úγ      (c) 2015 Jared TobinMITJared Tobin <jared@jtobin.ca>unstableghcNone!" An annealing transformer.†When executed, the supplied transition operator will execute over the parameter space annealed to the supplied inverse temperature. 0let annealedTransition = anneal 0.30 (slice 0.5)    (c) 2015 Jared TobinMITJared Tobin <jared@jtobin.ca>unstableghcNone!": 7Deterministically concat transition operators together. ADeterministically concat a list of transition operators together. 7Probabilistically concat transition operators together.Probabilistically concat transition operators together using a Bernoulli distribution with the supplied success probability.)This is just a generalization of sampleT.UProbabilistically concat transition operators together via a uniform distribution.dProbabilistically concat transition operators together using the supplied frequency distribution./This function is more-or-less an exact copy of 1, except here applied to transition operators.Trace n8 iterations of a Markov chain and stream them to stdout.FwithSystemRandom . asGenIO $ mcmc 3 [0, 0] (metropolis 0.5) rosenbrock(-0.48939312153007863,0.13290702689491818)1.4541485365128892e-2,-0.4859905564050404(0.22487398491619448,-0.29769783186855125           !"#$%&'%&'%&(%&)%&*%&+%&+%&,%&-%&.%&/0(declarative-0.4.0-7JP2kLLmk2hGBdXuelQLzo Numeric.MCMCNumeric.MCMC.Anneal QuickCheck frequencyghc-primGHC.Prim RealWorld.hasty-hamiltonian-1.2.0-5Knf9eJ8yFcAcpx3hLoFUHNumeric.MCMC.Hamiltonian hamiltonian*mwc-random-0.13.5.0-9fVrEibWMFm8DwR7HO0MWXSystem.Random.MWCcreateSystemRandomwithSystemRandomcreateasGenIO.mighty-metropolis-1.1.0-7PZqtNWZFKq48Q4TtBNXfWNumeric.MCMC.Metropolis metropolis'primitive-0.6.1.0-Ip44DqhfCp21tTUYbecwaControl.Monad.Primitive PrimState PrimMonad)speedy-slice-0.2.0-AfuZDXmBLIf2lAKoGUObPrNumeric.MCMC.SlicesliceannealconcatT concatAllTsampleT bernoulliT sampleAllTmcmcannealer useTargetchain'mcmc-types-1.0.3-90RVrvkufs41nrObHzhVe7Data.Sampling.TypesTargetglTargetlTarget TransitionChain chainTarget chainScore chainPosition chainTunables