class AliMUONDigitStoreVImpl: public AliMUONVDigitStore

 assignement operator

 dtor

 Connect this to the tree.

 Clear the internal digit array AND the index

 Clear our internal index

 Try to add a digit to the store. Return whether the try was successfull
 or not.

 If the digit is already there, the action taken depends on "replace"
 kAllow -> replacement will occur (i.e. return kTRUE)
 kDeny -> replacement will *not* occur (and returned value is kFALSE)
 kMerge -> both digits will be merged into one (return kTRUE)

 Create an iterator over the full store

 Create an iterator on a given part of the store

 Create an iterator to loop over tracker digits only

 Create an iterator to loop over trigger digits only

 Find a given digit
 Note that we only check for the id of the digit (i.e. de,manu,...)
 not for the actual content (charge, ...) to decide whether
 it's the same digit or not

 Recompute the fMap, which map (de,manu,ch) to an index within
 the fDigits array

 Update the internal index given this new digit

 Find the index of a given (de,internalManu,ch) triplet

 Find the index of a given digit

 Find digit by its uniqueID

 Find a digit

 Return the number of digits we hold

 Remove a digit

 Whether we can be connected to a TTree

 Add concrete digit