// Konsttruktor f�r Hauptfenster
MDIFrame (const char *title, const IResourceId &r = IC_DEFAULT_FRAME_ID,
const IFrameWindow::Style &s = defaultStyle ()) :
IFrameWindow (title, r, s),
Client (0x8008, this, this)
{
setClient (&Client);
}
QRect subElementRect(SubElement element, const QStyleOption* option, const QWidget* widget) const
{
QRect result = defaultStyle()->subElementRect(element, option, widget);
switch (element) {
case SE_TabWidgetTabBar: {
const YaTabWidget* tw = dynamic_cast<const YaTabWidget*>(widget);
if (tw) {
QSize sh = tw->tabSizeHint();
QRect r = tw->tabRect();
result.setLeft(r.left());
result.setWidth(qMin(r.right(), sh.width()));
result.setHeight(sh.height() - (widget->height() - r.height()));
#ifdef CUSTOM_SHADOW
result.moveTop(result.top() - Ya::VisualUtil::windowShadowSize());
#endif
}
return result;
}
case SE_TabWidgetTabContents:
#ifdef CUSTOM_SHADOW
return result.adjusted(Ya::VisualUtil::windowShadowSize() - 4,
Ya::VisualUtil::windowShadowSize() + 2,
-Ya::VisualUtil::windowShadowSize() + 4,
-Ya::VisualUtil::windowShadowSize());
#else
return result.adjusted(-4, 2, 4, 0);
#endif
default:
return result;
}
}
// Konstruktor f�r geschachtelte MDI-Fenster
MDIFrame (const IResourceId &r, IFrameWindow *parent,
const char *title = 0, const IRectangle &rec = IRectangle (),
const IFrameWindow::Style &s = defaultStyle () &~ windowList | alignNoAdjust) :
IFrameWindow (r, parent->client (), parent->client (),
rec == IRectangle () ? IRectangle (IPoint (), parent->client ()->size ()) : rec, s, title),
Client (0x8008, this, this)
{
setClient (&Client);
}
ToolButton (unsigned long id, IWindow *parent,
const IPointerHandle &pict) :
IGraphicPushButton (id, parent, parent, pict,
IRectangle (IPoint (), ISize (20, 20)),
// verkleinere Grafik falls n�tig
defaultStyle () | sizeToGraphic)
// ISetCanvas benutzt Minimumgr��e um Controls zu
// Positionieren
{ setMinimumSize (ISize (30, 30)); }
void cutflowTOP12024(){
gROOT->ProcessLine(".L tdrstyle.C");
defaultStyle();
//print("~/public/cutFlow/CSVM/","CSVM");
//print("TTBB_01Sep2012_CSVT_CutFlow","CSVT");
print("TTBB_01Sep2012_CSVM","CSVM", true, 0.079, 0.88);
print("TTBB_01Sep2012_CSVT","CSVT", true, 0.080, 0.93);
}
bool MScore::readDefaultStyle(QString file)
{
if (file.isEmpty())
return false;
MStyle style = defaultStyle();
QFile f(file);
if (!f.open(QIODevice::ReadOnly))
return false;
bool rv = style.load(&f);
if (rv)
setDefaultStyle(style);
f.close();
return rv;
}
ALWAYS_INLINE RenderStyle::RenderStyle()
: m_box(defaultStyle()->m_box)
, visual(defaultStyle()->visual)
, m_background(defaultStyle()->m_background)
, surround(defaultStyle()->surround)
, rareNonInheritedData(defaultStyle()->rareNonInheritedData)
, rareInheritedData(defaultStyle()->rareInheritedData)
, inherited(defaultStyle()->inherited)
{
setBitDefaults(); // Would it be faster to copy this from the default style?
COMPILE_ASSERT((sizeof(InheritedFlags) <= 8), InheritedFlags_does_not_grow);
COMPILE_ASSERT((sizeof(NonInheritedFlags) <= 8), NonInheritedFlags_does_not_grow);
}
int styleHint(StyleHint hint, const QStyleOption* option, const QWidget* widget, QStyleHintReturn* returnData) const
{
switch (hint) {
case SH_TabBar_Alignment:
return Qt::AlignLeft;
case SH_TabBar_PreferNoArrows:
return true;
#ifdef USE_YAMULTILINETABBAR
case SH_TabBar_SelectMouseType:
return QEvent::MouseButtonRelease;
#endif
default:
break;
}
return defaultStyle()->styleHint(hint, option, widget, returnData);
}
void getWeightCSV(){
gROOT->ProcessLine(".L $CMSSW_BASE/src/KoPFA/CommonTools/macros/tdrstyle.C");
defaultStyle();
TString path = "../TTBB_27Apr2013_CSVWeight";
TFile * f = new TFile(path+"/merged.root");
double XBins[] = {0.0, 0.05, 0.1, 0.15, 0.2, 0.25, 0.3,0.35, 0.4, 0.45, 0.5, 0.6, 0.7, 0.8,0.9};//8 bins
int nX = sizeof(XBins)/sizeof(double) - 1;
double XBins2[] = {0.0, 0.1, 0.15, 0.2, 0.25, 0.3, 0.4, 0.5, 0.6, 0.7, 0.9};//8 bins
int nX2 = sizeof(XBins2)/sizeof(double) - 1;
plot(f, "jet1_bDisCSV","csv_first", nX, XBins);
plot(f, "jet2_bDisCSV","csv_second", nX2, XBins2);
}
//*****************************************************************************
// CLASS EmployeeType - EmployeeType - constructor
//*****************************************************************************
EmployeeType :: EmployeeType(IWindow* pParent )
: ISetCanvas(ID_EMPLOYEE_TYPE_GROUP_BOX, pParent, pParent,
IRectangle(),
defaultStyle() ),
reg(ID_GEN_REG_BT, this, this),
mgr(ID_GEN_MGR_BT, this, this),
sup(ID_GEN_SUP_BT, this, this)
{
reg.setText(STR_GEN_REG_TEXT);
mgr.setText(STR_GEN_MGR_TEXT);
sup.setText(STR_GEN_SUP_TEXT);
setText(STR_GEN_EMPLOYEE_TYPE_TEXT);
setDeckOrientation(ISetCanvas::horizontal);
// a regular employee is the default
reg.select();
}
MStyle* MScore::defaultStyleForParts()
{
if (!_defaultStyleForParts) {
QSettings s;
QString partStyle = s.value("partStyle").toString();
if (!partStyle.isEmpty()) {
QFile f(partStyle);
if (f.open(QIODevice::ReadOnly)) {
MStyle* s = new MStyle(*defaultStyle());
if (s->load(&f))
_defaultStyleForParts = s;
else
delete s;
}
}
}
return _defaultStyleForParts;
}
void addbcsv(){
gROOT->ProcessLine(".L $CMSSW_BASE/src/KoPFA/CommonTools/macros/tdrstyle.C");
defaultStyle();
TFile * f = new TFile("/afs/cern.ch/work/y/youngjo/public/For8Tev/v20130612_genjet/vallot_TTbarFullLepMGDecays.root");
TTree * t = (TTree*) f->Get("MuEl/tree");
TH1F * h_bfromtop = new TH1F("h_bfromtop","h_bfromtop",20,0,1);
TH1F * h_bnotfromtop = new TH1F("h_bnotfromtop","h_bnotfromtop",20,0,1);
t->Project("h_bfromtop","jets_bDiscriminatorCSV","jets_fromtop == 1 && abs(jets_flavor) == 5");
t->Project("h_bnotfromtop","jets_bDiscriminatorCSV","jets_fromtop == 0 && abs(jets_flavor) == 5");
h_bfromtop->Scale(1.0/h_bfromtop->Integral());
h_bnotfromtop->Scale(1.0/h_bnotfromtop->Integral());
TCanvas * c = new TCanvas("c","c",1);
h_bfromtop->Draw();
h_bfromtop->SetStats(0);
h_bfromtop->SetTitle("");
h_bfromtop->SetLineColor(2);
h_bfromtop->SetLineWidth(2);
h_bnotfromtop->Draw("same");
h_bnotfromtop->SetLineColor(4);
h_bnotfromtop->SetLineWidth(2);
TLegend *l = new TLegend(0.48,0.65,0.58,0.80);
l->AddEntry(h_bfromtop,"b from top","L");
l->AddEntry(h_bnotfromtop,"b not from top","L");
l->SetTextSize(0.04);
l->SetFillColor(0);
l->SetLineColor(0);
l->Draw();
TLatex *label= new TLatex;
label->SetNDC();
label->SetTextSize(0.05);
label->DrawLatex(0.20,0.82,"CMS Simulation, at #sqrt{s} = 8 TeV");
c->Print("csvshape_addb.eps");
}
void makePlotsCSVWeight(TString noteNumber = "TTBB_27Apr2013_CSVWeight/v1")
{
gROOT->ProcessLine(".L $CMSSW_BASE/src/KoPFA/CommonTools/macros/tdrstyle.C");
defaultStyle();
TString path = "TTBB_27Apr2013_CSVWeight";
f = TFile::Open(path+"/merged.root");
outDirName += "/"+noteNumber;
gSystem->Exec("mkdir "+outDirName);
cutStepPlots("Step_5", "jet1_bDisCSV", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 100000, false);
cutStepPlots("Step_5", "jet2_bDisCSV", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 170000, false);
cutStepPlots("Step_5", "jet1_bDisCSV", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 400000000, true, "log");
cutStepPlots("Step_5", "jet2_bDisCSV", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 70000000, true, "log");
}
void StyleHelper::apply()
{
Preferences *preferences = Preferences::instance();
QString desiredStyle;
QPalette desiredPalette;
switch (preferences->applicationStyle()) {
default:
case Preferences::SystemDefaultStyle:
desiredStyle = defaultStyle();
desiredPalette = defaultPalette();
break;
case Preferences::FusionStyle:
desiredStyle = QLatin1String("fusion");
desiredPalette = createPalette(preferences->baseColor(),
preferences->selectionColor());
break;
case Preferences::TiledStyle:
desiredStyle = QLatin1String("tiled");
desiredPalette = createPalette(preferences->baseColor(),
preferences->selectionColor());
break;
}
if (QApplication::style()->objectName() != desiredStyle) {
QStyle *style;
if (desiredStyle == QLatin1String("tiled")) {
style = QStyleFactory::create(QLatin1String("fusion"));
style = new TiledProxyStyle(style);
} else {
style = QStyleFactory::create(desiredStyle);
}
QApplication::setStyle(style);
}
if (QApplication::palette() != desiredPalette)
QApplication::setPalette(desiredPalette);
emit styleApplied();
}
void TestKoGenStyles::testDefaultStyle()
{
kDebug() ;
/* Create a default style,
* and then an auto style with exactly the same attributes
* -> the insert gives the default style.
