以下为改动后去掉unfilter的AAA

# AAA - AnimeAntiAliasing
#
# Thanks @ Didée, mf, Akirasuto, SpikeSpiegel & ScharfisBrain...
#________________________________________________________________________________________
#
# Usage: AAA(Xres, Yres, Xshrp, Yshrp, Us, Ds, chroma)
#________________________________________________________________________________________
#
# Xres/Yres = The final resolution... InputSize = OutputSize is the default
#
# Xshrp/Yshrp = Unfilter strength... Settings of 15,15 are the defaults
#
# Us = Resizer for upsampling... 0 = PointResize (default) / 1 = Lanczos
#
# Ds = Resizer for downsampling... 0 = Bilinear (default) / 1 = Bicubic / 2 = Lanczos
#
# Chroma = Enable/disable chroma antialiasing... Disable = false (default) / enable = true
#________________________________________________________________________________________
#
# Example...
#
# Import("C:\Programme\AviSynth 2.5\plugins\AAA.avs")
#
# AAA(720,576,20,20,1,2,chroma=false)
#________________________________________________________________________________________



LoadPlugin("E:\WORK\Encoder\AviSynthPlugins\masktools.dll")
LoadPlugin("E:\WORK\Encoder\AviSynthPlugins\SangNom.dll")

function AAA(clip clp, int "Xres", int "Yres", int "Xshrp", int "Yshrp", 
 \       int "US", int "DS", bool "chroma")
         {
         clp = clp.isYV12() ? clp : clp.ConvertToYV12()
         #clp = clp.ConvertToYV12()
         ox = clp.width
         oy = clp.height
         Xres  = default(Xres,  ox)
         Yres  = default(Yres,  oy)
         us  = default(us, 1)
         ds = default(ds, 2)
         Xshrp = default(Xshrp, 15)
         Yshrp = default(Yshrp, 15)
         chroma = default(chroma, false)
         
         us==0 ? clp.PointResize(ox*2,oy*2) : clp.LanczosResize(ox*2,oy*2)

         TurnLeft()
         SangNom()

         TurnRight()
         SangNom()

         ds==0 ? BilinearResize(Xres,Yres) : 
 \       ds==1 ? BicubicResize(Xres,Yres) : 
 \       LanczosResize(Xres,Yres)

         #Unfilter(Xshrp,Yshrp)

         chroma ? MergeChroma(clp.Lanczosresize(Xres,Yres)) : last

         }

处理后如下：

可恶的是片中锯齿比比皆是...使人很难有耐心一段段找出来...
其直接结果就是从9fps狂跌到3fps 不过比起TMPEGEnc降噪貌似还是稍微快点

mpeg2source("F:\Compress\SchoolRumbel2\SR2_1.d2v",info=3)
#edeintted = SeparateFields().SelectEven().EEDI2(field=-1)
#tdeintted = TDeint(edeint=edeintted)
tfm().tdecimate(mode=1,hybrid=1)
ColorMatrix(d2v="F:\Compress\SchoolRumbel2\SR2_1.d2v")
crop( 10, 0, -10, -2)

LanczosResize(640,480) # Lanczos (Sharp)
Undot() # Minimal Noise

trim(0,7211)+trim(7212,7216).Blur(1.58).Blur(1.58)+trim(7217,0)
AAA().AAA().LimitedSharpenFaster()

通常说Hybrid FILM/NTSC一般会出现在手绘与CG结合片子里
近期碰到几部片子却几乎全手绘的片子里，很是奇怪
经观察后猜测，DVD很像是先进行了interlace处理然后再进行剪辑作业
此编辑顺序真是不让人苟同...
且不说deinterlace会怎样，有时在TV上都能感到些微的异样...
更不说像SR2一样的静态大锯齿...更是显而易见...
使人联想到D商的VCD2DVD...
以上纯粹个人猜想，如有错误，请不吝赐教
那么就以“......”作为结束语吧 orz

