class HMdcWiresArr: public TObject

 Filling list wire for fitting from cluster(s)

 Filling list wire for fitting from cluster(s),
 drift times from HMdcEvntListCells

 Filling list wire for fitting from cluster(s),
 drift times from HMdcEvntListCells

 Removing cells which has small weight or
 if min.distance outside of this cell for case when more than on wires
 in this layer passed fit and so on
 Can be tuned and checked ???).

 Must be called after setCell !

 if(hitStatus==-1) hitStatus=1

 removing cells passed fit

 Return number of cells in mdc module =mod in input list
 if mod<0 return number of cells in all mdc's of segment
 isec - sector index (0 or 1) for cosmic data only
 isec<0 && mod<0 return number of cells in all mdc's of two sectors

 Return list of layer: 6 bits, one bit per layer

 Return list of layer: 6 bits, one bit per layer

 Return valid value after calling testFitResult() only !
 Return number of cells in mdc module =mod passed fit
 if mod<0 return number of cells in all mdc's of segment

 Transformation of geant mdc hit in coor.sys. of sector.
 x,y,z - [mm]

 alphaDrDist and timeOffsets must be calculated befor this function!

 iflag:
   0 - setting minimal val. of time offset    and no print (default value)
   1 - setting minimal val. of time offset    and print if fprint=kTRUE
   2 - no setting minimal val. of time offset, calculation of inCell[time]
                                              and print if fprint=kTRUE

 iflag:
   0 - setting minimal val. of time offset    and no print (default value)
   1 - setting minimal val. of time offset    and print if fprint=kTRUE
   2 - no setting minimal val. of time offset, calculation of inCell[time]
                                              and print if fprint=kTRUE

 finding wire with minimal chi2

 Recalculation of finctional without calculation of ditances
 (for the same parameters as before)
 iflag:
   0 - setting minimal val. of time offset    and no print (default value)
   1 - setting minimal val. of time offset    and print if fprint=kTRUE
   2 - no setting minimal val. of time offset and print if fprint=kTRUE

 Calculation of finctional for derivatives.
 functional for par must be calc. before this !!!
 iflag:
   !=2 - setting minimal val. of time offset
    =2 - no setting minimal val. of time offset

 calculation of fit parameters errors analyticaly

 calculation of fit parameters errors numer.

 Calculation of time offset error

 return kTRUE if sigma2 was increased due to small amount of wires
 after filtering (<5)

 Filtering of bad hits using Tukey weights
 return kTRUE new weights was calculated
 seychas eto ne tak!!!
Kak chasto nado fil'trovat'

 Filtering of bad hits using Tukey weights
 return kTRUE new weights was calculated
 seychas eto ne tak!!!
Kak chasto nado fil'trovat'

 Filtering of bad hits using Tukey weights
 return kTRUE new weights was calculated

 Setting all weights to 1.

 Seting of sizes of gradient matrix.

 Numerical calculation of the fit parameters derivatives
 iflag<2 - calculate the diagonal elements of the grad2 matrix only
 else    - calculate the full grad2 matrix

 Analytical calculation of the fit parameters derivatives
 for the first min.method:
 calculate the first der. and the diagonal elements of the grad2 matrix

 Analytical calculation of the fit parameters derivatives
 for the second min.method.
 Calculate the first der. and all elements of the grad2 matrix

 For errors calculation