float error(TFile * theFile){
if(!theFile) return 0;
TH1F * denominator = (TH1F*) (theFile->Get("higgsEta_7"));
if(!denominator)return 0;
float eff = efficiency(theFile);
return sqrt(eff*(1-eff)/denominator->Integral());
}
Double_t eff(Double_t *x, Double_t *par) {
Double_t xx = x[0];
Double_t m0 = par[0];
Double_t sigma = par[1];
Double_t alpha = par[2];
Double_t n = par[3];
Double_t norm = par[4];
return efficiency(xx,m0,sigma,alpha,n,norm);
}
double ratioEfficiencyElec::mcEfficiency(double pt, bool EB) const
{
double ratio_ = 0 ;
if (pt<15) return ratio_ ;
double meanMC,sigmaMC,alphaMC,nMC,normMC ;
if (EB) {
meanMC=20.58604584 ; sigmaMC=-1.89456806 ; alphaMC=3.69311772 ; nMC=1.05480046 ; normMC=1.28655181 ;
} else {
meanMC=20.15425918 ; sigmaMC=0.75449122 ; alphaMC=1.06027513 ; nMC=1.01106686 ; normMC=7.01956561 ;
}
double effMC = efficiency(pt,meanMC,sigmaMC,alphaMC,nMC,normMC) ;
ratio_ = effMC ;
return ratio_ ;
}
double ratioEfficiencyMu::mcEfficiency(double pt, bool EB) const
{
double ratio_ = 0 ;
if (pt<15) return ratio_ ;
double meanMC,sigmaMC,alphaMC,nMC,normMC ;
if (EB) {
meanMC=16.99389526 ; sigmaMC=-0.04080190 ; alphaMC=0.00794730 ; nMC=1.60377906 ; normMC=0.99626161;
} else {
meanMC=16.99065795 ; sigmaMC=-0.11993730 ; alphaMC=0.01384991 ; nMC=2.38867304 ; normMC=0.86552275;
}
double effMC = efficiency(pt,meanMC,sigmaMC,alphaMC,nMC,normMC) ;
ratio_ = effMC ;
return ratio_ ;
}
double Recipe::originalGravity() const
{
double originalGravity = 0;
foreach(RecipeIngredient* ingredient, ingredients()) {
GrainIngredient *grainIngredient =
qobject_cast<GrainIngredient *>(ingredient->ingredient());
if(grainIngredient) {
double specificGravity = (grainIngredient->specificGravity() - 1);
specificGravity *= ingredient->quantity().valueToPound();
if(grainIngredient->extract()) {
originalGravity += specificGravity;
} else {
originalGravity += specificGravity * efficiency();
}
continue;
}
}
/* ================== getOption =================
This function reads in the user's desired chose
of operation. Calls upon other functions to
perform the procedure.
Pre pHeader - pointer to HEAD structure
Post
Return
*/
void getOption (HEAD* pHeader)
{
// Local Declarations
char command;
DATA target;
DATA* airport = NULL;
int i;
// Statements
while ((command = menu()) != 'Q') {
switch (command)
{
case 'A':
if (addAirport(pHeader))
{
while (checkHash(pHeader->pHash) == 1) {
pHeader->pHash = upsizeHash(pHeader->pHash);
}
printf ("\n Succesfully added data.\n\n");
}
break;
case 'D':
printf("Enter the airport code: ");
scanf(" %s", target.arpCode);
if (deleteHash (pHeader, target))
{
while (checkHash(pHeader->pHash) == -1) {
pHeader->pHash = downsizeHash(pHeader->pHash);
}
printf ("\n Succesfully deleted data.\n\n");
}
break;
case 'F':
printf("Enter the airport code: ");
scanf(" %s", target.arpCode);
// fix sensitive input cases
for (i = 0; i < strlen(target.arpCode); i++) {
target.arpCode[i] = toupper(target.arpCode[i]);
}
