decompressdoc.cpp

这是用提升小波变换与嵌入零树编码实现的256色灰度BMP图像压缩与解压缩的程序。

{
	// TODO: Add your command handler code here
	int linewidth;
	int max, min;  //记录变换后像素的最大最小值
    int** image;   //用于变换的整型图象数据
	int** secondimage;  //存放用于第二层变换的图象数据
	//int temp;  //临时存放映射后的值,再转化为BYTE型
	
	linewidth=(pbi->bmiHeader.biWidth*pbi->bmiHeader.biBitCount+31)/32*4;
    JiFlag=0;  //Haar小波
    //生成对lpBuf的二维数组索引
	image=new int*[pbi->bmiHeader.biHeight];
	for(int i=0;i<pbi->bmiHeader.biHeight;i++)
	{
		image[i]=new int[linewidth];
	//	image[i]=(int*)(lpBuf+i*linewidth);
	}
	for(int ii=pbi->bmiHeader.biHeight-1; ii>=0; ii--)
	{
		for(int jj=0; jj<linewidth; jj++)
			image[ii][jj]=*(lpBuf+(pbi->bmiHeader.biHeight-1-ii)*linewidth+jj);
	} 
    max=min=image[0][0];
    HaarTrans(pbi->bmiHeader.biHeight,linewidth,image,&max,&min);
	GetCoefficient(image,pbi->bmiHeader.biHeight,linewidth);
	secondimage=new int*[pbi->bmiHeader.biHeight>>1];
	for(int h=0;h<pbi->bmiHeader.biHeight>>1;h++)
	{
		secondimage[h]=new int[linewidth>>1];
	}
	for(int m=0;m<pbi->bmiHeader.biHeight>>1;m++)
	{
		for(int n=0;n<linewidth>>1;n++)
			secondimage[m][n]=image[2*m][2*n];
	}
	HaarTrans(pbi->bmiHeader.biHeight>>1,linewidth>>1,secondimage,&max,&min);
	GetCoefficient(secondimage,pbi->bmiHeader.biHeight>>1,linewidth>>1);
    Two_ToLpshowbuf(image,secondimage, &max, &min);
	scale=2;
	//释放内存
	for(int z=0;z<pbi->bmiHeader.biHeight>>1;z++)
	{
		delete [] image[2*z];
		delete [] image[2*z+1];
		delete [] secondimage[z];
	}
	delete [] image;
	delete [] secondimage;

    UpdateAllViews(NULL, 0, NULL);

}

void CDecompressDoc::Two_ToLpshowbuf(int **OneImage, int **SecondImage, int *max, int *min)
{
	int temp;
 	int linewidth=(pbi->bmiHeader.biWidth*pbi->bmiHeader.biBitCount+31)/32*4;
	//把所有变换后的系数映射到0-255
	for(int mm=0;mm<(pbi->bmiHeader.biHeight>>1);mm++)
	{
		for(int nn=0;nn<(linewidth>>1);nn++)
		{
			SecondImage[mm][nn]=(SecondImage[mm][nn]-*min)*255/(*max-*min);
			OneImage[mm][nn]=(OneImage[mm][nn]-*min)*255/(*max-*min);
			OneImage[(pbi->bmiHeader.biHeight>>1)+mm][nn]=(OneImage[(pbi->bmiHeader.biHeight>>1)+mm][nn]-*min)*255/(*max-*min);
			OneImage[mm][(linewidth>>1)+nn]=(OneImage[mm][(linewidth>>1)+nn]-*min)*255/(*max-*min);
			OneImage[(pbi->bmiHeader.biHeight>>1)+mm][(linewidth>>1)+nn]=(OneImage[(pbi->bmiHeader.biHeight>>1)+mm][(linewidth>>1)+nn]-*min)*255/(*max-*min);
		}
	}
     //把所有系数放入lpshowbuf中显示出来
 	for(int x=0;x<pbi->bmiHeader.biHeight>>2;x++)
 	{
 		for(int y=0;y<linewidth>>2;y++)
 		{
 			temp=SecondImage[2*x][2*y];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x)*linewidth+y]=(BYTE)temp;
 			temp=SecondImage[2*x][2*y+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x-(pbi->bmiHeader.biHeight>>2))*linewidth+y]=(BYTE)temp;
 			temp=SecondImage[2*x+1][2*y];
            lpshowbuf[(pbi->bmiHeader.biHeight-1-x)*linewidth+(linewidth>>2)-1+y]=(BYTE)temp;
    	    temp=SecondImage[2*x+1][2*y+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x-(pbi->bmiHeader.biHeight>>2))*linewidth+(linewidth>>2)-1+y]=(BYTE)temp;
 		}
 	}
 	for(int xx=0;xx<pbi->bmiHeader.biHeight>>1;xx++)
 	{
		for(int yy=0;yy<linewidth>>1;yy++)
 		{
 			temp=OneImage[2*xx][2*yy+1];
 			lpshowbuf[((pbi->bmiHeader.biHeight>>1)-1-xx)*linewidth+yy]=(BYTE)temp;
 			temp=OneImage[2*xx+1][2*yy];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-xx)*linewidth+(linewidth>>1)-1+yy]=(BYTE)temp;
 			temp=OneImage[2*xx+1][2*yy+1];
 			lpshowbuf[((pbi->bmiHeader.biHeight>>1)-1-xx)*linewidth+(linewidth>>1)-1+yy]=(BYTE)temp;
 		}
 	}


