void DropRate() {
    gROOT->SetBatch(kTRUE);
    auto f1000 = "./mean_1k_std_400_meantime_20ms_stddevtime_10ms.csv";
    auto f1000_df = ROOT::RDF::MakeCsvDataFrame(f1000, true, ';');
    auto f1000_nc = f1000_df.Define("bandwidth", "( tot_bytes/static_cast<double>(1024) ) / tot_time_taken");

    auto f500 = "./mean_500_std_200_meantime_10ms_stddevtime_5ms.csv";
    auto f500_df = ROOT::RDF::MakeCsvDataFrame(f500, true, ';');
    auto f500_nc = f500_df.Define("bandwidth", "( tot_bytes/static_cast<double>(1024) ) / tot_time_taken");

    auto f200 = "./mean_200_std_80_meantime_4ms_stddevtime_2ms.csv";
    auto f200_df = ROOT::RDF::MakeCsvDataFrame(f200, true, ';');
    auto f200_nc = f200_df.Define("bandwidth", "( tot_bytes/static_cast<double>(1024) ) / tot_time_taken");

    auto f100 = "./mean_100_std_40_meantime_2ms_stddevtime_1ms.csv";
    auto f100_df = ROOT::RDF::MakeCsvDataFrame(f100, true, ';');
    auto f100_nc = f100_df.Define("bandwidth", "( tot_bytes/static_cast<double>(1024) ) / tot_time_taken");

    auto f40 = "./mean_40_std_16_meantime_1ms_stddevtime_0ms.csv";
    auto f40_df = ROOT::RDF::MakeCsvDataFrame(f40, true, ';');
    auto f40_nc = f40_df.Define("bandwidth", "( tot_bytes/static_cast<double>(1024) ) / tot_time_taken");
    
    auto f4 = "./mean_4_std_0_meantime_0ms_stddevtime_0ms.csv";
    auto f4_df = ROOT::RDF::MakeCsvDataFrame(f4, true, ';');
    auto f4_nc = f4_df.Define("bandwidth", "( tot_bytes/static_cast<double>(1024) ) / tot_time_taken");


    auto canvas = new TCanvas("c", "c", 1400, 1000);
    
    //canvas->SetLogx();
    canvas->SetGrid();
    canvas->SetLogy();
    
    gStyle->SetPalette(1);
    

    auto g1000 = f1000_nc.Graph("timeout_ms", "drop_rate");
    g1000->SetTitle("Fragment Drop Rate vs Timeout;Timeout [ms];Fragment Drop Rate");
    g1000->SetName("g1000");
    g1000->SetMarkerStyle(55);
    g1000->SetMarkerSize(2);
    g1000->SetLineWidth(2);


    //sel_g->GetXaxis()->SetLimits(-50,1000);
    g1000->GetHistogram()->SetMinimum(1e-11);
    g1000->GetHistogram()->SetMaximum(1e-5);

    g1000->DrawClone("ALP PLC PMC");

    auto g500 = f500_nc.Graph("timeout_ms", "drop_rate");
    g500->SetName("g500");
    g500->SetMarkerStyle(55);
    g500->SetMarkerSize(2);
    g500->SetLineWidth(2);

    g500->DrawClone("LP PLC PMC");

    auto g200 = f200_nc.Graph("timeout_ms", "drop_rate");
    g200->SetName("g200");
    g200->SetMarkerStyle(55);
    g200->SetMarkerSize(2);
    g200->SetLineWidth(2);

    g200->DrawClone("LP PLC PMC");

    auto g100 = f100_nc.Graph("timeout_ms", "drop_rate");
    g100->SetName("g100");
    g100->SetMarkerStyle(55);
    g100->SetMarkerSize(2);
    g100->SetLineWidth(2);

    g100->DrawClone("LP PLC PMC");

    auto g40 = f40_nc.Graph("timeout_ms", "drop_rate");
    g40->SetName("g40");
    g40->SetMarkerStyle(55);
    g40->SetMarkerSize(2);
    g40->SetLineWidth(2);

    g40->DrawClone("LP PLC PMC");

    auto g4 = f4_nc.Graph("timeout_ms", "drop_rate");
    g4->SetName("g4");
    g4->SetMarkerStyle(55);
    g4->SetMarkerSize(2);
    g4->SetLineWidth(2);

    g4->DrawClone("LP PLC PMC");

    auto leg = new TLegend(0.55,0.65,0.86,0.87);
    leg->SetHeader("Mean Fragment Size", "c");
    leg->AddEntry("g1000","1 kB","lp");
    leg->AddEntry("g500","500 B","lp");
    leg->AddEntry("g200","200 B","lp");
    leg->AddEntry("g100","100 B","lp");
    leg->AddEntry("g40","40 B","lp");
    leg->AddEntry("g4","4 B","lp");
    leg->Draw();

    
    
    //gStyle->SetLegendTextSize(0.01);


    

    //canvas->BuildLegend(0.65,0.2,0.86,0.32, "Connection Method");

    canvas->Print("DropRate.png");

    gROOT->SetBatch(kFALSE);
    gApplication->Terminate(0);
}