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TAAmbk 0.9.0.avsi
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TAAmbk 0.9.0.avsi
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###################################################
### Taro's Anti-Aliasing modified by kewenyu ###
### ###
### Original by 06_taro - astrataro@gmail.com ###
### ###
### Modified by kewenyu - 1059902659@qq.com ###
### ###
### v0.8.0 - 17 July 2016 ###
###################################################
###
###
### This is a modified script based on Taro's TAA v1.6.2, a 3pass anti-aliasing script method based on eedi2,
### eedi3, nnedi3 and SangNom2. Several post processes are taken to avoid details loss on scence or bring in
### new artifacts. This script requires YUV420P input.
###
###Updated functions by DonCanjas - 24 July 2022
Function TAAmbk(clip input, int "aatype", int "aatypeU", int "aatypeV", float "strength", int "preaa", int "cycle",
\ int "mtype", int "magg", clip "mclip", int "mthr", int "mbnr", bool "mclear", int "mepd", int "mipd", float "sigma", float "sigma2", int "txtprt",
\ int "thin", float "dark",
\ float "sharp", int "aarepair", bool "postaa", clip "src", int "stabilize",
\ bool "eedi3m", bool "nnedi3cl", bool "lsb_in", bool "lsb_out", bool "showmask",
\ float "p1", float "p2", float "p3", float "p4", float "p5", float "p6")
{
aatype = Default(aatype, 1)
aatypeU = Default(aatypeU, aatype)
aatypeV = Default(aatypeV, aatype)
strength = Default(strength, 1)
preaa = Default(preaa, 0)
cycle = Default(cycle, 0)
mtype = Default(mtype, 1)
magg = (mtype == 1) ? Default(magg, 0) : 0
mthr = Default(mthr, 20)
mbnr = Default(mbnr, 1)
mclear = Default(mclear, True)
mepd = Default(mepd, 1)
mipd = Default(mipd, mepd)
sigma = Default(sigma, 1.2)
sigma2 = Default(sigma2, 2.8)
txtprt = Default(txtprt, 218)
thin = Default(thin, 0)
dark = Default(dark, 0)
sharp = Default(sharp, 0)
aarepair = Default(aarepair, 0)
postaa = (sharp >= 1 || sharp < -1) ? Default(postaa, True) : Default(postaa, False)
stabilize = Default(stabilize, 0)
eedi3m = (abs(aatype) == 2) ? Default(eedi3m, True) : Default(eedi3m, False)
nnedi3cl = Default(nnedi3cl, False)
lsb_in = Default(lsb_in, False)
lsb_out = lsb_in ? Default(lsb_out, True) : Default(lsb_out, False)
showmask = Default(showmask, False)
src = Default(src, input)
absSh = abs(sharp)
p1 = Default(p1, Undefined())
p2 = Default(p2, Undefined())
p3 = Default(p3, Undefined())
p4 = Default(p4, Undefined())
p5 = Default(p5, Undefined())
p6 = Default(p6, Undefined())
Assert(isYV12(input), """TAAmbk: input is not an YV12 clip ! Only YV12 clip is accepted.""")
Assert( isYV12(src), """TAAmbk: "src" is not an YV12 clip ! Only YV12 clip is accepted.""")
Assert(IsFrameBased(input), """TAAmbk: input must be FrameBased ! You may need to deinterlace first.""")
Assert((aatype >= -4 && aatype <= 7), """TAAmbk: "aatype int(-4~7)" invaild""")
Assert((aatypeU >= -4 && aatypeU <= 7), """TAAmbk: "aatypeU int(-4~7)" invaild""")
Assert((aatypeV >= -4 && aatypeV <= 7), """TAAmbk: "aatypeV int(-4~7)" invaild""")
Assert((preaa>=-1 && preaa<=2),"""TAA: "preaa"(int: -1~2) invalid!""")
Assert((mtype>=0 && mtype<=6), """TAAmbk: "mtype int(0~6)" invalid!""")
