CreateParaset_GS_Alg.C File Reference

Functions
ParaSet	Branch ("CUT_GS_CUT_DIP",&cut_gs_cut_dip,"CUT_GS_CUT_DIP/D")
ParaSet	Branch ("CUT_GS_CUT_DMIN",&cut_gs_cut_dmin,"CUT_GS_CUT_DMIN/D")
ParaSet	Branch ("CUT_GS_CUT_DR",&cut_gs_cut_dr,"CUT_GS_CUT_DR/D")
ParaSet	Branch ("CUT_GS_CUT_DTHETA",&cut_gs_cut_dtheta,"CUT_GS_CUT_DTHETA/D")
ParaSet	Branch ("CUT_GS_CUT_DZ",&cut_gs_cut_dz,"CUT_GS_CUT_DZ/D")
ParaSet	Branch ("CUT_GS_CUT_OPPOSITEFLAG",&cut_gs_cut_oppositeflag,"CUT_GS_CUT_OPPOSITEFLAG/I")
ParaSet	Branch ("CUT_GS_CUT_PIDDIFF",&cut_gs_cut_piddiff,"CUT_GS_CUT_PIDDIFF/D")
PARAMETERSET_DEFINITIONFILE_SHORT	cd ()
	for (Int_t j=0;j< 2;j++)
outstream	open (OutputFile)
ParaSet	Print ()
	=========================================================================== More...
outstream<< "#ParaSetNr CUT_GS_CUT_DIP CUT_GS_CUT_DMIN CUT_GS_CUT_DR CUT_GS_CUT_DZ CUT_GS_CUT_DTHETA CUT_GS_CUT_PIDDIFF CUT_GS_CUT_OPPOSITEFLAG "<< endl;int cnt[7]={0, 0, 0, 0, 0, 0, 0};bool stop=kFALSE;Double_t array_gs_cut_dip[5000];Double_t array_gs_cut_dmin[5000];Double_t array_gs_cut_dr[5000];Double_t array_gs_cut_dz[5000];Double_t array_gs_cut_dtheta[5000];for(Int_t i=0;i< 5000;i++) { array_gs_cut_dip[i]=gRandom->	Uniform (0, 400)
ParaSet	Write ()

Variables
	array_gs_cut_dmin [i] =gRandom->Uniform(0,200)
	array_gs_cut_dr [i] =gRandom->Uniform(0,500)
	array_gs_cut_dtheta [i] =gRandom->Uniform(0,0.5)
	array_gs_cut_dz [i] =gRandom->Uniform(0,30000)
Double_t	cut_gs_cut_dip =150
Double_t	cut_gs_cut_dmin =40
Double_t	cut_gs_cut_dr =60
Double_t	cut_gs_cut_dtheta =0.06
Double_t	cut_gs_cut_dz =19000
Int_t	cut_gs_cut_oppositeflag =0
Double_t	cut_gs_cut_piddiff =1
TString	OutputFile ="PARAMETERSET_DEFINITIONFILE_LONG_GS_ALG.txt"
ofstream	outstream
	ParaSet = new TTree("ParaSet_Variables","ParaSet_Variables")
Int_t	ParaSetNr =0
	return
	stop =kFALSE
	=========================================================================== More...

Function Documentation

Branch() [1/7]

ParaSet Branch	(	"CUT_GS_CUT_DIP"	,
		&	cut_gs_cut_dip,
		"CUT_GS_CUT_DIP/D"
	)

Branch() [2/7]

ParaSet Branch	(	"CUT_GS_CUT_DMIN"	,
		&	cut_gs_cut_dmin,
		"CUT_GS_CUT_DMIN/D"
	)

Branch() [3/7]

ParaSet Branch	(	"CUT_GS_CUT_DR"	,
		&	cut_gs_cut_dr,
		"CUT_GS_CUT_DR/D"
	)

Branch() [4/7]

ParaSet Branch	(	"CUT_GS_CUT_DTHETA"	,
		&	cut_gs_cut_dtheta,
		"CUT_GS_CUT_DTHETA/D"
	)

Branch() [5/7]

