BmnSimulationReport.cxx

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#include <fstream>
#include <iostream>
#include <string>
// ROOT
#include "TFile.h"
// BmnRoot
#include "BmnCSCStationSet.h"
#include "BmnDrawHist.h"
#include "BmnGemStripStationSet.h"
#include "BmnHistManager.h"
#include "BmnReportElement.h"
#include "BmnSiBTStationSet.h"
#include "BmnSiliconStationSet.h"
#include "BmnSimulationReport.h"
#include "BmnVSPStationSet.h"
 
using std::cout;
using std::ofstream;
using std::string;
 
BmnSimulationReport::BmnSimulationReport()
    : BmnReport()
    , fHM(NULL)
    , fPrimes(kFALSE)
{}
 
BmnSimulationReport::~BmnSimulationReport() {}
 
void BmnSimulationReport::Create(BmnHistManager* histManager, const string& outputDir)
{
    fHM = histManager;
    Create(outputDir);
}
 
void BmnSimulationReport::Create(const string& outputDir)
{
    printf("Creating report in %s", outputDir.c_str());
    assert(fHM != NULL);
    SetOutputDir(outputDir);
    CreateReports();
}
 
void BmnSimulationReport::Create(const string& fileName, const string& outputDir)
{
    assert(fHM == NULL);
    fHM = new BmnHistManager();
    TFile* file = new TFile(fileName.c_str());
    fHM->ReadFromFile(file);
    SetOutputDir(outputDir);
    CreateReports();
    //   delete fHM;
    //   delete file;
}
 
void BmnSimulationReport::Create()
{
    Out().precision(3);
    Out() << R()->DocumentBegin();
    Out() << R()->Title(0, GetTitle());
    PrintCanvases();
    Out() << R()->DocumentEnd();
}
 
void BmnSimulationReport::DrawH1ByPattern(const string& histNamePattern)
{
    //    vector<TH1*> histos = HM()->H1Vector(histNamePattern);
    //    Int_t nofHistos = histos.size();
    //    if (nofHistos < 1) return;
    //    for (UInt_t iHist = 0; iHist < nofHistos; iHist++) {
    //        TH1* hist = histos[iHist];
    //        string canvasName = GetReportName() + hist->GetName();
    //        TCanvas* canvas = CreateCanvas(canvasName.c_str(), canvasName.c_str(), 800, 500);
    //        DrawH1(hist, kLinear, kLinear);
    //    }
}
 
void BmnSimulationReport::DrawH1ByPattern(const string& histNamePattern,
                                          string (*labelFormatter)(const string&, const BmnHistManager*))
{
    //    vector<TH1*> histos = HM()->H1Vector(histNamePattern);
    //    Int_t nofHistos = histos.size();
    //    if (nofHistos < 1) return;
    //    string canvasName = GetReportName() + histos[0]->GetName();
    //    TCanvas* canvas = CreateCanvas(canvasName.c_str(), canvasName.c_str(), 600, 500);
    //
    //    vector<string> labels(nofHistos);
    //    for (UInt_t iHist = 0; iHist < nofHistos; iHist++) {
    //        string name = histos[iHist]->GetName();
    //        labels[iHist] = labelFormatter(name, HM());
    //    }
    //
    //    DrawH1(histos, labels, kLinear, kLinear, true, 0.3, 0.3, 0.85, 0.6, "PE1");
}
 
void BmnSimulationReport::DrawH2ByPattern(const string& histNamePattern,
                                          HistScale logx,
                                          HistScale logy,
                                          HistScale logz,
                                          const string& drawOpt)
{
    //    vector<TH2*> histos = HM()->H2Vector(histNamePattern);
    //    Int_t nofHistos = histos.size();
    //    if (nofHistos < 1) return;
    //    for (UInt_t iHist = 0; iHist < nofHistos; iHist++) {
    //        TH2* hist = histos[iHist];
    //        string canvasName = GetReportName() + hist->GetName();
    //        TCanvas* canvas = CreateCanvas(canvasName.c_str(), canvasName.c_str(), 800, 500);
    //        DrawH2(hist, logx, logy, logz, drawOpt);
    //    }
}
 
void BmnSimulationReport::DrawMuSigma(TVirtualPad* pad, TH1* h)
{
    pad->cd();
    TF1* fit = h->GetFunction("gaus");
    if (!fit)
        return;
    Float_t xMax = h->GetXaxis()->GetXmax();
    Float_t yMax = h->GetMaximum();
    TPaveStats* ps = new TPaveStats(xMax / 2, yMax / 2, xMax, yMax);
    ps->SetFillColor(0);
    ps->SetShadowColor(0);
    ps->AddText(Form("#mu = %2.3f", fit->GetParameter(1)));
    ps->AddText(Form("#sigma = %2.3f", fit->GetParameter(2)));
    ps->Draw();
}
 
