Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank > Class Template Reference

#include <CTMSolver.hpp>

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Public Types
using	Scalar = Scalar_
using	Symmetry = Symmetry_
template<typename Sym >
using	Hamiltonian = TwoSiteObservable< double, Sym, true >

Public Member Functions
	CTMSolver ()=default
	CTMSolver (Opts::CTM opts)
template<typename HamScalar , bool AD>
ScalarTraits< Scalar >::Real	solve (std::shared_ptr< iPEPS< Scalar, Symmetry > > Psi, Scalar *gradient, Hamiltonian< Symmetry > &H)
XPED_CONST CTM< Scalar, Symmetry, TRank, false > &	getCTM () XPED_CONST
void	setCTM (XPED_CONST CTM< Scalar, Symmetry, TRank, false > &in)
template<typename Ar >
void	serialize (Ar &ar)

Public Attributes
Opts::CTM	opts {}

Member Typedef Documentation

Hamiltonian

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

template<typename Sym >

using Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::Hamiltonian = TwoSiteObservable<double, Sym, true>

Scalar

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

using Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::Scalar = Scalar_

Symmetry

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

using Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::Symmetry = Symmetry_

Constructor & Destructor Documentation

CTMSolver() [1/2]

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::CTMSolver ( )

default

CTMSolver() [2/2]

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::CTMSolver ( Opts::CTM  opts )

inlineexplicit

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Member Function Documentation

getCTM()

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

XPED_CONST CTM< Scalar, Symmetry, TRank, false > & Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::getCTM ( )

inline

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serialize()

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

template<typename Ar >

void Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::serialize ( Ar &  ar )

inline

setCTM()

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

void Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::setCTM ( XPED_CONST CTM< Scalar, Symmetry, TRank, false > &  in )

inline

solve()

template<typename Scalar , typename Symmetry , Opts::CTMCheckpoint CPOpts, std::size_t TRank>

template<typename HamScalar , bool AD>

ScalarTraits< Scalar >::Real Xped::CTMSolver< Scalar, Symmetry, CPOpts, TRank >::solve	(	std::shared_ptr< iPEPS< Scalar, Symmetry > >	Psi,
		Scalar *	gradient,
		Hamiltonian< Symmetry > &	H
	)

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Member Data Documentation

opts

template<typename Scalar_ , typename Symmetry_ , Opts::CTMCheckpoint CPOpts = Opts::CTMCheckpoint{}, std::size_t TRank = 2>

Opts::CTM Xped::CTMSolver< Scalar_, Symmetry_, CPOpts, TRank >::opts {}

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The documentation for this class was generated from the following files:

• include/Xped/PEPS/CTMSolver.hpp
• src/PEPS/CTMSolver.cpp