solve.hpp

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// SPDX-License-Identifier: BSD-2-Clause
 
#ifndef pRC_ALGORITHMS_SOLVE_H
#define pRC_ALGORITHMS_SOLVE_H
 
#include <prc/core/basic/concepts.hpp>
#include <prc/core/tensor/operator/hint.hpp>
#include <prc/core/tensor/operator/restrict.hpp>
#include <prc/core/tensor/operator/transform.hpp>
 
namespace pRC
{
    template<Operator::Transform T = Operator::Transform::None,
        Operator::Restrict R = Operator::Restrict::None,
        Operator::Hint H = Operator::Hint::None, class Solver, class XA,
        class XB>
        requires IsInvocable<Solver, XA, XB>
    static inline constexpr decltype(auto) solve(Solver &&solver, XA &&A,
        XB &&b)
    {
        return forward<Solver>(solver).template operator()<T, R, H>(
            forward<XA>(A), forward<XB>(b));
    }
 
    template<Operator::Transform T = Operator::Transform::None,
        Operator::Restrict R = Operator::Restrict::None,
        Operator::Hint H = Operator::Hint::None, class Solver, class XA,
        class XB, class XX>
        requires IsInvocable<Solver, XA, XB, XX>
    static inline constexpr decltype(auto) solve(Solver &&solver, XA &&A,
        XB &&b, XX &&x0)
    {
        return forward<Solver>(solver).template operator()<T, R, H>(
            forward<XA>(A), forward<XB>(b), forward<XX>(x0));
    }
 
    template<Operator::Transform T = Operator::Transform::None,
        Operator::Restrict R = Operator::Restrict::None,
        Operator::Hint H = Operator::Hint::None, class Solver, class XA,
        class XB, class VT>
        requires IsInvocable<Solver, XA, XB, VT>
    static inline constexpr decltype(auto) solve(Solver &&solver, XA &&A,
        XB &&b, VT const &tolerance)
    {
        return forward<Solver>(solver).template operator()<T, R, H>(
            forward<XA>(A), forward<XB>(b), tolerance);
    }
 
    template<Operator::Transform T = Operator::Transform::None,
        Operator::Restrict R = Operator::Restrict::None,
        Operator::Hint H = Operator::Hint::None, class Solver, class XA,
        class XB, class XX, class VT>
        requires IsInvocable<Solver, XA, XB, XX, VT>
    static inline constexpr decltype(auto) solve(Solver &&solver, XA &&A,
        XB &&b, XX &&x0, VT const &tolerance)
    {
        return forward<Solver>(solver).template operator()<T, R, H>(
            forward<XA>(A), forward<XB>(b), forward<XX>(x0), tolerance);
    }
 
    template<class Solver, Operator::Transform T = Operator::Transform::None,
        Operator::Restrict R = Operator::Restrict::None,
        Operator::Hint H = Operator::Hint::None, class XA, class XB>
        requires IsInvocable<Solver, XA, XB>
    static inline constexpr decltype(auto) solve(XA &&A, XB &&b)
    {
        return solve<T, R, H>(Solver(), forward<XA>(A), forward<XB>(b));
    }
 
    template<class Solver, Operator::Transform T = Operator::Transform::None,
        Operator::Restrict R = Operator::Restrict::None,
        Operator::Hint H = Operator::Hint::None, class XA, class XB, class XX>
        requires IsInvocable<Solver, XA, XB, XX>
    static inline constexpr decltype(auto) solve(XA &&A, XB &&b, XX &&x0)
    {
        return solve<T, R, H>(Solver(), forward<XA>(A), forward<XB>(b),
            forward<XX>(x0));
    }
 
    template<class Solver, Operator::Transform T = Operator::Transform::None,
        Operator::Restrict R = Operator::Restrict::None,
        Operator::Hint H = Operator::Hint::None, class XA, class XB, class VT>
        requires IsInvocable<Solver, XA, XB, VT>
    static inline constexpr decltype(auto) solve(XA &&A, XB &&b,
        VT const &tolerance)
    {
        return solve<T, R, H>(Solver(), forward<XA>(A), forward<XB>(b),
            tolerance);
    }
 
    template<class Solver, Operator::Transform T = Operator::Transform::None,
        Operator::Restrict R = Operator::Restrict::None,
        Operator::Hint H = Operator::Hint::None, class XA, class XB, class XX,
        class VT>
        requires IsInvocable<Solver, XA, XB, XX, VT>
    static inline constexpr decltype(auto) solve(XA &&A, XB &&b, XX &&x0,
        VT const &tolerance)
    {
        return solve<T, R, H>(Solver(), forward<XA>(A), forward<XB>(b),
            forward<XX>(x0), tolerance);
    }
}
#endif // pRC_ALGORITHMS_SOLVE_H