RAT::FitDirectionCenterProc Class Reference

Inheritance diagram for RAT::FitDirectionCenterProc:

Public Member Functions
void	BeginOfRun (DS::Run *run)
virtual void	SetI (std::string param, int value)
virtual void	SetD (std::string param, double value)
virtual void	SetS (std::string param, std::string value)
virtual Processor::Result	Event (DS::Root *ds, DS::EV *ev)
Public Member Functions inherited from RAT::Processor
	Processor (std::string _name)
virtual	~Processor ()
std::string	GetName () const
virtual void	SetF (std::string param, float value)
virtual Processor::Result	DSEvent (DS::Root *ds)
virtual void	EndOfRun (DS::Run *run)

Protected Member Functions
void	SetPlaceholderFOM (DS::FitResult *fit)

Protected Attributes
std::vector< int >	fPMTtype
std::string	fFitLabel = ""
std::string	fPosFitter
std::string	fDirFitter
std::string	fCutMethod
double	fTimeResLow = -10.0
double	fTimeResUp = 50.0
double	fTimeResFracLow = 0.0
double	fTimeResFracUp = 1.0
double	fLightSpeed = 0.0
double	fDrive = 0.0
double	fFixedTime = 0.0
TVector3	fFixedPosition
std::string	fPosMethod
DS::PMTInfo *	fPMTInfo
FitterInputHandler	inputHandler
Protected Attributes inherited from RAT::Processor
std::string	name

Additional Inherited Members
Public Types inherited from RAT::Processor
enum	Result { OK = 0 , FAIL = 1 , ABORT = 2 }

Member Function Documentation

Event()

Processor::Result FitDirectionCenterProc::Event ( DS::Root *  ds, DS::EV *  ev  )

virtual

Process one triggered event.

If you do not override DSEvent(), then this method is called once per triggered event. As a convenience, a reference is also provided to the root of the data structure associated with the triggered event.

Do not override this method if you also plan to override DSEvent().

Parameters

[in]	ds	Root of data structure
[in,out]	ev	Triggered event data structure

Returns

Status code for successs/failure in processing this event.

Initialize ALL parameters with placeholder values

Set event position

If fractional time cuts specified, determine cut times

Apply time cuts and determine photon path directions

Calculate mean angle between reconstructed direction and photon path directions

======= Percentiles ====== -— Octile 7

-— Quartile 3

-— Median

-— Quartile 1

-— Octile 1

Calculate deviation about mean angle

Save results

Reimplemented from RAT::Processor.

SetD()

void FitDirectionCenterProc::SetD ( std::string  param, double  value  )

virtual

Set double parameter

Parameters

[in]	param	Name of parameter.
[in]	value	Value of parameter.

Exceptions

ParamUnknown	if param is not recognized.
ParamInvalid	if value is not allowed for param.

Reimplemented from RAT::Processor.

SetI()

void FitDirectionCenterProc::SetI ( std::string  param, int  value  )

virtual

Set integer parameter.

Parameters

[in]	param	Name of parameter.
[in]	value	Value of parameter.

Exceptions

ParamUnknown	if param is not recognized.
ParamInvalid	if value is not allowed for param.

Reimplemented from RAT::Processor.

SetS()

void FitDirectionCenterProc::SetS ( std::string  param, std::string  value  )

virtual

Set string parameter.

Parameters

[in]	param	Name of parameter.
[in]	value	Value of parameter.

Exceptions

ParamUnknown	if param is not recognized.
ParamInvalid	if value is not allowed for param.

Reimplemented from RAT::Processor.

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The documentation for this class was generated from the following files:

• /home/docs/checkouts/readthedocs.org/user_builds/ratpac/checkouts/latest/src/fit/include/RAT/FitDirectionCenterProc.hh
• /home/docs/checkouts/readthedocs.org/user_builds/ratpac/checkouts/latest/src/fit/src/FitDirectionCenterProc.cc