CTPPSBeamParameters.h

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#ifndef CondFormats_PPSObjects_CTPPSBeamParameters_h
#define CondFormats_PPSObjects_CTPPSBeamParameters_h
// -*- C++ -*-
//
// Package:    PPSObjects
// Class:      CTPPSBeamParameters
//
// Original Author:  Wagner Carvalho
//         Created:  20 Nov 2018
//

#include "CondFormats/Serialization/interface/Serializable.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"

class CTPPSBeamParameters {
public:
  // Constructor
  CTPPSBeamParameters();
  // Destructor
  ~CTPPSBeamParameters();

  // Getters

  double getBeamMom45() const;
  double getBeamMom56() const;

  double getBetaStarX45() const;
  double getBetaStarY45() const;
  double getBetaStarX56() const;
  double getBetaStarY56() const;

  double getBeamDivergenceX45() const;
  double getBeamDivergenceY45() const;
  double getBeamDivergenceX56() const;
  double getBeamDivergenceY56() const;

  double getHalfXangleX45() const;
  double getHalfXangleY45() const;
  double getHalfXangleX56() const;
  double getHalfXangleY56() const;

  double getVtxOffsetX45() const;
  double getVtxOffsetY45() const;
  double getVtxOffsetZ45() const;
  double getVtxOffsetT45() const;
  double getVtxOffsetX56() const;
  double getVtxOffsetY56() const;
  double getVtxOffsetZ56() const;
  double getVtxOffsetT56() const;

  double getVtxStddevX() const;
  double getVtxStddevY() const;
  double getVtxStddevZ() const;
  double getVtxStddevT() const;

  // Setters

  void setBeamMom45(double mom);
  void setBeamMom56(double mom);

  void setBetaStarX45(double beta);
  void setBetaStarY45(double beta);
  void setBetaStarX56(double beta);
  void setBetaStarY56(double beta);

  void setBeamDivergenceX45(double div);
  void setBeamDivergenceY45(double div);
  void setBeamDivergenceX56(double div);
  void setBeamDivergenceY56(double div);

  void setHalfXangleX45(double angle);
  void setHalfXangleY45(double angle);
  void setHalfXangleX56(double angle);
  void setHalfXangleY56(double angle);

  void setVtxOffsetX45(double offset);
  void setVtxOffsetY45(double offset);
  void setVtxOffsetZ45(double offset);
  void setVtxOffsetT45(double offset);
  void setVtxOffsetX56(double offset);
  void setVtxOffsetY56(double offset);
  void setVtxOffsetZ56(double offset);
  void setVtxOffsetT56(double offset);

  void setVtxStddevX(double stddev);
  void setVtxStddevY(double stddev);
  void setVtxStddevZ(double stddev);
  void setVtxStddevT(double stddev);

  void printInfo(std::stringstream &s);

private:
  // LHC sector 45 corresponds to beam 2, sector 56 to beam 1
  double beam_momentum_45_;  // GeV
  double beam_momentum_56_;  // GeV

  double beta_star_x_45_, beta_star_x_56_;  // cm
  double beta_star_y_45_, beta_star_y_56_;

  double beam_divergence_x_45_, beam_divergence_x_56_;  // rad
  double beam_divergence_y_45_, beam_divergence_y_56_;

  double half_crossing_angle_x_45_, half_crossing_angle_x_56_;  // rad
  double half_crossing_angle_y_45_, half_crossing_angle_y_56_;

  // splitting between 45 and 56 may effectively account for magnet misalignment
  double vtx_offset_x_45_, vtx_offset_x_56_;  // cm
  double vtx_offset_y_45_, vtx_offset_y_56_;  // cm
  double vtx_offset_z_45_, vtx_offset_z_56_;  // cm
  double vtx_offset_t_45_, vtx_offset_t_56_;  // cm

  // the following variables might possibly be in another CMS record already,
  // but we might want to keep them for completeness/independence
  double vtx_stddev_x_;  // cm
  double vtx_stddev_y_;  // cm
  double vtx_stddev_z_;  // cm
  double vtx_stddev_t_;  // cm

  COND_SERIALIZABLE;
};

std::ostream &operator<<(std::ostream &, CTPPSBeamParameters);

#endif