class AliTRDchamberTimeBin: public TObject

 Default constructor (Only provided to use AliTRDchamberTimeBin with arrays)

 Copy Constructor

 Assignment operator

 Reset the Chamber Timebin

 Copy method. Performs a deep copy of all data from this object to object o.

 Destructor

 Sets the ownership of the clusters to this
 If option "copy" is kTRUE [default] the clusters
 are also copied otherwise only the ownership bit
 is flipped.

 Sets the range in z-direction

 Parameters:
   z0      : starting position of layer in the z direction
   zLength : length of layer in the z direction

 Insert cluster in cluster array.
 Clusters are sorted according to Y coordinate.

 Reinitialize all data members from the clusters array
 It has to be used after reading from disk

 Rearrangement of the clusters belonging to the propagation layer for the stack.

 Detailed description

 The array indices of all clusters in one PropagationLayer are stored in
 array. The array is divided into several bins.
 The clusters are sorted in increasing order of their y coordinate.

 Sorting algorithm: TreeSearch

 Returns index of the cluster nearest in Y

 Tree search Algorithm to find the nearest left cluster for a given
 y-position in a certain z-bin (in fact AVL-tree).
 Making use of the fact that clusters are sorted in y-direction.

 Parameters:
   y : y position of the reference point in tracking coordinates
   z : z reference bin.
   nClusters :

 Output :
 Index of the nearest left cluster in the StackLayer indexing (-1 if no clusters are found)

 Tree search Algorithm to find the nearest cluster for a given
 y-position in a certain z-bin (in fact AVL-tree).
 Making use of the fact that clusters are sorted in y-direction.

 Parameters:
   y : y position of the reference point in tracking coordinates
   z : z reference bin.

 Output
 Index of the nearest cluster in the StackLayer indexing (-1 if no clusters are found)

 Finds the nearest cluster from a given point in a defined range.
 Distance is determined in a 2D space by the 2-Norm.

 Parameters :
   y : y position of the reference point in tracking coordinates
   z : z reference bin.
   maxroady : maximum searching distance in y direction
   maxroadz : maximum searching distance in z direction

 Output
 Index of the nearest cluster in the StackLayer indexing (-1 if no cluster is found).
 Cluster can be accessed with the operator[] or GetCluster(Int_t index)

 Detail description

 The following steps are perfomed:
 1. Get the expected z bins inside maxroadz.
 2. For each z bin find nearest y cluster.
 3. Select best candidate

 Helper function to calculate the area where to expect a cluster in THIS
 layer.

 Parameters :
   cl    :
   cond  :
   Layer :
   theta :
   phi   :

 Detail description

 Helper function to calculate the area where to expect a cluster in THIS
 layer. by using the information of a former cluster in another layer
 and the angle in theta- and phi-direction between layer 0 and layer 3.
 If the layer is zero, initial conditions are calculated. Otherwise a
 linear interpolation is performed.

 Finds all clusters situated in this layer inside a rectangle  given by the center an ranges.

 Parameters :
   cond  :
   index :
   ncl :
   BufferSize   :

 Output :

 Detail description

 Function returs an array containing the indices in the stacklayer of
 the clusters found an  the number of found clusters in the stacklayer

 Function returning a pointer to the nearest cluster (nullpointer if not successfull).

 Parameters :
   cond  :

 Output :
   pointer to the nearest cluster (nullpointer if not successfull).

 Detail description

 returns a pointer to the nearest cluster (nullpointer if not
 successfull) by the help of the method FindNearestCluster

 Prints the position of each cluster in the stacklayer on the stdout