HighQuality-Deinterlacing, die Zweite

[size=8]# Test-Mask-Deinterlacer (for Restore24)function Tomsbobsoft(clip c){	input=c.separatefields.tomsmocomp(1,-1,1)	a = getparity(input) ? input.selectodd : input.selecteven	b = getparity(input) ? input.selecteven : input.selectodd	a=stackvertical(a.crop(0,0,0,1-a.height),a.crop(0,0,0,-1))	output = getparity(input) ? interleave(b,a) : interleave(a,b)	output.assumeframebased}# Pre-Deinterlacer for Bobmatcher# can also be used as standalone-bobber# Kernelbob, using kernel-interpolation for achieving# a higher resolution at slow-, and nonmoving locationsfunction kernelbob(clip a, int th){	ord = getparity(a) ? 1 : 0	f=a.kerneldeint(order=ord, sharp=true, twoway=true, threshold=th) 	e=a.separatefields.trim(1,0).weave.kerneldeint(order=1-ord, sharp=true, twoway=true, threshold=th)	interleave(f,e).assumeframebased}# TMCbob, uses tomsmocomp-interpolation for getting # diagonal lines with reduced stairsteppingfunction TMCbob(clip c){	ord = getparity(c) ? 1 : 0	c = c.SeparateFields.TomsMoComp(1,-1,0)	c = stackvertical(c.crop(0,0,0,1-c.height),c,c.crop(0,c.height-1,0,0))	evn  = c.SelectEven 	odd  = c.SelectOdd 	evn = (ord == 0) ? evn : evn.crop(0,1,0,0).addborders(0,0,0,1)	odd = (ord == 1) ? odd : odd.crop(0,1,0,0).addborders(0,0,0,1)	interleave(evn,odd).crop(0,0,0,-2).assumeframebased()}# Hehe, the TV-Simulator:function TVdeint(clip clip, float kell){	clip=clip.addborders(0,4,0,4)	input=clip.converttoyuy2().separatefields()	blank=blankclip(selecteven(input))	even=interleave(selecteven(input),blank).weave()	odd =interleave(selectodd(input) ,blank).weave()	output=interleave(even,odd)	kell = (kell < 0 ) || (kell > 1) ? 0 : kell	(kell == 0) ? output : output.blur(0,kell).levels(0,1,255-int(128*kell),0,255)	crop(0,4,0,-4)}# And finally: the bobmatcherfunction bobmatcher(clip fg, int "md", int "deintth", bool "showmask", bool "showmatch", bool "domatch",float "matchth", int "bobmethod"){#	add borders to prevent the border-bug of motionmask	fg.AddBorders(8,0,8,0)	x1=last .converttoyuy2(interlaced=true)#	set vars	md		= default(md,3)	deintth		= default(deintth,3)#	maskedtmc	= default(maskedtmc,true)	matchth		= default(matchth, 0.3)	showmask	= default(showmask,false)	showmatch	= default(showmatch,false)	domatch		= default(domatch,true)	bobmethod	= default(bobmethod,128)#	create bobbing motionmask	evn  	= x1.motionmask(md,deintth)	odd  	= x1.doubleweave.selectodd.motionmask(md,deintth)	mask 	= interleave(evn,odd)#	create bobbed clip#	bobmethod = 0 only uses kernelbob for getting the interpolated data#	bobmethod = 255 only uses TMCbob#	bobmethod = 1..254 uses a weighted mix of kernelbob and TMCbob for getting #			the interpolated data, 128 creates a 1:1-blend (default)	bobx 	= (bobmethod == 0  ) ? x1.kernelbob(5) :		\ (bobmethod == 255) ? x1.tmcbob() :		\ layer(x1.kernelbob(5),x1.tmcbob(),"add",level=bobmethod)	bobx 	= showmask ? bobx.coloryuv(gain_v=-48) : bobx#	create doubleweaved clip	douw	= x1.doubleweave	douw	= showmask ? douw.coloryuv(gain_u=48) : douw#	calculate smartbobbed streams:#	using previous field to get the interpolation of the current fieldglobal	out1	= maskedmix(douw,bobx.trim(1,0),mask)#	using next field to get the interpolation of the current fieldglobal	out2	= maskedmix(douw,bobx,mask).trim(1,0)#	setup mask for matchingglobal	mask1	= mask.converttoyv12global	mask2	= mask1.trim(1,0)#	if masks are to similar (No Matching), blend both bobbed streams together for best outputglobal	outnomatch = overlay(out2,out1,opacity=0.5,mode="blend")#	create debug messagesglobal	outnomatch = showmatch ?                     \outnomatch.subtitle("Using          Both          Fields - No Matching") : outnomatchglobal  out1 = showmatch ? out1.subtitle("Using Previous            Field")     : out1global  out2 = showmatch ? out2.subtitle("Using                   Next Field")  : out2#	do the matchingglobal	outmatch = domatch ? ConditionalFilter(out1, out2, "averageluma(mask1)", 			\ "<", "averageluma(mask2)") : outnomatch#	disable matching, if lumadifference between the prev-mask and the next-mask is smaller than p*100 percentglobal	p 	 = matchth	o6 = ScriptClip(blankclip(out1), "outx")	o8 = FrameEvaluate(o6, "global outx = ((AL1*(1+p) > AL2) && (AL2 > AL1*(1-p))) ? outnomatch : outmatch")	o9 = Frameevaluate(o8,"global AL1 = averageluma(mask1)")	out= Frameevaluate(o9,"global AL2 = averageluma(mask2)")#	do some final things to get the output in sync with other bobbers	out = bobx.trim(0,-3) + out.assumeframebased().trim(2,0)	out.Crop(8,0,-8,0)}[/size]

loadplugin("C:\x\kerneldeint140.dll")
loadplugin("C:\x\tomsmocomp.dll")
loadplugin("C:\x\mpeg2dec.dll") #must be loaded before mpeg2dec3!
loadplugin("C:\x\mpeg2dec3.dll")
mpeg2source("video.d2v",cpu=4,iPP=true).crop(0,76,0,-76)
bobmatcher()