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Analysis filter:

→Beam: pp/ppbar ee AA
→Analysis:

tt

→ Jet Shapes

→ Differential Jet Shape
→ Integral Jet Shape

Top (parton level)

→ Δφ (ttbar)
→ Δy (ttbar)
→ |Δy| (ttbar)
→ M (ttbar)
→ pT (ttbar)
→ Cross sections
→ y (ttbar)

→ Asymmetry

→ Δφ (ttbar)
→ Δy (ttbar)
→ |Δy| (ttbar)
→ M (ttbar)
→ pT (tbar)
→ pT (top)
→ pT (ttbar)
→ y (tbar)
→ y (top)
→ y (ttbar)

→ Individual tops

→ pT (tbar)
→ pT (top)
→ y (tbar)
→ y (top)

Z (Drell-Yan)

→ Jet Multiplicities

→ Jet multiplicity
→ Ratios of jet multiplicity

→ 1/σdσ(Z)/dφ^*_η
→ dσ(Z)/dpTZ
→ 1/σdσ(Z)/dpTZ

W

→ Charge asymmetry vs η
→ Charge asymmetry vs N_jet
→ dσ(jet)/dpT

→ Jet Multiplicities

→ Jet multiplicity
→ Ratios of jet multiplicity

Z+Jet

→ Filtered Jet Mass
→ Pruned Jet Mass
→ Jet Mass
→ Trimmed Jet Mass

W+Jet

→ Filtered Jet Mass
→ Pruned Jet Mass
→ Jet Mass
→ Trimmed Jet Mass

Jets

→ Coherence

→ α angle
→ 23-jet Correlation
→ ET(J1)
→ ET(J2)
→ η(J3)
→ ΔR(23)

→ Transverse Minor
→ Transverse Thrust
→ Di-jet χ
→ Di-jet Δφ
→ Di-jet mass
→ HT
→ Jet Fragmentation
→ Filtered Jet Mass
→ Pruned Jet Mass
→ Jet Mass
→ Split-filtered Jet Mass
→ Trimmed Jet Mass
→ 3-jet mass
→ dσ(jet)/dpT

→ Jets + Veto

→ Gap fraction vs Δy (FB)
→ Gap fraction vs Δy (LJ)
→ Gap fraction vs pT (FB)
→ Gap fraction vs pT (LJ)
→ Gap frac. vs Veto scale (FB)
→ Gap frac. vs Veto scale (LJ)
→ N_jet vs Δy (FB)
→ N_jet vs Δy (LJ)
→ N_jet vs pT (FB)
→ N_jet vs pT (LJ)

→ Jet Shapes

→ Jet Angularity
→ < Nch Difference > (Central-Fwd)
→ < Nch > (Central)
→ < Nch > (Central+Fwd)
→ Jet Planar Flow
→ Jet Width
→ Differential Jet Shape
→ Integral Jet Shape

→ Jet Charge

→ Jet Charge Q
→ Jet Charge QL
→ Jet Charge Mean
→ Jet Charge RMS
→ Jet Charge QT

→ Jet Substructure

→ Splitting scale d12
→ Splitting scale d23
→ N-subjettiness τ2/τ1
→ N-subjettiness τ3/τ2

→ Jet Multiplicities

→ Jet multiplicity
→ Ratios of jet multiplicity
→ R32 vs HT
→ R32 vs pT

bb

→ η Distributions
→ pT Distributions
→ Cross sections

Underlying Event

→ AWAY

→ <pT> vs Nch
→ <pT> vs pT1
→ <Nch> vs pT1
→ Σ(pT) vs pT1

→ TRNS

→ <pT> vs Nch
→ <pT> vs pT1
→ Strange <N> vs pT1
→ Max(pT) vs pT1
→ <Nch> vs η1
→ <Nch> vs pT1
→ dNch/dpT
→ σ(Nch) vs pT1
→ σ(Σ(pT)) vs pT1
→ Σ(ET)
→ Σ(ET) vs η
→ Σ(pT) vs η1
→ Σ(pT) vs pT1
→ Strange Σ(pT) vs pT1

→ TWRD

→ <pT> vs Nch
→ <pT> vs pT1
→ <Nch> vs pT1
→ Σ(pT) vs pT1

→ Multiplicity Distributions
→ pT Distributions
→ Σ(pT)

→ Δφ Distributions

→ <Nch> vs Δφ
→ <pT> vs Δφ
→ Σ(pT) vs Δφ

→ TRNSDIF

→ <Nch> vs pT1
→ Σ(pT) vs pT1

→ TRNSMAX

→ <Nch> vs pT1
→ Σ(pT) vs pT1

→ TRNSMIN

→ <Nch> vs pT1
→ Σ(pT) vs pT1

Soft QCD (inelastic)