*
* Also checks how the default style gets written out to XML.
*/
KOdfGenericStyles coll;
KOdfGenericStyle defaultStyle(KOdfGenericStyle::ParagraphStyle, "paragraph");
defaultStyle.addAttribute("style:master-page-name", "Standard");
defaultStyle.addProperty("myfont", "isBold");
defaultStyle.setDefaultStyle(true);
QString defaultStyleName = coll.insert(defaultStyle);
// default styles don't get a name
QVERIFY(defaultStyleName.isEmpty());
QCOMPARE(defaultStyle.type(), KOdfGenericStyle::ParagraphStyle);
QVERIFY(defaultStyle.isDefaultStyle());
KOdfGenericStyle anotherStyle(KOdfGenericStyle::ParagraphStyle, "paragraph");
anotherStyle.addAttribute("style:master-page-name", "Standard");
anotherStyle.addProperty("myfont", "isBold");
QString anotherStyleName = coll.insert(anotherStyle);
QVERIFY(anotherStyleName != defaultStyleName);
QCOMPARE(coll.styles().count(), 1);
// XML for default style
TEST_BEGIN(0, 0);
defaultStyle.writeStyle(&writer, coll, "style:default-style", defaultStyleName, "style:paragraph-properties");
TEST_END_QTTEST("<r>\n <style:default-style style:family=\"paragraph\" style:master-page-name=\"Standard\">\n <style:paragraph-properties myfont=\"isBold\"/>\n </style:default-style>\n</r>\n");
// The kcells case: not writing out all properties, only if they differ
// from the default style.
// KOdfGenericStyles doesn't fetch info from the parent style when testing
// for equality, so KCells uses isEmpty() to check for equality-to-parent.
KOdfGenericStyle dataStyle(KOdfGenericStyle::ParagraphStyle, "paragraph", defaultStyleName);
QVERIFY(dataStyle.isEmpty());
// and then it doesn't look up the auto style, but rather uses the parent style directly.
}
void makePlots(TString noteNumber = "TTBB_27Apr2013/v1")
{
gROOT->ProcessLine(".L $CMSSW_BASE/src/KoPFA/CommonTools/macros/tdrstyle.C");
defaultStyle();
TString path = "TTBB_27Apr2013";
f = TFile::Open(path+"/merged.root");
outDirName += "/"+noteNumber;
gSystem->Exec("mkdir "+outDirName);
nExclude = 0;
cutStepPlots("Step_1", "ZMass", "Dilepton mass" ," Events/5 GeV/c^{2}", "Dilepton Mass (GeV/c^{2})", "LL", 0.1, 10000000, false);
cutStepPlots("Step_1", "ZMass", "Dilepton mass" ," Events/5 GeV/c^{2}", "Dilepton Mass (GeV/c^{2})", "LL", 0.1, 400000000, true, "log");
cutStepPlots("Step_3", "nJet", "Jet Multiplicity", "Events", "Jet Multiplicity", "LL", 0.1, 300000, false);
cutStepPlots("Step_3", "nJet", "Jet Multiplicity", "Events", "Jet Multiplicity", "LL", 0.1, 10000000, true, "log");
nExclude = 3;
cutStepPlots("Step_4", "nbJet30_CSVT", "b-Jet Multiplicity (CSVT)", "Events", "b-Jet Multiplicity (CSVT)", "LL", 0.1, 4000, false);
cutStepPlots("Step_4", "nbJet30_CSVM", "b-Jet Multiplicity (CSVM)", "Events", "b-Jet Multiplicity (CSVM)", "LL", 0.1, 4000, false);
cutStepPlots("Step_4", "nbJet30_CSVT", "b-Jet Multiplicity (CSVT)", "Events", "b-Jet Multiplicity (CSVT)", "LL", 0.1, 40000, true, "log");
cutStepPlots("Step_4", "nbJet30_CSVM", "b-Jet Multiplicity (CSVM)", "Events", "b-Jet Multiplicity (CSVM)", "LL", 0.1, 40000, true, "log");
cutStepPlots("Step_5", "addjet1_bDisCSVnoweight", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 500, false);
cutStepPlots("Step_5", "addjet2_bDisCSVnoweight", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 800, false);
cutStepPlots("Step_5", "addjet1_bDisCSVnoweight", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 40000, true, "log");
cutStepPlots("Step_5", "addjet2_bDisCSVnoweight", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 7000, true, "log");
cutStepPlots("Step_5", "addjet1_bDisCSV", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 500, false);
cutStepPlots("Step_5", "addjet2_bDisCSV", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 700, false);
cutStepPlots("Step_5", "addjet1_bDisCSV", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 40000, true, "log");
cutStepPlots("Step_5", "addjet2_bDisCSV", "b-Discriminator (CSV)", "Events/0.05", "b-Discriminator (CSV)", "LL", 0.1, 7000, true, "log");
cutStepPlots("Step_5", "addjet1_bDisCSV_rebin", "b-Discriminator (CSV)", "Events", "b-Discriminator (CSV)", "LL", 0.1, 500, false);
cutStepPlots("Step_5", "addjet2_bDisCSV_rebin", "b-Discriminator (CSV)", "Events", "b-Discriminator (CSV)", "LL", 0.1, 700, false);
cutStepPlots("Step_5", "addjet1_bDisCSV_rebin", "b-Discriminator (CSV)", "Events", "b-Discriminator (CSV)", "LL", 0.1, 40000, true, "log");
cutStepPlots("Step_5", "addjet2_bDisCSV_rebin", "b-Discriminator (CSV)", "Events", "b-Discriminator (CSV)", "LL", 0.1, 7000, true, "log");
}
void btagweight(){
gROOT->ProcessLine(".L tdrstyle.C");
defaultStyle();
TString path = "TTbarTuneZ2";
TFile* f_mm = new TFile(Form("/afs/cern.ch/work/t/tjkim/public/store/top/MuMu/v1/vallot_%s.root",path.Data()));
TFile* f_ee = new TFile(Form("/afs/cern.ch/work/t/tjkim/public/store/top/ElEl/v1/vallot_%s.root",path.Data()));
TFile* f_em = new TFile(Form("/afs/cern.ch/work/t/tjkim/public/store/top/MuEl/v1/vallot_%s.root",path.Data()));
TTree * t_MuMu = (TTree*) f_mm->Get("MuMu/tree");
TTree * t_ElEl = (TTree*) f_ee->Get("ElEl/tree");
TTree * t_MuEl = (TTree*) f_em->Get("MuEl/tree");
TCut cut = "ZMass > 12 && abs(ZMass - 91.2) > 15 && PairSign < 0 && isIso > 0 && MET > 30 && @jetspt30.size() >=4";
TCut cut_em = "ZMass > 12 && abs(ZMass - 91.2) > 15 && PairSign < 0 && isIso > 0 && @jetspt30.size() >=4";
TCut visible = "ttbarGen.NJets15() >= 4 && ttbarGen.NbJets15() >=2 && ttbarGen.lepton1().pt() > 20 && ttbarGen.lepton2().pt() > 20 && abs(ttbarGen.lepton1().eta()) < 2.5 && abs(ttbarGen.lepton2().eta()) < 2.5" ;
TCut sig = "ttbarGen.NbJets15() >= 4";
TH1 * h_nbjets_ttbb_MuMu = new TH1F("h_nbjets_ttbb_MuMu","h_nbjets_ttbb_MuMu",5,0,5);
TH1 * h_nbjets_ttll_MuMu = new TH1F("h_nbjets_ttll_MuMu","h_nbjets_ttll_MuMu",5,0,5);
TH1 * h_nbjets_ttbb_ElEl = new TH1F("h_nbjets_ttbb_ElEl","h_nbjets_ttbb_ElEl",5,0,5);
