class AliMUONMCDataInterface: public TObject

 ctor

 dtor

 Return the hitStore for a given track of one event
 Return 0x0 if event and/or track not found
 Returned pointer should not be deleted

 \note If a previous store has been retrieved by one of the methods of
 this class, but for a different event number, then those stores will
 be deleted and no longer valid.
 If you require access to the data for the earlier retrieved store,
 but for different events, then you should deep copy / clone the object.

 Return the SDigit store for a given event.
 Return 0 if event not found
 Returned pointer should not be deleted

 \note If a previous store has been retrieved by one of the methods of
 this class, but for a different event number, then those stores will
 be deleted and no longer valid.
 If you require access to the data for the earlier retrieved store,
 but for different events, then you should deep copy / clone the object.

 Return a pointer to the digitStore for a given event (or 0 if not found)
 Returned pointer should not be deleted

 \note If a previous store has been retrieved by one of the methods of
 this class, but for a different event number, then those stores will
 be deleted and no longer valid.
 If you require access to the data for the earlier retrieved store,
 but for different events, then you should deep copy / clone the object.

 Get the Stack (list of generated particles) for one event
 Returned pointer should not be deleted

 \note If a previous store has been retrieved by one of the methods of
 this class, but for a different event number, then those stores will
 be deleted and no longer valid.
 If you require access to the data for the earlier retrieved store,
 but for different events, then you should deep copy / clone the object.

 Get the track references for a given (generated) track of one event
 Returned pointer should not be deleted

 \note If a previous store has been retrieved by one of the methods of
 this class, but for a different event number, then those stores will
 be deleted and no longer valid.
 If you require access to the data for the earlier retrieved store,
 but for different events, then you should deep copy / clone the object.

 Return the triggerStore for a given event.
 Return 0x0 if event not found.
 Returned pointer should not be deleted.

 \note If a previous store has been retrieved by one of the methods of
 this class, but for a different event number, then those stores will
 be deleted and no longer valid.
 If you require access to the data for the earlier retrieved store,
 but for different events, then you should deep copy / clone the object.

 Dump the digits for a given event, sorted if requested.

 Dump all the hits for one event

 Dump all generated particles for one event

 Dump the SDigits for a given event, sorted if requested

 Dump the given store in sorted order

 Dump track references for one event

 Dump trigger for a given event (trigger is read from TreeD)

 Load event if different from the current one.
 Returns kFALSE on error and kTRUE if the event was loaded.

 Number of events in the file we're connected to

 Number of tracks in the event

 Number of track references in the event

 Connect to a given galice.root file

 Loads all simulated data for the given event.

 Returns the total number of particles in the kinematics tree.

 Returns the index'th particle in the kinematics tree.
 @param index  The index number of the particle in the range [0 ... N-1]
               where N = NumberOfParticles()

 Returns the number of primary tracks (from primary particles) in the current event.

 Returns the number of hits for a given primary track/particle.
 @param track  The track number in the range [0 .. N-1]
               where N = NumberOfTracks()

 Returns a pointer to the index'th hit object.
 @param track  The track number in the range [0 .. N-1]
               where N = NumberOfTracks()
 @param index  The index number of the hit in the range [0 ... M-1]
               where M = NumberOfHits(track)

 Returns the number of summable digits to be found on a given detector element.
 @param detElemId  The detector element ID number to search on.

 Returns the a pointer to the index'th summable digit on the specified detector element.
 @param detElemId  The detector element ID number to search on.
 @param index  The index number of the digit to fetch in the range [0 .. N-1],
   where N = NumberOfDigits(detElemId)

 Returns the number of summable digits to be found on a specific chamber and cathode.
 @param chamber  The chamber number in the range [0 .. 13].
 @param cathode  The cathode in the range [0 .. 1], where 0 is the bending and
   1 is the non-bending plane.

