| |
|
|
Run |
|
run
number of the event |
Event |
|
event
number |
nkinemo |
|
number
of generated tracks |
xvtxgmo(nkinemo) |
|
x
of the generated vertex (in cm) |
yvtxgmo(nkinemo) |
|
y
of the generated vertex (in cm) |
zvtxgmo(nkinemo) |
|
z
of the generated vertex (in cm) |
phigmo(nkinemo) |
|
phi
generated |
cotthgmo(nkinemo) |
|
cotangent
of theta generated |
ptigmo(nkinemo) |
|
+-
inverse of the generated pt (the sign refers to the muon
charge) |
nmuonmo |
|
number
of reconstructed tracks |
trighmo(nmuonmo) |
|
number
of associated trigger hits |
phihmo(nmuonmo) |
|
number
of associated phi hits |
mdthmo(nmuonmo) |
|
number
of associated MDT hits |
statimo(nmuonmo) |
|
number
of station layers fired |
statrmo(nmuonmo) |
|
number
of station layers fired |
xvtxrmo(nmuonmo) |
|
x
of the reconstructed vertex (in cm) |
yvtxrmo(nmuonmo) |
|
y
of the reconstructed vertex (in cm) |
zvtxrmo(nmuonmo) |
|
z
of the reconstructed vertex (in cm) |
a0rmo(nmuonmo) |
|
transverse
impact of reconstructed track |
z0rmo(nmuonmo) |
|
z
projection of transverse impact of reconstructed track |
phirmo(nmuonmo) |
|
phi
reconstructed |
cotthrmo(nmuonmo) |
|
cotangent
of theta reconstructed |
ptirmo(nmuonmo) |
|
+-
inverse of the reconstructed pt (the sign refers to the muon
charge) |
chi2mo(nmuonmo) |
|
chi
square of the fit |
chi2prmo(nmuonmo) |
|
chi
square probability of the fit |
covrijmo(nmuonmo) |
|
covariance
matrix |