jpeg2yuv: invalid option -- '-' INFO: [jpeg2yuv] Wp x, char ? usage: jpeg2yuv [ options ] where options are ([] shows the defaults): -l num loop -1=forever, n >= 1 n-times -v num verbosity (0,1,2) [1] -b framenum starting frame number [0] -f framerate framerate for output stream (fps) -A sar output sample aspect ratio [1:1] -n numframes number of frames to process [-1 = all] -j {1}%{2}d{3} Read JPEG frames with the name components as follows: {1} JPEG filename prefix (e g rendered_ ) {2} Counting placeholder (like in C, printf, eg 06 )) -I x interlacing mode: p = none/progressive t = top-field-first b = bottom-field-first -L x interleaving mode: 0 = non-interleaved (two successive fields per JPEG file) 1 = interleaved fields -R 1/0 ... 1: rescale YUV color values from 0-255 to 16-235 (default: 1) jpeg2yuv pipes a sequence of JPEG files to stdout, making the direct encoding of MPEG files possible under mpeg2enc. Any JPEG format supported by libjpeg can be read. stdout will be filled with the YUV4MPEG movie data stream, so be prepared to pipe it on to mpeg2enc or to write it into a file. If -j option is omited, filenames are read from stdin. examples: ls *jpg | jpeg2yuv -f 25 -I p > result.yuv | convert all jpg files in curent directory jpeg2yuv -j in_%06d.jpeg -b 100000 > result.yuv | combines all the available JPEGs that match in_??????.jpeg, starting with 100000 (in_100000.jpeg, in_100001.jpeg, etc...) into the uncompressed YUV4MPEG videofile result.yuv jpeg2yuv -It -L0 -j abc_%04d.jpeg | mpeg2enc -f3 -o out.m2v | combines all the available JPEGs that match abc_??????.jpeg, starting with 0000 (abc_0000.jpeg, abc_0001.jpeg, etc...) and pipes it to mpeg2enc which encodes an MPEG2-file called out.m2v out of it

INFO: [jpeg2yuv] Wp x, char h usage: jpeg2yuv [ options ] where options are ([] shows the defaults): -l num loop -1=forever, n >= 1 n-times -v num verbosity (0,1,2) [1] -b framenum starting frame number [0] -f framerate framerate for output stream (fps) -A sar output sample aspect ratio [1:1] -n numframes number of frames to process [-1 = all] -j {1}%{2}d{3} Read JPEG frames with the name components as follows: {1} JPEG filename prefix (e g rendered_ ) {2} Counting placeholder (like in C, printf, eg 06 )) -I x interlacing mode: p = none/progressive t = top-field-first b = bottom-field-first -L x interleaving mode: 0 = non-interleaved (two successive fields per JPEG file) 1 = interleaved fields -R 1/0 ... 1: rescale YUV color values from 0-255 to 16-235 (default: 1) jpeg2yuv pipes a sequence of JPEG files to stdout, making the direct encoding of MPEG files possible under mpeg2enc. Any JPEG format supported by libjpeg can be read. stdout will be filled with the YUV4MPEG movie data stream, so be prepared to pipe it on to mpeg2enc or to write it into a file. If -j option is omited, filenames are read from stdin. examples: ls *jpg | jpeg2yuv -f 25 -I p > result.yuv | convert all jpg files in curent directory jpeg2yuv -j in_%06d.jpeg -b 100000 > result.yuv | combines all the available JPEGs that match in_??????.jpeg, starting with 100000 (in_100000.jpeg, in_100001.jpeg, etc...) into the uncompressed YUV4MPEG videofile result.yuv jpeg2yuv -It -L0 -j abc_%04d.jpeg | mpeg2enc -f3 -o out.m2v | combines all the available JPEGs that match abc_??????.jpeg, starting with 0000 (abc_0000.jpeg, abc_0001.jpeg, etc...) and pipes it to mpeg2enc which encodes an MPEG2-file called out.m2v out of it