j2d
Class FloatImageBean

java.lang.Object
  j2d.FloatImageBean

All Implemented Interfaces:

ColorConversionInterface

Direct Known Subclasses:

Ccir601_2cbcr, HlsBuggy, Hsb, Xyzd65, Yiq, Yuv, Yuv

public class FloatImageBean
extends java.lang.Object
implements ColorConversionInterface

Nested Class Summary

class	FloatImageBean.FromRgb
class	FloatImageBean.ToRgb

Field Summary

float[][]	b
float	bBar
float[][]	g
float	gBar
float	max
float	min
float[][]	r
float	rBar

Constructor Summary

FloatImageBean(ColorFrame cf)

FloatImageBean(float[][] r, float[][] g, float[][] b)

FloatImageBean(java.awt.Image img)

FloatImageBean(int w, int h)

FloatImageBean(ShortImageBean sib)

Method Summary

void	addArray(float[][] a, float s)
double	chromaDistance(javax.vecmath.Vector3d v1, javax.vecmath.Vector3d v2) Compute the distance, in chroma space, between two color coordinates.
void	chromaMark(ShortImageBean sib, int umin, int umax, int vmin, int vmax) Color key coordinates to introduce a mark
void	computeStats()
void	convertSpace(Mat3 m)
void	copyFloats(ColorFrame cf)
void	copyFloats(ShortImageBean sib)
void	drawMark(int x, int y)
void	fromRgb()
double	getAverageB()
double	getAverageG()
double	getAverageR()
float[][]	getB()
float[]	getBlue1d()
javax.vecmath.Vector3d	getColor(int x, int y)
java.awt.Point	getColorLocation(int umin, int umax, int vmin, int vmax)
java.awt.Point	getColorLocation(Quad q)
java.awt.Point	getColorLocation(javax.vecmath.Vector3d v) Use the input as a Yiq triple and search the chroma space (iq) for the location of the closest match.
java.awt.Point	getColorLocationRG(int umin, int umax, int vmin, int vmax)
static FloatImageBean	getFibHsb(java.awt.Image img)
static FloatImageBean	getFibYiq(java.awt.Image img)
static FloatImageBean	getFloatImageBean(float[] r, float[] g, float[] b, int w, int h)
float[][]	getG()
float[]	getGreen1d()
int	getHeight()
java.awt.Image	getImage()
float	getMax()
float	getMax(float[][] a)
float	getMin()
float	getMin(float[][] a)
float[][]	getR()
float[]	getRed1d()
double	getStandardDeviationOfB()
double	getStandardDeviationOfG()
double	getStandardDeviationOfR()
double	getVarianceB()
double	getVarianceG()
double	getVarianceR()
int	getWidth()
void	linearTransform()
void	linearTransform(double c, double br)
float	max(float m1, float m2, float m3)
float	min(float m1, float m2, float m3)
void	normalize()
void	normalize(float[][] a)
float[][]	oneDSubsample4To1(float[][] f)
float[][]	oneDSubsampleTwoTo1(float[][] f)
void	oneOnF()
void	pow(float s)
void	powArray(float[][] a, float s)
void	printStatistics()
void	removeTheDcComponent()
void	scale(float s)
void	scaleArray(float[][] a, float s)
void	setB(float[][] b)
void	setG(float[][] g)
void	setR(float[][] r)
void	subSampleChroma2To1()
void	subSampleChroma4To1()
void	threshColor(ShortImageBean sib, int[] fa)
void	threshColor(ShortImageBean sib, int umin, int umax, int vmin, int vmax)
void	toRgb()
java.lang.String	toString()
void	transpose()
static void	twodTo1DDHT()
void	updateParent()
void	updateParent(double sf)
void	zeroOut()
void	zeroOutR()

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

r

public float[][] r

g

public float[][] g

b

public float[][] b

rBar

public float rBar

gBar

public float gBar

bBar

public float bBar

min

public float min

max

public float max

Constructor Detail

FloatImageBean

public FloatImageBean(float[][] r,
                      float[][] g,
                      float[][] b)

FloatImageBean

public FloatImageBean(int w,
                      int h)

FloatImageBean

public FloatImageBean(java.awt.Image img)

FloatImageBean

public FloatImageBean(ColorFrame cf)

FloatImageBean

public FloatImageBean(ShortImageBean sib)

Method Detail

zeroOut

public void zeroOut()

toRgb

public void toRgb()

Specified by:

toRgb in interface ColorConversionInterface

fromRgb

public void fromRgb()

