class AliMUONVTrackReconstructor: public TObject

 Destructor for class AliMUONVTrackReconstructor

 To reset the TClonesArray of reconstructed tracks

 To reconstruct one event

 Return kTRUE if the track is within given limits on momentum/angle/origin

 To make the list of segments from the list of clusters in the 2 given chambers.
 Return a TClonesArray of new segments (segments made in a previous call of this function are removed).

 To remove pairs of clusters already attached to a track

 To remove identical tracks:
 Tracks are considered identical if they have all their clusters in common.
 One keeps the track with the larger number of clusters if need be

 To remove double tracks:
 Tracks are considered identical if more than half of the clusters of the track
 which has the smaller number of clusters are in common with the other track.
 Among two identical tracks, one keeps the track with the larger number of clusters
 or, if these numbers are equal, the track with the minimum chi2.

 Remove tracks for which a problem occured somewhere during the tracking

 Find and remove tracks sharing 1 cluster or more in station(s) [stMin, stMax].
 For each couple of connected tracks, one removes the one with the smallest
 number of clusters or with the highest chi2 value in case of equality.
 If all=kTRUE: both tracks are removed.

 Find and tag tracks sharing 1 cluster or more in station(s) [stMin, stMax].
 For each couple of connected tracks, one tags the one with the smallest
 number of clusters or with the highest chi2 value in case of equality.
 If all=kTRUE: both tracks are tagged.

 Ask the clustering to reconstruct new clusters around the track candidate position

 Ask the clustering to reconstruct new clusters around the track candidate position
 in the 2 chambers of the given station

 Test the compatibility between the track and the cluster (using trackParam's covariance matrix):
 return the corresponding Chi2
 return trackParamAtCluster

 Test the compatibility between the track and the cluster
 given the track and cluster resolutions + the maximum-distance-to-track value
 and assuming linear propagation of the track:
 return kTRUE if they are compatibles

 Test the compatibility between the track and the 2 clusters together (using trackParam's covariance matrix)
 assuming linear propagation between the two clusters:
 return the corresponding Chi2 accounting for covariances between the 2 clusters
 return trackParamAtCluster2

 Follow trackCandidate in chamber(0..) nextChamber assuming linear propagation, and search for compatible cluster(s)
 Keep all possibilities or only the best one(s) according to the flag fgkTrackAllTracks:
 kTRUE:  duplicate "trackCandidate" if there are several possibilities and add the new tracks at the end of
         fRecTracksPtr to avoid conficts with other track candidates at this current stage of the tracking procedure.
         Remove the obsolete "trackCandidate" at the end.
 kFALSE: add only the best cluster(s) to the "trackCandidate". Try to add a couple of clusters in priority.
 return kTRUE if new cluster(s) have been found (otherwise return kFALSE)

 Follow trackCandidate in station(0..) nextStation assuming linear propagation, and search for compatible cluster(s)
 Keep all possibilities or only the best one(s) according to the flag fgkTrackAllTracks:
 kTRUE:  duplicate "trackCandidate" if there are several possibilities and add the new tracks at the end of
         fRecTracksPtr to avoid conficts with other track candidates at this current stage of the tracking procedure.
         Remove the obsolete "trackCandidate" at the end.
 kFALSE: add only the best cluster(s) to the "trackCandidate". Try to add a couple of clusters in priority.
 return kTRUE if new cluster(s) have been found (otherwise return kFALSE)

 Improve tracks by removing clusters with local chi2 highter than the defined cut
 Recompute track parameters and covariances at the remaining clusters

 Recompute track parameters and covariances at each attached cluster
 Set the label pointing to the corresponding MC track
 Remove the track if finalization failed

 Assign a different resolution to the mono-cathod clusters
 in the direction of the missing plane and refit the track
 Remove the track in case of failure

 Assign a different resolution to the mono-cathod clusters
 in the direction of the missing plane and refit the track

 Try to match track from tracking system with trigger track

 Fill trigger track store from local trigger

 To make the trigger tracks from Local Trigger

 Return reco parameters

 Re-fit the given track

 Make track candidates from clusters in stations(1..) 4 and 5

 Make extra track candidates from clusters in stations(1..) 4 and 5

 Follow tracks in stations(1..) 3, 2 and 1

 Complement the reconstructed tracks

 Improve the given reconstructed track

 Finalize the given track