use_eta_generator.C File Reference

Go to the source code of this file.

Functions
	makeDistributionManager () -> GetDistribution("eta_dalitz") ->EnableWeighting()
dilepton_generator	Add ("eta,parent")
dilepton_generator	Add ("g,daughter")
dilepton_generator	Add ("dilepton,daughter,primary")
dilepton_generator	SetSampleFunction (flat)
dilepton_generator	EnableGenerator ()
r	Print ()
r	Preheating (100)
r	loop (10000)

Variables
TF1 *	flat = new TF1("flat", "1", 0, 1)
PInclusiveModel *	dilepton_generator
PReaction *	r

Function Documentation

Add() [1/3]

dilepton_generator Add	(	"	dilepton,
		daughter	,
		primary"	)

Add() [2/3]

dilepton_generator Add	(	"	eta,
		parent"	)

Add() [3/3]

dilepton_generator Add	(	"	g,
		daughter"	)

EnableGenerator()

dilepton_generator EnableGenerator

(

)

loop()

r loop

(

10000

)

makeDistributionManager()

makeDistributionManager

(

)

-> GetDistribution("eta_dalitz") ->EnableWeighting()

Preheating()

r Preheating

(

100

)

Print()

r Print

(

)

SetSampleFunction()

dilepton_generator SetSampleFunction

(

flat

)

Variable Documentation

dilepton_generator

PInclusiveModel* dilepton_generator

Initial value:

= 
    new PInclusiveModel("flat@eta_to_g_dilepton/generator", "Dilepton generator", -1)

Definition at line 13 of file use_eta_generator.C.

flat

TF1* flat = new TF1("flat", "1", 0, 1)

Definition at line 10 of file use_eta_generator.C.

r

PReaction* r

Initial value:

=new PReaction(3.13, "p", "p", "p p eta [dilepton [e+ e-] g]", 
                "eta_generator", 1, 0, 0, 0)

Definition at line 27 of file use_eta_generator.C.