void DrawMines ( HDC hdc, HDC hMemDC, BOARD *p_board )
{
HGDIOBJ hOldObj;
unsigned col, row;
hOldObj = SelectObject (hMemDC, p_board->hMinesBMP);
for( row = 1; row <= p_board->rows; row++ ) {
for( col = 1; col <= p_board->cols; col++ ) {
DrawMine( hdc, hMemDC, p_board, col, row, FALSE );
}
}
SelectObject( hMemDC, hOldObj );
}
void PressBox( BOARD *p_board, unsigned col, unsigned row )
{
HDC hdc;
HGDIOBJ hOldObj;
HDC hMemDC;
hdc = GetDC( p_board->hWnd );
hMemDC = CreateCompatibleDC( hdc );
hOldObj = SelectObject (hMemDC, p_board->hMinesBMP);
DrawMine( hdc, hMemDC, p_board, col, row, TRUE );
SelectObject( hMemDC, hOldObj );
DeleteDC( hMemDC );
ReleaseDC( p_board->hWnd, hdc );
}
void compTopValidation()
{
gROOT->SetStyle("Plain");
gStyle->SetOptStat(1);
TString sel = "tt";
TCanvas *c= new TCanvas("c","c",10,10,800,600);
c->Print(sel + "/" + sel + ".ps[");
DrawMine("dimu_TTBar", "die_TTBar", sel, "diL", "otherTop", c);
DrawMine("dimu_TTBar", "die_TTBar", sel, "diL","Reco", c);
DrawMine("dimu_TTBar", "die_TTBar", sel, "diL", "Gen", c);
DrawMine("dimu_TTBar", "die_TTBar", sel, "diL", "Bkg", c);
DrawMine("dimu_TTBar", "die_TTBar", sel, "diL", "topMass",c);
// DrawMine("dimu_TTBar", "die_TTBar", sel, "diL", "Wmass", c);
DrawMine("dimu_TTBar", "die_TTBar", sel, "diL", "allW_finalMT", c);
DrawMine("mue_TTBar", "mue_TTBar", sel, "mue", "otherTop", c);
DrawMine("mue_TTBar", "mue_TTBar", sel, "mue","Reco", c);
DrawMine("mue_TTBar", "mue_TTBar", sel, "mue", "Gen", c);
DrawMine("mue_TTBar", "mue_TTBar", sel, "mue", "Bkg", c);
DrawMine("mue_TTBar", "mue_TTBar", sel, "mue", "topMass",c);
DrawMine("mue_TTBar", "mue_TTBar", sel, "mue", "Wmass", c);
DrawMine("mue_TTBar", "mue_TTBar", sel, "mue", "allW_finalMT", c);
DrawMine("muhad_TTBar", "ehad_TTBar", sel, "Lhad", "otherTop", c);
DrawMine("muhad_TTBar", "ehad_TTBar", sel, "Lhad","Reco", c);
DrawMine("muhad_TTBar", "ehad_TTBar", sel, "Lhad", "Gen", c);
DrawMine("muhad_TTBar", "ehad_TTBar", sel, "Lhad", "Bkg", c);
DrawMine("muhad_TTBar", "ehad_TTBar", sel, "Lhad", "topMass",c);
// DrawMine("muhad_TTBar", "ehad_TTBar", sel, "Lhad", "Wmass", c);
DrawMine("muhad_TTBar", "ehad_TTBar", sel, "Lhad", "allW_finalMT", c);
DrawMine("mutau_TTBar", "etau_TTBar", sel, "Ltau", "otherTop", c);
DrawMine("mutau_TTBar", "etau_TTBar", sel, "Ltau","Reco", c);
DrawMine("mutau_TTBar", "etau_TTBar", sel, "Ltau", "Gen", c);
DrawMine("mutau_TTBar", "etau_TTBar", sel, "Ltau", "Bkg", c);
DrawMine("mutau_TTBar", "etau_TTBar", sel, "Ltau", "topMass",c);
// DrawMine("mutau_TTBar", "etau_TTBar", sel, "Ltau", "Wmass", c);
