Convert uyvy video format to BMP Image

# Include <windows. h> # include <malloc. h ># include <string> using namespace STD; # define clip (Min, X, max) x = (x <min )? Min: (x> MAX )? MAX: X /////////////////////////////////////// //// // construction/destruction //// //////////////////////////////////////// /// // cuyvy2bmp:: cuyvy2bmp (INT width, int height) {m_nwidth = width; m_nheight = height;} cuyvy2bmp ::~ Cuyvy2bmp () {}// accessor int cuyvy2bmp: getheight () {return m_nheight;} int Height: getwidth () {return m_nwidth;} void cuyvy2bmp: makeconversiontable () {for (long J = 0; j <256; ++ J) {table_uyvy2rgb.ytor [J] = partition [J] = table_uyvy2rgb.ytob [J] = (unsigned short) (j <7); table_uyvy2rgb.vtor [J] = J * 180; // 180 = 1.402*128 table_uyvy2rgb.vtog [J] = J * 91; table_uyvy2rgb.utog [J] = J * 44; // 0.3437 = 44/128 table_uyvy2rgb.utob [J] = J * 226; // 1.772 = 226/128} bool cuyvy2bmp: uyvy2bmp (byte * pdst, byte * psrc) {long m = 0; long K = 0; int n = m_nwidth/2; int dec = m_nwidth * 4; int tmpr0 = 0; int tmpg0 = 0; int tmpb0 = 0; int tmpr1 = 0; int tmpg1 = 0; int tmpb1 = 0; makeconversiontable (); k = (m_nHeight-1) * m_nwidth <1; // K points to the last line for (INT I = m_nHeight-1; I>-1; I --) {for (Int J = 0; j <n; j ++) {tflat 0 = (table_uyvy2rgb.ytor [psrc [k + 1] + table_uyvy2rgb.vtor [psrc [K + 2]-22906)> 7; tmpg0 = (table_uyvy2rgb.ytog [psrc [k + 1]-table_uyvy2rgb.vtog [psrc [K + 2]-example [psrc [K + 0] + 17264)> 7; tmpb0 = (table_uyvy2rgb.ytob [psrc [k + 1] + table_uyvy2rgb.utob [psrc [K + 0]-28928)> 7; tmpr1 = (table_uyvy2rgb.ytor [psrc [K + 3] + table_uyvy2rgb.vtor [psrc [K + 2]-22906)> 7; t Mpg1 = (table_uyvy2rgb.ytog [psrc [K + 3]-table_uyvy2rgb.vtog [psrc [K + 2]-example [psrc [K + 0] + 17264)> 7; tmpb1 = (table_uyvy2rgb.ytob [psrc [K + 3] + table_uyvy2rgb.utob [psrc [K + 0]-28928)> 7; clip (0, tmpr0, 255 ); clip (0, tmpg0, 255); clip (0, tmpb0, 255); clip (0, tmpr1, 255); clip (0, tmpg1, 255); clip (0, tmpb1, 255); pdst [M + 0] = tmpb0; pdst [M + 1] = tmpg0; pdst [M + 2] = Tmpr0; pdst [M + 3] = tmpb1; pdst [M + 4] = tmpg1; pdst [M + 5] = tmpr1; k + = 4; m + = 6 ;} k = k-Dec;} return 1;} bool cuyvy2bmp: writebmpfile (lpstr BMP filename, byte * prgbbuf, int ibitcount) {long rgb_size = m_nwidth * m_nheight * 3; if (ibitcount = 24) {file * FP; Long Count = 0; bitmapfileheader bmpheader; bitmapinfo BMP Info; If (FP = fopen (BMP filename, "WB ")) = NULL) {printf ("can not create BMP File: % s \ n ", BMP filename); Return false;} bmpheader. bftype = 'mb'; bmpheader. bfsize = rgb_size + sizeof (bitmapfileheader) + sizeof (bitmapinfoheader); bmpheader. bfreserved1 = 0; bmpheader. bfreserved2 = 0; bmpheader. bfoffbits = sizeof (bitmapfileheader) + sizeof (bitmapinfoheader); BMP info. bmiheader. bisize = sizeof (bitmapinfoheader); BMP info. bmiheader. biwidth = m_nwidth; BMP info. bmiheader. biheight = M_nheight; BMP info. bmiheader. biplanes = 1; BMP info. bmiheader. bibitcount = 24; BMP info. bmiheader. bicompression = bi_rgb; BMP info. bmiheader. bisizeimage = rgb_size; BMP info. bmiheader. bixpelspermeter = 0; BMP info. bmiheader. biypelspermeter = 0; BMP info. bmiheader. biclrused = 0; BMP info. bmiheader. biclrimportant = 0; If (COUNT = fwrite (& bmpheader, 1, sizeof (bitmapfileheader), FP ))! = Sizeof (bitmapfileheader) printf ("Write BMP file header failed: Count = % d \ n", count); If (COUNT = fwrite (& (BMP info. bmiheader), 1, sizeof (bitmapinfoheader), FP ))! = Sizeof (bitmapinfoheader) printf ("read BMP file info failed: Count = % d \ n", count); If (COUNT = fwrite (prgbbuf, 1, rgb_size, FP ))! = Rgb_size) printf ("Write BMP file data failed: Count = % d \ n", count); fclose (FP); Return true;} else return false ;} int main (){

CUYVY2BMP test(352 ,288);    FILE *pFYUV;int errno=0;    int n=test.GetWidth()/2;

// 123 for YUV video file name if (pfyuv = fopen ("123", "rb") = NULL) {return-1 ;} byte * psrcbuf = (byte *) malloc (test. getheight () * test. getwidth () * 2); byte * pdstbuf = (byte *) malloc (test. getheight () * test. getwidth () * 3); fread (psrcbuf, 1, test. getheight () * test. getwidth () * 2, pfyuv); test. uyvy2bmp (pdstbuf, psrcbuf); test. writebmpfile ("402.bmp", pdstbuf, 24); Return 0 ;}