View difference between Paste ID: sVEPMJ8N and fscYMtBt

-# ASTDR DeRainbow function v1.58
+# ASTDR DeRainbow function v1.59
 
-  function ASTDR(clip input, int "strength", int "tempsoftth", int "tempsoftrad", int "tempsoftsc", float "blstr", int "tht", int "FluxStv", int "dcn", bool "edgem", bool "fmc")
+  function ASTDR(clip input, float "strength", int "tempsoftth", int "tempsoftrad", int "tempsoftsc", float "blstr", int "tht", int "FluxStv", int "dcn", bool "edgem", bool "fmc")
   {
   fmc           = default(fmc, false)
-  blstr         = Default(blstr, 0.5)
+  sisfield      = input.IsFieldBased()
   fnomc         = sisfield && !fmc
   strn          = Default(strength, 5)
   blstr         = Default(blstr, sisfield ? 0.1 : 0.5)
   tht           = Default(tht, 255)
-  FluxStv       = Default(FluxStv, 75)
+
   tschrrad      = Default(tempsoftrad, 3)
   tschrsc       = Default(tempsoftsc, 3)
-  fnomc         = input.IsFieldBased() && !fmc
+  FluxStv       = Default(FluxStv, sisfield ? 50 : 75)
   dcn           = Default(dcn, 15)
   edgem         = default(edgem, input.IsFieldBased())
 
   momask    = input.tweak(sat=1.1).mt_motion(thc2=1,thc1=1,thy2=1,thy1=1,y=3,v=3,u=3,tht=tht)
   momaskinv = momask.mt_expand(u=3, v=3).mt_inflate(u=3, v=3).Invert().Levels(0,2,255,0,255)
 
-  filtered_uv = inrainev.DeCross(ThresholdY=15, Noise=dcn, Margin=1).FluxSmoothST(FluxStv,FluxStv).Mergeluma(input)
+
-  filtered_uv = input.IsFieldBased() ? filtered_uv : filtered_uv.awarpsharp2(depth=4,chroma=6,cplace="MPEG2")
+  filtered_uv = inrainev.DeCross(ThresholdY=15, Noise=dcn, Margin=1).FluxSmoothST(FluxStv,sisfield ? FluxStv/2 : FluxStv).Mergeluma(input)
-  filtered_uv = filtered_uv.hqdn3d(ls=0,lt=0,cs=strn*3/5,ct=strn).temporalsoften(tschrrad,0,tschrth,tschrsc,2).blur(blstr).Mergeluma(input)
+  filtered_uv = sisfield ? filtered_uv : filtered_uv.awarpsharp2(depth=4,chroma=6,cplace="MPEG2")
-  filtered_uv = input.IsFieldBased() ? filtered_uv : filtered_uv.aWarpSharp2(depth=4,chroma=6,cplace="MPEG2")
+  filtered_uv = filtered_uv.hqdn3d(ls=0,lt=0,cs=sisfield ? strn*1/5 : strn*3/5,ct=strn).temporalsoften(tschrrad,0,tschrth,tschrsc,2).blur(blstr).Mergeluma(input)
-  filtered_uv = filtered_uv.fft3dfilter(sigma=1,sigma3=4,plane=3,degrid=1)
+  filtered_uv = sisfield ? filtered_uv : filtered_uv.aWarpSharp2(depth=4,chroma=6,cplace="MPEG2")
   filtered_uv = filtered_uv.fft3dfilter(sigma=1,sigma3=sisfield ? 2 : 4,plane=3,degrid=1)
 
   fnomc ? eval("""
-  filtered_uv = input.selectodd().DeCross(ThresholdY=15, Noise=dcn, Margin=1).FluxSmoothST(FluxStv,FluxStv).Mergeluma(input)
+
   filtered_uv = input.selectodd().DeCross(ThresholdY=15, Noise=dcn, Margin=1).FluxSmoothST(FluxStv,sisfield ? FluxStv/2 : FluxStv).Mergeluma(input)
-  filtered_uv = filtered_uv.hqdn3d(ls=0,lt=0,cs=strn*3/5,ct=strn).temporalsoften(tschrrad,0,tschrth,tschrsc,2).blur(blstr).Mergeluma(input)
+
   filtered_uv = filtered_uv.hqdn3d(ls=0,lt=0,cs=sisfield ? strn*1/5 : strn*3/5.0,ct=strn).temporalsoften(tschrrad,0,tschrth,tschrsc,2).blur(blstr).Mergeluma(input)
-  filtered_uv = filtered_uv.fft3dfilter(sigma=1,sigma3=4,plane=3,degrid=1)
+
   filtered_uv = filtered_uv.fft3dfilter(sigma=1,sigma3=sisfield ? 2 : 4,plane=3,degrid=1)
   filtered_uv = interleave(filtered_uve,filtered_uv)
                   """) : nop()
 
   filtered = mt_merge(filtered_uv, input, momaskinv,y=2,u=3,v=3,luma=true)
 
   mt_merge(input, filtered, momask.mt_expand(mode="both", y=1,u=3,v=3).mt_inflate(y=1,u=3,v=3),y=2,u=3,v=3)
   edgem ? mt_merge(input, last, input.mt_edge("sobel", 4, 4, 4, 4).mt_expand().mt_inflate(),y=2,u=3,v=3,luma=true) : last
   }
-# ASTDRmc DeRainbow function v1.58
+
 # ASTDRmc DeRainbow function v1.59
-  function ASTDRmc(clip input, int "strength", int "tempsoftth", int "tempsoftrad", int "tempsoftsc", float "blstr", int "tht", int "FluxStv", int "dcn", bool "edgem", int "thSAD", clip "prefil")
+
   function ASTDRmc(clip input, float "strength", int "tempsoftth", int "tempsoftrad", int "tempsoftsc", float "blstr", int "tht", int "FluxStv", int "dcn", bool "edgem", int "thSAD", clip "prefil")
   {
 
