This is a high effort filtering and encoding for Kanpekiseijo.
slow.pics compare: https://slow.pics/c/RZNAlRmF

The BD is lowpassed, and has a thick layer of authoring noise, which results in distortion and sometimes heavy blocking surrounding sharp character lineart. The CR WEB source has much better character lineart. On the other hand, in background, the BD and CR WEB source is about equal. In some scenes, BD has more details, while in other some scenes, CR WEB has more details.
We first use anime-segmentation model via vs-mlrt to separarte the character and the background. After that, we delowpass the BD following 12-tap blackmanminlobe with [1/1.250, 1/1.425] fh and [1/1.250, 1/1.375] fv.
During the delowpass, we vsdenoise.frequency_merge the BD and WEB. For characters, we take the high frequency information exclusively from WEB to avoid picking up the blocking and dirty mosquito noise in the BD. For background, we add the high frequency information from both BD and manged WEB together.
This anime is almost impossible to denoise using typical method. In some scenes, there are multiple layers of texture on top of each other with each layer having different motion. There are also a lot of scenes that fade to black or white.
For this reason, we only use a very conservative dctf.DCTFilter and DFTTest to decheckerboard CR prior to delowpass, and we don't perform any denoise on BD.
As usual, prior to denoise and delowpass, we perform Lehmer merge on the OP. But to avoid strengthening the checkerboard in WEB, and to limit the noise in BD, we only perform Lehmer merge using a ...]]> http://share.dmhy.org/topics/view/718772_Kekkan_Kanpekiseijo_BDRip_1080p_AV1_Kanpekisugite_Kawaige_ga_Nai_to_Konyaku_Haki_sareta_Seijo_wa_Ringoku_ni_Urareru.html http://share.dmhy.org/topics/view/718771_Kekkan_Kanpekiseijo_BDRip_1080p_HEVC_FLAC_Kanpekisugite_Kawaige_ga_Nai_to_Konyaku_Haki_sareta_Seijo_wa_Ringoku_ni_Urareru.html Tue, 12 May 2026 18:06:59 +0800 More than Kanpeki:

This is a high effort filtering and encoding for Kanpekiseijo.
slow.pics compare: https://slow.pics/c/0FBR2Zdv

The BD is lowpassed, and has a thick layer of authoring noise, which results in distortion and sometimes heavy blocking surrounding sharp character lineart. The CR WEB source has much better character lineart. On the other hand, in background, the BD and CR WEB source is about equal. In some scenes, BD has more details, while in other some scenes, CR WEB has more details.
We first use anime-segmentation model via vs-mlrt to separarte the character and the background. After that, we delowpass the BD following 12-tap blackmanminlobe with [1/1.250, 1/1.425] fh and [1/1.250, 1/1.375] fv.
During the delowpass, we vsdenoise.frequency_merge the BD and WEB. For characters, we take the high frequency information exclusively from WEB to avoid picking up the blocking and dirty mosquito noise in the BD. For background, we add the high frequency information from both BD and manged WEB together.
This anime is almost impossible to denoise using typical method. In some scenes, there are multiple layers of texture on top of each other with each layer having different motion. There are also a lot of scenes that fade to black or white.
For this reason, we only use a very conservative dctf.DCTFilter and DFTTest to decheckerboard CR prior to delowpass, and we don't perform any denoise on BD.
As usual, prior to denoise and delowpass, we perform Lehmer merge on the OP. But to avoid strengthening the checkerboard in WEB, and to limit the noise in BD, we only perform Lehmer merge using a ...]]> http://share.dmhy.org/topics/view/718771_Kekkan_Kanpekiseijo_BDRip_1080p_HEVC_FLAC_Kanpekisugite_Kawaige_ga_Nai_to_Konyaku_Haki_sareta_Seijo_wa_Ringoku_ni_Urareru.html http://share.dmhy.org/topics/view/718418_Kekkan_Champignon_no_Majo_WebRip_1080p_AV1_Alici.html Thu, 07 May 2026 18:47:19 +0800

This is a high effort filtering and encoding for Champignon no Majo and should be the best version you can get right now.
slow.pics compare: https://slow.pics/c/h16Epbs2 (episode 01 to 03)
Additional improvements have been discovered in the encoder that helps with texture retention. Texture retention in episode 04 onwards should be even better than the compare above.

For filtering, the main episode is descalable. We descale the main episode using vsscale.Rescale, and then we write a custom akarin.Expr to carefully dampen the sharpness of the descaled image. Thanks to many people in the JET server such moe teaching me the method, we fully recover the layer of 1080p texture on top of the image after descale.
The OP and ED of this anime is not descalable. Instead we use a stronger vsTAAmbk.TAAmbk to deal with the OP, protected by a custom akarin.Expr taper. And we use vsaa.based_aa to perform aa on the ED.
Also, as usual, before the aa, OP from multiple episodes are merged using vsdenoise.frequency_merge.

For denoise, the main episode doesn't quite need a denoise at all. Instead we only use dctf.DCTFilter to clean up some slightly annoying checkerboard in the source.
For OP and ED, we use the typical vsdenoise.mc_degrain → vsdenoise.bm3d → vsdenoise.nl_means to stabilise dynamic noise.
At last we apply a very conservative dose of vsdenoise.DFTTest before sending to the encoder.

This anime has this layer of texture on top of the image, which is really hard to encode.
We use the very latest version of ...]]> http://share.dmhy.org/topics/view/718418_Kekkan_Champignon_no_Majo_WebRip_1080p_AV1_Alici.html http://share.dmhy.org/topics/view/716486_Kekkan_-_S01_OVA_Tensei_Akujo_no_Kuro_Rekishi_WebRip_1080p_AV1_Alici.html Wed, 08 Apr 2026 23:03:55 +0800 Best Akujo, Iana Magnolia:

This is a medium effort filtering and encoding for Tensei Akujo no Kuro Rekishi.
slow.pics compare: https://slow.pics/c/RJqmL8SY

The source is actually quite nice for this anime: a heavy layer of static grain or texture, next to no banding. Lineart is good as well, apart from some light halo.
For filtering, we first lehmer merge all available CR sources for each episode together using vsdenoise.frequency_merge. For OP, we lehmer merge all episodes together.
After merging, we apply a protective denoise to remove the thin layer of dynamic noise on top using vsdenoise.DFTTest and vsdenoise.mc_degrain, protected by dctf.DCTFilter and a character mask via vs-mlrt's anime-segmentation model.
At last we perform a light dehalo using vsdehalo.dehalo_alpha, protected by the character mask, vsdehalo.fine_dehalo.mask, and a vsrgtools.bilateral based protection from sgt.

For encoding, we use lastest version of 5fish/SVT-AV1-PSY. We use --tune 0 and we use a mixture of --preset 0 and --preset 2 for this encode.
For bitrate allocation, we use Progression Boost's Preset-Basic-Character-Boost for boosting. On the encoder side, we use --balancing-q-bias 1 --variance-boost-strength 1 --variance-octile 6, and especially --noise-level-thr 16000 --noise-level-q-bias 0.06 to control filesize.
For the best texture retention, we use --noise-norm-strength 0 --ac-bias 1.0 --complex-hvs 1 --texture-preserving-...]]> http://share.dmhy.org/topics/view/716486_Kekkan_-_S01_OVA_Tensei_Akujo_no_Kuro_Rekishi_WebRip_1080p_AV1_Alici.html http://share.dmhy.org/topics/view/715496_Kekkan_Majutsushi_Kunon_wa_Mieteiru_WebRip_1080p_AV1_Alici.html Mon, 23 Mar 2026 04:02:22 +0800