www.pudn.com > is.rar > FqImage.java

package fq; 
 
import java.awt.image.BufferedImage; 
import java.awt.image.ColorModel; 
import java.awt.image.WritableRaster; 
import java.io.File; 
 
import javax.imageio.ImageIO; 
 
import fq.Point; 
 
public class FqImage { 
 
	public static final double SOBELDOOR = 80.00; 
 
 
	public BufferedImage	imh; 
	public int 				height; 
	public int 				width; 
	public Point[][]		points; 
	public double[][]		sobels; 
	public int[][]			edge; 
	public double[]			colorJuH	=	new double[4]; 
	public double[]			colorJuS	=	new double[4]; 
	public double[]			colorJuV	=	new double[4]; 
	public double[]			huJu		=	new double[8]; 
	 
	 
 
	public double getAbsColorDistance( FqImage other ){ 
		int width	=	FqMath.min(this.width, other.width); 
		int	height	=	FqMath.min(this.height, other.height); 
		 
		int	sum	=	0; 
		for( int i = 0 ; i < width ; i++ ){ 
			for( int j = 0 ; j < height ; j++ ){ 
				sum += this.points[i][j].pointDistance(other.points[i][j]); 
			} 
		} 
		return	sum; 
	} 
	 
	public double f( int i , int j ){ 
		double	temp	=	this.points[i][j].getGray(); 
		return	temp; 
	} 
	 
	public void toSobel(){ 
		double	fx , fy; 
		double	sobel; 
		int		i , j; 
		for( i = 1 ; i < this.width - 1 ; i++ ){ 
			for( j = 1 ; j < this.height - 1 ; j++ ){ 
				fx	=	(	f(i-1,j-1) + 2*f(i-1,j) + f(i-1,j+1)	)	-	(	f(i+1,j-1) + 2*f(i+1,j) + f(i+1,j+1)	); 
				fy	=	(	f(i-1,j-1) + 2*f(i,j-1) + f(i+1,j-1)	)	-	(	f(i-1,j+1) + 2*f(i,j+1) + f(i+1,j+1)	); 
				this.sobels[i][j]	=	FqMath.max( Math.abs(fx), Math.abs(fy) );			 
			} 
		} 
	} 
 
	public void toEdge(){ 
		int	i , j; 
		for( i = 0 ; i < this.width ; i++ ){ 
			for( j = 0 ; j < this.height ; j++ ){ 
				if( this.sobels[i][j] > SOBELDOOR ) 
					this.edge[i][j] = 1; 
				else 
					this.edge[i][j] = 0; 
			} 
		} 
	} 
		 
	public FqImage cutSmallest(){ 
		final double EDGEDOOR = 4; 
		 
		int	i , j; 
		int left	=	0; 
		int	right	=	0; 
		int	top		=	0; 
		int	bottom	=	0; 
		int	count	=	0; 
		 
		 
		for( i = 0 ; i < this.width ; i++ ){ 
			count = 0; 
			for( j = 0 ; j < this.height ; j++ ){ 
				if( this.edge[i][j] == 1 ) 
					count++; 
			} 
			if( count >= EDGEDOOR ){ 
				left = i; 
				break; 
			} 
		} 
		 
		for( i = this.width - 1 ; i >= 0 ; i-- ){ 
			count = 0; 
			for( j = 0 ; j < this.height ; j++ ){ 
				if( this.edge[i][j] == 1 ) 
					count++; 
			} 
			if( count >= EDGEDOOR ){ 
				right = i; 
				break; 
			} 
		} 
		 
		for( j = 0 ; j < this.height ; j++ ){ 
			count = 0; 
			for( i = 0 ; i < this.width ; i++ ){ 
				if( this.edge[i][j] == 1 ) 
					count++; 
			} 
			if( count >= EDGEDOOR ){ 
				top = j; 
				break; 
			} 
		} 
		 
		for( j = this.height - 1 ; j >= 0 ; j-- ){ 
			count = 0; 
			for( i = 0 ; i < this.width ; i++ ){ 
				if( this.edge[i][j] == 1 ) 
					count++; 
			} 
			if( count >= EDGEDOOR ){ 
				bottom = j; 
				break; 
			} 
		} 
		 
		BufferedImage subImh	=	this.imh.getSubimage(left, top, right-left , bottom-top); 
		return new FqImage(subImh); 
	 
	 
	} 
	 
	public void setColorJu(){ 
		int		i , j; 
		int 	k; 
		double	sumh , sums , sumv; 
		 
		this.colorJuH[1]	=	0.0; 
		this.colorJuS[1]	=	0.0; 
		this.colorJuV[1]	=	0.0; 
		 