TH1 * h_nbjets_ttll_ElEl = new TH1F("h_nbjets_ttll_ElEl","h_nbjets_ttll_ElEl",5,0,5);
TH1 * h_nbjets_ttbb_MuEl = new TH1F("h_nbjets_ttbb_MuEl","h_nbjets_ttbb_MuEl",5,0,5);
TH1 * h_nbjets_ttll_MuEl = new TH1F("h_nbjets_ttll_MuEl","h_nbjets_ttll_MuEl",5,0,5);
TH1 * h_nbjets_dwlight_ttbb_MuMu = new TH1F("h_nbjets_dwlight_ttbb_MuMu","h_nbjets_dwlight_ttbb_MuMu",5,0,5);
TH1 * h_nbjets_dwlight_ttll_MuMu = new TH1F("h_nbjets_dwlight_ttll_MuMu","h_nbjets_dwlight_ttll_MuMu",5,0,5);
TH1 * h_nbjets_dwlight_ttbb_ElEl = new TH1F("h_nbjets_dwlight_ttbb_ElEl","h_nbjets_dwlight_ttbb_ElEl",5,0,5);
TH1 * h_nbjets_dwlight_ttll_ElEl = new TH1F("h_nbjets_dwlight_ttll_ElEl","h_nbjets_dwlight_ttll_ElEl",5,0,5);
TH1 * h_nbjets_dwlight_ttbb_MuEl = new TH1F("h_nbjets_dwlight_ttbb_MuEl","h_nbjets_dwlight_ttbb_MuEl",5,0,5);
TH1 * h_nbjets_dwlight_ttll_MuEl = new TH1F("h_nbjets_dwlight_ttll_MuEl","h_nbjets_dwlight_ttll_MuEl",5,0,5);
TH1 * h_nbjets_uplight_ttbb_MuMu = new TH1F("h_nbjets_uplight_ttbb_MuMu","h_nbjets_uplight_ttbb_MuMu",5,0,5);
TH1 * h_nbjets_uplight_ttll_MuMu = new TH1F("h_nbjets_uplight_ttll_MuMu","h_nbjets_uplight_ttll_MuMu",5,0,5);
TH1 * h_nbjets_uplight_ttbb_ElEl = new TH1F("h_nbjets_uplight_ttbb_ElEl","h_nbjets_uplight_ttbb_ElEl",5,0,5);
TH1 * h_nbjets_uplight_ttll_ElEl = new TH1F("h_nbjets_uplight_ttll_ElEl","h_nbjets_uplight_ttll_ElEl",5,0,5);
TH1 * h_nbjets_uplight_ttbb_MuEl = new TH1F("h_nbjets_uplight_ttbb_MuEl","h_nbjets_uplight_ttbb_MuEl",5,0,5);
TH1 * h_nbjets_uplight_ttll_MuEl = new TH1F("h_nbjets_uplight_ttll_MuEl","h_nbjets_uplight_ttll_MuEl",5,0,5);
TH1 * h_nbjets_ttbb = new TH1F("h_nbjets_ttbb","h_nbjets_ttbb",5,0,5);
TH1 * h_nbjets_ttll = new TH1F("h_nbjets_ttll","h_nbjets_ttll",5,0,5);
TH1 * h_nbjets_dwlight_ttbb = new TH1F("h_nbjets_dwlight_ttbb","h_nbjets_dwlight_ttbb",5,0,5);
TH1 * h_nbjets_dwlight_ttll = new TH1F("h_nbjets_dwlight_ttll","h_nbjets_dwlight_ttll",5,0,5);
TH1 * h_nbjets_uplight_ttbb = new TH1F("h_nbjets_uplight_ttbb","h_nbjets_uplight_ttbb",5,0,5);
TH1 * h_nbjets_uplight_ttll = new TH1F("h_nbjets_uplight_ttll","h_nbjets_uplight_ttll",5,0,5);
TCut weight = "puweight*bweight30CSVT";
t_MuMu->Project("h_nbjets_ttbb_MuMu","nbjets30_CSVT",weight*(visible + sig + cut));
t_MuMu->Project("h_nbjets_ttll_MuMu","nbjets30_CSVT",weight*(visible + !sig + cut));
t_ElEl->Project("h_nbjets_ttbb_ElEl","nbjets30_CSVT",weight*(visible + sig + cut));
t_ElEl->Project("h_nbjets_ttll_ElEl","nbjets30_CSVT",weight*(visible + !sig + cut));
t_MuEl->Project("h_nbjets_ttbb_MuEl","nbjets30_CSVT",weight*(visible + sig + cut_em));
t_MuEl->Project("h_nbjets_ttll_MuEl","nbjets30_CSVT",weight*(visible + !sig + cut_em));
TCut weightdwlight = "puweight*bweight30CSVTdwlight";
t_MuMu->Project("h_nbjets_dwlight_ttbb_MuMu","nbjets30_CSVT",weightdwlight*(visible + sig + cut));
t_MuMu->Project("h_nbjets_dwlight_ttll_MuMu","nbjets30_CSVT",weightdwlight*(visible + !sig + cut));
t_ElEl->Project("h_nbjets_dwlight_ttbb_ElEl","nbjets30_CSVT",weightdwlight*(visible + sig + cut));
t_ElEl->Project("h_nbjets_dwlight_ttll_ElEl","nbjets30_CSVT",weightdwlight*(visible + !sig + cut));
t_MuEl->Project("h_nbjets_dwlight_ttbb_MuEl","nbjets30_CSVT",weightdwlight*(visible + sig + cut_em));
t_MuEl->Project("h_nbjets_dwlight_ttll_MuEl","nbjets30_CSVT",weightdwlight*(visible + !sig + cut_em));
TCut weightuplight = "puweight*bweight30CSVTuplight";
t_MuMu->Project("h_nbjets_uplight_ttbb_MuMu","nbjets30_CSVT",weightuplight*(visible + sig + cut));
t_MuMu->Project("h_nbjets_uplight_ttll_MuMu","nbjets30_CSVT",weightuplight*(visible + !sig + cut));
t_ElEl->Project("h_nbjets_uplight_ttbb_ElEl","nbjets30_CSVT",weightuplight*(visible + sig + cut));
t_ElEl->Project("h_nbjets_uplight_ttll_ElEl","nbjets30_CSVT",weightuplight*(visible + !sig + cut));
t_MuEl->Project("h_nbjets_uplight_ttbb_MuEl","nbjets30_CSVT",weightuplight*(visible + sig + cut_em));
t_MuEl->Project("h_nbjets_uplight_ttll_MuEl","nbjets30_CSVT",weightuplight*(visible + !sig + cut_em));
h_nbjets_ttll->Add(h_nbjets_ttll_MuMu);
h_nbjets_ttll->Add(h_nbjets_ttll_ElEl);
h_nbjets_ttll->Add(h_nbjets_ttll_MuEl);
h_nbjets_dwlight_ttll->Add(h_nbjets_dwlight_ttll_MuMu);
h_nbjets_dwlight_ttll->Add(h_nbjets_dwlight_ttll_ElEl);
h_nbjets_dwlight_ttll->Add(h_nbjets_dwlight_ttll_MuEl);
h_nbjets_uplight_ttll->Add(h_nbjets_uplight_ttll_MuMu);
h_nbjets_uplight_ttll->Add(h_nbjets_uplight_ttll_ElEl);
h_nbjets_uplight_ttll->Add(h_nbjets_uplight_ttll_MuEl);
TCanvas * c = new TCanvas("c","c",1);
h_nbjets_dwlight_ttll->SetLineWidth(2);
h_nbjets_uplight_ttll->SetLineWidth(2);
h_nbjets_ttll->SetLineWidth(2);
h_nbjets_dwlight_ttll->SetLineColor(2);
h_nbjets_uplight_ttll->SetLineColor(4);
h_nbjets_uplight_ttll->SetTitle("");
h_nbjets_uplight_ttll->Draw();
h_nbjets_dwlight_ttll->Draw("same");
h_nbjets_ttll->Draw("same");
debugPrint(h_nbjets_ttll, h_nbjets_dwlight_ttll, h_nbjets_uplight_ttll);
TLegend *l = new TLegend(0.75,0.62,0.92,0.88);
l->AddEntry(h_nbjets_uplight_ttll,"tt + ll Up","L");
l->AddEntry(h_nbjets_ttll,"tt + ll","L");
l->AddEntry(h_nbjets_dwlight_ttll,"tt + ll Dw","L");
l->SetTextSize(0.04);
l->SetFillColor(0);
l->SetLineColor(0);
l->Draw();
c->Print("lightSFvariation_CSVT.eps");
}
void Document::processStyles()
{
kDebug(30513) ;
const wvWare::StyleSheet& styles = m_parser->styleSheet();
unsigned int count = styles.size();
kDebug(30513) << "styles count=" << count;
//loop through each style
for (unsigned int i = 0; i < count ; ++i) {
//grab style
const wvWare::Style* style = styles.styleByIndex(i);
Q_ASSERT(style);
QString displayName = Conversion::string(style->name());
QString name = Conversion::styleName2QString(style->name());
// if the invariant style identifier says it's a style used for line numbers
if (style->sti() == 40) {
m_lineNumbersStyleName = name; // store the name of that style
}
// Process paragraph styles.
