Array1D< int > Class Reference

#include <Array1D.h>

Public Member Functions
	Array1D ()
	Default constructor, which does not allocate any memory.
	Array1D (const int &nx)
	Constructor that allocates the memory.
	Array1D (const int &nx, const int &t)
	Constructor that allocates and initializes the data to a value t.
Array1D &	operator= (const Array1D &obj)
	Assignment operator copies the data structure by value.
	Array1D (const Array1D &obj)
	Copy constructor.
	~Array1D ()
	Destructor that frees up the memory.
void	Clear ()
	Function to clear the memory.
int	XSize () const
	Returns size in the x-direction.
int	Length () const
	Returns length (i.e. size in the x-direction)
void	Resize (const int &nx)
	Resizes the array.
void	Resize (const int &nx, const int &t)
	Resizes the array and sets ALL entries to the specified value.
void	SetValue (const int &t)
	Set all values in the array to the given value.
void	PushBack (const int &t)
	Add element to the end of the vector.
int *	GetArrayPointer ()
	Return a pointer to the first element of the data in the vector so we can use it access the data in array format (e.g. for passing it to a Fortran program).
const int *	GetConstArrayPointer () const
	Return a const point to the first element of the data in the vector so we can use it access the data in array format (e.g. for passing it to a Fortran program).
int &	operator() (int ix)
const int &	operator() (int ix) const
void	insert (Array1D< int > &insarr, int ix)
	Insert a given array to the position ix.
void	insert (const int &insval, int ix)
	Insert a given value to the position ix.
void	erase (int ix)
	Erase the value from the position ix.
void	DumpBinary (FILE *f_out) const
	Dump contents of the array to a file in binary format.
void	ReadBinary (FILE *f_in)
	Read contents of the array from a file in binary format.
int &	operator[] (int i)
vector< int >	shape ()
void	assign (const int x, const int val)
void	DumpBinary (char *filename)
	Dump contents of the array to a file in binary format.
void	ReadBinary (char *filename)
void	DumpBinary4py (char *filename)
void	ReadBinary4py (char *filename, int n)
void	setArray (vector< int > inarray)
void	setnpintArray (vector< int > inarray, int n)
void	getnpintArray (long *outarray)
vector< int >	flatten ()
string	type ()

Public Attributes
vector< int >	data_

Private Attributes
int	xsize_

Constructor & Destructor Documentation

Array1D() [1/4]

Array1D< int >::Array1D ( )

inline

Default constructor, which does not allocate any memory.

Array1D() [2/4]

Array1D< int >::Array1D ( const int & nx )

inline

Constructor that allocates the memory.

Array1D() [3/4]

Array1D< int >::Array1D ( const int & nx, const int & t )

inline

Constructor that allocates and initializes the data to a value t.

Array1D() [4/4]

Array1D< int >::Array1D ( const Array1D< int > & obj )

inline

Copy constructor.

~Array1D()

Array1D< int >::~Array1D ( )

inline

Destructor that frees up the memory.

Member Function Documentation

assign()

void Array1D< int >::assign ( const int x, const int val )

inline

Clear()

void Array1D< int >::Clear ( )

inline

Function to clear the memory.

DumpBinary() [1/2]

void Array1D< int >::DumpBinary ( char * filename )

inline

Dump contents of the array to a file in binary format.

DumpBinary() [2/2]

void Array1D< int >::DumpBinary ( FILE * f_out ) const

inline

Dump contents of the array to a file in binary format.

DumpBinary4py()

void Array1D< int >::DumpBinary4py ( char * filename )

inline

erase()

void Array1D< int >::erase ( int ix )

inline

Erase the value from the position ix.

flatten()

vector< int > Array1D< int >::flatten ( )

inline

GetArrayPointer()

int * Array1D< int >::GetArrayPointer ( )

inline

Return a pointer to the first element of the data in the vector so we can use it access the data in array format (e.g. for passing it to a Fortran program).

GetConstArrayPointer()

const int * Array1D< int >::GetConstArrayPointer ( ) const

inline

Return a const point to the first element of the data in the vector so we can use it access the data in array format (e.g. for passing it to a Fortran program).

getnpintArray()

void Array1D< int >::getnpintArray ( long * outarray )

inline

insert() [1/2]

void Array1D< int >::insert ( Array1D< int > & insarr, int ix )

inline

Insert a given array to the position ix.

Note

ix=0 means insert at the beginning, ix=xsize_ means insert at the end

insert() [2/2]

void Array1D< int >::insert ( const int & insval, int ix )

inline

Insert a given value to the position ix.

Note

ix=0 means insert at the beginning, ix=xsize_ means insert at the end

Length()

int Array1D< int >::Length ( ) const

inline

Returns length (i.e. size in the x-direction)

operator()() [1/2]

int & Array1D< int >::operator() ( int ix )

inline

operator()() [2/2]

const int & Array1D< int >::operator() ( int ix ) const

inline

operator=()

Array1D & Array1D< int >::operator= ( const Array1D< int > & obj )

inline

Assignment operator copies the data structure by value.

operator[]()

int & Array1D< int >::operator[] ( int i )

inline

PushBack()

void Array1D< int >::PushBack ( const int & t )

inline

Add element to the end of the vector.

ReadBinary() [1/2]

void Array1D< int >::ReadBinary ( char * filename )

inline

ReadBinary() [2/2]

void Array1D< int >::ReadBinary ( FILE * f_in )

inline

Read contents of the array from a file in binary format.

ReadBinary4py()

void Array1D< int >::ReadBinary4py ( char * filename, int n )

inline

Resize() [1/2]

void Array1D< int >::Resize ( const int & nx )

inline

Resizes the array.

Resize() [2/2]

void Array1D< int >::Resize ( const int & nx, const int & t )

inline

Resizes the array and sets ALL entries to the specified value.

Warning

All original data will get lost if this function is used!

setArray()

void Array1D< int >::setArray ( vector< int > inarray )

inline

setnpintArray()

void Array1D< int >::setnpintArray ( vector< int > inarray, int n )

inline

SetValue()

void Array1D< int >::SetValue ( const int & t )

inline

Set all values in the array to the given value.

shape()

vector< int > Array1D< int >::shape ( )

inline

type()

string Array1D< int >::type ( )

inline

XSize()

int Array1D< int >::XSize ( ) const

inline

Returns size in the x-direction.

Member Data Documentation

data_

vector<int> Array1D< int >::data_

xsize_

int Array1D< int >::xsize_

private

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

• Array1D.h