 Returns the a pointer to the index'th summable digit on the specified chamber and cathode.
 @param chamber  The chamber number in the range [0 .. 13].
 @param cathode  The cathode in the range [0 .. 1], where 0 is the bending and
   1 is the non-bending plane.
 @param index  The index number of the digit to fetch in the range [0 .. N-1],
   where N = NumberOfDigits(chamber, cathode)

 Returns the number of simulated digits to be found on a given detector element.
 @param detElemId  The detector element ID number to search on.

 Returns the a pointer to the index'th simulated digit on the specified detector element.
 @param detElemId  The detector element ID number to search on.
 @param index  The index number of the digit to fetch in the range [0 .. N-1],
   where N = NumberOfDigits(detElemId)

 Returns the number of simulated digits to be found on a specific chamber and cathode.
 @param chamber  The chamber number in the range [0 .. 13].
 @param cathode  The cathode in the range [0 .. 1], where 0 is the bending and
   1 is the non-bending plane.

 Returns the a pointer to the index'th simulated digit on the specified chamber and cathode.
 @param chamber  The chamber number in the range [0 .. 13].
 @param cathode  The cathode in the range [0 .. 1], where 0 is the bending and
   1 is the non-bending plane.
 @param index  The index number of the digit to fetch in the range [0 .. N-1],
   where N = NumberOfDigits(chamber, cathode)

 Returns the number of simulated local trigger objects.

 Returns a pointer to the index'th simulated local trigger object.
 @param index  The index number of the local trigger object to fetch in the range [0 .. N-1],
   where N = NumberOfLocalTriggers()

 Returns the number of simulated regional trigger objects.

 Returns a pointer to the index'th simulated regional trigger object.
 @param index  The index number of the regional trigger object to fetch in the range [0 .. N-1],
   where N = NumberOfRegionalTriggers()

 Returns a pointer to the simulated global trigger object for the event.

 Number of track references in the currently selected event.

 Returns the track references for a given track in the current event.
 @param track  The track to returns track references for. In the range [0 .. N-1]
               where N = NumberOfTrackRefs()

 Deletes all the store objects that have been created and resets the pointers to 0x0.
 The temporary iterator object is automatically reset. See ResetIterator for more details.

 Creates an appropriate iterator object and returns it.
 If the iterator has already been created then that one is returned otherwise
 a new object is created.
 Depending on the value of 'type' the semantics of parameters x and y can change.
 @param type  The type of iterator to create.
 @param x  This is the detector element ID if type equals kDigitIteratorByDetectorElement
           or kSDigitIteratorByDetectorElement.
           If type equals kDigitIteratorByChamberAndCathode or
           kSDigitIteratorByChamberAndCathode then this is the chamber number.
           For type == kHitIterator the parameter x is the track number.
           In all other cases this parameter is ignored.
 @param y  If type equals kDigitIteratorByChamberAndCathode or
           kSDigitIteratorByChamberAndCathode then this parameter is the cathode
           number. In all other cases this parameter is ignored.

 The temporary iterator object is deleted if it exists and the pointer reset to 0x0.
 The iterator type and temporary data indicating the state of the iterator are
 also reset.

 Counts the number of objects in the iterator and resets it.
 @return The number of objects in 'iter'.

 Fetches the index'th object from the iterator counting the first object
 returned by iterator after it is reset as index == 0. The next object
 has index == 1 and so on where the last object returned by the iterator
 has index == N-1 where N = CountObjects(iter)
 This method will only reset the iterator if index is smaller than
 fCurrentIndex, which is used to track the iteration progress and is
 updated when a new object if returned by this method.
 @param iter  The iterator to fetch an object from.
 @param index The index number of the object to fetch in the range [0 .. N-1]
        where N = CountObjects(iter)

 Returns true if the data interface was able to open the root file correctly.

 Returns the index number of the current event loaded.
 This is the event number as was used in the last calls to any of the methods
 in this interface that have 'Int_t event' in the parameter list.
 GetEvent(Int_t event) for example.

 Not implemented