if (style && style->type() == sgcPara) {
//create this style & add formatting info to it
kDebug(30513) << "creating ODT paragraphstyle" << name;
KoGenStyle userStyle(KoGenStyle::ParagraphStyle, "paragraph");
userStyle.addAttribute("style:display-name", displayName);
const wvWare::Style* followingStyle = styles.styleByIndex(style->followingStyle());
if (followingStyle && followingStyle != style) {
QString followingName = Conversion::styleName2QString(followingStyle->name());
userStyle.addAttribute("style:next-style-name", followingName);
}
const wvWare::Style* parentStyle = styles.styleByIndex(style->m_std->istdBase);
if (parentStyle) {
userStyle.setParentName(Conversion::styleName2QString(parentStyle->name()));
}
//set font name in style
QString fontName = m_textHandler->getFont(style->chp().ftcAscii);
if (!fontName.isEmpty()) {
m_mainStyles->insertFontFace(KoFontFace(fontName));
userStyle.addProperty(QString("style:font-name"), fontName, KoGenStyle::TextType);
}
// Process the paragraph and character properties.
Paragraph::applyParagraphProperties(style->paragraphProperties(), &userStyle, parentStyle, false, 0, 0, QString());
Paragraph::applyCharacterProperties(&style->chp(), &userStyle, parentStyle, false, false, currentBgColor());
// Add style to main collection, using the name that it
// had in the .doc.
QString actualName = m_mainStyles->insert(userStyle, name, KoGenStyles::DontAddNumberToName);
kDebug(30513) << "added style " << actualName;
//save names of TOC related styles
if (actualName.contains("TOC")) {
m_tocStyleNames.append(actualName);
}
} else if (style && style->type() == sgcChp) {
//create this style & add formatting info to it
kDebug(30513) << "creating ODT textstyle" << name;
KoGenStyle userStyle(KoGenStyle::TextStyle, "text");
userStyle.addAttribute("style:display-name", displayName);
const wvWare::Style* parentStyle = styles.styleByIndex(style->m_std->istdBase);
if (parentStyle) {
userStyle.setParentName(Conversion::styleName2QString(parentStyle->name()));
}
//set font name in style
QString fontName = m_textHandler->getFont(style->chp().ftcAscii);
if (!fontName.isEmpty()) {
m_mainStyles->insertFontFace(KoFontFace(fontName));
userStyle.addProperty(QString("style:font-name"), fontName, KoGenStyle::TextType);
}
// Process the character and paragraph properties.
Paragraph::applyCharacterProperties(&style->chp(), &userStyle, parentStyle, false, false, currentBgColor());
//add style to main collection, using the name that it had in the .doc
QString actualName = m_mainStyles->insert(userStyle, name, KoGenStyles::DontAddNumberToName);
kDebug(30513) << "added style " << actualName;
}
}
//also create a default style which is needed to store the default tab spacing
KoGenStyle defaultStyle(KoGenStyle::ParagraphStyle, "paragraph");
defaultStyle.setDefaultStyle(true);
defaultStyle.addPropertyPt("style:tab-stop-distance", (qreal)m_parser->dop().dxaTab / 20.0);
m_mainStyles->insert(defaultStyle, "nevershown");
}
QRect subControlRect(ComplexControl cc, const QStyleOptionComplex* opt, SubControl sc, const QWidget* widget) const
{
return defaultStyle()->subControlRect(cc, opt, sc, widget);
}
//using namespace std;
void btagefficiency(int ii, int jj)
{
gROOT->ProcessLine(".L tdrstyle.C");
defaultStyle();
TFile* f1 = new TFile("/afs/cern.ch/work/y/youngjo/public/For8Tev/v20130208_V00-00-06/vallot_TTbarFullLepMGDecays.root");
TTree* treeMuMu = (TTree*)f1->Get("MuMu/tree");
TTree* treeElEl = (TTree*)f1->Get("ElEl/tree");
TTree* treeMuEl = (TTree*)f1->Get("MuEl/tree");
float binspt[] = {20,30,40,50,60,70,80,100,120,160,210,260,320,400,450};
int nBinpt = sizeof(binspt)/sizeof(float) - 1;
float binseta[] = {0.,0.4,0.8,1.2,1.6,2.0,2.4};
int nBineta = sizeof(binseta)/sizeof(float) - 1;
TCut precut_em = "ZMass > 12 && lep1_relIso03 < 0.15 && lep2_relIso03 < 0.15 && PairSign < 0 && nJet30 >= 4";
TCut precut = precut_em + "abs(ZMass - 91.2) > 15 && MET > 30";
TCut bcut = "abs(jets_flavor) == 5";
TCut ccut = "abs(jets_flavor) == 4";
TCut lcut = "abs(jets_flavor) < 4";
TCut etacut1 = "abs(jets_eta) <= 0.8";
TCut etacut2 = "abs(jets_eta) > 0.8 && abs(jets_eta) <=1.6";
TCut etacut3 = "abs(jets_eta) > 1.6";
TCut etacutl1 = "abs(jets_eta) <= 0.5";
TCut etacutl2 = "abs(jets_eta) > 0.5 && abs(jets_eta) <=1.0";
TCut etacutl3 = "abs(jets_eta) > 1.0 && abs(jets_eta) <=1.5";
TCut etacutl4 = "abs(jets_eta) > 1.5";
TCut csvl = "jets_bDiscriminatorCSV > 0.244";
TCut csvm = "jets_bDiscriminatorCSV > 0.679";
TCut csvt = "jets_bDiscriminatorCSV > 0.898";
float binsDR[] = {0.5,0.6,0.7,0.8,0.9,1.0,1.1,1.2,1.3,1.4,1.5,1.6,1.7,1.8,1.9,2.0,2.1,2.2,2.3,2.4,2.5,2.6,2.7,2.8,2.9,3.0,3.2,3.5,4};
int nBinDR = sizeof(binsDR)/sizeof(float) - 1;
TString DR_ = "TMath::Sqrt( abs(jets_eta[csvd_jetid[2]]-jets_eta[csvd_jetid[3]])*abs(jets_eta[csvd_jetid[2]]-jets_eta[csvd_jetid[3]])+abs(TVector2::Phi_mpi_pi(jets_phi[csvd_jetid[2]]-jets_phi[csvd_jetid[3]]))*abs(TVector2::Phi_mpi_pi(jets_phi[csvd_jetid[2]]-jets_phi[csvd_jetid[3]])) )";
float binsCSV[] = {0.0,0.05,0.1,0.15,0.2,0.25,0.3,0.35,0.4,0.45,0.5,0.55,0.6,0.65,0.7,0.75,0.8,0.85,0.9,0.95,1.0};
int nBinCSV = sizeof(binsCSV)/sizeof(float) - 1;
if(ii ==4)
{
TH1F* dist_b_csvd = dist(treeElEl, treeMuMu, treeMuEl, "jets_bDiscriminatorCSV", nBinCSV, binsCSV, precut, precut_em, bcut, "B flavor","b_csvd",2,"discriminator (CSV)");
TH1F* dist_c_csvd = dist(treeElEl, treeMuMu, treeMuEl, "jets_bDiscriminatorCSV", nBinCSV, binsCSV, precut, precut_em, ccut, "C flavor","c_csvd",4,"discriminator (CSV)");
TH1F* dist_l_csvd = dist(treeElEl, treeMuMu, treeMuEl, "jets_bDiscriminatorCSV", nBinCSV, binsCSV, precut, precut_em, lcut, "LF flavor","l_csvd",3,"discriminator (CSV)");
TCanvas * c_b_csvd = new TCanvas("c_b_csvd","c_b_csvd",500,500);
double ymax = dist_l_csvd->GetMaximum();
if(ymax< dist_c_csvd->GetMaximum()) ymax=dist_c_csvd->GetMaximum();
if(ymax< dist_b_csvd->GetMaximum()) ymax=dist_b_csvd->GetMaximum();
ymax=ymax*1.5;
dist_l_csvd->SetMaximum(ymax);
dist_l_csvd->Draw("");
dist_c_csvd->Draw("same");
dist_b_csvd->Draw("same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(dist_b_csvd,"b-flavor","L");
l->AddEntry(dist_c_csvd,"c-flavor","L");
l->AddEntry(dist_l_csvd,"l-flavor","L");
SetLegend(l);
c_b_csvd->Print("compare_b_csvd.png");