Assert((txtprt>=0 && txtprt<=255), """TAAmbk: "txtprt int(0~255)" invalid!""")
Assert((cycle >= 0 && cycle <= 6), """TAAmbk: cycle too many times(>6) may crash your avisynth and meaningless !""")
Assert((aarepair >= -24 && aarepair <= 24), """TAAmbk: "repair int(-24~24)" invaild""")
Assert((stabilize >= -3 && stabilize <= 3), """TAAmbk: "stabilize int(0~3)" invaild""")
Assert((mtype != 0 || defined(mclip) || showmask != true), """TAAmbk: there is no mask to show when you set showmask=True and mtype=0 without defined mclip !""")
Assert((eedi3m != True || mtype != 0 || defined(mclip)), """TAAmbk: there is no mask offer to eedi3 when you set eedi3m=True and mtype=0 without defined a mclip !""")
Assert((mthr >=0 && mthr <= 255), """TAAmbk: mthr int(0~255) invaild""")
Assert((strength >=1 && strength <=2), """TAAmbk: strength int(1~2) invaild""")
Assert((mbnr >= -1 && mbnr <= 8), """TAAmbk: mbnr int(-1~8) invaild""")
Assert((lsb_in != False || lsb_out != True), """TAAmbk: only when input is 16bit can lsb_out be set to True""")
input = lsb_in ? input.Ditherpost(mode=-1) : input
preAAc = (preaa == 0) ? input : TAAmbk_preaa(input, mode=preaa)
preLinePlayC = (thin == 0 && dark == 0) ? preAAc : TAAmbk_lineplay(preAAc, thin, dark)
aaMask = defined(mclip) ? mclip :
\ (mtype == 0) ? nop() :
\ preLinePlayC.TAAmbk_mask(mtype, magg, mthr, mbnr, mclear, mepd, mipd, sigma, sigma2, txtprt)
yAAClip = (aatype == aatypeU && aatype == aatypeV) ? preLinePlayC.TAAmbk_mainaa(aatype, strength, cycle, nnedi3cl, eedi3m, p1, p2, p3, p4, p5, p6, eedi3m ? aaMask : undefined()) :
\ preLinePlayC.ExtractY().TAAmbk_mainaa(aatype, strength, cycle, nnedi3cl, eedi3m, p1, p2, p3, p4, p5, p6, eedi3m ? aaMask : undefined())
uAAClip = (aatype == aatypeU && aatype == aatypeV) ? nop() :
\ preLinePlayC.ExtractU().TAAmbk_mainaa(aatype, strength, cycle, nnedi3cl, eedi3m, p1, p2, p3, p4, p5, p6, eedi3m ? aaMask : undefined())
vAAClip = (aatype == aatypeU && aatype == aatypeV) ? nop() :
\ preLinePlayC.ExtractV().TAAmbk_mainaa(aatype, strength, cycle, nnedi3cl, eedi3m, p1, p2, p3, p4, p5, p6, eedi3m ? aaMask : undefined())
aaedClip = (aatype == aatypeU && aatype == aatypeV) ? yAAClip : YToUV(uAAClip, vAAClip, yAAClip)
aaedSharp = (sharp == 0) ? aaedClip :
\ (sharp >= 1) ? aaedClip.lsfmod(strength=Int(absSh), defaults="old", source=src) :
\ (sharp > 0) ? aaedClip.Sharpen(absSh) :
\ (sharp > -1) ? aaedClip.lsfmod(strength=Round(absSh*100), defaults="fast", source=src) :
