Plots | Description |
The tracking efficiency as a function of pseudo-rapidity η of standalone muons in the "all tracks" collection. Data (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the number of primary vertices in the "all tracks" collection. Data (black dots) and Madgraph DY(light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η for the standalone muon for the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. The biggest difference between data and MC ~ 2 % is observed in the transition between the barrel and end-cap regions. | |
The tracking efficiency as a function of the number of primary vertices in the “tracker-only seeded tracks” collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. | |
The tracking efficiency for the different running periods of Run-2 for the "all tracks" collection. Good agreement of the tracking efficiency is observed for (2018, 2017, 2016 new APV settings). For 2016 old APV settings a loss in efficiency of up to ~2 % is found. | |
The tracking efficiency for the different running periods of Run-2 for the “tracker-only seeded tracks” collection. There is almost agreement of the efficiency is observed for (2018, 2017, 2016 new APV settings). For 2016 old APV settings a loss in efficiency of up to ~ 5 % is found. |
plots | Description |
The tracking efficiency as a function of the transverse momentum of standalone muons in the "all tracks" collection. Data (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η of standalone muons in the "all tracks" collection. Data (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the number of primary vertices in the "all tracks" collection. Data (black dots) and Madgraph DY(light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the transverse momentum of standalone muons in the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η for the standalone muon for the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. The biggest difference between data and MC ~ 1.5 % is observed in the transition between the barrel and end-cap region. | |
The tracking efficiency as a function of the number of primary vertices in the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. |
plots | Description |
The tracking efficiency as a function of the transverse momentum of standalone muons in the "all tracks" collection. Data (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η of standalone muons in the "all tracks" collection. Data (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the number of primary vertices in the "all tracks" collection. Data (black dots) and Madgraph DY(light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the transverse momentum of standalone muons in the “tracker-only seeded tracks” collection. Data (black dots) and Madgraph DY(purple rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η for the standalone muon for the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. The biggest difference between data and MC ~ 1.5 % is observed in the transition between the barrel and end-cap region. | |
The tracking efficiency as a function of the number of primary vertices in the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. |
plots | Description |
The tracking efficiency as a function of the transverse momentum of standalone muons in the "all tracks" collection. Data "pre-amplifier of the APV saturated" (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η of standalone muons in the "all tracks" collection. Data "pre-amplifier of the APV saturated" (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η of standalone muons in the "all tracks". A dedicated simulation of the APV saturation effect "MC with APV simulation" is the source of the improvement in the data/MC agreement. | |
The tracking efficiency as a function of the number of primary vertices in the "all tracks" collection. Data "pre-amplifier of the APV saturated" (black dots) and Madgraph DY(light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the number of primary vertices of standalone muons in the "all tracks". A dedicated simulation of the APV saturation effect "MC with APV simulation" is the source of the improvement in the data/MC agreement. | |
The tracking efficiency as a function of the transverse momentum of standalone muons in the "tracker-only seeded tracks" collection. Data "pre-amplifier of the APV saturated" (black dots) and Madgraph DY(purple rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η for the standalone muon for the "tracker-only seeded tracks" collection. Data "pre-amplifier of the APV saturated" (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η of standalone muons in the "tracker only seeded tracks". A dedicated simulation of the APV saturation effect “MC with APV simulation” is the source of the improvement in the data/MC agreement. | |
The tracking efficiency as a function of the number of primary vertices in the “tracker-only seeded tracks” collection. Data “pre-amplifier of the APV saturated” (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the number of primary vertices of standalone muons in the "tracker only seeded tracks" (right). A dedicated simulation of the APV saturation effect "MC with APV simulation" is the source of the improvement in the data/MC agreement. |
plots | Description |
The tracking efficiency as a function of the transverse momentum of standalone muons in the "all tracks" collection. Data (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η of standalone muons in the "all tracks" collection. Data (black dots) and Madgraph DY (light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the number of primary vertices in the "all tracks" collection. Data (black dots) and Madgraph DY(light blue rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of the transverse momentum of standalone muons in the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY(purple rectangles). The uncertainties shown are statistical. | |
The tracking efficiency as a function of pseudo-rapidity η for the standalone muon for the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. The biggest difference between data and MC ~ 1 % is seen at the beginning of the end-cap region. | |
The tracking efficiency as a function of the number of primary vertices in the "tracker-only seeded tracks" collection. Data (black dots) and Madgraph DY (purple rectangles). The uncertainties shown are statistical. |