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StaticData.py
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StaticData.py
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#!usr/bin/env python
#############################################################################################
### Here store aditional static data we dont get from rivet, this can be improved greatly..
global
anapool
,
subpools
anapool
=
[
'ATLAS_7_JETS'
,
# 0
'ATLAS_7_Zjj_EL'
,
# 1
'ATLAS_7_Wjj_mu'
,
# 2
'CMS_7_JETS'
,
# 3
'CMS_7_Wjj'
,
# 4
'CMS_7_Zjj'
,
# 5
'ATLAS_8_JETS'
,
# 6
'ATLAS_7_Wjj_EL'
,
# 7
'ATLAS_7_GAMMA'
,
# 8
'ATLAS_7_Z_GAMMA'
,
# 9
'ATLAS_7_W_GAMMA_MU'
,
# 10
'ATLAS_7_W_GAMMA_EL'
,
# 11
'ATLAS_7_ZZ'
,
# 12
'ATLAS_7_GAMMAGAMMA'
,
# 13
'CMS_GAMMA_JET'
,
# 14
'ATLAS_7_Zjj_MU'
,
# 15
'ATLAS_8_Zjj'
,
# 16
'ATLAS_8_GAMMA'
,
# 17
]
##This is really bad, but set up an arbitrary number of subpool tags to iterate over, this should just be done on the fly for each analysis!
subpools
=
[
'R1'
,
'R2'
,
'R3'
,
'R4'
]
def
LumiFinder
(
h
):
#ananame = h.strip("/").split("/")[0]
lumi
=
-
1
anatype
=
''
subpool
=
''
if
'ATLAS_2014_I1325553'
in
h
:
lumi
=
4500
anatype
=
anapool
[
0
]
R1
=
[
'd01-x01-y01'
,
'd01-x01-y02'
,
'd01-x01-y03'
,
'd01-x01-y04'
,
'd01-x01-y05'
,
'd01-x01-y06'
]
R2
=
[
'd02-x01-y01'
,
'd02-x01-y02'
,
'd02-x01-y03'
,
'd02-x01-y04'
,
'd02-x01-y05'
,
'd02-x01-y06'
]
for
poolmember
in
R1
:
if
poolmember
in
h
:
subpool
=
subpools
[
0
]
for
poolmember
in
R2
:
if
poolmember
in
h
:
subpool
=
subpools
[
1
]
elif
'ATLAS_2014_I1268975'
in
h
:
lumi
=
4500
anatype
=
anapool
[
0
]
R1
=
[
'd01-x01-y01'
,
'd01-x01-y02'
,
'd01-x01-y03'
,
'd01-x01-y04'
,
'd01-x01-y05'
,
'd01-x01-y06'
]
R2
=
[
'd02-x01-y01'
,
'd02-x01-y02'
,
'd02-x01-y03'
,
'd02-x01-y04'
,
'd02-x01-y05'
,
'd02-x01-y06'
]
for
poolmember
in
R1
:
if
poolmember
in
h
:
subpool
=
subpools
[
0
]
for
poolmember
in
R2
:
if
poolmember
in
h
:
subpool
=
subpools
[
1
]
elif
'ATLAS_2014_I1326641'
in
h
:
lumi
=
4510
anatype
=
anapool
[
0
]
R1
=
[
'd01-x01-y01'
,
'd02-x01-y01'
,
'd03-x01-y01'
,
'd04-x01-y01'
,
'd05-x01-y01'
]
R2
=
[
'd06-x01-y01'
,
'd07-x01-y01'
,
'd08-x01-y01'
,
'd09-x01-y01'
,
'd10-x01-y01'
]
for
poolmember
in
R1
:
if
poolmember
in
h
:
subpool
=
subpools
[
0
]
for
poolmember
in
R2
:
if
poolmember
in
h
:
subpool
=
subpools
[
1
]
elif
'ATLAS_2013_I1230812_EL'
in
h
:
#Z+jets
blacklist
=
[
'd02'
,
'd04'
,
'd06'
,
'd08'
]
lumi
=
4600
anatype
=
anapool
[
1
]
for
plotkey
in
blacklist
:
if
plotkey
in
h
:
lumi
=
-
1
# elif 'ATLAS_2013_I1217863' in h:
# lumi = 4600
elif
'ATLAS_2012_I1093738'
in
h
:
lumi
=
37
anatype
=
anapool
[
8
]
elif
'ATLAS_2012_I1083318'
in
h
:
lumi
=
36
elif
'ATLAS_2011_I945498'
in
h
:
lumi
=
36
elif