c_b_csvd->Print("compare_b_csvd.eps");
}
else if(ii ==3)
{
TH1F* eff_b_dr_CSVL = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, bcut, csvl, "b_dr_CSVL","CSVL",2,"#Delta R");
TH1F* eff_c_dr_CSVL = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, ccut, csvl, "c_dr_CSVL","CSVL",4,"#Delta R");
TH1F* eff_l_dr_CSVL = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, lcut, csvl, "l_dr_CSVL","CSVL",5,"#Delta R");
TH1F* eff_b_dr_CSVM = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, bcut, csvm, "b_dr_CSVM","CSVM",2,"#Delta R");
TH1F* eff_b_dr_CSVT = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, bcut, csvt, "b_dr_CSVT","CSVT",2,"#Delta R");
TH1F* eff_c_dr_CSVM = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, ccut, csvm, "c_dr_CSVM","CSVM",4,"#Delta R");
TH1F* eff_c_dr_CSVT = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, ccut, csvt, "c_dr_CSVT","CSVT",4,"#Delta R");
TH1F* eff_l_dr_CSVM = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, lcut, csvm, "l_dr_CSVM","CSVM",5,"#Delta R");
TH1F* eff_l_dr_CSVT = eff(treeElEl, treeMuMu, treeMuEl, DR_.Data(), nBinDR, binsDR, precut, precut_em, lcut, csvt, "l_dr_CSVT","CSVT",5,"#Delta R");
TCanvas * c_b_dr_CSVL = new TCanvas("c_b_dr_CSVL","c_b_dr_CSVL",500,500);
eff_b_dr_CSVL->Draw("e3");
eff_c_dr_CSVL->Draw("e3 same");
eff_l_dr_CSVL->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_dr_CSVL,"b-flavor","F");
l->AddEntry(eff_c_dr_CSVL,"c-flavor","F");
l->AddEntry(eff_l_dr_CSVL,"l-flavor","F");
SetLegend(l);
c_b_dr_CSVL->Print("compare_b_dr_CSVL.png");
c_b_dr_CSVL->Print("compare_b_dr_CSVL.eps");
TCanvas * c_b_dr_CSVM = new TCanvas("c_b_dr_CSVM","c_b_dr_CSVM",500,500);
eff_b_dr_CSVM->Draw("e3");
eff_c_dr_CSVM->Draw("e3 same");
eff_l_dr_CSVM->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_dr_CSVM,"b-flavor","F");
l->AddEntry(eff_c_dr_CSVM,"c-flavor","F");
l->AddEntry(eff_l_dr_CSVM,"l-flavor","F");
SetLegend(l);
c_b_dr_CSVM->Print("compare_b_dr_CSVM.png");
c_b_dr_CSVM->Print("compare_b_dr_CSVM.eps");
TCanvas * c_b_dr_CSVT = new TCanvas("c_b_dr_CSVT","c_b_dr_CSVT",500,500);
eff_b_dr_CSVT->Draw("e3");
eff_c_dr_CSVT->Draw("e3 same");
eff_l_dr_CSVT->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_dr_CSVT,"b-flavor","F");
l->AddEntry(eff_c_dr_CSVT,"c-flavor","F");
l->AddEntry(eff_l_dr_CSVT,"l-flavor","F");
SetLegend(l);
c_b_dr_CSVT->Print("compare_b_dr_CSVT.png");
c_b_dr_CSVT->Print("compare_b_dr_CSVT.eps");
}
else if(ii ==0)
{
TH1F* eff_b_pt_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, bcut, csvl, "b_pt_CSVL","CSVL",2,"p_{T}(GeV/c)");
TH1F* eff_c_pt_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, ccut, csvl, "c_pt_CSVL","CSVL",4,"p_{T}(GeV/c)");
TH1F* eff_l_pt_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut, csvl, "l_pt_CSVL","CSVL",5,"p_{T}(GeV/c)");
TH1F* eff_b_pt_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, bcut, csvm, "b_pt_CSVM","CSVM",2,"p_{T}(GeV/c)");
TH1F* eff_b_pt_CSVT = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, bcut, csvt, "b_pt_CSVT","CSVT",2,"p_{T}(GeV/c)");
TH1F* eff_c_pt_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, ccut, csvm, "c_pt_CSVM","CSVM",4,"p_{T}(GeV/c)");
TH1F* eff_c_pt_CSVT = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, ccut, csvt, "c_pt_CSVT","CSVT",4,"p_{T}(GeV/c)");
TH1F* eff_l_pt_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut, csvm, "l_pt_CSVM","CSVM",5,"p_{T}(GeV/c)");
TH1F* eff_l_pt_CSVT = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut, csvt, "l_pt_CSVT","CSVT",5,"p_{T}(GeV/c)");
TCanvas * c_b_pt_CSVL = new TCanvas("c_b_pt_CSVL","c_b_pt_CSVL",500,500);
eff_b_pt_CSVL->Draw("e3");
eff_c_pt_CSVL->Draw("e3 same");
eff_l_pt_CSVL->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_pt_CSVL,"b-flavor","F");
l->AddEntry(eff_c_pt_CSVL,"c-flavor","F");
l->AddEntry(eff_l_pt_CSVL,"l-flavor","F");
SetLegend(l);
c_b_pt_CSVL->Print("compare_b_pt_CSVL.png");
c_b_pt_CSVL->Print("compare_b_pt_CSVL.eps");
TCanvas * c_b_pt_CSVM = new TCanvas("c_b_pt_CSVM","c_b_pt_CSVM",500,500);
eff_b_pt_CSVM->Draw("e3");
eff_c_pt_CSVM->Draw("e3 same");
eff_l_pt_CSVM->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_pt_CSVM,"b-flavor","F");
l->AddEntry(eff_c_pt_CSVM,"c-flavor","F");
l->AddEntry(eff_l_pt_CSVM,"l-flavor","F");
SetLegend(l);
c_b_pt_CSVM->Print("compare_b_pt_CSVM.png");
c_b_pt_CSVM->Print("compare_b_pt_CSVM.eps");
TCanvas * c_b_pt_CSVT = new TCanvas("c_b_pt_CSVT","c_b_pt_CSVT",500,500);
eff_b_pt_CSVT->Draw("e3");
eff_c_pt_CSVT->Draw("e3 same");
eff_l_pt_CSVT->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_pt_CSVT,"b-flavor","F");
l->AddEntry(eff_c_pt_CSVT,"c-flavor","F");
l->AddEntry(eff_l_pt_CSVT,"l-flavor","F");
SetLegend(l);
c_b_pt_CSVT->Print("compare_b_pt_CSVT.png");
c_b_pt_CSVT->Print("compare_b_pt_CSVT.eps");
}
else if(ii==2)
{
if(jj==0)
{
TH1F* eff_l1_pt_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut+etacutl1, csvl, "l1_pt_CSVL","CSVL",2,"p_{T}(GeV/c)");
TH1F* eff_l2_pt_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut+etacutl2, csvl, "l2_pt_CSVL","CSVL",3,"p_{T}(GeV/c)");
TH1F* eff_l3_pt_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut+etacutl3, csvl, "l3_pt_CSVL","CSVL",4,"p_{T}(GeV/c)");
TH1F* eff_l4_pt_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut+etacutl4, csvl, "l4_pt_CSVL","CSVL",5,"p_{T}(GeV/c)");
TCanvas * c_l3_pt_CSVL = new TCanvas("c_b_pt_CSVL","c_b_pt_CSVL",500,500);
eff_l1_pt_CSVL->SetMaximum(0.4);
eff_l1_pt_CSVL->Draw("e3");
eff_l2_pt_CSVL->Draw("e3 same");
eff_l3_pt_CSVL->Draw("e3 same");
eff_l4_pt_CSVL->Draw("e3 same");
TLegend *l = new TLegend(0.42,0.76,0.89,0.87);
l->AddEntry(eff_l1_pt_CSVL,"l-flavor #eta #leq 0.5","F");
l->AddEntry(eff_l2_pt_CSVL,"l-flavor 0.5 < #eta #leq 1.0","F");
l->AddEntry(eff_l3_pt_CSVL,"l-flavor 1.0 < #eta #leq 1.5","F");
l->AddEntry(eff_l4_pt_CSVL,"l-flavor 1.5 < #eta","F");
SetLegend(l);
c_l3_pt_CSVL->Print("compare_l4_pt_CSVL.png");
c_l3_pt_CSVL->Print("compare_l4_pt_CSVL.eps");
}
else if(jj==1)
{
TH1F* eff_l1_pt_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut+etacut1, csvm, "l1_pt_CSVM","CSVM",2,"p_{T}(GeV/c)");
TH1F* eff_l2_pt_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut+etacut2, csvm, "l2_pt_CSVM","CSVM",4,"p_{T}(GeV/c)");