airport = findHash(pHeader->pHash, &target);
if (airport != NULL) {
processScreen(airport);
}
else printf("No airport exists\n");
break;
case 'L':
printHash(pHeader->pHash);
break;
case 'K':
BST_Traverse(pHeader->pTree, processScreen);
break;
case 'P':
printTree(pHeader->pTree->root, 0);
printf("\n");
break;
case 'W':
outputFile (pHeader->pHash);
break;
case 'E':
efficiency(pHeader->pHash);
break;
case 'H':
pHeader->pHash = hashDemo(pHeader->pHash);
break;
default:
printf("Invalid choice. Choose again\n");
break;
}
}
return;
} // getOption
Quantity ZoneHVACBaseboardConvectiveElectric_Impl::getEfficiency(bool returnIP) const {
OptionalDouble value = efficiency();
OSOptionalQuantity result = getQuantityFromDouble(OS_ZoneHVAC_Baseboard_Convective_ElectricFields::Efficiency, value, returnIP);
OS_ASSERT(result.isSet());
return result.get();
}
void higgs_hlt87(){
float x[16], ex[16];
float x2[18], ex2[18];
float x3[19], ex3[19];
TFile *_fileggh[19];
_fileggh[0] = TFile::Open("ggh_m60_8TeV/output.root");
_fileggh[1] = TFile::Open("ggh_m65_8TeV/output.root");
_fileggh[2] = TFile::Open("ggh_m70_8TeV/output.root");
_fileggh[3] = TFile::Open("ggh_m75_8TeV/output.root");
_fileggh[4] = TFile::Open("ggh_m80_8TeV/output.root");
_fileggh[5] = TFile::Open("ggh_m85_8TeV/output.root");
_fileggh[6] = TFile::Open("ggh_m90_8TeV/output.root");
_fileggh[7] = TFile::Open("ggh_m95_8TeV/output.root");
_fileggh[8] = TFile::Open("ggh_m100_8TeV/output.root");
_fileggh[9] = TFile::Open("ggh_m105_8TeV/output.root");
_fileggh[10] = TFile::Open("ggh_m110_8TeV/output.root");
_fileggh[11] = TFile::Open("ggh_m115_8TeV/output.root");
_fileggh[12] = TFile::Open("ggh_m120_8TeV/output.root");
_fileggh[13] = TFile::Open("ggh_m125_8TeV/output.root");
_fileggh[14] = TFile::Open("ggh_m130_8TeV/output.root");
_fileggh[15] = TFile::Open("ggh_m135_8TeV/output.root");
_fileggh[16] = TFile::Open("ggh_m140_8TeV/output.root");
_fileggh[17] = TFile::Open("ggh_m145_8TeV/output.root");
_fileggh[18] = TFile::Open("ggh_m150_8TeV/output.root");
TFile *_filetth[19];
_filetth[0] = TFile::Open("tth_m60_8TeV/output.root");
_filetth[1] = TFile::Open("tth_m65_8TeV/output.root");
_filetth[2] = TFile::Open("tth_m70_8TeV/output.root");
_filetth[3] = TFile::Open("tth_m75_8TeV/output.root");
_filetth[4] = TFile::Open("tth_m80_8TeV/output.root");
_filetth[5] = TFile::Open("tth_m85_8TeV/output.root");
_filetth[6] = TFile::Open("tth_m90_8TeV/output.root");
_filetth[7] = TFile::Open("tth_m95_8TeV/output.root");
_filetth[8] = TFile::Open("tth_m100_8TeV/output.root");
_filetth[9] = TFile::Open("tth_m105_8TeV/output.root");
_filetth[10] = TFile::Open("tth_m110_8TeV/output.root");
_filetth[11] = TFile::Open("tth_m115_8TeV/output.root");
_filetth[12] = TFile::Open("tth_m120_8TeV/output.root");
_filetth[13] = TFile::Open("tth_m125_8TeV/output.root");
_filetth[14] = TFile::Open("tth_m130_8TeV/output.root");
_filetth[15] = TFile::Open("tth_m135_8TeV/output.root");
_filetth[16] = TFile::Open("tth_m140_8TeV/output.root");