DrawMine("mutau_TTBar", "etau_TTBar", sel, "Ltau", "allW_finalMT", c);
DrawMine("disemitau_TTBar", "disemitau_TTBar", sel, "tauRest", "otherTop", c);
DrawMine("disemitau_TTBar", "disemitau_TTBar", sel, "tauRest","Reco", c);
DrawMine("disemitau_TTBar", "disemitau_TTBar", sel, "tauRest", "Gen", c);
DrawMine("disemitau_TTBar", "disemitau_TTBar", sel, "tauRest", "Bkg", c);
DrawMine("disemitau_TTBar", "disemitau_TTBar", sel, "tauRest", "topMass",c);
// DrawMine("disemitau_TTBar", "disemitau_TTBar", sel, "tauRest", "Wmass", c);
DrawMine("disemitau_TTBar", "disemitau_TTBar", sel, "tauRest", "allW_finalMT", c);
c->Print(sel + "/" + sel + ".ps]");
sel = "tchan";
TCanvas *c2= new TCanvas("c2","c2",10,10,800,600);
c2->Print(sel + "/" + sel + ".ps[");
DrawMine("TChannel", "TChannel", sel, "TChan", "Reco", c2);
DrawMine("TChannel", "TChannel", sel, "TChan", "Gen", c2);
DrawMine("TChannel", "TChannel", sel, "TChan", "Bkg", c2);
DrawMine("TChannel", "TChannel", sel, "TChan", "topMass",c2);
// DrawMine("TChannel", "TChannel", sel, "TChan", "Wmass", c2);
DrawMine("TChannel", "TChannel", sel, "TChan", "allW_finalMT", c2);
DrawMine("TbarChannel", "TbarChannel", sel, "TbarChan", "Reco", c2);
DrawMine("TbarChannel", "TbarChannel", sel, "TbarChan", "Gen", c2);
DrawMine("TbarChannel", "TbarChannel", sel, "TbarChan", "Bkg", c2);
DrawMine("TbarChannel", "TbarChannel", sel, "TbarChan", "topMass",c2);
// DrawMine("TbarChannel", "TbarChannel", sel, "TbarChan", "Wmass", c2);
DrawMine("TbarChannel", "TbarChannel", sel, "TbarChan", "allW_finalMT", c2);
c2->Print(sel + "/" + sel + ".ps]");
sel = "tWchan";
TCanvas *c3= new TCanvas("c3","c3",10,10,800,600);
c3->Print(sel + "/" + sel + ".ps[");
DrawMine("TWChannel", "TWChannel", sel, "TWChan", "Reco", c3);
DrawMine("TWChannel", "TWChannel", sel, "TWChan", "Gen", c3);
DrawMine("TWChannel", "TWChannel", sel, "TWChan", "Bkg", c3);
DrawMine("TWChannel", "TWChannel", sel, "TWChan", "topMass",c3);
// DrawMine("TWChannel", "TWChannel", sel, "TWChan", "Wmass", c3);
DrawMine("TWChannel", "TWChannel", sel, "TWChan", "allW_finalMT", c3);
DrawMine("TbarWChannel", "TbarWChannel", sel, "TbarWChan", "Reco", c3);
DrawMine("TbarWChannel", "TbarWChannel", sel, "TbarWChan", "Gen", c3);
DrawMine("TbarWChannel", "TbarWChannel", sel, "TbarWChan", "Bkg", c3);
DrawMine("TbarWChannel", "TbarWChannel", sel, "TbarWChan", "topMass",c3);
// DrawMine("TbarWChannel", "TbarWChannel", sel, "TbarWChan", "Wmass", c3);
DrawMine("TbarWChannel", "TbarWChannel", sel, "TbarWChan", "allW_finalMT", c3);
c3->Print(sel + "/" + sel + ".ps]");
sel = "qcd";
TCanvas *c4= new TCanvas("c4","c4",10,10,800,600);