//		System.out.println(this.width * this.height); 
		for( k = 1 ; k <= 3 ; k++ ){ 
			sumh = 0.0; 
			sums = 0.0; 
			sumv = 0.0; 
			for( i = 0 ; i < this.width ; i++ ){ 
				for( j = 0 ; j < this.height ; j++ ){ 
//					double	temp = this.points[i][j].getHHSV(); 
//					temp -= this.colorJuH[1]; 
//					temp = Math.pow(temp, k); 
//					sumh += temp; 
					sumh += Math.pow(	( this.points[i][j].getHHSV() - this.colorJuH[1] )	,	k	); 
					sums += Math.pow(	( this.points[i][j].getSHSV() - this.colorJuS[1] )	,	k	); 
					sumv += Math.pow(	( this.points[i][j].getVHSV() - this.colorJuV[1] )	,	k	); 
				} 
			} 
			 
			 
//			System.out.println(k+":"); 
			 
			this.colorJuH[k] = sumh / ( this.width * this.height );				 
			if( k == 2 ) 
				this.colorJuH[k]	=	Math.sqrt(this.colorJuH[k]); 
			if( k == 3 ) 
				this.colorJuH[k]	=	Math.cbrt(this.colorJuH[k]); 
			 
			 
//			System.out.println(colorJuH[k]); 
			 
			this.colorJuS[k] = sums / ( this.width * this.height ); 
			if( k == 2 ) 
				this.colorJuS[k]	=	Math.sqrt(this.colorJuH[k]); 
			if( k == 3 ) 
				this.colorJuS[k]	=	Math.cbrt(this.colorJuH[k]); 
			 
			this.colorJuV[k] = sumv / ( this.width * this.height ); 
			if( k == 2 ) 
				this.colorJuV[k]	=	Math.sqrt(this.colorJuH[k]); 
			if( k == 3 ) 
				this.colorJuV[k]	=	Math.cbrt(this.colorJuH[k]); 
			 
//			System.out.println("sumh"+sumh+","+"sums"+sums+","+"sumv"+sumv); 
		} 
	} 
	 
	public double dColorJu( FqImage imh ){ 
		double	temph	=	0.0; 
		double 	temps 	= 	0.0; 
		double 	tempv 	= 	0.0; 
		int		i; 
		double	wh		=	5.0; 
		double	ws		=	0.01; 
		double	wv		=	0.01; 
		for( i = 1 ; i <= 3 ; i++ ){ 
			temph += (	( this.colorJuH[i] - imh.colorJuH[i] ) * ( this.colorJuH[i] - imh.colorJuH[i] )	); 
			temps += (	( this.colorJuS[i] - imh.colorJuS[i] ) * ( this.colorJuS[i] - imh.colorJuS[i] )	); 
			tempv += (	( this.colorJuV[i] - imh.colorJuV[i] ) * ( this.colorJuV[i] - imh.colorJuV[i] ) ); 
		} 
		return	Math.sqrt( temph * wh + temps * ws + tempv * wv ); 
	} 
	 
	public double m( int p , int q ){ 
		int 	x , y; 
		double 	sum = 0; 
		for( x = 0 ; x < this.width ; x++ ) 
			for( y = 0 ; y < this.height ; y++ ) 
				sum += Math.pow(x,p) * Math.pow(y,q) * this.edge[x][y]; 
		return sum; 
	} 
	 
	public double miu( int p , int q ){ 
		int		x , y; 
		double 	x0 , y0; 
		double	sum = 0; 
		x0 = m(1,0) / m(0,0); 
		y0 = m(0,1) / m(0,0);		 
		for( x = 0 ; x < this.width ; x++ ) 
			for( y = 0 ; y < this.height ; y++ ) 
				sum += Math.pow((x-x0), p) * Math.pow((y-y0), q) * this.edge[x][y]; 
		return sum; 
	} 
	 
	public double eda( int p , int q ){ 
		int g = p+q+2; 
		return miu(p,q) / Math.sqrt( Math.pow( miu(0,0), g ) ); 
	} 
		 
	 
	public void toHuJu(){ 
		double	eda20 = eda(2,0); 
		double	eda02 = eda(0,2); 
		double 	eda22 = eda(2,2); 
		double 	eda11 = eda(1,1); 
		double	eda30 = eda(3,0); 
		double	eda03 = eda(0,3); 
		double	eda21 = eda(2,1); 
		double	eda12 = eda(1,2); 
		 
