laplace_latent_rng.hpp

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#ifndef STAN_MATH_MIX_PROB_LAPLACE_LATENT_RNG_HPP
#define STAN_MATH_MIX_PROB_LAPLACE_LATENT_RNG_HPP
 
#include <stan/math/mix/functor/laplace_base_rng.hpp>
#include <stan/math/mix/functor/laplace_likelihood.hpp>
#include <stan/math/prim/fun/to_ref.hpp>
 
namespace stan {
namespace math {
 
template <typename LLFunc, typename LLArgs, typename CovarFun,
          typename CovarArgs, typename OpsTuple, typename RNG>
inline auto laplace_latent_tol_rng(LLFunc&& L_f, LLArgs&& ll_args,
                                   int hessian_block_size,
                                   CovarFun&& covariance_function,
                                   CovarArgs&& covar_args, OpsTuple&& ops,
                                   RNG& rng, std::ostream* msgs) {
  auto options
      = internal::tuple_to_laplace_options(std::forward<OpsTuple>(ops));
  options.hessian_block_size = hessian_block_size;
  return laplace_base_rng(
      std::forward<LLFunc>(L_f), std::forward<LLArgs>(ll_args),
      std::forward<CovarFun>(covariance_function),
      std::forward<CovarArgs>(covar_args), std::move(options), rng, msgs);
}
 
template <typename LLFunc, typename LLArgs, typename CovarFun,
          typename CovarArgs, typename RNG>
inline auto laplace_latent_rng(LLFunc&& L_f, LLArgs&& ll_args,
                               int hessian_block_size,
                               CovarFun&& covariance_function,
                               CovarArgs&& covar_args, RNG& rng,
                               std::ostream* msgs) {
  auto options = laplace_options_default{hessian_block_size};
  return laplace_base_rng(
      std::forward<LLFunc>(L_f), std::forward<LLArgs>(ll_args),
      std::forward<CovarFun>(covariance_function),
      std::forward<CovarArgs>(covar_args), options, rng, msgs);
}
 
}  // namespace math
}  // namespace stan
 
#endif