#include "TMinuit.h"


void MinuitParams() {
 

    TMinuit minuit;

  cout<<  setprecision(50)  <<     "   minuit.fAlim[0]     " <<       (Double_t)minuit.fAlim[0]                                                << ";  " << endl;//Lower limits for parameters. If zero no limits
  cout<<  setprecision(50)  <<     "   minuit.fAmin                      " <<       (Double_t)minuit.fAmin                                                           << ";  " << endl;// Minimum value found for FCN
  minuit.fAmin = -100000;
  cout<<  setprecision(50)  <<     "   minuit.fAmin                      " <<       (Double_t)minuit.fAmin                                                           << ";  " << endl;// Minimum value found for FCN
  cout<<  setprecision(50)  <<     "   minuit.fApsi                      " <<       (Double_t)minuit.fApsi                                               << ";  " << endl;
  cout<<  setprecision(50)  <<     "   minuit.fBigedm                    " <<       (Double_t)minuit.fBigedm                                                 << ";  " << endl;//Big EDM = 123456
  cout <<  setprecision(50)  <<   "   minuit.fBlim[0]     " <<       (Double_t)minuit.fBlim[0]                                               << ";  " << endl;// Upper limits for parameters
  cout <<  setprecision(50)  <<   "   minuit.fCOMDplist[0] " <<       (Double_t)minuit.fCOMDplist[0]                                               << ";  " << endl;// array used in mncomd
  cout <<  setprecision(50)  <<   "   minuit.fCONTgcc[0]   " <<       (Double_t)minuit.fCONTgcc[0]                                               << ";  " << endl;// array used in mncont
  cout <<  setprecision(50)  <<   "   minuit.fCONTw[0]     " <<       (Double_t)minuit.fCONTw[0]                                               << ";  " << endl;// array used in mncont
  cout<<  setprecision(50)  <<     "   minuit.fCfrom                     " <<       (TString)minuit.fCfrom                                               << ";  " << endl;
 //          "                                  << " <<                                      <<  ";  " << endl;//cout<<  setprecision(50)  <<            minuit.fChpt                    !Character to be plotted at the X,Y contour positions
   cout<<  setprecision(50)  <<    "    minuit.fCovmes[4]                " <<        (TString)minuit.fCovmes[3]                                               << ";  " << endl;
 //          "                                   <<" <<                                       <<  ";  " << endl;//cout <<  setprecision(50)  <<          minuit.fCpnam[fMaxpar2-1] Array of parameters names
   cout<<  setprecision(50)  <<    "    minuit.fCstatu                   " <<        (TString)minuit.fCstatu                                               << ";  " << endl;
   cout<<  setprecision(50)  <<    "    minuit.fCtitl                    " <<        (TString)minuit.fCtitl                                               << ";  " << endl;
   cout<<  setprecision(50)  <<    "    minuit.fCundef                   " <<        (TString)minuit.fCundef                                               << ";  " << endl;
   cout<<  setprecision(50)  <<    "    minuit.fCvrsn                    " <<        (TString)minuit.fCvrsn                                               << ";  " << endl;
   cout<<  setprecision(50)  <<    "    minuit.fCword                    " <<        (TString)minuit.fCword                                               << ";  " << endl;
  cout<<  setprecision(50)  <<     "   minuit.fDcovar                    " <<       (Double_t)minuit.fDcovar                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fDgrd[0]     " <<        (Double_t)minuit.fDgrd[0]                                                << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fDirin[0]    " <<        (Double_t)minuit.fDirin[0]                                               << ";  " << endl;// (Internal) step sizes for current step
   cout <<  setprecision(50)  <<  "    minuit.fDirins[0]   " <<        (Double_t)minuit.fDirins[0]                                               << ";  " << endl;// (Internal) step sizes for current step for fixed params
  cout<<  setprecision(50)  <<     "   minuit.fEDM                       " <<       (Double_t)minuit.fEDM                                               << ";  " << endl;//Estimated vertical distance to the minimum
 cout<<  setprecision(50)  <<      "  minuit.fEmpty                      " <<      (Int_t)minuit.fEmpty                                               << ";  " << endl;//Initialization flag (1 = Minuit initialized)
  cout<<  setprecision(50)  <<     "   minuit.fEpsi                      " <<       (Double_t)minuit.fEpsi                                               << ";  " << endl;
  cout<<  setprecision(50)  <<     "   minuit.fEpsma2                    " <<       (Double_t)minuit.fEpsma2                                               << ";  " << endl;//sqrt(fEpsmac)
  cout<<  setprecision(50)  <<     "   minuit.fEpsmac                    " <<       (Double_t)minuit.fEpsmac                                               << ";  " << endl;//machine precision for floating points:
   cout <<  setprecision(50)  <<  "    minuit.fErn[0]      " <<        (Double_t)minuit.fErn[0]                                               << ";  " << endl;//[fMaxpar-1] Negative Minos errors if calculated
   cout <<  setprecision(50)  <<  "    minuit.fErp[0]      " <<        (Double_t)minuit.fErp[0]                                               << ";  " << endl;//[fMaxpar-1] Positive Minos errors if calculated
//cout <<  setprecision(50)  <<     " minuit.fFCN                         " <<     minuit.fFCN                                               << ";  " << endl;//!
