29 | | * D0: impact parameter in tranverse plane wrt the closest approach point |
30 | | * Z: Z-coordinate of the closest approach point |
31 | | |
| 29 | * D0: impact parameter in the tranverse plane wrt the closest approach point |
| 30 | * DZ: impact parameter in the longitudinal plane wrt the closest approach point |
| 31 | * Xd, Yd, Zd: coordinates of the closest approach point |
| 32 | * Tp, Xp, Yp, Zp: coordinates of the vertex where the lepton is coming from (MC Truth) |
46 | | event.mc()->muons()[i].D0(); |
47 | | event.mc()->electrons()[i].D0(); |
| 47 | event.mc()->muons()[i].d0(); |
| 48 | event.mc()->electrons()[i].d0(); |
| 49 | |
| 50 | DZ: |
| 51 | event.mc()->muons()[i].dz(); |
| 52 | event.mc()->electrons()[i].dz(); |
| 53 | |
| 54 | Closest approach point: |
| 55 | event.mc()->muons()[i].closestPoint().X() |
| 56 | event.mc()->muons()[i].closestPoint().Y() |
| 57 | event.mc()->muons()[i].closestPoint().Z() |
| 58 | |
| 59 | Displaced vertex: |
| 60 | event.mc()->muons()[i].vertexProd().X() |
| 61 | event.mc()->muons()[i].vertexProd().Y() |
| 62 | event.mc()->muons()[i].vertexProd().Z() |