c4->Print(sel + "/" + sel + ".ps[");
DrawMine("QCD", "QCD", sel, "QCD", "Bkg", c4);
DrawMine("QCD", "QCD", sel, "QCD", "topMass",c4);
// DrawMine("QCD", "QCD", sel, "QCD", "Wmass", c4);
DrawMine("QCD", "QCD", sel, "QCD", "allW_finalMT", c4);
c4->Print(sel + "/" + sel + ".ps]");
sel = "wjets";
TCanvas *c5= new TCanvas("c5","c5",10,10,800,600);
c5->Print(sel + "/" + sel + ".ps[");
DrawMine("WJets", "WJets", sel, "WJets", "Bkg", c5);
DrawMine("WJets", "WJets", sel, "WJets", "topMass",c5);
// DrawMine("WJets", "WJets", sel, "WJets", "Wmass", c5);
DrawMine("WJets", "WJets", sel, "WJets", "allW_finalMT", c5);
c5->Print(sel + "/" + sel + ".ps]");
sel = "dy";
TCanvas *c6= new TCanvas("c6","c6",10,10,800,600);
c6->Print(sel + "/" + sel + ".ps[");
DrawMine("ZJets", "ZJets", sel, "ZJets", "Bkg", c6);
DrawMine("ZJets", "ZJets", sel, "ZJets", "topMass",c6);
// DrawMine("ZJets", "ZJets", sel, "ZJets", "Wmass", c6);
DrawMine("ZJets", "ZJets", sel, "ZJets", "allW_finalMT", c6);
c6->Print(sel + "/" + sel + ".ps]");
sel = "wdata";
TCanvas *c7= new TCanvas("c7","c7",10,10,800,600);
c7->Print(sel + "/" + sel + ".ps[");
DrawMine("WTemplateDefFormat", "WTemplateDefFormat", sel, "WTemplateDefFormat", "Bkg", c7);
DrawMine("WTemplateDefFormat", "WTemplateDefFormat", sel, "WTemplateDefFormat", "topMass",c7);
// DrawMine("WTemplateDefFormat", "WTemplateDefFormat", sel, "WTemplateDefFormat", "Wmass", c7);
DrawMine("WTemplateDefFormat", "WTemplateDefFormat", sel, "WTemplateDefFormat", "allW_finalMT", c7);
c7->Print(sel + "/" + sel + ".ps]");
sel = "qcdele";
TCanvas *c8= new TCanvas("c8","c8",10,10,800,600);
c8->Print(sel + "/" + sel + ".ps[");
DrawMine("QCDEle", "QCDEle", sel, "QCDEle", "Bkg", c8);
DrawMine("QCDEle", "QCDEle", sel, "QCDEle", "topMass",c8);
// DrawMine("QCDEle", "QCDEle", sel, "QCDEle", "Wmass", c8);
DrawMine("QCDEle", "QCDEle", sel, "QCDEle", "allW_finalMT", c8);
c8->Print(sel + "/" + sel + ".ps]");
sel = "data";
TCanvas *c9= new TCanvas("c9","c9",10,10,800,600);
c9->Print(sel + "/" + sel + ".ps[");
DrawMine("Data", "Data", sel, "Data", "Bkg", c9);
DrawMine("Data", "Data", sel, "Data", "topMass",c9);
// DrawMine("Data", "Data", sel, "Data", "Wmass", c9);
DrawMine("Data", "Data", sel, "Data", "allW_finalMT", c9);
c9->Print(sel + "/" + sel + ".ps]");
/* sel = "comphep";
TCanvas *c10= new TCanvas("c10","c10",10,10,800,600);
c10->Print(sel + "/" + sel + ".ps[");
DrawMine("powheg", "comphep", sel, "", "Reco", c10);
DrawMine("powheg", "comphep", sel, "", "Gen", c10);
DrawMine("powheg", "comphep", sel, "", "Bkg", c10);
DrawMine("powheg", "comphep", sel, "", "both", c10);
