Colorimetric uniformity in star trek the original series, source from bluray
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Colorimetric uniformity
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you are using "--level-idc 40 --crf 15.0 --pools 8 --preset medium --rd 3 --no-rdoq-level --no-psy-rdoq --ref 3 --b-intra --no-fast-intra --keyint 250 --min-keyint 23 --rc-lookahead 20 --bframes 4 --b-adapt 2 --slow-firstpass "
source is bd,
in hdr video the dark part will have more detail.
crf 15 is good enough
since your souce is no hdr video try use 10bit profile, with two pass. test ripper this chapter compare.
Please post your logs the default location is:
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Please use attachment button and attach your most recent, Internal log and post right here.
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Originally posted by Wilson.Wang View Postyou are using "--level-idc 40 --crf 15.0 --pools 8 --preset medium --rd 3 --no-rdoq-level --no-psy-rdoq --ref 3 --b-intra --no-fast-intra --keyint 250 --min-keyint 23 --rc-lookahead 20 --bframes 4 --b-adapt 2 --slow-firstpass "
source is bd,
in hdr video the dark part will have more detail.
crf 15 is good enough
since your souce is no hdr video try use 10bit profile, with two pass. test ripper this chapter compare.
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Originally posted by giaonmarcello9 View Post
I have colorimetric problems, both with 8 Bit hevc and hevc sdr "with program rippers", but maybe I found the system varying --colorprim <integer|string> --transfer <integer|string> --colormatrix <integer|string> 1, 1, 1 to 2,1,1...i have to do some rehearsals and then I'll inform you
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In the old days when we copied and burnt disks, all we cared about was that the process was smooth and outcome was playable. As an aging retiree I follow and try to learn from Q&As as much as I can. You know you're a dinosaur when u get lost with questions such as this one here! (BTW, this is not a criticism, simply admiration.)
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Originally posted by giaonmarcello9 View Post
I have colorimetric problems, both with 8 Bit hevc and hevc sdr "with program rippers", but maybe I found the system varying --colorprim <integer|string> --transfer <integer|string> --colormatrix <integer|string> 1, 1, 1 to 2,1,1...i have to do some rehearsals and then I'll inform you
denotes the amount of information stored during --analysis-save and ‘analysis-load-reuse-level’ denotes the amount of information reused during --analysis-load. Higher the value, higher the information stored/reused, faster the encode. Default 0. If not set during analysis-save/load, the encoder will internally configure them to 5.
Note that --analysis-save-reuse-level and --analysis-load-reuse-level must be paired with --analysis-save and --analysis-load respectively.1 Lookahead information 2 to 4 Level 1 + intra/inter modes, ref’s 5 and 6 Level 2 + rect-amp 7 Level 5 + AVC size CU refinement 8 and 9 Level 5 + AVC size Full CU analysis-info 10 Level 5 + Full CU analysis-info
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