All Classes and Interfaces
Classes
Class
Description
A cluster in the DC consists of an array of hits that are grouped together
according to the algorithm of the ClusterFinder class
A hit pruning algorithm to reject noise that gives a pattern of hits that are
continguous in the same layer The algorithm first puts the hits in arrays
according to their layer and wire number.
Constants used in the reconstruction
The crosses are objects used to find tracks and are characterized by a 3-D
point and a direction unit vector.
List of DC crosses used to fit a track candidate
A class with methods used to find lists of crosses.
Driver class to make DC crosses
Deprecated.
Converts DC readout board (crate, slot, channel) to DC wire hit (sector,
layer, wire) where crate runs from 67 to 67+17, active readout slots are 4 to
10 and 13 to 19, and DCRB channels run from 0 to 95.
A fitted cluster in the DC consists of an array of hits that are grouped
together according to the algorithm of the ClusterFinder class and have been
fit using the wire position information and subsequent time-based information
(at the midplane)
A hit that was used in a fitted cluster.
A DC hit characterized by superlayer, layer, sector, wire number, and time.
A class to fill in lists of hits corresponding to DC reconstructed hits
characterized by the wire, its location in the detector (superlayer, layer,
sector), its reconstructed time.
The fit parameters of a line fit returned by LineFitter
A least square fitting method
For a linear fit,f(a,b)=a+bx taking y errors into account
A class to fill the reconstructed DC banks
Swims a given state vector to a given Z position using Runge Kutta 4 transport.
A class to describe segment objects, where a Segment is a fitted cluster that
has been pruned of hits with bad residuals
A Segment is a fitted cluster that has been pruned of hits with bad residuals
(see Constants)
A StateVec describes a cross measurement in the DC.
A class representing track candidates in the DC.
A class with a method implementing an algorithm that finds lists of track
candidates in the DC
This class selects the best track candidate if there are multiple candidates
TODO
Describes a track pars in the DC.
The trajectory is a set of state vectors at DC wire planes along the particle path
A driver class to find the trajectory of a track candidate.
A class to load the geometry constants used in the DC reconstruction.