mssm_xs_tools Class Reference

#include <mssm_xs_tools.h>

Public Member Functions
double	bbH4F_A (double mA, double tanb)
	get cross section for production of A in association with b quarks (4FS) (in pb) More...
double	bbH4F_A_scale (double mA, double tanb, const bool kUP)
	get uncertainties for A production in association with b quarks from mu scale variations (4FS, in pb) More...
double	bbH4F_H (double mA, double tanb)
	get cross section for production of H in association with b quarks (4FS) (in pb) More...
double	bbH4F_h (double mA, double tanb)
	get cross section for production of h in association with b quarks (4FS) (in pb) More...
double	bbH4F_H_scale (double mA, double tanb, const bool kUP)
	get uncertainties for H production in association with b quarks from mu scale variations (4FS, in pb) More...
double	bbH4F_h_scale (double mA, double tanb, const bool kUP)
	get uncertainties for h production in association with b quarks from mu scale variations (4FS, in pb) More...
double	bbH5F_A (double mA, double tanb)
	get cross section for production of A in association with b quarks (5FS) (in pb) More...
double	bbH5F_A_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for A production in association with b quarks from variations of pdfs and alphas (same for 4FS and 5FS, in pb) More...
double	bbH5F_A_scale (double mA, double tanb, const bool kUP)
	get uncertainties for A production in association with b quarks from mu scale variations (5FS, in pb) More...
double	bbH5F_H (double mA, double tanb)
	get cross section for production of H in association with b quarks (5FS) (in pb) More...
double	bbH5F_h (double mA, double tanb)
	get cross section for production of h in association with b quarks (5FS) (in pb) More...
double	bbH5F_H_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for H production in association with b quarks from variations of pdfs and alphas (same for 4FS and 5FS, in pb) More...
double	bbH5F_h_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for h production in association with b quarks from variations of pdfs and alphas (same for 4FS and 5FS, in pb) More...
double	bbH5F_H_scale (double mA, double tanb, const bool kUP)
	get uncertainties for H production in association with b quarks from mu scale variations (5FS, in pb) More...
double	bbH5F_h_scale (double mA, double tanb, const bool kUP)
	get uncertainties for h production in association with b quarks from mu scale variations (5FS, in pb) More...
double	bbHSantander_A (double mA, double tanb)
	get cross section for production of A in association with b quarks (using Santander matching scheme) (in pb) More...
double	bbHSantander_A_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for A production in association with b quarks from pdf+alphas variations (Santander matching scheme, in pb) More...
double	bbHSantander_A_scale (double mA, double tanb, const bool kUP)
	get uncertainties for A production in association with b quarks from mu variations (Santander matching scheme, in pb) More...
double	bbHSantander_H (double mA, double tanb)
	get cross section for production of H in association with b quarks (using Santander matching scheme) (in pb) More...
double	bbHSantander_h (double mA, double tanb)
	get cross section for production of h in association with b quarks (using Santander matching scheme) (in pb) More...
double	bbHSantander_H_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for H production in association with b quarks from pdf+alphas variations (Santander matching scheme, in pb) More...
double	bbHSantander_h_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for h production in association with b quarks from pdf+alphas variations (Santander matching scheme, in pb) More...
double	bbHSantander_H_scale (double mA, double tanb, const bool kUP)
	get uncertainties for H production in association with b quarks from mu variations (Santander matching scheme, in pb) More...
double	bbHSantander_h_scale (double mA, double tanb, const bool kUP)
	get uncertainties for h production in association with b quarks from mu variations (Santander matching scheme, in pb) More...
double	br (const char *decay, double mA, double tanb)
	get branching fraction for a given decay of a given Higgs boson for given values of mA and tanb More...
double	br_Abb (double mA, double tanb)
	get BR(A->bb) for given value of mA and tanb More...
double	br_Acc (double mA, double tanb)
	get BR(A->cc) for given value of mA and tanb More...
double	br_Add (double mA, double tanb)
	get BR(A->dd) for given value of mA and tanb More...
double	br_Aee (double mA, double tanb)
	get BR(A->ee) for given value of mA and tanb More...
double	br_Agammagamma (double mA, double tanb)
	get BR(A->gammagamma) for given value of mA and tanb More...
double	br_Agg (double mA, double tanb)
	get BR(A->gg) for given value of mA and tanb More...
double	br_Amumu (double mA, double tanb)
	get BR(A->mumu) for given value of mA and tanb More...
double	br_Ass (double mA, double tanb)
	get BR(A->ss) for given value of mA and tanb More...
double	br_ASUSY (double mA, double tanb)
	get BR(A->SUSY) for given value of mA and tanb More...
double	br_Atautau (double mA, double tanb)
	get BR(A->tautau) for given value of mA and tanb More...
double	br_Att (double mA, double tanb)
	get BR(A->tt) for given value of mA and tanb More...
double	br_Auu (double mA, double tanb)
	get BR(A->uu) for given value of mA and tanb More...
double	br_AWW (double mA, double tanb)
	get BR(A->WW) for given value of mA and tanb More...
double	br_AZgamma (double mA, double tanb)
	get BR(A->Zgamma) for given value of mA and tanb More...
double	br_AZh (double mA, double tanb)
	get BR(A->Zh) for given value of mA and tanb More...
double	br_AZZ (double mA, double tanb)
	get BR(A->ZZ) for given value of mA and tanb More...
double	br_Hbb (double mA, double tanb)
	get BR(H->bb) for given value of mA and tanb More...
double	br_hbb (double mA, double tanb)
	get BR(h->bb) for given value of mA and tanb More...
double	br_Hcc (double mA, double tanb)
	get BR(H->cc) for given value of mA and tanb More...
double	br_hcc (double mA, double tanb)
	get BR(h->cc) for given value of mA and tanb More...
double	br_Hdd (double mA, double tanb)
	get BR(H->dd) for given value of mA and tanb More...
double	br_hdd (double mA, double tanb)
	get BR(h->dd) for given value of mA and tanb More...
double	br_Hee (double mA, double tanb)
	get BR(H->ee) for given value of mA and tanb More...
double	br_hee (double mA, double tanb)
	get BR(h->ee) for given value of mA and tanb More...
double	br_Hgammagamma (double mA, double tanb)
	get BR(H->gammagamma) for given value of mA and tanb More...
double	br_hgammagamma (double mA, double tanb)
	get BR(h->gammagamma) for given value of mA and tanb More...
double	br_Hgg (double mA, double tanb)
	get BR(H->gg) for given value of mA and tanb More...
double	br_hgg (double mA, double tanb)
	get BR(h->gg) for given value of mA and tanb More...
double	br_Hhh (double mA, double tanb)
	get BR(H->hh) for given value of mA and tanb More...
double	br_Hmumu (double mA, double tanb)
	get BR(H->tautau) for given value of mA and tanb More...
double	br_hmumu (double mA, double tanb)
	get BR(h->mumu) for given value of mA and tanb More...
double	br_Hpcbb (double mA, double tanb)
	get BR(H+->cbb) for given value of mA and tanb More...
double	br_Hpcdb (double mA, double tanb)
	get BR(H+->cdb) for given value of mA and tanb More...
double	br_Hpcsb (double mA, double tanb)
	get BR(H+->csb) for given value of mA and tanb More...
double	br_Hpenu (double mA, double tanb)
	get BR(H+->enu) for given value of mA and tanb More...
double	br_HpHHW (double mA, double tanb)
	get BR(H+->HHA) for given value of mA and tanb More...
double	br_Hpmunu (double mA, double tanb)
	get BR(H+->munu) for given value of mA and tanb More...
double	br_HpSUSY (double mA, double tanb)
	get BR(H+->SUSY) for given value of mA and tanb More...
double	br_Hptaunu (double mA, double tanb)
	get BR(H+->taunu) for given value of mA and tanb More...
double	br_Hptbb (double mA, double tanb)
	get BR(H+->tbb) for given value of mA and tanb More...
double	br_Hptdb (double mA, double tanb)
	get BR(H+->tdb) for given value of mA and tanb More...
double	br_Hptsb (double mA, double tanb)
	get BR(H+->tsb) for given value of mA and tanb More...
double	br_Hpubb (double mA, double tanb)
	get BR(H+->ubb) for given value of mA and tanb More...
double	br_Hpudb (double mA, double tanb)
	get BR(H+->udb) for given value of mA and tanb More...
double	br_Hpusb (double mA, double tanb)
	get BR(H+->usb) for given value of mA and tanb More...
double	br_HpWA (double mA, double tanb)
	get BR(H+->WA) for given value of mA and tanb More...
double	br_HpWh (double mA, double tanb)
	get BR(H+->Wh) for given value of mA and tanb More...
double	br_Hss (double mA, double tanb)
	get BR(H->ss) for given value of mA and tanb More...
double	br_hss (double mA, double tanb)
	get BR(h->ss) for given value of mA and tanb More...
double	br_HSUSY (double mA, double tanb)
	get BR(H->SUSY) for given value of mA and tanb More...
double	br_hSUSY (double mA, double tanb)
	get BR(h->SUSY) for given value of mA and tanb More...
double	br_Htautau (double mA, double tanb)
	get BR(H->tautau) for given value of mA and tanb More...
double	br_htautau (double mA, double tanb)
	get BR(h->tautau) for given value of mA and tanb More...
double	br_Htt (double mA, double tanb)
	get BR(H->tt) for given value of mA and tanb More...
double	br_htt (double mA, double tanb)
	get BR(h->tt) for given value of mA and tanb More...
double	br_Huu (double mA, double tanb)
	get BR(H->uu) for given value of mA and tanb More...
double	br_huu (double mA, double tanb)
	get BR(h->uu) for given value of mA and tanb More...
double	br_HWW (double mA, double tanb)
	get BR(H->WW) for given value of mA and tanb More...
double	br_hWW (double mA, double tanb)
	get BR(h->WW) for given value of mA and tanb More...
double	br_HZgamma (double mA, double tanb)
	get BR(H->gammagamma) for given value of mA and tanb More...
double	br_hZgamma (double mA, double tanb)
	get BR(h->Zgamma) for given value of mA and tanb More...
double	br_HZZ (double mA, double tanb)
	get BR(H->ZZ) for given value of mA and tanb More...
double	br_hZZ (double mA, double tanb)
	get BR(h->ZZ) for given value of mA and tanb More...
double	br_tHpb (double mA, double tanb)
	get BR(t->H+b) for given value of mA and tanb More...
double	ggH_A (double mA, double tanb)
	get cross section for production of A in gluon-gluon fusion (in pb) More...
double	ggH_A_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for gluon-gluon fusion production of A from variations of pdfs and alphas (in pb) More...
double	ggH_A_scale (double mA, double tanb, const bool kUP)
	get uncertainties for gluon-gluon fusion production of A from mu scale variations (in pb) More...
double	ggH_H (double mA, double tanb)
	get cross section for production of H in gluon-gluon fusion (in pb) More...
double	ggH_h (double mA, double tanb)
	get cross section for production of h in gluon-gluon fusion (in pb) More...
double	ggH_H_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for gluon-gluon fusion production of H from variations of pdfs and alphas (in pb) More...
double	ggH_h_pdfas (double mA, double tanb, const bool kUP)
	get uncertainties for gluon-gluon fusion production of h from variations of pdfs and alphas (in pb) More...
double	ggH_H_scale (double mA, double tanb, const bool kUP)
	get uncertainties for gluon-gluon fusion production of H from mu scale variations (in pb) More...
double	ggH_h_scale (double mA, double tanb, const bool kUP)
	get uncertainties for gluon-gluon fusion production of h from mu scale variations (in pb) More...
TH2F *	hist (std::string name)
	a save way to access a histogram from the stack; returns NULL if histogram does not exist on stack More...
double	mass (const char *boson, double mA, double tanb)
	get mass of a given Higgs boson for given values of mA and tanb (in GeV) More...
double	mH (double mA, double tanb)
	get mH for given value of mA and tanb (in GeV) More...
double	mh (double mA, double tanb)
	get mh for given value of mA and tanb (in GeV) More...
double	mHp (double mA, double tanb)
	get mH+ for given value of mA and tanb (in GeV) More...
	mssm_xs_tools (const char *filename="", bool kINTERPLOTATION=false, unsigned verbosity=0)
	constructor More...
double	mu2mA (double mu, double tanb)
double	width (const char *boson, double mA, double tanb)
	get totla decay width of a given Higgs boson for given values of mA and tanb (in GeV) More...
double	width_A (double mA, double tanb)
double	width_H (double mA, double tanb)
double	width_h (double mA, double tanb)
double	width_Hp (double mA, double tanb)
double	width_tHpb (double mA, double tanb)
double	xsec (const char *mode, double mA, double tanb)
	get production cross section for a given production model of a given Higgs boson for given values of mA and tanb (in pb) More...
	~mssm_xs_tools ()
	destructor More...