   tht      = Default(tht, 255)
   tschrrad = Default(tempsoftrad, 3).min(5)
   thSAD    = Default(thSAD, tht)
 
 sisfield = input.IsFieldBased()
 derbmask = sisfield ? nop() : (VersionNumber() < 2.60) ? input.tedgemask(threshY=2,u=0,v=0).mt_inflate() : input.TEMmod(threshY=2,chroma=0).mt_inflate()
 
 prefil    = defined(prefil) ? prefil : input.Blur(1.5)
 ieven     = sisfield ? input.selecteven().mc4ASTDRmc(tschrrad,prefil.selecteven(),thSAD) : nop()
 iodd      = sisfield ? input.selectodd().mc4ASTDRmc(tschrrad,prefil.selectodd(),thSAD) : nop()
 mcclip    = sisfield ? nop() : input.mc4ASTDRmc(tschrrad,prefil,thSAD)
 
 astev     = sisfield ? ieven.ASTDR(strength=strength,tempsoftth=tempsoftth,tempsoftrad=tempsoftrad,tempsoftsc=tempsoftsc,blstr=blstr,tht=tht,FluxStv=FluxStv,dcn=dcn,edgem=edgem,fmc=true).selectevery(tschrrad * 2 + 1, tschrrad) : nop()
 astod     = sisfield ? iodd.ASTDR(strength=strength,tempsoftth=tempsoftth,tempsoftrad=tempsoftrad,tempsoftsc=tempsoftsc,blstr=blstr,tht=tht,FluxStv=FluxStv,dcn=dcn,edgem=edgem,fmc=true).selectevery(tschrrad * 2 + 1, tschrrad) : nop()
 ASTDRclip = !sisfield ? mcclip.ASTDR(strength=strength,tempsoftth=tempsoftth,tempsoftrad=tempsoftrad,tempsoftsc=tempsoftsc,blstr=blstr,tht=tht,FluxStv=FluxStv,dcn=dcn,edgem=edgem) : interleave(astev,astod)
 
-#sisfield ? getparity(input) ? AssumeTFF() : AssumeBFF() : last
+
   }
 
   function mc4ASTDRmc(clip input, int "tschrrad", clip "prefil", int "thSAD")
   {
 masuper = prefil.MSuper()
 mcsuper = input.MSuper(levels=1)
 
 b5v = tschrrad > 4 ? MAnalyse(masuper, delta=5, truemotion = true, isb = true, chroma=false) : nop()
 b4v = tschrrad > 3 ? MAnalyse(masuper, delta=4, truemotion = true, isb = true, chroma=false) : nop()
 b3v = tschrrad > 2 ? MAnalyse(masuper, delta=3, truemotion = true, isb = true, chroma=false) : nop()
 b2v = tschrrad > 1 ? MAnalyse(masuper, delta=2, truemotion = true, isb = true, chroma=false) : nop()
 b1v = MAnalyse(masuper, delta=1, truemotion = true, isb = true, chroma=false)
 f1v = MAnalyse(masuper, delta=1, truemotion = true, isb = false, chroma=false)
 f2v = tschrrad > 1 ? MAnalyse(masuper, delta=2, truemotion = true, isb = false, chroma=false) : nop()
 f3v = tschrrad > 2 ? MAnalyse(masuper, delta=3, truemotion = true, isb = false, chroma=false) : nop()
 f4v = tschrrad > 3 ? MAnalyse(masuper, delta=4, truemotion = true, isb = false, chroma=false) : nop()
 f5v = tschrrad > 4 ? MAnalyse(masuper, delta=5, truemotion = true, isb = false, chroma=false) : nop()
 
 f5c = tschrrad > 4 ? input.MCompensate(mcsuper, f5v, thSAD=thSAD) : nop()
 f4c = tschrrad > 3 ? input.MCompensate(mcsuper, f4v, thSAD=thSAD) : nop()
 f3c = tschrrad > 2 ? input.MCompensate(mcsuper, f3v, thSAD=thSAD) : nop()
 f2c = tschrrad > 1 ? input.MCompensate(mcsuper, f2v, thSAD=thSAD) : nop()
 f1c = input.MCompensate(mcsuper, f1v)
 b1c = input.MCompensate(mcsuper, b1v)
 b2c = tschrrad > 1 ? input.MCompensate(mcsuper, b2v, thSAD=thSAD) : nop()
 b3c = tschrrad > 2 ? input.MCompensate(mcsuper, b3v, thSAD=thSAD) : nop()
 b4c = tschrrad > 3 ? input.MCompensate(mcsuper, b4v, thSAD=thSAD) : nop()
 b5c = tschrrad > 4 ? input.MCompensate(mcsuper, b5v, thSAD=thSAD) : nop()
 
          tschrrad == 5 ? interleave(f5c,f4c,f3c,f2c,f1c,input,b1c,b2c,b3c,b4c,b5c) : \
          tschrrad == 4 ? interleave(f4c,f3c,f2c,f1c,input,b1c,b2c,b3c,b4c) : \
          tschrrad == 3 ? interleave(f3c,f2c,f1c,input,b1c,b2c,b3c) : \
          tschrrad == 2 ? interleave(f2c,f1c,input,b1c,b2c) : \
                          interleave(f1c,input,b1c)
   }