pn_ela.C File Reference

Go to the source code of this file.

Functions
	makeDistributionManager () -> Enable("pn_elastic")
test_elastic_theta	Divide (2, 2)
ela_pn	Print ()
ela_pn	Do (phi1,"p1 = [p,1]; p1->Boost([p + n]); _x = p1->Phi()* 180./TMath::Pi()")
ela_pn	Do (thetac1,"p1 = [p,1]; p1->Boost([p + n]); _x = p1->Theta()* 180./TMath::Pi()")
ela_pn	Loop (100000)
test_elastic_phi	cd ()
phi1	SetMinimum (0)
phi1	Draw ("")
test_elastic_theta	cd (1)
PReaction	ela_pn ("0.159","p","n","p n")
ela_pn	Do (thetac159,"p1 = [p,1]; p1->Boost([p + n]); _x = p1->Theta()* 180./TMath::Pi()")
test_elastic_theta	cd (2)
PReaction	ela_pn ("0.370","p","n","p n")
ela_pn	Do (thetac370,"p1 = [p,1]; p1->Boost([p + n]); _x = p1->Theta()* 180./TMath::Pi()")
test_elastic_theta	cd (3)
PReaction	ela_pn ("2.0","p","n","p n")
ela_pn	Do (thetac2000,"p1 = [p,1]; p1->Boost([p + n]); _x = p1->Theta()* 180./TMath::Pi()")
test_elastic_theta	cd (4)

Variables
TCanvas *	test_elastic_phi
TCanvas *	test_elastic_theta
PReaction	ela_pn ("0.0011","p","n","p n")
TH1F *	phi1 = new TH1F ("phi10","1 MeV Azimuthal angle",360,-180,180)
TH1F *	thetac1 = new TH1F ("thetac1","1 MeV CM Polar angle",180,0,180)
	return
TH1F *	thetac159 = new TH1F ("thetac159","159 MeV CM Polar angle",180,0,180)
TH1F *	thetac370 = new TH1F ("thetac370","370 MeV CM Polar angle",180,0,180)
TH1F *	thetac2000 = new TH1F ("thetac2000","2000 MeV CM Polar angle",180,0,180)

Function Documentation

cd() [1/5]

c1_6 cd

(

)

cd() [2/5]

test_elastic_theta cd

(

1

)

cd() [3/5]

test_elastic_theta cd

(

2

)

cd() [4/5]

test_elastic_theta cd

(

3

)

cd() [5/5]

test_elastic_theta cd

(

4

)

Divide()

test_elastic_theta Divide	(	2	,
		2	)

Do() [1/5]

ela_pn Do

(

phi1

)

Do() [2/5]

ela_pn Do

(

thetac1

)

Do() [3/5]

ela_pn Do

(

thetac159

)

Do() [4/5]

ela_pn Do

(

thetac2000

)

Do() [5/5]

ela_pn Do

(

thetac370

)

Draw()

phi1 Draw

(

""

)

ela_pn() [1/3]

PReaction ela_pn	(	"0.159"	,
		"p"	,
		"n"	,
		"p n"	)

ela_pn() [2/3]

PReaction ela_pn	(	"0.370"	,
		"p"	,
		"n"	,
		"p n"	)

ela_pn() [3/3]

PReaction ela_pn	(	"2.0"	,
		"p"	,
		"n"	,
		"p n"	)

Loop()

ela_pn Loop

(

100000

)

makeDistributionManager()

makeDistributionManager

(

)

-> Enable("pn_elastic")

Print()

ela_pn Print

(

)

SetMinimum()

phi1 SetMinimum

(

0

)

Variable Documentation

ela_pn

PReaction ela_pn("2.0","p","n","p n")	(	"0.0011"	,
		"p"	,
		"n"	,
		"p n"	)

phi1

TH1F* phi1 = new TH1F ("phi10","1 MeV Azimuthal angle",360,-180,180)

Definition at line 17 of file pn_ela.C.

return

return

Definition at line 29 of file pn_ela.C.

test_elastic_phi

TCanvas* test_elastic_phi

Initial value:

= new
    TCanvas ("test_elastic_phi","pn elastic",100,10,600,400)

Definition at line 8 of file pn_ela.C.

test_elastic_theta

TCanvas* test_elastic_theta

Initial value:

= new
    TCanvas ("test_elastic_theta","pn elastic",200,5,700,800)

Definition at line 11 of file pn_ela.C.

thetac1

TH1F* thetac1 = new TH1F ("thetac1","1 MeV CM Polar angle",180,0,180)

Definition at line 18 of file pn_ela.C.

thetac159

TH1F* thetac159 = new TH1F ("thetac159","159 MeV CM Polar angle",180,0,180)

Definition at line 33 of file pn_ela.C.

thetac2000

TH1F* thetac2000 = new TH1F ("thetac2000","2000 MeV CM Polar angle",180,0,180)

Definition at line 49 of file pn_ela.C.

thetac370

TH1F* thetac370 = new TH1F ("thetac370","370 MeV CM Polar angle",180,0,180)

Definition at line 41 of file pn_ela.C.