Simulation.Aivika.Branch.Generator

Tested with: GHC 7.10.3

Here is defined a random number generator, where BR can be an instance of MonadGenerator.

Orphan instances

MonadGenerator (BR IO)

Associated Types

data Generator (BR IO :: * -> *) :: *

Methods

generateUniform :: Generator (BR IO) -> Double -> Double -> BR IO Double

generateUniformInt :: Generator (BR IO) -> Int -> Int -> BR IO Int

generateTriangular :: Generator (BR IO) -> Double -> Double -> Double -> BR IO Double

generateNormal :: Generator (BR IO) -> Double -> Double -> BR IO Double

generateLogNormal :: Generator (BR IO) -> Double -> Double -> BR IO Double

generateExponential :: Generator (BR IO) -> Double -> BR IO Double

generateErlang :: Generator (BR IO) -> Double -> Int -> BR IO Double

generatePoisson :: Generator (BR IO) -> Double -> BR IO Int

generateBinomial :: Generator (BR IO) -> Double -> Int -> BR IO Int

generateGamma :: Generator (BR IO) -> Double -> Double -> BR IO Double

generateBeta :: Generator (BR IO) -> Double -> Double -> BR IO Double

generateWeibull :: Generator (BR IO) -> Double -> Double -> BR IO Double

generateDiscrete :: Generator (BR IO) -> DiscretePDF a -> BR IO a

generateSequenceNo :: Generator (BR IO) -> BR IO Int

newGenerator :: GeneratorType (BR IO) -> BR IO (Generator (BR IO))

newRandomGenerator :: RandomGen g => g -> BR IO (Generator (BR IO))

newRandomGenerator01 :: BR IO Double -> BR IO (Generator (BR IO))