DoubleSeq Class Reference

Instantiates com.rti.dds.infrastructure.com.rti.dds.util.Sequence < double > More...

Inheritance diagram for DoubleSeq:

Public Member Functions
	DoubleSeq ()
	Constructs an empty sequence of doubles with an initial maximum of zero.
	DoubleSeq (int initialMaximum)
	Constructs an empty sequence of doubles with the given initial maximum.
	DoubleSeq (double[] doubles)
	Constructs a new sequence containing the given doubles.
final boolean	addAllDouble (double[] elements, int offset, int length)
	Append length elements from the given array to this sequence, starting at index offset in that array.
final boolean	addAllDouble (double[] elements)
final void	addDouble (double element)
	Append the element to the end of the sequence.
final void	addDouble (int index, double element)
	Shift all elements in the sequence starting from the given index and add the element to the given index.
final double	getDouble (int index)
	Returns the double at the given index.
final double	setDouble (int index, double element)
	Set the new double at the given index and return the old double.
final void	setDouble (int dstIndex, double[] elements, int srcIndex, int length)
	Copy a portion of the given array into this sequence.
final double[]	toArrayDouble (double[] array)
	Return an array containing copy of the contents of this sequence.
final Object	get (int index)
	A wrapper for getDouble(int) that returns a java.lang.Double.
final Object	set (int index, Object element)
	A wrapper for setDouble().
final void	add (int index, Object element)
	A wrapper for addDouble(int, int).
Public Member Functions inherited from AbstractPrimitiveSequence
final Class	getElementType ()
void	loan (Object buffer, int new_length)
	Loan a contiguous buffer to this sequence.
void	unloan ()
	Return the loaned buffer in the sequence and set the maximum to 0.
final boolean	hasOwnership ()
	Return the value of the owned flag.
final void	clear ()
final void	setSize (int newSize)
final int	size ()
final Object	copy_from (Object src)
Public Member Functions inherited from AbstractSequence
void	add (int index, Object element)
	Inserts the specified element at the specified position in this sequence.
boolean	add (Object element)
	Appends the specified element to the end of this sequence.
final Object	remove (int index)
	Remove the element at the given index by shifting all subsequent elements "left" by one.
Public Member Functions inherited from Sequence
int	getMaximum ()
	Get the current maximum number of elements that can be stored in this sequence.
void	setMaximum (int new_max)
	Resize this sequence to a new desired maximum.
Class	getElementType ()

Detailed Description

Instantiates com.rti.dds.infrastructure.com.rti.dds.util.Sequence < double >

Instantiates:

<<generic>> com.rti.dds.infrastructure.com.rti.dds.util.Sequence

See Also

double

com.rti.dds.infrastructure.com.rti.dds.util.Sequence

Constructor & Destructor Documentation

DoubleSeq

(

)

Constructs an empty sequence of doubles with an initial maximum of zero.

DoubleSeq

(

int

initialMaximum

)

Constructs an empty sequence of doubles with the given initial maximum.

DoubleSeq

(

double[]

doubles

)

Constructs a new sequence containing the given doubles.

Parameters

doubles

the initial contents of this sequence

Exceptions

NullPointerException

if the input array is null

Member Function Documentation

final boolean addAllDouble	(	double[]	elements,
		int	offset,
		int	length
	)

Append length elements from the given array to this sequence, starting at index offset in that array.

Exceptions

NullPointerException

if the given array is null.

final boolean addAllDouble

(

double[]

elements

)

Exceptions

NullPointerException

if the given array is null

final void addDouble

(

double

element

)

Append the element to the end of the sequence.

final void addDouble	(	int	index,
		double	element
	)

Shift all elements in the sequence starting from the given index and add the element to the given index.

final double getDouble

(

int

index

)

Returns the double at the given index.

Exceptions

IndexOutOfBoundsException

if the index is out of bounds.

final double setDouble	(	int	index,
		double	element
	)

Set the new double at the given index and return the old double.

Exceptions

IndexOutOfBoundsException

if the index is out of bounds.

final void setDouble	(	int	dstIndex,
		double[]	elements,
		int	srcIndex,
		int	length
	)

Copy a portion of the given array into this sequence.

Parameters

dstIndex	the index at which to start copying into this sequence.
elements	an array of primitive elements.
srcIndex	the index at which to start copying from the given array.
length	the number of elements to copy.

Exceptions

IndexOutOfBoundsException

if copying would cause access of data outside array bounds.

final double [] toArrayDouble

(

double[]

array

)

Return an array containing copy of the contents of this sequence.

Parameters

array

The array into which this sequence should be copied. It may be null. If it is, or if array length is too small, the array will be ignored, and a new array of the necessary length will be created and copied into instead.

Returns

A non-null array containing a copy of the contents of this sequence.

final Object get ( int  index )

virtual

A wrapper for getDouble(int) that returns a java.lang.Double.

See Also

java.util.List::get(int)

Implements AbstractPrimitiveSequence.

final Object set ( int  index, Object  element  )

virtual

A wrapper for setDouble().

Exceptions

ClassCastException

if the element is not of type Double.

See Also

java.util.List::set(int, java.lang.Object)

Implements AbstractPrimitiveSequence.

final void add ( int  index, Object  element  )

virtual

A wrapper for addDouble(int, int).

Exceptions

ClassCastException

if the element is not of type Double.

See Also

java.util.List::add(int, java.lang.Object)

Implements AbstractPrimitiveSequence.