Path: Math/Analysis
% Computes the value of the confluent hypergeometric ratio
M(beta+1,gamma+1,x)
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M(beta,gamma,x)
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Form:
[F, n] = HypgMr( beta, gamma, x )
[F, n] = HypgMr( beta, gamma, x,tol )
[F, n] = HypgMr( beta, gamma, x, tol, nMax )
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Inputs
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beta Argument
gamma Argument
x Argument
tol Tolerance
nMax Maximum number of iterations
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Outputs
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F Value of fraction
n Number of iterations
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References: Battin, R. H., An Introduction to the Mathematics and
Methods of Astrodynamics, AIAA, 1987, pp. 34-68.
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