Functions | Variables
test_agky_1pi_rew.C File Reference

Go to the source code of this file.

Functions

fBaryonXFpdfTwk1 SetParameter (0, 1.)
 
fBaryonXFpdfTwk1 SetParameter (1, fDefPeakBaryonXF *(1+fracerr_xF1pi))
 
fBaryonXFpdfTwk1 SetParameter (0, fI0XFpdf/fBaryonXFpdfTwk1->Integral(fXFmin, fXFmax))
 
fBaryonXFpdfTwk2 SetParameter (1, fDefPeakBaryonXF *(1-fracerr_xF1pi))
 
fBaryonXFpdfTwk2 SetParameter (0, fI0XFpdf/fBaryonXFpdfTwk2->Integral(fXFmin, fXFmax))
 
fBaryonPT2pdfTwk1 SetParameter (1, fDefAvgPT2 *(1+fracerr_pT1pi))
 
fBaryonPT2pdfTwk1 SetParameter (0, fI0PT2pdf/fBaryonPT2pdfTwk1->Integral(fPT2min, fPT2max))
 
fBaryonPT2pdfTwk2 SetParameter (1, fDefAvgPT2 *(1-fracerr_pT1pi))
 
fBaryonPT2pdfTwk2 SetParameter (0, fI0PT2pdf/fBaryonPT2pdfTwk2->Integral(fPT2min, fPT2max))
 
fBaryonXFpdf Draw ()
 
fBaryonXFpdfTwk1 SetLineStyle (kDashed)
 
fBaryonXFpdfTwk1 Draw ("same")
 
c1 Update ()
 

Variables

double fXFmax = 0.5
 
double fPT2min = 0.001
 
double fPT2max = 0.6
 
double fracerr_xF1pi = 0.20
 
double fracerr_pT1pi = 0.03
 
TF1 * fBaryonXFpdf
 
TF1 * fBaryonPT2pdf
 
double fI0XFpdf = fBaryonXFpdf ->Integral(fXFmin, fXFmax)
 
double fI0PT2pdf = fBaryonPT2pdf->Integral(fPT2min,fPT2max)
 
double fDefPeakBaryonXF = -0.385
 
TF1 * fBaryonXFpdfTwk1
 
TF1 * fBaryonXFpdfTwk2
 
double fDefAvgPT2 = 1./6.625
 
TF1 * fBaryonPT2pdfTwk1
 
TF1 * fBaryonPT2pdfTwk2
 
TCanvas * c1 = new TCanvas("c1","",20,20,500,500)
 
TCanvas * c2 = new TCanvas("c2","",120,120,600,600)
 

Function Documentation

fBaryonXFpdf Draw ( )
fBaryonXFpdfTwk1 Draw ( "same"  )
fBaryonXFpdfTwk1 SetLineStyle ( kDashed  )
fBaryonPT2pdfTwk2 SetParameter ( ,
1.   
)
fBaryonXFpdfTwk1 SetParameter ( ,
fDefPeakBaryonXF 1+fracerr_xF1pi 
)
fBaryonXFpdfTwk1 SetParameter ( ,
fI0XFpdf/fBaryonXFpdfTwk1->  IntegralfXFmin, fXFmax 
)
fBaryonXFpdfTwk2 SetParameter ( ,
fDefPeakBaryonXF 1-fracerr_xF1pi 
)
fBaryonXFpdfTwk2 SetParameter ( ,
fI0XFpdf/fBaryonXFpdfTwk2->  IntegralfXFmin, fXFmax 
)
fBaryonPT2pdfTwk1 SetParameter ( ,
fDefAvgPT2 1+fracerr_pT1pi 
)
fBaryonPT2pdfTwk1 SetParameter ( ,
fI0PT2pdf/fBaryonPT2pdfTwk1->  IntegralfPT2min, fPT2max 
)
fBaryonPT2pdfTwk2 SetParameter ( ,
fDefAvgPT2 1-fracerr_pT1pi 
)
fBaryonPT2pdfTwk2 SetParameter ( ,
fI0PT2pdf/fBaryonPT2pdfTwk2->  IntegralfPT2min, fPT2max 
)
c1 Update ( )

Variable Documentation

TCanvas* c1 = new TCanvas("c1","",20,20,500,500)

Definition at line 50 of file test_agky_1pi_rew.C.

TCanvas* c2 = new TCanvas("c2","",120,120,600,600)

Definition at line 58 of file test_agky_1pi_rew.C.

TF1* fBaryonPT2pdf
Initial value:
= new TF1("fBaryonPT2pdf",
"exp(-0.214-6.625*x)", fPT2min, fPT2max)
double fPT2min
double fPT2max

Definition at line 14 of file test_agky_1pi_rew.C.

TF1* fBaryonPT2pdfTwk1
Initial value:
= new TF1("fBaryonPT2pdfTwk1",
"[0]*exp(-0.214-x/[1])", fPT2min, fPT2max)
double fPT2min
double fPT2max

Definition at line 39 of file test_agky_1pi_rew.C.

TF1* fBaryonPT2pdfTwk2
Initial value:
= new TF1("fBaryonPT2pdfTwk2",
"[0]*exp(-0.214-x/[1])", fPT2min, fPT2max)
double fPT2min
double fPT2max

Definition at line 44 of file test_agky_1pi_rew.C.

TF1* fBaryonXFpdf
Initial value:
= new TF1("fBaryonXFpdf",
"0.083*exp(-0.5*pow(x+0.385,2.)/0.131)", fXFmin, fXFmax)
double fXFmax

Definition at line 12 of file test_agky_1pi_rew.C.

TF1* fBaryonXFpdfTwk1
Initial value:
= new TF1("fBaryonXFpdfTwk1",
"[0]*0.083*exp(-0.5*pow(x-[1],2.)/0.131)", fXFmin, fXFmax)
double fXFmax

Definition at line 27 of file test_agky_1pi_rew.C.

TF1* fBaryonXFpdfTwk2
Initial value:
= new TF1("fBaryonXFpdfTwk2",
"[0]*0.083*exp(-0.5*pow(x-[1],2.)/0.131)", fXFmin, fXFmax)
double fXFmax

Definition at line 32 of file test_agky_1pi_rew.C.

double fDefAvgPT2 = 1./6.625

Definition at line 38 of file test_agky_1pi_rew.C.

double fDefPeakBaryonXF = -0.385

Definition at line 26 of file test_agky_1pi_rew.C.

double fI0PT2pdf = fBaryonPT2pdf->Integral(fPT2min,fPT2max)

Definition at line 18 of file test_agky_1pi_rew.C.

double fI0XFpdf = fBaryonXFpdf ->Integral(fXFmin, fXFmax)

Definition at line 17 of file test_agky_1pi_rew.C.

double fPT2max = 0.6

Definition at line 6 of file test_agky_1pi_rew.C.

double fPT2min = 0.001

Definition at line 5 of file test_agky_1pi_rew.C.

double fracerr_pT1pi = 0.03

Definition at line 9 of file test_agky_1pi_rew.C.

double fracerr_xF1pi = 0.20

Definition at line 8 of file test_agky_1pi_rew.C.

double fXFmax = 0.5

Definition at line 4 of file test_agky_1pi_rew.C.