Package boofcv.struct.feature

Class PackedTupleArray_F32

java.lang.Object

boofcv.struct.feature.PackedTupleArray_F32

All Implemented Interfaces:

PackedArray<TupleDesc_F32>, LArrayAccessor<TupleDesc_F32>

@Generated("boofcv.struct.feature.PackedTupleArray_F64")
public class PackedTupleArray_F32
extends Object
implements PackedArray<TupleDesc_F32>

Stores a set of tuples in a single continuous array. This is intended to make storage of a large number of tuples more memory efficient by removing all the packaging that Java adds to a class. The memory is also continuous, opening the possibility of further optimizations.

Field Summary

Fields

Modifier and Type	Field	Description
DogArray_F32	array
int	dof
protected int	numElements
TupleDesc_F32	temp

Constructor Summary

Constructors

Constructor	Description
PackedTupleArray_F32(int dof)

Method Summary

Modifier and Type	Method	Description
void	append(TupleDesc_F32 element)	Appends a copy to the end of the array
void	copy(TupleDesc_F32 src, TupleDesc_F32 dst)
void	forIdx(int idx0, int idx1, BoofLambdas.ProcessIndex<TupleDesc_F32> op)	For each with index
void	getCopy(int index, TupleDesc_F32 dst)
Class<TupleDesc_F32>	getElementType()
TupleDesc_F32	getTemp(int index)
void	reserve(int numTuples)	Ensure there is enough space to store 'numElements' before the internal array needs to grow.
void	reset()	Resets the array's size to be zero
int	size()

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

dof

public final int dof

array

public final DogArray_F32 array

temp

public final TupleDesc_F32 temp

numElements

protected int numElements

Constructor Details

PackedTupleArray_F32

public PackedTupleArray_F32(int dof)

Method Details

reset

public void reset()

Description copied from interface: PackedArray

Resets the array's size to be zero

Specified by:

reset in interface PackedArray<TupleDesc_F32>

reserve

public void reserve(int numTuples)

Description copied from interface: PackedArray

Ensure there is enough space to store 'numElements' before the internal array needs to grow. Does not change the size

Specified by:

reserve in interface PackedArray<TupleDesc_F32>

Parameters:

numTuples - Minimum number of elements allocated to the array

append

public void append(TupleDesc_F32 element)

Description copied from interface: PackedArray

Appends a copy to the end of the array

Specified by:

append in interface PackedArray<TupleDesc_F32>

Parameters:

element - (Input) The element which is copied then added

getTemp

public TupleDesc_F32 getTemp(int index)

Specified by:

getTemp in interface LArrayAccessor<TupleDesc_F32>

getCopy

public void getCopy(int index,
TupleDesc_F32 dst)

Specified by:

getCopy in interface LArrayAccessor<TupleDesc_F32>

copy

public void copy(TupleDesc_F32 src,
TupleDesc_F32 dst)

Specified by:

copy in interface LArrayAccessor<TupleDesc_F32>

size

public int size()

Specified by:

size in interface LArrayAccessor<TupleDesc_F32>

getElementType

public Class<TupleDesc_F32> getElementType()

Specified by:

getElementType in interface LArrayAccessor<TupleDesc_F32>

forIdx

public void forIdx(int idx0,
int idx1,
BoofLambdas.ProcessIndex<TupleDesc_F32> op)

Description copied from interface: PackedArray

For each with index

Specified by:

forIdx in interface PackedArray<TupleDesc_F32>

Parameters:

idx0 - Initial index. Inclusive

idx1 - Last index, Exclusive

op - The operation to process each element