}

void CDecompressDoc::OnHaarThree() 
{
	// TODO: Add your command handler code here
    //pbi->bmiHeader.biHeight=8;
	//pbi->bmiHeader.biWidth=8;
	int linewidth;
	int max, min;  //记录变换后像素的最大最小值
    int** image;   //用于变换的整型图象数据
	int** secondimage;  //存放用于第二层变换的图象数据
	int** threeimage;   //存放用于第三层变换的图象数据
	//int temp;  //临时存放映射后的值,再转化为BYTE型
	linewidth=(pbi->bmiHeader.biWidth*pbi->bmiHeader.biBitCount+31)/32*4;
    JiFlag=0; //Haar小波
    //生成对lpBuf的二维数组索引
	image=new int*[pbi->bmiHeader.biHeight];
	for(int i=0;i<pbi->bmiHeader.biHeight;i++)
	{
		image[i]=new int[linewidth];
	//	image[i]=(int*)(lpBuf+i*linewidth);
	}
	for(int ii=pbi->bmiHeader.biHeight-1; ii>=0; ii--)
	{
		for(int jj=0; jj<linewidth; jj++)
			image[ii][jj]=*(lpBuf+(pbi->bmiHeader.biHeight-1-ii)*linewidth+jj);
	}
	//ChangeImage(image);
    max=min=image[0][0];
    HaarTrans(pbi->bmiHeader.biHeight,linewidth,image,&max,&min);
	GetCoefficient(image,pbi->bmiHeader.biHeight,linewidth);
	secondimage=new int*[pbi->bmiHeader.biHeight>>1];
	for(int h=0;h<pbi->bmiHeader.biHeight>>1;h++)
	{
		secondimage[h]=new int[linewidth>>1];
	}
	for(int m=0;m<pbi->bmiHeader.biHeight>>1;m++)
	{
		for(int n=0;n<linewidth>>1;n++)
			secondimage[m][n]=image[2*m][2*n];
	}
	HaarTrans(pbi->bmiHeader.biHeight>>1,linewidth>>1,secondimage,&max,&min);
	GetCoefficient(secondimage,pbi->bmiHeader.biHeight>>1,linewidth>>1);
	threeimage=new int*[pbi->bmiHeader.biHeight>>2];
	for(int hh=0;hh<pbi->bmiHeader.biHeight>>2;hh++)
	{
		threeimage[hh]=new int[linewidth>>2];
	}
	for(int mm=0;mm<pbi->bmiHeader.biHeight>>2;mm++)
	{
		for(int nn=0;nn<linewidth>>2;nn++)
			threeimage[mm][nn]=secondimage[2*mm][2*nn];
	}
	HaarTrans(pbi->bmiHeader.biHeight>>2,linewidth>>2,threeimage,&max,&min);
	GetCoefficient(threeimage,pbi->bmiHeader.biHeight>>2,linewidth>>2);
	Three_ToLpshowbuf(image,secondimage,threeimage,&max,&min);
	scale=3;

