class HMdcSelfTracking: public HReconstructor

 Default Constructor

 Destructor.

 Sets default values (especially for the cuts) for the parameters

 Sets rootfile output of HMdcSelfTracking where all
 created histograms were written.

 1: TOF_BIT_CUT Tof-Bit set in Event Header?
 2: START_CUT Start multiplicity = 1 and start times of the strips in the given ranges?
 3: TIME1_CUT Time1 in the given range?
 4: TIME2_CUT Time2 in the given range?
 5: TIME_ABOVE_THRESHOLD_CUT Time above threshold in the give range?
 6-19: not used

 description see HMdcSelfTracking::setCutbridge

 Prints out the range of the cells numbers which will be used in further analysis
 to the standard output

  Initializes HMdcSelfTracking

 allocate histograms

 fills the sum of their times to pTimesum_adj_cell3

 fills the sum of their times  to pTimesum_adj_cell4
 but only if the time difference is smaller than a given value (default: 10 ns)

 Fills histogramms after all neccessary conditions are checked.

 Write histogramms to a rootfile.

 Fills control histogramms and saves all histogramms to file fout

 reset counters

 fill some info histos

 Checks Event Header for TofBit

 First checks start detector for single hits
 and secondly filters for certain time windows on the start detector times
 defined per default in HMdcSelfTracking:setDefaults() or
 changed by HMdcSelfTracking:setStartTimeCutWindow(strip,min,max)

 combinatorics:

 reset iterators

 loop inside event and fill pre-defined structures, apply cuts

void setTimeAboveThresholdCutWindow(Float_t a, Float_t b){setTimeAboveThresholdCutMin(a);setTimeAboveThresholdCutMax(b);return;} // values in ns
void setTimeAboveThresholdCutMax(Float_t f){tdifmax = f; return;} // values in ns
void setTimeAboveThresholdCutMin(Float_t f){tdifmin = f; return;} // values in ns
Float_t getTimeAboveThresholdCutMax(){return tdifmax;} // values in ns
Float_t getTimeAboveThresholdCutMin(){return tdifmin;} // values in ns
void printTimeAboveThresholdCutWindow(void);