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# DeHaloHmod v.2.40
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# DeHaloHmod v.2.41
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function GreyCenteredToMask_dhh(clip input) {

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# Levels will convert to lut in avs26 by this "x input_low - input_high input_low - / 1 gamma / ^ output_high output_low - * output_low +"

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VersionNumber() < 2.6 ? input.Levels(128, 1, 255, 0, 255, false) : input.mt_lut("x range_half - range_max range_half - / range_max 0 - * 0 +")

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VersionNumber() < 2.6 ? input.Levels(128, 1, 255, 0, 255, false) : input.mt_lut("x range_half - range_max range_half - / range_max 0 - * 0 +", use_expr=2)

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one = last

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VersionNumber() < 2.6 ? input.Levels(0, 1, 128, 255, 0, false) : input.mt_lut("x 0 - range_half 0 - / 0 range_max - * range_max +")

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VersionNumber() < 2.6 ? input.Levels(0, 1, 128, 255, 0, false) : input.mt_lut("x 0 - range_half 0 - / 0 range_max - * range_max +", use_expr=2)

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two = last

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Overlay(one, two, mode="lighten")

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}

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function FastLineDarkenMOD3_dhh( clip input, float "strength", float "prot", float "luma_cap", float "threshold", float "thinning") 

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{

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## parameters ##

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str        = string(default(strength, 48) /128.)

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lum        = string(default(luma_cap, 191))

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protection = default(prot,5)

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thr        = string(default(threshold, 4))

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thinning   = default(thinning,0)

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thn        = string(thinning /16.)

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Assert(!(input.isrgb()), "FastLineDarkenMOD4: RGB Color formats is not supported" )

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ssispmt   = Findstr(VersionString(), "AviSynth+") != 0 && Findstr(VersionString(), "r1576") == 0

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sislumaonly = ssispmt ? input.isy() : VersionNumber() < 2.6 ? true : input.isy8()

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c = sislumaonly ? input : ssispmt ? input.converttoy() : input.converttoy8()

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## filtering ##

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exin    = c.mt_expand(thy=255/(protection+1)).mt_inpand()

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diff    = VersionNumber() < 2.6 ? mt_lutxy(c,exin,yexpr="y "+lum+" < y "+lum+" ? x "+thr+" + > x y "+lum+" < y "+lum+" ? - 0 ? 127 +",uexpr="x",vexpr="x")

34-
          \                     : mt_lutxy(c,exin,yexpr="y "+lum+" scalef < y "+lum+" scalef ? x "+thr+" scalef + > x y "+lum+" scalef < y "+lum+" scalef ? - 0 ? 127 scalef +")

34+
          \                     : mt_lutxy(c,exin,yexpr="y "+lum+" scalef < y "+lum+" scalef ? x "+thr+" scalef + > x y "+lum+" scalef < y "+lum+" scalef ? - 0 ? 127 scalef +", use_expr=2)

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linemask= thinning != 0 ? VersionNumber() < 2.6 ? mt_lut(diff.mt_inpand(),"x 127 - "+thn+" * 255 +").mt_convolution("1 1 1","1 1 1")

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			\			: mt_lut(diff.mt_inpand(),"clamp_f_i8 x 127 scalef - "+thn+" * range_max +").mt_convolution("1 1 1","1 1 1") : nop()

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			\			: mt_lut(diff.mt_inpand(),"x 127 scalef - "+thn+" * range_max +", scale_inputs="floatf", use_expr=2).mt_convolution("1 1 1","1 1 1") : nop()

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thick   = VersionNumber() < 2.6 ? mt_lutxy(c, exin, yexpr="y "+lum+" < y "+lum+" ? x "+thr+" + > x y "+lum+" < y "+lum+" ? - 0 ? "+str+" * x +",uexpr="x",vexpr="x",u=2, v=2)

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          \                     : mt_lutxy(c, exin, yexpr="clamp_f_i8 y "+lum+" scalef < y "+lum+" scalef ? x "+thr+" scalef + > x y "+lum+" scalef < y "+lum+" scalef ? - 0 ? "+str+" * x +",u=2, v=2)

38+
          \                     : mt_lutxy(c, exin, yexpr="y "+lum+" scalef < y "+lum+" scalef ? x "+thr+" scalef + > x y "+lum+" scalef < y "+lum+" scalef ? - 0 ? "+str+" * x +", scale_inputs="floatf", use_expr=2,u=2, v=2)

