QCQuantumSystem< T, rank > Class Template Reference

Class designed to represent the basis of a quantum system and all numerical calculations. Uses other relevant QC objects to achieve this basis. More...

#include <qcquantumsystem.h>

List of all members.

Public Member Functions
Constructors
	QCQuantumSystem (void)
	Standard Constructor.
virtual	~QCQuantumSystem (void)
	Standard Destructor.
System Characteristic Operations
virtual void	setSize (int noOfRows, int noOfCols)
	Sets the size of the Field destroying data currently held.
void	resize (int &noOfRows, int &noOfCols)
	Resizes the Field while perserving data currently held (if within resized area).
void	setDeltaT (parameterType value)
	Sets the value of the time-step used in numerical calculations.
void	setDeltaX (parameterType value)
	Sets the value of the x-step used in numerical calculations.
void	setDeltaY (parameterType value)
	Sets the value of the y-step used in numerical calculations.
void	setDeltaR (parameterType value)
	Sets the value of the radial-step used in numerical calculations.
void	setXOffset (int value)
	Sets the value of the x coordinate offset.
void	setYOffset (int value)
	Sets the value of the y coordinate offset.
void	setTolerance (parameterType value)
	Sets the value of the tolerance used in numerical calculations.
void	setFileName (string name)
	Sets the name of the output file.
int	getNoOfRows ()
	Returns the number of rows of the Field.
int	getNoOfColumns ()
	Returns the number of columns of the Field.
parameterType	getDeltaT ()
	Sets the value of the time-step used in numerical calculations.
parameterType	getDeltaX ()
	Returns the value of the x-step used in numerical calculations.
parameterType	getDeltaY ()
	Returns the value of the y-step used in numerical calculations.
parameterType	getDeltaR ()
	Returns the value of the radial-step used in numerical calculations.
parameterType	getXOffset ()
	Returns the value of the x coordinate offset.
parameterType	getYOffset ()
	Returns the value of the y coordinate offset.
parameterType	getTolerance ()
	Returns the value of the tolerance used in numerical calculations.
string	getFileName ()
	Returns the currently stored name of the output file as an std::string.
const char *	getFileNameCSTR ()
	Returns the currently stored name of the output file as an c-string.
virtual void	writeImage (int shot, string filePrefix, string extension)
	Writes the current state of the field to file (with built in seqencing system).
Array< T, rank > *	accessData ()
	Returns the Blitz++ Array containing data.
Protected Attributes
QCEvolve	Evolve
	Structure used to evolve the field.
QCSteadyState	SteadyState
	Structure used to determine the steady state solution of the field.
QCField< T, rank > *	ptrField
	Pointer to the base of the Field to be implemented.
QCParameter	SystemParameters
	Container for the parameters to be used in the calculations.
parameterType	deltaX
	x-step value
parameterType	deltaY
	y-step value
parameterType	deltaR
	radial-step value
int	xOffset
	X-Co-ordinate Offset.
int	yOffset
	Y-Co-ordinate Offset.
string	outFileName
	Output File Name.

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Detailed Description

template<typename T, int rank>
class QCQuantumSystem< T, rank >

Class designed to represent the basis of a quantum system and all numerical calculations. Uses other relevant QC objects to achieve this basis.

Author:

Shekhar S. Chandra

Definition at line 48 of file qcquantumsystem.h.

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

• include/qcquantumsystem.h

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