Specified by:

fromRgb in interface ColorConversionInterface

oneOnF

public void oneOnF()

getFloatImageBean

public static FloatImageBean getFloatImageBean(float[] r,
                                               float[] g,
                                               float[] b,
                                               int w,
                                               int h)

getRed1d

public float[] getRed1d()

getGreen1d

public float[] getGreen1d()

getBlue1d

public float[] getBlue1d()

transpose

public void transpose()

copyFloats

public void copyFloats(ColorFrame cf)

copyFloats

public void copyFloats(ShortImageBean sib)

linearTransform

public void linearTransform()

linearTransform

public void linearTransform(double c,
                            double br)

computeStats

public void computeStats()

getMin

public float getMin(float[][] a)

min

public float min(float m1,
                 float m2,
                 float m3)

max

public float max(float m1,
                 float m2,
                 float m3)

getMin

public float getMin()

getMax

public float getMax()

getAverageR

public double getAverageR()

getAverageG

public double getAverageG()

getAverageB

public double getAverageB()

getStandardDeviationOfR

public double getStandardDeviationOfR()

getStandardDeviationOfG

public double getStandardDeviationOfG()

getStandardDeviationOfB

public double getStandardDeviationOfB()

getVarianceR

public double getVarianceR()

getVarianceG

public double getVarianceG()

getVarianceB

public double getVarianceB()

printStatistics

public void printStatistics()

normalize

public void normalize(float[][] a)

normalize

public void normalize()

scaleArray

public void scaleArray(float[][] a,
                       float s)

Parameters:

a - multiply s by each element in a

s -

powArray

public void powArray(float[][] a,
                     float s)

pow

public void pow(float s)

scale

public void scale(float s)

addArray

public void addArray(float[][] a,
                     float s)

getMax

public float getMax(float[][] a)

convertSpace

public void convertSpace(Mat3 m)

subSampleChroma2To1

public void subSampleChroma2To1()

oneDSubsampleTwoTo1

public float[][] oneDSubsampleTwoTo1(float[][] f)

subSampleChroma4To1

public void subSampleChroma4To1()

oneDSubsample4To1

public float[][] oneDSubsample4To1(float[][] f)

updateParent

public void updateParent()

getWidth

public int getWidth()

getHeight

public int getHeight()

getImage

public java.awt.Image getImage()

getR

public float[][] getR()

setR

public void setR(float[][] r)

getG

public float[][] getG()

setG

public void setG(float[][] g)

getB

public float[][] getB()

setB

public void setB(float[][] b)

removeTheDcComponent

public void removeTheDcComponent()

zeroOutR

public void zeroOutR()

drawMark

public void drawMark(int x,
                     int y)

chromaMark

public void chromaMark(ShortImageBean sib,
                       int umin,
                       int umax,
                       int vmin,
                       int vmax)

Color key coordinates to introduce a mark

Parameters:

umin -

umax -

vmin -

vmax -

getColorLocationRG

public java.awt.Point getColorLocationRG(int umin,
                                         int umax,
                                         int vmin,
                                         int vmax)

threshColor

public void threshColor(ShortImageBean sib,
                        int[] fa)

threshColor

public void threshColor(ShortImageBean sib,
                        int umin,
                        int umax,
                        int vmin,
                        int vmax)

getColorLocation

public java.awt.Point getColorLocation(int umin,
                                       int umax,
                                       int vmin,
                                       int vmax)

getFibHsb

public static FloatImageBean getFibHsb(java.awt.Image img)

getFibYiq

public static FloatImageBean getFibYiq(java.awt.Image img)

getColorLocation

public java.awt.Point getColorLocation(Quad q)

getColor

public javax.vecmath.Vector3d getColor(int x,
                                       int y)

getColorLocation

public java.awt.Point getColorLocation(javax.vecmath.Vector3d v)

Use the input as a Yiq triple and search the chroma space (iq) for the location of the closest match.

Parameters:

v -

Returns:

the point on the lookup table that has the closest chroma vector

chromaDistance

public double chromaDistance(javax.vecmath.Vector3d v1,
                             javax.vecmath.Vector3d v2)

Compute the distance, in chroma space, between two color coordinates.

Parameters:

v1 -

v2 -

Returns:

chroma distance

updateParent

public void updateParent(double sf)

toString

public java.lang.String toString()

Overrides:

toString in class java.lang.Object

twodTo1DDHT

public static void twodTo1DDHT()