pion_beam_example.C File Reference

Go to the source code of this file.

Functions
	makeDistributionManager () -> Exec("pion_beam")
ampl_orig	SetTerm (0)
histo1	Sumw2 ()
my_reaction	Do (histo1,"_x = ([e+]+[e-])->M()")
my_reaction	Print ()
my_reaction	Loop (10000)
histo1	Draw ("")

Variables
PPionBeamAmplitude *	ampl_orig =(PPionBeamAmplitude*) makeDistributionManager()->GetDistribution("Pi_minusBeamAmplitude")
TH1F *	histo1 = new TH1F("histo1","Dilepton Mass",100,0.,0.8)
PReaction	my_reaction ("0.832","pi-","p","n dilepton [e+ e-]")

Function Documentation

Do()

my_reaction Do

(

histo1

)

Draw()

histo2 Draw

(

""

)

Loop()

my_reaction2 Loop

(

10000

)

makeDistributionManager()

makeDistributionManager

(

)

-> Exec("pion_beam")

Print()

my_reaction Print

(

)

SetTerm()

ampl_orig SetTerm

(

0

)

Sumw2()

eta_sum Sumw2

(

)

Variable Documentation

ampl_orig

PPionBeamAmplitude* ampl_orig =(PPionBeamAmplitude*) makeDistributionManager()->GetDistribution("Pi_minusBeamAmplitude")

Definition at line 10 of file pion_beam_example.C.

histo1

TH1F* histo1 = new TH1F("histo1","Dilepton Mass",100,0.,0.8)

Definition at line 18 of file pion_beam_example.C.

my_reaction

PReaction my_reaction("0.832","pi-","p","n dilepton [e+ e-]")	(	"0.832"	,
		"pi-"	,
		"p"	,
		"n dilepton "	[e+e-] )