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压OTOHiME 15时不幸眼尖看到看到小横线...
翻看尝试TIVTC 4h后无果 接着尝试Decomb和IT 发现仍有类似现象 直接手动却没有
最后终发现一切皆为ColorMatrix所造成

ColorMatrix直接放在之前的话会在画面产生意外的小短线
解决办法就是放在后面或者加interlaced=true参数(没测试)，就是如此简单

看下图:

Mpeg2source("G:\HIME\OTO15\OTOHiME_15.d2v",info=3)
ColorMatrix(hints=true)
tfm(mode=1,PP=6,display=true).tdecimate(mode=1,cycle=5,cycleR=1,display=false)
#ColorMatrix(d2v="G:\HIME\OTO15\OTOHiME_15.d2v")

Mpeg2source("G:\HIME\OTO15\OTOHiME_15.d2v",info=3)
#ColorMatrix(hints=true)
tfm(mode=1,PP=6,display=true).tdecimate(mode=1,cycle=5,cycleR=1,display=false)
ColorMatrix(d2v="G:\HIME\OTO15\OTOHiME_15.d2v")

之后翻看DOOM9 翻到最后一页赫然写着

既然如此就顺便介绍参数
mode-
   ColorMatrix(clip, mode="Rec.709->Rec.601")
   ColorMatrix(clip, mode="Rec.601->Rec.709")
   (Default) Rec.709->Rec.601
interlaced -
   ColorMatrix(clip, interlaced=false)
   源为交错时需要开启
   (Default) false
opt -
   ColorMatrix(clip,opt=3)
   0 - force c routine
   1 - force mmx routine
   2 - force sse2 routine
   3 - auto detect
   (Default) 3
hints -
   ColorMatrix(clip, hints=false)
   检测d2v颜色，根据mode判断是否需要转换
   需要在mpeg2source里打开info=3，且紧接mpeg2source
   不能与d2v同时使用
    (Default) false
d2v -
   ColorMatrix(clip, d2v="FA.d2v")
   作用与hints相同，不能与hints同时使用
    (Default) null
debug -
   ColorMatrix(clip, debug=false)
   (Default) false

ColorMatrix 1.10
[file]http://www.geocities.com/wilbertdijkhof/ColorMatrix_v110.zip[/file]

ColorMatrix 2.0
[file]http://bengal.missouri.edu/~kes25c/ColorMatrixv2.zip[/file]

注:
1) I709(ITU-R BT.709) = Rec.709 coefficients
2) FCC (almost the same as Rec.601)
3) I470(ITU-R BT.470-2) = Rec.601 coefficients [an updated version of Rec.470-6, but coefficients are exactly the same]
4) S170(SMPTE 170M) = exactly the same as Rec.601
5) S240(SMPTE 240M) = almost the same as Rec.709

For ColorMatrix we assume I709 = S240 and I470=FCC=S170, because the error will be very small.

注2:
QuEnc无须使用
QuEnc -> fcc coefficients ~ Rec.601 coefficients

注3:
Anything -> Mpeg-4
------------------------
Source Colorimetry--------ColorMatrix
ITU-R BT.470-----------------No
ITU-R BT.601-----------------No
ITU-R BT.709-----------------Yes
SMPTE 170 M-----------------No
SMPTE 240 M-----------------Yes

注4:
如源为VFAPI，并不会因为RGB24转换影响使用

TMPsource("FA.tpr")
ConvertToYV12()
ColorMatrix(d2v="FA.d2v")

注5:
TIVTC vfr 2pass时提示
TFM: crc32 in input files does not match that of current clip...
这是因为TFM在2pass是做crc32检测两次pass是否相同
解决办法是禁止检查(不会 orz...) 或者删除stats文件开头的"crc="

此文大量参考v1.10所带文档及Doom9.org，一切以其为准
http://forum.doom9.org/showthread.php?t=82217

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