\ (sharp == -1) ? aaedClip.mt_adddiff(mt_makediff(aaedClip, aaedClip.RemoveGrain((input.width()>1100) ? 20 : 11), U=3, V=3).Repair(mt_makediff(src, aaedClip, U=3, V=3), 13), U=3,V=3) :
\ aaedClip.lsfmod(strength=Int(absSh), defaults="slow", source=src)
aaedSharpSoo = postaa ? aaedSharp.Soothe(aaedClip, keep=48) : aaedSharp
aaedMerge = (mtype == 0 && !defined(mclip)) ? aaedSharpSoo : mt_merge(src, aaedSharpSoo, aaMask, U=3, V=3)
aaedRP = (aarepair == 0) ? aaedMerge :
\ (aarepair > 0) ? src.Repair(aaedMerge, mode=aarepair) :
\ aaedMerge.Repair(src, mode = abs(aarepiar))
aaStabed = (stabilize == 0) ? aaedRP :
\ aaedRP.TAAmbk_stabilize(src, stabilize)
output = (lsb_in && lsb_out) ? input.dither_limit_dif16(aaStabed.dither_convert_8_to_16(), thr=1.0, elast=2.0) : aaStabed
return showmask ? aaMask.GreyScale() : output
}
Function TAAmbk_preaa(clip input, int "mode")
{
nn = (mode == 2) ? nop() : input.nnedi3(field=-2)
nnt = (mode == 1) ? nop() : input.TAAmbk_Transpose().nnedi3(field=-2).TAAmbk_Transpose()
clph = (mode == 2) ? nop() : mt_average(selecteven(nn), selectodd(nn), U=3, V=3)
clpv = (mode == 1) ? nop() : mt_average(selecteven(nnt), selectodd(nnt), U=3, V=3)
clp = (mode == -1) ? mt_average(clph, clpv, U=3, V=3) : nop()
return (mode == 1) ? clph :
\ (mode == 2) ? clpv :
\ clp
}
Function TAAmbk_mainaa(clip input, int "aatype", float "strength", int "cycle", bool "usennedi3cl", bool "eedi3m",
\ float "p1", float "p2", float "p3", float "p4", float "p5", float "p6", clip "emask")
{
pindex = aatype + 4
p1 = Default( p1, Select(pindex, 48, 48, 48, 48, 0, 10, 0.5, 3, 48, 48, 48, 48) )
p2 = Default( p2, Select(pindex, 10, 3, 0.5, 10, 0, 20, 0.2, 1, 1, 0, 0, 0) )
p3 = Default( p3, Select(pindex, 20, 1, 0.2, 20, 0, 20, 20, 2, 3, 0, 0, 0) )
p4 = Default( p4, Select(pindex, 20, 2, 20, 20, 0, 24, 3, 0, 2, 0, 0, 0) )
p5 = Default( p5, Select(pindex, 24, 0, 3, 24, 0, 50, 30, 0, 0, 0, 0, 0) )
p6 = Default( p6, Select(pindex, 50, 0, 30, 50, 0, 0, 0, 0, 0, 0, 0, 0) )
w = width(input)
h = height(input)
downScale = -0.5 * strength + 1.5
dw = Round(w*downScale/4)*4
dh = Round(h*downScale/4)*4
upw4 = Round(dw*0.375)*4
uph4 = Round(dh*0.375)*4
cycle = Default(cycle, 0)
strength = Default(strength, 1)
usennedi3cl = Default(usennedi3cl, false)
eedi3m = (abs(aatype) == 2) ? Default(eedi3m, True) : Default(eedi3m, False)
nnedi3type = usennedi3cl ? "nnedi3cl" : "nnedi3"
eedi3mc = eedi3m ? emask.z_BilinearResize(dw, dh).mt_expand() : nop()
eedi3mct = eedi3m ? eedi3mc.z_BilinearResize(w, uph4).TAAmbk_Transpose() : nop()
