class HParticleBtClusterF: public TObject

Converts richCal address to sector, column and row numbers

Returns pad charge for given pad address

Returns number of maxima that are inside sigma region of track with trackNo
Values are calculated for a single cluster with clusNum
Function call sets search area (sigma range) and track type ( good Track, close track with bad quality)

Returns number of charge maxima that are inside sigma region of track with trackNo
Values are calculated for a single cluster with clusNum
Function call sets search area (sigma range) and track type ( good Track, close track with bad quality)

Checks if rich pad is inside fPrediction area of additional tracks

Diagonal charge sharing in dependence of maximum size
Determined by quadratic 4 pad clusters

Vertical charge sharing in dependence of maximum size
Determined by 2 pad clusters

Horizontal charge sharing in dependence of maximum size
Determined by 2 pad clusters

Searches for pads directly connected to initial pad and adds them to the same cluster

Fills basic cluster information in vectors

 Searches for maxima in clusters:
 Maximum8: All 8 surrounding pads must have measured a smaller charge than maximum pad
 Maximum4: 4 directly connected pads must have measured a smaller charge than maximum pad
 Maximum7: 7 directly connected pads must have measured a smaller charge than maximum pad
          Adds maxima with smaller charge that are located directly next to maximum
          Indicated by larger charge of diagonal pad compared to directly connected pad
          of primary maximum

Fit charge distribution of clusters to determine more precise maxima positions

Calculates distance between maxima positions and ring predictions for tracks
Distance is normalized by sigma of optical distortioan and error of maximum position determination

Shapes of clusters is detected and marked with number.
Only most common shapes are considered
Clusters with more than 5 pads are just sorted by size

Calculates mean maxima position deviation from ring prediction
Mean deviation in x,y direction is  stored

Clears vectors that contain cluster information of one event

Returns number of pads on predicted pads

Returns number of pads of clusters which have at least one predicted pad

Returns charge of pads that are predicted

Returns charge of clusters which have at least one predicted pad

Get number of clusters which have at least one predicted pad

Return  number of maxima per ring

Return  charge of maxima per ring

Return number of maxima per ring which are in restricted sigma area ( fMaxSigmaRangeSmall)

 Returns chi2 value

Returns chi2 value
Maxima are only used if distance is closest to current track

Returns number of maxima which are inside shared clusters

Returns number of maxima which are inside a cluster which is shared with track 2

Returns number of maxima which are inside shared clusters

Returns number of maxima which are inside a cluster which is shared with track 2

Returns number of maxima which are inside shared clusters and inside a small sigma range

Returns number of maxima which are inside a cluster which is shared with track 2 and inside a restricted sigma range of both tracks

Returns charge of maxima pads which are inside shared clusters

Returns charge of maxima pads which are inside a cluster which is shared with track 2

Returns charge of maxima pads which are inside shared clusters

Returns charge of maxima pads which are inside a cluster which is shared with track 2

Returns mean maxima deviation of maxima from ring prediction in x direction

Returns mean maxima deviation of maxima from ring prediction in y direction

Returns mean maxima deviation of maxima from ring prediction

 Main method of the HParticleBtClusterF class. It makes all the relevant calculation on the clusters