class AliFMDCorrSecondaryMap: public TObject

 Default constructor

 Copy constructor

 Parameters:
    o Object to copy from

 Destructor

 Assignment operator

 Parameters:
    o Object to assign from

 Return:
    Reference to this object

 Get the secondary correction @f$ c_{r,v}@f$

 Parameters:
    d  Detector number (1-3)
    r  Ring identifier (I or O)
    v  Primary interaction point @f$z@f$ coordinate

 Return:
    The correction @f$ c_{r,v}@f$

 Get the secondary correction @f$ c_{r,v}@f$

 Parameters:
    d  Detector number (1-3)
    r  Ring identifier (I or O)
    b  Bin corresponding to the primary interaction point
           @f$z@f$ coordinate (1 based)

 Return:
    The correction @f$ c_{r,v}@f$

 Find the vertex bin that corresponds to the passed vertex

 Parameters:
    vertex The interaction points @f$z@f$-coordinate

 Return:
    Vertex bin in @f$[1,N_{\mbox{vertex}}]@f$ or negative if
 out of range

 Get the index corresponding to the given ring

 Parameters:
    d Detector
    r Ring

 Return:
    Index (0 based) or negative in case of errors

 Get the ring array corresponding to the specified ring

 Parameters:
    d Detector
    r Ring

 Return:
    Pointer to ring array, or null in case of problems

 Get the ring array corresponding to the specified ring

 Parameters:
    d Detector
    r Ring

 Return:
    Pointer to ring array, or newly created container

 Set the secondary map correction @f$ c_{r,v}(\eta,\varphi)@f$
 Note, that the object takes ownership of the passed pointer.

 Parameters:
    d    Detector number (1-3)
    r    Ring identifier (I or O)
    b    Bin corresponding to the primary interaction point
             @f$z@f$ coordinate  (1 based)
    h    @f$ c_{r,v}(\eta,\varphi)@f$

 Return:
    true if operation succeeded

 Set the secondary map correction @f$ c_{r,v}(\eta,\varphi)@f$.
 Note, that the object takes ownership of the passed pointer.

 Parameters:
    d    Detector number (1-3)
    r    Ring identifier (I or O)
    v    Primary interaction point @f$z@f$ coordinate
    h    @f$ c_{r,v}(\eta,\varphi)@f$

 Return:
    true if operation succeeded

 Browse this object in the browser

 Parameters:
    b

 Print this object

 Parameters:
    option

   * Get the vertex axis used
   *
   * @return vertex axis

   * Get the eta axis used
   *
   * @return eta axis

@}

   * @{
   * @name Auxiliary member functions


   * Declare this as a folder
   *
   * @return Always true