class emcFEMtuple

class emcFEMtuple: public emcManageable

Base class for all the manageables that hold information about one or several FEMs (like Pedestals, Gains, HLRatios, etc)

A FEMtuple is a vector of emcCalFEM.

Inheritance:

Public Methods
virtual bool Add(emcFEMtuple& fem): Add an emcFEMtuple to this one.
virtual emcCalFEM* AppendFEM(int absPosition, int pinNumber, int post_pre, int tac_pre, const PHTimeStamp& t1, const PHTimeStamp& t2): Append one FEM, and return a pointer to the created emcCalFEM.
virtual bool CheckIndex(int ifem) const: Check if a FEM index is valid for this object
virtual emcCalFEM* GetFEM(int ifem): Return a given Calibration FEM.
virtual int GetNumberOfChannels(void) const: Return the number of channels handled by this object
virtual int GetNumberOfFEMs(void) const: Return the number of FEM handled by this object
virtual int GetLastValidTime(int ifem=0) const: Return the last valid (incremental) time of a given FEM.
virtual int Get_post_pre(int ifem) const: Return the AMU post-pre value for a given FEM.
virtual int GetSize(void) const: Return the number of FEM hold by this object
virtual int Get_tac_pre(int ifem) const: Return the AMU tac-pre value for a given FEM.
virtual float getValue(int ichannel) const: get value method for time-independant objects
virtual float getValue(int ichannel, int thetime) const: get value method for time-dependant objects
virtual float getValue(int ichannel, int amucell, const char* kind) const: get value method with a kind (e.g. for pedestals)
virtual bool IsOwner(void) const: Return the ownership
virtual bool IsValid(const PHTimeStamp& when) const: Tells if this object is still valid at that time.
virtual bool IsValid(const PHTimeStamp& when, int ifem) const: Tells if values for one fem of this object are valid at that time
virtual void Print(int level=0): Print (for debug purposes)
virtual bool ReplaceFEM(int ifem, emcFEMtuple& fem): Replace a given FEM by a FEMtuple containing only one FEM.
virtual void Reset(void): Reset the object
virtual bool SetLastValidTime(int thetime, int ifem=0): Set last valid (incremental) time of a given FEM.
void SetOwnership(bool owner=true): Set ownership

Inherited from emcManageable:

Public Methods
virtual const char* GetCategory(void) const
static char* GetStorageName(emcManageable::EStorage storage)
EStorage GetDestination(void) const
EStorage GetSource(void) const
virtual void SetDestination(emcManageable::EStorage destination)
virtual void SetSource(emcManageable::EStorage origine)

Inherited from emcNamed:

Public Methods
virtual const char* GetClassName(void) const
virtual const char* GetName(void) const
virtual const char* GetTitle(void) const
virtual void SetClassName(const char*)
virtual void SetTitle(const char*)
virtual void SetName(const char*)

Documentation

Base class for all the manageables that hold information about one or several FEMs (like Pedestals, Gains, HLRatios, etc)

A FEMtuple is a vector of emcCalFEM.
Assuming you already get a filled emcFEMtuple femtuple object, you can :

Get access to a full FEM using femtuple.GetFEM(ifem),
where ifem is the index number of the FEM (ranging from 0 to femtuple.GetNumberOfFEMs())
This method returns a pointer to an emcCalFEM object. To know what you can do with this object, see the emcCalFEM interface.

Get access to channel values using one of the following methods:

getValue(int)
getValue(int,int)
getValue(int,const char*)

virtual bool Add(emcFEMtuple& fem)

Add an emcFEMtuple to this one. By now, it is checked that fem.GetSize()==1, and that fem.IsOwner()==true. After this call, fem.IsOwner() will be false.

virtual emcCalFEM* AppendFEM(int absPosition, int pinNumber, int post_pre, int tac_pre, const PHTimeStamp& t1, const PHTimeStamp& t2)

Append one FEM, and return a pointer to the created emcCalFEM.


Parameters:: absPosition - : the fem absolute position
pinNumber - : the fem PIN number
post_pre - : value of the AMU Cells post-pre difference
tac_pre - : value of the AMU Cells tac-pre difference
t1 - : start-of-validity period
t2 - : end-of-validity period.

virtual bool CheckIndex(int ifem) const

Check if a FEM index is valid for this object

virtual emcCalFEM* GetFEM(int ifem)

Return a given Calibration FEM.

virtual int GetNumberOfChannels(void) const

Return the number of channels handled by this object

virtual int GetNumberOfFEMs(void) const

Return the number of FEM handled by this object

virtual int GetLastValidTime(int ifem=0) const

Return the last valid (incremental) time of a given FEM.

virtual int Get_post_pre(int ifem) const

Return the AMU post-pre value for a given FEM.

virtual int GetSize(void) const

Return the number of FEM hold by this object

virtual int Get_tac_pre(int ifem) const

Return the AMU tac-pre value for a given FEM.

virtual float getValue(int ichannel) const

get value method for time-independant objects

virtual float getValue(int ichannel, int thetime) const

get value method for time-dependant objects

virtual float getValue(int ichannel, int amucell, const char* kind) const

get value method with a kind (e.g. for pedestals)

virtual bool IsOwner(void) const

Return the ownership

virtual bool IsValid(const PHTimeStamp& when) const

Tells if this object is still valid at that time.

virtual bool IsValid(const PHTimeStamp& when, int ifem) const

Tells if values for one fem of this object are valid at that time

virtual void Print(int level=0)

Print (for debug purposes)

virtual bool ReplaceFEM(int ifem, emcFEMtuple& fem)

Replace a given FEM by a FEMtuple containing only one FEM. Will fail in any of the following situations : a) fem.GetNumberOfFEMs()==1 b) (ifem)th fem does not exist in this object c) fem is not owner of its own FEMs array (because WE need to take ownership) d) we are not owner of our own FEMs array.