pp_cocktail_1.25.C File Reference

Go to the source code of this file.

Functions
	makeDistributionManager () -> Exec("brems: kaptari; weighting")
my_cross	SetCrossSection (0.2 *0.001 *2)
my_reaction	AddReaction ("p p pi0 pi0 [g dilepton [e+ e-]]")
my_reaction	AddReaction ("p D+ [p dilepton [e+ e-]]")
my_reaction	Print ()
pp_sum	Sumw2 ()
my_reaction	Do (pp_sum, "_x=[dilepton]->M()")
my_reaction	Preheating (100)
my_reaction	Loop (10000)
c1	SetLogy (1)
pp_sum	Draw ()

Variables
PTCrossWeight *	my_cross
	flat_generator
PReaction *	my_reaction
TH1F *	pp_sum
TCanvas *	c1 = new TCanvas("ee_mass", "ee invmass", 800, 800)

Function Documentation

AddReaction() [1/2]

my_reaction AddReaction

(

"p D+ ]"

[p dilepton[e+e-]

)

AddReaction() [2/2]

my_reaction AddReaction

(

"p p pi0 pi0 ]"

[g dilepton[e+e-]

)

Do()

my_reaction Do

(

pp_sum

)

Draw()

pp_sum Draw

(

)

Loop()

my_reaction Loop

(

10000

)

makeDistributionManager()

makeDistributionManager

(

)

-> Exec("brems: kaptari; weighting")

Preheating()

my_reaction Preheating

(

100

)

Print()

my_reaction Print

(

)

SetCrossSection()

my_cross SetCrossSection

(

0.2 *0.001 *

2

)

SetLogy()

c1 SetLogy

(

1

)

Sumw2()

pp_sum Sumw2

(

)

Variable Documentation

c1

TCanvas* c1 = new TCanvas("ee_mass", "ee invmass", 800, 800)

Definition at line 98 of file pp_cocktail_1.25.C.

flat_generator

flat_generator

Definition at line 55 of file pp_cocktail_1.25.C.

my_cross

PTCrossWeight* my_cross

Initial value:

= 
    new PTCrossWeight("p + p_to_p_p_pi0_pi0/tcross",
              "Cross section for double pi0 production", -1)

Definition at line 39 of file pp_cocktail_1.25.C.

my_reaction

PReaction* my_reaction

Initial value:

= 
    
    new PReaction("1.25", "p", "p", "p D+ [p pi0 [g dilepton [e+ e-]]]", "pp_1.25", 1, 0, 0, 0)

Definition at line 67 of file pp_cocktail_1.25.C.

pp_sum

TH1F* pp_sum

Initial value:

= 
    new TH1F ("pp_sum", "pp DiLepton mass (coherent sum)", 100, 0., 0.6)

Definition at line 83 of file pp_cocktail_1.25.C.