TH1F* eff_l3_pt_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_pt", nBinpt, binspt, precut, precut_em, lcut+etacut3, csvm, "l3_pt_CSVM","CSVM",5,"p_{T}(GeV/c)");
TCanvas * c_l3_pt_CSVM = new TCanvas("c_b_pt_CSVM","c_b_pt_CSVM",500,500);
eff_l1_pt_CSVM->SetMaximum(0.1);
eff_l1_pt_CSVM->Draw("e3");
eff_l2_pt_CSVM->Draw("e3 same");
eff_l3_pt_CSVM->Draw("e3 same");
TLegend *l = new TLegend(0.42,0.76,0.89,0.87);
l->AddEntry(eff_l1_pt_CSVM,"l-flavor #eta #leq 0.8","F");
l->AddEntry(eff_l2_pt_CSVM,"l-flavor 0.8 < #eta #leq 1.6","F");
l->AddEntry(eff_l3_pt_CSVM,"l-flavor 1.6 < #eta","F");
SetLegend(l);
c_l3_pt_CSVM->Print("compare_l3_pt_CSVM.png");
c_l3_pt_CSVM->Print("compare_l3_pt_CSVM.eps");
}
}
else if(ii==1)
{
TH1F* eff_b_eta_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, bcut, csvl, "b_eta_CSVL","CSVL",2, "#eta");
TH1F* eff_c_eta_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, ccut, csvl, "c_eta_CSVL","CSVL",4, "#eta");
TH1F* eff_l_eta_CSVL = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, lcut, csvl, "l_eta_CSVL","CSVL",5, "#eta");
TH1F* eff_b_eta_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, bcut, csvm, "b_eta_CSVM","CSVM",2, "#eta");
TH1F* eff_b_eta_CSVT = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, bcut, csvt, "b_eta_CSVT","CSVT",2, "#eta");
TH1F* eff_c_eta_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, ccut, csvm, "c_eta_CSVM","CSVM",4, "#eta");
TH1F* eff_c_eta_CSVT = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, ccut, csvt, "c_eta_CSVT","CSVT",4, "#eta");
TH1F* eff_l_eta_CSVM = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, lcut, csvm, "l_eta_CSVM","CSVM",5, "#eta");
TH1F* eff_l_eta_CSVT = eff(treeElEl, treeMuMu, treeMuEl, "jets_eta", nBineta, binseta, precut, precut_em, lcut, csvt, "l_eta_CSVT","CSVT",5, "#eta");
TCanvas * c_b_eta_CSVL = new TCanvas("c_b_eta_CSVL","c_b_eta_CSVL",500,500);
eff_b_eta_CSVL->Draw("e3");
eff_c_eta_CSVL->Draw("e3 same");
eff_l_eta_CSVL->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_eta_CSVL,"b-flavor","F");
l->AddEntry(eff_c_eta_CSVL,"c-flavor","F");
l->AddEntry(eff_l_eta_CSVL,"l-flavor","F");
SetLegend(l);
c_b_eta_CSVL->Print("compare_b_eta_CSVL.png");
c_b_eta_CSVL->Print("compare_b_eta_CSVL.eps");
TCanvas * c_b_eta_CSVM = new TCanvas("c_b_eta_CSVM","c_b_eta_CSVM",500,500);
eff_b_eta_CSVM->Draw("e3");
eff_c_eta_CSVM->Draw("e3 same");
eff_l_eta_CSVM->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_eta_CSVM,"b-flavor","F");
l->AddEntry(eff_c_eta_CSVM,"c-flavor","F");
l->AddEntry(eff_l_eta_CSVM,"l-flavor","F");
SetLegend(l);
c_b_eta_CSVM->Print("compare_b_eta_CSVM.png");
c_b_eta_CSVM->Print("compare_b_eta_CSVM.eps");
TCanvas * c_b_eta_CSVT = new TCanvas("c_b_eta_CSVT","c_b_eta_CSVT",500,500);
eff_b_eta_CSVT->Draw("e3");
eff_c_eta_CSVT->Draw("e3 same");
eff_l_eta_CSVT->Draw("e3 same");
TLegend *l = new TLegend(0.68,0.76,0.89,0.87);
l->AddEntry(eff_b_eta_CSVT,"b-flavor","F");
l->AddEntry(eff_c_eta_CSVT,"c-flavor","F");
l->AddEntry(eff_l_eta_CSVT,"l-flavor","F");
SetLegend(l);
c_b_eta_CSVT->Print("compare_b_eta_CSVT.png");
c_b_eta_CSVT->Print("compare_b_eta_CSVT.eps");
}
}
void drawComplexControl(ComplexControl cc, const QStyleOptionComplex* opt, QPainter* p, const QWidget* widget) const
{
defaultStyle()->drawComplexControl(cc, opt, p, widget);
}
void drawPrimitive(PrimitiveElement pe, const QStyleOption* opt, QPainter* p, const QWidget* w) const
{
defaultStyle()->drawPrimitive(pe, opt, p, w);
}
void drawControl(ControlElement ce, const QStyleOption* opt, QPainter* p, const QWidget* w) const
{
defaultStyle()->drawControl(ce, opt, p, w);
}
void merge(){
TFile* fMuMu = new TFile("resultMuMuntag3.root");
TFile* fElEl = new TFile("resultElElntag3.root");
TFile* fMuEl = new TFile("resultMuElntag3.root");
gROOT->ProcessLine(".L ../tdrstyle.C");
defaultStyle();
TH1F* h_jet1_ttbb_ntag3_MuMu = (TH1F*)fMuMu->Get("h_jet1_ttbb_ntag3_MuMu");
TH1F* h_jet2_ttbb_ntag3_MuMu = (TH1F*)fMuMu->Get("h_jet2_ttbb_ntag3_MuMu");
TH1F* h_jet3_ttbb_ntag3_MuMu = (TH1F*)fMuMu->Get("h_jet3_ttbb_ntag3_MuMu");
TH1F* h_jet4_ttbb_ntag3_MuMu = (TH1F*)fMuMu->Get("h_jet4_ttbb_ntag3_MuMu");
TH1F* h_jet1_ttbb_ntag3_ElEl = (TH1F*)fElEl->Get("h_jet1_ttbb_ntag3_ElEl");
TH1F* h_jet2_ttbb_ntag3_ElEl = (TH1F*)fElEl->Get("h_jet2_ttbb_ntag3_ElEl");
TH1F* h_jet3_ttbb_ntag3_ElEl = (TH1F*)fElEl->Get("h_jet3_ttbb_ntag3_ElEl");
TH1F* h_jet4_ttbb_ntag3_ElEl = (TH1F*)fElEl->Get("h_jet4_ttbb_ntag3_ElEl");
TH1F* h_jet1_ttbb_ntag3_MuEl = (TH1F*)fMuEl->Get("h_jet1_ttbb_ntag3_MuEl");
TH1F* h_jet2_ttbb_ntag3_MuEl = (TH1F*)fMuEl->Get("h_jet2_ttbb_ntag3_MuEl");
TH1F* h_jet3_ttbb_ntag3_MuEl = (TH1F*)fMuEl->Get("h_jet3_ttbb_ntag3_MuEl");
TH1F* h_jet4_ttbb_ntag3_MuEl = (TH1F*)fMuEl->Get("h_jet4_ttbb_ntag3_MuEl");
TH1F* h_jet1_ttjj_ntag3_MuMu = (TH1F*)fMuMu->Get("h_jet1_ttjj_ntag3_MuMu");
TH1F* h_jet2_ttjj_ntag3_MuMu = (TH1F*)fMuMu->Get("h_jet2_ttjj_ntag3_MuMu");
TH1F* h_jet3_ttjj_ntag3_MuMu = (TH1F*)fMuMu->Get("h_jet3_ttjj_ntag3_MuMu");
TH1F* h_jet4_ttjj_ntag3_MuMu = (TH1F*)fMuMu->Get("h_jet4_ttjj_ntag3_MuMu");
TH1F* h_jet1_ttjj_ntag3_ElEl = (TH1F*)fElEl->Get("h_jet1_ttjj_ntag3_ElEl");
TH1F* h_jet2_ttjj_ntag3_ElEl = (TH1F*)fElEl->Get("h_jet2_ttjj_ntag3_ElEl");
TH1F* h_jet3_ttjj_ntag3_ElEl = (TH1F*)fElEl->Get("h_jet3_ttjj_ntag3_ElEl");
TH1F* h_jet4_ttjj_ntag3_ElEl = (TH1F*)fElEl->Get("h_jet4_ttjj_ntag3_ElEl");
TH1F* h_jet1_ttjj_ntag3_MuEl = (TH1F*)fMuEl->Get("h_jet1_ttjj_ntag3_MuEl");
TH1F* h_jet2_ttjj_ntag3_MuEl = (TH1F*)fMuEl->Get("h_jet2_ttjj_ntag3_MuEl");
TH1F* h_jet3_ttjj_ntag3_MuEl = (TH1F*)fMuEl->Get("h_jet3_ttjj_ntag3_MuEl");
TH1F* h_jet4_ttjj_ntag3_MuEl = (TH1F*)fMuEl->Get("h_jet4_ttjj_ntag3_MuEl");
TCanvas* can1 = new TCanvas("can1","leading jet",1200,1200);
TCanvas* can2 = new TCanvas("can2","second leading jet",1200,1200);
TCanvas* can3 = new TCanvas("can3","third leading jet",1200,1200);
TCanvas* can4 = new TCanvas("can4","fourth leading jet",1200,1200);
can1->cd();
h_jet1_ttbb_ntag3_MuMu->Add(h_jet1_ttbb_ntag3_ElEl);
h_jet1_ttbb_ntag3_MuMu->Add(h_jet1_ttbb_ntag3_MuEl);
h_jet1_ttbb_ntag3_MuMu->Scale(1.0/(h_jet1_ttbb_ntag3_MuMu->Integral()+h_jet1_ttbb_ntag3_ElEl->Integral()+h_jet1_ttbb_ntag3_MuEl->Integral()));
h_jet1_ttjj_ntag3_MuMu->Add(h_jet1_ttjj_ntag3_ElEl);