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thin    = thinning != 0 ? VersionNumber() < 2.6 ? mt_lutxy(c.mt_expand(U=2,V=2),diff,yexpr="x y 127 - "+str+" 1 + * +",u=2, v=2)

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			\ 			: mt_lutxy(c.mt_expand(U=2,V=2),diff,yexpr="clamp_f_i8 x y 127 scalef - "+str+" 1 + * +",u=2, v=2) : nop()

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			\ 			: mt_lutxy(c.mt_expand(U=2,V=2),diff,yexpr="x y 127 scalef - "+str+" 1 + * +",scale_inputs="floatf", use_expr=2,u=2, v=2) : nop()

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thinning == 0 ? thick : mt_merge(thin,thick,linemask,y=3,u=2,v=2)

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return sislumaonly ? last : ssispmt ? CombinePlanes(last,input,planes="YUV",sample_clip=input) : ytouv(input.utoy8(),input.vtoy8(),last)

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}

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function Camembert_dhh(clip input, int "useMedianBlur", bool "honly", bool "lumaonly") {

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lumaonly = default(lumaonly, false)

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useMedianBlur = default(useMedianBlur, lumaonly ? -1 : 0)

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honly = default(honly, false)

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ssispmt   = Findstr(VersionString(), "AviSynth+") != 0 && Findstr(VersionString(), "r1576") == 0

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sislumaonly = ssispmt ? input.isy() : VersionNumber() < 2.6 ? true : input.isy8()

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useMedianBlur = sislumaonly && !(VersionNumber() < 2.6) ? -1 : useMedianBlur

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c = sislumaonly || !lumaonly ? input : ssispmt ? input.converttoy() : input.converttoy8()

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c

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useMedianBlur==0 ? SmoothUV(3,200,false) : useMedianBlur>0 ? MedianBlur(0,useMedianBlur,useMedianBlur) : last

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Overlay(last, Blur(1,honly ? 0 : 1).Blur(1,honly ? 0 : 1), mode="difference")

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grsc=sislumaonly ? nop() : GreyCenteredToMask_dhh().greyscale()

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sislumaonly ? GreyCenteredToMask_dhh() : ssispmt ? grsc.converttoy() : grsc.converttoy8()

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VersionNumber() < 2.6 ? greyscale() : last

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VersionNumber() < 2.6 ? Levels(0, 1, 115, 0, 255, false) : mt_lut("x 0 - 155 scalef 0 - / range_max 0 - * 0 +")

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VersionNumber() < 2.6 ? Levels(0, 1, 115, 0, 255, false) : mt_lut("x 0 - 155 scalef 0 - / range_max 0 - * 0 +", use_expr=2)

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Blur(1,honly ? 0 : 1)

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VersionNumber() < 2.6 ? Levels(0, 0.4, 64, 0, 255, false) : mt_lut("x 0 - 64 scalef 0 - / 1 0.4 / ^ range_max 0 - * 0 +")

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VersionNumber() < 2.6 ? Levels(0, 0.4, 64, 0, 255, false) : mt_lut("x 0 - 64 scalef 0 - / 1 0.4 / ^ range_max 0 - * 0 +", use_expr=2)

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Blur(1,honly ? 0 : 1).Blur(1,honly ? 0 : 1)

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VersionNumber() < 2.6 ? Levels(0, 1, 30, 0, 255, false).Blur(1,honly ? 0 : 1) : mt_lut("x 0 - 30 scalef 0 - / range_max 0 - * 0 +",u=3,v=3).Blur(1,honly ? 0 : 1)

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VersionNumber() < 2.6 ? Levels(0, 1, 30, 0, 255, false).Blur(1,honly ? 0 : 1) : mt_lut("x 0 - 30 scalef 0 - / range_max 0 - * 0 +", use_expr=2,u=3,v=3).Blur(1,honly ? 0 : 1)

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sislumaonly ? last : ssispmt ? CombinePlanes(last,lumaonly ? input : grsc,planes="YUV",sample_clip=lumaonly ? input : grsc) : YToUV(lumaonly ? input.UToY8() : grsc.UToY8(),lumaonly ? input.VToY8() : grsc.VToY8(),last)

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}

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function Camembert_dhhMod(clip input, int "useMedianBlur", bool "honly", bool "lumaonly")

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{

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 EM1=input.Camembert_dhh(useMedianBlur,honly,lumaonly)

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 EM2=input.mt_edge(mode="min/max", thY1=1, thY2=255, thC1=10, thC2=10, chroma="process").mt_inflate().blur(1.5).blur(1.5).invert()

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 return mt_logic(EM1, EM2, "and")

