BALL::AtomVector Class Reference
[General Force Field Classes.]

#include <BALL/MOLMEC/COMMON/atomVector.h>

Inherits std::vector<Atom*>.

List of all members.

Public Types
Type definitions
typedef std::vector< Atom * > ::iterator	Iterator
typedef std::vector< Atom * > ::const_iterator	ConstIterator
Public Member Functions
Constructors and Destructors
	AtomVector ()
	AtomVector (const Composite &composite, bool selected_only=false)
	AtomVector (const AtomVector &atoms, bool deep=true)
virtual	~AtomVector ()
Assignments
const AtomVector &	operator= (const AtomVector &rhs)
void	set (const AtomVector &atoms)
const AtomVector &	operator= (const Composite &rhs)
void	set (const Composite &composite, bool selected_only=false)
Accessors
Atom *&	operator[] (int i)
	Random access operator.
Atom *const &	operator[] (int i) const
void	savePositions ()
void	resetPositions ()
void	moveTo (const Gradient &direction, double step=1.0)
void	moveTo (const Gradient &direction, double step, Size k)
void	resize (Size new_size)
Iteration
iterator	begin ()
const_iterator	begin () const
iterator	end ()
const_iterator	end () const
Protected Attributes
std::vector< Vector3 >	saved_position_

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Detailed Description

Atom vector class. This class is used to store atom pointers.

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Member Typedef Documentation

typedef std::vector<Atom*>::const_iterator BALL::AtomVector::ConstIterator

Const iterator type.

typedef std::vector<Atom*>::iterator BALL::AtomVector::Iterator

Iterator type

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Constructor & Destructor Documentation

BALL::AtomVector::AtomVector

(

)

Default constructor.

BALL::AtomVector::AtomVector	(	const Composite &	composite,
		bool	selected_only = false
	)

Construct from a Composite. This method constructs an AtomVector from a given composite using selection or not.

Parameters:

	composite	the composite containing the atoms
	selected_only	store the selected atoms only (if true)

BALL::AtomVector::AtomVector	(	const AtomVector &	atoms,
		bool	deep = true
	)

Copy constructor

virtual BALL::AtomVector::~AtomVector

(

)

[virtual]

Destructor.

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Member Function Documentation

const_iterator BALL::AtomVector::begin

(

)

const [inline]

iterator BALL::AtomVector::begin

(

)

[inline]

Return an iterator, pointing to the first atom pointer.

const_iterator BALL::AtomVector::end

(

)

const [inline]

iterator BALL::AtomVector::end

(

)

[inline]

Return an iterator, pointing behind the last atom pointer.

void BALL::AtomVector::moveTo	(	const Gradient &	direction,
		double	step,
		Size	k
	)

Move the first k atoms along a direction vector. The method translates all atoms a long a given direction. The direction vector is multiplied with a step length step. If a saved position exists ( savePositions() ), it is used as a start position (i.e. the final positions are ${{start}} + {step} {{direction}}$). Otherwise, the current atom positions are used. If the gradient's size differs from the number of atoms, nothing is done.

void BALL::AtomVector::moveTo	(	const Gradient &	direction,
		double	step = 1.0
	)

Move all atoms along a direction vector. The method translates all atoms a long a given direction. The direction vector is multiplied with a step length step. If a saved position exists ( savePositions() ), it is used as a start position (i.e. the final positions are ${{start}} + {step} {{direction}}$). Otherwise, the current atom positions are used. If the gradient's size differs from the number of atoms, nothing is done.

const AtomVector& BALL::AtomVector::operator=

(

const Composite &

rhs

)

Assignment operator for Composites. Calls set() and extracts all atoms, if none of the atoms in composite are selected or the selected atoms only (if any atom is selected in composite.

See also:

Selectable

const AtomVector& BALL::AtomVector::operator=

(

const AtomVector &

rhs

)

Assignment operator

Atom* const& BALL::AtomVector::operator[]

(

int

i

)

const [inline]

Atom* & BALL::AtomVector::operator[]

(

int

i

)

[inline]

Random access operator.

void BALL::AtomVector::resetPositions

(

)

Resets the atom positions to the saved positions. If coordinates weres stored using savePositions() , the atoms coordinates are reset to the saved positions. If no savedPositions exist the coordinates remain unchanged.

void BALL::AtomVector::resize

(

Size

new_size

)

Resize the vector. If the vector is resized to to more elements, than are contained, it is filled with NullPointers.

void BALL::AtomVector::savePositions

(

)

Store the current atom positions. AtomVector also contains an array with positions for each atom. moveTo() considers these coordinates as start coordinates.

void BALL::AtomVector::set	(	const Composite &	composite,
		bool	selected_only = false
	)

Assign from a composite. This method iterates over the composite tree and extracts all atoms.

Parameters:

selected_only

extract only selected atoms if set to true

void BALL::AtomVector::set

(

const AtomVector &

atoms

)

Assign from another atom vector

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Member Data Documentation

std::vector<Vector3> BALL::AtomVector::saved_position_ [protected]