CondFormats/PPSObjects/src/CTPPSBeamParameters.cc - master - githubmirror/cmssw

CondFormats/PPSObjects/src/CTPPSBeamParameters.cc
156 строк8 KB
Jan Kaspar
Added simulation of vertex time.
30 июн 2020, 12:30
30 июн 2020, 12:30d3fd3d5
// -*- C++ -*-
//
// Package:    PPSObjects
// Class:      CTPPSBeamParameters
//
/**\class CTPPSBeamParameters CTPPSBeamParameters.h CondFormats/CTPPSRedoutObjects/src/CTPPSBeamParameters.cc

 Description: Beam parameters for proton reconstruction

 Implementation:
     <Notes on implementation>
*/
// Original Author:  Wagner Carvalho
//         Created:  20 Nov 2018
//

#include "CondFormats/PPSObjects/interface/CTPPSBeamParameters.h"
#include <iostream>

// Constructors

CTPPSBeamParameters::CTPPSBeamParameters()
    : beam_momentum_45_(0.),
      beam_momentum_56_(0.),
      beta_star_x_45_(0.),
      beta_star_x_56_(0.),
      beta_star_y_45_(0.),
      beta_star_y_56_(0.),
      beam_divergence_x_45_(0.),
      beam_divergence_x_56_(0.),
      beam_divergence_y_45_(0.),
      beam_divergence_y_56_(0.),
      half_crossing_angle_x_45_(0.),
      half_crossing_angle_x_56_(0.),
      half_crossing_angle_y_45_(0.),
      half_crossing_angle_y_56_(0.),
      vtx_offset_x_45_(0.),
      vtx_offset_x_56_(0.),
      vtx_offset_y_45_(0.),
      vtx_offset_y_56_(0.),
      vtx_offset_z_45_(0.),
      vtx_offset_z_56_(0.),
      vtx_offset_t_45_(0.),
      vtx_offset_t_56_(0.),
      vtx_stddev_x_(0.),
      vtx_stddev_y_(0.),
      vtx_stddev_z_(0.),
      vtx_stddev_t_(0.) {}

// Destructor
CTPPSBeamParameters::~CTPPSBeamParameters() {}

// Getters

double CTPPSBeamParameters::getBeamMom45() const { return beam_momentum_45_; }
double CTPPSBeamParameters::getBeamMom56() const { return beam_momentum_56_; }

double CTPPSBeamParameters::getBetaStarX45() const { return beta_star_x_45_; }
double CTPPSBeamParameters::getBetaStarY45() const { return beta_star_y_45_; }
double CTPPSBeamParameters::getBetaStarX56() const { return beta_star_x_56_; }
double CTPPSBeamParameters::getBetaStarY56() const { return beta_star_y_56_; }

double CTPPSBeamParameters::getBeamDivergenceX45() const { return beam_divergence_x_45_; }
double CTPPSBeamParameters::getBeamDivergenceY45() const { return beam_divergence_y_45_; }
double CTPPSBeamParameters::getBeamDivergenceX56() const { return beam_divergence_x_56_; }
double CTPPSBeamParameters::getBeamDivergenceY56() const { return beam_divergence_y_56_; }

double CTPPSBeamParameters::getHalfXangleX45() const { return half_crossing_angle_x_45_; }
double CTPPSBeamParameters::getHalfXangleY45() const { return half_crossing_angle_y_45_; }
double CTPPSBeamParameters::getHalfXangleX56() const { return half_crossing_angle_x_56_; }
double CTPPSBeamParameters::getHalfXangleY56() const { return half_crossing_angle_y_56_; }

double CTPPSBeamParameters::getVtxOffsetX45() const { return vtx_offset_x_45_; }
double CTPPSBeamParameters::getVtxOffsetY45() const { return vtx_offset_y_45_; }
double CTPPSBeamParameters::getVtxOffsetZ45() const { return vtx_offset_z_45_; }
double CTPPSBeamParameters::getVtxOffsetT45() const { return vtx_offset_t_45_; }
double CTPPSBeamParameters::getVtxOffsetX56() const { return vtx_offset_x_56_; }
double CTPPSBeamParameters::getVtxOffsetY56() const { return vtx_offset_y_56_; }
double CTPPSBeamParameters::getVtxOffsetZ56() const { return vtx_offset_z_56_; }
double CTPPSBeamParameters::getVtxOffsetT56() const { return vtx_offset_t_56_; }

double CTPPSBeamParameters::getVtxStddevX() const { return vtx_stddev_x_; }
double CTPPSBeamParameters::getVtxStddevY() const { return vtx_stddev_y_; }
double CTPPSBeamParameters::getVtxStddevZ() const { return vtx_stddev_z_; }
double CTPPSBeamParameters::getVtxStddevT() const { return vtx_stddev_t_; }

