externs_nonTT.hpp

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using T = pRC::Float<>;
 
using TN = decltype(expand(pRC::makeConstantSequence<pRC::Size, EVENTS, 2>(),
    [](auto const ...Ns)
    {
        return pRC::Tensor<T, Ns...>{};
    }));
 
using S = TN::Subscripts;
 
extern template TN cMHN::calculatePTheta(
    cMHN::nonTT::MHNOperator<T, EVENTS> const&, TN const&, T const&);
 
extern template
T cMHN::calculateScore(cMHN::nonTT::MHNOperator<T, EVENTS> const&,
    std::map<S, T> const&, cMHN::Score<T> const&,
    cMHN::Regulator<T, EVENTS> const&, T const&);
 
extern template
std::tuple<T, pRC::Tensor<T, EVENTS, EVENTS>>
cMHN::calculateScoreAndGradient(cMHN::nonTT::MHNOperator<T, EVENTS> const &,
    std::map<S, T> const&, cMHN::Score<T> const&,
    cMHN::Regulator<T, EVENTS> const&, T const&, T const&);
 
extern template
std::tuple<pRC::Tensor<T, EVENTS, EVENTS>,
    std::map<std::string, std::string>,
    std::map<std::string, double>>
cMHN::nonTT::learnTheta(pRC::Tensor<T, EVENTS, EVENTS> const&,
    std::string const&, std::string const&, std::map<S, T> const&,
    cMHN::Score<T> const&, cMHN::Regulator<T, EVENTS> const&, T const&,
    T const&, T const&);