| _coeffMList | rarNLL | [protected] |
| _iLIntegrals | rarNLL | [protected] |
| _lCoefMList | rarNLL | [protected] |
| _mIdx | rarNLL | [protected] |
| _nPoints | rarNLL | [protected] |
| _nSteps | rarNLL | [protected] |
| _tLIntegrals | rarNLL | [protected] |
| _verbose | rarNLL | [protected] |
| _x0s | rarNLL | [protected] |
| _x1s | rarNLL | [protected] |
| _x2s | rarNLL | [protected] |
| _xs | rarNLL | [protected] |
| _ys | rarNLL | [protected] |
| ClassDef(rarNLL, 0) | rarNLL | [private] |
| getLIntegral(Double_t x) | rarNLL | |
| getLIntegral(Double_t xl, Double_t xh) | rarNLL | |
| getLIntegral() | rarNLL | |
| getLIntegralInverse(Double_t xl, Double_t iVal) | rarNLL | |
| getLIntegralInverse(Double_t iVal) | rarNLL | |
| getMin(Double_t &x, Double_t &y) | rarNLL | |
| getMin() | rarNLL | |
| getMin(TArrayD &xy, Double_t x, Double_t a, Double_t b, Double_t c) | rarNLL | [protected] |
| getMin(Double_t x0, Double_t x1, Double_t x2, Double_t a, Double_t b, Double_t c) | rarNLL | [protected] |
| getNLL(Double_t x) | rarNLL | |
| getX(Double_t y) | rarNLL | |
| getY(Double_t x) | rarNLL | |
| init(RooCurve *curve=0) | rarNLL | [virtual] |
| lIntegralFunc(Double_t x, TMatrixD &A, TMatrixD &lA) | rarNLL | |
| lIntegralFuncInverse(Double_t x0, Double_t x2, Int_t iter, Double_t &thisXI, Double_t &la, Double_t &lb, Double_t &lc) | rarNLL | |
| rarNLL() | rarNLL | |
| rarNLL(RooCurve *curve, const char *name="theRARNLL", const char *title="the RARNLL", const Bool_t verbose=kFALSE) | rarNLL | |
| rarNLL(const rarNLL &) | rarNLL | [private] |
| setVerbose(Bool_t verbose=kTRUE) | rarNLL | [inline, virtual] |
| ~rarNLL() | rarNLL | [virtual] |