		this.huJu[1]	=	eda20 + eda02; 
		this.huJu[2]	=	(eda20-eda02) * (eda20-eda02)	+	4 * eda11 * eda11; 
		this.huJu[3]	=	(eda30-3*eda12) * (eda30-3*eda12)	+	(eda03-3*eda21) * (eda03-3*eda21); 
		this.huJu[4]	=	(eda30+eda12) * (eda30+eda12)	+	(eda21+eda03) * (eda21+eda03); 
		this.huJu[5]	= 	(eda30-3*eda12) * (eda30+eda12) * (	(eda30+eda12)*(eda30+eda12) - 3*(eda21+eda03)*(eda21+eda03)	) 
							+	(3*eda21-eda03) * (eda21+eda03) * (	3*(eda30+eda12)*(eda30+eda12) - (eda21+eda03)*(eda21+eda03)	); 
		this.huJu[6]	=	(eda20-eda02) * (	(eda30+eda12)*(eda30+eda12) - (eda21+eda03)*(eda21+eda03)	)	+ 
							4 * eda11 * (eda30+eda12) * (eda21+eda03); 
		this.huJu[7]	=	(3*eda21-eda03) * (eda30+eda12) * (	(eda30+eda12)*(eda30+eda12) - 3*(eda21+eda03)*(eda21+eda03)	)	+ 
							(3*eda12-eda30) * (eda03+eda21) * (	3*(eda30+eda12)*(eda30+eda12) - (eda21+eda03)*(eda21+eda03)	);							 
	} 
	 
	public double dHuJu( FqImage imh ){ 
		int			i; 
		double[]	wHu	=	new double[8]; 
		wHu[1]		=	1.0; 
		wHu[2]		=	1.0; 
		wHu[3]		=	1.0; 
		wHu[4]		=	1.0; 
		wHu[5]		=	1.0; 
		wHu[5]		=	1.0; 
		wHu[6]		=	1.0; 
		wHu[7]		=	1.0; 
		double	sum	=	0.0; 
		for( i = 1 ; i <= 7 ; i++ ) 
			sum += wHu[i]	*	( this.huJu[i] - imh.huJu[i] ) * ( this.huJu[i] - imh.huJu[i] ); 
		return	Math.sqrt(sum) * 10000; 
	} 
	 
	public FqImage( BufferedImage imh ){ 
		this.imh	=	imh; 
		this.height	=	imh.getHeight(null); 
		this.width	=	imh.getWidth(null); 
		this.points	=	new Point[width][height]; 
		this.sobels	=	new double[width][height]; 
		this.edge	=	new int[width][height]; 
 
//			ColorModel 		colorModel	=	this.imh.getColorModel();  
//			WritableRaster 	raster		=	this.imh.getRaster(); 
			 
		int	i,j; 
		for( i = 0 ; i < this.width ; i++ ){ 
			for( j = 0 ; j < this.height ; j++ ){ 
				this.points[i][j]	=	new Point(); 
				this.points[i][j].setRGB( imh.getRGB(i, j) ); 
				this.points[i][j].toRed(); 
				this.points[i][j].toGreen(); 
				this.points[i][j].toBlue(); 
//					this.points[i][j].setRed(	colorModel.getRed(raster.getDataElements(i, j, null))	); 
//					this.points[i][j].setGreen(	colorModel.getGreen(raster.getDataElements(i, j, null))	); 
//					this.points[i][j].setBlue(	colorModel.getBlue(raster.getDataElements(i, j, null))	); 
				this.points[i][j].toGray(); 
				this.points[i][j].toHSV(); 
			} 
		} 
		this.toSobel(); 
		this.toEdge(); 
		this.setColorJu(); 
		this.toHuJu(); 
	} 
	 
//	public FqImage( String file ){ 
//		BufferedImage imh; 
//		try{ 
//			imh	=	ImageIO.read(new File(file)); 
//			new FqImage( imh ); 
//		}catch( Exception e ){ 
//			e.printStackTrace(); 
//		} 
////		try{ 
////			this.imh	=	ImageIO.read(new File(file)); 
////			this.height	=	imh.getHeight(null); 
////			this.width	=	imh.getWidth(null); 
////			this.points	=	new Point[width][height]; 
////			this.sobels	=	new double[width][height]; 
////			this.edge	=	new int[width][height]; 
//// 
//////			ColorModel 		colorModel	=	this.imh.getColorModel();  
//////			WritableRaster 	raster		=	this.imh.getRaster(); 
////			 
////			int	i,j; 
////			for( i = 0 ; i < this.width ; i++ ){ 
////				for( j = 0 ; j < this.height ; j++ ){ 
////					this.points[i][j]	=	new Point(); 
////					this.points[i][j].setRGB( imh.getRGB(i, j) ); 
////					this.points[i][j].toRed(); 
////					this.points[i][j].toGreen(); 
////					this.points[i][j].toBlue(); 
//////					this.points[i][j].setRed(	colorModel.getRed(raster.getDataElements(i, j, null))	); 
//////					this.points[i][j].setGreen(	colorModel.getGreen(raster.getDataElements(i, j, null))	); 
//////					this.points[i][j].setBlue(	colorModel.getBlue(raster.getDataElements(i, j, null))	); 
////					this.points[i][j].toGray(); 
////					this.points[i][j].toHSV(); 
////				} 
////			} 
////			this.toSobel(); 
////			this.toEdge(); 
////		}catch (Exception e) { 
////			e.printStackTrace(); 
////		} 
//	} 
 
	 
}