d0/d68/PixelSwitches_8h_source.html

/*

  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration

*/


#ifndef PixelSwitches_H

#define PixelSwitches_H


#include <string>


// Class to hold the various switches and building options.


class PixelSwitches

{


public:

  PixelSwitches();


  // Do I want the services?

  void setServices(bool flag);

  bool services() const;


  // JBdV Do I want the services?

  void setServicesOnLadder(bool flag);

  bool servicesOnLadder() const;


  // Make elements compatible with G3 digits

  void setG3CompatibleDigits(bool flag);

  bool g3CompatibleDigits() const;


  // Initial layout (2nd layer missing)

  void setInitialLayout(bool flag);

  bool initialLayout() const;


  // DC1 Geometry. 300 um long pixels and 200 um thick sensor in B layer.

  void setDC1Geometry(bool flag);

  bool dc1Geometry() const;


  // Control whether callbacks get registered

  void setAlignable(bool flag);

  bool alignable() const;


  // IBL

  void setIBL(bool flag = true);

  bool ibl() const;


  // DBM

  void setDBM(bool flag = false);

  bool dbm() const;


  //dynamic alignment folders

  void setDynamicAlignFolders(const bool useDynAlignFolders);

  bool dynamicAlignFolders() const;


private:


  // flag to build also the services

  bool m_services;


  // JBdV flag to build also the servicesOnLadder

  bool m_servicesOnLadder;


  // flag to make elements compatible with G3 digits

  bool m_g3CompatibleDigits;


  // flag to indicate initial layout (2nd layer and disk missing)

  bool m_initialLayout;


  // flag to force B-layer to have 300um pixels and be 200um thick

  bool m_dc1Geometry;


  // control whether callbacks get registered

  bool m_alignable;


  // IBL

  bool m_ibl;


  // DBM

  bool m_dbm;


  //controls which set of alignment folders is used

  bool m_dynAlignFolders;

};


#endif // PixelSwitches_H