	//释放内存
	for(int z=0;z<pbi->bmiHeader.biHeight>>2;z++)
	{
		delete [] image[4*z];
		delete [] image[4*z+1];
		delete [] image[4*z+2];
		delete [] image[4*z+3];
		delete [] secondimage[2*z];
		delete [] secondimage[2*z+1];
		delete [] threeimage[z];
	}
	delete [] image;
	delete [] secondimage;
	delete [] threeimage;

    UpdateAllViews(NULL, 0, NULL);
}



void CDecompressDoc::OnHaarFour() 
{
	// TODO: Add your command handler code here
	//pbi->bmiHeader.biHeight=16;
	//pbi->bmiHeader.biWidth=16;
	int linewidth=(pbi->bmiHeader.biWidth*pbi->bmiHeader.biBitCount+31)/32*4;
	int max,min;
	int** image;   //用于变换的整型图象数据
	int** secondimage;  //存放用于第二层变换的图象数据
	int** threeimage;   //存放用于第三层变换的图象数据
	int** fourimage;   //存放用于第四层变换的图象数据
	JiFlag=0;  //Haar小波
	
    //生成对lpBuf的二维数组索引
	image=new int*[pbi->bmiHeader.biHeight];
	for(int i=0;i<pbi->bmiHeader.biHeight;i++)
	{
		image[i]=new int[linewidth];
	//	image[i]=(int*)(lpBuf+i*linewidth);
	}
	for(int ii=pbi->bmiHeader.biHeight-1; ii>=0; ii--)
	{
		for(int jj=0; jj<linewidth; jj++)
			image[ii][jj]=*(lpBuf+(pbi->bmiHeader.biHeight-1-ii)*linewidth+jj);
	}
	//ChangeImage(image);
	max=min=image[0][0];
    HaarTrans(pbi->bmiHeader.biHeight,linewidth,image,&max,&min);
	GetCoefficient(image,pbi->bmiHeader.biHeight,linewidth);
	secondimage=new int*[pbi->bmiHeader.biHeight>>1];
	for(int h=0;h<pbi->bmiHeader.biHeight>>1;h++)
	{
		secondimage[h]=new int[linewidth>>1];
	}
	for(int m=0;m<pbi->bmiHeader.biHeight>>1;m++)
	{
		for(int n=0;n<linewidth>>1;n++)
			secondimage[m][n]=image[2*m][2*n];
	}
	HaarTrans(pbi->bmiHeader.biHeight>>1,linewidth>>1,secondimage,&max,&min);
	GetCoefficient(secondimage,pbi->bmiHeader.biHeight>>1,linewidth>>1);
	threeimage=new int*[pbi->bmiHeader.biHeight>>2];
	for(int hh=0;hh<pbi->bmiHeader.biHeight>>2;hh++)
	{
		threeimage[hh]=new int[linewidth>>2];
	}
	for(int mm=0;mm<pbi->bmiHeader.biHeight>>2;mm++)
	{
		for(int nn=0;nn<linewidth>>2;nn++)
			threeimage[mm][nn]=secondimage[2*mm][2*nn];
	}
	HaarTrans(pbi->bmiHeader.biHeight>>2,linewidth>>2,threeimage,&max,&min);
	GetCoefficient(threeimage,pbi->bmiHeader.biHeight>>2,linewidth>>2);
	fourimage=new int*[pbi->bmiHeader.biHeight>>3];
	for(hh=0;hh<pbi->bmiHeader.biHeight>>3;hh++)
	{
		fourimage[hh]=new int[linewidth>>3];
	}
	for(mm=0;mm<pbi->bmiHeader.biHeight>>3;mm++)
	{
		for(int nn=0;nn<linewidth>>3;nn++)
			fourimage[mm][nn]=threeimage[2*mm][2*nn];
	}
	HaarTrans(pbi->bmiHeader.biHeight>>3,linewidth>>3,fourimage,&max,&min);
	GetCoefficient(fourimage,pbi->bmiHeader.biHeight>>3,linewidth>>3);
	Four_ToLpshowbuf(image,secondimage,threeimage,fourimage,&max,&min);
	scale=4;