DrawMine("powheg", "comphep", sel, "", "topMass",c10);
// DrawMine("powheg", "comphep", sel, "", "Wmass", c10);
DrawMine("powheg", "comphep", sel, "", "allW_finalMT", c10);
c10->Print(sel + "/" + sel + ".ps]");
sel = "wbdown";
TCanvas *c11= new TCanvas("c11","c11",10,10,800,600);
c11->Print(sel + "/" + sel + ".ps[");
DrawMine("WTemplateDefFormat", "bDownWTemplateDefFormat", sel, "", "Bkg", c11);
c11->Print(sel + "/" + sel + ".ps]");
sel = "wcdown";
TCanvas *c12= new TCanvas("c12","c12",10,10,800,600);
c12->Print(sel + "/" + sel + ".ps[");
DrawMine("WTemplateDefFormat", "cDownWTemplateDefFormat", sel, "", "Bkg", c12);
c12->Print(sel + "/" + sel + ".ps]");*/
/*sel = "unphys";
TCanvas *c13= new TCanvas("c13","c13",10,10,800,600);
c13->Print(sel + "/" + sel + ".ps[");
DrawMine("unphys", "unphys", sel, "gL", "Reco", c13);
DrawMine("unphys", "unphys", sel, "gL", "Gen", c13);
DrawMine("unphys", "unphys", sel, "gL", "Bkg", c13);
DrawMine("unphys", "unphys", sel, "gL", "both", c13);
DrawMine("unphys", "unphys", sel, "gL", "topMass",c13);
// DrawMine("unphys", "unphys", sel, "gL", "Wmass", c13);
DrawMine("unphys", "unphys", sel, "gL", "def_finalMT", c13);
c13->Print(sel + "/" + sel + ".ps]");
sel = "r";
TCanvas *c14= new TCanvas("c14","c14",10,10,800,600);
c14->Print(sel + "/" + sel + ".ps[");
DrawMine("r", "r", sel, "gL", "Reco", c14);
DrawMine("r", "r", sel, "gL", "Gen", c14);
DrawMine("r", "r", sel, "gL", "Bkg", c14);
DrawMine("r", "r", sel, "gL", "both", c14);
DrawMine("r", "r", sel, "gL", "topMass",c14);
// DrawMine("r", "r", sel, "gL", "Wmass", c14);
DrawMine("r", "r", sel, "gL", "def_finalMT", c14);
c14->Print(sel + "/" + sel + ".ps]");
sel = "sm";
TCanvas *c15= new TCanvas("c15","c15",10,10,800,600);
c15->Print(sel + "/" + sel + ".ps[");
DrawMine("sm", "sm", sel, "gL", "Reco", c15);
DrawMine("sm", "sm", sel, "gL", "Gen", c15);
DrawMine("sm", "sm", sel, "gL", "Bkg", c15);
DrawMine("sm", "sm", sel, "gL", "both", c15);
DrawMine("sm", "sm", sel, "gL", "topMass",c15);
// DrawMine("sm", "sm", sel, "gL", "Wmass", c15);
DrawMine("sm", "sm", sel, "gL", "def_finalMT", c15);
c15->Print(sel + "/" + sel + ".ps]");
sel = "t";
TCanvas *c16= new TCanvas("c16","c16",10,10,800,600);
c16->Print(sel + "/" + sel + ".ps[");
DrawMine("t", "t", sel, "gL", "Reco", c16);
DrawMine("t", "t", sel, "gL", "Gen", c16);
DrawMine("t", "t", sel, "gL", "Bkg", c16);
DrawMine("t", "t", sel, "gL", "both", c16);
DrawMine("t", "t", sel, "gL", "topMass",c16);
// DrawMine("t", "t", sel, "gL", "Wmass", c16);
DrawMine("t", "t", sel, "gL", "def_finalMT", c16);
c16->Print(sel + "/" + sel + ".ps]"); */
}