Private Member Functions
std::string	br_rule (const char *br)
	rule to determine histogram names related to branching fractions in the input file More...
std::string	mass_rule (const char *b)
	rule to determine histogram names related to masses in the input file More...
double	read (const char *key, double mA, double tanb, std::string(mssm_xs_tools::*rule)(const char *key))
void	setup (const char *filename)
	open input file to access histograms (only needed if input file was not specified in the constructor) More...
std::string	width_rule (const char *b)
	rule to determine histogram names related to full decay widths in the input file More...
std::string	xsec_rule (const char *xs)
	rule to determine histogram names related to cross sections in the input file More...

Private Attributes
std::map< std::string, TH2F * >	hists_
	histogram container (filled in constructor) More...
TFile *	input_
	root input file (opened in constructor) More...
bool	kINTERPOL_
	apply bilinear interpolation (built-in to TH2F) or get bin content, plain as it is More...
int	nbinsX_
int	nbinsY_
unsigned	verbosity_
	verbosity level More...

Detailed Description

Definition at line 73 of file mssm_xs_tools.h.

Constructor & Destructor Documentation

mssm_xs_tools::mssm_xs_tools	(	const char *	filename = "",
		bool	kINTERPLOTATION = false,
		unsigned	verbosity = 0
	)

constructor

Definition at line 5 of file mssm_xs_tools.cc.

References input_.

Referenced by mssm_xs_tools_new().

                                                                                : verbosity_(verbosity), kINTERPOL_(kINT){
  if(verbosity>99){
    std::cout << "Welcome to the MSSM neutral cross section tool (v1.0). In case of questions contact:"
              << std::endl
              << " Allison Mc Carn /  ATLAS (allison.renae.mc.carn@cern.ch)," << std::endl
              << " Trevor Vickey   /  ATLAS (trevor.vickey@cern.ch),        " << std::endl
              << " Felix Frensch   /  CMS   (felix.frensch@cern.ch)         " << std::endl
              << " Roger Wolf      /  CMS   (roger.wolf@cern.ch),           " << std::endl
              << " Stefan Liebler  / Theory (stefan.liebler@desy.de),       " << std::endl
              << " Michael Spira   / Theory (michael.spira@psi.ch),         " << std::endl
              << " Pietro Slavich  / Theory (slavich@lpthe.jussieu.fr).     " << std::endl;

    }
  if(!filename){
    std::cout << "Chose input file using the method mssm_xs_tools::setup()" << std::endl;
  }
  else{
    input_ = new TFile(filename);
  }
}

mssm_xs_tools::~mssm_xs_tools ( )

inline

destructor

Definition at line 79 of file mssm_xs_tools.h.

References hist(), and nano_94X_2017_rereco31Mar18-v1::name.

{};

Member Function Documentation

double mssm_xs_tools::bbH4F_A ( double  mA, double  tanb  )

inline

get cross section for production of A in association with b quarks (4FS) (in pb)

Definition at line 280 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_A().