	//释放内存
	for(int z=0;z<pbi->bmiHeader.biHeight>>3;z++)
	{
		delete [] image[8*z];
		delete [] image[8*z+1];
		delete [] image[8*z+2];
		delete [] image[8*z+3];
		delete [] image[8*z+4];
		delete [] image[8*z+5];
		delete [] image[8*z+6];
		delete [] image[8*z+7];
		delete [] secondimage[4*z];
		delete [] secondimage[4*z+1];
	    delete [] secondimage[4*z+2];
		delete [] secondimage[4*z+3];
		delete [] threeimage[2*z];
        delete [] threeimage[2*z+1];
		delete [] fourimage[z];
	}
	delete [] image;
	delete [] secondimage;
	delete [] threeimage;
	delete [] fourimage;

    UpdateAllViews(NULL, 0, NULL);


}

void CDecompressDoc::Three_ToLpshowbuf(int **OneImage, int **SecondImage, int **ThreeImage, int *max, int *min)
{
	int temp;
 	int linewidth=(pbi->bmiHeader.biWidth*pbi->bmiHeader.biBitCount+31)/32*4;

	//把所有变换后的系数映射到0-255
	for(int i3=0;i3<(pbi->bmiHeader.biHeight>>2);i3++)
	{
		for(int j3=0;j3<(linewidth>>2);j3++)
			ThreeImage[i3][j3]=(ThreeImage[i3][j3]-*min)*255/(*max-*min);
	}

	for(int m3=0;m3<(pbi->bmiHeader.biHeight>>1);m3++)
	{
		for(int n3=0;n3<(linewidth>>1);n3++)
		{
			
			SecondImage[m3][n3]=(SecondImage[m3][n3]-*min)*255/(*max-*min);
			OneImage[m3][n3]=(OneImage[m3][n3]-*min)*255/(*max-*min);
			OneImage[(pbi->bmiHeader.biHeight>>1)+m3][n3]=(OneImage[(pbi->bmiHeader.biHeight>>1)+m3][n3]-*min)*255/(*max-*min);
			OneImage[m3][(linewidth>>1)+n3]=(OneImage[m3][(linewidth>>1)+n3]-*min)*255/(*max-*min);
			OneImage[(pbi->bmiHeader.biHeight>>1)+m3][(linewidth>>1)+n3]=(OneImage[(pbi->bmiHeader.biHeight>>1)+m3][(linewidth>>1)+n3]-*min)*255/(*max-*min);
		}
	}
 	//把所有系数放入lpshowbuf中显示出来
 	for(int x3=0;x3<pbi->bmiHeader.biHeight>>3;x3++)
 	{
 		for(int y3=0;y3<linewidth>>3;y3++)
 		{
 			temp=ThreeImage[2*x3][2*y3];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x3)*linewidth+y3]=(BYTE)temp;
 			temp=ThreeImage[2*x3][2*y3+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x3-(pbi->bmiHeader.biHeight>>3))*linewidth+y3]=(BYTE)temp;
 			temp=ThreeImage[2*x3+1][2*y3];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x3)*linewidth+(linewidth>>3)-1+y3]=BYTE(temp);
 			temp=ThreeImage[2*x3+1][2*y3+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x3-(pbi->bmiHeader.biHeight>>3))*linewidth+(linewidth>>3)-1+y3]=(BYTE)temp;
 		}
 	}
 	for(int x=0;x<pbi->bmiHeader.biHeight>>2;x++)
 	{
       for(int y=0;y<linewidth>>2;y++)
	   {
 			//temp=secondimage[2*x][2*y];
 			//lpshowbuf[(pbi->bmiHeader.biHeight-1-x)*linewidth+y]=(BYTE)temp;
 			temp=SecondImage[2*x][2*y+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x-(pbi->bmiHeader.biHeight>>2))*linewidth+y]=(BYTE)temp;
 			temp=SecondImage[2*x+1][2*y];
            lpshowbuf[(pbi->bmiHeader.biHeight-1-x)*linewidth+(linewidth>>2)-1+y]=(BYTE)temp;
 			temp=SecondImage[2*x+1][2*y+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x-(pbi->bmiHeader.biHeight>>2))*linewidth+(linewidth>>2)-1+y]=(BYTE)temp;
 		}
 	}
 	for(int xx=0;xx<pbi->bmiHeader.biHeight>>1;xx++)
 	{
 		for(int yy=0;yy<linewidth>>1;yy++)
 		{
 			temp=OneImage[2*xx][2*yy+1];
 			lpshowbuf[((pbi->bmiHeader.biHeight>>1)-1-xx)*linewidth+yy]=(BYTE)temp;
 			temp=OneImage[2*xx+1][2*yy];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-xx)*linewidth+(linewidth>>1)-1+yy]=(BYTE)temp;
 			temp=OneImage[2*xx+1][2*yy+1];
 			lpshowbuf[((pbi->bmiHeader.biHeight>>1)-1-xx)*linewidth+(linewidth>>1)-1+yy]=(BYTE)temp;
 		}
 	}

