Ising Model

class IsingGenericVectorValuedObs

Public Functions

template<class StateSpace, class Grid>
inline std::vector<double> measure(const StateSpace &statespace, const Grid &grid)

Public Members

std::string name = "dummy"

std::string desc = "testing vector-valued observables ..."

template<typename SpinType = int>
class Ising

#include <Ising.h>

Ising Hamiltonian This defines the Ising Hamiltonian.

It only consists of a single part, namely the interaction.

Template Parameters:

SpinType – the type in which to store the binary magnetization values.

Public Types

typedef std::array<SpinType, SymD> StateVector

Public Functions

inline Ising(double J)

inline ~Ising()

template<class StateSpace, class Lattice, class RNG>
inline void initstatespace(StateSpace &statespace, Lattice &grid, RNG &rng) const

Public Members

double J

const std::string name = "Ising"

std::array<Standard_Interaction<StateVector>*, 1> interactions = {new Standard_Interaction<StateVector>(J)}

Magnetization obs_m

Energy<Ising> obs_e

MagFTComp obs_fx

MagFTComp obs_fy

IsingGenericVectorValuedObs dummy

decltype(std::make_tuple(obs_m, obs_e, obs_fx, obs_fy, dummy)) observables = std::make_tuple(obs_m, obs_e, obs_fx, obs_fy, dummy)

Public Static Attributes

static constexpr int SymD = 1

namespace MARQOV

The MARQOV namespace.

This namespace collects all things that are related to MARQOV.

template<class Lattice>
struct Wolff<Ising<int>, Lattice>

#include <Ising.h>

Specialization of the Wolff algorithm for the Ising model.

The principle structure is identical to the general version of the algorithm See wolff.h for details

Public Static Functions

template<class RNG, class StateSpace>
static inline int move(const Ising<int> &ham, const Lattice &grid, StateSpace &statespace, RNG &rng, double beta, int rsite)