{ return xsec("bb4F->A", mA, tanb); }

double mssm_xs_tools::bbH4F_A_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for A production in association with b quarks from mu scale variations (4FS, in pb)

Definition at line 314 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_A_scale().

{ return xsec(kUP ? "bb4F->A::scaleUp" : "bb4F->A::scaleDown", mA, tanb); }

double mssm_xs_tools::bbH4F_H ( double  mA, double  tanb  )

inline

get cross section for production of H in association with b quarks (4FS) (in pb)

Definition at line 282 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_H().

{ return xsec("bb4F->H", mA, tanb); }

double mssm_xs_tools::bbH4F_h ( double  mA, double  tanb  )

inline

get cross section for production of h in association with b quarks (4FS) (in pb)

Definition at line 284 of file mssm_xs_tools.h.

References bbHSantander_A(), bbHSantander_H(), bbHSantander_h(), and xsec().

Referenced by bbHSantander_h().

{ return xsec("bb4F->h", mA, tanb); }

double mssm_xs_tools::bbH4F_H_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for H production in association with b quarks from mu scale variations (4FS, in pb)

Definition at line 316 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_H_scale().

{ return xsec(kUP ? "bb4F->H::scaleUp" : "bb4F->H::scaleDown", mA, tanb); }

double mssm_xs_tools::bbH4F_h_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for h production in association with b quarks from mu scale variations (4FS, in pb)

Definition at line 318 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_h_scale().

{ return xsec(kUP ? "bb4F->h::scaleUp" : "bb4F->h::scaleDown", mA, tanb); }

double mssm_xs_tools::bbH5F_A ( double  mA, double  tanb  )

inline

get cross section for production of A in association with b quarks (5FS) (in pb)

Definition at line 274 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_A(), and bbHSantander_A_pdfas().

{ return xsec("bb5F->A", mA, tanb); }

double mssm_xs_tools::bbH5F_A_pdfas ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for A production in association with b quarks from variations of pdfs and alphas (same for 4FS and 5FS, in pb)

Definition at line 320 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_A_pdfas().

{ return xsec((kUP ? "bb5F->A::pdfasUp" : "bb5F->A::pdfasDown"), mA, tanb); }

double mssm_xs_tools::bbH5F_A_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for A production in association with b quarks from mu scale variations (5FS, in pb)

Definition at line 308 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_A_scale().

{ return xsec(kUP ? "bb5F->A::scaleUp" : "bb5F->A::scaleDown", mA, tanb); }

double mssm_xs_tools::bbH5F_H ( double  mA, double  tanb  )

inline

get cross section for production of H in association with b quarks (5FS) (in pb)

Definition at line 276 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_H(), and bbHSantander_H_pdfas().

{ return xsec("bb5F->H", mA, tanb); }

double mssm_xs_tools::bbH5F_h ( double  mA, double  tanb  )

inline

get cross section for production of h in association with b quarks (5FS) (in pb)

Definition at line 278 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_h(), and bbHSantander_h_pdfas().

{ return xsec("bb5F->h", mA, tanb); }

double mssm_xs_tools::bbH5F_H_pdfas ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for H production in association with b quarks from variations of pdfs and alphas (same for 4FS and 5FS, in pb)

Definition at line 322 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_H_pdfas().

{ return xsec((kUP ? "bb5F->H::pdfasUp" : "bb5F->H::pdfasDown"), mA, tanb); }

double mssm_xs_tools::bbH5F_h_pdfas ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for h production in association with b quarks from variations of pdfs and alphas (same for 4FS and 5FS, in pb)

Definition at line 324 of file mssm_xs_tools.h.

References bbHSantander_A_pdfas(), bbHSantander_A_scale(), bbHSantander_H_pdfas(), bbHSantander_h_pdfas(), bbHSantander_H_scale(), bbHSantander_h_scale(), br(), br_rule(), mass_rule(), setup(), width_rule(), xsec(), and xsec_rule().

Referenced by bbHSantander_h_pdfas().

{ return xsec((kUP ? "bb5F->h::pdfasUp" : "bb5F->h::pdfasDown"), mA, tanb); }

double mssm_xs_tools::bbH5F_H_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for H production in association with b quarks from mu scale variations (5FS, in pb)

Definition at line 310 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_H_scale().

{ return xsec(kUP ? "bb5F->H::scaleUp" : "bb5F->H::scaleDown", mA, tanb); }

double mssm_xs_tools::bbH5F_h_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for h production in association with b quarks from mu scale variations (5FS, in pb)

Definition at line 312 of file mssm_xs_tools.h.

References xsec().

Referenced by bbHSantander_h_scale().

{ return xsec(kUP ? "bb5F->h::scaleUp" : "bb5F->h::scaleDown", mA, tanb); }

double mssm_xs_tools::bbHSantander_A ( double  mA, double  tanb  )

inline

get cross section for production of A in association with b quarks (using Santander matching scheme) (in pb)

Definition at line 423 of file mssm_xs_tools.h.

References bbH4F_A(), and bbH5F_A().

Referenced by bbH4F_h(), bbHSantander_A_pdfas(), read(), and XSecToTanBeta().

                                                   {
  double t=log(mA/4.92)-2.;
  double fourflav=this->bbH4F_A(mA,tanb);
  double fiveflav=this->bbH5F_A(mA,tanb);
  return (1./(1.+t))*(fourflav+t*fiveflav);
}

double mssm_xs_tools::bbHSantander_A_pdfas	(	double	mA,
		double	tanb,
		const bool	kUP
	)

get uncertainties for A production in association with b quarks from pdf+alphas variations (Santander matching scheme, in pb)

Definition at line 471 of file mssm_xs_tools.h.

References bbH5F_A(), bbH5F_A_pdfas(), and bbHSantander_A().

Referenced by bbH5F_h_pdfas(), and read().

                                                                         {
  return bbH5F_A_pdfas(mA, tanb, kUP)/bbH5F_A(mA, tanb) * bbHSantander_A(mA, tanb);
}

double mssm_xs_tools::bbHSantander_A_scale	(	double	mA,
		double	tanb,
		const bool	kUP
	)

get uncertainties for A production in association with b quarks from mu variations (Santander matching scheme, in pb)

Definition at line 447 of file mssm_xs_tools.h.

References bbH4F_A_scale(), and bbH5F_A_scale().

Referenced by bbH5F_h_pdfas(), and read().

                                                                         {
  double t=log(mA/4.92)-2.;
  double unc4F=this->bbH4F_A_scale(mA, tanb, kUP);
  double unc5F=this->bbH5F_A_scale(mA, tanb, kUP);
  return 1./(1+t)*(unc4F+(t*unc5F));
}

double mssm_xs_tools::bbHSantander_H ( double  mA, double  tanb  )

inline

get cross section for production of H in association with b quarks (using Santander matching scheme) (in pb)

Definition at line 431 of file mssm_xs_tools.h.

References bbH4F_H(), bbH5F_H(), and mH().

Referenced by bbH4F_h(), bbHSantander_H_pdfas(), read(), and XSecToTanBeta().

                                                   {
  double t=log(this->mH(mA,tanb)/4.92)-2.;
  double fourflav=this->bbH4F_H(mA,tanb);
  double fiveflav=this->bbH5F_H(mA,tanb);
  return (1./(1.+t))*(fourflav+t*fiveflav);
}

double mssm_xs_tools::bbHSantander_h ( double  mA, double  tanb  )

inline

get cross section for production of h in association with b quarks (using Santander matching scheme) (in pb)

Definition at line 439 of file mssm_xs_tools.h.

References bbH4F_h(), bbH5F_h(), and mh().

Referenced by bbH4F_h(), bbHSantander_h_pdfas(), and read().