ParaSet Branch	(	"CUT_GS_CUT_DZ"	,
		&	cut_gs_cut_dz,
		"CUT_GS_CUT_DZ/D"
	)

Branch() [6/7]

ParaSet Branch	(	"CUT_GS_CUT_OPPOSITEFLAG"	,
		&	cut_gs_cut_oppositeflag,
		"CUT_GS_CUT_OPPOSITEFLAG/I"
	)

Branch() [7/7]

ParaSet Branch	(	"CUT_GS_CUT_PIDDIFF"	,
		&	cut_gs_cut_piddiff,
		"CUT_GS_CUT_PIDDIFF/D"
	)

cd()

PARAMETERSET_DEFINITIONFILE_SHORT cd

(

)

for()

for

(

)

                                {
    for (Int_t k=0;k<5;k++) {
        for (Int_t i=0;i<5000;i++) {
        cut_gs_cut_dip=array_gs_cut_dip[i];
        cut_gs_cut_dmin=array_gs_cut_dmin[i];
        cut_gs_cut_dr=array_gs_cut_dr[i];
        cut_gs_cut_dz=array_gs_cut_dz[i];
        cut_gs_cut_dtheta=array_gs_cut_dtheta[i];
 
                        cut_gs_cut_piddiff=k;
                        cut_gs_cut_oppositeflag=j;
                        
                        
                        
                        ParaSet->Fill();
                        outstream << "  " << ParaSetNr << "  " << "  " << cut_gs_cut_dip << "  " << cut_gs_cut_dmin << "  " << cut_gs_cut_dr << "  " << cut_gs_cut_dz << "  " << cut_gs_cut_dtheta << "  " << cut_gs_cut_piddiff << "  " << cut_gs_cut_oppositeflag << "  "  << endl;
                        ++ParaSetNr;
                    }
                }
            }

open()

outstream open

(

OutputFile

)

Print()

ParaSet Print

(

)

===========================================================================

===========================================================================

Uniform()

outstream<< "#ParaSetNr CUT_GS_CUT_DIP CUT_GS_CUT_DMIN CUT_GS_CUT_DR CUT_GS_CUT_DZ CUT_GS_CUT_DTHETA CUT_GS_CUT_PIDDIFF CUT_GS_CUT_OPPOSITEFLAG "<< endl; int cnt[7]={0,0,0,0,0,0,0}; bool stop=kFALSE; Double_t array_gs_cut_dip[5000]; Double_t array_gs_cut_dmin[5000]; Double_t array_gs_cut_dr[5000]; Double_t array_gs_cut_dz[5000]; Double_t array_gs_cut_dtheta[5000]; for (Int_t i=0;i<5000;i++) { array_gs_cut_dip[i]=gRandom-> Uniform	(	0	,
		400
	)

Write()

ParaSet Write

(

)

Variable Documentation

array_gs_cut_dmin

array_gs_cut_dmin[i] =gRandom->Uniform(0,200)

array_gs_cut_dr

array_gs_cut_dr[i] =gRandom->Uniform(0,500)

array_gs_cut_dtheta

array_gs_cut_dtheta[i] =gRandom->Uniform(0,0.5)

array_gs_cut_dz

array_gs_cut_dz[i] =gRandom->Uniform(0,30000)

cut_gs_cut_dip

Double_t cut_gs_cut_dip =150

cut_gs_cut_dmin

Double_t cut_gs_cut_dmin =40

cut_gs_cut_dr

Double_t cut_gs_cut_dr =60

cut_gs_cut_dtheta

Double_t cut_gs_cut_dtheta =0.06

cut_gs_cut_dz

Double_t cut_gs_cut_dz =19000

cut_gs_cut_oppositeflag

Int_t cut_gs_cut_oppositeflag =0

cut_gs_cut_piddiff

Double_t cut_gs_cut_piddiff =1

OutputFile

TString OutputFile ="PARAMETERSET_DEFINITIONFILE_LONG_GS_ALG.txt"

outstream

ofstream outstream

ParaSet

ParaSet = new TTree("ParaSet_Variables","ParaSet_Variables")

ParaSetNr

Int_t ParaSetNr =0

return

return

stop

stop =kFALSE

===========================================================================