preDownClip = (strength == 1) ? input : input.z_Spline36Resize(dw, dh)
aaClip = (aatype == -4) ? preDownClip.eedi2(field=1, mthresh=int(p2), lthresh=int(p3), vthresh=int(p4), maxd=int(p5), nt=int(p6)).TAAmbk_Transpose()
\ .z_PointResize(dh*2, dw*2).SangNom2(aa=int(p1)).TAAmbk_Transpose().SangNom2(aa=int(p1)).TAAmbk_spline36resize(w, h, -0.5, -0.5) :
\ (aatype == -3 || aatype == 4) ? preDownClip.Eval(""""""+nnedi3type+"""(1, dh=true, nsize=int(p2), nns=int(p3), qual=int(p4))""").TAAmbk_spline36resize(w, uph4, 0, -0.5)
\ .TAAmbk_Transpose().Eval(""""""+nnedi3type+"""(dh=true, field=1, nsize=int(p2), nns=int(p3), qual=int(p4))""").TAAmbk_spline36resize(uph4, upw4, 0, -0.5)
\ .SangNom2(aa=int(p1)).TAAmbk_Transpose().SangNom2(aa=int(p1)).z_Spline36Resize(w, h) :
\ (aatype == -2) ? preDownClip.Eedi3(dh=true, field=1, alpha=float(p2), beta=float(p3), gamma=float(p4), nrad=int(p5), mdis=int(p6), mclip=eedi3m ? eedi3mc : undefined()).TAAmbk_spline36resize(w, uph4, 0, -0.5)
\ .TAAmbk_Transpose().Eedi3(dh=true, field=1, alpha=float(p2), beta=float(p3), gamma=float(p4), nrad=int(p5), mdis=int(p6), mclip=eedi3m ? eedi3mct : undefined()).TAAmbk_spline36resize(uph4, upw4, 0, -0.5)
\ .SangNom2(aa=int(p1)).TAAmbk_Transpose().SangNom2(aa=int(p1)).z_Spline36Resize(w, h) :
\ (aatype == -1) ? preDownClip.eedi2(field=1, mthresh=int(p2), lthresh=int(p3), vthresh=int(p4), maxd=int(p5), nt=int(p6)).TAAmbk_spline36resize(w, uph4, 0, -0.5).TAAmbk_Transpose()
\ .eedi2(field=1, mthresh=int(p2), lthresh=int(p3), vthresh=int(p4), maxd=int(p5), nt=int(p6)).TAAmbk_spline36resize(uph4, upw4, 0, -0.5).SangNom2(aa=int(p1)).TAAmbk_Transpose()
\ .SangNom2(aa=int(p1)).z_Spline36Resize(w, h) :
\ (aatype == 1) ? preDownClip.eedi2(field=1, mthresh=int(p1), lthresh=int(p2), vthresh=int(p3), maxd=int(p4), nt=int(p5)).TAAmbk_spline36resize(w, h, 0, -0.5).TAAmbk_Transpose()
\ .eedi2(field=1, mthresh=int(p1), lthresh=int(p2), vthresh=int(p3), maxd=int(p4), nt=int(p5)).TAAmbk_spline36resize(h, w, 0, -0.5).TAAmbk_Transpose() :
\ (aatype == 2) ? preDownClip.Eedi3(dh=true, field=1, alpha=float(p1), beta=float(p2), gamma=float(p3), nrad=int(p4), mdis=int(p5), mclip=eedi3m ? eedi3mc : undefined()).TAAmbk_spline36resize(w, h, 0, -0.5).TAAmbk_Transpose()
\ .Eedi3(dh=true, field=1, alpha=float(p1), beta=float(p2), gamma=float(p3), nrad=int(p4), mdis=int(p5), mclip=eedi3m ? eedi3mct.z_BilinearResize(h, w) : undefined()).TAAmbk_spline36resize(h, w, 0, -0.5).TAAmbk_Transpose() :
\ (aatype == 3) ? preDownClip.Eval(""""""+nnedi3type+"""(1, dh=true, nsize=int(p1), nns=int(p2), qual=int(p3))""").TAAmbk_spline36resize(w, h, 0, -0.5).TAAmbk_Transpose()