_filetth[17] = TFile::Open("tth_m145_8TeV/output.root");
_filetth[18] = TFile::Open("tth_m150_8TeV/output.root");
TFile *_filevbf[19];
_filevbf[0] = TFile::Open("vbf_m60_8TeV/output.root");
_filevbf[1] = TFile::Open("vbf_m65_8TeV/output.root");
_filevbf[2] = TFile::Open("vbf_m70_8TeV/output.root");
_filevbf[3] = TFile::Open("vbf_m75_8TeV/output.root");
_filevbf[4] = TFile::Open("vbf_m80_8TeV/output.root");
_filevbf[5] = TFile::Open("vbf_m85_8TeV/output.root");
_filevbf[6] = TFile::Open("vbf_m90_8TeV/output.root");
_filevbf[7] = TFile::Open("vbf_m95_8TeV/output.root");
_filevbf[8] = TFile::Open("vbf_m100_8TeV/output.root");
_filevbf[9] = TFile::Open("vbf_m105_8TeV/output.root");
_filevbf[10] = TFile::Open("vbf_m110_8TeV/output.root");
_filevbf[11] = TFile::Open("vbf_m115_8TeV/output.root");
_filevbf[12] = TFile::Open("vbf_m120_8TeV/output.root");
_filevbf[13] = TFile::Open("vbf_m125_8TeV/output.root");
_filevbf[14] = TFile::Open("vbf_m130_8TeV/output.root");
_filevbf[15] = TFile::Open("vbf_m135_8TeV/output.root");
_filevbf[16] = TFile::Open("vbf_m140_8TeV/output.root");
_filevbf[17] = TFile::Open("vbf_m145_8TeV/output.root");
_filevbf[18] = TFile::Open("vbf_m150_8TeV/output.root");
TFile *_filewzh[19];
_filewzh[0] = TFile::Open("wzh_m60_8TeV/output.root");
_filewzh[1] = TFile::Open("wzh_m65_8TeV/output.root");
_filewzh[2] = TFile::Open("wzh_m70_8TeV/output.root");
_filewzh[3] = TFile::Open("wzh_m75_8TeV/output.root");
_filewzh[4] = TFile::Open("wzh_m80_8TeV/output.root");
_filewzh[5] = TFile::Open("wzh_m85_8TeV/output.root");
_filewzh[6] = TFile::Open("wzh_m90_8TeV/output.root");
_filewzh[7] = TFile::Open("wzh_m95_8TeV/output.root");
_filewzh[8] = TFile::Open("wzh_m100_8TeV/output.root");
_filewzh[9] = TFile::Open("wzh_m105_8TeV/output.root");
_filewzh[10] = TFile::Open("wzh_m110_8TeV/output.root");
_filewzh[11] = TFile::Open("wzh_m115_8TeV/output.root");
_filewzh[12] = TFile::Open("wzh_m120_8TeV/output.root");
_filewzh[13] = TFile::Open("wzh_m125_8TeV/output.root");
_filewzh[14] = TFile::Open("wzh_m130_8TeV/output.root");
_filewzh[15] = TFile::Open("wzh_m135_8TeV/output.root");
_filewzh[16] = TFile::Open("wzh_m140_8TeV/output.root");
_filewzh[17] = TFile::Open("wzh_m140_8TeV/output.root");
_filewzh[18] = TFile::Open("wzh_m145_8TeV/output.root");
float avEFFggh[19];
float avEFFtth[19];
float avEFFwzh[19];
float avEFFvbf[19];
float avERRggh[19];
float avERRtth[19];
float avERRwzh[19];
float avERRvbf[19];
float mass_value=55.;
for(int k=0;k<19;k++){
mass_value=mass_value+5.;
x3[k] = mass_value;
ex3[k] = 0;
avEFFggh[k] = efficiency(_fileggh[k]);
avEFFtth[k] = efficiency(_filetth[k]);
avEFFvbf[k] = efficiency(_filevbf[k]);
avEFFwzh[k] = efficiency(_filewzh[k]);
avERRggh[k] = error(_fileggh[k]);
avERRwzh[k] = error(_filewzh[k]);
avERRtth[k] = error(_filetth[k]);
avERRvbf[k] = error(_filevbf[k]);
}
cout << x3[0] <<" : " << avEFFggh[0] << "------" << avERRggh[0] << endl;