                                                   {
  double t=log(this->mh(mA,tanb)/4.92)-2.;
  double fourflav=this->bbH4F_h(mA,tanb);
  double fiveflav=this->bbH5F_h(mA,tanb);
  return (1./(1.+t))*(fourflav+t*fiveflav);
}

double mssm_xs_tools::bbHSantander_H_pdfas	(	double	mA,
		double	tanb,
		const bool	kUP
	)

get uncertainties for H production in association with b quarks from pdf+alphas variations (Santander matching scheme, in pb)

Definition at line 476 of file mssm_xs_tools.h.

References bbH5F_H(), bbH5F_H_pdfas(), and bbHSantander_H().

Referenced by bbH5F_h_pdfas(), and read().

                                                                         {
  return bbH5F_H_pdfas(mA, tanb, kUP)/bbH5F_H(mA, tanb) * bbHSantander_H(mA, tanb);
}

double mssm_xs_tools::bbHSantander_h_pdfas	(	double	mA,
		double	tanb,
		const bool	kUP
	)

get uncertainties for h production in association with b quarks from pdf+alphas variations (Santander matching scheme, in pb)

Definition at line 481 of file mssm_xs_tools.h.

References bbH5F_h(), bbH5F_h_pdfas(), and bbHSantander_h().

Referenced by bbH5F_h_pdfas(), and read().

                                                                         {
  return bbH5F_h_pdfas(mA, tanb, kUP)/bbH5F_h(mA, tanb) * bbHSantander_h(mA, tanb);
}

double mssm_xs_tools::bbHSantander_H_scale	(	double	mA,
		double	tanb,
		const bool	kUP
	)

get uncertainties for H production in association with b quarks from mu variations (Santander matching scheme, in pb)

Definition at line 455 of file mssm_xs_tools.h.

References bbH4F_H_scale(), bbH5F_H_scale(), and mH().

Referenced by bbH5F_h_pdfas(), and read().

                                                                         {
  double t=log(this->mH(mA, tanb)/4.92)-2.;
  double unc4F=this->bbH4F_H_scale(mA, tanb, kUP);
  double unc5F=this->bbH5F_H_scale(mA, tanb, kUP);
  return 1./(1+t)*(unc4F+(t*unc5F));
}

double mssm_xs_tools::bbHSantander_h_scale	(	double	mA,
		double	tanb,
		const bool	kUP
	)

get uncertainties for h production in association with b quarks from mu variations (Santander matching scheme, in pb)

Definition at line 463 of file mssm_xs_tools.h.

References bbH4F_h_scale(), bbH5F_h_scale(), and mh().

Referenced by bbH5F_h_pdfas(), and read().

                                                                         {
  double t=log(this->mh(mA, tanb)/4.92)-2.;
  double unc4F=this->bbH4F_h_scale(mA, tanb, kUP);
  double unc5F=this->bbH5F_h_scale(mA, tanb, kUP);
  return 1./(1+t)*(unc4F+(t*unc5F));
}

double mssm_xs_tools::br ( const char *  decay, double  mA, double  tanb  )

inline

get branching fraction for a given decay of a given Higgs boson for given values of mA and tanb

Definition at line 88 of file mssm_xs_tools.h.

References br_rule(), and read().

Referenced by bbH5F_h_pdfas(), br_Abb(), br_Acc(), br_Add(), br_Aee(), br_Agammagamma(), br_Agg(), br_Amumu(), br_Ass(), br_ASUSY(), br_Atautau(), br_Att(), br_Auu(), br_AWW(), br_AZgamma(), br_AZh(), br_AZZ(), br_Hbb(), br_hbb(), br_Hcc(), br_hcc(), br_Hdd(), br_hdd(), br_Hee(), br_hee(), br_Hgammagamma(), br_hgammagamma(), br_Hgg(), br_hgg(), br_Hhh(), br_Hmumu(), br_hmumu(), br_Hpcbb(), br_Hpcdb(), br_Hpcsb(), br_Hpenu(), br_HpHHW(), br_Hpmunu(), br_HpSUSY(), br_Hptaunu(), br_Hptbb(), br_Hptdb(), br_Hptsb(), br_Hpubb(), br_Hpudb(), br_Hpusb(), br_HpWA(), br_HpWh(), br_Hss(), br_hss(), br_HSUSY(), br_hSUSY(), br_Htautau(), br_htautau(), br_Htt(), br_htt(), br_Huu(), br_huu(), br_HWW(), br_hWW(), br_HZgamma(), br_hZgamma(), br_HZZ(), br_hZZ(), br_tHpb(), and mssm_xs_tools_br().

{ return read(decay, mA, tanb, &mssm_xs_tools::br_rule); }

double mssm_xs_tools::br_Abb ( double  mA, double  tanb  )

inline

get BR(A->bb) for given value of mA and tanb

Definition at line 130 of file mssm_xs_tools.h.

References br().

Referenced by XSecToTanBeta().

{ return br("A->bb", mA, tanb); }

double mssm_xs_tools::br_Acc ( double  mA, double  tanb  )

inline

get BR(A->cc) for given value of mA and tanb

Definition at line 136 of file mssm_xs_tools.h.

References br().

{ return br("A->cc", mA, tanb); }

double mssm_xs_tools::br_Add ( double  mA, double  tanb  )

inline

get BR(A->dd) for given value of mA and tanb

Definition at line 154 of file mssm_xs_tools.h.

References br().

{ return br("A->dd", mA, tanb); }

double mssm_xs_tools::br_Aee ( double  mA, double  tanb  )

inline

get BR(A->ee) for given value of mA and tanb

Definition at line 196 of file mssm_xs_tools.h.

References br().

{ return br("A->ee", mA, tanb); }

double mssm_xs_tools::br_Agammagamma ( double  mA, double  tanb  )

inline

get BR(A->gammagamma) for given value of mA and tanb

Definition at line 236 of file mssm_xs_tools.h.

References br().

{ return br("A->gamgam", mA, tanb); }

double mssm_xs_tools::br_Agg ( double  mA, double  tanb  )

inline

get BR(A->gg) for given value of mA and tanb

Definition at line 224 of file mssm_xs_tools.h.

References br().

{ return br("A->gluglu", mA, tanb); }

double mssm_xs_tools::br_Amumu ( double  mA, double  tanb  )

inline

get BR(A->mumu) for given value of mA and tanb

Definition at line 190 of file mssm_xs_tools.h.

References br().

{ return br("A->mumu", mA, tanb); }

double mssm_xs_tools::br_Ass ( double  mA, double  tanb  )

inline

get BR(A->ss) for given value of mA and tanb

Definition at line 142 of file mssm_xs_tools.h.

References br().

{ return br("A->ss", mA, tanb); }

double mssm_xs_tools::br_ASUSY ( double  mA, double  tanb  )

inline

get BR(A->SUSY) for given value of mA and tanb

Definition at line 256 of file mssm_xs_tools.h.

References br().

{ return br("A->SUSY", mA, tanb); }

double mssm_xs_tools::br_Atautau ( double  mA, double  tanb  )

inline

get BR(A->tautau) for given value of mA and tanb

Definition at line 184 of file mssm_xs_tools.h.

References br().

{ return br("A->tautau", mA, tanb); }

double mssm_xs_tools::br_Att ( double  mA, double  tanb  )

inline

get BR(A->tt) for given value of mA and tanb

Definition at line 124 of file mssm_xs_tools.h.

References br().

{ return br("A->tt", mA, tanb); }

double mssm_xs_tools::br_Auu ( double  mA, double  tanb  )

inline

get BR(A->uu) for given value of mA and tanb

Definition at line 148 of file mssm_xs_tools.h.

References br().

{ return br("A->uu", mA, tanb); }

double mssm_xs_tools::br_AWW ( double  mA, double  tanb  )

inline

get BR(A->WW) for given value of mA and tanb

Definition at line 212 of file mssm_xs_tools.h.

References br().

{ return br("A->WW", mA, tanb); }

double mssm_xs_tools::br_AZgamma ( double  mA, double  tanb  )

inline

get BR(A->Zgamma) for given value of mA and tanb

Definition at line 230 of file mssm_xs_tools.h.