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}

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Function EMask_dhh(clip oi, int "mode", float "trh", bool "analog", float "trh2", int "useMedianBlur", bool "honly", bool "lumaonly")

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{

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analog        = Default(analog, false)

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trh2          = Default(trh2, 170)

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lumaonly      = default(lumaonly, false)

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useMedianBlur = default(useMedianBlur, lumaonly ? -1 : 0)

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honly         = default(honly, false)

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ssispmt   = Findstr(VersionString(), "AviSynth+") != 0 && Findstr(VersionString(), "r1576") == 0

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sislumaonly = ssispmt ? oi.isy() : VersionNumber() < 2.6 ? true : oi.isy8()

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i = sislumaonly || !lumaonly ? oi : ssispmt ? oi.converttoy() : oi.converttoy8()

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mode3thr1     = mode == 3 && analog ? trh2/2.46 : nop()

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mode3dark     = mode == 3 ? trh != 0 ? i.FastLineDarkenMOD3_dhh(trh).blur(0.5).FastLineDarkenMOD3_dhh(250,1,250,-2) : i : nop()

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mode3lut      = mode == 3 && analog ? VersionNumber() < 2.6 ? "x "+String(mode3thr1)+" < 255 x "+String(trh2)+" > 0 255 x "+String(mode3thr1)+" - 255 "+String(trh2)+" "+String(mode3thr1)+" - / * - ? ?"

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                                      \                     : "x "+String(mode3thr1)+" scalef < range_max x "+String(trh2)+" scalef > 0 range_max x "+String(mode3thr1)+" scalef - range_max "+String(trh2)+" scalef "+String(mode3thr1)+" scalef - / * - ? ?" : nop()

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e_mask = mode == 1 ? mt_makediff(i.blur(1.58).blur(1.58),i).mt_binarize(threshold=trh).mt_inflate().mt_inflate() :

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     \   mode == 2 ? mt_logic(i.mt_binarize(105,upper=true).mt_expand(),i.mt_binarize(110,upper=false).mt_expand(),"and").mt_deflate() :

101-
     \   mode == 3 ? analog ? mt_merge(i.mt_edge(mode="min/max", thY1=255, thY2=255), i.Camembert_dhh(useMedianBlur,honly,lumaonly), mode3dark.mt_lut(mode3lut,u=1,v=1)) :

101+
     \   mode == 3 ? analog ? mt_merge(i.mt_edge(mode="min/max", thY1=255, thY2=255), i.Camembert_dhh(useMedianBlur,honly,lumaonly), VersionNumber() < 2.6 ? mode3dark.mt_lut(mode3lut,u=1,v=1) : mode3dark.mt_lut(mode3lut,use_expr=2,u=1,v=1)) :

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                            \ mt_merge(i.mt_edge(mode="min/max", thY1=255, thY2=255), i.Camembert_dhh(useMedianBlur,honly,lumaonly), mode3dark.mt_binarize(70, mode="0 255")) : NOP()

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e_mask = sislumaonly ? e_mask : ssispmt ? CombinePlanes(e_mask,oi,planes="YUV",sample_clip=oi) : YToUV(oi.UToY8(),oi.VToY8(),e_mask)

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return e_mask

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}

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Function DR_Radius_dhh(clip i, int dr_rad, int count)

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{

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return count > dr_rad ? i : DR_Radius_dhh(i.mt_expand(), dr_rad, count+1)

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}

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Function DRadius_dhh(clip i, int "dr_rad")

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{

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return dr_rad > 0 ? DRadius_dhh(i.mt_expand(), dr_rad-1).mt_inflate() : i

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}

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Function DeHaloHmod(clip input, int "Radius", int "Str", bool "Maska", bool "strong", int "mode", float "thr", val "exdehalo", bool "analog", bool "dirty", bool "smooth", bool "anime", bool "pel2", bool "usedeen", bool "maskpel2", float "thr2", val "extmask", val "extlmask", bool "RadInflate")

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{

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 usedeen    = Default(usedeen, false)

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 pel2       = Default(pel2, false)

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 exdhcb     = defined(exdehalo) ? isclip(exdehalo) ? true : false : false

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 pel2       = exdhcb ? false : pel2

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 maskpel2   = Default(maskpel2, false)

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 exhmcb     = defined(extmask) ? isclip(extmask) ? true : false : false

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 exhlmcb    = defined(extlmask) ? isclip(extlmask) ? true : false : false

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 maskpel2   = exhmcb ? false : pel2

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 smooth     = Default(smooth, false)