}


void CDecompressDoc::Four_ToLpshowbuf(int **OneImage, int **SecondImage, int **ThreeImage, int **FourImage, int *max, int *min)
{
	int temp;
	int linewidth=(pbi->bmiHeader.biWidth*pbi->bmiHeader.biBitCount+31)/32*4;
    int i4,j4;
	//把所有变换后的系数映射到0-255
	for(i4=0;i4<(pbi->bmiHeader.biHeight>>3);i4++)
	{
		for(j4=0;j4<(linewidth>>3);j4++)
		{
			FourImage[i4][j4]=(FourImage[i4][j4]-*min)*255/(*max-*min);
	        ThreeImage[i4][j4]=(ThreeImage[i4][j4]-*min)*255/(*max-*min);
			ThreeImage[(pbi->bmiHeader.biHeight>>3)+i4][j4]=(ThreeImage[(pbi->bmiHeader.biHeight>>3)+i4][j4]-*min)*255/(*max-*min);
			ThreeImage[i4][(linewidth>>3)+j4]=(ThreeImage[i4][(linewidth>>3)+j4]-*min)*255/(*max-*min);
			ThreeImage[(pbi->bmiHeader.biHeight>>3)+i4][(linewidth>>3)+j4]=(ThreeImage[(pbi->bmiHeader.biHeight>>3)+i4][(linewidth>>3)+j4]-*min)*255/(*max-*min);
		}
	}

