View difference between Paste ID: 2JPC88Lc and LC4pB1Sg

-# avisynth script template for cel anime dvds that contain field blending/aliasing, dot-crawl and rainbowing.
+# avisynth script template for cel anime dvds (or laserdiscs) that contain field blending/aliasing, dot-crawl and rainbowing.
 # note: this thing tries to be mild, since the creator doesn't believe in overfiltering and destroying the original sources.
 
 function daa3slow(clip c) {
 dbl   = merge(c.nnedi3(etype=1, field = 1, nns = 4, qual=2, nsize = 3,fapprox = 7,pscrn=1),c.nnedi3(etype=1, field = 0, nns = 4, qual=2, nsize = 3,fapprox = 7,pscrn=1))
 dblD = mt_makediff(c,dbl,U=3,V=3)
 shrpD = mt_makediff(dbl,dbl.removegrain(11),U=3,V=3)
 DD = shrpD.repair(dblD,13)
 return dbl.mt_adddiff(DD,U=3,V=3) }
 
 #or use this faster version if daa3slow is too fast for you:
 function daa3(clip c) {
 dbl   = merge(c.nnedi3(etype=1, field = 1, nns = 2,nsize = 3,fapprox = 7,pscrn=1),c.nnedi3(etype=1, field = 0, nns = 2, nsize = 3,fapprox = 7,pscrn=1))
 dblD = mt_makediff(c,dbl,U=3,V=3)
 shrpD = mt_makediff(dbl,dbl.removegrain(11),U=3,V=3)
 DD = shrpD.repair(dblD,13)
 return dbl.mt_adddiff(DD,U=3,V=3) }
 
 
 
 # Here comes your video source line (your video must still be interlaced - it gets IVTCed/decimated as a first step, below)
 # Input a lossless encode of the captured video (made through virtualdub I guess). Could be a mkv,
 # but then you would need fffvideosource() isntead
 # for dvd, use dgindex/dgdecode source instead.
 
 avisource("c:\something\yoursource.avi")
 
 
 # inverse telecine + decimation, to get to 24 fps.
-#assumetff()
+
 # the following line to make TFM() work.
 
 assumetff()
 
 #if dot crawl is very strong and this script isn't removing it enough, you can uncomment this line, but it can hurt details a bit
 #TComb(mode=0,fthreshl=2,fthreshc=1,othreshl=1,othreshc=6,map=false,scthresh=12.0)
 
 
 tfm(slow=2,pp=1,mode=2).tdecimate()
 assumefps(24000,1001)
 
 
 
 # Here comes a hack against dot crawl - it doesn't remove it 100%ly, but is rather detail safe.
 # It however needs that the file "noisepattern.avi" must be present in the location specified below.
 # That video contains a sample of dot-crawl noise to serve as a 'training' for fft3dfilter.
 # it is a sample video from a lousy ADV DVD... ask and ye shall be given, I guess?
 # try htttp://ulozto.net/x493J9tg/noisepattern-avi
 
 # also, your video needs to be 720x480 here - crop at the end of the script instead
 
 src = last
 
 
 # change the path of the noisepattern.avi file to wherever you put it
 avisource("c:\pattern\noisepattern.avi") + last
 
 unf = last
 fft3dfilter(sigma= 1.7500, plane=0,bw=8,bh=8)
 den = last
 denoisediff = mt_makediff(unf,den,U=3,V=3)
 fft3dfilter(sigma= 0.01, pframe = 0, px = 34,py = 18, plane=0,pfactor =0.7,pcutoff=0.01,pshow=false,bw=8,bh=8)
 mt_adddiff(denoisediff,U=3,V=3)
 trim(1,0)
 
 
 # Now we will derainbow. Again, rather detail safe, but some limited discoloration can happen.
 # Current derainbowing methods available are sadly far form perfect.
 
 prerb = last
 derbmask = removegrainhd(rank=23,radius=6).tedgemask(threshY=8).mt_inflate()
 
 prefiltered = last
 derbsuperfilt = MSuper(prefiltered)
 derbsuper = derbsuperfilt
 derbbackward_vectors = MAnalyse(derbsuperfilt, truemotion = true, isb = true, chroma=false)
 derbforward_vectors = MAnalyse(derbsuperfilt, truemotion = true, isb = false, chroma=false)
 derbforward_compensation = MCompensate(derbsuper, derbforward_vectors)
 derbbackward_compensation = MCompensate(derbsuper, derbbackward_vectors)
 interleave(derbforward_compensation,last,derbbackward_compensation)
 dfmderainbow(maskthresh=10)
 selectevery(3,1)
 mt_merge(prerb,last, derbmask,luma=true)
 
 
 # now antialising (your video should still be 720x480 here - or at least should have height divisible by 4)
 # this line covers up nasty aliasing and interlacing artifacts (combing) that are left from field blends.
 # It nicely smooths those nasties and is still quite nice to detail.
 # The daa3slow() function is defined at the start of this script.
 
 spline36resize(width,height*3/2).daa3slow.spline36resize(width,height)
 
 #now we will stabilise lines/edges, it also helps against some dot crawl and shimmering. It should be detail-safe, though not 100%.
 
 source = last
 
 prefilt = last.removegrain(6).FFT3Dfilter(sigma=1.5,bw=16,bh=16,bt=3,ow=8,oh=8,plane=4)
 superfilt = prefilt.MSuper(pel=2, sharp=1)
 super = MSuper(pel=2, sharp=1)
 backward_vec2 = MAnalyse(superfilt, isb = true, delta = 2, overlap=4)
 backward_vec1 = MAnalyse(superfilt, isb = true, delta = 1, overlap=4)
 forward_vec1 = MAnalyse(superfilt, isb = false, delta = 1, overlap=4)
 forward_vec2 = MAnalyse(superfilt, isb = false, delta = 2, overlap=4)
-#You can crop now. Also, add denoising filters now if desired. /Please be gentle ;)/
+
 
 degrainedge = source.MDegrain2(super, backward_vec1,forward_vec1,backward_vec2,forward_vec2,thSAD=230)
 edgemask = removegrainhd(rank=25,radius=6).tedgemask(threshY=8)
 
 mt_merge(source,degrainedge,edgemask,luma=true)
 
 #You can crop now. Also, add denoising filters now if desired. /Please be gentle ;)/
 #for example:
 #crop(4,0,-4,0)