void BmnSimulationReport::DrawOneH1(const TString canvasName,
                                    const TString name1,
                                    const TString drawOpt,
                                    Int_t histW,
                                    Int_t histH)
{
    TCanvas* canvas = CreateCanvas(canvasName.Data(), canvasName.Data(), histW, histH);
    if (!fInitCanvasesDone) {
        canvas->SetGrid();
    }
    canvas->cd();
    DrawH1(/*canvas,*/ HM()->H1(name1), kLinear, kLog, drawOpt.Data(), kRed, 1, 0.75, 1.1, 20);
}
 
void BmnSimulationReport::DrawTwoH1(const TString canvasName,
                                    const TString name1,
                                    const TString name2,
                                    const TString drawOpt,
                                    Bool_t doFit,
                                    Int_t histW,
                                    Int_t histH)
{
    TCanvas* canvas = CreateCanvas(canvasName.Data(), canvasName.Data(), 2 * histW, histH);
    if (!fInitCanvasesDone) {
        canvas->SetGrid();
        canvas->Divide(2, 1);
    }
    canvas->cd(1);
    DrawH1(/*canvas,*/ HM()->H1(name1), kLinear, kLinear, drawOpt.Data(), kRed, 1, 0.75, 1.1, 20);
    if ((doFit) && (HM()->H1(name1)->GetEntries() > MinNEntries4Fit)) {
        HM()->H1(name1)->Fit("gaus", "WWQ");
        DrawMuSigma(canvas->cd(1), HM()->H1(name1));
    }
    canvas->cd(2);
    DrawH1(/*canvas,*/ HM()->H1(name2), kLinear, kLinear, drawOpt.Data(), kRed, 1, 0.75, 1.1, 20);
    if ((doFit) && (HM()->H1(name2)->GetEntries() > MinNEntries4Fit)) {
        HM()->H1(name2)->Fit("gaus", "WWQ");
        DrawMuSigma(canvas->cd(2), HM()->H1(name2));
    }
}
 
void BmnSimulationReport::DrawOneH2(const TString canvasName, const TString name1, Int_t histW, Int_t histH)
{
    TCanvas* canvas = CreateCanvas(canvasName.Data(), canvasName.Data(), histW, histH);
    if (!fInitCanvasesDone) {
        canvas->SetGrid();
    }
    canvas->cd();
    DrawH2(/*canvas,*/ HM()->H2(name1), kLinear, kLinear, kLinear, "colz");
}
 
void BmnSimulationReport::DrawTwoH2(const TString canvasName,
                                    const TString name1,
                                    const TString name2,
                                    Int_t w,
                                    Int_t h)
{
    TCanvas* canvas = CreateCanvas(canvasName.Data(), canvasName.Data(), 2 * w, h);
    if (!fInitCanvasesDone) {
        canvas->SetGrid();
        canvas->Divide(2, 1);
    }
    /*TVirtualPad *p = */ canvas->cd(1);
    DrawH2(/*canvas,*/ HM()->H2(name1), kLinear, kLinear, kLinear, "colz");
    canvas->cd(2);
    DrawH2(/*canvas,*/ HM()->H2(name2), kLinear, kLinear, kLinear, "colz");
    //    canvas->Update();
    //    canvas->Modified();
}
 
void BmnSimulationReport::DrawThreeH2(const TString canvasName,
                                      const TString name1,
                                      const TString name2,
                                      const TString name3,
                                      Int_t histW,
                                      Int_t histH)
{
    TCanvas* canvas = CreateCanvas(canvasName.Data(), canvasName.Data(), 3 * histW, histH);
    if (!fInitCanvasesDone) {
        canvas->SetGrid();
        canvas->Divide(3, 1);
    }
    canvas->cd(1);
    DrawH2(/*canvas,*/ HM()->H2(name1), kLinear, kLinear, kLinear, "colz");
    canvas->cd(2);
    DrawH2(/*canvas,*/ HM()->H2(name2), kLinear, kLinear, kLinear, "colz");
    canvas->cd(3);
    DrawH2(/*canvas,*/ HM()->H2(name3), kLinear, kLinear, kLinear, "colz");
    canvas->Update();
    canvas->Modified();
}
 