→ <pT> vs Nch
→ D0_pT
→ Dp_pT
→ Dst_pT
→ Ds_pT
→ Forward energy flow ratio
→ η Distributions
→ eta2pi_pt
→ Rapidity gap size
→ eta_pt
→ Rapidity Gaps (MC only)
→ Lambdac_pT
→ Multiplicity Distributions
→ pm_pt
→ pp_pt
→ pT Distributions
→ <pT> vs mass
→ Sigma1385barm_pt
→ Sigma1385barp_pt
→ Sigma1385m_pt
→ Sigma1385p_pt
→ Σ(ET)
→ Σ(ET) vs Nch
→ Diffractive ξ
→ Xi1530_pt
→ Cross sections

→ FB Correlations

→ b(Nch) vs Δη
→ b(Nch) vs ηC

→ Identified Particles : pT

→ K0S
→ K-
→ K+ + K-
→ K+
→ Λbar
→ Λ
→ pbar
→ φ
→ π⁰
→ π-
→ π+ + π-
→ π+
→ p + pbar
→ p
→ Ξ-
→ Ξ+
→ Ξ

→ Identified Particles : Ratios

→ K-/K+ vs |y|
→ (K-+K+)/(π-+π+) vs pT
→ (K-+K+)/(π-+π+) vs |y|
→ Λ/K0S vs pT
→ Λbar/K0S vs pT
→ Λbar/K0S vs |y|
→ Λbar/K0S vs |Δy|
→ Λbar/Λ vs pT
→ Λbar/Λ vs |y|
→ Λbar/Λ vs |Δy|
→ p/π+ vs pT
→ pbar/π vs pT
→ pbar/p vs pT
→ pbar/p vs |y|
→ (pbar+p)/(K-+K+) vs |y|
→ (pbar+p)/(π-+π+) vs pT
→ (pbar+p)/(π-+π+) vs |y|
→ π-/π+ vs pT
→ π-/π+ vs |y|
→ Ξ+/Ξ- vs pT

→ φ

Soft QCD (nsd only)

→ <pT> vs Nch
→ Forward energy flow
→ η Distributions
→ Multiplicity Distributions
→ pT Distributions

→ Identified Particles : Y

→ K0S
→ Λ
→ Ξ-

→ Identified Particles : pT

→ K0S
→ Λ
→ Ξ-

→ Identified Particles : Ratios

→ Λ/K0S vs |y|
→ Λ/K0S vs pT
→ Ξ-/Λ vs |y|
→ Ξ-/Λ vs pT

Total σ

→ Cross sections

Elastic

→ Cross sections

Jets : Jets + Veto : Gap fraction vs pT (FB)

Generator Group:	General-Purpose MCs Soft-Inclusive MCs Alpgen Herwig7 Herwig++ Pythia 6 Pythia 8 Sherpa Vincia Epos Phojet MadGraph5 Custom
Subgroup:	Defaults LHC Tunes C++ Generators Tevatron vs LHC tunes

pp @ 7000 GeV

ATLAS 1 < Δy < 2

Plot of gapfr-vs-pt-fb in 7000 GeV pp collisions

[pdf] [eps] [png] show details →
[ATLAS] reference
[Herwig++ (Def)] param
[Herwig 7 (Def)] param
[Pythia 6 (Def)] param
[Sherpa (Def)] param
[steer]

ATLAS 2 < Δy < 3

Plot of gapfr-vs-pt-fb in 7000 GeV pp collisions

[pdf] [eps] [png] show details →
[ATLAS] reference
[Herwig++ (Def)] param
[Herwig 7 (Def)] param
[Pythia 6 (Def)] param
[Sherpa (Def)] param
[steer]

ATLAS 3 < Δy < 4

Plot of gapfr-vs-pt-fb in 7000 GeV pp collisions

[pdf] [eps] [png] show details →
[ATLAS] reference
[Herwig++ (Def)] param
[Herwig 7 (Def)] param
[Pythia 6 (Def)] param
[Sherpa (Def)] param
[steer]

ATLAS 4 < Δy < 5

Plot of gapfr-vs-pt-fb in 7000 GeV pp collisions

[pdf] [eps] [png] show details →
[ATLAS] reference
[Herwig++ (Def)] param
[Herwig 7 (Def)] param
[Pythia 6 (Def)] param
[Sherpa (Def)] param
[steer]

ATLAS 5 < Δy < 6

Plot of gapfr-vs-pt-fb in 7000 GeV pp collisions

[pdf] [eps] [png] show details →
[ATLAS] reference
[Herwig++ (Def)] param
[Herwig 7 (Def)] param
[Pythia 6 (Def)] param
[Sherpa (Def)] param
[steer]