   cout <<  setprecision(50)  <<  "    minuit.fFIXPyy[0]   " <<        (Double_t)minuit.fFIXPyy[0]                                                << ";  " << endl;//array used in mnfixp
  cout<<  setprecision(50)  <<     "   minuit.fFval3                     " <<       (Double_t)minuit.fFval3                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fG2[0]       " <<        (Double_t)minuit.fG2[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fG2s[0]      " <<        (Double_t)minuit.fG2s[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fGRADgf[0]   " <<        (Double_t)minuit.fGRADgf[0]                                                << ";  " << endl;//array used in mngrad
   cout <<  setprecision(50)  <<  "    minuit.fGin[0]     " <<        (Double_t)minuit.fGin[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fGlobcc[0]   " <<       (Double_t) minuit.fGlobcc[0]                                                << ";  " << endl;//Global Correlation Coefficients
 cout<<  setprecision(50)  <<      "  minuit.fGraphicsMode               " <<     (Bool_t) minuit.fGraphicsMode                                               << ";  " << endl;//true if graphics mode on (default)
   cout <<  setprecision(50)  <<  "    minuit.fGrd[0]      " <<        (Double_t)minuit.fGrd[0]                                                << ";  " << endl;//First derivatives
   cout <<  setprecision(50)  <<  "    minuit.fGrds[0]     " <<        (Double_t)minuit.fGrds[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fGstep[0]    " <<        (Double_t)minuit.fGstep[0]                                                << ";  " << endl;//Step sizes
   cout <<  setprecision(50)  <<  "    minuit.fGsteps[0]   " <<        (Double_t)minuit.fGsteps[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fHESSyy[0]   " <<        (Double_t)minuit.fHESSyy[0]                                                << ";  " << endl;//array used in mnhess
   cout <<  setprecision(50)  <<  "    minuit.fIMPRdsav[0] " <<        (Double_t)minuit.fIMPRdsav[0]                                                << ";  " << endl;//array used in mnimpr
   cout <<  setprecision(50)  <<  "    minuit.fIMPRy[0]    " <<        (Double_t)minuit.fIMPRy[0]                                                << ";  " << endl;//array used in mnimpr
 cout<<  setprecision(50)  <<      "  minuit.fISW[7]                     " <<      (Int_t)minuit.fISW[6]                                               << ";  " << endl;//Array of switches
 cout<<  setprecision(50)  <<      "  minuit.fIcirc[2]                   " <<      (Int_t)minuit.fIcirc[1]                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fIcomnd                     " <<      (Int_t)minuit.fIcomnd                                               << ";  " << endl;//Number of commands
 cout<<  setprecision(50)  <<      "  minuit.fIdbg[11]                   " <<     (Int_t) minuit.fIdbg[10]                                               << ";  " << endl;//rray of internal debug switches
cout <<  setprecision(50)  <<     " minuit.fIpfix[0]       " <<    (Int_t) minuit.fIpfix[0]                                                << ";  " << endl;//List of fixed parameters
 cout<<  setprecision(50)  <<      "  minuit.fIstkrd[10]                 " <<      (Int_t)minuit.fIstkrd[9]                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fIstkwr[10]                 " <<      (Int_t)minuit.fIstkwr[8]                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fIstrat                     " <<      (Int_t)minuit.fIstrat                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fIsysrd                     " <<      (Int_t)minuit.fIsysrd                                               << ";  " << endl;//standardInput unit
 cout<<  setprecision(50)  <<      "  minuit.fIsyssa                     " <<      (Int_t)minuit.fIsyssa                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fIsyswr                     " <<      (Int_t)minuit.fIsyswr                                               << ";  " << endl;//standard output unit
 cout<<  setprecision(50)  <<      "  minuit.fItaur                      " <<      (Int_t)minuit.fItaur                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fKe1cr                      " <<      (Int_t)minuit.fKe1cr                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fKe2cr                      " <<      (Int_t)minuit.fKe2cr                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fLimset                     " <<      (Bool_t)minuit.fLimset                                               << ";  " << endl;//true if a parameter is up against limits (for MINOS)