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 RadInflate = Default(RadInflate, false)

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 strong     = Default(strong, true)

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 Maska      = Default(Maska, false)

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 analog     = Default(analog, false)

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 dirty      = Default(dirty, false)

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 DR_Radius  = Default(Radius, defined(extlmask) ? -2 : dirty ? 6 : smooth || maskpel2 ? 4 : 2)

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 DR_Str     = Default(Str, usedeen ? pel2 ? 40 : 15 : pel2 ? 7 : smooth ? 5 : 3)

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 mode       = Default(mode, usedeen || defined(extlmask) ? 0 : 3)

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 threshold  = Default(thr, smooth ? mode==1 ? 1 : 2250 : 140)

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 anime      = Default(anime, defined(extlmask) ? true : mode != 3 ? false : true)

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 thr2       = Default(thr2, smooth ? 170 : threshold/1.5)

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 oclip = pel2 ? input.nnedi3_rpow2(rfactor=2) : input

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 hfl = defined(exdehalo) ? exdhcb ? exdehalo : eval("oclip." + exdehalo) : smooth ? oclip.DeHalo_alpha_mt(rx=pel2 ? 3 : 2,ry=pel2 ? 3 : 2,darkstr=0.2,brightstr=0.8).yahr2(dirty ? pel2 ? 12 : 8 : pel2 ? 24 : 16).TBilateral(DR_Str,5,pel2 ? 1.4 : 0.9,0.9,pel2 ? 7 : 5,5,0.7,chroma=false) : usedeen ? oclip.Deen("a2d", 2, DR_Str  , 0, 0, 0, 0, 0) : oclip.TBilateral(DR_Str,5,pel2 ? 1.4 : 0.9,0.9,pel2 ? 7 : 5,5,0.7,chroma=false)

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 hfl = pel2 && !(maskpel2 && dirty) ? hfl.PointResize(input.Width(),input.Height()) : hfl

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 cm  = dirty ? hfl : input

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 cm  = !(dirty && pel2) && maskpel2 ? cm.nnedi3_rpow2(rfactor=2) : cm

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 extmask = defined(extmask) ? exhmcb ? extmask : Eval("cm." + extmask) : undefined()

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 extlmask = defined(extlmask) ? exhlmcb ? extlmask : Eval("cm." + extlmask) : undefined()

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 EM1 = defined(extmask) ? extmask : mode == 0 ? (strong ? Camembert_dhh(analog ? cm.ColorYUV(autogain=true) : cm, 3) : Camembert_dhhMod(analog ? cm.ColorYUV(autogain=true) : cm, 3)) : EMask_dhh(analog ? cm.ColorYUV(autogain=true) : cm, mode, threshold, analog, thr2, 3)

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 EM1 = maskpel2 ? EM1.PointResize(input.Width(),input.Height()) : EM1

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 hfl = pel2 && (maskpel2 && dirty) ? hfl.PointResize(input.Width(),input.Height()) : hfl

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 RM2 = DR_Radius < -1 ? EM1 : RadInflate ? DRadius_dhh(EM1,DR_Radius).mt_inflate() : DR_Radius_dhh(EM1.mt_inflate(),DR_Radius,0).mt_inflate()

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 LiMa = defined(extlmask) ? extlmask : EM1

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 DeRinging = anime ? mt_Merge(hfl, input, smooth ? LiMa.mt_inflate(155,155) : LiMa) : hfl

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 DeRinging = Maska ? DeRinging.Invert() : DeRinging

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return mt_Merge(input, DeRinging, RM2, u=2, v=2)

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}

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Function DeHaloH(clip input, int "DR_Radius", int "DR_Str", bool "Maska", bool "strong", int "mode", int "threshold")

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{

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 strong     = Default(strong, true)

171
 Maska      = Default(Maska, false)

172
 DR_Radius  = Default(DR_Radius, 2)

173
 DR_Str     = Default(DR_Str, 15)

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 mode       = Default(mode, 0)

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 threshold  = Default(threshold, 140)

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 EM = mode == 0 ? (strong ? input.Camembert_dhh() : input.Camembert_dhhMod()) : EMask_dhh(input, mode, threshold)

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 RM=DR_Radius_dhh(EM,DR_Radius,0)

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 DeRinging  = input.Deen("a2d", 2, DR_Str  , 0, 0, 0, 0, 0)

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 DeRinging = Maska ?  DeRinging.Invert() : DeRinging

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return mt_Merge(input, DeRinging, RM)

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}
        

    


            


                                


        

            



                
    

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