mhn_operator.hpp File Reference

#include <prc.hpp>

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Classes
class	cMHN::nonTT::MHNOperator< T, D >
	Class storing an MHN operator represented by a theta matrix (for non TT calculations) More...

Namespaces
namespace	cMHN
namespace	cMHN::nonTT

Functions
template<pRC::Operator::Transform OT = pRC::Operator::Transform::None, pRC::Operator::Restrict OR = pRC::Operator::Restrict::None, pRC::Operator::Hint OH = pRC::Operator::Hint::None, class T1 , pRC::Size D, class T2 , pRC::Size... Ns, pRC::If< pRC::IsSatisfied<(OR==pRC::Operator::Restrict::None)> > = 0, pRC::If< pRC::IsSatisfied<(OT==pRC::Operator::Transform::None)> > = 0>
static constexpr auto	cMHN::nonTT::applyDerivative (MHNOperator< T1, D > const &op, pRC::Tensor< T2, Ns... > const &x, pRC::Index const &i)
	apply the derivative of an MHN Q wrt to theta_ii to a vector x
template<pRC::Operator::Transform OT = pRC::Operator::Transform::None, pRC::Operator::Restrict OR = pRC::Operator::Restrict::None, pRC::Operator::Hint OH = pRC::Operator::Hint::None, class T1 , pRC::Size D, class T2 , pRC::Size... Ns, pRC::If< pRC::IsSatisfied<(OR==pRC::Operator::Restrict::None)> > = 0>
static constexpr auto	cMHN::nonTT::apply_diag (MHNOperator< T1, D > const &op, pRC::Tensor< T2, Ns... > const &x)
	apply the diagonal part of (1-Q) to a vector x, given an MHN Q
template<pRC::Operator::Transform OT = pRC::Operator::Transform::None, pRC::Operator::Restrict OR = pRC::Operator::Restrict::None, pRC::Operator::Hint OH = pRC::Operator::Hint::None, class T1 , pRC::Size D, class T2 , pRC::Size... Ns, pRC::If< pRC::IsSatisfied<(OR==pRC::Operator::Restrict::None)> > = 0>
static constexpr auto	cMHN::nonTT::apply_offdiag (MHNOperator< T1, D > const &op, pRC::Tensor< T2, Ns... > const &x)
	apply the off-diagonal part of Q or its transposed to a vector x, given an MHN Q
template<pRC::Operator::Transform OT = pRC::Operator::Transform::None, pRC::Operator::Restrict OR = pRC::Operator::Restrict::None, pRC::Operator::Hint OH = pRC::Operator::Hint::None, class T1 , pRC::Size D, class T2 , pRC::Size... Ns, pRC::If< pRC::IsSatisfied<(OR==pRC::Operator::Restrict::None)> > = 0>
static constexpr auto	cMHN::nonTT::apply (MHNOperator< T1, D > const &op, pRC::Tensor< T2, Ns... > const &x)
	apply (1-Q) or its transposed to a vector x, given an MHN Q