//Renata Kopecna
#ifndef PATHS_HH
#define PATHS_HH
#include <iostream>
#include <assert.h>
#include <options.hh>
#include <parse.hh>
//=====================================//
// Main folder paths //
//=====================================//
std::string datapath(); //Returns the path where the data is stored based on the server/user
std::string workpath(); //Returns the path where the program is executed based on the server/user
const std::string DATA_PATH = datapath();
const std::string FIT_RESULTS_PATH = workpath()+"fitResults/";
const std::string PLOTS_PATH = workpath()+"plots/";
const std::string TOYS_PATH = workpath()+"Toys/";
const std::string COEFFS_PATH = workpath()+"Coeffs/";
const std::string LATEX_PATH = workpath()+"LaTeXfiles/";
//=====================================//
// Paths for datsets //
//=====================================//
std::string getSelectedTuplePath(int dataset, int run, int year);
std::string get_theFCNCpath(int dataset, int run);
std::string get_finalToySamplePath(int nPDF, int job_id, bool fitReference);
//=====================================//
// Paths for angular parametrization //
//=====================================//
namespace fcnc { //Forward declaration, fully defined in options.hh
class options;
}
std::string get_angCorrPath(bool test);
std::string coeffs_eff_phsp_4D(fcnc::options *opts);
//=====================================//
// Paths for angular resolution //
//=====================================//
std::string get_angResoPlot_path(std::string angle, int year, std::string format);
//=====================================//
// Paths for fit results //
//=====================================//
std::string get_MainFitPlot_path();
std::string get_MCfitPlot_path(bool Ref, bool PHSP);
std::string get_genLvlFitPlot_path(bool PHSP);
std::string get_MoMPlot_path();
std::string get_GenLvlPlot_path();
std::string get_PullPlot_path();
std::string get_ToysFitResult_path(basic_params params);
std::string get_MainFitResult_path();
std::string get_JpsiSimFit2D_path(int idx, bool pPrimes);
std::string get_SigMCSimFit2D_path(int idx, int bin);
std::string get_param_scan_path(std::string name, bool error);
//=====================================//
// Fit result tags //
//=====================================//
std::string tag_bin(int nBinsToFit);
std::string tag_bin(int nBinsToFit, int bin);
std::string tag_Run(int Run);
std::string tag_datasample(bool fitReference, bool fitMC, bool fitPHSP);
std::string tag_sample_blind(basic_params params);
std::string tag_sample_blind(bool FitOnlyRun1, bool FitOnlyRun2,
bool FitOnlyMagDown, bool FitOnlyMagUp);
std::string final_result_name(bool fitReference, bool fitSignalMC, basic_params params,
bool simFit, int nBinsToFit, int effRun,
bool FitFinalToySamples, double statFrac,
bool NP, int systematics);
std::string get_eps_label(bool fitReference, bool fitSignalMC, bool fitPHSP,
bool FitFinalToySamples,
int nBinsToFit, int bin,
int polarity,
bool SimultaneousFit, fcnc::options opts);
std::string get_eps_label(bool fitReference, bool fitSignalMC, bool fitPHSP,
bool FitFinalToySamples,
int nBinsToFit, int bin,
bool SimultaneousFit, basic_params params);
// if bin == -1, no specific bin number is printed
//--------------------------------------------------------------
std::string get_MCfit_label(bool fitReference, bool fitPHSP,
int nBinsToFit, int bin,
bool simFit,
basic_params params, int effRun,
bool onlyAng, bool onlyMass);
std::string finalResult_MCfit_txt(int nPDF, bool fitReference, bool fitPHSP,
int nBinsToFit, int bin,
bool simFit,
basic_params params, int effRun,
bool onlyAng, bool onlyMass);
std::string final_result_name_MC(basic_params params, int nBins,
bool fitReference, bool fitPHSP, bool simFit,
bool onlyAng, bool onlyMass);
//--------------------------------------------------------------
std::string get_genLvlFit_label(bool fitPHSP,
int nBinsToFit, int bin,
basic_params params,
bool onlyAng, bool onlyMass);
std::string finalResult_genLvlMCfit_txt(bool fitPHSP,
int nBinsToFit, int bin,
basic_params params,
bool onlyAng, bool onlyMass);
std::string final_result_name_genLvlMC(basic_params params, int nBins, bool fitPHSP,
bool onlyAng, bool onlyMass);
//--------------------------------------------------------------
std::string get_bkgFitPlot_path();
std::string get_bkgFitResult_path();
std::string get_bkg_tag(int bin, int nBins,
bool fitReference,
bool lowMass, bool highMass,
bool fitKpi, basic_params params);
std::string get_bkgCorrPlot_path(std::string ang1, std::string ang2,
int bin, int nBins,
bool fitReference,
bool lowMass, bool highMass,
bool fitKpi, basic_params params);
std::string final_result_name_bkg(int nBins,
bool fitReference,
bool lowMass, bool highMass,
bool fitKpi, basic_params params);
//--------------------------------------------------------------
std::string get_MassFitPlot_path();
std::string get_MassFitResult_path();
std::string get_MassFit_label(bool fitReference,
int bin, int nBins,
bool splitRuns, basic_params params,
int effRun);
std::string final_result_name_mass(bool fitReference, int nBins,
bool splitRuns,
basic_params params, int effRun);
//--------------------------------------------------------------
std::string get_ToysFitPlot_path(basic_params params);
std::string get_ToysFit_label(int jobID, bool fitReference,
int bin, int nBins,
bool simFit, basic_params params, int effRun,
bool onlyAng, bool onlyMass,
bool onlySig, bool onlyBkg,
bool lowMass, bool highMass);
std::string final_result_name_toys(int jobID, bool fitReference,
int nBins, bool simFit,
basic_params params, int effRun,
bool onlyAng, bool onlyMass,
bool onlySig, bool onlyBkg,
bool lowMass, bool highMass);
std::string init_params_name_toys(int jobID, bool fitReference,
int nBins, bool simFit,
basic_params params, int effRun,
bool onlyAng, bool onlyMass,
bool onlySig, bool onlyBkg,
bool lowMass, bool highMass);
std::string get_finalToys_file(bool fitReference, int nBins,
bool simFit,
basic_params params, int effRun);
std::string get_ToyPullPlot_folder( basic_params params);
std::string get_ToyPullPlot_tag(int bin, std::string varName, basic_params params, bool dist, bool pull);
//--------------------------------------------------------------
//=====================================//
// Paths for Latex couts //
//=====================================//
//File used for capturing latex output such as parameter tables
//The file is handled by function in helpers.cc
//Technically should be a class but I'm feeling lazy
std::string get_Latex_noteFile(std::string tag);
std::string latex_fitterFile(std::string index);
std::string latex_toyFile();
std::string latex_params();
std::string latex_paramScan();
std::string latex_bkgFit();
std::string latex_massFit();
#endif // PATHS_HH