 cout<<  setprecision(50)  <<      "  minuit.fLnewmn                     " <<      (Bool_t)minuit.fLnewmn                                               << ";  " << endl;///true if the previous process has unexpectedly improved FCN
 cout<<  setprecision(50)  <<      "  minuit.fLnolim                     " <<      (Bool_t)minuit.fLnolim                                               << ";  " << endl;//true if there are no limits on any parameters (not yet used)
 cout<<  setprecision(50)  <<      "  minuit.fLphead                     " <<      (Bool_t)minuit.fLphead                                               << ";  " << endl;//true if a heading should be put out for the next parameter definition
 cout<<  setprecision(50)  <<      "  minuit.fLrepor                     " <<      (Bool_t)minuit.fLrepor                                               << ";  " << endl;//true if exceptional conditions are put out (default=false)
 cout<<  setprecision(50)  <<      "  minuit.fLwarn                      " <<      (Bool_t)minuit.fLwarn                                               << ";  " << endl;//true if warning messges are to be put out (default=true)
   cout <<  setprecision(50)  <<  "    minuit.fMATUvline[0]" <<        (Double_t)minuit.fMATUvline[0]                                               << ";  " << endl; //array used in mnmatu
   cout <<  setprecision(50)  <<  "    minuit.fMIGRflnu[0] " <<        (Double_t)minuit.fMIGRflnu[0]                                               << ";  " << endl; //array used in mnmigr
   cout <<  setprecision(50)  <<  "    minuit.fMIGRgs[0]   " <<        (Double_t)minuit.fMIGRgs[0]                                               << ";  " << endl; //array used in mnmigr
   cout <<  setprecision(50)  <<  "    minuit.fMIGRstep[0] " <<        (Double_t)minuit.fMIGRstep[0]                                               << ";  " << endl; //array used in mnmigr
   cout <<  setprecision(50)  <<  "    minuit.fMIGRvg[0]   " <<        (Double_t)minuit.fMIGRvg[0]                                               << ";  " << endl; //array used in mnmigr
   cout <<  setprecision(50)  <<  "    minuit.fMIGRxxs[0]  " <<        (Double_t)minuit.fMIGRxxs[0]                                               << ";  " << endl; //array used in mnmigr
   cout <<  setprecision(50)  <<  "    minuit.fMNOTgcc[0]  " <<        (Double_t)minuit.fMNOTgcc[0]                                               << ";  " << endl; //array used in mnmnot
   cout <<  setprecision(50)  <<  "    minuit.fMNOTw[0]    " <<        (Double_t)minuit.fMNOTw[0]                                               << ";  " << endl; //array used in mnmnot
   cout <<  setprecision(50)  <<  "    minuit.fMNOTxdev[0] " <<        (Double_t)minuit.fMNOTxdev[0]                                               << ";  " << endl; //array used in mnmnot
 cout<<  setprecision(50)  <<      "  minuit.fMaxIterations              " <<      (Int_t)minuit.fMaxIterations                                               << ";  " << endl;//Maximum number of iterations
 cout<<  setprecision(50)  <<      "  minuit.fMaxcpt                     " <<      (Int_t)minuit.fMaxcpt                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fMaxext                     " <<      (Int_t)minuit.fMaxext                                               << ";  " << endl;//Maximum number of external parameters
 cout<<  setprecision(50)  <<      "  minuit.fMaxint                     " <<      (Int_t)minuit.fMaxint                                               << ";  " << endl;//Maximum number of internal parameters
 cout<<  setprecision(50)  <<      "  minuit.fMaxpar                     " <<      (Int_t)minuit.fMaxpar                                               << ";  " << endl;//Maximum number of parameters
 cout<<  setprecision(50)  <<      "  minuit.fMaxpar1                    " <<      (Int_t)minuit.fMaxpar1                                               << ";  " << endl;//fMaxpar*(fMaxpar+1)
 cout<<  setprecision(50)  <<      "  0                    " <<      (Int_t)0                                               << ";  " << endl;//fMaxpar*fMaxpar
 cout<<  setprecision(50)  <<      "  minuit.fMaxpar5                    " <<      (Int_t)minuit.fMaxpar5                                               << ";  " << endl;//fMaxpar*(fMaxpar+1)/2
 //cout<<  setprecision(50)  <<      "  minuit.fMethodCall                 " <<      (Int_t)minuit.fMethodCall                                               << ";  " << endl;//Pointer to MethodCall in case of interpreted function
 cout<<  setprecision(50)  <<      "  minuit.fNblock                     " <<      (Int_t)minuit.fNblock                                               << ";  " << endl;//Number of Minuit data blocks
 cout<<  setprecision(50)  <<      "  minuit.fNewpag                     " <<      (Int_t)minuit.fNewpag                                               << ";  " << endl;