void BmnSimulationReport::DrawThreeH1(const TString canvasName,
                                      const TString name1,
                                      const TString name2,
                                      const TString name3,
                                      Int_t histW,
                                      Int_t histH)
{
    TCanvas* canvas = CreateCanvas(canvasName.Data(), canvasName.Data(), 3 * histW, histH);
    if (!fInitCanvasesDone) {
        canvas->SetGrid();
        canvas->Divide(3, 1);
    }
    canvas->cd(1);
    DrawH1(/*canvas,*/ HM()->H1(name1), kLinear, kLinear, "", kBlue, 1, 0.75, 1.1, 20);
    canvas->cd(2);
    DrawH1(/*canvas,*/ HM()->H1(name2), kLinear, kLinear, "", kBlue, 1, 0.75, 1.1, 20);
    canvas->cd(3);
    DrawH1(/*canvas,*/ HM()->H1(name3), kLinear, kLinear, "", kBlue, 1, 0.75, 1.1, 20);
}
 
void BmnSimulationReport::DrawFourH2(const TString canvasName,
                                     const TString name1,
                                     const TString name2,
                                     const TString name3,
                                     const TString name4,
                                     Int_t histW,
                                     Int_t histH)
{
    TCanvas* canvas = CreateCanvas(canvasName.Data(), canvasName.Data(), 2 * histW, 2 * histH);
    if (!fInitCanvasesDone) {
        canvas->SetGrid();
        canvas->Divide(2, 2);
    }
    canvas->cd(1);
    DrawH2(/*canvas,*/ HM()->H2(name1), kLinear, kLinear, kLinear, "colz");
    canvas->cd(2);
    DrawH2(/*canvas,*/ HM()->H2(name2), kLinear, kLinear, kLinear, "colz");
    canvas->cd(3);
    DrawH2(/*canvas,*/ HM()->H2(name3), kLinear, kLinear, kLinear, "colz");
    canvas->cd(4);
    DrawH2(/*canvas,*/ HM()->H2(name4), kLinear, kLinear, kLinear, "colz");
    canvas->Update();
    canvas->Modified();
}
 
void BmnSimulationReport::DrawNH2(const string canvasName,
                                  const vector<string>& names,
                                  Int_t histW,
                                  Int_t histH,
                                  Int_t ncols)
{
    Int_t n = names.size();
    Int_t nx = ncols;
    Int_t ny = n / nx + n % nx;
    TCanvas* canvas = CreateCanvas(canvasName.data(), canvasName.data(), nx * histW, ny * histH);
    if (!fInitCanvasesDone) {
        canvas->SetGrid();
        canvas->Divide(nx, ny, 0.01 / nx, 0.03 / ny);
    }
    Int_t iCan(0);
    for (const TString s : names) {
        canvas->cd(++iCan);
        DrawH2(HM()->H2(s), kLinear, kLinear, kLinear, "colz");
        //            printf("Draw     %s  %f\n", s.Data(),(HM()->H2(s)->GetMaximum()));
    }
}
 
TClass* BmnSimulationReport::GetStationSetClass(DetectorId det)
{
    switch (det) {
        case kGEM:
            return BmnGemStripStationSet::Class();
        case kCSC:
            return BmnCSCStationSet::Class();
        case kSILICON:
            return BmnSiliconStationSet::Class();
        case kSiBT:
            return BmnSiBTStationSet::Class();
        case kVSP:
            return BmnVSPStationSet::Class();
        default:
            return nullptr;
    }
}
 
void BmnSimulationReport::DrawHits2D()
{
    for (auto& el : fDetStationSets) {
        void* ss = el.second;
        DetectorId detId = el.first;
        TString detName;
        BmnDetectorList::GetSystemNameCaps(detId, detName);
        TClass* station_set_class = GetStationSetClass(detId);
        TMethodCall ns_method(station_set_class, "GetNStations", "");
        Long_t method_result(0);
        ns_method.Execute(ss, method_result);
        Short_t n_stations = method_result;
        //        TMethodCall gs_method(station_set_class, "GetStation", "0");
        string can_name = string(detName.Data()) + "_Hits_X_Y";
        //        if (detId==kCSC)
        //            printf("Draw CSC   %s\n", can_name.data());
        vector<string> st_names;
        for (Short_t iSt = 0; iSt < n_stations; ++iSt)
            st_names.push_back(HistNameHits(detName, iSt));
        if (n_stations == 1)
            DrawNH2(can_name, st_names, baseW, baseH, 1);   // if it has only one station
        else
            DrawNH2(can_name, st_names);
    }
}