theora_encoder_example: unrecognized option '--version' Usage: encoder_example [options] [audio_file] video_file Options: -o --output <filename.ogv> file name for encoded output; If this option is not given, the compressed data is sent to stdout. -A --audio-rate-target <n> bitrate target for Vorbis audio; use -a and not -A if at all possible, as -a gives higher quality for a given bitrate. -V --video-rate-target <n> bitrate target for Theora video --soft-target Use a large reservoir and treat the rate as a soft target; rate control is less strict but resulting quality is usually higher/smoother overall. Soft target also allows an optional -v setting to specify a minimum allowed quality. --two-pass Compress input using two-pass rate control This option requires that the input to the to the encoder is seekable and performs both passes automatically. --first-pass <filename> Perform first-pass of a two-pass rate controlled encoding, saving pass data to <filename> for a later second pass --second-pass <filename> Perform second-pass of a two-pass rate controlled encoding, reading first-pass data from <filename>. The first pass data must come from a first encoding pass using identical input video to work properly. -a --audio-quality <n> Vorbis quality selector from -1 to 10 (-1 yields smallest files but lowest fidelity; 10 yields highest fidelity but large files. '2' is a reasonable default). -v --video-quality <n> Theora quality selector from 0 to 10 (0 yields smallest files but lowest video quality. 10 yields highest fidelity but large files). -s --aspect-numerator <n> Aspect ratio numerator, default is 0 or extracted from YUV input file -S --aspect-denominator <n> Aspect ratio denominator, default is 0 or extracted from YUV input file -f --framerate-numerator <n> Frame rate numerator, can be extracted from YUV input file. ex: 30000000 -F --framerate-denominator <n> Frame rate denominator, can be extracted from YUV input file. ex: 1000000 The frame rate nominator divided by this determinates the frame rate in units per tick -k --keyframe-freq <n> Keyframe frequency -z --speed <n> Sets the encoder speed level. Higher speed levels favor quicker encoding over better quality per bit. Depending on the encoding mode, and the internal algorithms used, quality may actually improve with higher speeds, but in this case bitrate will also likely increase. The maximum value, and the meaning of each value, are implementation- specific and may change depending on the current encoding mode (rate constrained, two-pass, etc.). -d --buf-delay <n> Buffer delay (in frames). Longer delays allow smoother rate adaptation and provide better overall quality, but require more client side buffering and add latency. The default value is the keyframe interval for one-pass encoding (or somewhat larger if --soft-target is used) and infinite for two-pass encoding. -b --begin-time <h:m:s.d> Begin encoding at offset into input -e --end-time <h:m:s.d> End encoding at offset into input encoder_example accepts only uncompressed RIFF WAV format audio and YUV4MPEG2 uncompressed video.

theora_encoder_example: unrecognized option '--help' Usage: encoder_example [options] [audio_file] video_file Options: -o --output <filename.ogv> file name for encoded output; If this option is not given, the compressed data is sent to stdout. -A --audio-rate-target <n> bitrate target for Vorbis audio; use -a and not -A if at all possible, as -a gives higher quality for a given bitrate. -V --video-rate-target <n> bitrate target for Theora video --soft-target Use a large reservoir and treat the rate as a soft target; rate control is less strict but resulting quality is usually higher/smoother overall. Soft target also allows an optional -v setting to specify a minimum allowed quality. --two-pass Compress input using two-pass rate control This option requires that the input to the to the encoder is seekable and performs both passes automatically. --first-pass <filename> Perform first-pass of a two-pass rate controlled encoding, saving pass data to <filename> for a later second pass --second-pass <filename> Perform second-pass of a two-pass rate controlled encoding, reading first-pass data from <filename>. The first pass data must come from a first encoding pass using identical input video to work properly. -a --audio-quality <n> Vorbis quality selector from -1 to 10 (-1 yields smallest files but lowest fidelity; 10 yields highest fidelity but large files. '2' is a reasonable default). -v --video-quality <n> Theora quality selector from 0 to 10 (0 yields smallest files but lowest video quality. 10 yields highest fidelity but large files). -s --aspect-numerator <n> Aspect ratio numerator, default is 0 or extracted from YUV input file -S --aspect-denominator <n> Aspect ratio denominator, default is 0 or extracted from YUV input file -f --framerate-numerator <n> Frame rate numerator, can be extracted from YUV input file. ex: 30000000 -F --framerate-denominator <n> Frame rate denominator, can be extracted from YUV input file. ex: 1000000 The frame rate nominator divided by this determinates the frame rate in units per tick -k --keyframe-freq <n> Keyframe frequency -z --speed <n> Sets the encoder speed level. Higher speed levels favor quicker encoding over better quality per bit. Depending on the encoding mode, and the internal algorithms used, quality may actually improve with higher speeds, but in this case bitrate will also likely increase. The maximum value, and the meaning of each value, are implementation- specific and may change depending on the current encoding mode (rate constrained, two-pass, etc.). -d --buf-delay <n> Buffer delay (in frames). Longer delays allow smoother rate adaptation and provide better overall quality, but require more client side buffering and add latency. The default value is the keyframe interval for one-pass encoding (or somewhat larger if --soft-target is used) and infinite for two-pass encoding. -b --begin-time <h:m:s.d> Begin encoding at offset into input -e --end-time <h:m:s.d> End encoding at offset into input encoder_example accepts only uncompressed RIFF WAV format audio and YUV4MPEG2 uncompressed video.