\ .Eval(""""""+nnedi3type+"""(1, dh=true, nsize=int(p1), nns=int(p2), qual=int(p3))""").TAAmbk_spline36resize(h, w, 0, -0.5).TAAmbk_Transpose() :
\ (aatype == 5) ? preDownClip.z_Spline64Resize(upw4, uph4).Repair(input.GaussResizeMT(upw4, uph4, p=100), 1).SangNom2(aa=int(p1)).TAAmbk_Transpose().SangNom2(aa=int(p1)).z_Spline36Resize(h, w).TAAmbk_Transpose() :
\ (aatype == 6) ? preDownClip.z_Spline64Resize(w, uph4).SangNom2(aa=int(p1)).z_Spline36Resize(w, h).TAAmbk_Transpose().z_Spline64Resize(h, upw4).SangNom2(aa=int(p1)).z_Spline36Resize(h, w).TAAmbk_Transpose().Repair(input, mode=int(p2)) :
\ (aatype == 7) ? preDownClip.z_PointResize(dw, dh*2).SangNom2(aa=int(p1)).TAAmbk_spline36resize(w, h, 0, -0.5).TAAmbk_Transpose().z_PointResize(dh, dw*2).SangNom2(aa=int(p1)).TAAmbk_spline36resize(h, w, 0, -0.5).TAAmbk_Transpose() :
\ preDownClip
return (cycle==0) ? aaClip : aaClip.TAAmbk_mainaa(aatype, strength, cycle - 1, nnedi3cl, eedi3m, p1, p2, p3, p4, p5, p6, emask)
}
Function TAAmbk_mask(clip input, int "mtype", int "magg", int "mthr", int "mbnr", bool "mclear", int "mepd", int "mipd", float "sigma", float "sigma2", int "txtprt")
{
w = input.width()
h = input.height()
aaMask = (mtype == 1) ? input.ExtractY().Retinex_MSRCP([50, 200, 350]).vsTCanny(mode=1, sigmaY=sigma) :
\ (mtype == 2) ? input.ExtractY().Retinex_MSRCP([50, 200, 350]).vsTEdgeMask(link=2) :
\ (mtype == 3) ? input.ExtractY().Retinex_MSRCP([50, 200, 350]).MSharpen(threshold=mbnr/5, strength=0, mask=true, highq=false) :
\ (mtype == 4) ? input.ExtractY().Retinex_MSRCP([50, 200, 350]).mt_edge("sobel",7,7,5,5) :
\ (mtype == 5) ? input.ExtractY().Retinex_MSRCP([50, 200, 350]).mt_edge("roberts",0,4,0,4) :
\ (mtype == 6) ? input.ExtractY().Retinex_MSRCP([50, 200, 350]).mt_edge("prewitt",0,255,0,0) : nop()
aaMaskThr = (mbnr <= 0) ? aaMask :
\ (mtype == 1) ? aaMask.mt_lut("x "+string(mthr)+" <= x "+string(mbnr)+" >> x "+string(mbnr)+" << ?", U=1, V=1) :
\ (mtype == 2) ? aaMask.mt_lut("x "+string(mthr/5)+" <= x "+string(mbnr)+" >> x "+string(4*mbnr)+" << ?", U=1, V=1) :
\ (mtype == 6) ? aaMask.mt_lut("x "+string(mthr)+" <= x "+string(mbnr)+" >> x 1.4 ^ ?") : aaMask
aaMaskBnr = (mbnr == -1) ? aaMaskThr.mt_binarize(mthr) : aaMaskThr
aaMaskAgg = (mtype == 1 && magg != 0) ? Eval("""
aggMask = input.ExtractY().Retinex_MSRCP([50, 200, 350]).vsTCanny(mode=0, sigmay=sigma2).mt_expand()
return mt_lutxy(aggMask, aaMaskBnr, "y "+string(magg)+" > x 0 ?")