'ATLAS_2011_I921594'
in
h
:
lumi
=
35
elif
'ATLAS_2011_S9128077'
in
h
:
lumi
=
2.4
elif
'CMS_2014_I1298810'
in
h
:
lumi
=
5000
anatype
=
anapool
[
3
]
blacklist
=
[
'd13'
,
'd14'
,
'd15'
,
'd16'
,
'd17'
,
'd18'
]
for
plotkey
in
blacklist
:
if
plotkey
in
h
:
lumi
=
-
1
R1
=
[
'd01-x01-y01'
,
'd02-x01-y01'
,
'd03-x01-y01'
,
'd04-x01-y01'
,
'd05-x01-y01'
,
'd06-x01-y01'
]
R2
=
[
'd07-x01-y01'
,
'd08-x01-y02'
,
'd09-x01-y01'
,
'd10-x01-y01'
,
'd11-x01-y01'
,
'd12-x01-y01'
]
for
poolmember
in
R1
:
if
poolmember
in
h
:
subpool
=
subpools
[
0
]
for
poolmember
in
R2
:
if
poolmember
in
h
:
subpool
=
subpools
[
1
]
elif
'ATLAS_2013_I1244522'
in
h
:
lumi
=
37
anatype
=
anapool
[
8
]
elif
'ATLAS_2014_I1306294_EL'
in
h
:
lumi
=
4600
anatype
=
anapool
[
1
]
#elif 'CMS_2013_I1256943' in h:
#lumi = 5200
###this one is normalised in a completely stupid way, possible to undo this
###CMS Z+bb
elif
'CMS_2015_I1310737'
in
h
:
lumi
=
4900
anatype
=
anapool
[
5
]
elif
'CMS_2014_I1303894'
in
h
:
lumi
=
5000
anatype
=
anapool
[
4
]
elif
'ATLAS_2014_I1319490_MU'
in
h
:
lumi
=
4600
anatype
=
anapool
[
2
]
elif
'ATLAS_2014_I1319490_EL'
in
h
:
lumi
=
4600
anatype
=
anapool
[
7
]
elif
'ATLAS_2015_I1394679'
in
h
:
##this analysis uses y units of fb
lumi
=
20.3
anatype
=
anapool
[
6
]
elif
'ATLAS_2014_I1307243'
in
h
:
lumi
=
-
1
anatype
=
anapool
[
0
]
whitelist
=
[
'd13'
,
'd14'
,
'd15'
,
'd16'
,
'd17'
,
'd18'
,
'd19'
,
'd20'
,
'd21'
,
'd22'
,
'd23'
,
'd24'
,
'd25'
,
'd26'
,
'd27'
,
'd28'
]
for
plotkey
in
whitelist
:
if
plotkey
in
h
:
lumi
=
4500
R1
=
[
'd13-x01-y01'
,
'd14-x01-y01'
,
'd15-x01-y01'
,
'd16-x01-y01'
,
'd17-x01-y01'
,
'd18-x01-y01'
,
'd19-x01-y01'
,
'd20-x01-y01'
]
R2
=
[
'd21-x01-y01'
,
'd22-x01-y01'
,
'd23-x01-y01'
,
'd24-x01-y01'
,
'd25-x01-y01'
,
'd26-x01-y01'
,
'd27-x01-y01'
,
'd28-x01-y01'
]
for
poolmember
in
R1
:
if
poolmember
in
h
:
subpool
=
subpools
[
0
]
for
poolmember
in
R2
:
if
poolmember
in
h
:
subpool
=
subpools
[
1
]
elif
'ATLAS_2013_I1263495'
in
h
:
lumi
=
4600
anatype
=
anapool
[
8
]
R1
=
[
'd01-x01-y01'
,
'd01-x01-y03'
]
for
poolmember
in
R1
:
if
poolmember
in
h
:
subpool
=
subpools
[
0
]
elif
'ATLAS_2013_I1217863_Z'
in
h
:
lumi
=
4.6
anatype
=
anapool
[
9
]
blacklist
=
[
'd17'
,
'd18'
,
'd20'
]
for
plotkey
in
blacklist
:
if
plotkey
in
h
:
lumi
=
-
1
elif
'ATLAS_2013_I1217863_W_MU'
in
h
:
lumi
=
4.6
anatype
=
anapool
[
10
]
blacklist
=
[
'd15'
,
'd16'
,
'd19'
]
for
plotkey
in
blacklist
:
if
plotkey
in
h
:
lumi
=
-
1
elif
'ATLAS_2013_I1217863_W_EL'
in
h
:
lumi
=
4.6
anatype
=
anapool
[
11
]
blacklist
=
[
'd15'
,
'd16'
,
'd19'
]
for
plotkey
in
blacklist
:
if
plotkey
in
h
:
lumi
=
-
1
elif
'ATLAS_2012_I1203852'
in
h
:
lumi
=
4.600
anatype
=
anapool
[
12
]
blacklist
=
[
