ComputationalCell Class Reference

Computational cell. More...

#include <computational_cell_2d.hpp>

Inheritance diagram for ComputationalCell:

Collaboration diagram for ComputationalCell:

Public Member Functions
	ComputationalCell (ComputationalCell const &other)
	Copy constructor. More...
	ComputationalCell (void)
	Default constructor.
ComputationalCell &	operator+= (ComputationalCell const &other)
	Self increment operator. More...
ComputationalCell &	operator-= (ComputationalCell const &other)
	Self reduction operator. More...
ComputationalCell &	operator*= (double s)
	Self multiplication operator. More...
ComputationalCell &	operator= (ComputationalCell const &other)
	Self decrement operator. More...
size_t	getChunkSize (void) const
	Returns the size of array needed to store all data. More...
vector< double >	serialize (void) const
	Convert an object to an array of numbers. More...
void	unserialize (const vector< double > &data)
	Convert an array of numbers to an object. More...
Public Member Functions inherited from Serializable
virtual	~Serializable (void)
	Class destructor.

Public Attributes
double	density
	Density.
double	pressure
	Pressure.
Vector2D	velocity
	Velocity.
tvector	tracers
	Tracers (can transfer from one cell to another)
svector	stickers
	Stickers (stick to the same cell)

Detailed Description

Computational cell.

Definition at line 22 of file computational_cell_2d.hpp.

Constructor & Destructor Documentation

ComputationalCell()

ComputationalCell::ComputationalCell

(

ComputationalCell const &

other

)

Copy constructor.

Parameters

other

The cell to copy

Definition at line 10 of file computational_cell_2d.cpp.

Member Function Documentation

getChunkSize()

size_t ComputationalCell::getChunkSize ( void  ) const

virtual

Returns the size of array needed to store all data.

Returns

Size of array

Implements Serializable.

Definition at line 171 of file computational_cell_2d.cpp.

operator*=()

ComputationalCell & ComputationalCell::operator*=

(

double

s

)

Self multiplication operator.

Parameters

s	The scalar to multiply

Returns

Reference to self

Definition at line 48 of file computational_cell_2d.cpp.

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operator+=()

ComputationalCell & ComputationalCell::operator+=

(

ComputationalCell const &

other

)

Self increment operator.

Parameters

other

Addition

Returns

Reference to self

Definition at line 24 of file computational_cell_2d.cpp.

operator-=()

ComputationalCell & ComputationalCell::operator-=

(

ComputationalCell const &

other

)

Self reduction operator.

Parameters

other

Reduction

Returns

Reference to self

Definition at line 36 of file computational_cell_2d.cpp.

operator=()

ComputationalCell & ComputationalCell::operator=

(

ComputationalCell const &

other

)

Self decrement operator.

Parameters

other

difference

Returns

Reference to self

Definition at line 14 of file computational_cell_2d.cpp.

serialize()

vector< double > ComputationalCell::serialize ( void  ) const

virtual

Convert an object to an array of numbers.

Returns

Array of numbers

Implements Serializable.

Definition at line 176 of file computational_cell_2d.cpp.

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unserialize()

void ComputationalCell::unserialize ( const vector< double > &  data )

virtual

Convert an array of numbers to an object.

Parameters

data	List of numbers

Implements Serializable.

Definition at line 194 of file computational_cell_2d.cpp.

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

• source/newtonian/two_dimensional/computational_cell_2d.hpp
• source/newtonian/two_dimensional/computational_cell_2d.cpp