// Setters

void CTPPSBeamParameters::setBeamMom45(double mom) { beam_momentum_45_ = mom; }
void CTPPSBeamParameters::setBeamMom56(double mom) { beam_momentum_56_ = mom; }

void CTPPSBeamParameters::setBetaStarX45(double beta) { beta_star_x_45_ = beta; }
void CTPPSBeamParameters::setBetaStarY45(double beta) { beta_star_y_45_ = beta; }
void CTPPSBeamParameters::setBetaStarX56(double beta) { beta_star_x_56_ = beta; }
void CTPPSBeamParameters::setBetaStarY56(double beta) { beta_star_y_56_ = beta; }

void CTPPSBeamParameters::setBeamDivergenceX45(double div) { beam_divergence_x_45_ = div; }
void CTPPSBeamParameters::setBeamDivergenceY45(double div) { beam_divergence_y_45_ = div; }
void CTPPSBeamParameters::setBeamDivergenceX56(double div) { beam_divergence_x_56_ = div; }
void CTPPSBeamParameters::setBeamDivergenceY56(double div) { beam_divergence_y_56_ = div; }

void CTPPSBeamParameters::setHalfXangleX45(double angle) { half_crossing_angle_x_45_ = angle; }
void CTPPSBeamParameters::setHalfXangleY45(double angle) { half_crossing_angle_y_45_ = angle; }
void CTPPSBeamParameters::setHalfXangleX56(double angle) { half_crossing_angle_x_56_ = angle; }
void CTPPSBeamParameters::setHalfXangleY56(double angle) { half_crossing_angle_y_56_ = angle; }

void CTPPSBeamParameters::setVtxOffsetX45(double offset) { vtx_offset_x_45_ = offset; }
void CTPPSBeamParameters::setVtxOffsetY45(double offset) { vtx_offset_y_45_ = offset; }
void CTPPSBeamParameters::setVtxOffsetZ45(double offset) { vtx_offset_z_45_ = offset; }
void CTPPSBeamParameters::setVtxOffsetT45(double offset) { vtx_offset_t_45_ = offset; }
void CTPPSBeamParameters::setVtxOffsetX56(double offset) { vtx_offset_x_56_ = offset; }
void CTPPSBeamParameters::setVtxOffsetY56(double offset) { vtx_offset_y_56_ = offset; }
void CTPPSBeamParameters::setVtxOffsetZ56(double offset) { vtx_offset_z_56_ = offset; }
void CTPPSBeamParameters::setVtxOffsetT56(double offset) { vtx_offset_t_56_ = offset; }

void CTPPSBeamParameters::setVtxStddevX(double stddev) { vtx_stddev_x_ = stddev; }
void CTPPSBeamParameters::setVtxStddevY(double stddev) { vtx_stddev_y_ = stddev; }
void CTPPSBeamParameters::setVtxStddevZ(double stddev) { vtx_stddev_z_ = stddev; }
void CTPPSBeamParameters::setVtxStddevT(double stddev) { vtx_stddev_t_ = stddev; }

void CTPPSBeamParameters::printInfo(std::stringstream& s) {
  s << "\n Beam parameters : \n"
    << "\n   beam_momentum_45 = " << beam_momentum_45_ << " GeV"
    << "\n   beam_momentum_56 = " << beam_momentum_56_ << " GeV"
    << "\n   beta_star_x_45 = " << beta_star_x_45_ << " cm"
    << "\n   beta_star_y_45 = " << beta_star_y_45_ << " cm"
    << "\n   beta_star_x_56 = " << beta_star_x_56_ << " cm"
    << "\n   beta_star_y_56 = " << beta_star_y_56_ << " cm"
    << "\n   beam_divergence_x_45 = " << beam_divergence_x_45_ << " rad"
    << "\n   beam_divergence_y_45 = " << beam_divergence_y_45_ << " rad"
    << "\n   beam_divergence_x_56 = " << beam_divergence_x_56_ << " rad"
    << "\n   beam_divergence_y_56 = " << beam_divergence_y_56_ << " rad"
    << "\n   half_crossing_angle_x_45 = " << half_crossing_angle_x_45_ << " rad"
    << "\n   half_crossing_angle_y_45 = " << half_crossing_angle_y_45_ << " rad"
    << "\n   half_crossing_angle_x_56 = " << half_crossing_angle_x_56_ << " rad"
    << "\n   half_crossing_angle_y_56 = " << half_crossing_angle_y_56_ << " rad"
    << "\n   vtx_offset_x_45 = " << vtx_offset_x_45_ << " cm"
    << "\n   vtx_offset_y_45 = " << vtx_offset_y_45_ << " cm"
    << "\n   vtx_offset_z_45 = " << vtx_offset_z_45_ << " cm"
    << "\n   vtx_offset_t_45 = " << vtx_offset_t_45_ << " cm"
    << "\n   vtx_offset_x_56 = " << vtx_offset_x_56_ << " cm"
    << "\n   vtx_offset_y_56 = " << vtx_offset_y_56_ << " cm"
    << "\n   vtx_offset_z_56 = " << vtx_offset_z_56_ << " cm"
    << "\n   vtx_offset_t_56 = " << vtx_offset_t_56_ << " cm"
    << "\n   vtx_stddev_x = " << vtx_stddev_x_ << " cm"
    << "\n   vtx_stddev_y = " << vtx_stddev_y_ << " cm"
    << "\n   vtx_stddev_z = " << vtx_stddev_z_ << " cm"
    << "\n   vtx_stddev_t = " << vtx_stddev_t_ << " cm" << std::endl;
}

std::ostream& operator<<(std::ostream& os, CTPPSBeamParameters info) {
  std::stringstream ss;
  info.printInfo(ss);
  os << ss.str();
  return os;
}