h_jet1_ttjj_ntag3_MuMu->Add(h_jet1_ttjj_ntag3_MuEl);
h_jet1_ttjj_ntag3_MuMu->Scale(1.0/(h_jet1_ttjj_ntag3_MuMu->Integral()+h_jet1_ttjj_ntag3_ElEl->Integral()+h_jet1_ttjj_ntag3_MuEl->Integral()));
h_jet1_ttbb_ntag3_MuMu->Draw();
h_jet1_ttjj_ntag3_MuMu->Draw("same");
h_jet1_ttbb_ntag3_MuMu->SetTitle("leading jet pt distibution");
h_jet1_ttbb_ntag3_MuMu->SetStats(0);
h_jet1_ttbb_ntag3_MuMu->SetMaximum(0.3);
h_jet1_ttbb_ntag3_MuMu->GetXaxis()->SetTitle("Jet p_{T} (GeV)");
h_jet1_ttbb_ntag3_MuMu->GetYaxis()->SetTitle("Normalized Entries");
SetLegend(h_jet1_ttbb_ntag3_MuMu, h_jet1_ttjj_ntag3_MuMu);
can2->cd();
h_jet2_ttbb_ntag3_MuMu->Add(h_jet2_ttbb_ntag3_ElEl);
h_jet2_ttbb_ntag3_MuMu->Add(h_jet2_ttbb_ntag3_MuEl);
h_jet2_ttbb_ntag3_MuMu->Scale(1.0/(h_jet2_ttbb_ntag3_MuMu->Integral()+h_jet2_ttbb_ntag3_ElEl->Integral()+h_jet2_ttbb_ntag3_MuEl->Integral()));
h_jet2_ttjj_ntag3_MuMu->Add(h_jet2_ttjj_ntag3_ElEl);
h_jet2_ttjj_ntag3_MuMu->Add(h_jet2_ttjj_ntag3_MuEl);
h_jet2_ttjj_ntag3_MuMu->Scale(1.0/(h_jet2_ttjj_ntag3_MuMu->Integral()+h_jet2_ttjj_ntag3_ElEl->Integral()+h_jet2_ttjj_ntag3_MuEl->Integral()));
h_jet2_ttbb_ntag3_MuMu->Draw();
h_jet2_ttjj_ntag3_MuMu->Draw("same");
h_jet2_ttbb_ntag3_MuMu->SetStats(0);
h_jet2_ttbb_ntag3_MuMu->SetMaximum(0.3);
h_jet2_ttbb_ntag3_MuMu->SetTitle("second leading jet pt distibution");
h_jet2_ttbb_ntag3_MuMu->GetXaxis()->SetTitle("Jet p_{T} (GeV)");
h_jet2_ttbb_ntag3_MuMu->GetYaxis()->SetTitle("Normalized Entries");
SetLegend(h_jet2_ttbb_ntag3_MuMu, h_jet2_ttjj_ntag3_MuMu);
can3->cd();
h_jet3_ttbb_ntag3_MuMu->Add(h_jet3_ttbb_ntag3_ElEl);
h_jet3_ttbb_ntag3_MuMu->Add(h_jet3_ttbb_ntag3_MuEl);
h_jet3_ttbb_ntag3_MuMu->Scale(1.0/(h_jet3_ttbb_ntag3_MuMu->Integral()+h_jet3_ttbb_ntag3_ElEl->Integral()+h_jet3_ttbb_ntag3_MuEl->Integral()));
h_jet3_ttjj_ntag3_MuMu->Add(h_jet3_ttjj_ntag3_ElEl);
h_jet3_ttjj_ntag3_MuMu->Add(h_jet3_ttjj_ntag3_MuEl);
h_jet3_ttjj_ntag3_MuMu->Scale(1.0/(h_jet3_ttjj_ntag3_MuMu->Integral()+h_jet3_ttjj_ntag3_ElEl->Integral()+h_jet3_ttjj_ntag3_MuEl->Integral()));
h_jet3_ttbb_ntag3_MuMu->Draw();
h_jet3_ttjj_ntag3_MuMu->Draw("same");
h_jet3_ttbb_ntag3_MuMu->SetStats(0);
h_jet3_ttbb_ntag3_MuMu->SetMaximum(0.3);
h_jet3_ttbb_ntag3_MuMu->SetTitle("third leading jet pt distibution");
h_jet3_ttbb_ntag3_MuMu->GetXaxis()->SetTitle("Jet p_{T} (GeV)");
h_jet3_ttbb_ntag3_MuMu->GetYaxis()->SetTitle("Normalized Entries");
SetLegend(h_jet3_ttbb_ntag3_MuMu, h_jet3_ttjj_ntag3_MuMu);
can4->cd();
h_jet4_ttbb_ntag3_MuMu->Add(h_jet4_ttbb_ntag3_ElEl);
h_jet4_ttbb_ntag3_MuMu->Add(h_jet4_ttbb_ntag3_MuEl);
h_jet4_ttbb_ntag3_MuMu->Scale(1.0/(h_jet4_ttbb_ntag3_MuMu->Integral()+h_jet4_ttbb_ntag3_ElEl->Integral()+h_jet4_ttbb_ntag3_MuEl->Integral()));
h_jet4_ttjj_ntag3_MuMu->Add(h_jet4_ttjj_ntag3_ElEl);
h_jet4_ttjj_ntag3_MuMu->Add(h_jet4_ttjj_ntag3_MuEl);
h_jet4_ttjj_ntag3_MuMu->Scale(1.0/(h_jet4_ttjj_ntag3_MuMu->Integral()+h_jet4_ttjj_ntag3_ElEl->Integral()+h_jet4_ttjj_ntag3_MuEl->Integral()));
h_jet4_ttbb_ntag3_MuMu->Draw();
h_jet4_ttjj_ntag3_MuMu->Draw("same");
h_jet4_ttbb_ntag3_MuMu->SetStats(0);
h_jet4_ttbb_ntag3_MuMu->SetMaximum(0.3);
h_jet4_ttbb_ntag3_MuMu->SetTitle("fourth leading jet pt distibution");
h_jet4_ttbb_ntag3_MuMu->GetXaxis()->SetTitle("Jet p_{T} (GeV)");
h_jet4_ttbb_ntag3_MuMu->GetYaxis()->SetTitle("Normalized Entries");
SetLegend(h_jet4_ttbb_ntag3_MuMu, h_jet4_ttjj_ntag3_MuMu);
}
bool StyleReader::startElement(const QString&, const QString&, const QString &name, const QXmlAttributes &attrs)
{
if (name == "style:default-style")
defaultStyle(attrs);
else if (name == "style:paragraph-properties" ||
name == "style:text-properties" ||
name == "style:list-level-properties")
styleProperties(attrs);
else if (name == "style:style")
styleStyle(attrs);
else if (name == "style:tab-stop")
tabStop(attrs);
else if (name == "text:list-style")
{
for (int i = 0; i < attrs.count(); ++i)
if (attrs.localName(i) == "style:name")
currentList = attrs.value(i);
currentListStyle = new ListStyle(currentList);
inList = true;
}
else if (((name == "text:list-level-style-bullet") ||
(name == "text:list-level-style-number") ||
(name == "text:list-level-style-image")) && (inList))
{
BulletType bstyle = Bullet;
QString prefix = "";
QString suffix = "";
QString bullet = "-";
uint ulevel = 0;
uint displayLevels = 1;
uint startAt = 0;
QString level = "";
for (int i = 0; i < attrs.count(); ++i)
{
if (attrs.localName(i) == "text:level")
{
ulevel = QString(attrs.value(i)).toUInt();
gtStyle *plist;
if (attrs.value(i) == "1")
{
plist = listParents[currentList];
}
else
{
int level = (attrs.value(i)).toInt();
--level;
plist = styles[QString(currentList + "_%1").arg(level)];
}
gtParagraphStyle *pstyle;
if (plist == NULL)
{
if (styles.contains("default-style"))
plist = new gtStyle(*(styles["default-style"]));
else
{
gtParagraphStyle* pstyle = new gtParagraphStyle(*(writer->getDefaultStyle()));
pstyle->setDefaultStyle(true);
plist = dynamic_cast<gtStyle*>(pstyle);
}
}
if (plist->target() == "paragraph")
{
pstyle = dynamic_cast<gtParagraphStyle*>(plist);
assert(pstyle != NULL);
gtParagraphStyle* tmp = new gtParagraphStyle(*pstyle);
currentStyle = tmp;
}
else
{
gtParagraphStyle* tmp = new gtParagraphStyle(*plist);
currentStyle = tmp;
}
currentStyle->setName(currentList + "_" + attrs.value(i));
}
else if (attrs.localName(i) == "style:num-prefix")
prefix = attrs.value(i);
else if (attrs.localName(i) == "style:num-suffix")
suffix = attrs.value(i);
else if (attrs.localName(i) == "text:bullet-char")
bullet = attrs.value(i);
else if (attrs.localName(i) == "style:num-format") {
QString tmp = attrs.value(i);
if (tmp == "i")
bstyle = LowerRoman;
else if (tmp == "I")
bstyle = UpperRoman;
else if (tmp == "a")
bstyle = LowerAlpha;
else if (tmp == "A")
bstyle = UpperAlpha;
else if (tmp == "1")
bstyle = Number;
}
else if (attrs.localName(i) == "text:start-value") {
startAt = QString(attrs.value(i)).toUInt();
if (startAt > 0)
--startAt;
}
else if (attrs.localName(i) == "text:display-levels") {
displayLevels = QString(attrs.value(i)).toUInt();
if (displayLevels == 0)
displayLevels = 1;
}
}
if (bstyle == Bullet) {
prefix = "";
suffix = "";
}
ListLevel *llevel = new ListLevel(ulevel, bstyle, prefix, suffix, bullet, displayLevels, startAt);
currentListStyle->addLevel(ulevel, llevel);
