yuvfps: invalid option -- '-' usage: yuvfps -r [NewFpsNum:NewFpsDen] [-s [InputFpsNum:InputFpsDen]] [-i NewInterlacing] [-I InputInterlacing] [-c] [-n] [-w] [-v -h] yuvfps resamples a yuv video stream read from stdin to a new stream, identical to the source with frames repeated/copied/removed written to stdout. Alternatively each output frame/field can be produced as a weighted average of two temporally closest input frames/fields. -r Frame rate for the resulting stream (in X:Y fractional form) -w Use weighted average of two temporally closest input frames/fields -c Change only the output header, does not modify stream -s Assume this source frame rate ignoring source YUV header -i Interlacing for the resulting stream ('p', 't' or 'b') -I Assume this source interlacing ignoring source YUV header -n don't try to normalize the input framerate -v Verbosity degree : 0=quiet, 1=normal, 2=verbose/debug -h print this help

yuvfps: invalid option -- '-' usage: yuvfps -r [NewFpsNum:NewFpsDen] [-s [InputFpsNum:InputFpsDen]] [-i NewInterlacing] [-I InputInterlacing] [-c] [-n] [-w] [-v -h] yuvfps resamples a yuv video stream read from stdin to a new stream, identical to the source with frames repeated/copied/removed written to stdout. Alternatively each output frame/field can be produced as a weighted average of two temporally closest input frames/fields. -r Frame rate for the resulting stream (in X:Y fractional form) -w Use weighted average of two temporally closest input frames/fields -c Change only the output header, does not modify stream -s Assume this source frame rate ignoring source YUV header -i Interlacing for the resulting stream ('p', 't' or 'b') -I Assume this source interlacing ignoring source YUV header -n don't try to normalize the input framerate -v Verbosity degree : 0=quiet, 1=normal, 2=verbose/debug -h print this help