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| InverseGaussianMSHGen (RandomStream s, NormalGen sn, double mu, double lambda) |
| Creates an inverse gaussian random variate generator with parameters \(\mu= \) mu and \(\lambda= \) lambda , using streams s and sn .
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| InverseGaussianMSHGen (RandomStream s, NormalGen sn, InverseGaussianDist dist) |
| Creates a new generator for the distribution dist using streams s and sn .
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double | nextDouble () |
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Public Member Functions inherited from InverseGaussianGen |
| InverseGaussianGen (RandomStream s, double mu, double lambda) |
| Creates an inverse Gaussian random variate generator with parameters \(\mu= \) mu and \(\lambda= \) lambda , using stream s .
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| InverseGaussianGen (RandomStream s, InverseGaussianDist dist) |
| Creates a new generator for the distribution dist , using stream s .
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double | getMu () |
| Returns the parameter \(\mu\) of this object.
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double | getLambda () |
| Returns the parameter \(\lambda\) of this object.
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Public Member Functions inherited from RandomVariateGen |
| RandomVariateGen (RandomStream s, Distribution dist) |
| Creates a new random variate generator from the distribution dist , using stream s . More...
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double | nextDouble () |
| Generates a random number from the continuous distribution contained in this object. More...
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void | nextArrayOfDouble (double[] v, int start, int n) |
| Generates n random numbers from the continuous distribution contained in this object. More...
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double [] | nextArrayOfDouble (int n) |
| Generates n random numbers from the continuous distribution contained in this object, and returns them in a new array of size n . More...
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RandomStream | getStream () |
| Returns the umontreal.ssj.rng.RandomStream used by this generator. More...
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void | setStream (RandomStream stream) |
| Sets the umontreal.ssj.rng.RandomStream used by this generator to stream .
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Distribution | getDistribution () |
| Returns the umontreal.ssj.probdist.Distribution used by this generator. More...
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String | toString () |
| Returns a String containing information about the current generator.
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This class implements inverse gaussian random variate generators using the many-to-one transformation method of Michael, Schucany and Haas (MHS) [180], [48] .