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| double | approxErf (double arg) |
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| double | bernstein (double x, double xmin, double xmax, double *coefs, int nCoefs) |
| | The caller needs to make sure that there is at least one coefficient.
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| double | bernsteinIntegral (double xlo, double xhi, double xmin, double xmax, double *coefs, int nCoefs) |
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| double | bifurGauss (double x, double mean, double sigmaL, double sigmaR) |
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| double | bifurGaussIntegral (double xMin, double xMax, double mean, double sigmaL, double sigmaR) |
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| unsigned int | binNumber (double x, double coef, double const *boundaries, unsigned int nBoundaries, int nbins, int blo) |
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| double | binomial (int n, int k) |
| | Calculates the binomial coefficient n over k.
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| double | cbShape (double m, double m0, double sigma, double alpha, double n) |
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| double | cbShapeIntegral (double mMin, double mMax, double m0, double sigma, double alpha, double n) |
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| double | chebychev (double *coeffs, unsigned int nCoeffs, double x_in, double xMin, double xMax) |
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| double | chebychevIntegral (double const *coeffs, unsigned int nCoeffs, double xMin, double xMax, double xMinFull, double xMaxFull) |
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| double | constraintSum (double const *comp, unsigned int compSize) |
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| double | efficiency (double effFuncVal, int catIndex, int sigCatIndex) |
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| double | effProd (double eff, double pdf) |
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| double | exponentialIntegral (double xMin, double xMax, double constant) |
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| double | fast_fma (double x, double y, double z) noexcept |
| | use fast FMA if available, fall back to normal arithmetic if not
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| double | flexibleInterp (unsigned int code, double const *params, unsigned int n, double const *low, double const *high, double boundary, double nominal, int doCutoff) |
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| double | flexibleInterpSingle (unsigned int code, double low, double high, double boundary, double nominal, double paramVal, double res) |
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| double | gaussian (double x, double mean, double sigma) |
| | Function to evaluate an un-normalized RooGaussian.
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| double | gaussianIntegral (double xMin, double xMax, double mean, double sigma) |
| | Function to calculate the integral of an un-normalized RooGaussian over x.
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| double | interpolate1d (double low, double high, double val, unsigned int numBins, double const *vals) |
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| double | landau (double x, double mu, double sigma) |
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| double | logNormal (double x, double k, double m0) |
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| double | logNormalIntegral (double xMin, double xMax, double m0, double k) |
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| double | logNormalIntegralStandard (double xMin, double xMax, double mu, double sigma) |
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| double | logNormalStandard (double x, double sigma, double mu) |
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| double | multiVarGaussian (int n, const double *x, const double *mu, const double *covI) |
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| double | nll (double pdf, double weight, int binnedL, int doBinOffset) |
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| double | poisson (double x, double par) |
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| double | poissonIntegral (int code, double mu, double x, double integrandMin, double integrandMax, unsigned int protectNegative) |
| |
| template<bool pdfMode = false> |
| double | polynomial (double const *coeffs, int nCoeffs, int lowestOrder, double x) |
| | In pdfMode, a coefficient for the constant term of 1.0 is implied if lowestOrder > 0.
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| |
| template<bool pdfMode = false> |
| double | polynomialIntegral (double const *coeffs, int nCoeffs, int lowestOrder, double xMin, double xMax) |
| | In pdfMode, a coefficient for the constant term of 1.0 is implied if lowestOrder > 0.
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| double | product (double const *factors, std::size_t nFactors) |
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| double | ratio (double numerator, double denominator) |
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| unsigned int | rawBinNumber (double x, double const *boundaries, std::size_t nBoundaries) |
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| double | recursiveFraction (double *a, unsigned int n) |
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| double | stepFunctionIntegral (double xmin, double xmax, std::size_t nBins, double const *boundaries, double const *coefs) |
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| unsigned int | uniformBinNumber (double low, double high, double val, unsigned int numBins, double coef) |
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