Atom Class Reference

Collaboration diagram for Atom:

[legend]List of all members.

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Detailed Description

This represents an atom.

Author:

John Schneiderman

Definition at line 28 of file atom.h.

Public Member Functions
	Atom (const Atom &atom)
	Atom ()
bool	operator!= (const Atom &rhs) const
Atom &	operator= (const Atom &rhs)
bool	operator== (const Atom &rhs) const
Public Attributes
atom_t	properties
Classes
struct	atom_t

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Constructor & Destructor Documentation

Atom::Atom (   )

Default constructor. Definition at line 20 of file atom.cpp. References Atom::atom_t::acceleration, Atom::atom_t::kineticEnergy, Atom::atom_t::position, Atom::atom_t::potentialEnergy, properties, and Atom::atom_t::velocity.

Atom::Atom (  const Atom &  atom  )

Copy constructor. Parameters: atom  is the atom to copy. Definition at line 29 of file atom.cpp.

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Member Function Documentation

bool Atom::operator!= (  const Atom &  rhs  )  const

Unequivalant opperator for an atom. Note: We assume that that no two atoms can occupy the same position. Parameters: rhs  is the atom to compare *this to. Returns: ture if the positions are not the same, false else wise. Definition at line 55 of file atom.cpp.

Atom & Atom::operator= (  const Atom &  rhs  )

Assignment operator for an atom. Parameters: rhs  is the right hand side atom to be assigned into *this. Returns: *this. Definition at line 34 of file atom.cpp. References Atom::atom_t::acceleration, Atom::atom_t::kineticEnergy, Atom::atom_t::position, Atom::atom_t::potentialEnergy, properties, and Atom::atom_t::velocity.

bool Atom::operator== (  const Atom &  rhs  )  const

Equivalant opperator for an atom. Note: We assume that that no two atoms can occupy the same position. Parameters: rhs  is the atom to compare *this to. Returns: ture if the positions are the same, false else wise. Definition at line 47 of file atom.cpp. References Atom::atom_t::position, and properties.

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Member Data Documentation

atom_t Atom::properties

Parameters: properties  is the accessor and modifier for the atoms physical information. Definition at line 50 of file atom.h. Referenced by Atom(), operator=(), operator==(), MCLJ_Simulation::potentialEnergyDifference(), and Cluster::read().

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

• clusters/atom.h
• clusters/atom.cpp

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