ImageUtils.cpp
void saveFloatImage(const char *filename, const IplImage *srcImg)
{
	cout << "Saving Float Image '" << filename << "' (" << srcImg->width << "," << srcImg->height << "). " << endl;
	IplImage *byteImg = convertFloatImageToUcharImage(srcImg);
	cvSaveImage(filename, byteImg);
	cvReleaseImage(&byteImg);
	//cout << "done saveFloatImage()" << endl;
}
// Store a greyscale floating-point CvMat image into a BMP/JPG/GIF/PNG image,
// since cvSaveImage() can only handle 8bit images (not 32bit float images).

Store a greyscale floating-point CvMat image into a BMP/JPG/GIF/PNG image,
since cvSaveImage() can only handle 8bit images (not 32bit float images).
Store a greyscale floating - point CvMat image into a BMP / JPG / GIF / PNG image since cvSaveImage () can only handle 8bit images ( not 32bit float images ) .
void saveFloatImage(const char *filename, const IplImage *srcImg)
{
	cout << "Saving Float Image '" << filename << "' (" << srcImg->width << "," << srcImg->height << "). " << endl;
	IplImage *byteImg = convertFloatImageToUcharImage(srcImg);
	cvSaveImage(filename, byteImg);
	cvReleaseImage(&byteImg);
}
void saveFloatImage ( const char * filename , const IplImage * srcImg ) { cout << " " << filename << " " << srcImg -> width << " " << srcImg -> height << " " << endl ; IplImage * byteImg = convertFloatImageToUcharImage ( srcImg ) ; cvSaveImage ( filename , byteImg ) ; cvReleaseImage ( & byteImg ) ; }
Store a greyscale floating-point CvMat image into a BMP/JPG/GIF/PNG image,
since cvSaveImage() can only handle 8bit images (not 32bit float images).
Store a greyscale floating - point CvMat image into a BMP / JPG / GIF / PNG image since cvSaveImage () can only handle 8bit images ( not 32bit float images ) .
//cout << "done saveFloatImage()" << endl;
