IBeamIntensity Class Reference

#include <IBeamIntensity.h>

Inheritance diagram for IBeamIntensity:

Collaboration diagram for IBeamIntensity:

Public Member Functions
virtual float	normFactor (int bunchXing) const =0
	a scale factor (average value 1.0) for the beam intensity at a given xing.
virtual float	largestElementInPattern () const =0
	the largest element in the beam intensity pattern.
virtual void	selectT0 (unsigned int run, unsigned long long event)=0
	randomly select in which bunch the current t0 is wrto the beam intensity distribution.
virtual unsigned int	getCurrentT0BunchCrossing () const =0
	return the bunch crossing selected to be the current t0 bunch crossing
virtual unsigned int	getBeamPatternLength () const =0
	return the length of the beam pattern
	DeclareInterfaceID (IBeamIntensity, 1, 0)
	Creates the InterfaceID and interfaceID() method.

Detailed Description

Definition at line 17 of file IBeamIntensity.h.

Member Function Documentation

DeclareInterfaceID()

IBeamIntensity::DeclareInterfaceID	(	IBeamIntensity	,
		1	,
		0	)

Creates the InterfaceID and interfaceID() method.

getBeamPatternLength()

virtual unsigned int IBeamIntensity::getBeamPatternLength ( ) const

pure virtual

return the length of the beam pattern

getCurrentT0BunchCrossing()

virtual unsigned int IBeamIntensity::getCurrentT0BunchCrossing ( ) const

pure virtual

return the bunch crossing selected to be the current t0 bunch crossing

largestElementInPattern()

virtual float IBeamIntensity::largestElementInPattern ( ) const

pure virtual

the largest element in the beam intensity pattern.

Required by the BkgStreamsCaches to ensure the background caches are large enough.

normFactor()

virtual float IBeamIntensity::normFactor ( int bunchXing ) const

pure virtual

a scale factor (average value 1.0) for the beam intensity at a given xing.

Note how the xing is a signed int, relative to the t0 xing

selectT0()

virtual void IBeamIntensity::selectT0 ( unsigned int run, unsigned long long event )

pure virtual

randomly select in which bunch the current t0 is wrto the beam intensity distribution.

This should be done proportionally to the distribution...

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

• IBeamIntensity.h