'd03'
,
'd04'
,
'd05'
,
'd06'
,
'd07'
,
'd08'
]
for
plotkey
in
blacklist
:
if
plotkey
in
h
:
lumi
=
-
1
elif
'ATLAS_2012_I1199269'
in
h
:
lumi
=
4900
anatype
=
anapool
[
13
]
blacklist
=
[
'd04'
]
for
plotkey
in
blacklist
:
if
plotkey
in
h
:
lumi
=
-
1
elif
'CMS_2014_I1266056'
in
h
:
lumi
=
4500
anatype
=
anapool
[
14
]
elif
'ATLAS_2014_I1306294_MU'
in
h
:
lumi
=
4600
anatype
=
anapool
[
15
]
elif
'ATLAS_2013_I1230812_MU'
in
h
:
#Z+jets
blacklist
=
[
'd02'
,
'd04'
,
'd06'
,
'd08'
]
lumi
=
4600
anatype
=
anapool
[
15
]
for
plotkey
in
blacklist
:
if
plotkey
in
h
:
lumi
=
-
1
# elif 'CMS_2013_I1224539_WJET' in h:
# lumi=5000
# anatype=anapool[4]
# elif 'CMS_2013_I1224539_ZJET' in h:
# lumi=5000
# anatype=anapool[5]
elif
'ATLAS_2014_I1279489'
in
h
:
#lumi=20300
anatype
=
anapool
[
16
]
whitelist
=
[
'd01-x01-y01'
,
'd01-x02-y01'
,
'd02-x01-y01'
,
'd03-x01-y01'
,
'd03-x02-y01'
,
'd04-x01-y01'
,
'd04-x02-y01'
,
'd05-x03-y01'
,
'd05-x04-y01'
,
'd05-x05-y01'
]
#whitelist=['d03-x01-y01','d03-x02-y01']
for
plotkey
in
whitelist
:
if
plotkey
in
h
:
lumi
=
20300
elif
'ATLAS_2015_I1408516'
in
h
:
#if 'EL' in h:
# continue
# subpool = subpools[0]
# subpool = subpools[1]
anatype
=
anapool
[
16
]
lumi
=
20300
#if 'MU' in h:
# lumi=-1
#if 'd41' in h:
# lumi=-1
elif
'ATLAS_2016_I1457605'
in
h
:
anatype
=
anapool
[
17
]
lumi
=
20200
subpool
=
subpools
[
0
]
return
lumi
,
anatype
,
subpool
#############################################################################################
### Special function to help with plots normalised to total xs
def
isNorm
(
h
):
isNorm
=
False
normFac
=
1.0
#if 'CMS_2013_I1224539' in h:
# isNorm=True
# normFac = 1.0/1000.0
if
'ATLAS_2014_I1279489'
in
h
:
isNorm
=
True
#normFac = 1.
if
'd01'
in
h
:
normFac
=
5.88
if
'd02'
in
h
:
normFac
=
1.82
if
'd05'
in
h
:
normFac
=
0.066
if
'd03'
in
h
:
normFac
=
1.10
if
'd04'
in
h
:
normFac
=
0.447
if
'ATLAS_2015_I1408516'
in
h
:
#normFac=1.0
_12_20
=
[
'd23'
]
_20_30
=
[
'd24'
]
_30_46
=
[
'd25'
]
_46_66
=
[
'd02'
,
'd03'
,
'd04'
,
'd14'
,
'd26'
]
_66_116
=
[
'd05'
,
'd06'
,
'd07'
,
'd08'
,
'd09'
,
'd10'
,
'd15'
,
'd17'
,
'd18'
,
'd19'
,
'd20'
,
'd21'
,
'd22'
,
'd27'
]
_116_150
=
[
'd11'
,
'd12'
,
'd13'
,
'd16'
,
'd28'
]
for
plotkey
in
_12_20
:
if
plotkey
in
h
:
normFac
=
1.45
isNorm
=
True
for
plotkey
in
_20_30
:
if
plotkey
in
h
:
normFac
=
1.03
isNorm
=
True
for
plotkey
in
_30_46
:
if
plotkey
in
h
:
normFac
=
0.97
isNorm
=
True
for
plotkey
in
_46_66
:
if
plotkey
in
h
:
normFac
=
14.96
isNorm
=
True
for
plotkey
in
_66_116
:
if
plotkey
in
h
:
normFac
=
537.10
isNorm
=
True
for
plotkey
in
_116_150
:
if
plotkey
in
h
:
normFac
=
5.59
isNorm
=
True
return
isNorm
,
normFac
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