References br().

{ return br("A->Zgam", mA, tanb); }

double mssm_xs_tools::br_AZh ( double  mA, double  tanb  )

inline

get BR(A->Zh) for given value of mA and tanb

Definition at line 248 of file mssm_xs_tools.h.

References br().

{ return br("A->Zh", mA, tanb); }

double mssm_xs_tools::br_AZZ ( double  mA, double  tanb  )

inline

get BR(A->ZZ) for given value of mA and tanb

Definition at line 218 of file mssm_xs_tools.h.

References br().

{ return br("A->ZZ", mA, tanb); }

double mssm_xs_tools::br_Hbb ( double  mA, double  tanb  )

inline

get BR(H->bb) for given value of mA and tanb

Definition at line 132 of file mssm_xs_tools.h.

References br().

Referenced by XSecToTanBeta().

{ return br("H->bb", mA, tanb); }

double mssm_xs_tools::br_hbb ( double  mA, double  tanb  )

inline

get BR(h->bb) for given value of mA and tanb

Definition at line 134 of file mssm_xs_tools.h.

References br().

{ return br("h->bb", mA, tanb); }

double mssm_xs_tools::br_Hcc ( double  mA, double  tanb  )

inline

get BR(H->cc) for given value of mA and tanb

Definition at line 138 of file mssm_xs_tools.h.

References br().

{ return br("H->cc", mA, tanb); }

double mssm_xs_tools::br_hcc ( double  mA, double  tanb  )

inline

get BR(h->cc) for given value of mA and tanb

Definition at line 140 of file mssm_xs_tools.h.

References br().

{ return br("h->cc", mA, tanb); }

double mssm_xs_tools::br_Hdd ( double  mA, double  tanb  )

inline

get BR(H->dd) for given value of mA and tanb

Definition at line 156 of file mssm_xs_tools.h.

References br().

{ return br("H->dd", mA, tanb); }

double mssm_xs_tools::br_hdd ( double  mA, double  tanb  )

inline

get BR(h->dd) for given value of mA and tanb

Definition at line 158 of file mssm_xs_tools.h.

References br().

{ return br("h->dd", mA, tanb); }

double mssm_xs_tools::br_Hee ( double  mA, double  tanb  )

inline

get BR(H->ee) for given value of mA and tanb

Definition at line 198 of file mssm_xs_tools.h.

References br().

{ return br("H->ee", mA, tanb); }

double mssm_xs_tools::br_hee ( double  mA, double  tanb  )

inline

get BR(h->ee) for given value of mA and tanb

Definition at line 200 of file mssm_xs_tools.h.

References br().

{ return br("h->ee", mA, tanb); }

double mssm_xs_tools::br_Hgammagamma ( double  mA, double  tanb  )

inline

get BR(H->gammagamma) for given value of mA and tanb

Definition at line 238 of file mssm_xs_tools.h.

References br().

{ return br("H->gamgam", mA, tanb); }

double mssm_xs_tools::br_hgammagamma ( double  mA, double  tanb  )

inline

get BR(h->gammagamma) for given value of mA and tanb

Definition at line 240 of file mssm_xs_tools.h.

References br().

{ return br("h->gamgam", mA, tanb); }

double mssm_xs_tools::br_Hgg ( double  mA, double  tanb  )

inline

get BR(H->gg) for given value of mA and tanb

Definition at line 226 of file mssm_xs_tools.h.

References br().

{ return br("H->gluglu", mA, tanb); }

double mssm_xs_tools::br_hgg ( double  mA, double  tanb  )

inline

get BR(h->gg) for given value of mA and tanb

Definition at line 228 of file mssm_xs_tools.h.

References br().

{ return br("h->gluglu", mA, tanb); }

double mssm_xs_tools::br_Hhh ( double  mA, double  tanb  )

inline

get BR(H->hh) for given value of mA and tanb

Definition at line 246 of file mssm_xs_tools.h.

References br().

{ return br("H->hh", mA, tanb); }

double mssm_xs_tools::br_Hmumu ( double  mA, double  tanb  )

inline

get BR(H->tautau) for given value of mA and tanb

Definition at line 192 of file mssm_xs_tools.h.

References br().

{ return br("H->mumu", mA, tanb); }

double mssm_xs_tools::br_hmumu ( double  mA, double  tanb  )

inline

get BR(h->mumu) for given value of mA and tanb

Definition at line 194 of file mssm_xs_tools.h.

References br().

{ return br("h->mumu", mA, tanb); }

double mssm_xs_tools::br_Hpcbb ( double  mA, double  tanb  )

inline

get BR(H+->cbb) for given value of mA and tanb

Definition at line 168 of file mssm_xs_tools.h.

References br().

{ return br("Hp->cbb", mA, tanb); }

double mssm_xs_tools::br_Hpcdb ( double  mA, double  tanb  )

inline

get BR(H+->cdb) for given value of mA and tanb

Definition at line 172 of file mssm_xs_tools.h.

References br().

{ return br("Hp->cdb", mA, tanb); }

double mssm_xs_tools::br_Hpcsb ( double  mA, double  tanb  )

inline

get BR(H+->csb) for given value of mA and tanb

Definition at line 170 of file mssm_xs_tools.h.

References br().

{ return br("Hp->csb", mA, tanb); }

double mssm_xs_tools::br_Hpenu ( double  mA, double  tanb  )

inline

get BR(H+->enu) for given value of mA and tanb

Definition at line 206 of file mssm_xs_tools.h.

References br().

{ return br("Hp->enu", mA, tanb); }

double mssm_xs_tools::br_HpHHW ( double  mA, double  tanb  )

inline

get BR(H+->HHA) for given value of mA and tanb

Definition at line 254 of file mssm_xs_tools.h.

References br().

{ return br("Hp->HHW", mA, tanb); }

double mssm_xs_tools::br_Hpmunu ( double  mA, double  tanb  )

inline

get BR(H+->munu) for given value of mA and tanb

Definition at line 204 of file mssm_xs_tools.h.

References br().

{ return br("Hp->munu", mA, tanb); }

double mssm_xs_tools::br_HpSUSY ( double  mA, double  tanb  )

inline

get BR(H+->SUSY) for given value of mA and tanb

Definition at line 262 of file mssm_xs_tools.h.

References br().

{ return br("Hp->SUSY", mA, tanb); }

double mssm_xs_tools::br_Hptaunu ( double  mA, double  tanb  )

inline

get BR(H+->taunu) for given value of mA and tanb

Definition at line 202 of file mssm_xs_tools.h.

References br().

{ return br("Hp->taunu", mA, tanb); }

double mssm_xs_tools::br_Hptbb ( double  mA, double  tanb  )

inline

get BR(H+->tbb) for given value of mA and tanb

Definition at line 162 of file mssm_xs_tools.h.

References br().

{ return br("Hp->tbb", mA, tanb); }

double mssm_xs_tools::br_Hptdb ( double  mA, double  tanb  )

inline

get BR(H+->tdb) for given value of mA and tanb

Definition at line 166 of file mssm_xs_tools.h.

References br().

{ return br("Hp->tdb", mA, tanb); }

double mssm_xs_tools::br_Hptsb ( double  mA, double  tanb  )

inline

get BR(H+->tsb) for given value of mA and tanb

Definition at line 164 of file mssm_xs_tools.h.

References br().

{ return br("Hp->tsb", mA, tanb); }

double mssm_xs_tools::br_Hpubb ( double  mA, double  tanb  )

inline

get BR(H+->ubb) for given value of mA and tanb

Definition at line 174 of file mssm_xs_tools.h.

References br().

{ return br("Hp->ubb", mA, tanb); }

double mssm_xs_tools::br_Hpudb ( double  mA, double  tanb  )

inline

get BR(H+->udb) for given value of mA and tanb

Definition at line 178 of file mssm_xs_tools.h.

