T - public class HyperSphereCursor<T> extends Object implements Cursor<T>
| Modifier and Type | Field and Description |
|---|---|
protected long[] |
center |
protected long |
radius |
protected RandomAccess<T> |
randomAccess |
| Constructor and Description |
|---|
HyperSphereCursor(HyperSphereCursor<T> cursor) |
HyperSphereCursor(RandomAccessible<T> source,
long[] center,
long radius) |
| Modifier and Type | Method and Description |
|---|---|
HyperSphereCursor<T> |
copy() |
HyperSphereCursor<T> |
copyCursor() |
void |
fwd()
Move forward.
|
T |
get()
Access the actual T instance providing access to a pixel,
sub-pixel or integral region value the
Sampler points at. |
double |
getDoublePosition(int d)
Return the current position in a given dimension.
|
float |
getFloatPosition(int d)
Return the current position in a given dimension.
|
int |
getIntPosition(int d)
Return the current position in a given dimension.
|
long |
getLongPosition(int d)
Return the current position in a given dimension.
|
boolean |
hasNext()
Returns true if another step forward is possible.
|
void |
jumpFwd(long steps)
Move steps × forward.
|
void |
localize(double[] position)
Write the current position into the passed array.
|
void |
localize(float[] position)
Write the current position into the passed array.
|
void |
localize(int[] position)
Write the current position into the passed array.
|
void |
localize(long[] position)
Write the current position into the passed array.
|
T |
next() |
int |
numDimensions()
Gets the space's number of dimensions.
|
void |
remove() |
void |
reset()
Reset the
Iterator, that is put it to where it would be if newly
created. |
void |
updateCenter(Localizable center) |
void |
updateCenter(long[] center) |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, waitforEachRemaininglocalize, positionAsLongArray, positionAsPointlocalize, positionAsDoubleArray, positionAsRealPointprotected final long[] center
protected final RandomAccess<T> randomAccess
protected final long radius
public HyperSphereCursor(RandomAccessible<T> source, long[] center, long radius)
public HyperSphereCursor(HyperSphereCursor<T> cursor)
public void updateCenter(long[] center)
public void updateCenter(Localizable center)
public boolean hasNext()
Iteratorpublic void fwd()
Iteratorpublic void reset()
IteratorIterator, that is put it to where it would be if newly
created.public void jumpFwd(long steps)
Iteratorsteps - number of steps to move forwardpublic void localize(float[] position)
RealLocalizablelocalize in interface RealLocalizableposition - receives current positionpublic void localize(double[] position)
RealLocalizablelocalize in interface RealLocalizableposition - receives current positionpublic float getFloatPosition(int d)
RealLocalizablegetFloatPosition in interface LocalizablegetFloatPosition in interface RealLocalizabled - dimensionpublic double getDoublePosition(int d)
RealLocalizablegetDoublePosition in interface LocalizablegetDoublePosition in interface RealLocalizabled - dimensionpublic int numDimensions()
EuclideanSpacenumDimensions in interface EuclideanSpacepublic T get()
SamplerSampler points at.public void localize(int[] position)
Localizablelocalize in interface Localizableposition - receives current positionpublic void localize(long[] position)
Localizablelocalize in interface Localizableposition - receives current positionpublic int getIntPosition(int d)
LocalizablegetIntPosition in interface Localizabled - dimensionpublic long getLongPosition(int d)
LocalizablegetLongPosition in interface Localizabled - dimensionpublic HyperSphereCursor<T> copyCursor()
copyCursor in interface Cursor<T>copyCursor in interface RealCursor<T>public HyperSphereCursor<T> copy()
copy in interface Sampler<T>Sampler in the same state accessing the same
values.
It does NOT copy T, just the state of the Sampler.
Otherwise use T.copy() if available.
Sampler.copy().get() == Sampler.get(), i.e. both hold the same
value, not necessarily the same instance (this is the case for an
ArrayCursor for example)Copyright © 2015–2022 ImgLib2. All rights reserved.