readProperties = true;
gtParagraphStyle* s = dynamic_cast<gtParagraphStyle*>(currentStyle);
assert(s != NULL);
if (bstyle == Bullet || bstyle == Graphic)
{
s->setBullet(true, bullet);
}
else
{
Q_ASSERT(((int) bstyle > 0) && ((int) bstyle < 6));
s->setNum(true, (int) bstyle -1, ulevel, startAt+1, prefix, suffix);
}
}
else if ((name == "style:drop-cap") && (readProperties))
{
if (currentStyle->target() == "paragraph")
{
for (int i = 0; i < attrs.count(); ++i)
{
if (attrs.localName(i) == "style:lines")
{
bool ok = false;
QString sd = attrs.value(i);
int dh = sd.toInt(&ok);
if (ok)
{
gtParagraphStyle* s = dynamic_cast<gtParagraphStyle*>(currentStyle);
assert(s != NULL);
s->setDropCapHeight(dh);
s->setDropCap(true);
}
}
}
}
}
else if (name == "style:font-face")
{
QString key = "";
QString family = "";
QString style = "";
for (int i = 0; i < attrs.count(); ++i)
{
if (attrs.localName(i) == "style:name")
key = attrs.value(i);
else if (attrs.localName(i) == "svg:font-family")
{
family = attrs.value(i);
family = family.remove("'");
}
else if (attrs.localName(i) == "style:font-style-name")
style += attrs.value(i) + " ";
}
QString name = family + " " + style;
name = name.simplified();
fonts[key] = name;
}
return true;
}
QSize sizeFromContents(ContentsType ct, const QStyleOption* opt, const QSize& contentsSize, const QWidget* w) const
{
return defaultStyle()->sizeFromContents(ct, opt, contentsSize, w);
}
SubControl hitTestComplexControl(ComplexControl cc, const QStyleOptionComplex* opt, const QPoint& pos, const QWidget* widget) const
{
return defaultStyle()->hitTestComplexControl(cc, opt, pos, widget);
}
void unpolish(QWidget* widget)
{
defaultStyle()->unpolish(widget);
}
void LatexLexer::styleText(int start,int end)
{
// Ajouter support verbatim
// Colorier les erreurs de syntaxe
if (!editor())
return;
char *lineChars = new char[end - start+1];
editor()->SendScintilla(QsciScintilla::SCI_GETTEXTRANGE, start, end, lineChars);
QString source = QString(lineChars);
free(lineChars);
startStyling(start,0xFF);
QStringList list=source.split('\n');
int lineIndex=editor()->SendScintilla(QsciScintilla::SCI_LINEFROMPOSITION, start);
int style=Default,nextStyle=Default;
if(lineIndex>0){
int pos = editor()->SendScintilla(QsciScintilla::SCI_GETLINEENDPOSITION, lineIndex-1 );
if(pos>0){
int s = editor()->SendScintilla(QsciScintilla::SCI_GETSTYLEAT, pos);
if(s==MathInline || s==MathDisplay || s==Environment){
style=s;
nextStyle=s;
}
}
}
int level=QsciScintilla::SC_FOLDLEVELBASE;
if(lineIndex>0){
QString previousLine = getLine(lineIndex-1);
level=(editor()->SendScintilla(QsciScintilla::SCI_GETFOLDLEVEL,lineIndex-1)&QsciScintilla::SC_FOLDLEVELNUMBERMASK)+getDiffLevel(previousLine);
}
int nbCharsToStyle;
int styleBeforeMathDisplay=Default,styleBeforeMathInline=Default,styleInBrace=Default,styleBeforeBrace=Default;
for (int i = 0; i < list.size(); i++) {
QString line=list.at(i);
int lineLength=line.size();
if(style!=MathInline && style!=MathDisplay && style!=Environment){
style=Default;
nextStyle=Default;
}
int j=0;
while(j<lineLength){
QString l=line.mid(j);
if(l.startsWith("\\%")){
nbCharsToStyle=2;
nextStyle=style;
style=Command;
}
else if(l.startsWith("%")){
nbCharsToStyle=lineLength-j;
style=Comment;
nextStyle=Comment;
}
else if(l.startsWith("\\[")){
nbCharsToStyle=2;
styleBeforeMathDisplay=style;
style=Command;
nextStyle=MathDisplay;
}
else if(l.startsWith("\\]")){
nbCharsToStyle=2;
style=Command;
nextStyle=styleBeforeMathDisplay;
}
else if(l.startsWith("\\(")){
nbCharsToStyle=2;
styleBeforeMathInline=style;
style=Command;
nextStyle=MathInline;
}
else if(l.startsWith("\\)")){
nbCharsToStyle=2;
style=Command;
nextStyle=styleBeforeMathInline;
}
else if(l.startsWith("\\$") || l.startsWith("\\{") || l.startsWith("\\}")){
nbCharsToStyle=2;
nextStyle=style;
style=Command;
}
else if(l.startsWith("\\")){
nbCharsToStyle=1;
nextStyle=style;
while(nbCharsToStyle<l.size() && l.at(nbCharsToStyle).isLetter()){
nbCharsToStyle++;
}
QString s=l.left(nbCharsToStyle);
if(s=="\\begin" || s=="\\end"){
styleInBrace=Environment;
}
else if(s=="\\part"){
styleInBrace=Part;
}
else if(s=="\\chapter"){
styleInBrace=Chapter;
}
else if(s=="\\section"){
styleInBrace=Section;
}
else if(s=="\\subsection"){
styleInBrace=SubSection;
}
else if(s=="\\subsubsection"){
styleInBrace=SubSubSection;
}
else if(s=="\\paragraph"){
styleInBrace=Paragraph;
}
else if(s=="\\subparagraph"){
styleInBrace=SubParagraph;
}
style=Command;
}
else if(l.startsWith("$")){
nbCharsToStyle=1;
if(style==MathInline){
nextStyle=styleBeforeMathInline;
}
else{
styleBeforeMathInline=style;
nextStyle=MathInline;
}
style=SpecialChar;
}
else if(l.at(0).isDigit()){
bool isNumber=true;
nbCharsToStyle=1;
nextStyle=style;
while(isNumber && nbCharsToStyle<l.size()){
nbCharsToStyle++;
l.left(nbCharsToStyle).toFloat(&isNumber);
}
if(!isNumber){
nbCharsToStyle--;
}
style=Digit;
}
else if(l.startsWith("(")||l.startsWith(")")||l.startsWith("[")||l.startsWith("]")||l.startsWith("&")||l.startsWith("#")){
nbCharsToStyle=1;
nextStyle=style;
style=SpecialChar;
}
else if(l.startsWith("{")){
nbCharsToStyle=1;
styleBeforeBrace=style;
nextStyle=styleInBrace;
style=SpecialChar;
}
else if(l.startsWith("}")){
nbCharsToStyle=1;
nextStyle=styleBeforeBrace;
style=SpecialChar;
styleInBrace=Default;
}
else{
nbCharsToStyle=1;
if(l.at(0)!=' '){
styleInBrace=style;
}
}
setStyling(nbCharsToStyle,defaultStyle(style));
style=nextStyle;
j+=nbCharsToStyle;
}
setStyling(1,defaultStyle(style));
QString s=trimComment(line);
if(s.contains("\\part")){
level=2000;
}
else if(s.contains("\\chapter")){
level=2001;
}
else if(s.contains("\\section")){
level=2002;
}
else if(s.contains("\\subsection")){
level=2003;
}
else if(s.contains("\\subsubsection")){
level=2004;
}
else if(s.contains("\\paragraph")){
level=2005;
}
else if(s.contains("\\subparagraph")){
level=2006;
}
if(isHeaderLine(s)){
editor()->SendScintilla(QsciScintilla::SCI_SETFOLDLEVEL,lineIndex,level|QsciScintilla::SC_FOLDLEVELHEADERFLAG);
}
/*
else if(line.trimmed().isEmpty()){
editor()->SendScintilla(QsciScintilla::SCI_SETFOLDLEVEL,lineIndex,level|QsciScintilla::SC_FOLDLEVELWHITEFLAG);
}
*/
else{
editor()->SendScintilla(QsciScintilla::SCI_SETFOLDLEVEL,lineIndex,level);
}
level+=getDiffLevel(s);
lineIndex++;
}
}