""") : aaMaskBnr
aaMaskClear = mclear ? aaMaskAgg : aaMaskAgg.RemoveGrain(4, 4)
aaMaskExpand = (mepd == 0) ? aaMaskClear : aaMaskClear.TAAmbk_expand(mepd)
aaMaskInpand = (mipd == 0) ? aaMaskExpand : aaMaskExpand.TAAmbk_inpand(mipd)
aaMaskAvg = aaMaskInpand.RemoveGrain(20, 20)
txtMask = (txtprt != 0) ? Eval("""
srcY = input.ExtractY()
srcU = input.ExtractU().z_Spline36Resize(w, h, 0.25)
srcV = input.ExtractV().z_Spline36Resize(w, h, 0.25)
mt_lutxyz(srcY,srcU,srcV,"x "+string(txtprt)+" > y 128 - abs 1 <= & z 128 - abs 1 <= & 255 0 ?").mt_expand(mode=mt_circle(2)).mt_expand().RemoveGrain(20, 20)
""") : nop()
aaMaskFinal = (txtprt != 0) ? mt_lutxy(aaMaskAvg, txtMask, "x y -") : aaMaskAvg
aaMaskUV = aaMaskFinal.GreyScale().z_Spline36Resize(width(aaMaskFinal)/2, height(aaMaskFinal)/2)
aaMaskOutput = YToUV(aaMaskUV, aaMaskUV, aaMaskFinal)
return aaMaskOutput
}
Function TAAmbk_stabilize(clip input, clip "src", int "stabilize")
{
aaDiff = mt_makediff(src, input, U=3, V=3)
inSuper = input.MSuper(pel=1)
diffSuper = aaDiff.MSuper(pel=1, levels=1)
fv3 = (stabilize == 3) ? inSuper.MAnalyse(isb=false,delta=3,overlap=8,blksize=16) : nop()
fv2 = (stabilize >= 2) ? inSuper.MAnalyse(isb=false,delta=2,overlap=8,blksize=16) : nop()
fv1 = (stabilize >= 1) ? inSuper.MAnalyse(isb=false,delta=1,overlap=8,blksize=16) : nop()
bv1 = (stabilize >= 1) ? inSuper.MAnalyse(isb=true,delta=1,overlap=8,blksize=16) : nop()
bv2 = (stabilize >= 2) ? inSuper.MAnalyse(isb=true,delta=2,overlap=8,blksize=16) : nop()
bv3 = (stabilize == 3) ? inSuper.MAnalyse(isb=true,delta=3,overlap=8,blksize=16) : nop()
diffStab = (stabilize == 1) ? aaDiff.MDegrain1(diffsuper,bv1,fv1) :
\ (stabilize == 2) ? aaDiff.MDegrain2(diffsuper,bv1,fv1,bv2,fv2) :
\ (stabilize == 3) ? aaDiff.MDegrain3(diffsuper,bv1,fv1,bv2,fv2,bv3,fv3) : nop()
diffCompare = mt_lutxy(aaDiff, diffStab, "x 128 - abs y 128 - abs < x y ?").mergeluma(diffStab, 0.6)
aaStab = mt_makediff(src, diffCompare, U=3, V=3)
return aaStab
}
Function TAAmbk_lineplay(clip input, int "thin", float "dark")
{
return (thin != 0 && dark != 0) ? input.aWarpSharp2(depth=thin).Toon(dark) :
\ (thin == 0) ? input.Toon(dark) :
\ input.aWarpSharp(depth=thin)
}
Function TAAmbk_expand(clip mask, int "n")
{
expMask = mask.mt_expand()
return (n==1) ? expMask : expMask.TAAmbk_expand(n-1)
}
Function TAAmbk_inpand(clip mask, int "n")
{
inpMask = mask.mt_inpand()
return (n==1) ? inpMask : inpMask.TAAmbk_inpand(n-1)
}
Function TAAmbk_spline36resize(clip input, int "w", int "h", float "sx", float "sy")
{
y = input.ExtractY()
u = input.ExtractU()
v = input.ExtractV()
yResize = y.z_Spline36Resize(w, h, sx, sy)
uResize = u.z_Spline36Resize(w/2, h/2, sx, sy)
vResize = v.z_Spline36Resize(w/2, h/2, sx, sy)
return YToUV(uResize, vResize, yResize)
}
Function TAAmbk_Transpose(clip input)
{
input
TurnRight()
FlipHorizontal()
}