cout <<  setprecision(50)  <<     " minuit.fNexofi[0]      " <<     (Int_t)minuit.fNexofi[0]                                                << ";  " << endl;//External parameters number for currently variable parameters
 cout<<  setprecision(50)  <<      "  minuit.fNfcn                       " <<      (Int_t)minuit.fNfcn                                               << ";  " << endl;//Number of calls to FCN
 cout<<  setprecision(50)  <<      "  minuit.fNfcnfr                     " <<      (Int_t)minuit.fNfcnfr                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fNfcnlc                     " <<      (Int_t)minuit.fNfcnlc                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fNfcnmx                     " <<      (Int_t)minuit.fNfcnmx                                               << ";  " << endl;//Maximum number of calls to FCN
 cout<<  setprecision(50)  <<      "  minuit.fNfcwar[20]                 " <<      (Int_t)minuit.fNfcwar[19]                                               << ";  " << endl;
cout <<  setprecision(50)  <<     " minuit.fNiofex[0]     " <<     (Int_t)minuit.fNiofex[0]                                                << ";  " << endl;//Internal parameters number, or zero if not currently variable
 cout<<  setprecision(50)  <<      "  minuit.fNpagln                     " <<      (Int_t)minuit.fNpagln                                               << ";  " << endl;//Number of lines per page
 cout<<  setprecision(50)  <<      "  minuit.fNpagwd                     " <<      (Int_t)minuit.fNpagwd                                               << ";  " << endl;//Page width
 cout<<  setprecision(50)  <<      "  minuit.fNpar                       " <<      (Int_t)minuit.fNpar                                               << ";  " << endl;//Number of free parameters (total number of pars = fNpar + fNfix)
 cout<<  setprecision(50)  <<      "  minuit.fNpfix                      " <<      (Int_t)minuit.fNpfix                                               << ";  " << endl;//Number of fixed parameters
 cout<<  setprecision(50)  <<      "  minuit.fNstkrd                     " <<      (Int_t)minuit.fNstkrd                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fNstkwr                     " <<      (Int_t)minuit.fNstkwr                                               << ";  " << endl;
 cout<<  setprecision(50)  <<      "  minuit.fNu                         " <<      (Int_t)minuit.fNu                                               << ";  " << endl;
cout <<  setprecision(50)  <<     " minuit.fNvarl[0]      " <<     (Int_t)minuit.fNvarl[0]                                                << ";  " << endl;//parameters flag (-1=undefined, 0=constant..)
 cout<<  setprecision(50)  <<      "  minuit.fNwrmes[2]                  " <<      (Int_t)minuit.fNwrmes[1]                                               << ";  " << endl;
//cout<<  setprecision(50)  <<       " minuit.fObjectFit                   " <<     minuit.fObjectFit                                               << ";  " << endl;//Pointer to object being fitted
   cout<<  setprecision(50)  <<    "    minuit.fOrigin[100]              " <<        (TString)minuit.fOrigin[99]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fP[0]       " <<        (Double_t)minuit.fP[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fPARSplist[0]" <<        (Double_t)minuit.fPARSplist[0]                                                << ";  " << endl;//array used in mnpars
   cout <<  setprecision(50)  <<  "    minuit.fPSDFs[0]    " <<        (Double_t)minuit.fPSDFs[0]                                                << ";  " << endl;//array used in mnpsdf
   cout <<  setprecision(50)  <<  "    minuit.fPbar[0]     " <<        (Double_t)minuit.fPbar[0]                                               << ";  " << endl;
  //fPlotPoin"to TGraph object created by mncont" <<ter to TGraph object created by mncont 
   cout <<  setprecision(50)  <<  "    minuit.fPrho[0]     " <<        (Double_t)minuit.fPrho[0]                                                << ";  " << endl;//Minimum point of parabola
   cout <<  setprecision(50)  <<  "    minuit.fPstar[0]   " <<        (Double_t)minuit.fPstar[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fPstst[0]    " <<        (Double_t)minuit.fPstst[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fSEEKxbest[0]" <<        (Double_t)minuit.fSEEKxbest[0]                                                << ";  " << endl;//array used in mnseek
   cout <<  setprecision(50)  <<  "    minuit.fSEEKxmid[0] " <<        (Double_t)minuit.fSEEKxmid[0]                                                << ";  " << endl;//array used in mnseek
