[Kekkan] 自称悪役令嬢な婚约者の観察记录。 / Jishou Akuyaku Reijou na Konyakusha no Kansatsu Kiroku. (WebRip 1080p AV1 简繁官字)
[Kekkan] 自称悪役令嬢な婚约者の観察记录。 / Jishou Akuyaku Reijou na Konyakusha no Kansatsu Kiroku. (WebRip 1080p AV1 简繁官字) [4.6GB]


vsdenoise.frequency_merge.MVTools based processing focusing on two issues: stablising the heavy grain in the source and stabilising the flickering lineart in panning scenes. In order to fix the flickering and also maximise encoder detail retention, we choose MotionMode.COHERENCE for caculating MVs. For blocks with no valid MVs, we use a tuned DFTTest + bm3d to denoise. At last, to prevent removing too much noise in flashback scenes, we protect the processing with a frame mask made from MVTools.mask and std.PlaneStats. EEDI2 via vsTAAmbk.TAAmbk and a gaussian based method via fmtc.resample to AA.vsdehalo.dehalo_alpha to dehalo, protected by mask created via vsdehalo.fine_dehalo.mask and a bilateral based protection. On chroma, we perform a light dehalo using vsdehalo.edge_cleaner, protected by mask created via vsdehalo.fine_dehalo.mask. --lineart-psy-bias 3 --texture-psy-bias 4 as a base, while setting --noise-psy-bias 2 --texture-ac-bias 3.0 --texture-energy-bias 1.10, making it halfway to --texture-psy-bias 5. For --crf, we use --crf 24.80 for this encode, and we also set --high-quality-encode-psy-bias 1. At last, to minimise unpleasant ringing caused by the remaining noise after filtering, we use --psy-bias-sharpness-rounding 52.[Kekkan] 自称悪役令嬢な婚约者の観察记录。 / Jishou Akuyaku Reijou na Konyakusha no Kansatsu Kiroku. (WebRip 1080p AV1 简繁官字)
介绍


vsdenoise.frequency_merge.MVTools based processing focusing on two issues: stablising the heavy grain in the source and stabilising the flickering lineart in panning scenes. In order to fix the flickering and also maximise encoder detail retention, we choose MotionMode.COHERENCE for caculating MVs. For blocks with no valid MVs, we use a tuned DFTTest + bm3d to denoise. At last, to prevent removing too much noise in flashback scenes, we protect the processing with a frame mask made from MVTools.mask and std.PlaneStats. EEDI2 via vsTAAmbk.TAAmbk and a gaussian based method via fmtc.resample to AA.vsdehalo.dehalo_alpha to dehalo, protected by mask created via vsdehalo.fine_dehalo.mask and a bilateral based protection. On chroma, we perform a light dehalo using vsdehalo.edge_cleaner, protected by mask created via vsdehalo.fine_dehalo.mask. --lineart-psy-bias 3 --texture-psy-bias 4 as a base, while setting --noise-psy-bias 2 --texture-ac-bias 3.0 --texture-energy-bias 1.10, making it halfway to --texture-psy-bias 5. For --crf, we use --crf 24.80 for this encode, and we also set --high-quality-encode-psy-bias 1. At last, to minimise unpleasant ringing caused by the remaining noise after filtering, we use --psy-bias-sharpness-rounding 52.