References br().

{ return br("Hp->udb", mA, tanb); }

double mssm_xs_tools::br_Hpusb ( double  mA, double  tanb  )

inline

get BR(H+->usb) for given value of mA and tanb

Definition at line 176 of file mssm_xs_tools.h.

References br().

{ return br("Hp->usb", mA, tanb); }

double mssm_xs_tools::br_HpWA ( double  mA, double  tanb  )

inline

get BR(H+->WA) for given value of mA and tanb

Definition at line 252 of file mssm_xs_tools.h.

References br().

{ return br("Hp->AW", mA, tanb); }

double mssm_xs_tools::br_HpWh ( double  mA, double  tanb  )

inline

get BR(H+->Wh) for given value of mA and tanb

Definition at line 250 of file mssm_xs_tools.h.

References br().

{ return br("Hp->hW", mA, tanb); }

double mssm_xs_tools::br_Hss ( double  mA, double  tanb  )

inline

get BR(H->ss) for given value of mA and tanb

Definition at line 144 of file mssm_xs_tools.h.

References br().

{ return br("H->ss", mA, tanb); }

double mssm_xs_tools::br_hss ( double  mA, double  tanb  )

inline

get BR(h->ss) for given value of mA and tanb

Definition at line 146 of file mssm_xs_tools.h.

References br().

{ return br("h->ss", mA, tanb); }

double mssm_xs_tools::br_HSUSY ( double  mA, double  tanb  )

inline

get BR(H->SUSY) for given value of mA and tanb

Definition at line 258 of file mssm_xs_tools.h.

References br().

{ return br("H->SUSY", mA, tanb); }

double mssm_xs_tools::br_hSUSY ( double  mA, double  tanb  )

inline

get BR(h->SUSY) for given value of mA and tanb

Definition at line 260 of file mssm_xs_tools.h.

References br().

{ return br("h->SUSY", mA, tanb); }

double mssm_xs_tools::br_Htautau ( double  mA, double  tanb  )

inline

get BR(H->tautau) for given value of mA and tanb

Definition at line 186 of file mssm_xs_tools.h.

References br().

{ return br("H->tautau", mA, tanb); }

double mssm_xs_tools::br_htautau ( double  mA, double  tanb  )

inline

get BR(h->tautau) for given value of mA and tanb

Definition at line 188 of file mssm_xs_tools.h.

References br().

{ return br("h->tautau", mA, tanb); }

double mssm_xs_tools::br_Htt ( double  mA, double  tanb  )

inline

get BR(H->tt) for given value of mA and tanb

Definition at line 126 of file mssm_xs_tools.h.

References br().

{ return br("H->tt", mA, tanb); }

double mssm_xs_tools::br_htt ( double  mA, double  tanb  )

inline

get BR(h->tt) for given value of mA and tanb

Definition at line 128 of file mssm_xs_tools.h.

References br().

{ return br("h->tt", mA, tanb); }

double mssm_xs_tools::br_Huu ( double  mA, double  tanb  )

inline

get BR(H->uu) for given value of mA and tanb

Definition at line 150 of file mssm_xs_tools.h.

References br().

{ return br("H->uu", mA, tanb); }

double mssm_xs_tools::br_huu ( double  mA, double  tanb  )

inline

get BR(h->uu) for given value of mA and tanb

Definition at line 152 of file mssm_xs_tools.h.

References br().

{ return br("h->uu", mA, tanb); }

double mssm_xs_tools::br_HWW ( double  mA, double  tanb  )

inline

get BR(H->WW) for given value of mA and tanb

Definition at line 214 of file mssm_xs_tools.h.

References br().

{ return br("H->WW", mA, tanb); }

double mssm_xs_tools::br_hWW ( double  mA, double  tanb  )

inline

get BR(h->WW) for given value of mA and tanb

Definition at line 216 of file mssm_xs_tools.h.

References br().

{ return br("h->WW", mA, tanb); }

double mssm_xs_tools::br_HZgamma ( double  mA, double  tanb  )

inline

get BR(H->gammagamma) for given value of mA and tanb

Definition at line 232 of file mssm_xs_tools.h.

References br().

{ return br("H->Zgam", mA, tanb); }

double mssm_xs_tools::br_hZgamma ( double  mA, double  tanb  )

inline

get BR(h->Zgamma) for given value of mA and tanb

Definition at line 234 of file mssm_xs_tools.h.

References br().

{ return br("h->Zgamm", mA, tanb); }

double mssm_xs_tools::br_HZZ ( double  mA, double  tanb  )

inline

get BR(H->ZZ) for given value of mA and tanb

Definition at line 220 of file mssm_xs_tools.h.

References br().

{ return br("H->ZZ", mA, tanb); }

double mssm_xs_tools::br_hZZ ( double  mA, double  tanb  )

inline

get BR(h->ZZ) for given value of mA and tanb

Definition at line 222 of file mssm_xs_tools.h.

References br().

{ return br("h->ZZ", mA, tanb); }

std::string mssm_xs_tools::br_rule ( const char *  br )

private

rule to determine histogram names related to branching fractions in the input file

Definition at line 40 of file mssm_xs_tools.cc.

References nano_94X_2017_rereco31Mar18-v1::name, and ConfFile_cfg::source.

Referenced by bbH5F_h_pdfas(), and br().

                                       {
  /* ______________________________________________________________________________________________
   * Function argument [decay] expected to be of special form (e.g. "A->tautau"). Search for 
   * deliminator "->" required to be present in [decay]. Split argument: first block corresponds to 
   * building block [BOSON], second block to building block [DECAY]. Prefix histogram name with 
   * "br", append [BOSON], append [DECAY], separated by "_" (histogram name in example above: 
   * "br_A_tautau").
   */
  std::string name; 
  std::string source(decay);
  if(source.find("->")!=std::string::npos){
    name = std::string("br")+"_"+source.substr(0, source.find("->"))+"_"+source.substr(source.find("->")+2);
  }
 return name;  
}

double mssm_xs_tools::br_tHpb ( double  mA, double  tanb  )

inline

get BR(t->H+b) for given value of mA and tanb

Definition at line 160 of file mssm_xs_tools.h.

References br().

{ return br("t->Hpb", mA, tanb); }

double mssm_xs_tools::ggH_A ( double  mA, double  tanb  )

inline

get cross section for production of A in gluon-gluon fusion (in pb)

Definition at line 268 of file mssm_xs_tools.h.

References xsec().

{ return xsec("gg->A", mA, tanb); }

double mssm_xs_tools::ggH_A_pdfas ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for gluon-gluon fusion production of A from variations of pdfs and alphas (in pb)

Definition at line 302 of file mssm_xs_tools.h.

References xsec().

{ return xsec((kUP ? "gg->A::pdfasUp" : "gg->A::pdfasDown"), mA, tanb); }

double mssm_xs_tools::ggH_A_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for gluon-gluon fusion production of A from mu scale variations (in pb)

Definition at line 296 of file mssm_xs_tools.h.

References xsec().

{ return xsec(kUP ? "gg->A::scaleUp" : "gg->A::scaleDown", mA, tanb); }

double mssm_xs_tools::ggH_H ( double  mA, double  tanb  )

inline

get cross section for production of H in gluon-gluon fusion (in pb)

Definition at line 270 of file mssm_xs_tools.h.

References xsec().

{ return xsec("gg->H", mA, tanb); }

double mssm_xs_tools::ggH_h ( double  mA, double  tanb  )

inline

get cross section for production of h in gluon-gluon fusion (in pb)

Definition at line 272 of file mssm_xs_tools.h.

References xsec().

{ return xsec("gg->h", mA, tanb); }

double mssm_xs_tools::ggH_H_pdfas ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for gluon-gluon fusion production of H from variations of pdfs and alphas (in pb)

Definition at line 304 of file mssm_xs_tools.h.

References xsec().