	for(i4=0;i4<(pbi->bmiHeader.biHeight>>1);i4++)
	{
		for(j4=0;j4<(linewidth>>1);j4++)
		{
			SecondImage[i4][j4]=(SecondImage[i4][j4]-*min)*255/(*max-*min);
			OneImage[i4][j4]=(OneImage[i4][j4]-*min)*255/(*max-*min);
			OneImage[(pbi->bmiHeader.biHeight>>1)+i4][j4]=(OneImage[(pbi->bmiHeader.biHeight>>1)+i4][j4]-*min)*255/(*max-*min);
			OneImage[i4][(linewidth>>1)+j4]=(OneImage[i4][(linewidth>>1)+j4]-*min)*255/(*max-*min);
			OneImage[(pbi->bmiHeader.biHeight>>1)+i4][(linewidth>>1)+j4]=(OneImage[(pbi->bmiHeader.biHeight>>1)+i4][(linewidth>>1)+j4]-*min)*255/(*max-*min);
		}
	}
    //把所有系数放入lpshowbuf中显示出来
	for(i4=0;i4<pbi->bmiHeader.biHeight>>4;i4++)
	{
		for(j4=0;j4<linewidth>>4;j4++)
		{
			temp=FourImage[2*i4][2*j4];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-i4)*linewidth+j4]=(BYTE)temp;
 			temp=FourImage[2*i4][2*j4+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-i4-(pbi->bmiHeader.biHeight>>4))*linewidth+j4]=(BYTE)temp;
 			temp=FourImage[2*i4+1][2*j4];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-i4)*linewidth+(linewidth>>4)-1+j4]=BYTE(temp);
 			temp=FourImage[2*i4+1][2*j4+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-i4-(pbi->bmiHeader.biHeight>>4))*linewidth+(linewidth>>4)-1+j4]=(BYTE)temp;
		}
	}
 	for(int x3=0;x3<pbi->bmiHeader.biHeight>>3;x3++)
 	{
 		for(int y3=0;y3<linewidth>>3;y3++)
 		{
 			temp=ThreeImage[2*x3][2*y3+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x3-(pbi->bmiHeader.biHeight>>3))*linewidth+y3]=(BYTE)temp;
 			temp=ThreeImage[2*x3+1][2*y3];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x3)*linewidth+(linewidth>>3)-1+y3]=BYTE(temp);
 			temp=ThreeImage[2*x3+1][2*y3+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x3-(pbi->bmiHeader.biHeight>>3))*linewidth+(linewidth>>3)-1+y3]=(BYTE)temp;
 		}
 	}
 	for(int x=0;x<pbi->bmiHeader.biHeight>>2;x++)
 	{
       for(int y=0;y<linewidth>>2;y++)
	   {
 			//temp=secondimage[2*x][2*y];
 			//lpshowbuf[(pbi->bmiHeader.biHeight-1-x)*linewidth+y]=(BYTE)temp;
 			temp=SecondImage[2*x][2*y+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x-(pbi->bmiHeader.biHeight>>2))*linewidth+y]=(BYTE)temp;
 			temp=SecondImage[2*x+1][2*y];
            lpshowbuf[(pbi->bmiHeader.biHeight-1-x)*linewidth+(linewidth>>2)-1+y]=(BYTE)temp;
 			temp=SecondImage[2*x+1][2*y+1];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-x-(pbi->bmiHeader.biHeight>>2))*linewidth+(linewidth>>2)-1+y]=(BYTE)temp;
 		}
 	}
 	for(int xx=0;xx<pbi->bmiHeader.biHeight>>1;xx++)
 	{
 		for(int yy=0;yy<linewidth>>1;yy++)
 		{
 			temp=OneImage[2*xx][2*yy+1];
 			lpshowbuf[((pbi->bmiHeader.biHeight>>1)-1-xx)*linewidth+yy]=(BYTE)temp;
 			temp=OneImage[2*xx+1][2*yy];
 			lpshowbuf[(pbi->bmiHeader.biHeight-1-xx)*linewidth+(linewidth>>1)-1+yy]=(BYTE)temp;
 			temp=OneImage[2*xx+1][2*yy+1];
 			lpshowbuf[((pbi->bmiHeader.biHeight>>1)-1-xx)*linewidth+(linewidth>>1)-1+yy]=(BYTE)temp;
 		}
 	}


}


void CDecompressDoc::OnD97One() 
{
	// TODO: Add your command handler code here
	int linewidth;
	int max, min;  //记录变换后像素的最大最小值
    int** image;   //用于变换的整型图象数据

	linewidth=(pbi->bmiHeader.biWidth*pbi->bmiHeader.biBitCount+31)/32*4;
    JiFlag=1; //D97小波
    //生成对lpBuf的二维数组索引
	image=new int*[pbi->bmiHeader.biHeight];
	for(int i=0;i<pbi->bmiHeader.biHeight;i++)
	{
		image[i]=new int[linewidth];
	//	image[i]=(int*)(lpBuf+i*linewidth);
	}
	for(int ii=pbi->bmiHeader.biHeight-1; ii>=0; ii--)
	{
		for(int jj=0; jj<linewidth; jj++)
			image[ii][jj]=*(lpBuf+(pbi->bmiHeader.biHeight-1-ii)*linewidth+jj);
	} 
    max=min=image[0][0];
	D97Trans(pbi->bmiHeader.biHeight,linewidth,image,&max,&min);
	GetCoefficient(image,pbi->bmiHeader.biHeight,linewidth);
	One_ToLpshowbuf(image, &max, &min);
	scale=1;
    
	
	//释放内存
    for(int z=0;z<pbi->bmiHeader.biHeight;z++)
	{
		delete [] image[z];
	}
	delete [] image;

    UpdateAllViews(NULL, 0, NULL);