cout << x3[1] <<" : " << avEFFggh[1] << "------" << avERRggh[1] << endl;
cout << x3[2] <<" : " << avEFFggh[2] << "------" << avERRggh[2] << endl;
cout << x3[3] <<" : " << avEFFggh[3] << "------" << avERRggh[3] << endl;
TGraphErrors * ggh = new TGraphErrors(19,x3,avEFFggh,ex3,avERRggh);
TGraphErrors * vbf = new TGraphErrors(19,x3,avEFFvbf,ex3,avERRvbf);
TGraphErrors * wzh = new TGraphErrors(19,x3,avEFFwzh,ex3,avERRwzh);
TGraphErrors * tth = new TGraphErrors(19,x3,avEFFtth,ex3,avERRtth);
ggh->SetMarkerStyle(22);ggh->SetMarkerSize(2.0);
vbf->SetMarkerStyle(23);vbf->SetMarkerSize(2.0);
wzh->SetMarkerStyle(20);wzh->SetMarkerSize(2.0);
tth->SetMarkerStyle(21);tth->SetMarkerSize(2.0);
ggh->SetMarkerColor(kRed);
vbf->SetMarkerColor(kBlue);
wzh->SetMarkerColor(kGreen);
tth->SetMarkerColor(kBlack);
tth->GetXaxis()->SetTitle("M_{H} (GeV)"); tth->GetYaxis()->SetTitle("#epsilon");
ggh->GetXaxis()->SetTitle("M_{H} (GeV)"); ggh->GetYaxis()->SetTitle("#epsilon");
vbf->GetXaxis()->SetTitle("M_{H} (GeV)"); vbf->GetYaxis()->SetTitle("#epsilon");
wzh->GetXaxis()->SetTitle("M_{H} (GeV)"); wzh->GetYaxis()->SetTitle("#epsilon");
TCanvas *C1 = new TCanvas("C1","Global Efficiency",200,10,1200,800);
C1->SetFillColor(10);
C1->Draw();
C1->cd();
float min=0.0;
float max=1.0;
ggh->SetMinimum(min);ggh->SetMaximum(max);
vbf->SetMinimum(min);vbf->SetMaximum(max);
wzh->SetMinimum(min);wzh->SetMaximum(max);
tth->SetMinimum(min);tth->SetMaximum(max);
ggh->Draw("AP");
vbf->Draw("Psame");
wzh->Draw("Psame");
tth->Draw("Psame");
C1->Update();
TLegend *leg = new TLegend(0.6,0.35,0.7,0.2);
//leg->AddEntry(glui,"gluino split-SUSY","lp");
//leg->AddEntry(stop,"stop MSSM","lp");
leg->AddEntry(ggh,"ggh","p");
leg->AddEntry(vbf,"vbf","p");
leg->AddEntry(tth,"tth","p");
leg->AddEntry(wzh,"wzh","p");
leg->SetFillColor(0);
leg->Draw("same");
C1->SaveAs("summary87.png");
min=0.9;
max=1.0;
ggh->SetMinimum(min);ggh->SetMaximum(max);
vbf->SetMinimum(min);vbf->SetMaximum(max);
wzh->SetMinimum(min);wzh->SetMaximum(max);
tth->SetMinimum(min);tth->SetMaximum(max);
ggh->Draw("AP");
vbf->Draw("Psame");
wzh->Draw("Psame");
tth->Draw("Psame");
C1->Update();
TLegend *leg = new TLegend(0.6,0.35,0.7,0.2);
//leg->AddEntry(glui,"gluino split-SUSY","lp");
//leg->AddEntry(stop,"stop MSSM","lp");
leg->AddEntry(ggh,"ggh","p");
leg->AddEntry(vbf,"vbf","p");
leg->AddEntry(tth,"tth","p");
leg->AddEntry(wzh,"wzh","p");
leg->SetFillColor(0);
leg->Draw("same");
C1->SaveAs("summary87_0p9.png");
min=0.7;
max=1.0;
ggh->SetMinimum(min);ggh->SetMaximum(max);
vbf->SetMinimum(min);vbf->SetMaximum(max);
wzh->SetMinimum(min);wzh->SetMaximum(max);
tth->SetMinimum(min);tth->SetMaximum(max);
ggh->Draw("AP");
vbf->Draw("Psame");
wzh->Draw("Psame");
tth->Draw("Psame");
C1->Update();
TLegend *leg = new TLegend(0.6,0.35,0.7,0.2);
leg->AddEntry(ggh,"ggh","p");
leg->AddEntry(vbf,"vbf","p");
leg->AddEntry(tth,"tth","p");
leg->AddEntry(wzh,"wzh","p");
leg->SetFillColor(0);
leg->Draw("same");
C1->SaveAs("summary87_0p7.png");
exit(0);
}