1.08
32
33	### Electron Smearing
34	## Momentum Smearing
35	define smearer e with PT pt*0.015 [pt > 0.1 and pt <= 25 and abseta <= 2.5]
36	define smearer e with PT sqrt((pt^2)0.005^2 + pt0.05^2 + 0.25^2) [pt > 25 and abseta <= 2.5]
37	define smearer e with PT sqrt((pt^2)0.005^2 + pt0.05^2 + 0.25^2) [abseta > 2.5 and abseta <= 3]
38	define smearer e with PT sqrt((pt^2)0.107^2 + pt2.08^2) [abseta > 3 and abseta <= 5]
39
40	## ECAL
41	# http://arxiv.org/pdf/physics/0608012v1 jinst8_08_s08003
42	# http://villaolmo.mib.infn.it/ICATPP9th_2005/Calorimetry/Schram.p.pdf
43	# http://www.physics.utoronto.ca/~krieger/procs/ComoProceedings.pdf
44	define smearer e with E sqrt(E^20.0017^2 + E0.101^2) [abseta <= 3.2]
45	define smearer e with E sqrt(E^20.0350^2 + E0.285^2) [abseta>3.2 and abseta<=4.9]
46
47	# the electrons are disallowed in the transition region between the barrel and the endcap
48	define reco_efficiency e 0.0 [pt <= 10.0 or abseta > 2.5 or (abseta > 1.37 and abseta < 1.52)]
49	define reco_efficiency e 0.45 [abseta <=1.37 and pt > 10.0]
50	define reco_efficiency e 0.35 [abseta >= 1.52 and abseta <= 2.5 and pt > 10.0]
51
52
53	## Muon Smearing
54	## Momentum Smearing
55	define smearer mu with pt 0.03 [abseta <= 1.5 and pt > 0.1 and pt <= 1]
56	define smearer mu with pt 0.03 [abseta <= 1.5 and pt > 1 and pt <= 50]
57	define smearer mu with pt 0.04 [abseta <= 1.5 and pt > 50 and pt <= 100]
58	define smearer mu with pt 0.07 [abseta <= 1.5 and pt > 100]
59	define smearer mu with pt 0.04 [abseta > 1.5 and abseta <= 2.5 and pt > 0.1 and pt <= 1]
60	define smearer mu with pt 0.04 [abseta > 1.5 and abseta <= 2.5 and pt > 1 and pt <= 50]
61	define smearer mu with pt 0.05 [abseta > 1.5 and abseta <= 2.5 and pt > 50 and pt <= 100]
62	define smearer mu with pt 0.1 [abseta > 1.5 and abseta <= 2.5 and pt > 100]
63
64
65	## Reconstruction efficiency
66	define reco_efficiency mu 0.0 [abseta > 2.5 or pt <= 10.0]
67	define reco_efficiency mu 0.45 [ABSETA <= 1.5 and pt > 10.0]
68	define reco_efficiency mu 0.55 [ABSETA > 1.5 and abseta < 2.5 and pt > 10.0]
69
70	### Photon reconstruction
71	## ECAL
72	define smearer a with E sqrt(E^20.0017^2 + E0.101^2) [abseta <= 3.2]
73	define smearer a with E sqrt(E^20.0350^2 + E0.285^2) [abseta>3.2 and abseta<=4.9]
74
75	# Reconstruction efficiency (optimized for diphoton process)
76	define reco_efficiency a 0.0 [pt <= 10.0 or abseta > 2.5]
77	define reco_efficiency a 0.95 [abseta <=1.5 and pt > 10.0]
78	define reco_efficiency a 0.85 [abseta > 1.5 and abseta <= 2.5 and pt > 10.0]
79
80	### Particle Identification
81
82	## B tagging
83	# extracted from https://atlas.web.cern.ch/Atlas/GROUPS/PHYSICS/PAPERS/FTAG-2018-01/figaux_03a.png
84	define tagger j as b 0.12 [pt>=20 and pt<40]
85	define tagger j as b 0.04 [pt>=40 and pt<60]
86	define tagger j as b 0.03 [pt>=60 and pt<90]
87	define tagger j as b 0.02 [pt>=90 and pt<150]
88	define tagger j as b 0.02 [pt>=150 and pt<200]
89	define tagger j as b 0.04 [pt>=200 and pt<300]
90	define tagger j as b 0.08 [pt>=300 and pt<500]
91	define tagger j as b 0.21 [pt>=500]
92
93	# extracted from https://atlas.web.cern.ch/Atlas/GROUPS/PHYSICS/PAPERS/FTAG-2018-01/figaux_03b.png
94	define tagger c as b 0.31 [pt>=20 and pt<40 and abseta<2.5]
95	define tagger c as b 0.21 [pt>=40 and pt<60 and abseta<2.5]
96	define tagger c as b 0.17 [pt>=60 and pt<90 and abseta<2.5]
97	define tagger c as b 0.14 [pt>=90 and pt<150 and abseta<2.5]
98	define tagger c as b 0.16 [pt>=150 and pt<200 and abseta<2.5]
99	define tagger c as b 0.18 [pt>=200 and pt<300 and abseta<2.5]
100	define tagger c as b 0.24 [pt>=300 and pt<500 and abseta<2.5]
101	define tagger c as b 0.31 [pt>=500 and abseta<2.5]
102	define tagger c as b 0.0 [abseta >=2.5 or pt<20]
103
104	# extracted from https://atlas.web.cern.ch/Atlas/GROUPS/PHYSICS/PAPERS/FTAG-2018-01/figaux_03c.png
105	define tagger b as b 0.6 [pt>=20 and pt<40 and abseta<2.5]
106	define tagger b as b 0.7 [pt>=40 and pt<60 and abseta<2.5]
107	define tagger b as b 0.8 [pt>=60 and pt<200 and abseta<2.5]
108	define tagger b as b 0.7 [pt>=200 and pt<500 and abseta<2.5]
109	define tagger b as b 0.6 [pt>=500 and abseta<2.5]
110	define tagger b as b 0.0 [abseta >= 2.5 or pt < 20]
111
112	## Hadronic Taus
113
114	## HCAL
115	define smearer ta with E sqrt(E^20.0302^2 + E0.5205^2 + 1.59^2) [abseta <= 1.7]
116	define smearer ta with E sqrt(E^20.05^2 + E0.706^2) [abseta > 1.7 and abseta <= 3.2]
117	define smearer ta with E sqrt(E^2*0.0942^2 + E) [abseta > 3.2 and abseta <= 4.9]
118
119	define tagger j as ta 0.01 [abseta <= 2.7]
120	define tagger j as ta 0.0 [abseta > 2.5]
121
122	define tagger ta as ta 0.6 [abseta <= 2.5]
123	define tagger ta as ta 0.0 [abseta > 2.5]

Download in other formats:

Original Format