{ return xsec((kUP ? "gg->H::pdfasUp" : "gg->H::pdfasDown"), mA, tanb); }

double mssm_xs_tools::ggH_h_pdfas ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for gluon-gluon fusion production of h from variations of pdfs and alphas (in pb)

Definition at line 306 of file mssm_xs_tools.h.

References xsec().

{ return xsec((kUP ? "gg->h::pdfasUp" : "gg->h::pdfasDown"), mA, tanb); }

double mssm_xs_tools::ggH_H_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for gluon-gluon fusion production of H from mu scale variations (in pb)

Definition at line 298 of file mssm_xs_tools.h.

References xsec().

{ return xsec(kUP ? "gg->H::scaleUp" : "gg->H::scaleDown", mA, tanb); }

double mssm_xs_tools::ggH_h_scale ( double  mA, double  tanb, const bool  kUP  )

inline

get uncertainties for gluon-gluon fusion production of h from mu scale variations (in pb)

Definition at line 300 of file mssm_xs_tools.h.

References xsec().

{ return xsec(kUP ? "gg->h::scaleUp" : "gg->h::scaleDown", mA, tanb); }

TH2F * mssm_xs_tools::hist

(

std::string

name

)

a save way to access a histogram from the stack; returns NULL if histogram does not exist on stack

Definition at line 98 of file mssm_xs_tools.cc.

References hists_, input_, nbinsX_, nbinsY_, and verbosity_.

Referenced by read(), and ~mssm_xs_tools().

                                     {
  /* ______________________________________________________________________________________________
   * Check if a histogram with name [histname] is already on stack. If so return historam. If not 
   * try to get a histogram with name [histname] from the input file, cast to TH2F*; add histogram 
   * on stack with key [histogramname]. If getting the histogram from the input file was not 
   * successful issue a WARNING and return a NULL pointer. For verbosity_>2 issue  MESSAGE that a 
   * histogram with name [histname] has been read from the input file upon successful completion. 
   * Save histogram on stack for future use. Return pointer to histogram.
   */  
  if(hists_.find(histname) == hists_.end()){
    // hist not on stack; read from file; if it fails return NULL.
    hists_[std::string(histname)] = (TH2F*) input_->Get(histname.c_str());
    //std::cout << "* " << hists_[std::string(histname)]->GetName() << std::endl;
    if(!hists_.find(histname)->second){
      std::cout << "WARNING: required histogram " 
                << "[" << histname << "] " 
                << "does not exist in input file " 
                << "[" << input_->GetName() << "]" 
                << std::endl
                << "         " 
                << "return NULL..." 
                << std::endl;
      return NULL;
    }
    else{
      // cash maximal number of bins on x- (mA) and y- (tanb) axis of TH2F, 
      // used to define the boundaries of the histogram when running in 
      // interpolation mode
      nbinsX_ = hists_.find(histname)->second->GetXaxis()->GetNbins();
      nbinsY_ = hists_.find(histname)->second->GetYaxis()->GetNbins();     
      if(verbosity_>2){
        std::cout << "MESSAGE: read histogram " 
                  << "[" << histname << "] " 
                  << "from input file " 
                  << "[" << input_->GetName() << "]" 
                  << std::endl;
      }
    } 
  }
  return hists_.find(histname)->second;
}

double mssm_xs_tools::mass ( const char *  boson, double  mA, double  tanb  )

inline

get mass of a given Higgs boson for given values of mA and tanb (in GeV)

Definition at line 84 of file mssm_xs_tools.h.

References mass_rule(), and read().

Referenced by mH(), mh(), mHp(), mssm_xs_tools_mass(), and mu2mA().

{ return read(boson, mA, tanb, &mssm_xs_tools::mass_rule); }

std::string mssm_xs_tools::mass_rule ( const char *  b )

private

rule to determine histogram names related to masses in the input file

Definition at line 88 of file mssm_xs_tools.cc.

Referenced by bbH5F_h_pdfas(), and mass().

                                         {
  /* ______________________________________________________________________________________________
   * Function agrument [boson] expected to be of special form (e.g. "H"). Function argument corres-
   * ponds to building block [BOSON] of histogram name. Prefix histogram name with "m", append 
   * [BOSON],  seperated by "_" (histgoram name in example above: "m_H");
   */
  return std::string("m")+"_"+std::string(boson);
}

double mssm_xs_tools::mH ( double  mA, double  tanb  )

inline

get mH for given value of mA and tanb (in GeV)

Definition at line 96 of file mssm_xs_tools.h.

References mass().

Referenced by bbHSantander_H(), and bbHSantander_H_scale().

{ return mass("H", mA, tanb); }

double mssm_xs_tools::mh ( double  mA, double  tanb  )

inline

get mh for given value of mA and tanb (in GeV)

Definition at line 98 of file mssm_xs_tools.h.

References mass().

Referenced by bbHSantander_h(), and bbHSantander_h_scale().

{ return mass("h", mA, tanb); }

double mssm_xs_tools::mHp ( double  mA, double  tanb  )

inline

get mH+ for given value of mA and tanb (in GeV)

Definition at line 100 of file mssm_xs_tools.h.

References mass().

{ return mass("Hp", mA, tanb); }

double mssm_xs_tools::mu2mA ( double  mu, double  tanb  )

inline

get mA for given value of mu in low-mH scenario (need a more complex name name of the member function here not to shadow it by the function arg in GeV)

Definition at line 104 of file mssm_xs_tools.h.

References mass().

{ return mass("A", mu, tanb); }

double mssm_xs_tools::read ( const char *  key, double  mA, double  tanb, std::string(mssm_xs_tools::*)(const char *key)  rule  )

inlineprivate

a common function to return histograms from the input file. Apart from mA and tanb it takes an identification string for the object in the input file [key] and a conversion rule to transform this string into the histogram name [rule]. The conversion rule is a pointer-to-member-function. The conversion rules are provided as private member functions of the class. The function "read" will determine the histogram name from the rule, determine the bin containing mA and tanb and return the bin content. Alternatiely it returns a bilinear interpolation corresponding to the values mA and tanb, if kINTERPOL_ has been set to true during the instantiation of the class.

Definition at line 356 of file mssm_xs_tools.h.

References bbHSantander_A(), bbHSantander_A_pdfas(), bbHSantander_A_scale(), bbHSantander_H(), bbHSantander_h(), bbHSantander_H_pdfas(), bbHSantander_h_pdfas(), bbHSantander_H_scale(), bbHSantander_h_scale(), hist(), kINTERPOL_, nbinsX_, and nbinsY_.

Referenced by br(), mass(), width(), and xsec().

                                                                                                       {
     std::string name = (this->*rule)(key);
     if(name.find("Santander")!=std::string::npos){
       if(name.find("_h")!=std::string::npos){
           if(name.find( "scaleDown" )!=std::string::npos){return bbHSantander_h_scale(mA, tanb, false);} else
           if(name.find( "scaleUp"   )!=std::string::npos){return bbHSantander_h_scale(mA, tanb, true );} else
           if(name.find( "pdfasDown" )!=std::string::npos){return bbHSantander_h_pdfas(mA, tanb, false);} else
           if(name.find( "pdfasUp"   )!=std::string::npos){return bbHSantander_h_pdfas(mA, tanb, true );}
           else{
             return bbHSantander_h(mA, tanb);
           }
       } else
       if(name.find("_H")!=std::string::npos){
           if(name.find( "scaleDown" )!=std::string::npos){return bbHSantander_H_scale(mA, tanb, false);} else
           if(name.find( "scaleUp"   )!=std::string::npos){return bbHSantander_H_scale(mA, tanb, true );} else
           if(name.find( "pdfasDown" )!=std::string::npos){return bbHSantander_H_pdfas(mA, tanb, false);} else
           if(name.find( "pdfasUp"   )!=std::string::npos){return bbHSantander_H_pdfas(mA, tanb, true );}
           else{
             return bbHSantander_H(mA, tanb);
           }
       } else
       if(name.find("_A")!=std::string::npos){
           if(name.find( "scaleDown" )!=std::string::npos){return bbHSantander_A_scale(mA, tanb, false);} else
           if(name.find( "scaleUp"   )!=std::string::npos){return bbHSantander_A_scale(mA, tanb, true );} else
           if(name.find( "pdfasDown" )!=std::string::npos){return bbHSantander_A_pdfas(mA, tanb, false);} else
           if(name.find( "pdfasUp"   )!=std::string::npos){return bbHSantander_A_pdfas(mA, tanb, true );}
           else{
             return bbHSantander_A(mA, tanb);
           }
       }
       else{
         return -1;
       }
     }
     else {
       if(kINTERPOL_){
           // restrict interplolation to boundaries of histogram, at the boundaries fall back to plain bin
           // content
           if(hist(name)->GetXaxis()->FindBin(mA  )<nbinsX_-1 && hist(name)->GetYaxis()->FindBin(tanb)<nbinsY_-1){
             return hist(name) ? hist(name)->Interpolate(mA,tanb) : -1.;
           }
           else{
             return hist(name) ? hist(name)->GetBinContent(hist(name)->FindBin(mA,tanb)) : -1.;
           }
       }
       else{
           return hist(name) ? hist(name)->GetBinContent(hist(name)->FindBin(mA,tanb)) : -1.;
       }
     }
  }

