OptimFROG Lossless Audio Codec (Win/x64) v5.100 [2016-09-02] Built on Sep 2 2016 16:53:17 using configuration MSCVER_WIN64_MX64. Copyright (C) 1996-2016 Florin Ghido, all rights reserved. Visit http://LosslessAudio.org/ for updates and more information. @OptimFROG is also on Twitter. E-mail: florin.ghido@gmail.com Free for non-commercial and commercial use. However, distribution of command-line Encoders with other software may need permission. Usage: ofr [command] [options] src1 [--output dst1] src2 [--output dst2] ... Commands: --encode encode WAV/RAW file(s) to OFR file(s) --decode decode OFR file(s) to WAV/RAW file(s) --info print information about OFR file(s) --verify quick verify integrity of OFR file(s) --check check raw PCM input data MD5 of OFR file(s) --help display detailed parameter reference Options: --preset level use compression preset level, defined as 0: 1.00x 0.00% # --mode fast --optimize none --no-aca 1: 1.02x 0.54% # --mode fast --optimize none --aca 2: 1.42x 1.56% # --mode normal --optimize fast --aca 3: 2.17x 1.90% # --mode high --optimize fast --aca 4: 2.57x 2.45% # --mode turbonew --optimize fast --aca 5: 2.90x 2.62% # --mode fastnew --optimize fast --aca 6: 3.41x 2.78% # --mode normalnew --optimize fast --aca 7: 4.26x 2.94% # --mode highnew-light --optimize fast --aca 8: 5.10x 3.06% # --mode extranew-light --optimize fast --aca 9: 8.77x 3.33% # --mode bestnew-light --optimize fast --aca 10: 11.57x 3.41% # --mode ultranew-light --optimize fast --aca max: 11.68x 3.47% # --mode ultranew-light --aca --acm --optimize best first column is average decoder complexity relative to preset 0 second column is average compression gain relative to preset 0 third column contains the equivalent options for the preset all presets also include --seek normal, which is the default +1000 can be added to any preset to activate --acm +2000 can be added to any preset to activate --optimize best preset max is currently equivalent with preset 10 + 1000 + 2000 the default preset is 2 and it is implicitly activated --mode {fast|normal*|high|turbonew|fastnew|normalnew|highnew-light| extranew-light|bestnew-light|ultranew-light} also available are extra, best, ultra, insane, highnew, extranew, bestnew, ultranew, and extrafast, but they are (significantly) less efficient than the above modes --silent be as silent as possible --verbose be verbose --overwrite overwrite existing file(s) --time display elapsed time for every operation --md5 store MD5 of original raw PCM input data --timestamp set destination file time stamp from source --deleteafter delete source file after successful operation --selfextract create self extracting (executable) file --incorrectheader allow incorrect RIFF and data chunk sizes in WAV header, typically 0xFFFFFFFF, and correct them after encoding --writefreshheader write a fresh standard WAV header at decoding --raw specify raw input file(s) --channelconfig {MONO|STEREO_LR} --sampletype {UINT8|SINT8|UINT16|SINT16|UINT24|SINT24|UINT32|SINT32} --rate frequency --headersize size save the first size bytes as header --tailsize size save the last size bytes (or a few more) as tail --seek {fast|normal*|slow|min} --optimize {none|fast*|normal|high|best} --maximumcompression (deprecated option, use --preset max) try to obtain the maximum possible compression * must be used alone, do NOT specify --mode, --seek, --optimize * WARNING: very slow encoding, mainly for benchmark equivalent with --mode ultranew --optimize best --seek slow --experimental (deprecated name, use --advanced-compression) --advanced-compression enable advanced compression, which is stable, but NOT backward compatible with any previous 4.5xx versions * use with any mode for greatly improved compression for some files (on average, 0.60% better compression for Audio CDs) * extranew speed: encoding < 35% slower, decoding < 11% slower * can be also used together with --maximumcompression --advanced-compression-analysis or --aca (activated by default) --no-advanced-compression-analysis or --no-aca enable or disable advanced compression analysis, which obtains most of the compression improvements of --advanced-compression, while being faster than it at both encoding and decoding --advanced-compression-modeling or --acm enable advanced compression modeling, which further improves compression very slightly, however with slower encoding

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