   cout <<  setprecision(50)  <<  "    minuit.fSIMPy[0]    " <<        (Double_t)minuit.fSIMPy[0]                                                << ";  " << endl;//array used in mnsimp
 cout<<  setprecision(50)  <<      "  minuit.fStatus                     " <<      (Int_t)minuit.fStatus                                               << ";  " << endl;//Status flag for the last called Minuit function
   cout <<  setprecision(50)  <<  "    minuit.fU[0]       " <<        (Double_t)minuit.fU[0]                                               << ";  " << endl; //External (visible to user in FCN) value of parameters
  cout<<  setprecision(50)  <<     "   minuit.fUndefi                    " <<      (Double_t) minuit.fUndefi                                               << ";  " << endl;//Undefined number = -54321
  cout<<  setprecision(50)  <<     "   minuit.fUp                        " <<      (Double_t) minuit.fUp                                               << ";  " << endl;//FCN+-UP defines errors (for chisquare fits UP=1)
  cout<<  setprecision(50)  <<     "   minuit.fUpdflt                    " <<      (Double_t) minuit.fUpdflt                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fVERTpp[0]   " <<      (Double_t)  minuit.fVERTpp[0]                                               << ";  " << endl; //array used in mnvert
   cout <<  setprecision(50)  <<  "    minuit.fVERTq[0]    " <<      (Double_t)  minuit.fVERTq[0]                                                << ";  " << endl;//array used in mnvert
   cout <<  setprecision(50)  <<  "    minuit.fVERTs[0]    " <<      (Double_t)  minuit.fVERTs[0]                                                << ";  " << endl; //                                               << ";  " << endl;array used in mnvert
   cout <<  setprecision(50)  <<  "    minuit.fVhmat[0]   " <<      (Double_t)  minuit.fVhmat[0]                                                << ";  " << endl;//(Internal) error matrix stored as Half MATrix, since it is symmetric
  cout<<  setprecision(50)  <<     "   minuit.fVlimhi                    " <<      (Double_t) minuit.fVlimhi                                               << ";  " << endl;
  cout<<  setprecision(50)  <<     "   minuit.fVlimlo                    " <<      (Double_t) minuit.fVlimlo                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fVthmat[0]  " <<      (Double_t)  minuit.fVthmat[0]                                               << ";  " << endl; //VHMAT is sometimes saved in VTHMAT, especially in MNMNOT
   cout<<  setprecision(50)  <<    "    minuit.fWarmes[100]              " <<      (TString)  minuit.fWarmes[99]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fWerr[0]     " <<      (Double_t)  minuit.fWerr[0]                                                << ";  " << endl;//External parameters error (standard deviation, defined by UP)
   cout <<  setprecision(50)  <<  "    minuit.fWord7[0]    " <<      (Double_t)  minuit.fWord7[0]                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fX[0]        " <<      (Double_t)  minuit.fX[0]                                               << ";  " << endl; //Internal parameters values
  cout<<  setprecision(50)  <<     "   minuit.fXdircr                    " <<      (Double_t) minuit.fXdircr                                               << ";  " << endl;
  cout<<  setprecision(50)  <<     "   minuit.fXmidcr                    " <<      (Double_t) minuit.fXmidcr                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fXpt[0]      " <<      (Double_t)  minuit.fXpt[0]                                               << ";  " << endl;// X array of points for contours
   cout <<  setprecision(50)  <<  "    minuit.fXs[0]       " <<      (Double_t)  minuit.fXs[0]                                                << ";  " << endl;//Internal parameters values saved for fixed params
   cout <<  setprecision(50)  <<  "    minuit.fXt[0]       " <<      (Double_t)  minuit.fXt[0]                                                << ";  " << endl;//Internal parameters values X saved as Xt
   cout <<  setprecision(50)  <<  "    minuit.fXts[0]      " <<      (Double_t)  minuit.fXts[0]                                                << ";  " << endl;//Internal parameters values X saved as Xt for fixed params
  cout<<  setprecision(50)  <<     "   minuit.fYdircr                    " <<      (Double_t) minuit.fYdircr                                               << ";  " << endl;
  cout<<  setprecision(50)  <<     "   minuit.fYmidcr                    " <<      (Double_t) minuit.fYmidcr                                               << ";  " << endl;
   cout <<  setprecision(50)  <<  "    minuit.fYpt[0]      " <<      (Double_t)  minuit.fYpt[0]                                                << ";  " << endl;//Y array of points for contours



}