void mssm_xs_tools::setup ( const char *  filename )

private

open input file to access histograms (only needed if input file was not specified in the constructor)

Definition at line 27 of file mssm_xs_tools.cc.

References input_.

Referenced by bbH5F_h_pdfas().

                                        {
  /* ______________________________________________________________________________________________
   * If not available, yet open input file from full path specified in [filename]. If input_ does
   * already point to a file nothing is done. This quarantees that only one file can be opened for
   * one instance of the class.  
   */
  if(!input_){
    input_ = new TFile(filename);
  }
  return;
}

double mssm_xs_tools::width ( const char *  boson, double  mA, double  tanb  )

inline

get totla decay width of a given Higgs boson for given values of mA and tanb (in GeV)

Definition at line 86 of file mssm_xs_tools.h.

References read(), and width_rule().

Referenced by mssm_xs_tools_width(), width_A(), width_H(), width_h(), width_Hp(), and width_tHpb().

{ return read(boson, mA, tanb, &mssm_xs_tools::width_rule); }

double mssm_xs_tools::width_A ( double  mA, double  tanb  )

inline

Definition at line 110 of file mssm_xs_tools.h.

References width().

{ return width("A", mA, tanb); }

double mssm_xs_tools::width_H ( double  mA, double  tanb  )

inline

Definition at line 112 of file mssm_xs_tools.h.

References width().

{ return width("H", mA, tanb); }

double mssm_xs_tools::width_h ( double  mA, double  tanb  )

inline

Definition at line 114 of file mssm_xs_tools.h.

References width().

{ return width("h", mA, tanb); }

double mssm_xs_tools::width_Hp ( double  mA, double  tanb  )

inline

Definition at line 116 of file mssm_xs_tools.h.

References width().

{ return width("Hp", mA, tanb); }

std::string mssm_xs_tools::width_rule ( const char *  b )

private

rule to determine histogram names related to full decay widths in the input file

Definition at line 57 of file mssm_xs_tools.cc.

Referenced by bbH5F_h_pdfas(), and width().

                                          {
  /* ______________________________________________________________________________________________
   * Function agrument [boson] expected to be of special form (e.g. "H"). Function argument 
   * corresponds to building block [BOSON] of histogram name. Prefix histogram name with 
   * "width", append [BOSON], separated by "_" (histgoram name in example above: "width_H");
   */
  return std::string("width")+"_"+std::string(boson);
} 

double mssm_xs_tools::width_tHpb ( double  mA, double  tanb  )

inline

Definition at line 118 of file mssm_xs_tools.h.

References width().

{ return width("t_Hpb", mA, tanb); }

double mssm_xs_tools::xsec ( const char *  mode, double  mA, double  tanb  )

inline

get production cross section for a given production model of a given Higgs boson for given values of mA and tanb (in pb)

Definition at line 90 of file mssm_xs_tools.h.

References read(), and xsec_rule().

Referenced by bbH4F_A(), bbH4F_A_scale(), bbH4F_H(), bbH4F_h(), bbH4F_H_scale(), bbH4F_h_scale(), bbH5F_A(), bbH5F_A_pdfas(), bbH5F_A_scale(), bbH5F_H(), bbH5F_h(), bbH5F_H_pdfas(), bbH5F_h_pdfas(), bbH5F_H_scale(), bbH5F_h_scale(), ggH_A(), ggH_A_pdfas(), ggH_A_scale(), ggH_H(), ggH_h(), ggH_H_pdfas(), ggH_h_pdfas(), ggH_H_scale(), ggH_h_scale(), and mssm_xs_tools_xsec().

{ return read(mode, mA, tanb, &mssm_xs_tools::xsec_rule); }

std::string mssm_xs_tools::xsec_rule ( const char *  xs )

private

rule to determine histogram names related to cross sections in the input file

Definition at line 67 of file mssm_xs_tools.cc.

References nano_94X_2017_rereco31Mar18-v1::name, ConfFile_cfg::process, and ConfFile_cfg::source.

Referenced by bbH5F_h_pdfas(), and xsec().

                                        {
  /* ______________________________________________________________________________________________
   * Function argument [mode] expected to be of special form (e.g. "gg->A::scaleUp"); "->" and "::"
   * are deliminators of building blocks; "->" is required to be present, while"::" is optional. 
   * Search for deliminators "->" (required to be present) and "::" (optional) in [mode]. Split 
   * argument: first block corresponds to [PROD], second block to [BOSON], the third block (option-
   * al) to [UNCERT]. Prefix histogram name with "xs", append [PROD], append [BOSON], append 
   * [UNCERT] if available, seperated by "_" (histogram name in example above: "xs_gg_A_scaleUp").
   */
  std::string source(mode);
  std::string process = source.find("->")!=std::string::npos ? source.substr(0, source.find("->")) : std::string();
  std::string uncert  = source.find("::")!=std::string::npos ? source.substr(source.rfind("::")+2) : std::string();
  std::string boson   = source.substr(source.find("->")+2, source.rfind("::")-(source.find("->")+2));
  std::string name; 
  if(!process.empty()){
    name = std::string("xs")+"_"+process+"_"+boson+(uncert.empty()? uncert : std::string("_")+uncert);
  }
 return name;  
}

Member Data Documentation

std::map<std::string, TH2F*> mssm_xs_tools::hists_

private

histogram container (filled in constructor)

Definition at line 413 of file mssm_xs_tools.h.

Referenced by hist().

TFile* mssm_xs_tools::input_

private

root input file (opened in constructor)

Definition at line 411 of file mssm_xs_tools.h.

Referenced by hist(), mssm_xs_tools(), and setup().

bool mssm_xs_tools::kINTERPOL_

private

apply bilinear interpolation (built-in to TH2F) or get bin content, plain as it is

Definition at line 409 of file mssm_xs_tools.h.

Referenced by read().

int mssm_xs_tools::nbinsX_

private

maximal number of bins on x-axis (mA) of TH2F (filled in function hist; used in function read in interpolation mode)

Definition at line 416 of file mssm_xs_tools.h.

Referenced by hist(), and read().

int mssm_xs_tools::nbinsY_

private

maximal number of bins on y-axis (tanb) of TH2F (filled in function hist; used in function read in interpolation mode)

Definition at line 419 of file mssm_xs_tools.h.

Referenced by hist(), and read().

unsigned mssm_xs_tools::verbosity_

private

verbosity level

Definition at line 407 of file mssm_xs_tools.h.

Referenced by hist().

---

The documentation for this class was generated from the following files:

• mssm_xs_tools.h
• mssm_xs_tools.cc