📄 alimath.h
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#ifndef ALIMATH_H
#define ALIMATH_H
#define Float_t double
#define Int_t int
#define Double_t double
// AliMath M;
// Float_t chi2=20 ; // The chi-squared value
// Int_t ndf=12; // The number of degrees of freedom
// Float_t p=M.Prob(chi2,ndf); // The probability that at least a Chi-squared
// // value of chi2 will be observed, even for a
// // correct model
Float_t Gamma(Float_t z); // Standard gamma function Gamma(z)
Float_t Gamma(Float_t a,Float_t x); // Incomplete gamma function P(a,x)
Float_t LnGamma(Float_t z); // Compute ln[Gamma(z)]
Float_t Erf(Float_t x); // Error function erf(x)
Float_t Erfc(Float_t x); // Complementary error function erfc(x)
Float_t ChiProb(Float_t chi2,Int_t ndf); // Compute Chi-squared probability
Float_t GamSer(Float_t a,Float_t x); // Compute P(a,x) via serial representation
Float_t GamCf(Float_t a,Float_t x); // Compute P(a,x) via continued fractions
#endif
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