Package net.algart.math.rectangles

Class IRectangleFinder

java.lang.Object

net.algart.math.rectangles.IRectangleFinder

public abstract class IRectangleFinder
extends Object

Constructor Summary

Constructors

Constructor	Description
IRectangleFinder()

Method Summary

Modifier and Type	Method	Description
protected String	algorithmName()
void	clear()
IRectangleFinder	compact()
int	findContaining(double x, double y, int[] resultIndexes)
abstract void	findContaining(double x, double y, IntConsumer indexConsumer)
int	findContaining(int x, int y, int[] resultIndexes)
abstract void	findContaining(int x, int y, IntConsumer indexConsumer)
int	findIntersecting(int minX, int maxX, int minY, int maxY, int[] resultIndexes)
abstract void	findIntersecting(int minX, int maxX, int minY, int maxY, IntConsumer indexConsumer)
static IRectangleFinder	getEmptyInstance()
static IRectangleFinder	getEmptyInstance(boolean horizontal)
static IRectangleFinder	getEmptyUnoptimizedInstance()
static IRectangleFinder	getInstance(int[] minX, int[] maxX, int[] minY, int[] maxY)
static IRectangleFinder	getInstance(IntUnaryOperator minX, IntUnaryOperator maxX, IntUnaryOperator minY, IntUnaryOperator maxY, int numberOfRectangles)
final boolean	indexActual(int k)
IntUnaryOperator	maxX()
final int	maxX(int k)
IntUnaryOperator	maxY()
final int	maxY(int k)
IntUnaryOperator	minX()
final int	minX(int k)
IntUnaryOperator	minY()
final int	minY(int k)
final int	numberOfRectangles()
final IRectangleFinder	setAllIndexesActual()
final IRectangleFinder	setIndexActual(IntPredicate indexActual)
final IRectangleFinder	setIndexedRectangles(int[] minX, int[] maxX, int[] minY, int[] maxY, int[] indexes, int numberOfRectangles)
protected abstract void	setRanges()
final IRectangleFinder	setRectangles(int[] minX, int[] maxX, int[] minY, int[] maxY)
final IRectangleFinder	setRectangles(IntUnaryOperator minX, IntUnaryOperator maxX, IntUnaryOperator minY, IntUnaryOperator maxY, int numberOfRectangles)
String	toString()

Methods inherited from class java.lang.Object

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

Constructor Details

IRectangleFinder

public IRectangleFinder()

Method Details

getEmptyInstance

public static IRectangleFinder getEmptyInstance()

getEmptyInstance

public static IRectangleFinder getEmptyInstance(boolean horizontal)

getEmptyUnoptimizedInstance

public static IRectangleFinder getEmptyUnoptimizedInstance()

getInstance

public static IRectangleFinder getInstance(IntUnaryOperator minX,
 IntUnaryOperator maxX,
 IntUnaryOperator minY,
 IntUnaryOperator maxY,
 int numberOfRectangles)

getInstance

public static IRectangleFinder getInstance(int[] minX,
 int[] maxX,
 int[] minY,
 int[] maxY)

minX

public IntUnaryOperator minX()

maxX

public IntUnaryOperator maxX()

minY

public IntUnaryOperator minY()

maxY

public IntUnaryOperator maxY()

minX

public final int minX(int k)

maxX

public final int maxX(int k)

minY

public final int minY(int k)

maxY

public final int maxY(int k)

numberOfRectangles

public final int numberOfRectangles()

setRectangles

public final IRectangleFinder setRectangles(IntUnaryOperator minX,
 IntUnaryOperator maxX,
 IntUnaryOperator minY,
 IntUnaryOperator maxY,
 int numberOfRectangles)

setRectangles

public final IRectangleFinder setRectangles(int[] minX,
 int[] maxX,
 int[] minY,
 int[] maxY)

setIndexedRectangles

public final IRectangleFinder setIndexedRectangles(int[] minX,
 int[] maxX,
 int[] minY,
 int[] maxY,
 int[] indexes,
 int numberOfRectangles)

setIndexActual

public final IRectangleFinder setIndexActual(IntPredicate indexActual)

setAllIndexesActual

public final IRectangleFinder setAllIndexesActual()

indexActual

public final boolean indexActual(int k)

compact

public IRectangleFinder compact()

findContaining

public abstract void findContaining(int x,
 int y,
 IntConsumer indexConsumer)

findContaining

public int findContaining(int x,
 int y,
 int[] resultIndexes)

findContaining

public abstract void findContaining(double x,
 double y,
 IntConsumer indexConsumer)

findContaining

public int findContaining(double x,
 double y,
 int[] resultIndexes)

findIntersecting

public abstract void findIntersecting(int minX,
 int maxX,
 int minY,
 int maxY,
 IntConsumer indexConsumer)

findIntersecting

public int findIntersecting(int minX,
 int maxX,
 int minY,
 int maxY,
 int[] resultIndexes)

clear

public void clear()

toString

public String toString()

Overrides:

toString in class Object

setRanges

protected abstract void setRanges()

algorithmName

protected String algorithmName()