The hypergeometric function as determined by power series
The hypergeometric function as determined by infinite
(hypergeo_powerseries()
) or finite (hypergeo_taylor()
)
power series
hypergeo_powerseries(A, B, C, z, tol = 0, maxiter = 2000)
A,B,C |
Parameters of the hypergeometric function |
z |
Primary complex argument |
tol,maxiter |
Numerical arguments |
Function hypergeo_powerseries()
is the primary decision-making
function of the package. It is this function that detects degenerate
cases of the three parameters and dispatches accordingly.
Non-degenerate cases are sent to function hypergeo_general()
.
Function hypergeo_taylor()
deals with cases where the
hypergeometric function is a polynomial.
Robin K. S. Hankin
M. Abramowitz and I. A. Stegun 1965. Handbook of mathematical functions. New York: Dover
jjR <- hypergeo(pi,-4,2.2,1+5i) jjM <- 1670.8287595795885335 - 204.81995157365381258i
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