Algorithms::Metropolis Class Reference

Metropolis algorithm. More...

List of all members.

Public Member Functions
	Metropolis (Surface::Lattice::iterator first, Surface::Lattice::iterator last, const Interactions::TwoBody::Geometry &neighbors)
	Constructor.
	Metropolis (Surface::Lattice::iterator first, Surface::Lattice::iterator last, const Interactions::TwoBody::Geometry &neighbors, const Surface::Species species)
	Constructor.
void	operator() () const
	Perform one Metropolis step.

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Detailed Description

Usage:

Implemented as a functor

 Surface::Lattice lattice(128);
 // ... define lattice ...
 Interactions::TwoBody::Geometry first_nearest_neighbors("1st NN");
 // ... define neighbors ...
 Metropolis metropolis(Lattice::lattice.begin(), Lattice::lattice.end(),
                       first_nearest_neighbors);
 metropolis(); // perform one metropolis step
 metropolis(); // etc.

Reference:

Metropolis et al., J Chem Phys 21 1087

Author:

Mathias Laurin <mathias_laurin@users.sourceforge.net>

Date:

2008-11

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Constructor & Destructor Documentation

Algorithms::Metropolis::Metropolis	(	Surface::Lattice::iterator	first,
		Surface::Lattice::iterator	last,
		const Interactions::TwoBody::Geometry &	neighbors
	)			[inline]

Parameters:

[in]	first	element of the lattice
[in]	last	element of the lattice
[in]	neighbors	on which to walk

Algorithms::Metropolis::Metropolis	(	Surface::Lattice::iterator	first,
		Surface::Lattice::iterator	last,
		const Interactions::TwoBody::Geometry &	neighbors,
		const Surface::Species	species
	)			[inline]

Parameters:

[in]	first	element of the lattice
[in]	last	element of the lattice
[in]	neighbors	on which to walk
[in]	species	that performs the walk

Parameters:

neighbors

neighbors on which to walk

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

• Metropolis.hpp