Segue o script, na verdade foi copiado do tutorial somente com as mudanças p/ o filme:
###################################Optimal script ###copie tudo a partir dessa linha############################
## DLL Section ##
# Em cada uma das 6 linhas abaixo deve estar o endereço da sua pasta de plugins do avisynth
LoadPlugin("C:\Arquivos de programas\AviSynth 2.5\plugins\MPEG2Dec3.dll")
LoadPlugin("C:\Arquivos de programas\AviSynth 2.5\plugins\GripFit_YV12.dll")
LoadPlugin("C:\Arquivos de programas\AviSynth 2.5\plugins\STMedianFilter.dll")
LoadPlugin("C:\Arquivos de programas\AviSynth 2.5\plugins\asharp.dll")
LoadPlugin("C:\Arquivos de programas\AviSynth 2.5\plugins\unfilter.dll")
LoadPlugin("C:\Arquivos de programas\AviSynth 2.5\plugins\undot.dll")
#
## Main section and static filters ###
#
Mpeg2Source("Projeto.d2v") #aqui deve estar o nome do projeto. Se vc o salvou como “Projeto”, não precisa alterar.
#
undot()
Limiter()
asharp(1, 4)
GripCrop(352, 240, overscan=1,source_anamorphic=false)# Use anamorphic=true para filmes 16:9 e false para 4:3
GripSize(resizer="BicubicResize")
STMedianFilter(3, 3, 1, 1 )
MergeChroma(blur(1.5))
MergeLuma(blur(0.1))
#
## Linear Motion Adaptive Filtering ##
# ( Portions from AviSynth's manual )
# This will apply variable temporalsoften
# and variable blur.
# Both filters are active at all times, and work inversely proportional to the
# activity, measured from current frame to next frame.
ScriptClip(" nf = YDifferenceToNext()" +chr(13)+ "unfilter( -(fmin(round(nf)*2, 100)),
-(fmin(round(nf)*2, 100)) ).TemporalSoften( fmin( round(2/nf), 6), round(1/nf) , round(3/nf) , 1, 1) ")
#
GripBorders()
#LetterBox( Your_Values_Here )
Limiter()
#
## Functions ###
function fmin( int f1, int f2) {
return ( f1<f2 ) ? f1 : f2
}
#vobsub("VTS_01_0.sub") # se você não for usar legendas, adicione um # no inicio dessa linha
converttoyuy2()
#Sampler(length=24) # retire o # do inicio dessa linha quando for criar a amostra no tmpgenc
#######################################final do script###copie até essa linha##################################
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