solve() [3/3]

template<typename Matrix , typename Vector , typename OrthoPolicy , typename HEffPolicy , typename SolverPolicy , typename ApplicationPolicy = TensorNetworksImpl::ApplyThenOrtho>

template<typename... Args>

IterativeExit syten::Krylov::TensorNetworks< Matrix, Vector, OrthoPolicy, HEffPolicy, SolverPolicy, ApplicationPolicy >::solve ( Vector  v, IterativeConfig const &  conf, Vector &  result, Args...  args  )

inline

Initialises the starting vector and solves the problem.

Template Parameters

Args	type pack of arguments to be forwarded to the effective matrix generator and the solver policy

Parameters

v	input vector to be taken as the first Krylov vector
conf	configuration object to abide by
result	reference in which to return the resulting vector
args	arguments to be forwarded to the effective matrix generator and the solver policy

Returns

an IterativeExit object describing the calculation

Remarks

Discards the existing Krylov space as the initial vector is different

References syten::Krylov::TensorNetworks< Matrix, Vector, OrthoPolicy, HEffPolicy, SolverPolicy, ApplicationPolicy >::initialNorm, syten::Krylov::TensorNetworks< Matrix, Vector, OrthoPolicy, HEffPolicy, SolverPolicy, ApplicationPolicy >::krylov, std::move(), syten::Krylov::norm(), and syten::Krylov::TensorNetworks< Matrix, Vector, OrthoPolicy, HEffPolicy, SolverPolicy, ApplicationPolicy >::solve().

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