Cuts:

Jets are defined with anti-kt and R=0.4.
Photon are recombined with anti-kT with R=0.4.

1) Setup 1 (STXS, see 1906.02754)
Higgs: |y_H| <2.5
Jets: anti-kT with R=0.4 and pTj > 30 GeV

STXS
+DeltaPhiJJ splitting (0-pi/2 + pi/2-pi) within the mJJ x pTH binning of STXS


2) Setup 2 (fiducial)
|pseudorapidity_j| < 4.7
mjj > 300
|delta y jj| > 2

a) pTj > 20 GeV b) pTj > 30 GeV

Mjj vs pTH: ([300 - 1.1TeV[+[1.1TeV,\infty]) x ([0,850[ +[850,\infty[)
Mjj: 200 GeV bin until 1.1TeV + [1.1TeV,\infty]
pTH: 0-80-120-260-500-850-infty

Mjj vs Delta Phi jj:  ([300 - 1.1TeV[+[1.1TeV,\infty])  x [0,+pi], with steps of 200 GeV in Mjj and pi/4 in DeltaPhijj
Mjj: 200 GeV bin until 1.1TeV + [1.1TeV,\infty]
Delta Phi jj: 0-pi/4-pi/2-3/4 pi-pi
NB: double check that the distribution is actually symmetric!!!

Mjj vs Delta y jj: ([300 - 1.1TeV[+[1.1TeV,\infty]) x (0, 2.0,9.0] with steps of 200 GeV in Mjj and XXX in delta yjj.
Mjj: 200 GeV bin until 1.1TeV + [1.1TeV,\infty]
Delta y jj: 2-4-5-6-7-infty

pTH vs Delta y jj:[0,850,\infty) x (0, 2.0,9.0] with steps of XX GeV for pTH and XXX in delta yjj,
pTH: 0-80-120-260-500-850-infty
Delta y jj: 2-4-5-6-7-infty

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Extra distribution for PS simulations.

pTH vs Njets:
pTH: 0-80-120-260-500-850-infty
Njets: 2, 3, 4, 5

pTHjj single differential
bins of 20 GeV [0-1TeV]+[1TeV-infty[