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LaserAlignmentAlgorithmTEC2TEC.h

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#ifndef LaserAlignment_LaserAlignmentAlgorithmTEC2TEC_h
#define LaserAlignment_LaserAlignmentAlgorithmTEC2TEC_h

// Alignable Tracker needed to propagate the alignment corrections calculated 
// for the disks down to the lowest levels
#include "Alignment/TrackerAlignment/interface/AlignableTracker.h"

#include <iostream>
#include <vector>

class LaserAlignmentAlgorithmTEC2TEC 
{

 public:
  LaserAlignmentAlgorithmTEC2TEC(edm::ParameterSet const& theConf, int theLaserIteration);

  ~LaserAlignmentAlgorithmTEC2TEC();

  void addLaserBeam(std::vector<double> theMeasurementsPosTEC, std::vector<double> theMeasurementsTOB,
                    std::vector<double> theMeasurementsTIB, std::vector<double> theMeasurementsNegTEC,
                    int LaserBeam, int LaserRing);
  void doGlobalFit(AlignableTracker * theAlignableTracker);

  void resetMillepede(int UnitForIteration);

 private:
  void initMillepede(int UnitForIteration);

 private:
  // arrays to hold the global and local parameters
  int theFirstFixedDiskTEC2TEC;
  int theSecondFixedDiskTEC2TEC;

  /* ATTENTION we have more than 27 parameters in this case! */
  float theGlobalParametersTEC2TEC[66];
  float theLocalParametersTEC2TEC[1];

};
#endif

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