ILD LoI Performance/Optimisation Figures

Optimisation Section

• Figure 2.2-1: PFA performance versus HCAL Depth: (.eps) (.pdf) (.gif) (.C)
• Figure 2.2-2a: PFA performance versus B: (.eps) (.pdf) (.gif) (.C)
• Figure 2.2-2b: PFA performance versus ECAL Inner Radius: (.eps) (.pdf) (.gif) (.C)
• Figure 2.2-3a: PFA performance versus TPC Drift Length (barrel) (.eps) (.pdf) (.gif) (.C)
• Figure 2.2-3b: PFA performance versus TPC Drift Length (all) (.eps) (.pdf) (.gif) (.C)
• Figure 2.2-4a: PFA performance ECAL segmentation: (.eps) (.pdf) (.gif) (.C)
• Figure 2.2-4b: PFA performance HCAL segmentation: (.eps) (.pdf) (.gif) (.C)
• Figure 2.3-5: Pair backgroundn: (.pdf) (.gif)
• Figure 2.4-6a: GLD/GLDPrime/GLD4GLD momentum resolution (.eps) (.pdf) (.gif) (.C)
• Figure 2.4-6b: GLD/GLDPrime/GLD4GLD momentum resolution ratio (.eps) (.pdf) (.gif) (.C)
• Figure 2.4-7a: GLD/GLDPrime/GLD4GLD impact parameter resolution (.eps) (.pdf) (.gif) (.C)
• Figure 2.4-7b: GLD/GLDPrime/GLD4GLD impact parameter resolution ratio (.eps) (.pdf) (.gif) (.C)
• Figure 2.4-7c: GLD/GLDPrime/GLD4GLD impact parameter resolution vs angle (.eps) (.pdf) (.gif) (.C)
• Figure 2.4-7d: LDCPrime/GLDPrime impact parameter resolution vs pT (.eps) (.pdf) (.gif) (.C)
• Figure 2.5-8a: Flavour tagging effic. vs. purity (GLD models) (.eps) (.pdf) (.gif) (.C)
• Figure 2.5-8b: Flavour tagging effic. vs. purity (LDC models) (.eps) (.pdf) (.gif) (.C)
• Figure 2.6-9a: Higgs recoil: mumuX (.eps) (.pdf)
• Figure 2.6-9b: Higgs recoil: eeX (.eps) (.pdf)
• Figure 2.6-10a: GLD/GLDPrime/GLD4GLD/LDCPrime pi zero mass (.eps) (.pdf) (.gif) (.C)
• Figure 2.6-10b: GLD/GLDPrime/GLD4GLD/LDCPrime pi zero mass (.eps) (.pdf) (.gif) (.C)
• Figure 2.6-11a: GLD/GLDPrime/GLD4GLD chargino mass (.eps) (.pdf) (.gif) (.C)
• Figure 2.6-11a: GLD/GLDPrime/GLD4GLD W-boson energy (.eps) (.pdf) (.gif) (.C)

• Figure 3-1a: ILD Quadrant: (.pdf) (.png)
• Figure 3-1a black and white (PFA paper version) ILD Quadrant: (.eps) (.gif) (.C)
• Figure 3-1b: ILD 3D: (.pdf) (.png)
• Figure 3.2-2a: ILD Tracker hits (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-2b: ILD radiation lengths (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-3a: ILD momentum resolution (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-3b: ILD impact parameter resolution (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-4a: ILD Track finding efficiency versus P (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-4b: ILD Track finding efficiency versus P (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-5a: TPC Background : simulated tracker hits (rz) (.pdf)
• Figure 3.2-5b: TPC Background : simulated tracker hits (rphi) (.pdf)
• Figure 3.2-6a: TPC Background : tracker hits to Patrec (rz) (.pdf)
• Figure 3.2-6b: TPC Background : tracker hits to Patrec (rphi) (.pdf)
• Figure 3.2-7a: TPC Background : reconstructed tracks (rz) (.pdf)
• Figure 3.2-7b: TPC Background : reconstructed tracks (rphi) (.pdf)
• Figure 3.2-8a: VTX Background : ghost tracks (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-8b: VTX Background : ghost tracks after BX identification (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-9a: VTX Background : tracking efficiency (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-9b: VTX Background : tracking efficiency for tracks which reach TPC (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-10: Recoil mass with background (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-11a: ILD Flavour tag effic. vs. purity (91 GeV) (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-11b: ILD Flavour tag effic. vs. purity (500 GeV) (.eps) (.pdf) (.gif) (.C)
• Figure 3.2-12: ILD Particle Flow (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-13a: ILD Higgs recoil mass (mumuX) (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-13b: ILD Higgs recoil mass (eeX) (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-14a: ILD Higgs recoil mass (eeX no Brem/No Brem) (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-14b: ILD Higgs recoil mass (eeX with Brem recocovery) (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-15: generated vs. reconstructed mumuX recoil mass (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-16: Higgs BR templates (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-17a: Higgs BR qqcc (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-17b: Higgs BR qqvv (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-18a: 1-prong tau mass (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-18a: Ptau (tau->pi) (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-19a: SUSY Point 5: mass distribution (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-19b: SUSY Point 5: fitted mass distribution (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-19c: SUSY Point 5: W boson energy (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-19d: SUSY Point 5: Z boson energy (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-20a: Top mass (fully-hadronic) (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-20b: Top mass (semi-leptonic) (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-21: Top quark AFB (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-22a: WWvv/ZZvv mass plot (2D) (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-22b: WWvv/ZZvv average mass plot (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-23a: SPS1a' muon momentum (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-23b: SPS1a' di-muon mass (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-24a: SPS1a' stau mass (.eps) (.pdf) (.gif) (.C)
• Figure 3.3-24b: SPS1a' stau spectrum (.eps) (.pdf) (.gif) (.C)